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 Go to latest Published: Mar 24, 2018 License: MIT Imports: 8 Imported by: 0

Documentation ¶

Index ¶

Constants ¶

This section is empty.

Variables ¶

View Source 
var ARVRServer = newSingletonARVRServer()

The AR/VR Server is the heart of our AR/VR solution and handles all the processing.

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var AudioServer = newSingletonAudioServer()

AudioServer is a low level server interface for audio access. It is in charge of creating sample data (playable audio) as well as its playback via a voice interface.

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var ClassDB = newSingletonClassDB()

Provides access to metadata stored for every available class.

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var Engine = newSingletonEngine()

The [code]Engine[/code] class allows you to query and modify the game's run-time parameters, such as frames per second, time scale, and others.

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var Geometry = newSingletonGeometry()
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var IP = newSingletonIP()

IP contains support functions for the Internet Protocol (IP). TCP/IP support is in different classes (see StreamPeerTCP and TCP_Server). IP provides DNS hostname resolution support, both blocking and threaded.

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var Input = newSingletonInput()

A Singleton that deals with inputs. This includes key presses, mouse buttons and movement, joypads, and input actions. Actions and their events can be set in the Project Settings / Input Map tab. Or be set with InputMap.

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var InputMap = newSingletonInputMap()

Manages all InputEventAction which can be created/modified from the project settings menu [code]Project > Project Settings > Input Map[/code] or in code with [method add_action] and [method action_add_event]. See [method Node._input].

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var InstanceRegistry = &classInstanceRegistry{registry: map[string]Class{}}

InstanceRegistry is a mapping of all instances that have currently been created. This map allows instance methods to find which instance they belong to.

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var JSON = newSingletonJSON()

Helper class for parsing JSON data. For usage example and other important hints, see JSONParseResult.

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var JavaScript = newSingletonJavaScript()

The JavaScript singleton is implemented only in HTML5 export. It's used to access the browser's JavaScript context. This allows interaction with embedding pages or calling third-party JavaScript APIs.

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var Log = &gdnative.Logger{StackNum: 3}

Log is a logging interface that will let you push log messages to Godot. This will enable them to show up within the Godot Editor.

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var Marshalls = newSingletonMarshalls()

Provides data transformation and encoding utility functions.

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var OS = newSingletonOS()

Operating System functions. OS Wraps the most common functionality to communicate with the host Operating System, such as: mouse grabbing, mouse cursors, clipboard, video mode, date and time, timers, environment variables, execution of binaries, command line, etc.

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var Performance = newSingletonPerformance()

This class provides access to a number of different monitors related to performance, such as memory usage, draw calls, and FPS. These are the same as the values displayed in the [i]Monitor[/i] tab in the editor's [i]Debugger[/i] panel. By using the [method get_monitor] method of this class, you can access this data from your code. Note that a few of these monitors are only available in debug mode and will always return 0 when used in a release build. Many of these monitors are not updated in real-time, so there may be a short delay between changes.

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var Physics2DServer = newSingletonPhysics2DServer()

Physics 2D Server is the server responsible for all 2D physics. It can create many kinds of physics objects, but does not insert them on the node tree.

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var PhysicsServer = newSingletonPhysicsServer()

Everything related to physics in 3D.

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var ProjectSettings = newSingletonProjectSettings()

Contains global variables accessible from everywhere. Use "ProjectSettings.get_setting(variable)", "ProjectSettings.set_setting(variable,value)" or "ProjectSettings.has_setting(variable)" to access them. Variables stored in project.godot are also loaded into ProjectSettings, making this object very useful for reading custom game configuration options.

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var ResourceLoader = newSingletonResourceLoader()

Resource Loader. This is a static object accessible as [code]ResourceLoader[/code]. GDScript has a simplified load() function, though.

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var ResourceSaver = newSingletonResourceSaver()

Resource Saving Interface. This interface is used for saving resources to disk.

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var TranslationServer = newSingletonTranslationServer()
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var VisualScriptEditor = newSingletonVisualScriptEditor()

Undocumented

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var VisualServer = newSingletonVisualServer()

Server for anything visible. The visual server is the API backend for everything visible. The whole scene system mounts on it to display. The visual server is completely opaque, the internals are entirely implementation specific and cannot be accessed.

Functions ¶

func AutoRegister ¶ 

func AutoRegister(constructor ...ClassConstructor)

AutoRegister will register the given object(s) as a Godot class, so it will be available inside Godot. This method uses reflection at runtime to automatically discover the given Go structs' methods and properties. It will automatically map Godot method names in CamelCase to Godot's conventional snake_case. It will also automatically use the struct name for the class name to register as.

func Clamp ¶ 

func Clamp(value, min, max gdnative.Real) gdnative.Real

Clamp will restrict the given value to the range between min and max.

func EnableDebug ¶ 

func EnableDebug()

EnableDebug will enable debug logging of the godot library.

func GoTypeToVariant ¶ 

func GoTypeToVariant(value reflect.Value) gdnative.Variant

GoTypeToVariant will check the given Go type and convert it to its Variant type. The value is returned as a gdnative.Variant.

func VariantToGoType ¶ 

func VariantToGoType(variant gdnative.Variant) reflect.Value

VariantToGoType will check the given variant type and convert it to its actual type. The value is returned as a reflect.Value.

func VariantTypeToConstant ¶ 

func VariantTypeToConstant(t reflect.Type) gdnative.VariantType

VariantTypeToConstant will check the given field to see what kind of variant it is and return its type as a VariantType int. This will panic if the type is not a valid Godot type.

Types ¶

type ARVRAnchor ¶ 

type ARVRAnchor struct {
	Spatial
	// contains filtered or unexported fields
}

The ARVR Anchor point is a spatial node that maps a real world location identified by the AR platform to a position within the game world. For example, as long as plane detection in ARKit is on, ARKit will identify and update the position of planes (tables, floors, etc) and create anchors for them. This node is mapped to one of the anchors through its unique id. When you receive a signal that a new anchor is available you should add this node to your scene for that anchor. You can predefine nodes and set the id and the nodes will simply remain on 0,0,0 until a plane is recognised. Keep in mind that as long as plane detection is enable the size, placing and orientation of an anchor will be updates as the detection logic learns more about the real world out there especially if only part of the surface is in view.

func (*ARVRAnchor) BaseClass ¶ 

func (o *ARVRAnchor) BaseClass() string

func (*ARVRAnchor) GetAnchorId ¶ 

func (o *ARVRAnchor) GetAnchorId() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ARVRAnchor) GetAnchorName ¶ 

func (o *ARVRAnchor) GetAnchorName() gdnative.String
        Returns the name given to this anchor.
	Args: [], Returns: String

func (*ARVRAnchor) GetIsActive ¶ 

func (o *ARVRAnchor) GetIsActive() gdnative.Bool
        Returns true if the anchor is being tracked and false if no anchor with this id is currently known.
	Args: [], Returns: bool

func (*ARVRAnchor) GetPlane ¶ 

func (o *ARVRAnchor) GetPlane() gdnative.Plane
        Returns a plane aligned with our anchor, handy for intersection testing
	Args: [], Returns: Plane

func (*ARVRAnchor) GetSize ¶ 

func (o *ARVRAnchor) GetSize() gdnative.Vector3
        Returns the estimated size of the plane that was detected. Say when the anchor relates to a table in the real world, this is the estimated size of the surface of that table.
	Args: [], Returns: Vector3

func (*ARVRAnchor) SetAnchorId ¶ 

func (o *ARVRAnchor) SetAnchorId(anchorId gdnative.Int)
        Undocumented
	Args: [{ false anchor_id int}], Returns: void

type ARVRAnchorImplementer ¶ 

type ARVRAnchorImplementer interface {
	SpatialImplementer
	GetAnchorId() gdnative.Int
	GetAnchorName() gdnative.String
	GetIsActive() gdnative.Bool
	GetPlane() gdnative.Plane
	GetSize() gdnative.Vector3
	SetAnchorId(anchorId gdnative.Int)
}

ARVRAnchorImplementer is an interface that implements the methods of the ARVRAnchor class.

type ARVRCamera ¶ 

type ARVRCamera struct {
	Camera
	// contains filtered or unexported fields
}

This is a helper spatial node for our camera, note that if stereoscopic rendering is applicable (VR-HMD) most of the camera properties are ignored as the HMD information overrides them. The only properties that can be trusted are the near and far planes. The position and orientation of this node is automatically updated by the ARVR Server to represent the location of the HMD if such tracking is available and can thus be used by game logic. Note that in contrast to the ARVR Controller the render thread has access to the most up to date tracking data of the HMD and the location of the ARVRCamera can lag a few milliseconds behind what is used for rendering as a result.

func (*ARVRCamera) BaseClass ¶ 

func (o *ARVRCamera) BaseClass() string

type ARVRCameraImplementer ¶ 

type ARVRCameraImplementer interface {
	CameraImplementer
}

ARVRCameraImplementer is an interface that implements the methods of the ARVRCamera class.

type ARVRController ¶ 

type ARVRController struct {
	Spatial
	// contains filtered or unexported fields
}

This is a helper spatial node that is linked to the tracking of controllers. It also offers several handy pass throughs to the state of buttons and such on the controllers. Controllers are linked by their id. You can create controller nodes before the controllers are available. Say your game always uses two controllers (one for each hand) you can predefine the controllers with id 1 and 2 and they will become active as soon as the controllers are identified. If you expect additional controllers to be used you should react to the signals and add ARVRController nodes to your scene. The position of the controller node is automatically updated by the ARVR Server. This makes this node ideal to add child nodes to visualise the controller.

func (*ARVRController) BaseClass ¶ 

func (o *ARVRController) BaseClass() string

func (*ARVRController) GetControllerId ¶ 

func (o *ARVRController) GetControllerId() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ARVRController) GetControllerName ¶ 

func (o *ARVRController) GetControllerName() gdnative.String
        If active, returns the name of the associated controller if provided by the AR/VR SDK used.
	Args: [], Returns: String

func (*ARVRController) GetHand ¶ 

func (o *ARVRController) GetHand() ARVRPositionalTrackerTrackerHand
        Returns the hand holding this controller, if known. See TRACKER_* constants in [ARVRPositionalTracker].
	Args: [], Returns: enum.ARVRPositionalTracker::TrackerHand

func (*ARVRController) GetIsActive ¶ 

func (o *ARVRController) GetIsActive() gdnative.Bool
        Returns [code]true[/code] if the bound controller is active. ARVR systems attempt to track active controllers.
	Args: [], Returns: bool

func (*ARVRController) GetJoystickAxis ¶ 

func (o *ARVRController) GetJoystickAxis(axis gdnative.Int) gdnative.Real
        Returns the value of the given axis for things like triggers, touchpads, etc. that are embedded into the controller.
	Args: [{ false axis int}], Returns: float

func (*ARVRController) GetJoystickId ¶ 

func (o *ARVRController) GetJoystickId() gdnative.Int
        Returns the ID of the joystick object bound to this. Every controller tracked by the ARVR Server that has buttons and axis will also be registered as a joystick within Godot. This means that all the normal joystick tracking and input mapping will work for buttons and axis found on the AR/VR controllers. This ID is purely offered as information so you can link up the controller with its joystick entry.
	Args: [], Returns: int

func (*ARVRController) GetRumble ¶ 

func (o *ARVRController) GetRumble() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ARVRController) IsButtonPressed ¶ 

func (o *ARVRController) IsButtonPressed(button gdnative.Int) gdnative.Int
        Returns [code]true[/code] if the button at index [code]button[/code] is pressed.
	Args: [{ false button int}], Returns: int

func (*ARVRController) SetControllerId ¶ 

func (o *ARVRController) SetControllerId(controllerId gdnative.Int)
        Undocumented
	Args: [{ false controller_id int}], Returns: void

func (*ARVRController) SetRumble ¶ 

func (o *ARVRController) SetRumble(rumble gdnative.Real)
        Undocumented
	Args: [{ false rumble float}], Returns: void

type ARVRControllerImplementer ¶ 

type ARVRControllerImplementer interface {
	SpatialImplementer
	GetControllerId() gdnative.Int
	GetControllerName() gdnative.String
	GetIsActive() gdnative.Bool
	GetJoystickAxis(axis gdnative.Int) gdnative.Real
	GetJoystickId() gdnative.Int
	GetRumble() gdnative.Real
	IsButtonPressed(button gdnative.Int) gdnative.Int
	SetControllerId(controllerId gdnative.Int)
	SetRumble(rumble gdnative.Real)
}

ARVRControllerImplementer is an interface that implements the methods of the ARVRController class.

type ARVRInterface ¶ 

type ARVRInterface struct {
	Reference
	// contains filtered or unexported fields
}

This class needs to be implemented to make an AR or VR platform available to Godot and these should be implemented as C++ modules or GDNative modules (note that for GDNative the subclass ARVRScriptInterface should be used). Part of the interface is exposed to GDScript so you can detect, enable and configure an AR or VR platform. Interfaces should be written in such a way that simply enabling them will give us a working setup. You can query the available interfaces through ARVRServer.

func (*ARVRInterface) BaseClass ¶ 

func (o *ARVRInterface) BaseClass() string

func (*ARVRInterface) GetAnchorDetectionIsEnabled ¶ 

func (o *ARVRInterface) GetAnchorDetectionIsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ARVRInterface) GetCapabilities ¶ 

func (o *ARVRInterface) GetCapabilities() gdnative.Int
        Returns a combination of flags providing information about the capabilities of this interface.
	Args: [], Returns: int

func (*ARVRInterface) GetName ¶ 

func (o *ARVRInterface) GetName() gdnative.String
        Returns the name of this interface (OpenVR, OpenHMD, ARKit, etc).
	Args: [], Returns: String

func (*ARVRInterface) GetRenderTargetsize ¶ 

func (o *ARVRInterface) GetRenderTargetsize() gdnative.Vector2
        Returns the resolution at which we should render our intermediate results before things like lens distortion are applied by the VR platform.
	Args: [], Returns: Vector2

func (*ARVRInterface) GetTrackingStatus ¶ 

func (o *ARVRInterface) GetTrackingStatus() ARVRInterfaceTracking_status
        If supported, returns the status of our tracking. This will allow you to provide feedback to the user whether there are issues with positional tracking.
	Args: [], Returns: enum.ARVRInterface::Tracking_status

func (*ARVRInterface) Initialize ¶ 

func (o *ARVRInterface) Initialize() gdnative.Bool
        Call this to initialize this interface. The first interface that is initialized is identified as the primary interface and it will be used for rendering output. After initializing the interface you want to use you then need to enable the AR/VR mode of a viewport and rendering should commence. Note that you must enable the AR/VR mode on the main viewport for any device that uses the main output of Godot such as for mobile VR. If you do this for a platform that handles its own output (such as OpenVR) Godot will show just one eye without distortion on screen. Alternatively you can add a separate viewport node to your scene and enable AR/VR on that viewport and it will be used to output to the HMD leaving you free to do anything you like in the main window such as using a separate camera as a spectator camera or render out something completely different. While currently not used you can activate additional interfaces, you may wish to do this if you want to track controllers from other platforms. However at this point in time only one interface can render to an HMD.
	Args: [], Returns: bool

func (*ARVRInterface) IsInitialized ¶ 

func (o *ARVRInterface) IsInitialized() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ARVRInterface) IsPrimary ¶ 

func (o *ARVRInterface) IsPrimary() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ARVRInterface) IsStereo ¶ 

func (o *ARVRInterface) IsStereo() gdnative.Bool
        Returns true if the current output of this interface is in stereo.
	Args: [], Returns: bool

func (*ARVRInterface) SetAnchorDetectionIsEnabled ¶ 

func (o *ARVRInterface) SetAnchorDetectionIsEnabled(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ARVRInterface) SetIsInitialized ¶ 

func (o *ARVRInterface) SetIsInitialized(initialized gdnative.Bool)
        Undocumented
	Args: [{ false initialized bool}], Returns: void

func (*ARVRInterface) SetIsPrimary ¶ 

func (o *ARVRInterface) SetIsPrimary(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ARVRInterface) Uninitialize ¶ 

func (o *ARVRInterface) Uninitialize()
        Turns the interface off.
	Args: [], Returns: void

type ARVRInterfaceCapabilities ¶ 

type ARVRInterfaceCapabilities int

ARVRInterfaceCapabilities is an enum for Capabilities values. 

const (
	ARVRInterfaceArvrAr       ARVRInterfaceCapabilities = 4
	ARVRInterfaceArvrExternal ARVRInterfaceCapabilities = 8
	ARVRInterfaceArvrMono     ARVRInterfaceCapabilities = 1
	ARVRInterfaceArvrNone     ARVRInterfaceCapabilities = 0
	ARVRInterfaceArvrStereo   ARVRInterfaceCapabilities = 2
)

type ARVRInterfaceEyes ¶ 

type ARVRInterfaceEyes int

ARVRInterfaceEyes is an enum for Eyes values. 

const (
	ARVRInterfaceEyeLeft  ARVRInterfaceEyes = 1
	ARVRInterfaceEyeMono  ARVRInterfaceEyes = 0
	ARVRInterfaceEyeRight ARVRInterfaceEyes = 2
)

type ARVRInterfaceGDNative ¶ 

type ARVRInterfaceGDNative struct {
	ARVRInterface
	// contains filtered or unexported fields
}

Undocumented

func (*ARVRInterfaceGDNative) BaseClass ¶ 

func (o *ARVRInterfaceGDNative) BaseClass() string

type ARVRInterfaceGDNativeImplementer ¶ 

type ARVRInterfaceGDNativeImplementer interface {
	ARVRInterfaceImplementer
}

ARVRInterfaceGDNativeImplementer is an interface that implements the methods of the ARVRInterfaceGDNative class.

type ARVRInterfaceImplementer ¶ 

type ARVRInterfaceImplementer interface {
	ReferenceImplementer
	GetAnchorDetectionIsEnabled() gdnative.Bool
	GetCapabilities() gdnative.Int
	GetName() gdnative.String
	GetRenderTargetsize() gdnative.Vector2
	Initialize() gdnative.Bool
	IsInitialized() gdnative.Bool
	IsPrimary() gdnative.Bool
	IsStereo() gdnative.Bool
	SetAnchorDetectionIsEnabled(enable gdnative.Bool)
	SetIsInitialized(initialized gdnative.Bool)
	SetIsPrimary(enable gdnative.Bool)
	Uninitialize()
}

ARVRInterfaceImplementer is an interface that implements the methods of the ARVRInterface class.

type ARVRInterfaceTracking_status ¶ 

type ARVRInterfaceTracking_status int

ARVRInterfaceTracking_status is an enum for Tracking_status values. 

const (
	ARVRInterfaceArvrExcessiveMotion      ARVRInterfaceTracking_status = 1
	ARVRInterfaceArvrInsufficientFeatures ARVRInterfaceTracking_status = 2
	ARVRInterfaceArvrNormalTracking       ARVRInterfaceTracking_status = 0
	ARVRInterfaceArvrNotTracking          ARVRInterfaceTracking_status = 4
	ARVRInterfaceArvrUnknownTracking      ARVRInterfaceTracking_status = 3
)

type ARVROrigin ¶ 

type ARVROrigin struct {
	Spatial
	// contains filtered or unexported fields
}

This is a special node within the AR/VR system that maps the physical location of the center of our tracking space to the virtual location within our game world. There should be only one of these nodes in your scene and you must have one. All the ARVRCamera, ARVRController and ARVRAnchor nodes should be direct children of this node for spatial tracking to work correctly. It is the position of this node that you update when you're character needs to move through your game world while we're not moving in the real world. Movement in the real world is always in relation to this origin point. So say that your character is driving a car, the ARVROrigin node should be a child node of this car. If you implement a teleport system to move your character, you change the position of this node. Etc.

func (*ARVROrigin) BaseClass ¶ 

func (o *ARVROrigin) BaseClass() string

func (*ARVROrigin) GetWorldScale ¶ 

func (o *ARVROrigin) GetWorldScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ARVROrigin) SetWorldScale ¶ 

func (o *ARVROrigin) SetWorldScale(worldScale gdnative.Real)
        Undocumented
	Args: [{ false world_scale float}], Returns: void

type ARVROriginImplementer ¶ 

type ARVROriginImplementer interface {
	SpatialImplementer
	GetWorldScale() gdnative.Real
	SetWorldScale(worldScale gdnative.Real)
}

ARVROriginImplementer is an interface that implements the methods of the ARVROrigin class.

type ARVRPositionalTracker ¶ 

type ARVRPositionalTracker struct {
	Object
	// contains filtered or unexported fields
}

An instance of this object represents a device that is tracked such as a controller or anchor point. HMDs aren't represented here as they are fully handled internally. As controllers are turned on and the AR/VR interface detects them instances of this object are automatically added to this list of active tracking objects accessible through the ARVRServer The ARVRController and ARVRAnchor both consume objects of this type and should be the objects you use in game. The positional trackers are just the under the hood objects that make this all work and are mostly exposed so GDNative based interfaces can interact with them.

func (*ARVRPositionalTracker) BaseClass ¶ 

func (o *ARVRPositionalTracker) BaseClass() string

func (*ARVRPositionalTracker) GetHand ¶ 

func (o *ARVRPositionalTracker) GetHand() ARVRPositionalTrackerTrackerHand
        Returns the hand holding this tracker, if known. See TRACKER_* constants.
	Args: [], Returns: enum.ARVRPositionalTracker::TrackerHand

func (*ARVRPositionalTracker) GetJoyId ¶ 

func (o *ARVRPositionalTracker) GetJoyId() gdnative.Int
        If this is a controller that is being tracked the controller will also be represented by a joystick entry with this id.
	Args: [], Returns: int

func (*ARVRPositionalTracker) GetName ¶ 

func (o *ARVRPositionalTracker) GetName() gdnative.String
        Returns the controller or anchor point's name if available.
	Args: [], Returns: String

func (*ARVRPositionalTracker) GetOrientation ¶ 

func (o *ARVRPositionalTracker) GetOrientation() gdnative.Basis
        Returns the controller's orientation matrix.
	Args: [], Returns: Basis

func (*ARVRPositionalTracker) GetPosition ¶ 

func (o *ARVRPositionalTracker) GetPosition() gdnative.Vector3
        Returns the world-space controller position.
	Args: [], Returns: Vector3

func (*ARVRPositionalTracker) GetRumble ¶ 

func (o *ARVRPositionalTracker) GetRumble() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ARVRPositionalTracker) GetTracksOrientation ¶ 

func (o *ARVRPositionalTracker) GetTracksOrientation() gdnative.Bool
        Returns [code]true[/code] if this device tracks orientation.
	Args: [], Returns: bool

func (*ARVRPositionalTracker) GetTracksPosition ¶ 

func (o *ARVRPositionalTracker) GetTracksPosition() gdnative.Bool
        Returns [code]true[/code] if this device tracks position.
	Args: [], Returns: bool

func (*ARVRPositionalTracker) GetTransform ¶ 

func (o *ARVRPositionalTracker) GetTransform(adjustByReferenceFrame gdnative.Bool) gdnative.Transform
        Returns the transform combining this device's orientation and position.
	Args: [{ false adjust_by_reference_frame bool}], Returns: Transform

func (*ARVRPositionalTracker) GetType ¶ 

func (o *ARVRPositionalTracker) GetType() ARVRServerTrackerType
        Returns the tracker's type.
	Args: [], Returns: enum.ARVRServer::TrackerType

func (*ARVRPositionalTracker) SetRumble ¶ 

func (o *ARVRPositionalTracker) SetRumble(rumble gdnative.Real)
        Undocumented
	Args: [{ false rumble float}], Returns: void

func (*ARVRPositionalTracker) X_SetJoyId ¶ 

func (o *ARVRPositionalTracker) X_SetJoyId(joyId gdnative.Int)
        Undocumented
	Args: [{ false joy_id int}], Returns: void

func (*ARVRPositionalTracker) X_SetName ¶ 

func (o *ARVRPositionalTracker) X_SetName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*ARVRPositionalTracker) X_SetOrientation ¶ 

func (o *ARVRPositionalTracker) X_SetOrientation(orientation gdnative.Basis)
        Undocumented
	Args: [{ false orientation Basis}], Returns: void

func (*ARVRPositionalTracker) X_SetRwPosition ¶ 

func (o *ARVRPositionalTracker) X_SetRwPosition(rwPosition gdnative.Vector3)
        Undocumented
	Args: [{ false rw_position Vector3}], Returns: void

func (*ARVRPositionalTracker) X_SetType ¶ 

func (o *ARVRPositionalTracker) X_SetType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type ARVRPositionalTrackerImplementer ¶ 

type ARVRPositionalTrackerImplementer interface {
	ObjectImplementer
	X_SetJoyId(joyId gdnative.Int)
	X_SetName(name gdnative.String)
	X_SetOrientation(orientation gdnative.Basis)
	X_SetRwPosition(rwPosition gdnative.Vector3)
	X_SetType(aType gdnative.Int)
	GetJoyId() gdnative.Int
	GetName() gdnative.String
	GetOrientation() gdnative.Basis
	GetPosition() gdnative.Vector3
	GetRumble() gdnative.Real
	GetTracksOrientation() gdnative.Bool
	GetTracksPosition() gdnative.Bool
	GetTransform(adjustByReferenceFrame gdnative.Bool) gdnative.Transform
	SetRumble(rumble gdnative.Real)
}

ARVRPositionalTrackerImplementer is an interface that implements the methods of the ARVRPositionalTracker class.

type ARVRPositionalTrackerTrackerHand ¶ 

type ARVRPositionalTrackerTrackerHand int

ARVRPositionalTrackerTrackerHand is an enum for TrackerHand values. 

const (
	ARVRPositionalTrackerTrackerHandUnknown ARVRPositionalTrackerTrackerHand = 0
	ARVRPositionalTrackerTrackerLeftHand    ARVRPositionalTrackerTrackerHand = 1
	ARVRPositionalTrackerTrackerRightHand   ARVRPositionalTrackerTrackerHand = 2
)

type ARVRServerImplementer ¶ 

type ARVRServerImplementer interface {
	ObjectImplementer
	CenterOnHmd(rotationMode gdnative.Int, keepHeight gdnative.Bool)
	FindInterface(name gdnative.String) ARVRInterfaceImplementer
	GetInterface(idx gdnative.Int) ARVRInterfaceImplementer
	GetInterfaceCount() gdnative.Int
	GetInterfaces() gdnative.Array
	GetReferenceFrame() gdnative.Transform
	GetTracker(idx gdnative.Int) ARVRPositionalTrackerImplementer
	GetTrackerCount() gdnative.Int
	GetWorldScale() gdnative.Real
	SetPrimaryInterface(intrfce ARVRInterfaceImplementer)
	SetWorldScale(arg0 gdnative.Real)
}

ARVRServerImplementer is an interface that implements the methods of the ARVRServer class.

type ARVRServerRotationMode ¶ 

type ARVRServerRotationMode int

ARVRServerRotationMode is an enum for RotationMode values. 

const (
	ARVRServerDontResetRotation ARVRServerRotationMode = 2
	ARVRServerResetButKeepTilt  ARVRServerRotationMode = 1
	ARVRServerResetFullRotation ARVRServerRotationMode = 0
)

type ARVRServerTrackerType ¶ 

type ARVRServerTrackerType int

ARVRServerTrackerType is an enum for TrackerType values. 

const (
	ARVRServerTrackerAnchor      ARVRServerTrackerType = 4
	ARVRServerTrackerAny         ARVRServerTrackerType = 255
	ARVRServerTrackerAnyKnown    ARVRServerTrackerType = 127
	ARVRServerTrackerBasestation ARVRServerTrackerType = 2
	ARVRServerTrackerController  ARVRServerTrackerType = 1
	ARVRServerTrackerUnknown     ARVRServerTrackerType = 128
)

type AStar ¶ 

type AStar struct {
	Reference
	// contains filtered or unexported fields
}

A* (A star) is a computer algorithm that is widely used in pathfinding and graph traversal, the process of plotting an efficiently directed path between multiple points. It enjoys widespread use due to its performance and accuracy. Godot's A* implementation make use of vectors as points. You must add points manually with [method AStar.add_point] and create segments manually with [method AStar.connect_points]. So you can test if there is a path between two points with the [method AStar.are_points_connected] function, get the list of existing ids in the found path with [method AStar.get_id_path], or the points list with [method AStar.get_point_path].

func (*AStar) AddPoint ¶ 

func (o *AStar) AddPoint(id gdnative.Int, position gdnative.Vector3, weightScale gdnative.Real)
        Adds a new point at the given position with the given identifier. The algorithm prefers points with lower [code]weight_scale[/code] to form a path. The [code]id[/code] must be 0 or larger, and the [code]weight_scale[/code] must be 1 or larger. [codeblock] var as = AStar.new() as.add_point(1, Vector3(1,0,0), 4) # Adds the point (1,0,0) with weight_scale=4 and id=1 [/codeblock] If there already exists a point for the given id, its position and weight scale are updated to the given values.
	Args: [{ false id int} { false position Vector3} {1 true weight_scale float}], Returns: void

func (*AStar) ArePointsConnected ¶ 

func (o *AStar) ArePointsConnected(id gdnative.Int, toId gdnative.Int) gdnative.Bool
        Returns whether there is a connection/segment between the given points.
	Args: [{ false id int} { false to_id int}], Returns: bool

func (*AStar) BaseClass ¶ 

func (o *AStar) BaseClass() string

func (*AStar) Clear ¶ 

func (o *AStar) Clear()
        Clears all the points and segments.
	Args: [], Returns: void

func (*AStar) ConnectPoints ¶ 

func (o *AStar) ConnectPoints(id gdnative.Int, toId gdnative.Int, bidirectional gdnative.Bool)
        Creates a segment between the given points. [codeblock] var as = AStar.new() as.add_point(1, Vector3(1,1,0)) as.add_point(2, Vector3(0,5,0)) as.connect_points(1, 2, false) # If bidirectional=false it's only possible to go from point 1 to point 2 # and not from point 2 to point 1. [/codeblock]
	Args: [{ false id int} { false to_id int} {True true bidirectional bool}], Returns: void

func (*AStar) DisconnectPoints ¶ 

func (o *AStar) DisconnectPoints(id gdnative.Int, toId gdnative.Int)
        Deletes the segment between the given points.
	Args: [{ false id int} { false to_id int}], Returns: void

func (*AStar) GetAvailablePointId ¶ 

func (o *AStar) GetAvailablePointId() gdnative.Int
        Returns the next available point id with no point associated to it.
	Args: [], Returns: int

func (*AStar) GetClosestPoint ¶ 

func (o *AStar) GetClosestPoint(toPosition gdnative.Vector3) gdnative.Int
        Returns the id of the closest point to [code]to_position[/code]. Returns -1 if there are no points in the points pool.
	Args: [{ false to_position Vector3}], Returns: int

func (*AStar) GetClosestPositionInSegment ¶ 

func (o *AStar) GetClosestPositionInSegment(toPosition gdnative.Vector3) gdnative.Vector3
        Returns the closest position to [code]to_position[/code] that resides inside a segment between two connected points. [codeblock] var as = AStar.new() as.add_point(1, Vector3(0,0,0)) as.add_point(2, Vector3(0,5,0)) as.connect_points(1, 2) var res = as.get_closest_position_in_segment(Vector3(3,3,0)) # returns (0, 3, 0) [/codeblock] The result is in the segment that goes from [code]y=0[/code] to [code]y=5[/code]. It's the closest position in the segment to the given point.
	Args: [{ false to_position Vector3}], Returns: Vector3

func (*AStar) GetIdPath ¶ 

func (o *AStar) GetIdPath(fromId gdnative.Int, toId gdnative.Int) gdnative.PoolIntArray
        Returns an array with the ids of the points that form the path found by AStar between the given points. The array is ordered from the starting point to the ending point of the path. [codeblock] var as = AStar.new() as.add_point(1, Vector3(0,0,0)) as.add_point(2, Vector3(0,1,0), 1) # default weight is 1 as.add_point(3, Vector3(1,1,0)) as.add_point(4, Vector3(2,0,0)) as.connect_points(1, 2, false) as.connect_points(2, 3, false) as.connect_points(4, 3, false) as.connect_points(1, 4, false) as.connect_points(5, 4, false) var res = as.get_id_path(1, 3) # returns [1, 2, 3] [/codeblock] If you change the 2nd point's weight to 3, then the result will be [code][1, 4, 3][/code] instead, because now even though the distance is longer, it's "easier" to get through point 4 than through point 2.
	Args: [{ false from_id int} { false to_id int}], Returns: PoolIntArray

func (*AStar) GetPointConnections ¶ 

func (o *AStar) GetPointConnections(id gdnative.Int) gdnative.PoolIntArray
        Returns an array with the ids of the points that form the connect with the given point. [codeblock] var as = AStar.new() as.add_point(1, Vector3(0,0,0)) as.add_point(2, Vector3(0,1,0)) as.add_point(3, Vector3(1,1,0)) as.add_point(4, Vector3(2,0,0)) as.connect_points(1, 2, true) as.connect_points(1, 3, true) var neighbors = as.get_point_connections(1) # returns [2, 3] [/codeblock]
	Args: [{ false id int}], Returns: PoolIntArray

func (*AStar) GetPointPath ¶ 

func (o *AStar) GetPointPath(fromId gdnative.Int, toId gdnative.Int) gdnative.PoolVector3Array
        Returns an array with the points that are in the path found by AStar between the given points. The array is ordered from the starting point to the ending point of the path.
	Args: [{ false from_id int} { false to_id int}], Returns: PoolVector3Array

func (*AStar) GetPointPosition ¶ 

func (o *AStar) GetPointPosition(id gdnative.Int) gdnative.Vector3
        Returns the position of the point associated with the given id.
	Args: [{ false id int}], Returns: Vector3

func (*AStar) GetPointWeightScale ¶ 

func (o *AStar) GetPointWeightScale(id gdnative.Int) gdnative.Real
        Returns the weight scale of the point associated with the given id.
	Args: [{ false id int}], Returns: float

func (*AStar) GetPoints ¶ 

func (o *AStar) GetPoints() gdnative.Array
        Returns an array of all points.
	Args: [], Returns: Array

func (*AStar) HasPoint ¶ 

func (o *AStar) HasPoint(id gdnative.Int) gdnative.Bool
        Returns whether a point associated with the given id exists.
	Args: [{ false id int}], Returns: bool

func (*AStar) RemovePoint ¶ 

func (o *AStar) RemovePoint(id gdnative.Int)
        Removes the point associated with the given id from the points pool.
	Args: [{ false id int}], Returns: void

func (*AStar) SetPointPosition ¶ 

func (o *AStar) SetPointPosition(id gdnative.Int, position gdnative.Vector3)
        Sets the position for the point with the given id.
	Args: [{ false id int} { false position Vector3}], Returns: void

func (*AStar) SetPointWeightScale ¶ 

func (o *AStar) SetPointWeightScale(id gdnative.Int, weightScale gdnative.Real)
        Sets the [code]weight_scale[/code] for the point with the given id.
	Args: [{ false id int} { false weight_scale float}], Returns: void

func (*AStar) X_ComputeCost ¶ 

func (o *AStar) X_ComputeCost(fromId gdnative.Int, toId gdnative.Int) gdnative.Real
        Called when computing the cost between two connected points.
	Args: [{ false from_id int} { false to_id int}], Returns: float

func (*AStar) X_EstimateCost ¶ 

func (o *AStar) X_EstimateCost(fromId gdnative.Int, toId gdnative.Int) gdnative.Real
        Called when estimating the cost between a point and the path's ending point.
	Args: [{ false from_id int} { false to_id int}], Returns: float

type AStarImplementer ¶ 

type AStarImplementer interface {
	ReferenceImplementer
	X_ComputeCost(fromId gdnative.Int, toId gdnative.Int) gdnative.Real
	X_EstimateCost(fromId gdnative.Int, toId gdnative.Int) gdnative.Real
	AddPoint(id gdnative.Int, position gdnative.Vector3, weightScale gdnative.Real)
	ArePointsConnected(id gdnative.Int, toId gdnative.Int) gdnative.Bool
	Clear()
	ConnectPoints(id gdnative.Int, toId gdnative.Int, bidirectional gdnative.Bool)
	DisconnectPoints(id gdnative.Int, toId gdnative.Int)
	GetAvailablePointId() gdnative.Int
	GetClosestPoint(toPosition gdnative.Vector3) gdnative.Int
	GetClosestPositionInSegment(toPosition gdnative.Vector3) gdnative.Vector3
	GetIdPath(fromId gdnative.Int, toId gdnative.Int) gdnative.PoolIntArray
	GetPointConnections(id gdnative.Int) gdnative.PoolIntArray
	GetPointPath(fromId gdnative.Int, toId gdnative.Int) gdnative.PoolVector3Array
	GetPointPosition(id gdnative.Int) gdnative.Vector3
	GetPointWeightScale(id gdnative.Int) gdnative.Real
	GetPoints() gdnative.Array
	HasPoint(id gdnative.Int) gdnative.Bool
	RemovePoint(id gdnative.Int)
	SetPointPosition(id gdnative.Int, position gdnative.Vector3)
	SetPointWeightScale(id gdnative.Int, weightScale gdnative.Real)
}

AStarImplementer is an interface that implements the methods of the AStar class.

type AcceptDialog ¶ 

type AcceptDialog struct {
	WindowDialog
	// contains filtered or unexported fields
}

This dialog is useful for small notifications to the user about an event. It can only be accepted or closed, with the same result.

func (*AcceptDialog) AddButton ¶ 

func (o *AcceptDialog) AddButton(text gdnative.String, right gdnative.Bool, action gdnative.String) ButtonImplementer
        Adds a button with label [i]text[/i] and a custom [i]action[/i] to the dialog and returns the created button. [i]action[/i] will be passed to the [custom_action] signal when pressed. If [code]true[/code], [i]right[/i] will place the button to the right of any sibling buttons. Default value: [code]false[/code].
	Args: [{ false text String} {False true right bool} { true action String}], Returns: Button

func (*AcceptDialog) AddCancel ¶ 

func (o *AcceptDialog) AddCancel(name gdnative.String) ButtonImplementer
        Adds a button with label [i]name[/i] and a cancel action to the dialog and returns the created button.
	Args: [{ false name String}], Returns: Button

func (*AcceptDialog) BaseClass ¶ 

func (o *AcceptDialog) BaseClass() string

func (*AcceptDialog) GetHideOnOk ¶ 

func (o *AcceptDialog) GetHideOnOk() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AcceptDialog) GetLabel ¶ 

func (o *AcceptDialog) GetLabel() LabelImplementer
        Return the label used for built-in text.
	Args: [], Returns: Label

func (*AcceptDialog) GetOk ¶ 

func (o *AcceptDialog) GetOk() ButtonImplementer
        Return the OK Button.
	Args: [], Returns: Button

func (*AcceptDialog) GetText ¶ 

func (o *AcceptDialog) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AcceptDialog) RegisterTextEnter ¶ 

func (o *AcceptDialog) RegisterTextEnter(lineEdit ObjectImplementer)
        Registers a [LineEdit] in the dialog. When the enter key is pressed, the dialog will be accepted.
	Args: [{ false line_edit Object}], Returns: void

func (*AcceptDialog) SetHideOnOk ¶ 

func (o *AcceptDialog) SetHideOnOk(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*AcceptDialog) SetText ¶ 

func (o *AcceptDialog) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*AcceptDialog) X_BuiltinTextEntered ¶ 

func (o *AcceptDialog) X_BuiltinTextEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*AcceptDialog) X_CustomAction ¶ 

func (o *AcceptDialog) X_CustomAction(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*AcceptDialog) X_Ok ¶ 

func (o *AcceptDialog) X_Ok()
        Undocumented
	Args: [], Returns: void

type AcceptDialogImplementer ¶ 

type AcceptDialogImplementer interface {
	WindowDialogImplementer
	X_BuiltinTextEntered(arg0 gdnative.String)
	X_CustomAction(arg0 gdnative.String)
	X_Ok()
	AddButton(text gdnative.String, right gdnative.Bool, action gdnative.String) ButtonImplementer
	AddCancel(name gdnative.String) ButtonImplementer
	GetHideOnOk() gdnative.Bool
	GetLabel() LabelImplementer
	GetOk() ButtonImplementer
	GetText() gdnative.String
	RegisterTextEnter(lineEdit ObjectImplementer)
	SetHideOnOk(enabled gdnative.Bool)
	SetText(text gdnative.String)
}

AcceptDialogImplementer is an interface that implements the methods of the AcceptDialog class.

type AnimatedSprite ¶ 

type AnimatedSprite struct {
	Node2D
	// contains filtered or unexported fields
}

Animations are created using a SpriteFrames resource, which can be configured in the editor via the SpriteFrames panel.

func (*AnimatedSprite) BaseClass ¶ 

func (o *AnimatedSprite) BaseClass() string

func (*AnimatedSprite) GetAnimation ¶ 

func (o *AnimatedSprite) GetAnimation() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AnimatedSprite) GetFrame ¶ 

func (o *AnimatedSprite) GetFrame() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AnimatedSprite) GetOffset ¶ 

func (o *AnimatedSprite) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*AnimatedSprite) GetSpriteFrames ¶ 

func (o *AnimatedSprite) GetSpriteFrames() SpriteFramesImplementer
        Undocumented
	Args: [], Returns: SpriteFrames

func (*AnimatedSprite) IsCentered ¶ 

func (o *AnimatedSprite) IsCentered() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimatedSprite) IsFlippedH ¶ 

func (o *AnimatedSprite) IsFlippedH() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimatedSprite) IsFlippedV ¶ 

func (o *AnimatedSprite) IsFlippedV() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimatedSprite) IsPlaying ¶ 

func (o *AnimatedSprite) IsPlaying() gdnative.Bool
        Return true if an animation if currently being played.
	Args: [], Returns: bool

func (*AnimatedSprite) Play ¶ 

func (o *AnimatedSprite) Play(anim gdnative.String)
        Play the animation set in parameter. If no parameter is provided, the current animation is played.
	Args: [{ true anim String}], Returns: void

func (*AnimatedSprite) SetAnimation ¶ 

func (o *AnimatedSprite) SetAnimation(animation gdnative.String)
        Undocumented
	Args: [{ false animation String}], Returns: void

func (*AnimatedSprite) SetCentered ¶ 

func (o *AnimatedSprite) SetCentered(centered gdnative.Bool)
        Undocumented
	Args: [{ false centered bool}], Returns: void

func (*AnimatedSprite) SetFlipH ¶ 

func (o *AnimatedSprite) SetFlipH(flipH gdnative.Bool)
        Undocumented
	Args: [{ false flip_h bool}], Returns: void

func (*AnimatedSprite) SetFlipV ¶ 

func (o *AnimatedSprite) SetFlipV(flipV gdnative.Bool)
        Undocumented
	Args: [{ false flip_v bool}], Returns: void

func (*AnimatedSprite) SetFrame ¶ 

func (o *AnimatedSprite) SetFrame(frame gdnative.Int)
        Undocumented
	Args: [{ false frame int}], Returns: void

func (*AnimatedSprite) SetOffset ¶ 

func (o *AnimatedSprite) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*AnimatedSprite) SetSpriteFrames ¶ 

func (o *AnimatedSprite) SetSpriteFrames(spriteFrames SpriteFramesImplementer)
        Undocumented
	Args: [{ false sprite_frames SpriteFrames}], Returns: void

func (*AnimatedSprite) Stop ¶ 

func (o *AnimatedSprite) Stop()
        Stop the current animation (does not reset the frame counter).
	Args: [], Returns: void

func (*AnimatedSprite) X_IsPlaying ¶ 

func (o *AnimatedSprite) X_IsPlaying() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimatedSprite) X_ResChanged ¶ 

func (o *AnimatedSprite) X_ResChanged()
        Undocumented
	Args: [], Returns: void

func (*AnimatedSprite) X_SetPlaying ¶ 

func (o *AnimatedSprite) X_SetPlaying(playing gdnative.Bool)
        Undocumented
	Args: [{ false playing bool}], Returns: void

type AnimatedSprite3D ¶ 

type AnimatedSprite3D struct {
	SpriteBase3D
	// contains filtered or unexported fields
}

Animations are created using a SpriteFrames resource, which can be configured in the editor via the SpriteFrames panel.

func (*AnimatedSprite3D) BaseClass ¶ 

func (o *AnimatedSprite3D) BaseClass() string

func (*AnimatedSprite3D) GetAnimation ¶ 

func (o *AnimatedSprite3D) GetAnimation() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AnimatedSprite3D) GetFrame ¶ 

func (o *AnimatedSprite3D) GetFrame() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AnimatedSprite3D) GetSpriteFrames ¶ 

func (o *AnimatedSprite3D) GetSpriteFrames() SpriteFramesImplementer
        Undocumented
	Args: [], Returns: SpriteFrames

func (*AnimatedSprite3D) IsPlaying ¶ 

func (o *AnimatedSprite3D) IsPlaying() gdnative.Bool
        Return true if an animation if currently being played.
	Args: [], Returns: bool

func (*AnimatedSprite3D) Play ¶ 

func (o *AnimatedSprite3D) Play(anim gdnative.String)
        Play the animation set in parameter. If no parameter is provided, the current animation is played.
	Args: [{ true anim String}], Returns: void

func (*AnimatedSprite3D) SetAnimation ¶ 

func (o *AnimatedSprite3D) SetAnimation(animation gdnative.String)
        Undocumented
	Args: [{ false animation String}], Returns: void

func (*AnimatedSprite3D) SetFrame ¶ 

func (o *AnimatedSprite3D) SetFrame(frame gdnative.Int)
        Undocumented
	Args: [{ false frame int}], Returns: void

func (*AnimatedSprite3D) SetSpriteFrames ¶ 

func (o *AnimatedSprite3D) SetSpriteFrames(spriteFrames SpriteFramesImplementer)
        Undocumented
	Args: [{ false sprite_frames SpriteFrames}], Returns: void

func (*AnimatedSprite3D) Stop ¶ 

func (o *AnimatedSprite3D) Stop()
        Stop the current animation (does not reset the frame counter).
	Args: [], Returns: void

func (*AnimatedSprite3D) X_IsPlaying ¶ 

func (o *AnimatedSprite3D) X_IsPlaying() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimatedSprite3D) X_ResChanged ¶ 

func (o *AnimatedSprite3D) X_ResChanged()
        Undocumented
	Args: [], Returns: void

func (*AnimatedSprite3D) X_SetPlaying ¶ 

func (o *AnimatedSprite3D) X_SetPlaying(playing gdnative.Bool)
        Undocumented
	Args: [{ false playing bool}], Returns: void

type AnimatedSprite3DImplementer ¶ 

type AnimatedSprite3DImplementer interface {
	SpriteBase3DImplementer
	X_IsPlaying() gdnative.Bool
	X_ResChanged()
	X_SetPlaying(playing gdnative.Bool)
	GetAnimation() gdnative.String
	GetFrame() gdnative.Int
	GetSpriteFrames() SpriteFramesImplementer
	IsPlaying() gdnative.Bool
	Play(anim gdnative.String)
	SetAnimation(animation gdnative.String)
	SetFrame(frame gdnative.Int)
	SetSpriteFrames(spriteFrames SpriteFramesImplementer)
	Stop()
}

AnimatedSprite3DImplementer is an interface that implements the methods of the AnimatedSprite3D class.

type AnimatedSpriteImplementer ¶ 

type AnimatedSpriteImplementer interface {
	Node2DImplementer
	X_IsPlaying() gdnative.Bool
	X_ResChanged()
	X_SetPlaying(playing gdnative.Bool)
	GetAnimation() gdnative.String
	GetFrame() gdnative.Int
	GetOffset() gdnative.Vector2
	GetSpriteFrames() SpriteFramesImplementer
	IsCentered() gdnative.Bool
	IsFlippedH() gdnative.Bool
	IsFlippedV() gdnative.Bool
	IsPlaying() gdnative.Bool
	Play(anim gdnative.String)
	SetAnimation(animation gdnative.String)
	SetCentered(centered gdnative.Bool)
	SetFlipH(flipH gdnative.Bool)
	SetFlipV(flipV gdnative.Bool)
	SetFrame(frame gdnative.Int)
	SetOffset(offset gdnative.Vector2)
	SetSpriteFrames(spriteFrames SpriteFramesImplementer)
	Stop()
}

AnimatedSpriteImplementer is an interface that implements the methods of the AnimatedSprite class.

type Animation ¶ 

type Animation struct {
	Resource
	// contains filtered or unexported fields
}

An Animation resource contains data used to animate everything in the engine. Animations are divided into tracks, and each track must be linked to a node. The state of that node can be changed through time, by adding timed keys (events) to the track. Animations are just data containers, and must be added to odes such as an AnimationPlayer or AnimationTreePlayer to be played back.

func (*Animation) AddTrack ¶ 

func (o *Animation) AddTrack(aType gdnative.Int, atPosition gdnative.Int) gdnative.Int
        Add a track to the Animation. The track type must be specified as any of the values in the TYPE_* enumeration.
	Args: [{ false type int} {-1 true at_position int}], Returns: int

func (*Animation) BaseClass ¶ 

func (o *Animation) BaseClass() string

func (*Animation) Clear ¶ 

func (o *Animation) Clear()
        Clear the animation (clear all tracks and reset all).
	Args: [], Returns: void

func (*Animation) CopyTrack ¶ 

func (o *Animation) CopyTrack(track gdnative.Int, toAnimation AnimationImplementer)
        Adds a new track that is a copy of the given track from [code]to_animation[/code].
	Args: [{ false track int} { false to_animation Animation}], Returns: void

func (*Animation) FindTrack ¶ 

func (o *Animation) FindTrack(path gdnative.NodePath) gdnative.Int
        Return the index of the specified track. If the track is not found, return -1.
	Args: [{ false path NodePath}], Returns: int

func (*Animation) GetLength ¶ 

func (o *Animation) GetLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Animation) GetStep ¶ 

func (o *Animation) GetStep() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Animation) GetTrackCount ¶ 

func (o *Animation) GetTrackCount() gdnative.Int
        Return the amount of tracks in the animation.
	Args: [], Returns: int

func (*Animation) HasLoop ¶ 

func (o *Animation) HasLoop() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Animation) MethodTrackGetKeyIndices ¶ 

func (o *Animation) MethodTrackGetKeyIndices(idx gdnative.Int, timeSec gdnative.Real, delta gdnative.Real) gdnative.PoolIntArray
        Return all the key indices of a method track, given a position and delta time.
	Args: [{ false idx int} { false time_sec float} { false delta float}], Returns: PoolIntArray

func (*Animation) MethodTrackGetName ¶ 

func (o *Animation) MethodTrackGetName(idx gdnative.Int, keyIdx gdnative.Int) gdnative.String
        Return the method name of a method track.
	Args: [{ false idx int} { false key_idx int}], Returns: String

func (*Animation) MethodTrackGetParams ¶ 

func (o *Animation) MethodTrackGetParams(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Array
        Return the arguments values to be called on a method track for a given key in a given track.
	Args: [{ false idx int} { false key_idx int}], Returns: Array

func (*Animation) RemoveTrack ¶ 

func (o *Animation) RemoveTrack(idx gdnative.Int)
        Remove a track by specifying the track index.
	Args: [{ false idx int}], Returns: void

func (*Animation) SetLength ¶ 

func (o *Animation) SetLength(timeSec gdnative.Real)
        Undocumented
	Args: [{ false time_sec float}], Returns: void

func (*Animation) SetLoop ¶ 

func (o *Animation) SetLoop(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Animation) SetStep ¶ 

func (o *Animation) SetStep(sizeSec gdnative.Real)
        Undocumented
	Args: [{ false size_sec float}], Returns: void

func (*Animation) TrackFindKey ¶ 

func (o *Animation) TrackFindKey(idx gdnative.Int, time gdnative.Real, exact gdnative.Bool) gdnative.Int
        Find the key index by time in a given track. Optionally, only find it if the exact time is given.
	Args: [{ false idx int} { false time float} {False true exact bool}], Returns: int

func (*Animation) TrackGetInterpolationLoopWrap ¶ 

func (o *Animation) TrackGetInterpolationLoopWrap(idx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the track at [code]idx[/code] wraps the interpolation loop. Default value: [code]true[/code].
	Args: [{ false idx int}], Returns: bool

func (*Animation) TrackGetInterpolationType ¶ 

func (o *Animation) TrackGetInterpolationType(idx gdnative.Int) AnimationInterpolationType
        Return the interpolation type of a given track, from the INTERPOLATION_* enum.
	Args: [{ false idx int}], Returns: enum.Animation::InterpolationType

func (*Animation) TrackGetKeyCount ¶ 

func (o *Animation) TrackGetKeyCount(idx gdnative.Int) gdnative.Int
        Return the amount of keys in a given track.
	Args: [{ false idx int}], Returns: int

func (*Animation) TrackGetKeyTime ¶ 

func (o *Animation) TrackGetKeyTime(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Real
        Return the time at which the key is located.
	Args: [{ false idx int} { false key_idx int}], Returns: float

func (*Animation) TrackGetKeyTransition ¶ 

func (o *Animation) TrackGetKeyTransition(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Real
        Return the transition curve (easing) for a specific key (see built-in math function "ease").
	Args: [{ false idx int} { false key_idx int}], Returns: float

func (*Animation) TrackGetKeyValue ¶ 

func (o *Animation) TrackGetKeyValue(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Variant
        Return the value of a given key in a given track.
	Args: [{ false idx int} { false key_idx int}], Returns: Variant

func (*Animation) TrackGetPath ¶ 

func (o *Animation) TrackGetPath(idx gdnative.Int) gdnative.NodePath
        Get the path of a track. for more information on the path format, see [method track_set_path]
	Args: [{ false idx int}], Returns: NodePath

func (*Animation) TrackGetType ¶ 

func (o *Animation) TrackGetType(idx gdnative.Int) AnimationTrackType
        Get the type of a track.
	Args: [{ false idx int}], Returns: enum.Animation::TrackType

func (*Animation) TrackInsertKey ¶ 

func (o *Animation) TrackInsertKey(idx gdnative.Int, time gdnative.Real, key gdnative.Variant, transition gdnative.Real)
        Insert a generic key in a given track.
	Args: [{ false idx int} { false time float} { false key Variant} {1 true transition float}], Returns: void

func (*Animation) TrackIsEnabled ¶ 

func (o *Animation) TrackIsEnabled(idx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the track at index [code]idx[/code] is enabled.
	Args: [{ false idx int}], Returns: bool

func (*Animation) TrackIsImported ¶ 

func (o *Animation) TrackIsImported(idx gdnative.Int) gdnative.Bool
        Return true if the given track is imported. Else, return false.
	Args: [{ false idx int}], Returns: bool

func (*Animation) TrackMoveDown ¶ 

func (o *Animation) TrackMoveDown(idx gdnative.Int)
        Move a track down.
	Args: [{ false idx int}], Returns: void

func (*Animation) TrackMoveUp ¶ 

func (o *Animation) TrackMoveUp(idx gdnative.Int)
        Move a track up.
	Args: [{ false idx int}], Returns: void

func (*Animation) TrackRemoveKey ¶ 

func (o *Animation) TrackRemoveKey(idx gdnative.Int, keyIdx gdnative.Int)
        Remove a key by index in a given track.
	Args: [{ false idx int} { false key_idx int}], Returns: void

func (*Animation) TrackRemoveKeyAtPosition ¶ 

func (o *Animation) TrackRemoveKeyAtPosition(idx gdnative.Int, position gdnative.Real)
        Remove a key by position (seconds) in a given track.
	Args: [{ false idx int} { false position float}], Returns: void

func (*Animation) TrackSetEnabled ¶ 

func (o *Animation) TrackSetEnabled(idx gdnative.Int, enabled gdnative.Bool)
        Enables/disables the given track. Tracks are enabled by default.
	Args: [{ false idx int} { false enabled bool}], Returns: void

func (*Animation) TrackSetImported ¶ 

func (o *Animation) TrackSetImported(idx gdnative.Int, imported gdnative.Bool)
        Set the given track as imported or not.
	Args: [{ false idx int} { false imported bool}], Returns: void

func (*Animation) TrackSetInterpolationLoopWrap ¶ 

func (o *Animation) TrackSetInterpolationLoopWrap(idx gdnative.Int, interpolation gdnative.Bool)
        If [code]true[/code] the track at [code]idx[/code] wraps the interpolation loop.
	Args: [{ false idx int} { false interpolation bool}], Returns: void

func (*Animation) TrackSetInterpolationType ¶ 

func (o *Animation) TrackSetInterpolationType(idx gdnative.Int, interpolation gdnative.Int)
        Set the interpolation type of a given track, from the INTERPOLATION_* enum.
	Args: [{ false idx int} { false interpolation int}], Returns: void

func (*Animation) TrackSetKeyTransition ¶ 

func (o *Animation) TrackSetKeyTransition(idx gdnative.Int, keyIdx gdnative.Int, transition gdnative.Real)
        Set the transition curve (easing) for a specific key (see built-in math function "ease").
	Args: [{ false idx int} { false key_idx int} { false transition float}], Returns: void

func (*Animation) TrackSetKeyValue ¶ 

func (o *Animation) TrackSetKeyValue(idx gdnative.Int, key gdnative.Int, value gdnative.Variant)
        Set the value of an existing key.
	Args: [{ false idx int} { false key int} { false value Variant}], Returns: void

func (*Animation) TrackSetPath ¶ 

func (o *Animation) TrackSetPath(idx gdnative.Int, path gdnative.NodePath)
        Set the path of a track. Paths must be valid scene-tree paths to a node, and must be specified starting from the parent node of the node that will reproduce the animation. Tracks that control properties or bones must append their name after the path, separated by ":". Example: "character/skeleton:ankle" or "character/mesh:transform/local"
	Args: [{ false idx int} { false path NodePath}], Returns: void

func (*Animation) TransformTrackInsertKey ¶ 

func (o *Animation) TransformTrackInsertKey(idx gdnative.Int, time gdnative.Real, location gdnative.Vector3, rotation gdnative.Quat, scale gdnative.Vector3) gdnative.Int
        Insert a transform key for a transform track.
	Args: [{ false idx int} { false time float} { false location Vector3} { false rotation Quat} { false scale Vector3}], Returns: int

func (*Animation) TransformTrackInterpolate ¶ 

func (o *Animation) TransformTrackInterpolate(idx gdnative.Int, timeSec gdnative.Real) gdnative.Array
        Return the interpolated value of a transform track at a given time (in seconds). An array consisting of 3 elements: position ([Vector3]), rotation ([Quat]) and scale ([Vector3]).
	Args: [{ false idx int} { false time_sec float}], Returns: Array

func (*Animation) ValueTrackGetKeyIndices ¶ 

func (o *Animation) ValueTrackGetKeyIndices(idx gdnative.Int, timeSec gdnative.Real, delta gdnative.Real) gdnative.PoolIntArray
        Return all the key indices of a value track, given a position and delta time.
	Args: [{ false idx int} { false time_sec float} { false delta float}], Returns: PoolIntArray

func (*Animation) ValueTrackGetUpdateMode ¶ 

func (o *Animation) ValueTrackGetUpdateMode(idx gdnative.Int) AnimationUpdateMode
        Return the update mode of a value track.
	Args: [{ false idx int}], Returns: enum.Animation::UpdateMode

func (*Animation) ValueTrackSetUpdateMode ¶ 

func (o *Animation) ValueTrackSetUpdateMode(idx gdnative.Int, mode gdnative.Int)
        Set the update mode (UPDATE_*) of a value track.
	Args: [{ false idx int} { false mode int}], Returns: void

type AnimationImplementer ¶ 

type AnimationImplementer interface {
	ResourceImplementer
	AddTrack(aType gdnative.Int, atPosition gdnative.Int) gdnative.Int
	Clear()
	CopyTrack(track gdnative.Int, toAnimation AnimationImplementer)
	FindTrack(path gdnative.NodePath) gdnative.Int
	GetLength() gdnative.Real
	GetStep() gdnative.Real
	GetTrackCount() gdnative.Int
	HasLoop() gdnative.Bool
	MethodTrackGetKeyIndices(idx gdnative.Int, timeSec gdnative.Real, delta gdnative.Real) gdnative.PoolIntArray
	MethodTrackGetName(idx gdnative.Int, keyIdx gdnative.Int) gdnative.String
	MethodTrackGetParams(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Array
	RemoveTrack(idx gdnative.Int)
	SetLength(timeSec gdnative.Real)
	SetLoop(enabled gdnative.Bool)
	SetStep(sizeSec gdnative.Real)
	TrackFindKey(idx gdnative.Int, time gdnative.Real, exact gdnative.Bool) gdnative.Int
	TrackGetInterpolationLoopWrap(idx gdnative.Int) gdnative.Bool
	TrackGetKeyCount(idx gdnative.Int) gdnative.Int
	TrackGetKeyTime(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Real
	TrackGetKeyTransition(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Real
	TrackGetKeyValue(idx gdnative.Int, keyIdx gdnative.Int) gdnative.Variant
	TrackGetPath(idx gdnative.Int) gdnative.NodePath
	TrackInsertKey(idx gdnative.Int, time gdnative.Real, key gdnative.Variant, transition gdnative.Real)
	TrackIsEnabled(idx gdnative.Int) gdnative.Bool
	TrackIsImported(idx gdnative.Int) gdnative.Bool
	TrackMoveDown(idx gdnative.Int)
	TrackMoveUp(idx gdnative.Int)
	TrackRemoveKey(idx gdnative.Int, keyIdx gdnative.Int)
	TrackRemoveKeyAtPosition(idx gdnative.Int, position gdnative.Real)
	TrackSetEnabled(idx gdnative.Int, enabled gdnative.Bool)
	TrackSetImported(idx gdnative.Int, imported gdnative.Bool)
	TrackSetInterpolationLoopWrap(idx gdnative.Int, interpolation gdnative.Bool)
	TrackSetInterpolationType(idx gdnative.Int, interpolation gdnative.Int)
	TrackSetKeyTransition(idx gdnative.Int, keyIdx gdnative.Int, transition gdnative.Real)
	TrackSetKeyValue(idx gdnative.Int, key gdnative.Int, value gdnative.Variant)
	TrackSetPath(idx gdnative.Int, path gdnative.NodePath)
	TransformTrackInsertKey(idx gdnative.Int, time gdnative.Real, location gdnative.Vector3, rotation gdnative.Quat, scale gdnative.Vector3) gdnative.Int
	TransformTrackInterpolate(idx gdnative.Int, timeSec gdnative.Real) gdnative.Array
	ValueTrackGetKeyIndices(idx gdnative.Int, timeSec gdnative.Real, delta gdnative.Real) gdnative.PoolIntArray
	ValueTrackSetUpdateMode(idx gdnative.Int, mode gdnative.Int)
}

AnimationImplementer is an interface that implements the methods of the Animation class.

type AnimationInterpolationType ¶ 

type AnimationInterpolationType int

AnimationInterpolationType is an enum for InterpolationType values. 

const (
	AnimationInterpolationCubic   AnimationInterpolationType = 2
	AnimationInterpolationLinear  AnimationInterpolationType = 1
	AnimationInterpolationNearest AnimationInterpolationType = 0
)

type AnimationPlayer ¶ 

type AnimationPlayer struct {
	Node
	// contains filtered or unexported fields
}

An animation player is used for general purpose playback of Animation resources. It contains a dictionary of animations (referenced by name) and custom blend times between their transitions. Additionally, animations can be played and blended in different channels.

func (*AnimationPlayer) AddAnimation ¶ 

func (o *AnimationPlayer) AddAnimation(name gdnative.String, animation AnimationImplementer) gdnative.Error
        Adds [code]animation[/code] to the player accessible with the key [code]name[/code].
	Args: [{ false name String} { false animation Animation}], Returns: enum.Error

func (*AnimationPlayer) Advance ¶ 

func (o *AnimationPlayer) Advance(delta gdnative.Real)
        Shifts position in the animation timeline. Delta is the time in seconds to shift.
	Args: [{ false delta float}], Returns: void

func (*AnimationPlayer) AnimationGetNext ¶ 

func (o *AnimationPlayer) AnimationGetNext(animFrom gdnative.String) gdnative.String
        Returns the name of the next animation in the queue.
	Args: [{ false anim_from String}], Returns: String

func (*AnimationPlayer) AnimationSetNext ¶ 

func (o *AnimationPlayer) AnimationSetNext(animFrom gdnative.String, animTo gdnative.String)
        Triggers the [code]anim_to[/code] animation when the [code]anim_from[/code] animation completes.
	Args: [{ false anim_from String} { false anim_to String}], Returns: void

func (*AnimationPlayer) BaseClass ¶ 

func (o *AnimationPlayer) BaseClass() string

func (*AnimationPlayer) ClearCaches ¶ 

func (o *AnimationPlayer) ClearCaches()
        [code]AnimationPlayer[/code] caches animated nodes. It may not notice if a node disappears, so clear_caches forces it to update the cache again.
	Args: [], Returns: void

func (*AnimationPlayer) ClearQueue ¶ 

func (o *AnimationPlayer) ClearQueue()
        Clears all queued, unplayed animations.
	Args: [], Returns: void

func (*AnimationPlayer) FindAnimation ¶ 

func (o *AnimationPlayer) FindAnimation(animation AnimationImplementer) gdnative.String
        Returns the name of [code]animation[/code] or empty string if not found.
	Args: [{ false animation Animation}], Returns: String

func (*AnimationPlayer) GetAnimation ¶ 

func (o *AnimationPlayer) GetAnimation(name gdnative.String) AnimationImplementer
        Returns the [Animation] with key [code]name[/code] or [code]null[/code] if not found.
	Args: [{ false name String}], Returns: Animation

func (*AnimationPlayer) GetAnimationList ¶ 

func (o *AnimationPlayer) GetAnimationList() gdnative.PoolStringArray
        Returns the list of stored animation names.
	Args: [], Returns: PoolStringArray

func (*AnimationPlayer) GetAnimationProcessMode ¶ 

func (o *AnimationPlayer) GetAnimationProcessMode() AnimationPlayerAnimationProcessMode
        Undocumented
	Args: [], Returns: enum.AnimationPlayer::AnimationProcessMode

func (*AnimationPlayer) GetAssignedAnimation ¶ 

func (o *AnimationPlayer) GetAssignedAnimation() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AnimationPlayer) GetAutoplay ¶ 

func (o *AnimationPlayer) GetAutoplay() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AnimationPlayer) GetBlendTime ¶ 

func (o *AnimationPlayer) GetBlendTime(animFrom gdnative.String, animTo gdnative.String) gdnative.Real
        Get the blend time (in seconds) between two animations, referenced by their names.
	Args: [{ false anim_from String} { false anim_to String}], Returns: float

func (*AnimationPlayer) GetCurrentAnimation ¶ 

func (o *AnimationPlayer) GetCurrentAnimation() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AnimationPlayer) GetCurrentAnimationLength ¶ 

func (o *AnimationPlayer) GetCurrentAnimationLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AnimationPlayer) GetCurrentAnimationPosition ¶ 

func (o *AnimationPlayer) GetCurrentAnimationPosition() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AnimationPlayer) GetDefaultBlendTime ¶ 

func (o *AnimationPlayer) GetDefaultBlendTime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AnimationPlayer) GetRoot ¶ 

func (o *AnimationPlayer) GetRoot() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*AnimationPlayer) GetSpeedScale ¶ 

func (o *AnimationPlayer) GetSpeedScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AnimationPlayer) HasAnimation ¶ 

func (o *AnimationPlayer) HasAnimation(name gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the [code]AnimationPlayer[/code] stores an [Animation] with key [code]name[/code].
	Args: [{ false name String}], Returns: bool

func (*AnimationPlayer) IsActive ¶ 

func (o *AnimationPlayer) IsActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimationPlayer) IsPlaying ¶ 

func (o *AnimationPlayer) IsPlaying() gdnative.Bool
        Returns [code]true[/code] if playing an animation.
	Args: [], Returns: bool

func (*AnimationPlayer) Play ¶ 

func (o *AnimationPlayer) Play(name gdnative.String, customBlend gdnative.Real, customSpeed gdnative.Real, fromEnd gdnative.Bool)
        Play the animation with key [code]name[/code]. Custom speed and blend times can be set. If custom speed is negative (-1), 'from_end' being true can play the animation backwards.
	Args: [{ true name String} {-1 true custom_blend float} {1 true custom_speed float} {False true from_end bool}], Returns: void

func (*AnimationPlayer) PlayBackwards ¶ 

func (o *AnimationPlayer) PlayBackwards(name gdnative.String, customBlend gdnative.Real)
        Play the animation with key [code]name[/code] in reverse.
	Args: [{ true name String} {-1 true custom_blend float}], Returns: void

func (*AnimationPlayer) Queue ¶ 

func (o *AnimationPlayer) Queue(name gdnative.String)
        Queue an animation for playback once the current one is done.
	Args: [{ false name String}], Returns: void

func (*AnimationPlayer) RemoveAnimation ¶ 

func (o *AnimationPlayer) RemoveAnimation(name gdnative.String)
        Remove the animation with key [code]name[/code].
	Args: [{ false name String}], Returns: void

func (*AnimationPlayer) RenameAnimation ¶ 

func (o *AnimationPlayer) RenameAnimation(name gdnative.String, newname gdnative.String)
        Rename an existing animation with key [code]name[/code] to [code]newname[/code].
	Args: [{ false name String} { false newname String}], Returns: void

func (*AnimationPlayer) Seek ¶ 

func (o *AnimationPlayer) Seek(seconds gdnative.Real, update gdnative.Bool)
        Seek the animation to the [code]seconds[/code] point in time (in seconds). If [code]update[/code] is [code]true[/code], the animation updates too, otherwise it updates at process time.
	Args: [{ false seconds float} {False true update bool}], Returns: void

func (*AnimationPlayer) SetActive ¶ 

func (o *AnimationPlayer) SetActive(active gdnative.Bool)
        Undocumented
	Args: [{ false active bool}], Returns: void

func (*AnimationPlayer) SetAnimationProcessMode ¶ 

func (o *AnimationPlayer) SetAnimationProcessMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*AnimationPlayer) SetAssignedAnimation ¶ 

func (o *AnimationPlayer) SetAssignedAnimation(anim gdnative.String)
        Undocumented
	Args: [{ false anim String}], Returns: void

func (*AnimationPlayer) SetAutoplay ¶ 

func (o *AnimationPlayer) SetAutoplay(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*AnimationPlayer) SetBlendTime ¶ 

func (o *AnimationPlayer) SetBlendTime(animFrom gdnative.String, animTo gdnative.String, sec gdnative.Real)
        Specify a blend time (in seconds) between two animations, referenced by their names.
	Args: [{ false anim_from String} { false anim_to String} { false sec float}], Returns: void

func (*AnimationPlayer) SetCurrentAnimation ¶ 

func (o *AnimationPlayer) SetCurrentAnimation(anim gdnative.String)
        Undocumented
	Args: [{ false anim String}], Returns: void

func (*AnimationPlayer) SetDefaultBlendTime ¶ 

func (o *AnimationPlayer) SetDefaultBlendTime(sec gdnative.Real)
        Undocumented
	Args: [{ false sec float}], Returns: void

func (*AnimationPlayer) SetRoot ¶ 

func (o *AnimationPlayer) SetRoot(path gdnative.NodePath)
        Undocumented
	Args: [{ false path NodePath}], Returns: void

func (*AnimationPlayer) SetSpeedScale ¶ 

func (o *AnimationPlayer) SetSpeedScale(speed gdnative.Real)
        Undocumented
	Args: [{ false speed float}], Returns: void

func (*AnimationPlayer) Stop ¶ 

func (o *AnimationPlayer) Stop(reset gdnative.Bool)
        Stop the currently playing animation. If [code]reset[/code] is [code]true[/code], the anim position is reset to [code]0[/code].
	Args: [{True true reset bool}], Returns: void

func (*AnimationPlayer) X_AnimationChanged ¶ 

func (o *AnimationPlayer) X_AnimationChanged()
        Undocumented
	Args: [], Returns: void

func (*AnimationPlayer) X_NodeRemoved ¶ 

func (o *AnimationPlayer) X_NodeRemoved(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

type AnimationPlayerAnimationProcessMode ¶ 

type AnimationPlayerAnimationProcessMode int

AnimationPlayerAnimationProcessMode is an enum for AnimationProcessMode values. 

const (
	AnimationPlayerAnimationProcessIdle    AnimationPlayerAnimationProcessMode = 1
	AnimationPlayerAnimationProcessPhysics AnimationPlayerAnimationProcessMode = 0
)

type AnimationPlayerImplementer ¶ 

type AnimationPlayerImplementer interface {
	NodeImplementer
	X_AnimationChanged()
	X_NodeRemoved(arg0 ObjectImplementer)
	Advance(delta gdnative.Real)
	AnimationGetNext(animFrom gdnative.String) gdnative.String
	AnimationSetNext(animFrom gdnative.String, animTo gdnative.String)
	ClearCaches()
	ClearQueue()
	FindAnimation(animation AnimationImplementer) gdnative.String
	GetAnimation(name gdnative.String) AnimationImplementer
	GetAnimationList() gdnative.PoolStringArray
	GetAssignedAnimation() gdnative.String
	GetAutoplay() gdnative.String
	GetBlendTime(animFrom gdnative.String, animTo gdnative.String) gdnative.Real
	GetCurrentAnimation() gdnative.String
	GetCurrentAnimationLength() gdnative.Real
	GetCurrentAnimationPosition() gdnative.Real
	GetDefaultBlendTime() gdnative.Real
	GetRoot() gdnative.NodePath
	GetSpeedScale() gdnative.Real
	HasAnimation(name gdnative.String) gdnative.Bool
	IsActive() gdnative.Bool
	IsPlaying() gdnative.Bool
	Play(name gdnative.String, customBlend gdnative.Real, customSpeed gdnative.Real, fromEnd gdnative.Bool)
	PlayBackwards(name gdnative.String, customBlend gdnative.Real)
	Queue(name gdnative.String)
	RemoveAnimation(name gdnative.String)
	RenameAnimation(name gdnative.String, newname gdnative.String)
	Seek(seconds gdnative.Real, update gdnative.Bool)
	SetActive(active gdnative.Bool)
	SetAnimationProcessMode(mode gdnative.Int)
	SetAssignedAnimation(anim gdnative.String)
	SetAutoplay(name gdnative.String)
	SetBlendTime(animFrom gdnative.String, animTo gdnative.String, sec gdnative.Real)
	SetCurrentAnimation(anim gdnative.String)
	SetDefaultBlendTime(sec gdnative.Real)
	SetRoot(path gdnative.NodePath)
	SetSpeedScale(speed gdnative.Real)
	Stop(reset gdnative.Bool)
}

AnimationPlayerImplementer is an interface that implements the methods of the AnimationPlayer class.

type AnimationTrackType ¶ 

type AnimationTrackType int

AnimationTrackType is an enum for TrackType values. 

const (
	AnimationTypeMethod    AnimationTrackType = 2
	AnimationTypeTransform AnimationTrackType = 1
	AnimationTypeValue     AnimationTrackType = 0
)

type AnimationTreePlayer ¶ 

type AnimationTreePlayer struct {
	Node
	// contains filtered or unexported fields
}

A node graph tool for blending multiple animations bound to an AnimationPlayer. Especially useful for animating characters or other skeleton-based rigs. It can combine several animations to form a desired pose. It takes [Animation]s from an AnimationPlayer node and mixes them depending on the graph.

func (*AnimationTreePlayer) AddNode ¶ 

func (o *AnimationTreePlayer) AddNode(aType gdnative.Int, id gdnative.String)
        Adds a [code]type[/code] node to the graph with name [code]id[/code].
	Args: [{ false type int} { false id String}], Returns: void

func (*AnimationTreePlayer) Advance ¶ 

func (o *AnimationTreePlayer) Advance(delta gdnative.Real)
        Shifts position in the animation timeline. Delta is the time in seconds to shift.
	Args: [{ false delta float}], Returns: void

func (*AnimationTreePlayer) AnimationNodeGetAnimation ¶ 

func (o *AnimationTreePlayer) AnimationNodeGetAnimation(id gdnative.String) AnimationImplementer
        Returns the [AnimationPlayer]'s [Animation] bound to the [code]AnimationTreePlayer[/code]'s animation node with name [code]id[/code].
	Args: [{ false id String}], Returns: Animation

func (*AnimationTreePlayer) AnimationNodeGetMasterAnimation ¶ 

func (o *AnimationTreePlayer) AnimationNodeGetMasterAnimation(id gdnative.String) gdnative.String
        Returns the name of the [member master_player]'s [Animation] bound to this animation node.
	Args: [{ false id String}], Returns: String

func (*AnimationTreePlayer) AnimationNodeSetAnimation ¶ 

func (o *AnimationTreePlayer) AnimationNodeSetAnimation(id gdnative.String, animation AnimationImplementer)
        Binds a new [Animation] from the [member master_player] to the [code]AnimationTreePlayer[/code]'s animation node with name [code]id[/code].
	Args: [{ false id String} { false animation Animation}], Returns: void

func (*AnimationTreePlayer) AnimationNodeSetFilterPath ¶ 

func (o *AnimationTreePlayer) AnimationNodeSetFilterPath(id gdnative.String, path gdnative.NodePath, enable gdnative.Bool)
        If [code]enable[/code] is [code]true[/code], the animation node with ID [code]id[/code] turns off the track modifying the property at [code]path[/code]. The modified node's children continue to animate.
	Args: [{ false id String} { false path NodePath} { false enable bool}], Returns: void

func (*AnimationTreePlayer) AnimationNodeSetMasterAnimation ¶ 

func (o *AnimationTreePlayer) AnimationNodeSetMasterAnimation(id gdnative.String, source gdnative.String)
        Binds the [Animation] named [code]source[/code] from [member master_player] to the animation node [code]id[/code]. Recalculates caches.
	Args: [{ false id String} { false source String}], Returns: void

func (*AnimationTreePlayer) AreNodesConnected ¶ 

func (o *AnimationTreePlayer) AreNodesConnected(id gdnative.String, dstId gdnative.String, dstInputIdx gdnative.Int) gdnative.Bool
        Returns whether node [code]id[/code] and [code]dst_id[/code] are connected at the specified slot.
	Args: [{ false id String} { false dst_id String} { false dst_input_idx int}], Returns: bool

func (*AnimationTreePlayer) BaseClass ¶ 

func (o *AnimationTreePlayer) BaseClass() string

func (*AnimationTreePlayer) Blend2NodeGetAmount ¶ 

func (o *AnimationTreePlayer) Blend2NodeGetAmount(id gdnative.String) gdnative.Real
        Returns the blend amount of a Blend2 node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) Blend2NodeSetAmount ¶ 

func (o *AnimationTreePlayer) Blend2NodeSetAmount(id gdnative.String, blend gdnative.Real)
        Sets the blend amount of a Blend2 node given its name and value. A Blend2 Node blends two animations with the amount between 0 and 1. At 0, Output is input a. Towards 1, the influence of a gets lessened, the influence of b gets raised. At 1, Output is input b.
	Args: [{ false id String} { false blend float}], Returns: void

func (*AnimationTreePlayer) Blend2NodeSetFilterPath ¶ 

func (o *AnimationTreePlayer) Blend2NodeSetFilterPath(id gdnative.String, path gdnative.NodePath, enable gdnative.Bool)
        If [code]enable[/code] is [code]true[/code], the blend2 node with ID [code]id[/code] turns off the track modifying the property at [code]path[/code]. The modified node's children continue to animate.
	Args: [{ false id String} { false path NodePath} { false enable bool}], Returns: void

func (*AnimationTreePlayer) Blend3NodeGetAmount ¶ 

func (o *AnimationTreePlayer) Blend3NodeGetAmount(id gdnative.String) gdnative.Real
        Returns the blend amount of a Blend3 node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) Blend3NodeSetAmount ¶ 

func (o *AnimationTreePlayer) Blend3NodeSetAmount(id gdnative.String, blend gdnative.Real)
        Sets the blend amount of a Blend3 node given its name and value. A Blend3 Node blends three animations with the amount between -1 and 1. At -1, Output is input b-. From -1 to 0, the influence of b- gets lessened, the influence of a gets raised and the influence of b+ is 0. At 0, Output is input a. From 0 to 1, the influence of a gets lessened, the influence of b+ gets raised and the influence of b+ is 0. At 1, Output is input b+.
	Args: [{ false id String} { false blend float}], Returns: void

func (*AnimationTreePlayer) Blend4NodeGetAmount ¶ 

func (o *AnimationTreePlayer) Blend4NodeGetAmount(id gdnative.String) gdnative.Vector2
        Returns the blend amount of a Blend4 node given its name.
	Args: [{ false id String}], Returns: Vector2

func (*AnimationTreePlayer) Blend4NodeSetAmount ¶ 

func (o *AnimationTreePlayer) Blend4NodeSetAmount(id gdnative.String, blend gdnative.Vector2)
        Sets the blend amount of a Blend4 node given its name and value. A Blend4 Node blends two pairs of animations. The two pairs are blended like blend2 and then added together.
	Args: [{ false id String} { false blend Vector2}], Returns: void

func (*AnimationTreePlayer) ConnectNodes ¶ 

func (o *AnimationTreePlayer) ConnectNodes(id gdnative.String, dstId gdnative.String, dstInputIdx gdnative.Int) gdnative.Error
        Connects node [code]id[/code] to [code]dst_id[/code] at the specified input slot.
	Args: [{ false id String} { false dst_id String} { false dst_input_idx int}], Returns: enum.Error

func (*AnimationTreePlayer) DisconnectNodes ¶ 

func (o *AnimationTreePlayer) DisconnectNodes(id gdnative.String, dstInputIdx gdnative.Int)
        Disconnects nodes connected to [code]id[/code] at the specified input slot.
	Args: [{ false id String} { false dst_input_idx int}], Returns: void

func (*AnimationTreePlayer) GetAnimationProcessMode ¶ 

func (o *AnimationTreePlayer) GetAnimationProcessMode() AnimationTreePlayerAnimationProcessMode
        Undocumented
	Args: [], Returns: enum.AnimationTreePlayer::AnimationProcessMode

func (*AnimationTreePlayer) GetBasePath ¶ 

func (o *AnimationTreePlayer) GetBasePath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*AnimationTreePlayer) GetMasterPlayer ¶ 

func (o *AnimationTreePlayer) GetMasterPlayer() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*AnimationTreePlayer) GetNodeList ¶ 

func (o *AnimationTreePlayer) GetNodeList() gdnative.PoolStringArray
        Returns a [PoolStringArray] containing the name of all nodes.
	Args: [], Returns: PoolStringArray

func (*AnimationTreePlayer) IsActive ¶ 

func (o *AnimationTreePlayer) IsActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AnimationTreePlayer) MixNodeGetAmount ¶ 

func (o *AnimationTreePlayer) MixNodeGetAmount(id gdnative.String) gdnative.Real
        Returns mix amount of a Mix node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) MixNodeSetAmount ¶ 

func (o *AnimationTreePlayer) MixNodeSetAmount(id gdnative.String, ratio gdnative.Real)
        Sets mix amount of a Mix node given its name and value. A Mix node adds input b to input a by a the amount given by ratio.
	Args: [{ false id String} { false ratio float}], Returns: void

func (*AnimationTreePlayer) NodeExists ¶ 

func (o *AnimationTreePlayer) NodeExists(node gdnative.String) gdnative.Bool
        Check if a node exists (by name).
	Args: [{ false node String}], Returns: bool

func (*AnimationTreePlayer) NodeGetInputCount ¶ 

func (o *AnimationTreePlayer) NodeGetInputCount(id gdnative.String) gdnative.Int
        Return the input count for a given node. Different types of nodes have different amount of inputs.
	Args: [{ false id String}], Returns: int

func (*AnimationTreePlayer) NodeGetInputSource ¶ 

func (o *AnimationTreePlayer) NodeGetInputSource(id gdnative.String, idx gdnative.Int) gdnative.String
        Return the input source for a given node input.
	Args: [{ false id String} { false idx int}], Returns: String

func (*AnimationTreePlayer) NodeGetPosition ¶ 

func (o *AnimationTreePlayer) NodeGetPosition(id gdnative.String) gdnative.Vector2
        Returns position of a node in the graph given its name.
	Args: [{ false id String}], Returns: Vector2

func (*AnimationTreePlayer) NodeGetType ¶ 

func (o *AnimationTreePlayer) NodeGetType(id gdnative.String) AnimationTreePlayerNodeType
        Get the node type, will return from NODE_* enum.
	Args: [{ false id String}], Returns: enum.AnimationTreePlayer::NodeType

func (*AnimationTreePlayer) NodeRename ¶ 

func (o *AnimationTreePlayer) NodeRename(node gdnative.String, newName gdnative.String) gdnative.Error
        Rename a node in the graph.
	Args: [{ false node String} { false new_name String}], Returns: enum.Error

func (*AnimationTreePlayer) NodeSetPosition ¶ 

func (o *AnimationTreePlayer) NodeSetPosition(id gdnative.String, screenPosition gdnative.Vector2)
        Sets position of a node in the graph given its name and position.
	Args: [{ false id String} { false screen_position Vector2}], Returns: void

func (*AnimationTreePlayer) OneshotNodeGetAutorestartDelay ¶ 

func (o *AnimationTreePlayer) OneshotNodeGetAutorestartDelay(id gdnative.String) gdnative.Real
        Returns autostart delay of a OneShot node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) OneshotNodeGetAutorestartRandomDelay ¶ 

func (o *AnimationTreePlayer) OneshotNodeGetAutorestartRandomDelay(id gdnative.String) gdnative.Real
        Returns autostart random delay of a OneShot node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) OneshotNodeGetFadeinTime ¶ 

func (o *AnimationTreePlayer) OneshotNodeGetFadeinTime(id gdnative.String) gdnative.Real
        Returns fade in time of a OneShot node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) OneshotNodeGetFadeoutTime ¶ 

func (o *AnimationTreePlayer) OneshotNodeGetFadeoutTime(id gdnative.String) gdnative.Real
        Returns fade out time of a OneShot node given its name.
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) OneshotNodeHasAutorestart ¶ 

func (o *AnimationTreePlayer) OneshotNodeHasAutorestart(id gdnative.String) gdnative.Bool
        Returns whether a OneShot node will auto restart given its name.
	Args: [{ false id String}], Returns: bool

func (*AnimationTreePlayer) OneshotNodeIsActive ¶ 

func (o *AnimationTreePlayer) OneshotNodeIsActive(id gdnative.String) gdnative.Bool
        Returns whether a OneShot node is active given its name.
	Args: [{ false id String}], Returns: bool

func (*AnimationTreePlayer) OneshotNodeSetAutorestart ¶ 

func (o *AnimationTreePlayer) OneshotNodeSetAutorestart(id gdnative.String, enable gdnative.Bool)
        Sets autorestart property of a OneShot node given its name and value.
	Args: [{ false id String} { false enable bool}], Returns: void

func (*AnimationTreePlayer) OneshotNodeSetAutorestartDelay ¶ 

func (o *AnimationTreePlayer) OneshotNodeSetAutorestartDelay(id gdnative.String, delaySec gdnative.Real)
        Sets autorestart delay of a OneShot node given its name and value in seconds.
	Args: [{ false id String} { false delay_sec float}], Returns: void

func (*AnimationTreePlayer) OneshotNodeSetAutorestartRandomDelay ¶ 

func (o *AnimationTreePlayer) OneshotNodeSetAutorestartRandomDelay(id gdnative.String, randSec gdnative.Real)
        Sets autorestart random delay of a OneShot node given its name and value in seconds.
	Args: [{ false id String} { false rand_sec float}], Returns: void

func (*AnimationTreePlayer) OneshotNodeSetFadeinTime ¶ 

func (o *AnimationTreePlayer) OneshotNodeSetFadeinTime(id gdnative.String, timeSec gdnative.Real)
        Sets fade in time of a OneShot node given its name and value in seconds.
	Args: [{ false id String} { false time_sec float}], Returns: void

func (*AnimationTreePlayer) OneshotNodeSetFadeoutTime ¶ 

func (o *AnimationTreePlayer) OneshotNodeSetFadeoutTime(id gdnative.String, timeSec gdnative.Real)
        Sets fade out time of a OneShot node given its name and value in seconds.
	Args: [{ false id String} { false time_sec float}], Returns: void

func (*AnimationTreePlayer) OneshotNodeSetFilterPath ¶ 

func (o *AnimationTreePlayer) OneshotNodeSetFilterPath(id gdnative.String, path gdnative.NodePath, enable gdnative.Bool)
        If [code]enable[/code] is [code]true[/code], the oneshot node with ID [code]id[/code] turns off the track modifying the property at [code]path[/code]. The modified node's children continue to animate.
	Args: [{ false id String} { false path NodePath} { false enable bool}], Returns: void

func (*AnimationTreePlayer) OneshotNodeStart ¶ 

func (o *AnimationTreePlayer) OneshotNodeStart(id gdnative.String)
        Starts a OneShot node given its name.
	Args: [{ false id String}], Returns: void

func (*AnimationTreePlayer) OneshotNodeStop ¶ 

func (o *AnimationTreePlayer) OneshotNodeStop(id gdnative.String)
        Stops the OneShot node with name [code]id[/code].
	Args: [{ false id String}], Returns: void

func (*AnimationTreePlayer) RecomputeCaches ¶ 

func (o *AnimationTreePlayer) RecomputeCaches()
        Manually recalculates the cache of track information generated from animation nodes. Needed when external sources modify the animation nodes' state.
	Args: [], Returns: void

func (*AnimationTreePlayer) RemoveNode ¶ 

func (o *AnimationTreePlayer) RemoveNode(id gdnative.String)
        Removes the animation node with name [code]id[/code].
	Args: [{ false id String}], Returns: void

func (*AnimationTreePlayer) Reset ¶ 

func (o *AnimationTreePlayer) Reset()
        Resets this [code]AnimationTreePlayer[/code].
	Args: [], Returns: void

func (*AnimationTreePlayer) SetActive ¶ 

func (o *AnimationTreePlayer) SetActive(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*AnimationTreePlayer) SetAnimationProcessMode ¶ 

func (o *AnimationTreePlayer) SetAnimationProcessMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*AnimationTreePlayer) SetBasePath ¶ 

func (o *AnimationTreePlayer) SetBasePath(path gdnative.NodePath)
        Undocumented
	Args: [{ false path NodePath}], Returns: void

func (*AnimationTreePlayer) SetMasterPlayer ¶ 

func (o *AnimationTreePlayer) SetMasterPlayer(nodepath gdnative.NodePath)
        Undocumented
	Args: [{ false nodepath NodePath}], Returns: void

func (*AnimationTreePlayer) TimescaleNodeGetScale ¶ 

func (o *AnimationTreePlayer) TimescaleNodeGetScale(id gdnative.String) gdnative.Real
        Returns time scale value of the TimeScale node with name [code]id[/code].
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) TimescaleNodeSetScale ¶ 

func (o *AnimationTreePlayer) TimescaleNodeSetScale(id gdnative.String, scale gdnative.Real)
        Sets the time scale of the TimeScale node with name [code]id[/code] to [code]scale[/code]. The timescale node is used to speed [Animation]s up if the scale is above 1 or slow them down if it is below 1. If applied after a blend or mix, affects all input animations to that blend or mix.
	Args: [{ false id String} { false scale float}], Returns: void

func (*AnimationTreePlayer) TimeseekNodeSeek ¶ 

func (o *AnimationTreePlayer) TimeseekNodeSeek(id gdnative.String, seconds gdnative.Real)
        Sets the time seek value of the TimeSeek node with name [code]id[/code] to [code]seconds[/code] This functions as a seek in the [Animation] or the blend or mix of [Animation]s input in it.
	Args: [{ false id String} { false seconds float}], Returns: void

func (*AnimationTreePlayer) TransitionNodeDeleteInput ¶ 

func (o *AnimationTreePlayer) TransitionNodeDeleteInput(id gdnative.String, inputIdx gdnative.Int)
        Deletes the input at [code]input_idx[/code] for the transition node with name [code]id[/code].
	Args: [{ false id String} { false input_idx int}], Returns: void

func (*AnimationTreePlayer) TransitionNodeGetCurrent ¶ 

func (o *AnimationTreePlayer) TransitionNodeGetCurrent(id gdnative.String) gdnative.Int
        Returns the index of the currently evaluated input for the transition node with name [code]id[/code].
	Args: [{ false id String}], Returns: int

func (*AnimationTreePlayer) TransitionNodeGetInputCount ¶ 

func (o *AnimationTreePlayer) TransitionNodeGetInputCount(id gdnative.String) gdnative.Int
        Returns the number of inputs for the transition node with name [code]id[/code]. You can add inputs by rightclicking on the transition node.
	Args: [{ false id String}], Returns: int

func (*AnimationTreePlayer) TransitionNodeGetXfadeTime ¶ 

func (o *AnimationTreePlayer) TransitionNodeGetXfadeTime(id gdnative.String) gdnative.Real
        Returns the cross fade time for the transition node with name [code]id[/code].
	Args: [{ false id String}], Returns: float

func (*AnimationTreePlayer) TransitionNodeHasInputAutoAdvance ¶ 

func (o *AnimationTreePlayer) TransitionNodeHasInputAutoAdvance(id gdnative.String, inputIdx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the input at [code]input_idx[/code] on transition node with name [code]id[/code] is set to automatically advance to the next input upon completion.
	Args: [{ false id String} { false input_idx int}], Returns: bool

func (*AnimationTreePlayer) TransitionNodeSetCurrent ¶ 

func (o *AnimationTreePlayer) TransitionNodeSetCurrent(id gdnative.String, inputIdx gdnative.Int)
        The transition node with name [code]id[/code] sets its current input at [code]input_idx[/code].
	Args: [{ false id String} { false input_idx int}], Returns: void

func (*AnimationTreePlayer) TransitionNodeSetInputAutoAdvance ¶ 

func (o *AnimationTreePlayer) TransitionNodeSetInputAutoAdvance(id gdnative.String, inputIdx gdnative.Int, enable gdnative.Bool)
        The transition node with name [code]id[/code] advances to its next input automatically when the input at [code]input_idx[/code] completes.
	Args: [{ false id String} { false input_idx int} { false enable bool}], Returns: void

func (*AnimationTreePlayer) TransitionNodeSetInputCount ¶ 

func (o *AnimationTreePlayer) TransitionNodeSetInputCount(id gdnative.String, count gdnative.Int)
        Resizes the number of inputs available for the transition node with name [code]id[/code].
	Args: [{ false id String} { false count int}], Returns: void

func (*AnimationTreePlayer) TransitionNodeSetXfadeTime ¶ 

func (o *AnimationTreePlayer) TransitionNodeSetXfadeTime(id gdnative.String, timeSec gdnative.Real)
        The transition node with name [code]id[/code] sets its cross fade time to [code]time_sec[/code].
	Args: [{ false id String} { false time_sec float}], Returns: void

type AnimationTreePlayerAnimationProcessMode ¶ 

type AnimationTreePlayerAnimationProcessMode int

AnimationTreePlayerAnimationProcessMode is an enum for AnimationProcessMode values. 

const (
	AnimationTreePlayerAnimationProcessIdle    AnimationTreePlayerAnimationProcessMode = 1
	AnimationTreePlayerAnimationProcessPhysics AnimationTreePlayerAnimationProcessMode = 0
)

type AnimationTreePlayerImplementer ¶ 

type AnimationTreePlayerImplementer interface {
	NodeImplementer
	AddNode(aType gdnative.Int, id gdnative.String)
	Advance(delta gdnative.Real)
	AnimationNodeGetAnimation(id gdnative.String) AnimationImplementer
	AnimationNodeGetMasterAnimation(id gdnative.String) gdnative.String
	AnimationNodeSetAnimation(id gdnative.String, animation AnimationImplementer)
	AnimationNodeSetFilterPath(id gdnative.String, path gdnative.NodePath, enable gdnative.Bool)
	AnimationNodeSetMasterAnimation(id gdnative.String, source gdnative.String)
	AreNodesConnected(id gdnative.String, dstId gdnative.String, dstInputIdx gdnative.Int) gdnative.Bool
	Blend2NodeGetAmount(id gdnative.String) gdnative.Real
	Blend2NodeSetAmount(id gdnative.String, blend gdnative.Real)
	Blend2NodeSetFilterPath(id gdnative.String, path gdnative.NodePath, enable gdnative.Bool)
	Blend3NodeGetAmount(id gdnative.String) gdnative.Real
	Blend3NodeSetAmount(id gdnative.String, blend gdnative.Real)
	Blend4NodeGetAmount(id gdnative.String) gdnative.Vector2
	Blend4NodeSetAmount(id gdnative.String, blend gdnative.Vector2)
	DisconnectNodes(id gdnative.String, dstInputIdx gdnative.Int)
	GetBasePath() gdnative.NodePath
	GetMasterPlayer() gdnative.NodePath
	GetNodeList() gdnative.PoolStringArray
	IsActive() gdnative.Bool
	MixNodeGetAmount(id gdnative.String) gdnative.Real
	MixNodeSetAmount(id gdnative.String, ratio gdnative.Real)
	NodeExists(node gdnative.String) gdnative.Bool
	NodeGetInputCount(id gdnative.String) gdnative.Int
	NodeGetInputSource(id gdnative.String, idx gdnative.Int) gdnative.String
	NodeGetPosition(id gdnative.String) gdnative.Vector2
	NodeSetPosition(id gdnative.String, screenPosition gdnative.Vector2)
	OneshotNodeGetAutorestartDelay(id gdnative.String) gdnative.Real
	OneshotNodeGetAutorestartRandomDelay(id gdnative.String) gdnative.Real
	OneshotNodeGetFadeinTime(id gdnative.String) gdnative.Real
	OneshotNodeGetFadeoutTime(id gdnative.String) gdnative.Real
	OneshotNodeHasAutorestart(id gdnative.String) gdnative.Bool
	OneshotNodeIsActive(id gdnative.String) gdnative.Bool
	OneshotNodeSetAutorestart(id gdnative.String, enable gdnative.Bool)
	OneshotNodeSetAutorestartDelay(id gdnative.String, delaySec gdnative.Real)
	OneshotNodeSetAutorestartRandomDelay(id gdnative.String, randSec gdnative.Real)
	OneshotNodeSetFadeinTime(id gdnative.String, timeSec gdnative.Real)
	OneshotNodeSetFadeoutTime(id gdnative.String, timeSec gdnative.Real)
	OneshotNodeSetFilterPath(id gdnative.String, path gdnative.NodePath, enable gdnative.Bool)
	OneshotNodeStart(id gdnative.String)
	OneshotNodeStop(id gdnative.String)
	RecomputeCaches()
	RemoveNode(id gdnative.String)
	Reset()
	SetActive(enabled gdnative.Bool)
	SetAnimationProcessMode(mode gdnative.Int)
	SetBasePath(path gdnative.NodePath)
	SetMasterPlayer(nodepath gdnative.NodePath)
	TimescaleNodeGetScale(id gdnative.String) gdnative.Real
	TimescaleNodeSetScale(id gdnative.String, scale gdnative.Real)
	TimeseekNodeSeek(id gdnative.String, seconds gdnative.Real)
	TransitionNodeDeleteInput(id gdnative.String, inputIdx gdnative.Int)
	TransitionNodeGetCurrent(id gdnative.String) gdnative.Int
	TransitionNodeGetInputCount(id gdnative.String) gdnative.Int
	TransitionNodeGetXfadeTime(id gdnative.String) gdnative.Real
	TransitionNodeHasInputAutoAdvance(id gdnative.String, inputIdx gdnative.Int) gdnative.Bool
	TransitionNodeSetCurrent(id gdnative.String, inputIdx gdnative.Int)
	TransitionNodeSetInputAutoAdvance(id gdnative.String, inputIdx gdnative.Int, enable gdnative.Bool)
	TransitionNodeSetInputCount(id gdnative.String, count gdnative.Int)
	TransitionNodeSetXfadeTime(id gdnative.String, timeSec gdnative.Real)
}

AnimationTreePlayerImplementer is an interface that implements the methods of the AnimationTreePlayer class.

type AnimationTreePlayerNodeType ¶ 

type AnimationTreePlayerNodeType int

AnimationTreePlayerNodeType is an enum for NodeType values. 

const (
	AnimationTreePlayerNodeAnimation  AnimationTreePlayerNodeType = 1
	AnimationTreePlayerNodeBlend2     AnimationTreePlayerNodeType = 4
	AnimationTreePlayerNodeBlend3     AnimationTreePlayerNodeType = 5
	AnimationTreePlayerNodeBlend4     AnimationTreePlayerNodeType = 6
	AnimationTreePlayerNodeMix        AnimationTreePlayerNodeType = 3
	AnimationTreePlayerNodeOneshot    AnimationTreePlayerNodeType = 2
	AnimationTreePlayerNodeOutput     AnimationTreePlayerNodeType = 0
	AnimationTreePlayerNodeTimescale  AnimationTreePlayerNodeType = 7
	AnimationTreePlayerNodeTimeseek   AnimationTreePlayerNodeType = 8
	AnimationTreePlayerNodeTransition AnimationTreePlayerNodeType = 9
)

type AnimationUpdateMode ¶ 

type AnimationUpdateMode int

AnimationUpdateMode is an enum for UpdateMode values. 

const (
	AnimationUpdateContinuous AnimationUpdateMode = 0
	AnimationUpdateDiscrete   AnimationUpdateMode = 1
	AnimationUpdateTrigger    AnimationUpdateMode = 2
)

type Area ¶ 

type Area struct {
	CollisionObject
	// contains filtered or unexported fields
}

3D area that detects CollisionObject nodes overlapping, entering, or exiting. Can also alter or override local physics parameters (gravity, damping).

func (*Area) BaseClass ¶ 

func (o *Area) BaseClass() string

func (*Area) GetAngularDamp ¶ 

func (o *Area) GetAngularDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetAudioBus ¶ 

func (o *Area) GetAudioBus() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Area) GetCollisionLayer ¶ 

func (o *Area) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Area) GetCollisionLayerBit ¶ 

func (o *Area) GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
        Returns an individual bit on the layer mask.
	Args: [{ false bit int}], Returns: bool

func (*Area) GetCollisionMask ¶ 

func (o *Area) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Area) GetCollisionMaskBit ¶ 

func (o *Area) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
        Returns an individual bit on the collision mask.
	Args: [{ false bit int}], Returns: bool

func (*Area) GetGravity ¶ 

func (o *Area) GetGravity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetGravityDistanceScale ¶ 

func (o *Area) GetGravityDistanceScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetGravityVector ¶ 

func (o *Area) GetGravityVector() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*Area) GetLinearDamp ¶ 

func (o *Area) GetLinearDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetOverlappingAreas ¶ 

func (o *Area) GetOverlappingAreas() gdnative.Array
        Returns a list of intersecting [code]Area[/code]s. For performance reasons (collisions are all processed at the same time) this list is modified once during the physics step, not immediately after objects are moved. Consider using signals instead.
	Args: [], Returns: Array

func (*Area) GetOverlappingBodies ¶ 

func (o *Area) GetOverlappingBodies() gdnative.Array
        Returns a list of intersecting [PhysicsBody]s. For performance reasons (collisions are all processed at the same time) this list is modified once during the physics step, not immediately after objects are moved. Consider using signals instead.
	Args: [], Returns: Array

func (*Area) GetPriority ¶ 

func (o *Area) GetPriority() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetReverbAmount ¶ 

func (o *Area) GetReverbAmount() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetReverbBus ¶ 

func (o *Area) GetReverbBus() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Area) GetReverbUniformity ¶ 

func (o *Area) GetReverbUniformity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area) GetSpaceOverrideMode ¶ 

func (o *Area) GetSpaceOverrideMode() AreaSpaceOverride
        Undocumented
	Args: [], Returns: enum.Area::SpaceOverride

func (*Area) IsGravityAPoint ¶ 

func (o *Area) IsGravityAPoint() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area) IsMonitorable ¶ 

func (o *Area) IsMonitorable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area) IsMonitoring ¶ 

func (o *Area) IsMonitoring() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area) IsOverridingAudioBus ¶ 

func (o *Area) IsOverridingAudioBus() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area) IsUsingReverbBus ¶ 

func (o *Area) IsUsingReverbBus() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area) OverlapsArea ¶ 

func (o *Area) OverlapsArea(area ObjectImplementer) gdnative.Bool
        If [code]true[/code] the given area overlaps the Area. Note that the result of this test is not immediate after moving objects. For performance, list of overlaps is updated once per frame and before the physics step. Consider using signals instead.
	Args: [{ false area Object}], Returns: bool

func (*Area) OverlapsBody ¶ 

func (o *Area) OverlapsBody(body ObjectImplementer) gdnative.Bool
        If [code]true[/code] the given body overlaps the Area. Note that the result of this test is not immediate after moving objects. For performance, list of overlaps is updated once per frame and before the physics step. Consider using signals instead.
	Args: [{ false body Object}], Returns: bool

func (*Area) SetAngularDamp ¶ 

func (o *Area) SetAngularDamp(angularDamp gdnative.Real)
        Undocumented
	Args: [{ false angular_damp float}], Returns: void

func (*Area) SetAudioBus ¶ 

func (o *Area) SetAudioBus(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*Area) SetAudioBusOverride ¶ 

func (o *Area) SetAudioBusOverride(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area) SetCollisionLayer ¶ 

func (o *Area) SetCollisionLayer(collisionLayer gdnative.Int)
        Undocumented
	Args: [{ false collision_layer int}], Returns: void

func (*Area) SetCollisionLayerBit ¶ 

func (o *Area) SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the layer mask. This simplifies editing this [code]Area[code]'s layers.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*Area) SetCollisionMask ¶ 

func (o *Area) SetCollisionMask(collisionMask gdnative.Int)
        Undocumented
	Args: [{ false collision_mask int}], Returns: void

func (*Area) SetCollisionMaskBit ¶ 

func (o *Area) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the collision mask. This simplifies editing which [code]Area[/code] layers this [code]Area[/code] scans.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*Area) SetGravity ¶ 

func (o *Area) SetGravity(gravity gdnative.Real)
        Undocumented
	Args: [{ false gravity float}], Returns: void

func (*Area) SetGravityDistanceScale ¶ 

func (o *Area) SetGravityDistanceScale(distanceScale gdnative.Real)
        Undocumented
	Args: [{ false distance_scale float}], Returns: void

func (*Area) SetGravityIsPoint ¶ 

func (o *Area) SetGravityIsPoint(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area) SetGravityVector ¶ 

func (o *Area) SetGravityVector(vector gdnative.Vector3)
        Undocumented
	Args: [{ false vector Vector3}], Returns: void

func (*Area) SetLinearDamp ¶ 

func (o *Area) SetLinearDamp(linearDamp gdnative.Real)
        Undocumented
	Args: [{ false linear_damp float}], Returns: void

func (*Area) SetMonitorable ¶ 

func (o *Area) SetMonitorable(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area) SetMonitoring ¶ 

func (o *Area) SetMonitoring(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area) SetPriority ¶ 

func (o *Area) SetPriority(priority gdnative.Real)
        Undocumented
	Args: [{ false priority float}], Returns: void

func (*Area) SetReverbAmount ¶ 

func (o *Area) SetReverbAmount(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*Area) SetReverbBus ¶ 

func (o *Area) SetReverbBus(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*Area) SetReverbUniformity ¶ 

func (o *Area) SetReverbUniformity(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*Area) SetSpaceOverrideMode ¶ 

func (o *Area) SetSpaceOverrideMode(enable gdnative.Int)
        Undocumented
	Args: [{ false enable int}], Returns: void

func (*Area) SetUseReverbBus ¶ 

func (o *Area) SetUseReverbBus(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area) X_AreaEnterTree ¶ 

func (o *Area) X_AreaEnterTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area) X_AreaExitTree ¶ 

func (o *Area) X_AreaExitTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area) X_AreaInout ¶ 

func (o *Area) X_AreaInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int} { false arg1 RID} { false arg2 int} { false arg3 int} { false arg4 int}], Returns: void

func (*Area) X_BodyEnterTree ¶ 

func (o *Area) X_BodyEnterTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area) X_BodyExitTree ¶ 

func (o *Area) X_BodyExitTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area) X_BodyInout ¶ 

func (o *Area) X_BodyInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int} { false arg1 RID} { false arg2 int} { false arg3 int} { false arg4 int}], Returns: void

type Area2D ¶ 

type Area2D struct {
	CollisionObject2D
	// contains filtered or unexported fields
}

2D area that detects CollisionObject2D nodes overlapping, entering, or exiting. Can also alter or override local physics parameters (gravity, damping).

func (*Area2D) BaseClass ¶ 

func (o *Area2D) BaseClass() string

func (*Area2D) GetAngularDamp ¶ 

func (o *Area2D) GetAngularDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area2D) GetAudioBusName ¶ 

func (o *Area2D) GetAudioBusName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Area2D) GetCollisionLayer ¶ 

func (o *Area2D) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Area2D) GetCollisionLayerBit ¶ 

func (o *Area2D) GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
        Return an individual bit on the layer mask. Describes whether other areas will collide with this one on the given layer.
	Args: [{ false bit int}], Returns: bool

func (*Area2D) GetCollisionMask ¶ 

func (o *Area2D) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Area2D) GetCollisionMaskBit ¶ 

func (o *Area2D) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
        Return an individual bit on the collision mask. Describes whether this area will collide with others on the given layer.
	Args: [{ false bit int}], Returns: bool

func (*Area2D) GetGravity ¶ 

func (o *Area2D) GetGravity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area2D) GetGravityDistanceScale ¶ 

func (o *Area2D) GetGravityDistanceScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area2D) GetGravityVector ¶ 

func (o *Area2D) GetGravityVector() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Area2D) GetLinearDamp ¶ 

func (o *Area2D) GetLinearDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area2D) GetOverlappingAreas ¶ 

func (o *Area2D) GetOverlappingAreas() gdnative.Array
        Returns a list of intersecting [code]Area2D[/code]s. For performance reasons (collisions are all processed at the same time) this list is modified once during the physics step, not immediately after objects are moved. Consider using signals instead.
	Args: [], Returns: Array

func (*Area2D) GetOverlappingBodies ¶ 

func (o *Area2D) GetOverlappingBodies() gdnative.Array
        Returns a list of intersecting [PhysicsBody2D]s. For performance reasons (collisions are all processed at the same time) this list is modified once during the physics step, not immediately after objects are moved. Consider using signals instead.
	Args: [], Returns: Array

func (*Area2D) GetPriority ¶ 

func (o *Area2D) GetPriority() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Area2D) GetSpaceOverrideMode ¶ 

func (o *Area2D) GetSpaceOverrideMode() Area2DSpaceOverride
        Undocumented
	Args: [], Returns: enum.Area2D::SpaceOverride

func (*Area2D) IsGravityAPoint ¶ 

func (o *Area2D) IsGravityAPoint() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area2D) IsMonitorable ¶ 

func (o *Area2D) IsMonitorable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area2D) IsMonitoring ¶ 

func (o *Area2D) IsMonitoring() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area2D) IsOverridingAudioBus ¶ 

func (o *Area2D) IsOverridingAudioBus() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Area2D) OverlapsArea ¶ 

func (o *Area2D) OverlapsArea(area ObjectImplementer) gdnative.Bool
        If [code]true[/code] the given area overlaps the Area2D. Note that the result of this test is not immediate after moving objects. For performance, list of overlaps is updated once per frame and before the physics step. Consider using signals instead.
	Args: [{ false area Object}], Returns: bool

func (*Area2D) OverlapsBody ¶ 

func (o *Area2D) OverlapsBody(body ObjectImplementer) gdnative.Bool
        If [code]true[/code] the given body overlaps the Area2D. Note that the result of this test is not immediate after moving objects. For performance, list of overlaps is updated once per frame and before the physics step. Consider using signals instead.
	Args: [{ false body Object}], Returns: bool

func (*Area2D) SetAngularDamp ¶ 

func (o *Area2D) SetAngularDamp(angularDamp gdnative.Real)
        Undocumented
	Args: [{ false angular_damp float}], Returns: void

func (*Area2D) SetAudioBusName ¶ 

func (o *Area2D) SetAudioBusName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*Area2D) SetAudioBusOverride ¶ 

func (o *Area2D) SetAudioBusOverride(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area2D) SetCollisionLayer ¶ 

func (o *Area2D) SetCollisionLayer(collisionLayer gdnative.Int)
        Undocumented
	Args: [{ false collision_layer int}], Returns: void

func (*Area2D) SetCollisionLayerBit ¶ 

func (o *Area2D) SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the layer mask. This makes getting an area in/out of only one layer easier.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*Area2D) SetCollisionMask ¶ 

func (o *Area2D) SetCollisionMask(collisionMask gdnative.Int)
        Undocumented
	Args: [{ false collision_mask int}], Returns: void

func (*Area2D) SetCollisionMaskBit ¶ 

func (o *Area2D) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the collision mask. This makes selecting the areas scanned easier.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*Area2D) SetGravity ¶ 

func (o *Area2D) SetGravity(gravity gdnative.Real)
        Undocumented
	Args: [{ false gravity float}], Returns: void

func (*Area2D) SetGravityDistanceScale ¶ 

func (o *Area2D) SetGravityDistanceScale(distanceScale gdnative.Real)
        Undocumented
	Args: [{ false distance_scale float}], Returns: void

func (*Area2D) SetGravityIsPoint ¶ 

func (o *Area2D) SetGravityIsPoint(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area2D) SetGravityVector ¶ 

func (o *Area2D) SetGravityVector(vector gdnative.Vector2)
        Undocumented
	Args: [{ false vector Vector2}], Returns: void

func (*Area2D) SetLinearDamp ¶ 

func (o *Area2D) SetLinearDamp(linearDamp gdnative.Real)
        Undocumented
	Args: [{ false linear_damp float}], Returns: void

func (*Area2D) SetMonitorable ¶ 

func (o *Area2D) SetMonitorable(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area2D) SetMonitoring ¶ 

func (o *Area2D) SetMonitoring(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Area2D) SetPriority ¶ 

func (o *Area2D) SetPriority(priority gdnative.Real)
        Undocumented
	Args: [{ false priority float}], Returns: void

func (*Area2D) SetSpaceOverrideMode ¶ 

func (o *Area2D) SetSpaceOverrideMode(spaceOverrideMode gdnative.Int)
        Undocumented
	Args: [{ false space_override_mode int}], Returns: void

func (*Area2D) X_AreaEnterTree ¶ 

func (o *Area2D) X_AreaEnterTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area2D) X_AreaExitTree ¶ 

func (o *Area2D) X_AreaExitTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area2D) X_AreaInout ¶ 

func (o *Area2D) X_AreaInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int} { false arg1 RID} { false arg2 int} { false arg3 int} { false arg4 int}], Returns: void

func (*Area2D) X_BodyEnterTree ¶ 

func (o *Area2D) X_BodyEnterTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area2D) X_BodyExitTree ¶ 

func (o *Area2D) X_BodyExitTree(id gdnative.Int)
        Undocumented
	Args: [{ false id int}], Returns: void

func (*Area2D) X_BodyInout ¶ 

func (o *Area2D) X_BodyInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int} { false arg1 RID} { false arg2 int} { false arg3 int} { false arg4 int}], Returns: void

type Area2DImplementer ¶ 

type Area2DImplementer interface {
	CollisionObject2DImplementer
	X_AreaEnterTree(id gdnative.Int)
	X_AreaExitTree(id gdnative.Int)
	X_AreaInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
	X_BodyEnterTree(id gdnative.Int)
	X_BodyExitTree(id gdnative.Int)
	X_BodyInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
	GetAngularDamp() gdnative.Real
	GetAudioBusName() gdnative.String
	GetCollisionLayer() gdnative.Int
	GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	GetGravity() gdnative.Real
	GetGravityDistanceScale() gdnative.Real
	GetGravityVector() gdnative.Vector2
	GetLinearDamp() gdnative.Real
	GetOverlappingAreas() gdnative.Array
	GetOverlappingBodies() gdnative.Array
	GetPriority() gdnative.Real
	IsGravityAPoint() gdnative.Bool
	IsMonitorable() gdnative.Bool
	IsMonitoring() gdnative.Bool
	IsOverridingAudioBus() gdnative.Bool
	OverlapsArea(area ObjectImplementer) gdnative.Bool
	OverlapsBody(body ObjectImplementer) gdnative.Bool
	SetAngularDamp(angularDamp gdnative.Real)
	SetAudioBusName(name gdnative.String)
	SetAudioBusOverride(enable gdnative.Bool)
	SetCollisionLayer(collisionLayer gdnative.Int)
	SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionMask(collisionMask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
	SetGravity(gravity gdnative.Real)
	SetGravityDistanceScale(distanceScale gdnative.Real)
	SetGravityIsPoint(enable gdnative.Bool)
	SetGravityVector(vector gdnative.Vector2)
	SetLinearDamp(linearDamp gdnative.Real)
	SetMonitorable(enable gdnative.Bool)
	SetMonitoring(enable gdnative.Bool)
	SetPriority(priority gdnative.Real)
	SetSpaceOverrideMode(spaceOverrideMode gdnative.Int)
}

Area2DImplementer is an interface that implements the methods of the Area2D class.

type Area2DSpaceOverride ¶ 

type Area2DSpaceOverride int

Area2DSpaceOverride is an enum for SpaceOverride values. 

const (
	Area2DSpaceOverrideCombine        Area2DSpaceOverride = 1
	Area2DSpaceOverrideCombineReplace Area2DSpaceOverride = 2
	Area2DSpaceOverrideDisabled       Area2DSpaceOverride = 0
	Area2DSpaceOverrideReplace        Area2DSpaceOverride = 3
	Area2DSpaceOverrideReplaceCombine Area2DSpaceOverride = 4
)

type AreaImplementer ¶ 

type AreaImplementer interface {
	CollisionObjectImplementer
	X_AreaEnterTree(id gdnative.Int)
	X_AreaExitTree(id gdnative.Int)
	X_AreaInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
	X_BodyEnterTree(id gdnative.Int)
	X_BodyExitTree(id gdnative.Int)
	X_BodyInout(arg0 gdnative.Int, arg1 gdnative.Rid, arg2 gdnative.Int, arg3 gdnative.Int, arg4 gdnative.Int)
	GetAngularDamp() gdnative.Real
	GetAudioBus() gdnative.String
	GetCollisionLayer() gdnative.Int
	GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	GetGravity() gdnative.Real
	GetGravityDistanceScale() gdnative.Real
	GetGravityVector() gdnative.Vector3
	GetLinearDamp() gdnative.Real
	GetOverlappingAreas() gdnative.Array
	GetOverlappingBodies() gdnative.Array
	GetPriority() gdnative.Real
	GetReverbAmount() gdnative.Real
	GetReverbBus() gdnative.String
	GetReverbUniformity() gdnative.Real
	IsGravityAPoint() gdnative.Bool
	IsMonitorable() gdnative.Bool
	IsMonitoring() gdnative.Bool
	IsOverridingAudioBus() gdnative.Bool
	IsUsingReverbBus() gdnative.Bool
	OverlapsArea(area ObjectImplementer) gdnative.Bool
	OverlapsBody(body ObjectImplementer) gdnative.Bool
	SetAngularDamp(angularDamp gdnative.Real)
	SetAudioBus(name gdnative.String)
	SetAudioBusOverride(enable gdnative.Bool)
	SetCollisionLayer(collisionLayer gdnative.Int)
	SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionMask(collisionMask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
	SetGravity(gravity gdnative.Real)
	SetGravityDistanceScale(distanceScale gdnative.Real)
	SetGravityIsPoint(enable gdnative.Bool)
	SetGravityVector(vector gdnative.Vector3)
	SetLinearDamp(linearDamp gdnative.Real)
	SetMonitorable(enable gdnative.Bool)
	SetMonitoring(enable gdnative.Bool)
	SetPriority(priority gdnative.Real)
	SetReverbAmount(amount gdnative.Real)
	SetReverbBus(name gdnative.String)
	SetReverbUniformity(amount gdnative.Real)
	SetSpaceOverrideMode(enable gdnative.Int)
	SetUseReverbBus(enable gdnative.Bool)
}

AreaImplementer is an interface that implements the methods of the Area class.

type AreaSpaceOverride ¶ 

type AreaSpaceOverride int

AreaSpaceOverride is an enum for SpaceOverride values. 

const (
	AreaSpaceOverrideCombine        AreaSpaceOverride = 1
	AreaSpaceOverrideCombineReplace AreaSpaceOverride = 2
	AreaSpaceOverrideDisabled       AreaSpaceOverride = 0
	AreaSpaceOverrideReplace        AreaSpaceOverride = 3
	AreaSpaceOverrideReplaceCombine AreaSpaceOverride = 4
)

type ArrayMesh ¶ 

type ArrayMesh struct {
	Mesh
	// contains filtered or unexported fields
}

func (*ArrayMesh) AddBlendShape ¶ 

func (o *ArrayMesh) AddBlendShape(name gdnative.String)

Args: [{ false name String}], Returns: void

func (*ArrayMesh) AddSurfaceFromArrays ¶ 

func (o *ArrayMesh) AddSurfaceFromArrays(primitive gdnative.Int, arrays gdnative.Array, blendShapes gdnative.Array, compressFlags gdnative.Int)
        Create a new surface ([method get_surface_count] that will become surf_idx for this. Surfaces are created to be rendered using a "primitive", which may be PRIMITIVE_POINTS, PRIMITIVE_LINES, PRIMITIVE_LINE_STRIP, PRIMITIVE_LINE_LOOP, PRIMITIVE_TRIANGLES, PRIMITIVE_TRIANGLE_STRIP, PRIMITIVE_TRIANGLE_FAN. (As a note, when using indices, it is recommended to only use just points, lines or triangles).
	Args: [{ false primitive int} { false arrays Array} {[] true blend_shapes Array} {97792 true compress_flags int}], Returns: void

func (*ArrayMesh) BaseClass ¶ 

func (o *ArrayMesh) BaseClass() string

func (*ArrayMesh) CenterGeometry ¶ 

func (o *ArrayMesh) CenterGeometry()

Args: [], Returns: void

func (*ArrayMesh) ClearBlendShapes ¶ 

func (o *ArrayMesh) ClearBlendShapes()

Args: [], Returns: void

func (*ArrayMesh) GetBlendShapeCount ¶ 

func (o *ArrayMesh) GetBlendShapeCount() gdnative.Int

Args: [], Returns: int

func (*ArrayMesh) GetBlendShapeMode ¶ 

func (o *ArrayMesh) GetBlendShapeMode() MeshBlendShapeMode
        Undocumented
	Args: [], Returns: enum.Mesh::BlendShapeMode

func (*ArrayMesh) GetBlendShapeName ¶ 

func (o *ArrayMesh) GetBlendShapeName(index gdnative.Int) gdnative.String

Args: [{ false index int}], Returns: String

func (*ArrayMesh) GetCustomAabb ¶ 

func (o *ArrayMesh) GetCustomAabb() gdnative.Aabb
        Undocumented
	Args: [], Returns: AABB

func (*ArrayMesh) GetSurfaceCount ¶ 

func (o *ArrayMesh) GetSurfaceCount() gdnative.Int
        Return the amount of surfaces that the [code]ArrayMesh[/code] holds.
	Args: [], Returns: int

func (*ArrayMesh) LightmapUnwrap ¶ 

func (o *ArrayMesh) LightmapUnwrap(arg0 gdnative.Transform, arg1 gdnative.Real) gdnative.Error

Args: [{ false arg0 Transform} { false arg1 float}], Returns: enum.Error

func (*ArrayMesh) RegenNormalmaps ¶ 

func (o *ArrayMesh) RegenNormalmaps()

Args: [], Returns: void

func (*ArrayMesh) SetBlendShapeMode ¶ 

func (o *ArrayMesh) SetBlendShapeMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*ArrayMesh) SetCustomAabb ¶ 

func (o *ArrayMesh) SetCustomAabb(aabb gdnative.Aabb)
        Undocumented
	Args: [{ false aabb AABB}], Returns: void

func (*ArrayMesh) SurfaceGetArrayIndexLen ¶ 

func (o *ArrayMesh) SurfaceGetArrayIndexLen(surfIdx gdnative.Int) gdnative.Int
        Return the length in indices of the index array in the requested surface (see [method add_surface]).
	Args: [{ false surf_idx int}], Returns: int

func (*ArrayMesh) SurfaceGetArrayLen ¶ 

func (o *ArrayMesh) SurfaceGetArrayLen(surfIdx gdnative.Int) gdnative.Int
        Return the length in vertices of the vertex array in the requested surface (see [method add_surface]).
	Args: [{ false surf_idx int}], Returns: int

func (*ArrayMesh) SurfaceGetArrays ¶ 

func (o *ArrayMesh) SurfaceGetArrays(surfIdx gdnative.Int) gdnative.Array

Args: [{ false surf_idx int}], Returns: Array

func (*ArrayMesh) SurfaceGetBlendShapeArrays ¶ 

func (o *ArrayMesh) SurfaceGetBlendShapeArrays(surfIdx gdnative.Int) gdnative.Array

Args: [{ false surf_idx int}], Returns: Array

func (*ArrayMesh) SurfaceGetFormat ¶ 

func (o *ArrayMesh) SurfaceGetFormat(surfIdx gdnative.Int) gdnative.Int
        Return the format mask of the requested surface (see [method add_surface]).
	Args: [{ false surf_idx int}], Returns: int

func (*ArrayMesh) SurfaceGetMaterial ¶ 

func (o *ArrayMesh) SurfaceGetMaterial(surfIdx gdnative.Int) MaterialImplementer
        Return a [Material] in a given surface. Surface is rendered using this material.
	Args: [{ false surf_idx int}], Returns: Material

func (*ArrayMesh) SurfaceGetName ¶ 

func (o *ArrayMesh) SurfaceGetName(surfIdx gdnative.Int) gdnative.String

Args: [{ false surf_idx int}], Returns: String

func (*ArrayMesh) SurfaceGetPrimitiveType ¶ 

func (o *ArrayMesh) SurfaceGetPrimitiveType(surfIdx gdnative.Int) MeshPrimitiveType
        Return the primitive type of the requested surface (see [method add_surface]).
	Args: [{ false surf_idx int}], Returns: enum.Mesh::PrimitiveType

func (*ArrayMesh) SurfaceRemove ¶ 

func (o *ArrayMesh) SurfaceRemove(surfIdx gdnative.Int)
        Remove a surface at position surf_idx, shifting greater surfaces one surf_idx slot down.
	Args: [{ false surf_idx int}], Returns: void

func (*ArrayMesh) SurfaceSetMaterial ¶ 

func (o *ArrayMesh) SurfaceSetMaterial(surfIdx gdnative.Int, material MaterialImplementer)

Args: [{ false surf_idx int} { false material Material}], Returns: void

func (*ArrayMesh) SurfaceSetName ¶ 

func (o *ArrayMesh) SurfaceSetName(surfIdx gdnative.Int, name gdnative.String)
        Set a [Material] for a given surface. Surface will be rendered using this material.
	Args: [{ false surf_idx int} { false name String}], Returns: void

func (*ArrayMesh) SurfaceUpdateRegion ¶ 

func (o *ArrayMesh) SurfaceUpdateRegion(surfIdx gdnative.Int, offset gdnative.Int, data gdnative.PoolByteArray)

Args: [{ false surf_idx int} { false offset int} { false data PoolByteArray}], Returns: void

type ArrayMeshArrayFormat ¶ 

type ArrayMeshArrayFormat int

ArrayMeshArrayFormat is an enum for ArrayFormat values. 

const (
	ArrayMeshArrayFormatBones   ArrayMeshArrayFormat = 64
	ArrayMeshArrayFormatColor   ArrayMeshArrayFormat = 8
	ArrayMeshArrayFormatIndex   ArrayMeshArrayFormat = 256
	ArrayMeshArrayFormatNormal  ArrayMeshArrayFormat = 2
	ArrayMeshArrayFormatTangent ArrayMeshArrayFormat = 4
	ArrayMeshArrayFormatTexUv   ArrayMeshArrayFormat = 16
	ArrayMeshArrayFormatTexUv2  ArrayMeshArrayFormat = 32
	ArrayMeshArrayFormatVertex  ArrayMeshArrayFormat = 1
	ArrayMeshArrayFormatWeights ArrayMeshArrayFormat = 128
)

type ArrayMeshArrayType ¶ 

type ArrayMeshArrayType int

ArrayMeshArrayType is an enum for ArrayType values. 

const (
	ArrayMeshArrayBones   ArrayMeshArrayType = 6
	ArrayMeshArrayColor   ArrayMeshArrayType = 3
	ArrayMeshArrayIndex   ArrayMeshArrayType = 8
	ArrayMeshArrayMax     ArrayMeshArrayType = 9
	ArrayMeshArrayNormal  ArrayMeshArrayType = 1
	ArrayMeshArrayTangent ArrayMeshArrayType = 2
	ArrayMeshArrayTexUv   ArrayMeshArrayType = 4
	ArrayMeshArrayTexUv2  ArrayMeshArrayType = 5
	ArrayMeshArrayVertex  ArrayMeshArrayType = 0
	ArrayMeshArrayWeights ArrayMeshArrayType = 7
)

type ArrayMeshImplementer ¶ 

type ArrayMeshImplementer interface {
	MeshImplementer
	AddBlendShape(name gdnative.String)
	AddSurfaceFromArrays(primitive gdnative.Int, arrays gdnative.Array, blendShapes gdnative.Array, compressFlags gdnative.Int)
	CenterGeometry()
	ClearBlendShapes()
	GetBlendShapeCount() gdnative.Int
	GetBlendShapeName(index gdnative.Int) gdnative.String
	GetCustomAabb() gdnative.Aabb
	GetSurfaceCount() gdnative.Int
	RegenNormalmaps()
	SetBlendShapeMode(mode gdnative.Int)
	SetCustomAabb(aabb gdnative.Aabb)
	SurfaceGetArrayIndexLen(surfIdx gdnative.Int) gdnative.Int
	SurfaceGetArrayLen(surfIdx gdnative.Int) gdnative.Int
	SurfaceGetArrays(surfIdx gdnative.Int) gdnative.Array
	SurfaceGetBlendShapeArrays(surfIdx gdnative.Int) gdnative.Array
	SurfaceGetFormat(surfIdx gdnative.Int) gdnative.Int
	SurfaceGetMaterial(surfIdx gdnative.Int) MaterialImplementer
	SurfaceGetName(surfIdx gdnative.Int) gdnative.String
	SurfaceRemove(surfIdx gdnative.Int)
	SurfaceSetMaterial(surfIdx gdnative.Int, material MaterialImplementer)
	SurfaceSetName(surfIdx gdnative.Int, name gdnative.String)
	SurfaceUpdateRegion(surfIdx gdnative.Int, offset gdnative.Int, data gdnative.PoolByteArray)
}

ArrayMeshImplementer is an interface that implements the methods of the ArrayMesh class.

type AtlasTexture ¶ 

type AtlasTexture struct {
	Texture
	// contains filtered or unexported fields
}

Texture resource aimed at managing big textures files that pack multiple smaller textures. Consists of a Texture, a margin that defines the border width, and a region that defines the actual area of the AtlasTexture.

func (*AtlasTexture) BaseClass ¶ 

func (o *AtlasTexture) BaseClass() string

func (*AtlasTexture) GetAtlas ¶ 

func (o *AtlasTexture) GetAtlas() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*AtlasTexture) GetMargin ¶ 

func (o *AtlasTexture) GetMargin() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*AtlasTexture) GetRegion ¶ 

func (o *AtlasTexture) GetRegion() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*AtlasTexture) HasFilterClip ¶ 

func (o *AtlasTexture) HasFilterClip() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AtlasTexture) SetAtlas ¶ 

func (o *AtlasTexture) SetAtlas(atlas TextureImplementer)
        Undocumented
	Args: [{ false atlas Texture}], Returns: void

func (*AtlasTexture) SetFilterClip ¶ 

func (o *AtlasTexture) SetFilterClip(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*AtlasTexture) SetMargin ¶ 

func (o *AtlasTexture) SetMargin(margin gdnative.Rect2)
        Undocumented
	Args: [{ false margin Rect2}], Returns: void

func (*AtlasTexture) SetRegion ¶ 

func (o *AtlasTexture) SetRegion(region gdnative.Rect2)
        Undocumented
	Args: [{ false region Rect2}], Returns: void

type AtlasTextureImplementer ¶ 

type AtlasTextureImplementer interface {
	TextureImplementer
	GetAtlas() TextureImplementer
	GetMargin() gdnative.Rect2
	GetRegion() gdnative.Rect2
	HasFilterClip() gdnative.Bool
	SetAtlas(atlas TextureImplementer)
	SetFilterClip(enable gdnative.Bool)
	SetMargin(margin gdnative.Rect2)
	SetRegion(region gdnative.Rect2)
}

AtlasTextureImplementer is an interface that implements the methods of the AtlasTexture class.

type AudioBusLayout ¶ 

type AudioBusLayout struct {
	Resource
	// contains filtered or unexported fields
}

Stores position, muting, solo, bypass, effects, effect position, volume, and the connections between busses. See AudioServer for usage.

func (*AudioBusLayout) BaseClass ¶ 

func (o *AudioBusLayout) BaseClass() string

type AudioBusLayoutImplementer ¶ 

type AudioBusLayoutImplementer interface {
	ResourceImplementer
}

AudioBusLayoutImplementer is an interface that implements the methods of the AudioBusLayout class.

type AudioEffect ¶ 

type AudioEffect struct {
	Resource
	// contains filtered or unexported fields
}

Base resource for audio bus. Applies an audio effect on the bus that the resource is applied on.

func (*AudioEffect) BaseClass ¶ 

func (o *AudioEffect) BaseClass() string

type AudioEffectAmplify ¶ 

type AudioEffectAmplify struct {
	AudioEffect
	// contains filtered or unexported fields
}

Increases or decreases the volume being routed through the audio bus.

func (*AudioEffectAmplify) BaseClass ¶ 

func (o *AudioEffectAmplify) BaseClass() string

func (*AudioEffectAmplify) GetVolumeDb ¶ 

func (o *AudioEffectAmplify) GetVolumeDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectAmplify) SetVolumeDb ¶ 

func (o *AudioEffectAmplify) SetVolumeDb(volume gdnative.Real)
        Undocumented
	Args: [{ false volume float}], Returns: void

type AudioEffectAmplifyImplementer ¶ 

type AudioEffectAmplifyImplementer interface {
	AudioEffectImplementer
	GetVolumeDb() gdnative.Real
	SetVolumeDb(volume gdnative.Real)
}

AudioEffectAmplifyImplementer is an interface that implements the methods of the AudioEffectAmplify class.

type AudioEffectBandLimitFilter ¶ 

type AudioEffectBandLimitFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

Limits the frequencies in a range around the [member cutoff_hz] and allows frequencies outside of this range to pass.

func (*AudioEffectBandLimitFilter) BaseClass ¶ 

func (o *AudioEffectBandLimitFilter) BaseClass() string

type AudioEffectBandLimitFilterImplementer ¶ 

type AudioEffectBandLimitFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectBandLimitFilterImplementer is an interface that implements the methods of the AudioEffectBandLimitFilter class.

type AudioEffectBandPassFilter ¶ 

type AudioEffectBandPassFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

Attenuates the frequencies inside of a range around the [member cutoff_hz] and cuts frequencies outside of this band.

func (*AudioEffectBandPassFilter) BaseClass ¶ 

func (o *AudioEffectBandPassFilter) BaseClass() string

type AudioEffectBandPassFilterImplementer ¶ 

type AudioEffectBandPassFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectBandPassFilterImplementer is an interface that implements the methods of the AudioEffectBandPassFilter class.

type AudioEffectChorus ¶ 

type AudioEffectChorus struct {
	AudioEffect
	// contains filtered or unexported fields
}

Adds a chorus audio effect. The effect applies a filter with voices to duplicate the audio source and manipulate it through the filter.

func (*AudioEffectChorus) BaseClass ¶ 

func (o *AudioEffectChorus) BaseClass() string

func (*AudioEffectChorus) GetDry ¶ 

func (o *AudioEffectChorus) GetDry() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectChorus) GetVoiceCount ¶ 

func (o *AudioEffectChorus) GetVoiceCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AudioEffectChorus) GetVoiceCutoffHz ¶ 

func (o *AudioEffectChorus) GetVoiceCutoffHz(voiceIdx gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false voice_idx int}], Returns: float

func (*AudioEffectChorus) GetVoiceDelayMs ¶ 

func (o *AudioEffectChorus) GetVoiceDelayMs(voiceIdx gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false voice_idx int}], Returns: float

func (*AudioEffectChorus) GetVoiceDepthMs ¶ 

func (o *AudioEffectChorus) GetVoiceDepthMs(voiceIdx gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false voice_idx int}], Returns: float

func (*AudioEffectChorus) GetVoiceLevelDb ¶ 

func (o *AudioEffectChorus) GetVoiceLevelDb(voiceIdx gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false voice_idx int}], Returns: float

func (*AudioEffectChorus) GetVoicePan ¶ 

func (o *AudioEffectChorus) GetVoicePan(voiceIdx gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false voice_idx int}], Returns: float

func (*AudioEffectChorus) GetVoiceRateHz ¶ 

func (o *AudioEffectChorus) GetVoiceRateHz(voiceIdx gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false voice_idx int}], Returns: float

func (*AudioEffectChorus) GetWet ¶ 

func (o *AudioEffectChorus) GetWet() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectChorus) SetDry ¶ 

func (o *AudioEffectChorus) SetDry(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectChorus) SetVoiceCount ¶ 

func (o *AudioEffectChorus) SetVoiceCount(voices gdnative.Int)
        Undocumented
	Args: [{ false voices int}], Returns: void

func (*AudioEffectChorus) SetVoiceCutoffHz ¶ 

func (o *AudioEffectChorus) SetVoiceCutoffHz(voiceIdx gdnative.Int, cutoffHz gdnative.Real)
        Undocumented
	Args: [{ false voice_idx int} { false cutoff_hz float}], Returns: void

func (*AudioEffectChorus) SetVoiceDelayMs ¶ 

func (o *AudioEffectChorus) SetVoiceDelayMs(voiceIdx gdnative.Int, delayMs gdnative.Real)
        Undocumented
	Args: [{ false voice_idx int} { false delay_ms float}], Returns: void

func (*AudioEffectChorus) SetVoiceDepthMs ¶ 

func (o *AudioEffectChorus) SetVoiceDepthMs(voiceIdx gdnative.Int, depthMs gdnative.Real)
        Undocumented
	Args: [{ false voice_idx int} { false depth_ms float}], Returns: void

func (*AudioEffectChorus) SetVoiceLevelDb ¶ 

func (o *AudioEffectChorus) SetVoiceLevelDb(voiceIdx gdnative.Int, levelDb gdnative.Real)
        Undocumented
	Args: [{ false voice_idx int} { false level_db float}], Returns: void

func (*AudioEffectChorus) SetVoicePan ¶ 

func (o *AudioEffectChorus) SetVoicePan(voiceIdx gdnative.Int, pan gdnative.Real)
        Undocumented
	Args: [{ false voice_idx int} { false pan float}], Returns: void

func (*AudioEffectChorus) SetVoiceRateHz ¶ 

func (o *AudioEffectChorus) SetVoiceRateHz(voiceIdx gdnative.Int, rateHz gdnative.Real)
        Undocumented
	Args: [{ false voice_idx int} { false rate_hz float}], Returns: void

func (*AudioEffectChorus) SetWet ¶ 

func (o *AudioEffectChorus) SetWet(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

type AudioEffectChorusImplementer ¶ 

type AudioEffectChorusImplementer interface {
	AudioEffectImplementer
	GetDry() gdnative.Real
	GetVoiceCount() gdnative.Int
	GetVoiceCutoffHz(voiceIdx gdnative.Int) gdnative.Real
	GetVoiceDelayMs(voiceIdx gdnative.Int) gdnative.Real
	GetVoiceDepthMs(voiceIdx gdnative.Int) gdnative.Real
	GetVoiceLevelDb(voiceIdx gdnative.Int) gdnative.Real
	GetVoicePan(voiceIdx gdnative.Int) gdnative.Real
	GetVoiceRateHz(voiceIdx gdnative.Int) gdnative.Real
	GetWet() gdnative.Real
	SetDry(amount gdnative.Real)
	SetVoiceCount(voices gdnative.Int)
	SetVoiceCutoffHz(voiceIdx gdnative.Int, cutoffHz gdnative.Real)
	SetVoiceDelayMs(voiceIdx gdnative.Int, delayMs gdnative.Real)
	SetVoiceDepthMs(voiceIdx gdnative.Int, depthMs gdnative.Real)
	SetVoiceLevelDb(voiceIdx gdnative.Int, levelDb gdnative.Real)
	SetVoicePan(voiceIdx gdnative.Int, pan gdnative.Real)
	SetVoiceRateHz(voiceIdx gdnative.Int, rateHz gdnative.Real)
	SetWet(amount gdnative.Real)
}

AudioEffectChorusImplementer is an interface that implements the methods of the AudioEffectChorus class.

type AudioEffectCompressor ¶ 

type AudioEffectCompressor struct {
	AudioEffect
	// contains filtered or unexported fields
}

Dynamic range compressor reduces the level of the sound when the amplitude goes over a certain threshold in Decibels. One of the main uses of a compressor is to increase the dynamic range by clipping as little as possible (when sound goes over 0dB). Compressor has many uses in the mix: - In the Master bus to compress the whole output (Although a AudioEffectLimiter is probably better) - In voice channels to ensure they sound as balanced as possible. - Sidechained. Sidechained, which can reduce the sound level sidechained with another audio bus for threshold detection.. This technique is very common in video game mixing to download the level of Music/SFX while voices are being heard. - Accentuates transients by using a wider attack, making effects sound more punchy.

func (*AudioEffectCompressor) BaseClass ¶ 

func (o *AudioEffectCompressor) BaseClass() string

func (*AudioEffectCompressor) GetAttackUs ¶ 

func (o *AudioEffectCompressor) GetAttackUs() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectCompressor) GetGain ¶ 

func (o *AudioEffectCompressor) GetGain() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectCompressor) GetMix ¶ 

func (o *AudioEffectCompressor) GetMix() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectCompressor) GetRatio ¶ 

func (o *AudioEffectCompressor) GetRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectCompressor) GetReleaseMs ¶ 

func (o *AudioEffectCompressor) GetReleaseMs() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectCompressor) GetSidechain ¶ 

func (o *AudioEffectCompressor) GetSidechain() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AudioEffectCompressor) GetThreshold ¶ 

func (o *AudioEffectCompressor) GetThreshold() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectCompressor) SetAttackUs ¶ 

func (o *AudioEffectCompressor) SetAttackUs(attackUs gdnative.Real)
        Undocumented
	Args: [{ false attack_us float}], Returns: void

func (*AudioEffectCompressor) SetGain ¶ 

func (o *AudioEffectCompressor) SetGain(gain gdnative.Real)
        Undocumented
	Args: [{ false gain float}], Returns: void

func (*AudioEffectCompressor) SetMix ¶ 

func (o *AudioEffectCompressor) SetMix(mix gdnative.Real)
        Undocumented
	Args: [{ false mix float}], Returns: void

func (*AudioEffectCompressor) SetRatio ¶ 

func (o *AudioEffectCompressor) SetRatio(ratio gdnative.Real)
        Undocumented
	Args: [{ false ratio float}], Returns: void

func (*AudioEffectCompressor) SetReleaseMs ¶ 

func (o *AudioEffectCompressor) SetReleaseMs(releaseMs gdnative.Real)
        Undocumented
	Args: [{ false release_ms float}], Returns: void

func (*AudioEffectCompressor) SetSidechain ¶ 

func (o *AudioEffectCompressor) SetSidechain(sidechain gdnative.String)
        Undocumented
	Args: [{ false sidechain String}], Returns: void

func (*AudioEffectCompressor) SetThreshold ¶ 

func (o *AudioEffectCompressor) SetThreshold(threshold gdnative.Real)
        Undocumented
	Args: [{ false threshold float}], Returns: void

type AudioEffectCompressorImplementer ¶ 

type AudioEffectCompressorImplementer interface {
	AudioEffectImplementer
	GetAttackUs() gdnative.Real
	GetGain() gdnative.Real
	GetMix() gdnative.Real
	GetRatio() gdnative.Real
	GetReleaseMs() gdnative.Real
	GetSidechain() gdnative.String
	GetThreshold() gdnative.Real
	SetAttackUs(attackUs gdnative.Real)
	SetGain(gain gdnative.Real)
	SetMix(mix gdnative.Real)
	SetRatio(ratio gdnative.Real)
	SetReleaseMs(releaseMs gdnative.Real)
	SetSidechain(sidechain gdnative.String)
	SetThreshold(threshold gdnative.Real)
}

AudioEffectCompressorImplementer is an interface that implements the methods of the AudioEffectCompressor class.

type AudioEffectDelay ¶ 

type AudioEffectDelay struct {
	AudioEffect
	// contains filtered or unexported fields
}

Plays input signal back after a period of time. The delayed signal may be played back multiple times to create the sound of a repeating, decaying echo. Delay effects range from a subtle echo effect to a pronounced blending of previous sounds with new sounds.

func (*AudioEffectDelay) BaseClass ¶ 

func (o *AudioEffectDelay) BaseClass() string

func (*AudioEffectDelay) GetDry ¶ 

func (o *AudioEffectDelay) GetDry() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetFeedbackDelayMs ¶ 

func (o *AudioEffectDelay) GetFeedbackDelayMs() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetFeedbackLevelDb ¶ 

func (o *AudioEffectDelay) GetFeedbackLevelDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetFeedbackLowpass ¶ 

func (o *AudioEffectDelay) GetFeedbackLowpass() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetTap1DelayMs ¶ 

func (o *AudioEffectDelay) GetTap1DelayMs() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetTap1LevelDb ¶ 

func (o *AudioEffectDelay) GetTap1LevelDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetTap1Pan ¶ 

func (o *AudioEffectDelay) GetTap1Pan() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetTap2DelayMs ¶ 

func (o *AudioEffectDelay) GetTap2DelayMs() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetTap2LevelDb ¶ 

func (o *AudioEffectDelay) GetTap2LevelDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) GetTap2Pan ¶ 

func (o *AudioEffectDelay) GetTap2Pan() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDelay) IsFeedbackActive ¶ 

func (o *AudioEffectDelay) IsFeedbackActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioEffectDelay) IsTap1Active ¶ 

func (o *AudioEffectDelay) IsTap1Active() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioEffectDelay) IsTap2Active ¶ 

func (o *AudioEffectDelay) IsTap2Active() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioEffectDelay) SetDry ¶ 

func (o *AudioEffectDelay) SetDry(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetFeedbackActive ¶ 

func (o *AudioEffectDelay) SetFeedbackActive(amount gdnative.Bool)
        Undocumented
	Args: [{ false amount bool}], Returns: void

func (*AudioEffectDelay) SetFeedbackDelayMs ¶ 

func (o *AudioEffectDelay) SetFeedbackDelayMs(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetFeedbackLevelDb ¶ 

func (o *AudioEffectDelay) SetFeedbackLevelDb(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetFeedbackLowpass ¶ 

func (o *AudioEffectDelay) SetFeedbackLowpass(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetTap1Active ¶ 

func (o *AudioEffectDelay) SetTap1Active(amount gdnative.Bool)
        Undocumented
	Args: [{ false amount bool}], Returns: void

func (*AudioEffectDelay) SetTap1DelayMs ¶ 

func (o *AudioEffectDelay) SetTap1DelayMs(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetTap1LevelDb ¶ 

func (o *AudioEffectDelay) SetTap1LevelDb(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetTap1Pan ¶ 

func (o *AudioEffectDelay) SetTap1Pan(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetTap2Active ¶ 

func (o *AudioEffectDelay) SetTap2Active(amount gdnative.Bool)
        Undocumented
	Args: [{ false amount bool}], Returns: void

func (*AudioEffectDelay) SetTap2DelayMs ¶ 

func (o *AudioEffectDelay) SetTap2DelayMs(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetTap2LevelDb ¶ 

func (o *AudioEffectDelay) SetTap2LevelDb(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectDelay) SetTap2Pan ¶ 

func (o *AudioEffectDelay) SetTap2Pan(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

type AudioEffectDelayImplementer ¶ 

type AudioEffectDelayImplementer interface {
	AudioEffectImplementer
	GetDry() gdnative.Real
	GetFeedbackDelayMs() gdnative.Real
	GetFeedbackLevelDb() gdnative.Real
	GetFeedbackLowpass() gdnative.Real
	GetTap1DelayMs() gdnative.Real
	GetTap1LevelDb() gdnative.Real
	GetTap1Pan() gdnative.Real
	GetTap2DelayMs() gdnative.Real
	GetTap2LevelDb() gdnative.Real
	GetTap2Pan() gdnative.Real
	IsFeedbackActive() gdnative.Bool
	IsTap1Active() gdnative.Bool
	IsTap2Active() gdnative.Bool
	SetDry(amount gdnative.Real)
	SetFeedbackActive(amount gdnative.Bool)
	SetFeedbackDelayMs(amount gdnative.Real)
	SetFeedbackLevelDb(amount gdnative.Real)
	SetFeedbackLowpass(amount gdnative.Real)
	SetTap1Active(amount gdnative.Bool)
	SetTap1DelayMs(amount gdnative.Real)
	SetTap1LevelDb(amount gdnative.Real)
	SetTap1Pan(amount gdnative.Real)
	SetTap2Active(amount gdnative.Bool)
	SetTap2DelayMs(amount gdnative.Real)
	SetTap2LevelDb(amount gdnative.Real)
	SetTap2Pan(amount gdnative.Real)
}

AudioEffectDelayImplementer is an interface that implements the methods of the AudioEffectDelay class.

type AudioEffectDistortion ¶ 

type AudioEffectDistortion struct {
	AudioEffect
	// contains filtered or unexported fields
}

Modify the sound and make it dirty. Different types are available : clip, tan, lofi (bit crushing), overdrive, or waveshape. By distorting the waveform the frequency content change, which will often make the sound "crunchy" or "abrasive". For games, it can simulate sound coming from some saturated device or speaker very efficiently.

func (*AudioEffectDistortion) BaseClass ¶ 

func (o *AudioEffectDistortion) BaseClass() string

func (*AudioEffectDistortion) GetDrive ¶ 

func (o *AudioEffectDistortion) GetDrive() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDistortion) GetKeepHfHz ¶ 

func (o *AudioEffectDistortion) GetKeepHfHz() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDistortion) GetMode ¶ 

func (o *AudioEffectDistortion) GetMode() AudioEffectDistortionMode
        Undocumented
	Args: [], Returns: enum.AudioEffectDistortion::Mode

func (*AudioEffectDistortion) GetPostGain ¶ 

func (o *AudioEffectDistortion) GetPostGain() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDistortion) GetPreGain ¶ 

func (o *AudioEffectDistortion) GetPreGain() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectDistortion) SetDrive ¶ 

func (o *AudioEffectDistortion) SetDrive(drive gdnative.Real)
        Undocumented
	Args: [{ false drive float}], Returns: void

func (*AudioEffectDistortion) SetKeepHfHz ¶ 

func (o *AudioEffectDistortion) SetKeepHfHz(keepHfHz gdnative.Real)
        Undocumented
	Args: [{ false keep_hf_hz float}], Returns: void

func (*AudioEffectDistortion) SetMode ¶ 

func (o *AudioEffectDistortion) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*AudioEffectDistortion) SetPostGain ¶ 

func (o *AudioEffectDistortion) SetPostGain(postGain gdnative.Real)
        Undocumented
	Args: [{ false post_gain float}], Returns: void

func (*AudioEffectDistortion) SetPreGain ¶ 

func (o *AudioEffectDistortion) SetPreGain(preGain gdnative.Real)
        Undocumented
	Args: [{ false pre_gain float}], Returns: void

type AudioEffectDistortionImplementer ¶ 

type AudioEffectDistortionImplementer interface {
	AudioEffectImplementer
	GetDrive() gdnative.Real
	GetKeepHfHz() gdnative.Real
	GetPostGain() gdnative.Real
	GetPreGain() gdnative.Real
	SetDrive(drive gdnative.Real)
	SetKeepHfHz(keepHfHz gdnative.Real)
	SetMode(mode gdnative.Int)
	SetPostGain(postGain gdnative.Real)
	SetPreGain(preGain gdnative.Real)
}

AudioEffectDistortionImplementer is an interface that implements the methods of the AudioEffectDistortion class.

type AudioEffectDistortionMode ¶ 

type AudioEffectDistortionMode int

AudioEffectDistortionMode is an enum for Mode values. 

const (
	AudioEffectDistortionModeAtan      AudioEffectDistortionMode = 1
	AudioEffectDistortionModeClip      AudioEffectDistortionMode = 0
	AudioEffectDistortionModeLofi      AudioEffectDistortionMode = 2
	AudioEffectDistortionModeOverdrive AudioEffectDistortionMode = 3
	AudioEffectDistortionModeWaveshape AudioEffectDistortionMode = 4
)

type AudioEffectEQ ¶ 

type AudioEffectEQ struct {
	AudioEffect
	// contains filtered or unexported fields
}

AudioEffectEQ gives you control over frequencies. Use it to compensate for existing deficiencies in audio. AudioEffectEQ are very useful on the Master Bus to completely master a mix and give it character. They are also very useful when a game is run on a mobile device, to adjust the mix to that kind of speakers (it can be added but disabled when headphones are plugged).

func (*AudioEffectEQ) BaseClass ¶ 

func (o *AudioEffectEQ) BaseClass() string

func (*AudioEffectEQ) GetBandCount ¶ 

func (o *AudioEffectEQ) GetBandCount() gdnative.Int
        Returns the number of bands of the equalizer.
	Args: [], Returns: int

func (*AudioEffectEQ) GetBandGainDb ¶ 

func (o *AudioEffectEQ) GetBandGainDb(bandIdx gdnative.Int) gdnative.Real
        Returns the band's gain at the specified index, in dB.
	Args: [{ false band_idx int}], Returns: float

func (*AudioEffectEQ) SetBandGainDb ¶ 

func (o *AudioEffectEQ) SetBandGainDb(bandIdx gdnative.Int, volumeDb gdnative.Real)
        Sets band's gain at the specified index, in dB.
	Args: [{ false band_idx int} { false volume_db float}], Returns: void

type AudioEffectEQ10 ¶ 

type AudioEffectEQ10 struct {
	AudioEffectEQ
	// contains filtered or unexported fields
}

Frequency bands : Band 1 : 31 Hz Band 2 : 62 Hz Band 3 : 125 Hz Band 4 : 250 Hz Band 5 : 500 Hz Band 6 : 1000 Hz Band 7 : 2000 Hz Band 8 : 4000 Hz Band 9 : 8000 Hz Band 10 : 16000 Hz See also AudioEffectEQ, AudioEffectEQ6, AudioEffectEQ21.

func (*AudioEffectEQ10) BaseClass ¶ 

func (o *AudioEffectEQ10) BaseClass() string

type AudioEffectEQ10Implementer ¶ 

type AudioEffectEQ10Implementer interface {
	AudioEffectEQImplementer
}

AudioEffectEQ10Implementer is an interface that implements the methods of the AudioEffectEQ10 class.

type AudioEffectEQ21 ¶ 

type AudioEffectEQ21 struct {
	AudioEffectEQ
	// contains filtered or unexported fields
}

Frequency bands : Band 1 : 22 Hz Band 2 : 32 Hz Band 3 : 44 Hz Band 4 : 63 Hz Band 5 : 90 Hz Band 6 : 125 Hz Band 7 : 175 Hz Band 8 : 250 Hz Band 9 : 350 Hz Band 10 : 500 Hz Band 11 : 700 Hz Band 12 : 1000 Hz Band 13 : 1400 Hz Band 14 : 2000 Hz Band 15 : 2800 Hz Band 16 : 4000 Hz Band 17 : 5600 Hz Band 18 : 8000 Hz Band 19 : 11000 Hz Band 20 : 16000 Hz Band 21 : 22000 Hz See also AudioEffectEQ, AudioEffectEQ6, AudioEffectEQ10.

func (*AudioEffectEQ21) BaseClass ¶ 

func (o *AudioEffectEQ21) BaseClass() string

type AudioEffectEQ21Implementer ¶ 

type AudioEffectEQ21Implementer interface {
	AudioEffectEQImplementer
}

AudioEffectEQ21Implementer is an interface that implements the methods of the AudioEffectEQ21 class.

type AudioEffectEQ6 ¶ 

type AudioEffectEQ6 struct {
	AudioEffectEQ
	// contains filtered or unexported fields
}

Frequency bands : Band 1 : 32 Hz Band 2 : 100 Hz Band 3 : 320 Hz Band 4 : 1000 Hz Band 5 : 3200 Hz Band 6 : 10000 Hz See also AudioEffectEQ, AudioEffectEQ10, AudioEffectEQ21.

func (*AudioEffectEQ6) BaseClass ¶ 

func (o *AudioEffectEQ6) BaseClass() string

type AudioEffectEQ6Implementer ¶ 

type AudioEffectEQ6Implementer interface {
	AudioEffectEQImplementer
}

AudioEffectEQ6Implementer is an interface that implements the methods of the AudioEffectEQ6 class.

type AudioEffectEQImplementer ¶ 

type AudioEffectEQImplementer interface {
	AudioEffectImplementer
	GetBandCount() gdnative.Int
	GetBandGainDb(bandIdx gdnative.Int) gdnative.Real
	SetBandGainDb(bandIdx gdnative.Int, volumeDb gdnative.Real)
}

AudioEffectEQImplementer is an interface that implements the methods of the AudioEffectEQ class.

type AudioEffectFilter ¶ 

type AudioEffectFilter struct {
	AudioEffect
	// contains filtered or unexported fields
}

Allows frequencies other than the [member cutoff_hz] to pass.

func (*AudioEffectFilter) BaseClass ¶ 

func (o *AudioEffectFilter) BaseClass() string

func (*AudioEffectFilter) GetCutoff ¶ 

func (o *AudioEffectFilter) GetCutoff() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectFilter) GetDb ¶ 

func (o *AudioEffectFilter) GetDb() AudioEffectFilterFilterDB
        Undocumented
	Args: [], Returns: enum.AudioEffectFilter::FilterDB

func (*AudioEffectFilter) GetGain ¶ 

func (o *AudioEffectFilter) GetGain() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectFilter) GetResonance ¶ 

func (o *AudioEffectFilter) GetResonance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectFilter) SetCutoff ¶ 

func (o *AudioEffectFilter) SetCutoff(freq gdnative.Real)
        Undocumented
	Args: [{ false freq float}], Returns: void

func (*AudioEffectFilter) SetDb ¶ 

func (o *AudioEffectFilter) SetDb(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*AudioEffectFilter) SetGain ¶ 

func (o *AudioEffectFilter) SetGain(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectFilter) SetResonance ¶ 

func (o *AudioEffectFilter) SetResonance(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

type AudioEffectFilterFilterDB ¶ 

type AudioEffectFilterFilterDB int

AudioEffectFilterFilterDB is an enum for FilterDB values. 

const (
	AudioEffectFilterFilter12Db AudioEffectFilterFilterDB = 1
	AudioEffectFilterFilter18Db AudioEffectFilterFilterDB = 2
	AudioEffectFilterFilter24Db AudioEffectFilterFilterDB = 3
	AudioEffectFilterFilter6Db  AudioEffectFilterFilterDB = 0
)

type AudioEffectFilterImplementer ¶ 

type AudioEffectFilterImplementer interface {
	AudioEffectImplementer
	GetCutoff() gdnative.Real
	GetGain() gdnative.Real
	GetResonance() gdnative.Real
	SetCutoff(freq gdnative.Real)
	SetDb(amount gdnative.Int)
	SetGain(amount gdnative.Real)
	SetResonance(amount gdnative.Real)
}

AudioEffectFilterImplementer is an interface that implements the methods of the AudioEffectFilter class.

type AudioEffectHighPassFilter ¶ 

type AudioEffectHighPassFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

Cuts frequencies lower than the [member cutoff_hz] and allows higher frequencies to pass.

func (*AudioEffectHighPassFilter) BaseClass ¶ 

func (o *AudioEffectHighPassFilter) BaseClass() string

type AudioEffectHighPassFilterImplementer ¶ 

type AudioEffectHighPassFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectHighPassFilterImplementer is an interface that implements the methods of the AudioEffectHighPassFilter class.

type AudioEffectHighShelfFilter ¶ 

type AudioEffectHighShelfFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

func (*AudioEffectHighShelfFilter) BaseClass ¶ 

func (o *AudioEffectHighShelfFilter) BaseClass() string

type AudioEffectHighShelfFilterImplementer ¶ 

type AudioEffectHighShelfFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectHighShelfFilterImplementer is an interface that implements the methods of the AudioEffectHighShelfFilter class.

type AudioEffectImplementer ¶ 

type AudioEffectImplementer interface {
	ResourceImplementer
}

AudioEffectImplementer is an interface that implements the methods of the AudioEffect class.

type AudioEffectLimiter ¶ 

type AudioEffectLimiter struct {
	AudioEffect
	// contains filtered or unexported fields
}

A limiter is similar to a compressor, but it’s less flexible and designed to disallow sound going over a given dB threshold. Adding one in the Master Bus is always recommended to reduce the effects of clipping. Soft clipping starts to reduce the peaks a little below the threshold level and progressively increases its effect as the input level increases such that the threshold is never exceeded.

func (*AudioEffectLimiter) BaseClass ¶ 

func (o *AudioEffectLimiter) BaseClass() string

func (*AudioEffectLimiter) GetCeilingDb ¶ 

func (o *AudioEffectLimiter) GetCeilingDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectLimiter) GetSoftClipDb ¶ 

func (o *AudioEffectLimiter) GetSoftClipDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectLimiter) GetSoftClipRatio ¶ 

func (o *AudioEffectLimiter) GetSoftClipRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectLimiter) GetThresholdDb ¶ 

func (o *AudioEffectLimiter) GetThresholdDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectLimiter) SetCeilingDb ¶ 

func (o *AudioEffectLimiter) SetCeilingDb(ceiling gdnative.Real)
        Undocumented
	Args: [{ false ceiling float}], Returns: void

func (*AudioEffectLimiter) SetSoftClipDb ¶ 

func (o *AudioEffectLimiter) SetSoftClipDb(softClip gdnative.Real)
        Undocumented
	Args: [{ false soft_clip float}], Returns: void

func (*AudioEffectLimiter) SetSoftClipRatio ¶ 

func (o *AudioEffectLimiter) SetSoftClipRatio(softClip gdnative.Real)
        Undocumented
	Args: [{ false soft_clip float}], Returns: void

func (*AudioEffectLimiter) SetThresholdDb ¶ 

func (o *AudioEffectLimiter) SetThresholdDb(threshold gdnative.Real)
        Undocumented
	Args: [{ false threshold float}], Returns: void

type AudioEffectLimiterImplementer ¶ 

type AudioEffectLimiterImplementer interface {
	AudioEffectImplementer
	GetCeilingDb() gdnative.Real
	GetSoftClipDb() gdnative.Real
	GetSoftClipRatio() gdnative.Real
	GetThresholdDb() gdnative.Real
	SetCeilingDb(ceiling gdnative.Real)
	SetSoftClipDb(softClip gdnative.Real)
	SetSoftClipRatio(softClip gdnative.Real)
	SetThresholdDb(threshold gdnative.Real)
}

AudioEffectLimiterImplementer is an interface that implements the methods of the AudioEffectLimiter class.

type AudioEffectLowPassFilter ¶ 

type AudioEffectLowPassFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

Cuts frequencies higher than the [member cutoff_hz] and allows lower frequencies to pass.

func (*AudioEffectLowPassFilter) BaseClass ¶ 

func (o *AudioEffectLowPassFilter) BaseClass() string

type AudioEffectLowPassFilterImplementer ¶ 

type AudioEffectLowPassFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectLowPassFilterImplementer is an interface that implements the methods of the AudioEffectLowPassFilter class.

type AudioEffectLowShelfFilter ¶ 

type AudioEffectLowShelfFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

func (*AudioEffectLowShelfFilter) BaseClass ¶ 

func (o *AudioEffectLowShelfFilter) BaseClass() string

type AudioEffectLowShelfFilterImplementer ¶ 

type AudioEffectLowShelfFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectLowShelfFilterImplementer is an interface that implements the methods of the AudioEffectLowShelfFilter class.

type AudioEffectNotchFilter ¶ 

type AudioEffectNotchFilter struct {
	AudioEffectFilter
	// contains filtered or unexported fields
}

Attenuates frequencies in a narrow band around the [member cutoff_hz] and cuts frequencies outside of this range.

func (*AudioEffectNotchFilter) BaseClass ¶ 

func (o *AudioEffectNotchFilter) BaseClass() string

type AudioEffectNotchFilterImplementer ¶ 

type AudioEffectNotchFilterImplementer interface {
	AudioEffectFilterImplementer
}

AudioEffectNotchFilterImplementer is an interface that implements the methods of the AudioEffectNotchFilter class.

type AudioEffectPanner ¶ 

type AudioEffectPanner struct {
	AudioEffect
	// contains filtered or unexported fields
}

Determines how much of an audio signal is sent to the left and right buses.

func (*AudioEffectPanner) BaseClass ¶ 

func (o *AudioEffectPanner) BaseClass() string

func (*AudioEffectPanner) GetPan ¶ 

func (o *AudioEffectPanner) GetPan() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPanner) SetPan ¶ 

func (o *AudioEffectPanner) SetPan(cpanume gdnative.Real)
        Undocumented
	Args: [{ false cpanume float}], Returns: void

type AudioEffectPannerImplementer ¶ 

type AudioEffectPannerImplementer interface {
	AudioEffectImplementer
	GetPan() gdnative.Real
	SetPan(cpanume gdnative.Real)
}

AudioEffectPannerImplementer is an interface that implements the methods of the AudioEffectPanner class.

type AudioEffectPhaser ¶ 

type AudioEffectPhaser struct {
	AudioEffect
	// contains filtered or unexported fields
}

Combines phase-shifted signals with the original signal. The movement of the phase-shifted signals is controlled using a Low Frequency Oscillator.

func (*AudioEffectPhaser) BaseClass ¶ 

func (o *AudioEffectPhaser) BaseClass() string

func (*AudioEffectPhaser) GetDepth ¶ 

func (o *AudioEffectPhaser) GetDepth() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPhaser) GetFeedback ¶ 

func (o *AudioEffectPhaser) GetFeedback() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPhaser) GetRangeMaxHz ¶ 

func (o *AudioEffectPhaser) GetRangeMaxHz() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPhaser) GetRangeMinHz ¶ 

func (o *AudioEffectPhaser) GetRangeMinHz() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPhaser) GetRateHz ¶ 

func (o *AudioEffectPhaser) GetRateHz() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPhaser) SetDepth ¶ 

func (o *AudioEffectPhaser) SetDepth(depth gdnative.Real)
        Undocumented
	Args: [{ false depth float}], Returns: void

func (*AudioEffectPhaser) SetFeedback ¶ 

func (o *AudioEffectPhaser) SetFeedback(fbk gdnative.Real)
        Undocumented
	Args: [{ false fbk float}], Returns: void

func (*AudioEffectPhaser) SetRangeMaxHz ¶ 

func (o *AudioEffectPhaser) SetRangeMaxHz(hz gdnative.Real)
        Undocumented
	Args: [{ false hz float}], Returns: void

func (*AudioEffectPhaser) SetRangeMinHz ¶ 

func (o *AudioEffectPhaser) SetRangeMinHz(hz gdnative.Real)
        Undocumented
	Args: [{ false hz float}], Returns: void

func (*AudioEffectPhaser) SetRateHz ¶ 

func (o *AudioEffectPhaser) SetRateHz(hz gdnative.Real)
        Undocumented
	Args: [{ false hz float}], Returns: void

type AudioEffectPhaserImplementer ¶ 

type AudioEffectPhaserImplementer interface {
	AudioEffectImplementer
	GetDepth() gdnative.Real
	GetFeedback() gdnative.Real
	GetRangeMaxHz() gdnative.Real
	GetRangeMinHz() gdnative.Real
	GetRateHz() gdnative.Real
	SetDepth(depth gdnative.Real)
	SetFeedback(fbk gdnative.Real)
	SetRangeMaxHz(hz gdnative.Real)
	SetRangeMinHz(hz gdnative.Real)
	SetRateHz(hz gdnative.Real)
}

AudioEffectPhaserImplementer is an interface that implements the methods of the AudioEffectPhaser class.

type AudioEffectPitchShift ¶ 

type AudioEffectPitchShift struct {
	AudioEffect
	// contains filtered or unexported fields
}

Allows modulation of pitch independently of tempo. All frequencies can be increased/decreased with minimal effect on transients.

func (*AudioEffectPitchShift) BaseClass ¶ 

func (o *AudioEffectPitchShift) BaseClass() string

func (*AudioEffectPitchShift) GetPitchScale ¶ 

func (o *AudioEffectPitchShift) GetPitchScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectPitchShift) SetPitchScale ¶ 

func (o *AudioEffectPitchShift) SetPitchScale(rate gdnative.Real)
        Undocumented
	Args: [{ false rate float}], Returns: void

type AudioEffectPitchShiftImplementer ¶ 

type AudioEffectPitchShiftImplementer interface {
	AudioEffectImplementer
	GetPitchScale() gdnative.Real
	SetPitchScale(rate gdnative.Real)
}

AudioEffectPitchShiftImplementer is an interface that implements the methods of the AudioEffectPitchShift class.

type AudioEffectReverb ¶ 

type AudioEffectReverb struct {
	AudioEffect
	// contains filtered or unexported fields
}

Simulates rooms of different sizes. Its parameters can be adjusted to simulate the sound of a specific room.

func (*AudioEffectReverb) BaseClass ¶ 

func (o *AudioEffectReverb) BaseClass() string

func (*AudioEffectReverb) GetDamping ¶ 

func (o *AudioEffectReverb) GetDamping() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetDry ¶ 

func (o *AudioEffectReverb) GetDry() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetHpf ¶ 

func (o *AudioEffectReverb) GetHpf() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetPredelayFeedback ¶ 

func (o *AudioEffectReverb) GetPredelayFeedback() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetPredelayMsec ¶ 

func (o *AudioEffectReverb) GetPredelayMsec() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetRoomSize ¶ 

func (o *AudioEffectReverb) GetRoomSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetSpread ¶ 

func (o *AudioEffectReverb) GetSpread() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) GetWet ¶ 

func (o *AudioEffectReverb) GetWet() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectReverb) SetDamping ¶ 

func (o *AudioEffectReverb) SetDamping(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectReverb) SetDry ¶ 

func (o *AudioEffectReverb) SetDry(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectReverb) SetHpf ¶ 

func (o *AudioEffectReverb) SetHpf(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectReverb) SetPredelayFeedback ¶ 

func (o *AudioEffectReverb) SetPredelayFeedback(feedback gdnative.Real)
        Undocumented
	Args: [{ false feedback float}], Returns: void

func (*AudioEffectReverb) SetPredelayMsec ¶ 

func (o *AudioEffectReverb) SetPredelayMsec(msec gdnative.Real)
        Undocumented
	Args: [{ false msec float}], Returns: void

func (*AudioEffectReverb) SetRoomSize ¶ 

func (o *AudioEffectReverb) SetRoomSize(size gdnative.Real)
        Undocumented
	Args: [{ false size float}], Returns: void

func (*AudioEffectReverb) SetSpread ¶ 

func (o *AudioEffectReverb) SetSpread(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectReverb) SetWet ¶ 

func (o *AudioEffectReverb) SetWet(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

type AudioEffectReverbImplementer ¶ 

type AudioEffectReverbImplementer interface {
	AudioEffectImplementer
	GetDamping() gdnative.Real
	GetDry() gdnative.Real
	GetHpf() gdnative.Real
	GetPredelayFeedback() gdnative.Real
	GetPredelayMsec() gdnative.Real
	GetRoomSize() gdnative.Real
	GetSpread() gdnative.Real
	GetWet() gdnative.Real
	SetDamping(amount gdnative.Real)
	SetDry(amount gdnative.Real)
	SetHpf(amount gdnative.Real)
	SetPredelayFeedback(feedback gdnative.Real)
	SetPredelayMsec(msec gdnative.Real)
	SetRoomSize(size gdnative.Real)
	SetSpread(amount gdnative.Real)
	SetWet(amount gdnative.Real)
}

AudioEffectReverbImplementer is an interface that implements the methods of the AudioEffectReverb class.

type AudioEffectStereoEnhance ¶ 

type AudioEffectStereoEnhance struct {
	AudioEffect
	// contains filtered or unexported fields
}

func (*AudioEffectStereoEnhance) BaseClass ¶ 

func (o *AudioEffectStereoEnhance) BaseClass() string

func (*AudioEffectStereoEnhance) GetPanPullout ¶ 

func (o *AudioEffectStereoEnhance) GetPanPullout() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectStereoEnhance) GetSurround ¶ 

func (o *AudioEffectStereoEnhance) GetSurround() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectStereoEnhance) GetTimePullout ¶ 

func (o *AudioEffectStereoEnhance) GetTimePullout() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioEffectStereoEnhance) SetPanPullout ¶ 

func (o *AudioEffectStereoEnhance) SetPanPullout(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectStereoEnhance) SetSurround ¶ 

func (o *AudioEffectStereoEnhance) SetSurround(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*AudioEffectStereoEnhance) SetTimePullout ¶ 

func (o *AudioEffectStereoEnhance) SetTimePullout(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

type AudioEffectStereoEnhanceImplementer ¶ 

type AudioEffectStereoEnhanceImplementer interface {
	AudioEffectImplementer
	GetPanPullout() gdnative.Real
	GetSurround() gdnative.Real
	GetTimePullout() gdnative.Real
	SetPanPullout(amount gdnative.Real)
	SetSurround(amount gdnative.Real)
	SetTimePullout(amount gdnative.Real)
}

AudioEffectStereoEnhanceImplementer is an interface that implements the methods of the AudioEffectStereoEnhance class.

type AudioServerImplementer ¶ 

type AudioServerImplementer interface {
	ObjectImplementer
	AddBus(atPosition gdnative.Int)
	AddBusEffect(busIdx gdnative.Int, effect AudioEffectImplementer, atPosition gdnative.Int)
	GenerateBusLayout() AudioBusLayoutImplementer
	GetBusCount() gdnative.Int
	GetBusEffect(busIdx gdnative.Int, effectIdx gdnative.Int) AudioEffectImplementer
	GetBusEffectCount(busIdx gdnative.Int) gdnative.Int
	GetBusIndex(busName gdnative.String) gdnative.Int
	GetBusName(busIdx gdnative.Int) gdnative.String
	GetBusPeakVolumeLeftDb(busIdx gdnative.Int, channel gdnative.Int) gdnative.Real
	GetBusPeakVolumeRightDb(busIdx gdnative.Int, channel gdnative.Int) gdnative.Real
	GetBusSend(busIdx gdnative.Int) gdnative.String
	GetBusVolumeDb(busIdx gdnative.Int) gdnative.Real
	GetMixRate() gdnative.Real
	IsBusBypassingEffects(busIdx gdnative.Int) gdnative.Bool
	IsBusEffectEnabled(busIdx gdnative.Int, effectIdx gdnative.Int) gdnative.Bool
	IsBusMute(busIdx gdnative.Int) gdnative.Bool
	IsBusSolo(busIdx gdnative.Int) gdnative.Bool
	Lock()
	MoveBus(index gdnative.Int, toIndex gdnative.Int)
	RemoveBus(index gdnative.Int)
	RemoveBusEffect(busIdx gdnative.Int, effectIdx gdnative.Int)
	SetBusBypassEffects(busIdx gdnative.Int, enable gdnative.Bool)
	SetBusCount(amount gdnative.Int)
	SetBusEffectEnabled(busIdx gdnative.Int, effectIdx gdnative.Int, enabled gdnative.Bool)
	SetBusLayout(busLayout AudioBusLayoutImplementer)
	SetBusMute(busIdx gdnative.Int, enable gdnative.Bool)
	SetBusName(busIdx gdnative.Int, name gdnative.String)
	SetBusSend(busIdx gdnative.Int, send gdnative.String)
	SetBusSolo(busIdx gdnative.Int, enable gdnative.Bool)
	SetBusVolumeDb(busIdx gdnative.Int, volumeDb gdnative.Real)
	SwapBusEffects(busIdx gdnative.Int, effectIdx gdnative.Int, byEffectIdx gdnative.Int)
	Unlock()
}

AudioServerImplementer is an interface that implements the methods of the AudioServer class.

type AudioServerSpeakerMode ¶ 

type AudioServerSpeakerMode int

AudioServerSpeakerMode is an enum for SpeakerMode values. 

const (
	AudioServerSpeakerModeStereo AudioServerSpeakerMode = 0
	AudioServerSpeakerSurround51 AudioServerSpeakerMode = 2
	AudioServerSpeakerSurround71 AudioServerSpeakerMode = 3
)

type AudioStream ¶ 

type AudioStream struct {
	Resource
	// contains filtered or unexported fields
}

Base class for audio streams. Audio streams are used for music playback, or other types of streamed sounds that don't fit or require more flexibility than a [Sample].

func (*AudioStream) BaseClass ¶ 

func (o *AudioStream) BaseClass() string

func (*AudioStream) GetLength ¶ 

func (o *AudioStream) GetLength() gdnative.Real

Args: [], Returns: float

type AudioStreamImplementer ¶ 

type AudioStreamImplementer interface {
	ResourceImplementer
	GetLength() gdnative.Real
}

AudioStreamImplementer is an interface that implements the methods of the AudioStream class.

type AudioStreamOGGVorbis ¶ 

type AudioStreamOGGVorbis struct {
	AudioStream
	// contains filtered or unexported fields
}

Undocumented

func (*AudioStreamOGGVorbis) BaseClass ¶ 

func (o *AudioStreamOGGVorbis) BaseClass() string

func (*AudioStreamOGGVorbis) GetLoopOffset ¶ 

func (o *AudioStreamOGGVorbis) GetLoopOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamOGGVorbis) HasLoop ¶ 

func (o *AudioStreamOGGVorbis) HasLoop() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamOGGVorbis) SetLoop ¶ 

func (o *AudioStreamOGGVorbis) SetLoop(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*AudioStreamOGGVorbis) SetLoopOffset ¶ 

func (o *AudioStreamOGGVorbis) SetLoopOffset(seconds gdnative.Real)
        Undocumented
	Args: [{ false seconds float}], Returns: void

func (*AudioStreamOGGVorbis) X_GetData ¶ 

func (o *AudioStreamOGGVorbis) X_GetData() gdnative.PoolByteArray
        Undocumented
	Args: [], Returns: PoolByteArray

func (*AudioStreamOGGVorbis) X_SetData ¶ 

func (o *AudioStreamOGGVorbis) X_SetData(data gdnative.PoolByteArray)
        Undocumented
	Args: [{ false data PoolByteArray}], Returns: void

type AudioStreamOGGVorbisImplementer ¶ 

type AudioStreamOGGVorbisImplementer interface {
	AudioStreamImplementer
	X_GetData() gdnative.PoolByteArray
	X_SetData(data gdnative.PoolByteArray)
	GetLoopOffset() gdnative.Real
	HasLoop() gdnative.Bool
	SetLoop(enable gdnative.Bool)
	SetLoopOffset(seconds gdnative.Real)
}

AudioStreamOGGVorbisImplementer is an interface that implements the methods of the AudioStreamOGGVorbis class.

type AudioStreamPlayback ¶ 

type AudioStreamPlayback struct {
	Reference
	// contains filtered or unexported fields
}

Can play, loop, pause a scroll through Audio. See AudioStream and AudioStreamOGGVorbis for usage.

func (*AudioStreamPlayback) BaseClass ¶ 

func (o *AudioStreamPlayback) BaseClass() string

type AudioStreamPlaybackImplementer ¶ 

type AudioStreamPlaybackImplementer interface {
	ReferenceImplementer
}

AudioStreamPlaybackImplementer is an interface that implements the methods of the AudioStreamPlayback class.

type AudioStreamPlayer ¶ 

type AudioStreamPlayer struct {
	Node
	// contains filtered or unexported fields
}

Plays background audio.

func (*AudioStreamPlayer) BaseClass ¶ 

func (o *AudioStreamPlayer) BaseClass() string

func (*AudioStreamPlayer) GetBus ¶ 

func (o *AudioStreamPlayer) GetBus() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AudioStreamPlayer) GetMixTarget ¶ 

func (o *AudioStreamPlayer) GetMixTarget() AudioStreamPlayerMixTarget
        Undocumented
	Args: [], Returns: enum.AudioStreamPlayer::MixTarget

func (*AudioStreamPlayer) GetPlaybackPosition ¶ 

func (o *AudioStreamPlayer) GetPlaybackPosition() gdnative.Real
        Returns the position in the [AudioStream].
	Args: [], Returns: float

func (*AudioStreamPlayer) GetStream ¶ 

func (o *AudioStreamPlayer) GetStream() AudioStreamImplementer
        Undocumented
	Args: [], Returns: AudioStream

func (*AudioStreamPlayer) GetVolumeDb ¶ 

func (o *AudioStreamPlayer) GetVolumeDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer) IsAutoplayEnabled ¶ 

func (o *AudioStreamPlayer) IsAutoplayEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer) IsPlaying ¶ 

func (o *AudioStreamPlayer) IsPlaying() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer) Play ¶ 

func (o *AudioStreamPlayer) Play(fromPosition gdnative.Real)
        Plays the audio from the given position 'from_position', in seconds.
	Args: [{0 true from_position float}], Returns: void

func (*AudioStreamPlayer) Seek ¶ 

func (o *AudioStreamPlayer) Seek(toPosition gdnative.Real)
        Sets the position from which audio will be played, in seconds.
	Args: [{ false to_position float}], Returns: void

func (*AudioStreamPlayer) SetAutoplay ¶ 

func (o *AudioStreamPlayer) SetAutoplay(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*AudioStreamPlayer) SetBus ¶ 

func (o *AudioStreamPlayer) SetBus(bus gdnative.String)
        Undocumented
	Args: [{ false bus String}], Returns: void

func (*AudioStreamPlayer) SetMixTarget ¶ 

func (o *AudioStreamPlayer) SetMixTarget(mixTarget gdnative.Int)
        Undocumented
	Args: [{ false mix_target int}], Returns: void

func (*AudioStreamPlayer) SetStream ¶ 

func (o *AudioStreamPlayer) SetStream(stream AudioStreamImplementer)
        Undocumented
	Args: [{ false stream AudioStream}], Returns: void

func (*AudioStreamPlayer) SetVolumeDb ¶ 

func (o *AudioStreamPlayer) SetVolumeDb(volumeDb gdnative.Real)
        Undocumented
	Args: [{ false volume_db float}], Returns: void

func (*AudioStreamPlayer) Stop ¶ 

func (o *AudioStreamPlayer) Stop()
        Stops the audio.
	Args: [], Returns: void

func (*AudioStreamPlayer) X_BusLayoutChanged ¶ 

func (o *AudioStreamPlayer) X_BusLayoutChanged()
        Undocumented
	Args: [], Returns: void

func (*AudioStreamPlayer) X_IsActive ¶ 

func (o *AudioStreamPlayer) X_IsActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer) X_SetPlaying ¶ 

func (o *AudioStreamPlayer) X_SetPlaying(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type AudioStreamPlayer2D ¶ 

type AudioStreamPlayer2D struct {
	Node2D
	// contains filtered or unexported fields
}

Plays audio that dampens with distance from screen center.

func (*AudioStreamPlayer2D) BaseClass ¶ 

func (o *AudioStreamPlayer2D) BaseClass() string

func (*AudioStreamPlayer2D) GetAreaMask ¶ 

func (o *AudioStreamPlayer2D) GetAreaMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AudioStreamPlayer2D) GetAttenuation ¶ 

func (o *AudioStreamPlayer2D) GetAttenuation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer2D) GetBus ¶ 

func (o *AudioStreamPlayer2D) GetBus() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AudioStreamPlayer2D) GetMaxDistance ¶ 

func (o *AudioStreamPlayer2D) GetMaxDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer2D) GetPlaybackPosition ¶ 

func (o *AudioStreamPlayer2D) GetPlaybackPosition() gdnative.Real
        Returns the position in the [AudioStream].
	Args: [], Returns: float

func (*AudioStreamPlayer2D) GetStream ¶ 

func (o *AudioStreamPlayer2D) GetStream() AudioStreamImplementer
        Undocumented
	Args: [], Returns: AudioStream

func (*AudioStreamPlayer2D) GetVolumeDb ¶ 

func (o *AudioStreamPlayer2D) GetVolumeDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer2D) IsAutoplayEnabled ¶ 

func (o *AudioStreamPlayer2D) IsAutoplayEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer2D) IsPlaying ¶ 

func (o *AudioStreamPlayer2D) IsPlaying() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer2D) Play ¶ 

func (o *AudioStreamPlayer2D) Play(fromPosition gdnative.Real)
        Plays the audio from the given position 'from_position', in seconds.
	Args: [{0 true from_position float}], Returns: void

func (*AudioStreamPlayer2D) Seek ¶ 

func (o *AudioStreamPlayer2D) Seek(toPosition gdnative.Real)
        Sets the position from which audio will be played, in seconds.
	Args: [{ false to_position float}], Returns: void

func (*AudioStreamPlayer2D) SetAreaMask ¶ 

func (o *AudioStreamPlayer2D) SetAreaMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*AudioStreamPlayer2D) SetAttenuation ¶ 

func (o *AudioStreamPlayer2D) SetAttenuation(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*AudioStreamPlayer2D) SetAutoplay ¶ 

func (o *AudioStreamPlayer2D) SetAutoplay(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*AudioStreamPlayer2D) SetBus ¶ 

func (o *AudioStreamPlayer2D) SetBus(bus gdnative.String)
        Undocumented
	Args: [{ false bus String}], Returns: void

func (*AudioStreamPlayer2D) SetMaxDistance ¶ 

func (o *AudioStreamPlayer2D) SetMaxDistance(pixels gdnative.Real)
        Undocumented
	Args: [{ false pixels float}], Returns: void

func (*AudioStreamPlayer2D) SetStream ¶ 

func (o *AudioStreamPlayer2D) SetStream(stream AudioStreamImplementer)
        Undocumented
	Args: [{ false stream AudioStream}], Returns: void

func (*AudioStreamPlayer2D) SetVolumeDb ¶ 

func (o *AudioStreamPlayer2D) SetVolumeDb(volumeDb gdnative.Real)
        Undocumented
	Args: [{ false volume_db float}], Returns: void

func (*AudioStreamPlayer2D) Stop ¶ 

func (o *AudioStreamPlayer2D) Stop()
        Stops the audio.
	Args: [], Returns: void

func (*AudioStreamPlayer2D) X_BusLayoutChanged ¶ 

func (o *AudioStreamPlayer2D) X_BusLayoutChanged()
        Undocumented
	Args: [], Returns: void

func (*AudioStreamPlayer2D) X_IsActive ¶ 

func (o *AudioStreamPlayer2D) X_IsActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer2D) X_SetPlaying ¶ 

func (o *AudioStreamPlayer2D) X_SetPlaying(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type AudioStreamPlayer2DImplementer ¶ 

type AudioStreamPlayer2DImplementer interface {
	Node2DImplementer
	X_BusLayoutChanged()
	X_IsActive() gdnative.Bool
	X_SetPlaying(enable gdnative.Bool)
	GetAreaMask() gdnative.Int
	GetAttenuation() gdnative.Real
	GetBus() gdnative.String
	GetMaxDistance() gdnative.Real
	GetPlaybackPosition() gdnative.Real
	GetStream() AudioStreamImplementer
	GetVolumeDb() gdnative.Real
	IsAutoplayEnabled() gdnative.Bool
	IsPlaying() gdnative.Bool
	Play(fromPosition gdnative.Real)
	Seek(toPosition gdnative.Real)
	SetAreaMask(mask gdnative.Int)
	SetAttenuation(curve gdnative.Real)
	SetAutoplay(enable gdnative.Bool)
	SetBus(bus gdnative.String)
	SetMaxDistance(pixels gdnative.Real)
	SetStream(stream AudioStreamImplementer)
	SetVolumeDb(volumeDb gdnative.Real)
	Stop()
}

AudioStreamPlayer2DImplementer is an interface that implements the methods of the AudioStreamPlayer2D class.

type AudioStreamPlayer3D ¶ 

type AudioStreamPlayer3D struct {
	Spatial
	// contains filtered or unexported fields
}

Plays a sound effect with directed sound effects, dampens with distance if needed, generates effect of hearable position in space.

func (*AudioStreamPlayer3D) BaseClass ¶ 

func (o *AudioStreamPlayer3D) BaseClass() string

func (*AudioStreamPlayer3D) GetAreaMask ¶ 

func (o *AudioStreamPlayer3D) GetAreaMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AudioStreamPlayer3D) GetAttenuationFilterCutoffHz ¶ 

func (o *AudioStreamPlayer3D) GetAttenuationFilterCutoffHz() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetAttenuationFilterDb ¶ 

func (o *AudioStreamPlayer3D) GetAttenuationFilterDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetAttenuationModel ¶ 

func (o *AudioStreamPlayer3D) GetAttenuationModel() AudioStreamPlayer3DAttenuationModel
        Undocumented
	Args: [], Returns: enum.AudioStreamPlayer3D::AttenuationModel

func (*AudioStreamPlayer3D) GetBus ¶ 

func (o *AudioStreamPlayer3D) GetBus() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*AudioStreamPlayer3D) GetDopplerTracking ¶ 

func (o *AudioStreamPlayer3D) GetDopplerTracking() AudioStreamPlayer3DDopplerTracking
        Undocumented
	Args: [], Returns: enum.AudioStreamPlayer3D::DopplerTracking

func (*AudioStreamPlayer3D) GetEmissionAngle ¶ 

func (o *AudioStreamPlayer3D) GetEmissionAngle() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetEmissionAngleFilterAttenuationDb ¶ 

func (o *AudioStreamPlayer3D) GetEmissionAngleFilterAttenuationDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetMaxDb ¶ 

func (o *AudioStreamPlayer3D) GetMaxDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetMaxDistance ¶ 

func (o *AudioStreamPlayer3D) GetMaxDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetOutOfRangeMode ¶ 

func (o *AudioStreamPlayer3D) GetOutOfRangeMode() AudioStreamPlayer3DOutOfRangeMode
        Undocumented
	Args: [], Returns: enum.AudioStreamPlayer3D::OutOfRangeMode

func (*AudioStreamPlayer3D) GetPlaybackPosition ¶ 

func (o *AudioStreamPlayer3D) GetPlaybackPosition() gdnative.Real
        Returns the position in the [AudioStream].
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetStream ¶ 

func (o *AudioStreamPlayer3D) GetStream() AudioStreamImplementer
        Undocumented
	Args: [], Returns: AudioStream

func (*AudioStreamPlayer3D) GetUnitDb ¶ 

func (o *AudioStreamPlayer3D) GetUnitDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) GetUnitSize ¶ 

func (o *AudioStreamPlayer3D) GetUnitSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamPlayer3D) IsAutoplayEnabled ¶ 

func (o *AudioStreamPlayer3D) IsAutoplayEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer3D) IsEmissionAngleEnabled ¶ 

func (o *AudioStreamPlayer3D) IsEmissionAngleEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer3D) IsPlaying ¶ 

func (o *AudioStreamPlayer3D) IsPlaying() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer3D) Play ¶ 

func (o *AudioStreamPlayer3D) Play(fromPosition gdnative.Real)
        Plays the audio from the given position 'from_position', in seconds.
	Args: [{0 true from_position float}], Returns: void

func (*AudioStreamPlayer3D) Seek ¶ 

func (o *AudioStreamPlayer3D) Seek(toPosition gdnative.Real)
        Sets the position from which audio will be played, in seconds.
	Args: [{ false to_position float}], Returns: void

func (*AudioStreamPlayer3D) SetAreaMask ¶ 

func (o *AudioStreamPlayer3D) SetAreaMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*AudioStreamPlayer3D) SetAttenuationFilterCutoffHz ¶ 

func (o *AudioStreamPlayer3D) SetAttenuationFilterCutoffHz(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*AudioStreamPlayer3D) SetAttenuationFilterDb ¶ 

func (o *AudioStreamPlayer3D) SetAttenuationFilterDb(db gdnative.Real)
        Undocumented
	Args: [{ false db float}], Returns: void

func (*AudioStreamPlayer3D) SetAttenuationModel ¶ 

func (o *AudioStreamPlayer3D) SetAttenuationModel(model gdnative.Int)
        Undocumented
	Args: [{ false model int}], Returns: void

func (*AudioStreamPlayer3D) SetAutoplay ¶ 

func (o *AudioStreamPlayer3D) SetAutoplay(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*AudioStreamPlayer3D) SetBus ¶ 

func (o *AudioStreamPlayer3D) SetBus(bus gdnative.String)
        Undocumented
	Args: [{ false bus String}], Returns: void

func (*AudioStreamPlayer3D) SetDopplerTracking ¶ 

func (o *AudioStreamPlayer3D) SetDopplerTracking(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*AudioStreamPlayer3D) SetEmissionAngle ¶ 

func (o *AudioStreamPlayer3D) SetEmissionAngle(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*AudioStreamPlayer3D) SetEmissionAngleEnabled ¶ 

func (o *AudioStreamPlayer3D) SetEmissionAngleEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*AudioStreamPlayer3D) SetEmissionAngleFilterAttenuationDb ¶ 

func (o *AudioStreamPlayer3D) SetEmissionAngleFilterAttenuationDb(db gdnative.Real)
        Undocumented
	Args: [{ false db float}], Returns: void

func (*AudioStreamPlayer3D) SetMaxDb ¶ 

func (o *AudioStreamPlayer3D) SetMaxDb(maxDb gdnative.Real)
        Undocumented
	Args: [{ false max_db float}], Returns: void

func (*AudioStreamPlayer3D) SetMaxDistance ¶ 

func (o *AudioStreamPlayer3D) SetMaxDistance(metres gdnative.Real)
        Undocumented
	Args: [{ false metres float}], Returns: void

func (*AudioStreamPlayer3D) SetOutOfRangeMode ¶ 

func (o *AudioStreamPlayer3D) SetOutOfRangeMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*AudioStreamPlayer3D) SetStream ¶ 

func (o *AudioStreamPlayer3D) SetStream(stream AudioStreamImplementer)
        Undocumented
	Args: [{ false stream AudioStream}], Returns: void

func (*AudioStreamPlayer3D) SetUnitDb ¶ 

func (o *AudioStreamPlayer3D) SetUnitDb(unitDb gdnative.Real)
        Undocumented
	Args: [{ false unit_db float}], Returns: void

func (*AudioStreamPlayer3D) SetUnitSize ¶ 

func (o *AudioStreamPlayer3D) SetUnitSize(unitSize gdnative.Real)
        Undocumented
	Args: [{ false unit_size float}], Returns: void

func (*AudioStreamPlayer3D) Stop ¶ 

func (o *AudioStreamPlayer3D) Stop()
        Stops the audio.
	Args: [], Returns: void

func (*AudioStreamPlayer3D) X_BusLayoutChanged ¶ 

func (o *AudioStreamPlayer3D) X_BusLayoutChanged()
        Undocumented
	Args: [], Returns: void

func (*AudioStreamPlayer3D) X_IsActive ¶ 

func (o *AudioStreamPlayer3D) X_IsActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamPlayer3D) X_SetPlaying ¶ 

func (o *AudioStreamPlayer3D) X_SetPlaying(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type AudioStreamPlayer3DAttenuationModel ¶ 

type AudioStreamPlayer3DAttenuationModel int

AudioStreamPlayer3DAttenuationModel is an enum for AttenuationModel values. 

const (
	AudioStreamPlayer3DAttenuationInverseDistance       AudioStreamPlayer3DAttenuationModel = 0
	AudioStreamPlayer3DAttenuationInverseSquareDistance AudioStreamPlayer3DAttenuationModel = 1
	AudioStreamPlayer3DAttenuationLogarithmic           AudioStreamPlayer3DAttenuationModel = 2
)

type AudioStreamPlayer3DDopplerTracking ¶ 

type AudioStreamPlayer3DDopplerTracking int

AudioStreamPlayer3DDopplerTracking is an enum for DopplerTracking values. 

const (
	AudioStreamPlayer3DDopplerTrackingDisabled    AudioStreamPlayer3DDopplerTracking = 0
	AudioStreamPlayer3DDopplerTrackingIdleStep    AudioStreamPlayer3DDopplerTracking = 1
	AudioStreamPlayer3DDopplerTrackingPhysicsStep AudioStreamPlayer3DDopplerTracking = 2
)

type AudioStreamPlayer3DImplementer ¶ 

type AudioStreamPlayer3DImplementer interface {
	SpatialImplementer
	X_BusLayoutChanged()
	X_IsActive() gdnative.Bool
	X_SetPlaying(enable gdnative.Bool)
	GetAreaMask() gdnative.Int
	GetAttenuationFilterCutoffHz() gdnative.Real
	GetAttenuationFilterDb() gdnative.Real
	GetBus() gdnative.String
	GetEmissionAngle() gdnative.Real
	GetEmissionAngleFilterAttenuationDb() gdnative.Real
	GetMaxDb() gdnative.Real
	GetMaxDistance() gdnative.Real
	GetPlaybackPosition() gdnative.Real
	GetStream() AudioStreamImplementer
	GetUnitDb() gdnative.Real
	GetUnitSize() gdnative.Real
	IsAutoplayEnabled() gdnative.Bool
	IsEmissionAngleEnabled() gdnative.Bool
	IsPlaying() gdnative.Bool
	Play(fromPosition gdnative.Real)
	Seek(toPosition gdnative.Real)
	SetAreaMask(mask gdnative.Int)
	SetAttenuationFilterCutoffHz(degrees gdnative.Real)
	SetAttenuationFilterDb(db gdnative.Real)
	SetAttenuationModel(model gdnative.Int)
	SetAutoplay(enable gdnative.Bool)
	SetBus(bus gdnative.String)
	SetDopplerTracking(mode gdnative.Int)
	SetEmissionAngle(degrees gdnative.Real)
	SetEmissionAngleEnabled(enabled gdnative.Bool)
	SetEmissionAngleFilterAttenuationDb(db gdnative.Real)
	SetMaxDb(maxDb gdnative.Real)
	SetMaxDistance(metres gdnative.Real)
	SetOutOfRangeMode(mode gdnative.Int)
	SetStream(stream AudioStreamImplementer)
	SetUnitDb(unitDb gdnative.Real)
	SetUnitSize(unitSize gdnative.Real)
	Stop()
}

AudioStreamPlayer3DImplementer is an interface that implements the methods of the AudioStreamPlayer3D class.

type AudioStreamPlayer3DOutOfRangeMode ¶ 

type AudioStreamPlayer3DOutOfRangeMode int

AudioStreamPlayer3DOutOfRangeMode is an enum for OutOfRangeMode values. 

const (
	AudioStreamPlayer3DOutOfRangeMix   AudioStreamPlayer3DOutOfRangeMode = 0
	AudioStreamPlayer3DOutOfRangePause AudioStreamPlayer3DOutOfRangeMode = 1
)

type AudioStreamPlayerImplementer ¶ 

type AudioStreamPlayerImplementer interface {
	NodeImplementer
	X_BusLayoutChanged()
	X_IsActive() gdnative.Bool
	X_SetPlaying(enable gdnative.Bool)
	GetBus() gdnative.String
	GetPlaybackPosition() gdnative.Real
	GetStream() AudioStreamImplementer
	GetVolumeDb() gdnative.Real
	IsAutoplayEnabled() gdnative.Bool
	IsPlaying() gdnative.Bool
	Play(fromPosition gdnative.Real)
	Seek(toPosition gdnative.Real)
	SetAutoplay(enable gdnative.Bool)
	SetBus(bus gdnative.String)
	SetMixTarget(mixTarget gdnative.Int)
	SetStream(stream AudioStreamImplementer)
	SetVolumeDb(volumeDb gdnative.Real)
	Stop()
}

AudioStreamPlayerImplementer is an interface that implements the methods of the AudioStreamPlayer class.

type AudioStreamPlayerMixTarget ¶ 

type AudioStreamPlayerMixTarget int

AudioStreamPlayerMixTarget is an enum for MixTarget values. 

const (
	AudioStreamPlayerMixTargetCenter   AudioStreamPlayerMixTarget = 2
	AudioStreamPlayerMixTargetStereo   AudioStreamPlayerMixTarget = 0
	AudioStreamPlayerMixTargetSurround AudioStreamPlayerMixTarget = 1
)

type AudioStreamRandomPitch ¶ 

type AudioStreamRandomPitch struct {
	AudioStream
	// contains filtered or unexported fields
}

Randomly varies pitch on each start.

func (*AudioStreamRandomPitch) BaseClass ¶ 

func (o *AudioStreamRandomPitch) BaseClass() string

func (*AudioStreamRandomPitch) GetAudioStream ¶ 

func (o *AudioStreamRandomPitch) GetAudioStream() AudioStreamImplementer
        Undocumented
	Args: [], Returns: AudioStream

func (*AudioStreamRandomPitch) GetRandomPitch ¶ 

func (o *AudioStreamRandomPitch) GetRandomPitch() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*AudioStreamRandomPitch) SetAudioStream ¶ 

func (o *AudioStreamRandomPitch) SetAudioStream(stream AudioStreamImplementer)
        Undocumented
	Args: [{ false stream AudioStream}], Returns: void

func (*AudioStreamRandomPitch) SetRandomPitch ¶ 

func (o *AudioStreamRandomPitch) SetRandomPitch(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

type AudioStreamRandomPitchImplementer ¶ 

type AudioStreamRandomPitchImplementer interface {
	AudioStreamImplementer
	GetAudioStream() AudioStreamImplementer
	GetRandomPitch() gdnative.Real
	SetAudioStream(stream AudioStreamImplementer)
	SetRandomPitch(scale gdnative.Real)
}

AudioStreamRandomPitchImplementer is an interface that implements the methods of the AudioStreamRandomPitch class.

type AudioStreamSample ¶ 

type AudioStreamSample struct {
	AudioStream
	// contains filtered or unexported fields
}

Plays audio, can loop.

func (*AudioStreamSample) BaseClass ¶ 

func (o *AudioStreamSample) BaseClass() string

func (*AudioStreamSample) GetFormat ¶ 

func (o *AudioStreamSample) GetFormat() AudioStreamSampleFormat
        Undocumented
	Args: [], Returns: enum.AudioStreamSample::Format

func (*AudioStreamSample) GetLoopBegin ¶ 

func (o *AudioStreamSample) GetLoopBegin() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AudioStreamSample) GetLoopEnd ¶ 

func (o *AudioStreamSample) GetLoopEnd() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AudioStreamSample) GetLoopMode ¶ 

func (o *AudioStreamSample) GetLoopMode() AudioStreamSampleLoopMode
        Undocumented
	Args: [], Returns: enum.AudioStreamSample::LoopMode

func (*AudioStreamSample) GetMixRate ¶ 

func (o *AudioStreamSample) GetMixRate() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*AudioStreamSample) IsStereo ¶ 

func (o *AudioStreamSample) IsStereo() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*AudioStreamSample) SetFormat ¶ 

func (o *AudioStreamSample) SetFormat(format gdnative.Int)
        Undocumented
	Args: [{ false format int}], Returns: void

func (*AudioStreamSample) SetLoopBegin ¶ 

func (o *AudioStreamSample) SetLoopBegin(loopBegin gdnative.Int)
        Undocumented
	Args: [{ false loop_begin int}], Returns: void

func (*AudioStreamSample) SetLoopEnd ¶ 

func (o *AudioStreamSample) SetLoopEnd(loopEnd gdnative.Int)
        Undocumented
	Args: [{ false loop_end int}], Returns: void

func (*AudioStreamSample) SetLoopMode ¶ 

func (o *AudioStreamSample) SetLoopMode(loopMode gdnative.Int)
        Undocumented
	Args: [{ false loop_mode int}], Returns: void

func (*AudioStreamSample) SetMixRate ¶ 

func (o *AudioStreamSample) SetMixRate(mixRate gdnative.Int)
        Undocumented
	Args: [{ false mix_rate int}], Returns: void

func (*AudioStreamSample) SetStereo ¶ 

func (o *AudioStreamSample) SetStereo(stereo gdnative.Bool)
        Undocumented
	Args: [{ false stereo bool}], Returns: void

func (*AudioStreamSample) X_GetData ¶ 

func (o *AudioStreamSample) X_GetData() gdnative.PoolByteArray
        Undocumented
	Args: [], Returns: PoolByteArray

func (*AudioStreamSample) X_SetData ¶ 

func (o *AudioStreamSample) X_SetData(data gdnative.PoolByteArray)
        Undocumented
	Args: [{ false data PoolByteArray}], Returns: void

type AudioStreamSampleFormat ¶ 

type AudioStreamSampleFormat int

AudioStreamSampleFormat is an enum for Format values. 

const (
	AudioStreamSampleFormat16Bits   AudioStreamSampleFormat = 1
	AudioStreamSampleFormat8Bits    AudioStreamSampleFormat = 0
	AudioStreamSampleFormatImaAdpcm AudioStreamSampleFormat = 2
)

type AudioStreamSampleImplementer ¶ 

type AudioStreamSampleImplementer interface {
	AudioStreamImplementer
	X_GetData() gdnative.PoolByteArray
	X_SetData(data gdnative.PoolByteArray)
	GetLoopBegin() gdnative.Int
	GetLoopEnd() gdnative.Int
	GetMixRate() gdnative.Int
	IsStereo() gdnative.Bool
	SetFormat(format gdnative.Int)
	SetLoopBegin(loopBegin gdnative.Int)
	SetLoopEnd(loopEnd gdnative.Int)
	SetLoopMode(loopMode gdnative.Int)
	SetMixRate(mixRate gdnative.Int)
	SetStereo(stereo gdnative.Bool)
}

AudioStreamSampleImplementer is an interface that implements the methods of the AudioStreamSample class.

type AudioStreamSampleLoopMode ¶ 

type AudioStreamSampleLoopMode int

AudioStreamSampleLoopMode is an enum for LoopMode values. 

const (
	AudioStreamSampleLoopDisabled AudioStreamSampleLoopMode = 0
	AudioStreamSampleLoopForward  AudioStreamSampleLoopMode = 1
	AudioStreamSampleLoopPingPong AudioStreamSampleLoopMode = 2
)

type BackBufferCopy ¶ 

type BackBufferCopy struct {
	Node2D
	// contains filtered or unexported fields
}

Node for back-buffering the currently displayed screen. The region defined in the BackBufferCopy node is bufferized with the content of the screen it covers, or the entire screen according to the copy mode set. Accessing this buffer is done with the texscreen() shader instruction.

func (*BackBufferCopy) BaseClass ¶ 

func (o *BackBufferCopy) BaseClass() string

func (*BackBufferCopy) GetCopyMode ¶ 

func (o *BackBufferCopy) GetCopyMode() BackBufferCopyCopyMode
        Undocumented
	Args: [], Returns: enum.BackBufferCopy::CopyMode

func (*BackBufferCopy) GetRect ¶ 

func (o *BackBufferCopy) GetRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*BackBufferCopy) SetCopyMode ¶ 

func (o *BackBufferCopy) SetCopyMode(copyMode gdnative.Int)
        Undocumented
	Args: [{ false copy_mode int}], Returns: void

func (*BackBufferCopy) SetRect ¶ 

func (o *BackBufferCopy) SetRect(rect gdnative.Rect2)
        Undocumented
	Args: [{ false rect Rect2}], Returns: void

type BackBufferCopyCopyMode ¶ 

type BackBufferCopyCopyMode int

BackBufferCopyCopyMode is an enum for CopyMode values. 

const (
	BackBufferCopyCopyModeDisabled BackBufferCopyCopyMode = 0
	BackBufferCopyCopyModeRect     BackBufferCopyCopyMode = 1
	BackBufferCopyCopyModeViewport BackBufferCopyCopyMode = 2
)

type BackBufferCopyImplementer ¶ 

type BackBufferCopyImplementer interface {
	Node2DImplementer
	GetRect() gdnative.Rect2
	SetCopyMode(copyMode gdnative.Int)
	SetRect(rect gdnative.Rect2)
}

BackBufferCopyImplementer is an interface that implements the methods of the BackBufferCopy class.

type BakedLightmap ¶ 

type BakedLightmap struct {
	VisualInstance
	// contains filtered or unexported fields
}

func (*BakedLightmap) Bake ¶ 

func (o *BakedLightmap) Bake(fromNode ObjectImplementer, createVisualDebug gdnative.Bool) BakedLightmapBakeError

Args: [{Null true from_node Object} {False true create_visual_debug bool}], Returns: enum.BakedLightmap::BakeError

func (*BakedLightmap) BaseClass ¶ 

func (o *BakedLightmap) BaseClass() string

func (*BakedLightmap) DebugBake ¶ 

func (o *BakedLightmap) DebugBake()

Args: [], Returns: void

func (*BakedLightmap) GetBakeCellSize ¶ 

func (o *BakedLightmap) GetBakeCellSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*BakedLightmap) GetBakeMode ¶ 

func (o *BakedLightmap) GetBakeMode() BakedLightmapBakeMode
        Undocumented
	Args: [], Returns: enum.BakedLightmap::BakeMode

func (*BakedLightmap) GetBakeQuality ¶ 

func (o *BakedLightmap) GetBakeQuality() BakedLightmapBakeQuality
        Undocumented
	Args: [], Returns: enum.BakedLightmap::BakeQuality

func (*BakedLightmap) GetCaptureCellSize ¶ 

func (o *BakedLightmap) GetCaptureCellSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*BakedLightmap) GetEnergy ¶ 

func (o *BakedLightmap) GetEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*BakedLightmap) GetExtents ¶ 

func (o *BakedLightmap) GetExtents() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*BakedLightmap) GetImagePath ¶ 

func (o *BakedLightmap) GetImagePath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*BakedLightmap) GetLightData ¶ 

func (o *BakedLightmap) GetLightData() BakedLightmapDataImplementer
        Undocumented
	Args: [], Returns: BakedLightmapData

func (*BakedLightmap) GetPropagation ¶ 

func (o *BakedLightmap) GetPropagation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*BakedLightmap) IsHdr ¶ 

func (o *BakedLightmap) IsHdr() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*BakedLightmap) SetBakeCellSize ¶ 

func (o *BakedLightmap) SetBakeCellSize(bakeCellSize gdnative.Real)
        Undocumented
	Args: [{ false bake_cell_size float}], Returns: void

func (*BakedLightmap) SetBakeMode ¶ 

func (o *BakedLightmap) SetBakeMode(bakeMode gdnative.Int)
        Undocumented
	Args: [{ false bake_mode int}], Returns: void

func (*BakedLightmap) SetBakeQuality ¶ 

func (o *BakedLightmap) SetBakeQuality(bakeQuality gdnative.Int)
        Undocumented
	Args: [{ false bake_quality int}], Returns: void

func (*BakedLightmap) SetCaptureCellSize ¶ 

func (o *BakedLightmap) SetCaptureCellSize(captureCellSize gdnative.Real)
        Undocumented
	Args: [{ false capture_cell_size float}], Returns: void

func (*BakedLightmap) SetEnergy ¶ 

func (o *BakedLightmap) SetEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*BakedLightmap) SetExtents ¶ 

func (o *BakedLightmap) SetExtents(extents gdnative.Vector3)
        Undocumented
	Args: [{ false extents Vector3}], Returns: void

func (*BakedLightmap) SetHdr ¶ 

func (o *BakedLightmap) SetHdr(hdr gdnative.Bool)
        Undocumented
	Args: [{ false hdr bool}], Returns: void

func (*BakedLightmap) SetImagePath ¶ 

func (o *BakedLightmap) SetImagePath(imagePath gdnative.String)
        Undocumented
	Args: [{ false image_path String}], Returns: void

func (*BakedLightmap) SetLightData ¶ 

func (o *BakedLightmap) SetLightData(data BakedLightmapDataImplementer)
        Undocumented
	Args: [{ false data BakedLightmapData}], Returns: void

func (*BakedLightmap) SetPropagation ¶ 

func (o *BakedLightmap) SetPropagation(propagation gdnative.Real)
        Undocumented
	Args: [{ false propagation float}], Returns: void

type BakedLightmapBakeError ¶ 

type BakedLightmapBakeError int

BakedLightmapBakeError is an enum for BakeError values. 

const (
	BakedLightmapBakeErrorCantCreateImage BakedLightmapBakeError = 3
	BakedLightmapBakeErrorNoMeshes        BakedLightmapBakeError = 2
	BakedLightmapBakeErrorNoSavePath      BakedLightmapBakeError = 1
	BakedLightmapBakeErrorOk              BakedLightmapBakeError = 0
	BakedLightmapBakeErrorUserAborted     BakedLightmapBakeError = 4
)

type BakedLightmapBakeMode ¶ 

type BakedLightmapBakeMode int

BakedLightmapBakeMode is an enum for BakeMode values. 

const (
	BakedLightmapBakeModeConeTrace BakedLightmapBakeMode = 0
	BakedLightmapBakeModeRayTrace  BakedLightmapBakeMode = 1
)

type BakedLightmapBakeQuality ¶ 

type BakedLightmapBakeQuality int

BakedLightmapBakeQuality is an enum for BakeQuality values. 

const (
	BakedLightmapBakeQualityHigh   BakedLightmapBakeQuality = 2
	BakedLightmapBakeQualityLow    BakedLightmapBakeQuality = 0
	BakedLightmapBakeQualityMedium BakedLightmapBakeQuality = 1
)

type BakedLightmapData ¶ 

type BakedLightmapData struct {
	Resource
	// contains filtered or unexported fields
}

func (*BakedLightmapData) AddUser ¶ 

func (o *BakedLightmapData) AddUser(path gdnative.NodePath, lightmap TextureImplementer, instance gdnative.Int)

Args: [{ false path NodePath} { false lightmap Texture} { false instance int}], Returns: void

func (*BakedLightmapData) BaseClass ¶ 

func (o *BakedLightmapData) BaseClass() string

func (*BakedLightmapData) ClearUsers ¶ 

func (o *BakedLightmapData) ClearUsers()

Args: [], Returns: void

func (*BakedLightmapData) GetBounds ¶ 

func (o *BakedLightmapData) GetBounds() gdnative.Aabb
        Undocumented
	Args: [], Returns: AABB

func (*BakedLightmapData) GetCellSpaceTransform ¶ 

func (o *BakedLightmapData) GetCellSpaceTransform() gdnative.Transform
        Undocumented
	Args: [], Returns: Transform

func (*BakedLightmapData) GetCellSubdiv ¶ 

func (o *BakedLightmapData) GetCellSubdiv() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*BakedLightmapData) GetEnergy ¶ 

func (o *BakedLightmapData) GetEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*BakedLightmapData) GetOctree ¶ 

func (o *BakedLightmapData) GetOctree() gdnative.PoolByteArray
        Undocumented
	Args: [], Returns: PoolByteArray

func (*BakedLightmapData) GetUserCount ¶ 

func (o *BakedLightmapData) GetUserCount() gdnative.Int

Args: [], Returns: int

func (*BakedLightmapData) GetUserLightmap ¶ 

func (o *BakedLightmapData) GetUserLightmap(userIdx gdnative.Int) TextureImplementer

Args: [{ false user_idx int}], Returns: Texture

func (*BakedLightmapData) GetUserPath ¶ 

func (o *BakedLightmapData) GetUserPath(userIdx gdnative.Int) gdnative.NodePath

Args: [{ false user_idx int}], Returns: NodePath

func (*BakedLightmapData) SetBounds ¶ 

func (o *BakedLightmapData) SetBounds(bounds gdnative.Aabb)
        Undocumented
	Args: [{ false bounds AABB}], Returns: void

func (*BakedLightmapData) SetCellSpaceTransform ¶ 

func (o *BakedLightmapData) SetCellSpaceTransform(xform gdnative.Transform)
        Undocumented
	Args: [{ false xform Transform}], Returns: void

func (*BakedLightmapData) SetCellSubdiv ¶ 

func (o *BakedLightmapData) SetCellSubdiv(cellSubdiv gdnative.Int)
        Undocumented
	Args: [{ false cell_subdiv int}], Returns: void

func (*BakedLightmapData) SetEnergy ¶ 

func (o *BakedLightmapData) SetEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*BakedLightmapData) SetOctree ¶ 

func (o *BakedLightmapData) SetOctree(octree gdnative.PoolByteArray)
        Undocumented
	Args: [{ false octree PoolByteArray}], Returns: void

func (*BakedLightmapData) X_GetUserData ¶ 

func (o *BakedLightmapData) X_GetUserData() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*BakedLightmapData) X_SetUserData ¶ 

func (o *BakedLightmapData) X_SetUserData(data gdnative.Array)
        Undocumented
	Args: [{ false data Array}], Returns: void

type BakedLightmapDataImplementer ¶ 

type BakedLightmapDataImplementer interface {
	ResourceImplementer
	X_GetUserData() gdnative.Array
	X_SetUserData(data gdnative.Array)
	AddUser(path gdnative.NodePath, lightmap TextureImplementer, instance gdnative.Int)
	ClearUsers()
	GetBounds() gdnative.Aabb
	GetCellSpaceTransform() gdnative.Transform
	GetCellSubdiv() gdnative.Int
	GetEnergy() gdnative.Real
	GetOctree() gdnative.PoolByteArray
	GetUserCount() gdnative.Int
	GetUserLightmap(userIdx gdnative.Int) TextureImplementer
	GetUserPath(userIdx gdnative.Int) gdnative.NodePath
	SetBounds(bounds gdnative.Aabb)
	SetCellSpaceTransform(xform gdnative.Transform)
	SetCellSubdiv(cellSubdiv gdnative.Int)
	SetEnergy(energy gdnative.Real)
	SetOctree(octree gdnative.PoolByteArray)
}

BakedLightmapDataImplementer is an interface that implements the methods of the BakedLightmapData class.

type BakedLightmapImplementer ¶ 

type BakedLightmapImplementer interface {
	VisualInstanceImplementer
	DebugBake()
	GetBakeCellSize() gdnative.Real
	GetCaptureCellSize() gdnative.Real
	GetEnergy() gdnative.Real
	GetExtents() gdnative.Vector3
	GetImagePath() gdnative.String
	GetLightData() BakedLightmapDataImplementer
	GetPropagation() gdnative.Real
	IsHdr() gdnative.Bool
	SetBakeCellSize(bakeCellSize gdnative.Real)
	SetBakeMode(bakeMode gdnative.Int)
	SetBakeQuality(bakeQuality gdnative.Int)
	SetCaptureCellSize(captureCellSize gdnative.Real)
	SetEnergy(energy gdnative.Real)
	SetExtents(extents gdnative.Vector3)
	SetHdr(hdr gdnative.Bool)
	SetImagePath(imagePath gdnative.String)
	SetLightData(data BakedLightmapDataImplementer)
	SetPropagation(propagation gdnative.Real)
}

BakedLightmapImplementer is an interface that implements the methods of the BakedLightmap class.

type BaseButton ¶ 

type BaseButton struct {
	Control
	// contains filtered or unexported fields
}

BaseButton is the abstract base class for buttons, so it shouldn't be used directly (it doesn't display anything). Other types of buttons inherit from it.

func (*BaseButton) BaseClass ¶ 

func (o *BaseButton) BaseClass() string

func (*BaseButton) GetActionMode ¶ 

func (o *BaseButton) GetActionMode() BaseButtonActionMode
        Undocumented
	Args: [], Returns: enum.BaseButton::ActionMode

func (*BaseButton) GetButtonGroup ¶ 

func (o *BaseButton) GetButtonGroup() ButtonGroupImplementer
        Undocumented
	Args: [], Returns: ButtonGroup

func (*BaseButton) GetDrawMode ¶ 

func (o *BaseButton) GetDrawMode() BaseButtonDrawMode
        Return the visual state used to draw the button. This is useful mainly when implementing your own draw code by either overriding _draw() or connecting to "draw" signal. The visual state of the button is defined by the DRAW_* enum.
	Args: [], Returns: enum.BaseButton::DrawMode

func (*BaseButton) GetEnabledFocusMode ¶ 

func (o *BaseButton) GetEnabledFocusMode() ControlFocusMode
        Undocumented
	Args: [], Returns: enum.Control::FocusMode

func (*BaseButton) GetShortcut ¶ 

func (o *BaseButton) GetShortcut() ShortCutImplementer
        Undocumented
	Args: [], Returns: ShortCut

func (*BaseButton) IsDisabled ¶ 

func (o *BaseButton) IsDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*BaseButton) IsHovered ¶ 

func (o *BaseButton) IsHovered() gdnative.Bool
        Return true if mouse entered the button before it exit.
	Args: [], Returns: bool

func (*BaseButton) IsPressed ¶ 

func (o *BaseButton) IsPressed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*BaseButton) IsToggleMode ¶ 

func (o *BaseButton) IsToggleMode() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*BaseButton) SetActionMode ¶ 

func (o *BaseButton) SetActionMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*BaseButton) SetButtonGroup ¶ 

func (o *BaseButton) SetButtonGroup(buttonGroup ButtonGroupImplementer)
        Undocumented
	Args: [{ false button_group ButtonGroup}], Returns: void

func (*BaseButton) SetDisabled ¶ 

func (o *BaseButton) SetDisabled(disabled gdnative.Bool)
        Undocumented
	Args: [{ false disabled bool}], Returns: void

func (*BaseButton) SetEnabledFocusMode ¶ 

func (o *BaseButton) SetEnabledFocusMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*BaseButton) SetPressed ¶ 

func (o *BaseButton) SetPressed(pressed gdnative.Bool)
        Undocumented
	Args: [{ false pressed bool}], Returns: void

func (*BaseButton) SetShortcut ¶ 

func (o *BaseButton) SetShortcut(shortcut ShortCutImplementer)
        Undocumented
	Args: [{ false shortcut ShortCut}], Returns: void

func (*BaseButton) SetToggleMode ¶ 

func (o *BaseButton) SetToggleMode(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*BaseButton) X_GuiInput ¶ 

func (o *BaseButton) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*BaseButton) X_Pressed ¶ 

func (o *BaseButton) X_Pressed()
        Called when button is pressed.
	Args: [], Returns: void

func (*BaseButton) X_Toggled ¶ 

func (o *BaseButton) X_Toggled(buttonPressed gdnative.Bool)
        Called when button is toggled (only if toggle_mode is active).
	Args: [{ false button_pressed bool}], Returns: void

func (*BaseButton) X_UnhandledInput ¶ 

func (o *BaseButton) X_UnhandledInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type BaseButtonActionMode ¶ 

type BaseButtonActionMode int

BaseButtonActionMode is an enum for ActionMode values. 

const (
	BaseButtonActionModeButtonPress   BaseButtonActionMode = 0
	BaseButtonActionModeButtonRelease BaseButtonActionMode = 1
)

type BaseButtonDrawMode ¶ 

type BaseButtonDrawMode int

BaseButtonDrawMode is an enum for DrawMode values. 

const (
	BaseButtonDrawDisabled BaseButtonDrawMode = 3
	BaseButtonDrawHover    BaseButtonDrawMode = 2
	BaseButtonDrawNormal   BaseButtonDrawMode = 0
	BaseButtonDrawPressed  BaseButtonDrawMode = 1
)

type BaseButtonImplementer ¶ 

type BaseButtonImplementer interface {
	ControlImplementer
	X_Pressed()
	X_Toggled(buttonPressed gdnative.Bool)
	GetButtonGroup() ButtonGroupImplementer
	GetShortcut() ShortCutImplementer
	IsDisabled() gdnative.Bool
	IsHovered() gdnative.Bool
	IsPressed() gdnative.Bool
	IsToggleMode() gdnative.Bool
	SetActionMode(mode gdnative.Int)
	SetButtonGroup(buttonGroup ButtonGroupImplementer)
	SetDisabled(disabled gdnative.Bool)
	SetEnabledFocusMode(mode gdnative.Int)
	SetPressed(pressed gdnative.Bool)
	SetShortcut(shortcut ShortCutImplementer)
	SetToggleMode(enabled gdnative.Bool)
}

BaseButtonImplementer is an interface that implements the methods of the BaseButton class.

type BitMap ¶ 

type BitMap struct {
	Resource
	// contains filtered or unexported fields
}

A two-dimensional array of boolean values, can be used to efficiently store a binary matrix (every matrix element takes only one bit) and query the values using natural cartesian coordinates.

func (*BitMap) BaseClass ¶ 

func (o *BitMap) BaseClass() string

func (*BitMap) Create ¶ 

func (o *BitMap) Create(size gdnative.Vector2)
        Creates a bitmap with the specified size, filled with false.
	Args: [{ false size Vector2}], Returns: void

func (*BitMap) CreateFromImageAlpha ¶ 

func (o *BitMap) CreateFromImageAlpha(image ImageImplementer)
        Creates a bitmap that matches the given image dimensions, every element of the bitmap is set to false if the alpha value of the image at that position is equal to [code]threshold[/code] or less, and true in other case.
	Args: [{ false image Image}], Returns: void

func (*BitMap) GetBit ¶ 

func (o *BitMap) GetBit(position gdnative.Vector2) gdnative.Bool
        Returns bitmap's value at the specified position.
	Args: [{ false position Vector2}], Returns: bool

func (*BitMap) GetSize ¶ 

func (o *BitMap) GetSize() gdnative.Vector2
        Returns bitmap's dimensions.
	Args: [], Returns: Vector2

func (*BitMap) GetTrueBitCount ¶ 

func (o *BitMap) GetTrueBitCount() gdnative.Int
        Returns the amount of bitmap elements that are set to true.
	Args: [], Returns: int

func (*BitMap) SetBit ¶ 

func (o *BitMap) SetBit(position gdnative.Vector2, bit gdnative.Bool)
        Sets the bitmap's element at the specified position, to the specified value.
	Args: [{ false position Vector2} { false bit bool}], Returns: void

func (*BitMap) SetBitRect ¶ 

func (o *BitMap) SetBitRect(pRect gdnative.Rect2, bit gdnative.Bool)
        Sets a rectangular portion of the bitmap to the specified value.
	Args: [{ false p_rect Rect2} { false bit bool}], Returns: void

func (*BitMap) X_GetData ¶ 

func (o *BitMap) X_GetData() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*BitMap) X_SetData ¶ 

func (o *BitMap) X_SetData(arg0 gdnative.Dictionary)
        Undocumented
	Args: [{ false arg0 Dictionary}], Returns: void

type BitMapImplementer ¶ 

type BitMapImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.Dictionary
	X_SetData(arg0 gdnative.Dictionary)
	Create(size gdnative.Vector2)
	CreateFromImageAlpha(image ImageImplementer)
	GetBit(position gdnative.Vector2) gdnative.Bool
	GetSize() gdnative.Vector2
	GetTrueBitCount() gdnative.Int
	SetBit(position gdnative.Vector2, bit gdnative.Bool)
	SetBitRect(pRect gdnative.Rect2, bit gdnative.Bool)
}

BitMapImplementer is an interface that implements the methods of the BitMap class.

type BitmapFont ¶ 

type BitmapFont struct {
	Font
	// contains filtered or unexported fields
}

Renders text using [code]*.fnt[/code] fonts containing texture atlases. Supports distance fields. For using vector font files like TTF directly, see DynamicFont.

func (*BitmapFont) AddChar ¶ 

func (o *BitmapFont) AddChar(character gdnative.Int, texture gdnative.Int, rect gdnative.Rect2, align gdnative.Vector2, advance gdnative.Real)
        Adds a character to the font, where [code]character[/code] is the unicode value, [code]texture[/code] is the texture index, [code]rect[/code] is the region in the texture (in pixels!), [code]align[/code] is the (optional) alignment for the character and [code]advance[/code] is the (optional) advance.
	Args: [{ false character int} { false texture int} { false rect Rect2} {(0, 0) true align Vector2} {-1 true advance float}], Returns: void

func (*BitmapFont) AddKerningPair ¶ 

func (o *BitmapFont) AddKerningPair(charA gdnative.Int, charB gdnative.Int, kerning gdnative.Int)
        Adds a kerning pair to the [code]BitmapFont[/code] as a difference. Kerning pairs are special cases where a typeface advance is determined by the next character.
	Args: [{ false char_a int} { false char_b int} { false kerning int}], Returns: void

func (*BitmapFont) AddTexture ¶ 

func (o *BitmapFont) AddTexture(texture TextureImplementer)
        Adds a texture to the [code]BitmapFont[/code].
	Args: [{ false texture Texture}], Returns: void

func (*BitmapFont) BaseClass ¶ 

func (o *BitmapFont) BaseClass() string

func (*BitmapFont) Clear ¶ 

func (o *BitmapFont) Clear()
        Clears all the font data and settings.
	Args: [], Returns: void

func (*BitmapFont) CreateFromFnt ¶ 

func (o *BitmapFont) CreateFromFnt(path gdnative.String) gdnative.Error
        Creates a BitmapFont from the [code]*.fnt[/code] file at [code]path[/code].
	Args: [{ false path String}], Returns: enum.Error

func (*BitmapFont) GetCharSize ¶ 

func (o *BitmapFont) GetCharSize(char gdnative.Int, next gdnative.Int) gdnative.Vector2
        Returns the size of a character, optionally taking kerning into account if the next character is provided.
	Args: [{ false char int} {0 true next int}], Returns: Vector2

func (*BitmapFont) GetFallback ¶ 

func (o *BitmapFont) GetFallback() BitmapFontImplementer
        Undocumented
	Args: [], Returns: BitmapFont

func (*BitmapFont) GetKerningPair ¶ 

func (o *BitmapFont) GetKerningPair(charA gdnative.Int, charB gdnative.Int) gdnative.Int
        Returns a kerning pair as a difference.
	Args: [{ false char_a int} { false char_b int}], Returns: int

func (*BitmapFont) GetTexture ¶ 

func (o *BitmapFont) GetTexture(idx gdnative.Int) TextureImplementer
        Returns the font atlas texture at index [code]idx[/code].
	Args: [{ false idx int}], Returns: Texture

func (*BitmapFont) GetTextureCount ¶ 

func (o *BitmapFont) GetTextureCount() gdnative.Int
        Returns the number of textures in the BitmapFont atlas.
	Args: [], Returns: int

func (*BitmapFont) SetAscent ¶ 

func (o *BitmapFont) SetAscent(px gdnative.Real)
        Undocumented
	Args: [{ false px float}], Returns: void

func (*BitmapFont) SetDistanceFieldHint ¶ 

func (o *BitmapFont) SetDistanceFieldHint(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*BitmapFont) SetFallback ¶ 

func (o *BitmapFont) SetFallback(fallback BitmapFontImplementer)
        Undocumented
	Args: [{ false fallback BitmapFont}], Returns: void

func (*BitmapFont) SetHeight ¶ 

func (o *BitmapFont) SetHeight(px gdnative.Real)
        Undocumented
	Args: [{ false px float}], Returns: void

func (*BitmapFont) X_GetChars ¶ 

func (o *BitmapFont) X_GetChars() gdnative.PoolIntArray
        Undocumented
	Args: [], Returns: PoolIntArray

func (*BitmapFont) X_GetKernings ¶ 

func (o *BitmapFont) X_GetKernings() gdnative.PoolIntArray
        Undocumented
	Args: [], Returns: PoolIntArray

func (*BitmapFont) X_GetTextures ¶ 

func (o *BitmapFont) X_GetTextures() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*BitmapFont) X_SetChars ¶ 

func (o *BitmapFont) X_SetChars(arg0 gdnative.PoolIntArray)
        Undocumented
	Args: [{ false arg0 PoolIntArray}], Returns: void

func (*BitmapFont) X_SetKernings ¶ 

func (o *BitmapFont) X_SetKernings(arg0 gdnative.PoolIntArray)
        Undocumented
	Args: [{ false arg0 PoolIntArray}], Returns: void

func (*BitmapFont) X_SetTextures ¶ 

func (o *BitmapFont) X_SetTextures(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

type BitmapFontImplementer ¶ 

type BitmapFontImplementer interface {
	FontImplementer
	X_GetChars() gdnative.PoolIntArray
	X_GetKernings() gdnative.PoolIntArray
	X_GetTextures() gdnative.Array
	X_SetChars(arg0 gdnative.PoolIntArray)
	X_SetKernings(arg0 gdnative.PoolIntArray)
	X_SetTextures(arg0 gdnative.Array)
	AddChar(character gdnative.Int, texture gdnative.Int, rect gdnative.Rect2, align gdnative.Vector2, advance gdnative.Real)
	AddKerningPair(charA gdnative.Int, charB gdnative.Int, kerning gdnative.Int)
	AddTexture(texture TextureImplementer)
	Clear()
	GetCharSize(char gdnative.Int, next gdnative.Int) gdnative.Vector2
	GetFallback() BitmapFontImplementer
	GetKerningPair(charA gdnative.Int, charB gdnative.Int) gdnative.Int
	GetTexture(idx gdnative.Int) TextureImplementer
	GetTextureCount() gdnative.Int
	SetAscent(px gdnative.Real)
	SetDistanceFieldHint(enable gdnative.Bool)
	SetFallback(fallback BitmapFontImplementer)
	SetHeight(px gdnative.Real)
}

BitmapFontImplementer is an interface that implements the methods of the BitmapFont class.

type BoneAttachment ¶ 

type BoneAttachment struct {
	Spatial
	// contains filtered or unexported fields
}

This node must be the child of a Skeleton node. You can then select a bone for this node to attach to. The BoneAttachment node will copy the transform of the selected bone.

func (*BoneAttachment) BaseClass ¶ 

func (o *BoneAttachment) BaseClass() string

func (*BoneAttachment) GetBoneName ¶ 

func (o *BoneAttachment) GetBoneName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*BoneAttachment) SetBoneName ¶ 

func (o *BoneAttachment) SetBoneName(boneName gdnative.String)
        Undocumented
	Args: [{ false bone_name String}], Returns: void

type BoneAttachmentImplementer ¶ 

type BoneAttachmentImplementer interface {
	SpatialImplementer
	GetBoneName() gdnative.String
	SetBoneName(boneName gdnative.String)
}

BoneAttachmentImplementer is an interface that implements the methods of the BoneAttachment class.

type BoxContainer ¶ 

type BoxContainer struct {
	Container
	// contains filtered or unexported fields
}

Arranges child controls vertically or horizontally, and rearranges the controls automatically when their minimum size changes.

func (*BoxContainer) AddSpacer ¶ 

func (o *BoxContainer) AddSpacer(begin gdnative.Bool)
        Adds a control to the box as a spacer. If [code]true[/code], [i]begin[/i] will insert the spacer control in front of other children.
	Args: [{ false begin bool}], Returns: void

func (*BoxContainer) BaseClass ¶ 

func (o *BoxContainer) BaseClass() string

func (*BoxContainer) GetAlignment ¶ 

func (o *BoxContainer) GetAlignment() BoxContainerAlignMode
        Undocumented
	Args: [], Returns: enum.BoxContainer::AlignMode

func (*BoxContainer) SetAlignment ¶ 

func (o *BoxContainer) SetAlignment(alignment gdnative.Int)
        Undocumented
	Args: [{ false alignment int}], Returns: void

type BoxContainerAlignMode ¶ 

type BoxContainerAlignMode int

BoxContainerAlignMode is an enum for AlignMode values. 

const (
	BoxContainerAlignBegin  BoxContainerAlignMode = 0
	BoxContainerAlignCenter BoxContainerAlignMode = 1
	BoxContainerAlignEnd    BoxContainerAlignMode = 2
)

type BoxContainerImplementer ¶ 

type BoxContainerImplementer interface {
	ContainerImplementer
	AddSpacer(begin gdnative.Bool)
	SetAlignment(alignment gdnative.Int)
}

BoxContainerImplementer is an interface that implements the methods of the BoxContainer class.

type BoxShape ¶ 

type BoxShape struct {
	Shape
	// contains filtered or unexported fields
}

3D box shape that can be a child of a PhysicsBody or Area.

func (*BoxShape) BaseClass ¶ 

func (o *BoxShape) BaseClass() string

func (*BoxShape) GetExtents ¶ 

func (o *BoxShape) GetExtents() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*BoxShape) SetExtents ¶ 

func (o *BoxShape) SetExtents(extents gdnative.Vector3)
        Undocumented
	Args: [{ false extents Vector3}], Returns: void

type BoxShapeImplementer ¶ 

type BoxShapeImplementer interface {
	ShapeImplementer
	GetExtents() gdnative.Vector3
	SetExtents(extents gdnative.Vector3)
}

BoxShapeImplementer is an interface that implements the methods of the BoxShape class.

type BulletPhysicsDirectBodyState ¶ 

type BulletPhysicsDirectBodyState struct {
	PhysicsDirectBodyState
	// contains filtered or unexported fields
}

Undocumented

func (*BulletPhysicsDirectBodyState) BaseClass ¶ 

func (o *BulletPhysicsDirectBodyState) BaseClass() string

type BulletPhysicsDirectBodyStateImplementer ¶ 

type BulletPhysicsDirectBodyStateImplementer interface {
	PhysicsDirectBodyStateImplementer
}

BulletPhysicsDirectBodyStateImplementer is an interface that implements the methods of the BulletPhysicsDirectBodyState class.

type BulletPhysicsServer ¶ 

type BulletPhysicsServer struct {
	// contains filtered or unexported fields
}

Undocumented

func (*BulletPhysicsServer) AreaAddShape ¶ 

func (o *BulletPhysicsServer) AreaAddShape(area gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform)
        Adds a shape to the area, along with a transform matrix. Shapes are usually referenced by their index, so you should track which shape has a given index.
	Args: [{ false area RID} { false shape RID} {1, 0, 0, 0, 1, 0, 0, 0, 1 - 0, 0, 0 true transform Transform}], Returns: void

func (*BulletPhysicsServer) AreaAttachObjectInstanceId ¶ 

func (o *BulletPhysicsServer) AreaAttachObjectInstanceId(area gdnative.Rid, id gdnative.Int)
        Assigns the area to a descendant of [Object], so it can exist in the node tree.
	Args: [{ false area RID} { false id int}], Returns: void

func (*BulletPhysicsServer) AreaClearShapes ¶ 

func (o *BulletPhysicsServer) AreaClearShapes(area gdnative.Rid)
        Removes all shapes from an area. It does not delete the shapes, so they can be reassigned later.
	Args: [{ false area RID}], Returns: void

func (*BulletPhysicsServer) AreaCreate ¶ 

func (o *BulletPhysicsServer) AreaCreate() gdnative.Rid
        Creates an [Area].
	Args: [], Returns: RID

func (*BulletPhysicsServer) AreaGetObjectInstanceId ¶ 

func (o *BulletPhysicsServer) AreaGetObjectInstanceId(area gdnative.Rid) gdnative.Int
        Gets the instance ID of the object the area is assigned to.
	Args: [{ false area RID}], Returns: int

func (*BulletPhysicsServer) AreaGetParam ¶ 

func (o *BulletPhysicsServer) AreaGetParam(area gdnative.Rid, param gdnative.Int) gdnative.Variant
        Returns an area parameter value. A list of available parameters is on the AREA_PARAM_* constants.
	Args: [{ false area RID} { false param int}], Returns: Variant

func (*BulletPhysicsServer) AreaGetShape ¶ 

func (o *BulletPhysicsServer) AreaGetShape(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
        Returns the [RID] of the nth shape of an area.
	Args: [{ false area RID} { false shape_idx int}], Returns: RID

func (*BulletPhysicsServer) AreaGetShapeCount ¶ 

func (o *BulletPhysicsServer) AreaGetShapeCount(area gdnative.Rid) gdnative.Int
        Returns the number of shapes assigned to an area.
	Args: [{ false area RID}], Returns: int

func (*BulletPhysicsServer) AreaGetShapeTransform ¶ 

func (o *BulletPhysicsServer) AreaGetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform
        Returns the transform matrix of a shape within an area.
	Args: [{ false area RID} { false shape_idx int}], Returns: Transform

func (*BulletPhysicsServer) AreaGetSpace ¶ 

func (o *BulletPhysicsServer) AreaGetSpace(area gdnative.Rid) gdnative.Rid
        Returns the space assigned to the area.
	Args: [{ false area RID}], Returns: RID

func (*BulletPhysicsServer) AreaGetSpaceOverrideMode ¶ 

func (o *BulletPhysicsServer) AreaGetSpaceOverrideMode(area gdnative.Rid) PhysicsServerAreaSpaceOverrideMode
        Returns the space override mode for the area.
	Args: [{ false area RID}], Returns: enum.PhysicsServer::AreaSpaceOverrideMode

func (*BulletPhysicsServer) AreaGetTransform ¶ 

func (o *BulletPhysicsServer) AreaGetTransform(area gdnative.Rid) gdnative.Transform
        Returns the transform matrix for an area.
	Args: [{ false area RID}], Returns: Transform

func (*BulletPhysicsServer) AreaIsRayPickable ¶ 

func (o *BulletPhysicsServer) AreaIsRayPickable(area gdnative.Rid) gdnative.Bool
        If [code]true[/code] area collides with rays.
	Args: [{ false area RID}], Returns: bool

func (*BulletPhysicsServer) AreaRemoveShape ¶ 

func (o *BulletPhysicsServer) AreaRemoveShape(area gdnative.Rid, shapeIdx gdnative.Int)
        Removes a shape from an area. It does not delete the shape, so it can be reassigned later.
	Args: [{ false area RID} { false shape_idx int}], Returns: void

func (*BulletPhysicsServer) AreaSetCollisionLayer ¶ 

func (o *BulletPhysicsServer) AreaSetCollisionLayer(area gdnative.Rid, layer gdnative.Int)
        Assigns the area to one or many physics layers.
	Args: [{ false area RID} { false layer int}], Returns: void

func (*BulletPhysicsServer) AreaSetCollisionMask ¶ 

func (o *BulletPhysicsServer) AreaSetCollisionMask(area gdnative.Rid, mask gdnative.Int)
        Sets which physics layers the area will monitor.
	Args: [{ false area RID} { false mask int}], Returns: void

func (*BulletPhysicsServer) AreaSetMonitorCallback ¶ 

func (o *BulletPhysicsServer) AreaSetMonitorCallback(area gdnative.Rid, receiver ObjectImplementer, method gdnative.String)
        Sets the function to call when any body/area enters or exits the area. This callback will be called for any object interacting with the area, and takes five parameters: 1: AREA_BODY_ADDED or AREA_BODY_REMOVED, depending on whether the object entered or exited the area. 2: [RID] of the object that entered/exited the area. 3: Instance ID of the object that entered/exited the area. 4: The shape index of the object that entered/exited the area. 5: The shape index of the area where the object entered/exited.
	Args: [{ false area RID} { false receiver Object} { false method String}], Returns: void

func (*BulletPhysicsServer) AreaSetParam ¶ 

func (o *BulletPhysicsServer) AreaSetParam(area gdnative.Rid, param gdnative.Int, value gdnative.Variant)
        Sets the value for an area parameter. A list of available parameters is on the AREA_PARAM_* constants.
	Args: [{ false area RID} { false param int} { false value Variant}], Returns: void

func (*BulletPhysicsServer) AreaSetRayPickable ¶ 

func (o *BulletPhysicsServer) AreaSetRayPickable(area gdnative.Rid, enable gdnative.Bool)
        Sets object pickable with rays.
	Args: [{ false area RID} { false enable bool}], Returns: void

func (*BulletPhysicsServer) AreaSetShape ¶ 

func (o *BulletPhysicsServer) AreaSetShape(area gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
        Substitutes a given area shape by another. The old shape is selected by its index, the new one by its [RID].
	Args: [{ false area RID} { false shape_idx int} { false shape RID}], Returns: void

func (*BulletPhysicsServer) AreaSetShapeTransform ¶ 

func (o *BulletPhysicsServer) AreaSetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform)
        Sets the transform matrix for an area shape.
	Args: [{ false area RID} { false shape_idx int} { false transform Transform}], Returns: void

func (*BulletPhysicsServer) AreaSetSpace ¶ 

func (o *BulletPhysicsServer) AreaSetSpace(area gdnative.Rid, space gdnative.Rid)
        Assigns a space to the area.
	Args: [{ false area RID} { false space RID}], Returns: void

func (*BulletPhysicsServer) AreaSetSpaceOverrideMode ¶ 

func (o *BulletPhysicsServer) AreaSetSpaceOverrideMode(area gdnative.Rid, mode gdnative.Int)
        Sets the space override mode for the area. The modes are described in the constants AREA_SPACE_OVERRIDE_*.
	Args: [{ false area RID} { false mode int}], Returns: void

func (*BulletPhysicsServer) AreaSetTransform ¶ 

func (o *BulletPhysicsServer) AreaSetTransform(area gdnative.Rid, transform gdnative.Transform)
        Sets the transform matrix for an area.
	Args: [{ false area RID} { false transform Transform}], Returns: void

func (*BulletPhysicsServer) BaseClass ¶ 

func (o *BulletPhysicsServer) BaseClass() string

func (*BulletPhysicsServer) BodyAddCollisionException ¶ 

func (o *BulletPhysicsServer) BodyAddCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
        Adds a body to the list of bodies exempt from collisions.
	Args: [{ false body RID} { false excepted_body RID}], Returns: void

func (*BulletPhysicsServer) BodyAddShape ¶ 

func (o *BulletPhysicsServer) BodyAddShape(body gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform)
        Adds a shape to the body, along with a transform matrix. Shapes are usually referenced by their index, so you should track which shape has a given index.
	Args: [{ false body RID} { false shape RID} {1, 0, 0, 0, 1, 0, 0, 0, 1 - 0, 0, 0 true transform Transform}], Returns: void

func (*BulletPhysicsServer) BodyApplyImpulse ¶ 

func (o *BulletPhysicsServer) BodyApplyImpulse(body gdnative.Rid, position gdnative.Vector3, impulse gdnative.Vector3)
        Gives the body a push at a [code]position[/code] in the direction of the [code]impulse[/code].
	Args: [{ false body RID} { false position Vector3} { false impulse Vector3}], Returns: void

func (*BulletPhysicsServer) BodyApplyTorqueImpulse ¶ 

func (o *BulletPhysicsServer) BodyApplyTorqueImpulse(body gdnative.Rid, impulse gdnative.Vector3)
        Gives the body a push to rotate it.
	Args: [{ false body RID} { false impulse Vector3}], Returns: void

func (*BulletPhysicsServer) BodyAttachObjectInstanceId ¶ 

func (o *BulletPhysicsServer) BodyAttachObjectInstanceId(body gdnative.Rid, id gdnative.Int)
        Assigns the area to a descendant of [Object], so it can exist in the node tree.
	Args: [{ false body RID} { false id int}], Returns: void

func (*BulletPhysicsServer) BodyClearShapes ¶ 

func (o *BulletPhysicsServer) BodyClearShapes(body gdnative.Rid)
        Removes all shapes from a body.
	Args: [{ false body RID}], Returns: void

func (*BulletPhysicsServer) BodyCreate ¶ 

func (o *BulletPhysicsServer) BodyCreate(mode gdnative.Int, initSleeping gdnative.Bool) gdnative.Rid
        Creates a physics body. The first parameter can be any value from constants BODY_MODE*, for the type of body created. Additionally, the body can be created in sleeping state to save processing time.
	Args: [{2 true mode int} {False true init_sleeping bool}], Returns: RID

func (*BulletPhysicsServer) BodyGetCollisionLayer ¶ 

func (o *BulletPhysicsServer) BodyGetCollisionLayer(body gdnative.Rid) gdnative.Int
        Returns the physics layer or layers a body belongs to.
	Args: [{ false body RID}], Returns: int

func (*BulletPhysicsServer) BodyGetCollisionMask ¶ 

func (o *BulletPhysicsServer) BodyGetCollisionMask(body gdnative.Rid) gdnative.Int
Returns the physics layer or layers a body can collide with.

- 

Args: [{ false body RID}], Returns: int

func (*BulletPhysicsServer) BodyGetDirectState ¶ 

func (o *BulletPhysicsServer) BodyGetDirectState(body gdnative.Rid) PhysicsDirectBodyStateImplementer
        Returns the [PhysicsDirectBodyState] of the body.
	Args: [{ false body RID}], Returns: PhysicsDirectBodyState

func (*BulletPhysicsServer) BodyGetKinematicSafeMargin ¶ 

func (o *BulletPhysicsServer) BodyGetKinematicSafeMargin(body gdnative.Rid) gdnative.Real

Args: [{ false body RID}], Returns: float

func (*BulletPhysicsServer) BodyGetMaxContactsReported ¶ 

func (o *BulletPhysicsServer) BodyGetMaxContactsReported(body gdnative.Rid) gdnative.Int
        Returns the maximum contacts that can be reported. See [method body_set_max_contacts_reported].
	Args: [{ false body RID}], Returns: int

func (*BulletPhysicsServer) BodyGetMode ¶ 

func (o *BulletPhysicsServer) BodyGetMode(body gdnative.Rid) PhysicsServerBodyMode
        Returns the body mode.
	Args: [{ false body RID}], Returns: enum.PhysicsServer::BodyMode

func (*BulletPhysicsServer) BodyGetObjectInstanceId ¶ 

func (o *BulletPhysicsServer) BodyGetObjectInstanceId(body gdnative.Rid) gdnative.Int
        Gets the instance ID of the object the area is assigned to.
	Args: [{ false body RID}], Returns: int

func (*BulletPhysicsServer) BodyGetParam ¶ 

func (o *BulletPhysicsServer) BodyGetParam(body gdnative.Rid, param gdnative.Int) gdnative.Real
        Returns the value of a body parameter. A list of available parameters is on the BODY_PARAM_* constants.
	Args: [{ false body RID} { false param int}], Returns: float

func (*BulletPhysicsServer) BodyGetShape ¶ 

func (o *BulletPhysicsServer) BodyGetShape(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
        Returns the [RID] of the nth shape of a body.
	Args: [{ false body RID} { false shape_idx int}], Returns: RID

func (*BulletPhysicsServer) BodyGetShapeCount ¶ 

func (o *BulletPhysicsServer) BodyGetShapeCount(body gdnative.Rid) gdnative.Int
        Returns the number of shapes assigned to a body.
	Args: [{ false body RID}], Returns: int

func (*BulletPhysicsServer) BodyGetShapeTransform ¶ 

func (o *BulletPhysicsServer) BodyGetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform
        Returns the transform matrix of a body shape.
	Args: [{ false body RID} { false shape_idx int}], Returns: Transform

func (*BulletPhysicsServer) BodyGetSpace ¶ 

func (o *BulletPhysicsServer) BodyGetSpace(body gdnative.Rid) gdnative.Rid
        Returns the [RID] of the space assigned to a body.
	Args: [{ false body RID}], Returns: RID

func (*BulletPhysicsServer) BodyGetState ¶ 

func (o *BulletPhysicsServer) BodyGetState(body gdnative.Rid, state gdnative.Int) gdnative.Variant
        Returns a body state.
	Args: [{ false body RID} { false state int}], Returns: Variant

func (*BulletPhysicsServer) BodyIsAxisLocked ¶ 

func (o *BulletPhysicsServer) BodyIsAxisLocked(body gdnative.Rid, axis gdnative.Int) gdnative.Bool

Args: [{ false body RID} { false axis int}], Returns: bool

func (*BulletPhysicsServer) BodyIsContinuousCollisionDetectionEnabled ¶ 

func (o *BulletPhysicsServer) BodyIsContinuousCollisionDetectionEnabled(body gdnative.Rid) gdnative.Bool
        If [code]true[/code] the continuous collision detection mode is enabled.
	Args: [{ false body RID}], Returns: bool

func (*BulletPhysicsServer) BodyIsOmittingForceIntegration ¶ 

func (o *BulletPhysicsServer) BodyIsOmittingForceIntegration(body gdnative.Rid) gdnative.Bool
        Returns whether a body uses a callback function to calculate its own physics (see [method body_set_force_integration_callback]).
	Args: [{ false body RID}], Returns: bool

func (*BulletPhysicsServer) BodyIsRayPickable ¶ 

func (o *BulletPhysicsServer) BodyIsRayPickable(body gdnative.Rid) gdnative.Bool
        If [code]true[/code] the body can be detected by rays
	Args: [{ false body RID}], Returns: bool

func (*BulletPhysicsServer) BodyRemoveCollisionException ¶ 

func (o *BulletPhysicsServer) BodyRemoveCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
        Removes a body from the list of bodies exempt from collisions. Continuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided.
	Args: [{ false body RID} { false excepted_body RID}], Returns: void

func (*BulletPhysicsServer) BodyRemoveShape ¶ 

func (o *BulletPhysicsServer) BodyRemoveShape(body gdnative.Rid, shapeIdx gdnative.Int)
        Removes a shape from a body. The shape is not deleted, so it can be reused afterwards.
	Args: [{ false body RID} { false shape_idx int}], Returns: void

func (*BulletPhysicsServer) BodySetAxisLock ¶ 

func (o *BulletPhysicsServer) BodySetAxisLock(body gdnative.Rid, axis gdnative.Int, lock gdnative.Bool)

Args: [{ false body RID} { false axis int} { false lock bool}], Returns: void

func (*BulletPhysicsServer) BodySetAxisVelocity ¶ 

func (o *BulletPhysicsServer) BodySetAxisVelocity(body gdnative.Rid, axisVelocity gdnative.Vector3)
        Sets an axis velocity. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior.
	Args: [{ false body RID} { false axis_velocity Vector3}], Returns: void

func (*BulletPhysicsServer) BodySetCollisionLayer ¶ 

func (o *BulletPhysicsServer) BodySetCollisionLayer(body gdnative.Rid, layer gdnative.Int)
        Sets the physics layer or layers a body belongs to.
	Args: [{ false body RID} { false layer int}], Returns: void

func (*BulletPhysicsServer) BodySetCollisionMask ¶ 

func (o *BulletPhysicsServer) BodySetCollisionMask(body gdnative.Rid, mask gdnative.Int)
        Sets the physics layer or layers a body can collide with.
	Args: [{ false body RID} { false mask int}], Returns: void

func (*BulletPhysicsServer) BodySetEnableContinuousCollisionDetection ¶ 

func (o *BulletPhysicsServer) BodySetEnableContinuousCollisionDetection(body gdnative.Rid, enable gdnative.Bool)
        If [code]true[/code] the continuous collision detection mode is enabled. Continuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided.
	Args: [{ false body RID} { false enable bool}], Returns: void

func (*BulletPhysicsServer) BodySetForceIntegrationCallback ¶ 

func (o *BulletPhysicsServer) BodySetForceIntegrationCallback(body gdnative.Rid, receiver ObjectImplementer, method gdnative.String, userdata gdnative.Variant)
        Sets the function used to calculate physics for an object, if that object allows it (see [method body_set_omit_force integration]).
	Args: [{ false body RID} { false receiver Object} { false method String} {Null true userdata Variant}], Returns: void

func (*BulletPhysicsServer) BodySetKinematicSafeMargin ¶ 

func (o *BulletPhysicsServer) BodySetKinematicSafeMargin(body gdnative.Rid, margin gdnative.Real)

Args: [{ false body RID} { false margin float}], Returns: void

func (*BulletPhysicsServer) BodySetMaxContactsReported ¶ 

func (o *BulletPhysicsServer) BodySetMaxContactsReported(body gdnative.Rid, amount gdnative.Int)
        Sets the maximum contacts to report. Bodies can keep a log of the contacts with other bodies, this is enabled by setting the maximum amount of contacts reported to a number greater than 0.
	Args: [{ false body RID} { false amount int}], Returns: void

func (*BulletPhysicsServer) BodySetMode ¶ 

func (o *BulletPhysicsServer) BodySetMode(body gdnative.Rid, mode gdnative.Int)
        Sets the body mode, from one of the constants BODY_MODE*.
	Args: [{ false body RID} { false mode int}], Returns: void

func (*BulletPhysicsServer) BodySetOmitForceIntegration ¶ 

func (o *BulletPhysicsServer) BodySetOmitForceIntegration(body gdnative.Rid, enable gdnative.Bool)
        Sets whether a body uses a callback function to calculate its own physics (see [method body_set_force_integration_callback]).
	Args: [{ false body RID} { false enable bool}], Returns: void

func (*BulletPhysicsServer) BodySetParam ¶ 

func (o *BulletPhysicsServer) BodySetParam(body gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a body parameter. A list of available parameters is on the BODY_PARAM_* constants.
	Args: [{ false body RID} { false param int} { false value float}], Returns: void

func (*BulletPhysicsServer) BodySetRayPickable ¶ 

func (o *BulletPhysicsServer) BodySetRayPickable(body gdnative.Rid, enable gdnative.Bool)
        Sets the body pickable with rays if [code]enabled[/code] is set.
	Args: [{ false body RID} { false enable bool}], Returns: void

func (*BulletPhysicsServer) BodySetShape ¶ 

func (o *BulletPhysicsServer) BodySetShape(body gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
        Substitutes a given body shape by another. The old shape is selected by its index, the new one by its [RID].
	Args: [{ false body RID} { false shape_idx int} { false shape RID}], Returns: void

func (*BulletPhysicsServer) BodySetShapeTransform ¶ 

func (o *BulletPhysicsServer) BodySetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform)
        Sets the transform matrix for a body shape.
	Args: [{ false body RID} { false shape_idx int} { false transform Transform}], Returns: void

func (*BulletPhysicsServer) BodySetSpace ¶ 

func (o *BulletPhysicsServer) BodySetSpace(body gdnative.Rid, space gdnative.Rid)
        Assigns a space to the body (see [method create_space]).
	Args: [{ false body RID} { false space RID}], Returns: void

func (*BulletPhysicsServer) BodySetState ¶ 

func (o *BulletPhysicsServer) BodySetState(body gdnative.Rid, state gdnative.Int, value gdnative.Variant)
        Sets a body state (see BODY_STATE* constants).
	Args: [{ false body RID} { false state int} { false value Variant}], Returns: void

func (*BulletPhysicsServer) ConeTwistJointGetParam ¶ 

func (o *BulletPhysicsServer) ConeTwistJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
        Gets a cone_twist_joint parameter (see CONE_TWIST_JOINT* constants).
	Args: [{ false joint RID} { false param int}], Returns: float

func (*BulletPhysicsServer) ConeTwistJointSetParam ¶ 

func (o *BulletPhysicsServer) ConeTwistJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a cone_twist_joint parameter (see CONE_TWIST_JOINT* constants).
	Args: [{ false joint RID} { false param int} { false value float}], Returns: void

func (*BulletPhysicsServer) FreeRid ¶ 

func (o *BulletPhysicsServer) FreeRid(rid gdnative.Rid)
        Destroys any of the objects created by PhysicsServer. If the [RID] passed is not one of the objects that can be created by PhysicsServer, an error will be sent to the console.
	Args: [{ false rid RID}], Returns: void

func (*BulletPhysicsServer) Generic6DofJointGetFlag ¶ 

func (o *BulletPhysicsServer) Generic6DofJointGetFlag(joint gdnative.Rid, axis gdnative.Int, flag gdnative.Int) gdnative.Bool
        Gets a generic_6_DOF_joint flag (see G6DOF_JOINT_FLAG* constants).
	Args: [{ false joint RID} { false axis int} { false flag int}], Returns: bool

func (*BulletPhysicsServer) Generic6DofJointGetParam ¶ 

func (o *BulletPhysicsServer) Generic6DofJointGetParam(joint gdnative.Rid, axis gdnative.Int, param gdnative.Int) gdnative.Real
        Gets a generic_6_DOF_joint parameter (see G6DOF_JOINT* constants without the G6DOF_JOINT_FLAG*).
	Args: [{ false joint RID} { false axis int} { false param int}], Returns: float

func (*BulletPhysicsServer) Generic6DofJointSetFlag ¶ 

func (o *BulletPhysicsServer) Generic6DofJointSetFlag(joint gdnative.Rid, axis gdnative.Int, flag gdnative.Int, enable gdnative.Bool)
        Sets a generic_6_DOF_joint flag (see G6DOF_JOINT_FLAG* constants).
	Args: [{ false joint RID} { false axis int} { false flag int} { false enable bool}], Returns: void

func (*BulletPhysicsServer) Generic6DofJointSetParam ¶ 

func (o *BulletPhysicsServer) Generic6DofJointSetParam(joint gdnative.Rid, axis gdnative.Int, param gdnative.Int, value gdnative.Real)
        Sets a generic_6_DOF_joint parameter (see G6DOF_JOINT* constants without the G6DOF_JOINT_FLAG*).
	Args: [{ false joint RID} { false axis int} { false param int} { false value float}], Returns: void

func (*BulletPhysicsServer) GetProcessInfo ¶ 

func (o *BulletPhysicsServer) GetProcessInfo(processInfo gdnative.Int) gdnative.Int
        Returns an Info defined by the [ProcessInfo] input given.
	Args: [{ false process_info int}], Returns: int

func (*BulletPhysicsServer) HingeJointGetFlag ¶ 

func (o *BulletPhysicsServer) HingeJointGetFlag(joint gdnative.Rid, flag gdnative.Int) gdnative.Bool
        Gets a hinge_joint flag (see HINGE_JOINT_FLAG* constants).
	Args: [{ false joint RID} { false flag int}], Returns: bool

func (*BulletPhysicsServer) HingeJointGetParam ¶ 

func (o *BulletPhysicsServer) HingeJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
        Gets a hinge_joint parameter (see HINGE_JOINT* constants without the HINGE_JOINT_FLAG*).
	Args: [{ false joint RID} { false param int}], Returns: float

func (*BulletPhysicsServer) HingeJointSetFlag ¶ 

func (o *BulletPhysicsServer) HingeJointSetFlag(joint gdnative.Rid, flag gdnative.Int, enabled gdnative.Bool)
        Sets a hinge_joint flag (see HINGE_JOINT_FLAG* constants).
	Args: [{ false joint RID} { false flag int} { false enabled bool}], Returns: void

func (*BulletPhysicsServer) HingeJointSetParam ¶ 

func (o *BulletPhysicsServer) HingeJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a hinge_joint parameter (see HINGE_JOINT* constants without the HINGE_JOINT_FLAG*).
	Args: [{ false joint RID} { false param int} { false value float}], Returns: void

func (*BulletPhysicsServer) JointCreateConeTwist ¶ 

func (o *BulletPhysicsServer) JointCreateConeTwist(bodyA gdnative.Rid, localRefA gdnative.Transform, bodyB gdnative.Rid, localRefB gdnative.Transform) gdnative.Rid
        Creates a [ConeTwistJoint].
	Args: [{ false body_A RID} { false local_ref_A Transform} { false body_B RID} { false local_ref_B Transform}], Returns: RID

func (*BulletPhysicsServer) JointCreateGeneric6Dof ¶ 

func (o *BulletPhysicsServer) JointCreateGeneric6Dof(bodyA gdnative.Rid, localRefA gdnative.Transform, bodyB gdnative.Rid, localRefB gdnative.Transform) gdnative.Rid
        Creates a [Generic6DOFJoint].
	Args: [{ false body_A RID} { false local_ref_A Transform} { false body_B RID} { false local_ref_B Transform}], Returns: RID

func (*BulletPhysicsServer) JointCreateHinge ¶ 

func (o *BulletPhysicsServer) JointCreateHinge(bodyA gdnative.Rid, hingeA gdnative.Transform, bodyB gdnative.Rid, hingeB gdnative.Transform) gdnative.Rid
        Creates a [HingeJoint].
	Args: [{ false body_A RID} { false hinge_A Transform} { false body_B RID} { false hinge_B Transform}], Returns: RID

func (*BulletPhysicsServer) JointCreatePin ¶ 

func (o *BulletPhysicsServer) JointCreatePin(bodyA gdnative.Rid, localA gdnative.Vector3, bodyB gdnative.Rid, localB gdnative.Vector3) gdnative.Rid
        Creates a [PinJoint].
	Args: [{ false body_A RID} { false local_A Vector3} { false body_B RID} { false local_B Vector3}], Returns: RID

func (*BulletPhysicsServer) JointCreateSlider ¶ 

func (o *BulletPhysicsServer) JointCreateSlider(bodyA gdnative.Rid, localRefA gdnative.Transform, bodyB gdnative.Rid, localRefB gdnative.Transform) gdnative.Rid
        Creates a [SliderJoint].
	Args: [{ false body_A RID} { false local_ref_A Transform} { false body_B RID} { false local_ref_B Transform}], Returns: RID

func (*BulletPhysicsServer) JointGetSolverPriority ¶ 

func (o *BulletPhysicsServer) JointGetSolverPriority(joint gdnative.Rid) gdnative.Int
        Gets the priority value of the Joint.
	Args: [{ false joint RID}], Returns: int

func (*BulletPhysicsServer) JointGetType ¶ 

func (o *BulletPhysicsServer) JointGetType(joint gdnative.Rid) PhysicsServerJointType
        Returns the type of the Joint.
	Args: [{ false joint RID}], Returns: enum.PhysicsServer::JointType

func (*BulletPhysicsServer) JointSetSolverPriority ¶ 

func (o *BulletPhysicsServer) JointSetSolverPriority(joint gdnative.Rid, priority gdnative.Int)
        Sets the priority value of the Joint.
	Args: [{ false joint RID} { false priority int}], Returns: void

func (*BulletPhysicsServer) PinJointGetLocalA ¶ 

func (o *BulletPhysicsServer) PinJointGetLocalA(joint gdnative.Rid) gdnative.Vector3
        Returns position of the joint in the local space of body a of the joint.
	Args: [{ false joint RID}], Returns: Vector3

func (*BulletPhysicsServer) PinJointGetLocalB ¶ 

func (o *BulletPhysicsServer) PinJointGetLocalB(joint gdnative.Rid) gdnative.Vector3
        Returns position of the joint in the local space of body b of the joint.
	Args: [{ false joint RID}], Returns: Vector3

func (*BulletPhysicsServer) PinJointGetParam ¶ 

func (o *BulletPhysicsServer) PinJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
        Gets a pin_joint parameter (see PIN_JOINT* constants).
	Args: [{ false joint RID} { false param int}], Returns: float

func (*BulletPhysicsServer) PinJointSetLocalA ¶ 

func (o *BulletPhysicsServer) PinJointSetLocalA(joint gdnative.Rid, localA gdnative.Vector3)
        Sets position of the joint in the local space of body a of the joint.
	Args: [{ false joint RID} { false local_A Vector3}], Returns: void

func (*BulletPhysicsServer) PinJointSetLocalB ¶ 

func (o *BulletPhysicsServer) PinJointSetLocalB(joint gdnative.Rid, localB gdnative.Vector3)
        Sets position of the joint in the local space of body b of the joint.
	Args: [{ false joint RID} { false local_B Vector3}], Returns: void

func (*BulletPhysicsServer) PinJointSetParam ¶ 

func (o *BulletPhysicsServer) PinJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a pin_joint parameter (see PIN_JOINT* constants).
	Args: [{ false joint RID} { false param int} { false value float}], Returns: void

func (*BulletPhysicsServer) SetActive ¶ 

func (o *BulletPhysicsServer) SetActive(active gdnative.Bool)
        Activates or deactivates the 3D physics engine.
	Args: [{ false active bool}], Returns: void

func (*BulletPhysicsServer) ShapeCreate ¶ 

func (o *BulletPhysicsServer) ShapeCreate(aType gdnative.Int) gdnative.Rid
        Creates a shape of type SHAPE_*. Does not assign it to a body or an area. To do so, you must use [method area_set_shape] or [method body_set_shape].
	Args: [{ false type int}], Returns: RID

func (*BulletPhysicsServer) ShapeGetData ¶ 

func (o *BulletPhysicsServer) ShapeGetData(shape gdnative.Rid) gdnative.Variant
        Returns the shape data.
	Args: [{ false shape RID}], Returns: Variant

func (*BulletPhysicsServer) ShapeGetType ¶ 

func (o *BulletPhysicsServer) ShapeGetType(shape gdnative.Rid) PhysicsServerShapeType
        Returns the type of shape (see SHAPE_* constants).
	Args: [{ false shape RID}], Returns: enum.PhysicsServer::ShapeType

func (*BulletPhysicsServer) ShapeSetData ¶ 

func (o *BulletPhysicsServer) ShapeSetData(shape gdnative.Rid, data gdnative.Variant)
        Sets the shape data that defines its shape and size. The data to be passed depends on the kind of shape created [method shape_get_type].
	Args: [{ false shape RID} { false data Variant}], Returns: void

func (*BulletPhysicsServer) SliderJointGetParam ¶ 

func (o *BulletPhysicsServer) SliderJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
        Gets a slider_joint parameter (see SLIDER_JOINT* constants).
	Args: [{ false joint RID} { false param int}], Returns: float

func (*BulletPhysicsServer) SliderJointSetParam ¶ 

func (o *BulletPhysicsServer) SliderJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Gets a slider_joint parameter (see SLIDER_JOINT* constants).
	Args: [{ false joint RID} { false param int} { false value float}], Returns: void

func (*BulletPhysicsServer) SpaceCreate ¶ 

func (o *BulletPhysicsServer) SpaceCreate() gdnative.Rid
        Creates a space. A space is a collection of parameters for the physics engine that can be assigned to an area or a body. It can be assigned to an area with [method area_set_space], or to a body with [method body_set_space].
	Args: [], Returns: RID

func (*BulletPhysicsServer) SpaceGetDirectState ¶ 

func (o *BulletPhysicsServer) SpaceGetDirectState(space gdnative.Rid) PhysicsDirectSpaceStateImplementer
        Returns the state of a space, a [PhysicsDirectSpaceState]. This object can be used to make collision/intersection queries.
	Args: [{ false space RID}], Returns: PhysicsDirectSpaceState

func (*BulletPhysicsServer) SpaceGetParam ¶ 

func (o *BulletPhysicsServer) SpaceGetParam(space gdnative.Rid, param gdnative.Int) gdnative.Real
        Returns the value of a space parameter.
	Args: [{ false space RID} { false param int}], Returns: float

func (*BulletPhysicsServer) SpaceIsActive ¶ 

func (o *BulletPhysicsServer) SpaceIsActive(space gdnative.Rid) gdnative.Bool
        Returns whether the space is active.
	Args: [{ false space RID}], Returns: bool

func (*BulletPhysicsServer) SpaceSetActive ¶ 

func (o *BulletPhysicsServer) SpaceSetActive(space gdnative.Rid, active gdnative.Bool)
        Marks a space as active. It will not have an effect, unless it is assigned to an area or body.
	Args: [{ false space RID} { false active bool}], Returns: void

func (*BulletPhysicsServer) SpaceSetParam ¶ 

func (o *BulletPhysicsServer) SpaceSetParam(space gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets the value for a space parameter. A list of available parameters is on the SPACE_PARAM_* constants.
	Args: [{ false space RID} { false param int} { false value float}], Returns: void

type BulletPhysicsServerImplementer ¶ 

type BulletPhysicsServerImplementer interface {
	PhysicsServerImplementer
}

BulletPhysicsServerImplementer is an interface that implements the methods of the BulletPhysicsServer class.

type Button ¶ 

type Button struct {
	BaseButton
	// contains filtered or unexported fields
}

Button is the standard themed button. It can contain text and an icon, and will display them according to the current Theme.

func (*Button) BaseClass ¶ 

func (o *Button) BaseClass() string

func (*Button) GetButtonIcon ¶ 

func (o *Button) GetButtonIcon() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Button) GetClipText ¶ 

func (o *Button) GetClipText() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Button) GetText ¶ 

func (o *Button) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Button) GetTextAlign ¶ 

func (o *Button) GetTextAlign() ButtonTextAlign
        Undocumented
	Args: [], Returns: enum.Button::TextAlign

func (*Button) IsFlat ¶ 

func (o *Button) IsFlat() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Button) SetButtonIcon ¶ 

func (o *Button) SetButtonIcon(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Button) SetClipText ¶ 

func (o *Button) SetClipText(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Button) SetFlat ¶ 

func (o *Button) SetFlat(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Button) SetText ¶ 

func (o *Button) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*Button) SetTextAlign ¶ 

func (o *Button) SetTextAlign(align gdnative.Int)
        Undocumented
	Args: [{ false align int}], Returns: void

type ButtonGroup ¶ 

type ButtonGroup struct {
	Resource
	// contains filtered or unexported fields
}

Group of Button. All direct and indirect children buttons become radios. Only one allows being pressed. [member BaseButton.toggle_mode] should be [code]true[/code].

func (*ButtonGroup) BaseClass ¶ 

func (o *ButtonGroup) BaseClass() string

func (*ButtonGroup) GetPressedButton ¶ 

func (o *ButtonGroup) GetPressedButton() BaseButtonImplementer
        Return the pressed button.
	Args: [], Returns: BaseButton

type ButtonGroupImplementer ¶ 

type ButtonGroupImplementer interface {
	ResourceImplementer
	GetPressedButton() BaseButtonImplementer
}

ButtonGroupImplementer is an interface that implements the methods of the ButtonGroup class.

type ButtonImplementer ¶ 

type ButtonImplementer interface {
	BaseButtonImplementer
	GetButtonIcon() TextureImplementer
	GetClipText() gdnative.Bool
	GetText() gdnative.String
	IsFlat() gdnative.Bool
	SetButtonIcon(texture TextureImplementer)
	SetClipText(enabled gdnative.Bool)
	SetFlat(enabled gdnative.Bool)
	SetText(text gdnative.String)
	SetTextAlign(align gdnative.Int)
}

ButtonImplementer is an interface that implements the methods of the Button class.

type ButtonTextAlign ¶ 

type ButtonTextAlign int

ButtonTextAlign is an enum for TextAlign values. 

const (
	ButtonAlignCenter ButtonTextAlign = 1
	ButtonAlignLeft   ButtonTextAlign = 0
	ButtonAlignRight  ButtonTextAlign = 2
)

type Camera ¶ 

type Camera struct {
	Spatial
	// contains filtered or unexported fields
}

Camera is a special node that displays what is visible from its current location. Cameras register themselves in the nearest Viewport node (when ascending the tree). Only one camera can be active per viewport. If no viewport is available ascending the tree, the Camera will register in the global viewport. In other words, a Camera just provides [i]3D[/i] display capabilities to a Viewport, and, without one, a scene registered in that Viewport (or higher viewports) can't be displayed.

func (*Camera) BaseClass ¶ 

func (o *Camera) BaseClass() string

func (*Camera) ClearCurrent ¶ 

func (o *Camera) ClearCurrent()
        If this is the current Camera, remove it from being current. If it is inside the node tree, request to make the next Camera current, if any.
	Args: [], Returns: void

func (*Camera) GetCameraTransform ¶ 

func (o *Camera) GetCameraTransform() gdnative.Transform
        Get the camera transform. Subclassed cameras (such as CharacterCamera) may provide different transforms than the [Node] transform.
	Args: [], Returns: Transform

func (*Camera) GetCullMask ¶ 

func (o *Camera) GetCullMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Camera) GetDopplerTracking ¶ 

func (o *Camera) GetDopplerTracking() CameraDopplerTracking
        Undocumented
	Args: [], Returns: enum.Camera::DopplerTracking

func (*Camera) GetEnvironment ¶ 

func (o *Camera) GetEnvironment() EnvironmentImplementer
        Undocumented
	Args: [], Returns: Environment

func (*Camera) GetFov ¶ 

func (o *Camera) GetFov() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera) GetHOffset ¶ 

func (o *Camera) GetHOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera) GetKeepAspectMode ¶ 

func (o *Camera) GetKeepAspectMode() CameraKeepAspect
        Undocumented
	Args: [], Returns: enum.Camera::KeepAspect

func (*Camera) GetProjection ¶ 

func (o *Camera) GetProjection() CameraProjection
        Undocumented
	Args: [], Returns: enum.Camera::Projection

func (*Camera) GetSize ¶ 

func (o *Camera) GetSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera) GetVOffset ¶ 

func (o *Camera) GetVOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera) GetZfar ¶ 

func (o *Camera) GetZfar() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera) GetZnear ¶ 

func (o *Camera) GetZnear() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera) IsCurrent ¶ 

func (o *Camera) IsCurrent() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera) IsPositionBehind ¶ 

func (o *Camera) IsPositionBehind(worldPoint gdnative.Vector3) gdnative.Bool
        Returns [code]true[/code] if the given position is behind the Camera.
	Args: [{ false world_point Vector3}], Returns: bool

func (*Camera) MakeCurrent ¶ 

func (o *Camera) MakeCurrent()
        Make this camera the current Camera for the [Viewport] (see class description). If the Camera Node is outside the scene tree, it will attempt to become current once it's added.
	Args: [], Returns: void

func (*Camera) ProjectLocalRayNormal ¶ 

func (o *Camera) ProjectLocalRayNormal(screenPoint gdnative.Vector2) gdnative.Vector3
        Returns a normal vector from the screen point location directed along the camera. Orthogonal cameras are normalized. Perspective cameras account for perspective, screen width/height, etc.
	Args: [{ false screen_point Vector2}], Returns: Vector3

func (*Camera) ProjectPosition ¶ 

func (o *Camera) ProjectPosition(screenPoint gdnative.Vector2) gdnative.Vector3
        Returns how a 2D coordinate in the Viewport rectangle maps to a 3D point in worldspace.
	Args: [{ false screen_point Vector2}], Returns: Vector3

func (*Camera) ProjectRayNormal ¶ 

func (o *Camera) ProjectRayNormal(screenPoint gdnative.Vector2) gdnative.Vector3
        Returns a normal vector in worldspace, that is the result of projecting a point on the [Viewport] rectangle by the camera projection. This is useful for casting rays in the form of (origin, normal) for object intersection or picking.
	Args: [{ false screen_point Vector2}], Returns: Vector3

func (*Camera) ProjectRayOrigin ¶ 

func (o *Camera) ProjectRayOrigin(screenPoint gdnative.Vector2) gdnative.Vector3
        Returns a 3D position in worldspace, that is the result of projecting a point on the [Viewport] rectangle by the camera projection. This is useful for casting rays in the form of (origin, normal) for object intersection or picking.
	Args: [{ false screen_point Vector2}], Returns: Vector3

func (*Camera) SetCullMask ¶ 

func (o *Camera) SetCullMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*Camera) SetCurrent ¶ 

func (o *Camera) SetCurrent(arg0 gdnative.Bool)
        Undocumented
	Args: [{ false arg0 bool}], Returns: void

func (*Camera) SetDopplerTracking ¶ 

func (o *Camera) SetDopplerTracking(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Camera) SetEnvironment ¶ 

func (o *Camera) SetEnvironment(env EnvironmentImplementer)
        Undocumented
	Args: [{ false env Environment}], Returns: void

func (*Camera) SetFov ¶ 

func (o *Camera) SetFov(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*Camera) SetHOffset ¶ 

func (o *Camera) SetHOffset(ofs gdnative.Real)
        Undocumented
	Args: [{ false ofs float}], Returns: void

func (*Camera) SetKeepAspectMode ¶ 

func (o *Camera) SetKeepAspectMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Camera) SetOrthogonal ¶ 

func (o *Camera) SetOrthogonal(size gdnative.Real, zNear gdnative.Real, zFar gdnative.Real)
        Set the camera projection to orthogonal mode, by specifying a width and the [i]near[/i] and [i]far[/i] clip planes in worldspace units. (As a hint, 2D games often use this projection, with values specified in pixels)
	Args: [{ false size float} { false z_near float} { false z_far float}], Returns: void

func (*Camera) SetPerspective ¶ 

func (o *Camera) SetPerspective(fov gdnative.Real, zNear gdnative.Real, zFar gdnative.Real)
        Set the camera projection to perspective mode, by specifying a [i]FOV[/i] Y angle in degrees (FOV means Field of View), and the [i]near[/i] and [i]far[/i] clip planes in worldspace units.
	Args: [{ false fov float} { false z_near float} { false z_far float}], Returns: void

func (*Camera) SetProjection ¶ 

func (o *Camera) SetProjection(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*Camera) SetSize ¶ 

func (o *Camera) SetSize(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*Camera) SetVOffset ¶ 

func (o *Camera) SetVOffset(ofs gdnative.Real)
        Undocumented
	Args: [{ false ofs float}], Returns: void

func (*Camera) SetZfar ¶ 

func (o *Camera) SetZfar(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*Camera) SetZnear ¶ 

func (o *Camera) SetZnear(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*Camera) UnprojectPosition ¶ 

func (o *Camera) UnprojectPosition(worldPoint gdnative.Vector3) gdnative.Vector2
        Returns how a 3D point in worldspace maps to a 2D coordinate in the [Viewport] rectangle.
	Args: [{ false world_point Vector3}], Returns: Vector2

type Camera2D ¶ 

type Camera2D struct {
	Node2D
	// contains filtered or unexported fields
}

Camera node for 2D scenes. It forces the screen (current layer) to scroll following this node. This makes it easier (and faster) to program scrollable scenes than manually changing the position of CanvasItem based nodes. This node is intended to be a simple helper to get things going quickly and it may happen often that more functionality is desired to change how the camera works. To make your own custom camera node, simply inherit from Node2D and change the transform of the canvas by calling get_viewport().set_canvas_transform(m) in Viewport.

func (*Camera2D) Align ¶ 

func (o *Camera2D) Align()
        Align the camera to the tracked node
	Args: [], Returns: void

func (*Camera2D) BaseClass ¶ 

func (o *Camera2D) BaseClass() string

func (*Camera2D) ClearCurrent ¶ 

func (o *Camera2D) ClearCurrent()
        Removes any [code]Camera2D[/code] from the ancestor [Viewport]'s internal currently-assigned camera.
	Args: [], Returns: void

func (*Camera2D) ForceUpdateScroll ¶ 

func (o *Camera2D) ForceUpdateScroll()
        Force the camera to update scroll immediately.
	Args: [], Returns: void

func (*Camera2D) GetAnchorMode ¶ 

func (o *Camera2D) GetAnchorMode() Camera2DAnchorMode
        Undocumented
	Args: [], Returns: enum.Camera2D::AnchorMode

func (*Camera2D) GetCameraPosition ¶ 

func (o *Camera2D) GetCameraPosition() gdnative.Vector2
        Return the camera position.
	Args: [], Returns: Vector2

func (*Camera2D) GetCameraScreenCenter ¶ 

func (o *Camera2D) GetCameraScreenCenter() gdnative.Vector2
        Returns the location of the [code]Camera2D[/code]'s screen-center, relative to the origin.
	Args: [], Returns: Vector2

func (*Camera2D) GetCustomViewport ¶ 

func (o *Camera2D) GetCustomViewport() NodeImplementer
        Undocumented
	Args: [], Returns: Node

func (*Camera2D) GetDragMargin ¶ 

func (o *Camera2D) GetDragMargin(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*Camera2D) GetFollowSmoothing ¶ 

func (o *Camera2D) GetFollowSmoothing() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera2D) GetHOffset ¶ 

func (o *Camera2D) GetHOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera2D) GetLimit ¶ 

func (o *Camera2D) GetLimit(margin gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false margin int}], Returns: int

func (*Camera2D) GetOffset ¶ 

func (o *Camera2D) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Camera2D) GetVOffset ¶ 

func (o *Camera2D) GetVOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Camera2D) GetZoom ¶ 

func (o *Camera2D) GetZoom() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Camera2D) IsCurrent ¶ 

func (o *Camera2D) IsCurrent() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsFollowSmoothingEnabled ¶ 

func (o *Camera2D) IsFollowSmoothingEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsHDragEnabled ¶ 

func (o *Camera2D) IsHDragEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsLimitDrawingEnabled ¶ 

func (o *Camera2D) IsLimitDrawingEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsLimitSmoothingEnabled ¶ 

func (o *Camera2D) IsLimitSmoothingEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsMarginDrawingEnabled ¶ 

func (o *Camera2D) IsMarginDrawingEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsRotating ¶ 

func (o *Camera2D) IsRotating() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsScreenDrawingEnabled ¶ 

func (o *Camera2D) IsScreenDrawingEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) IsVDragEnabled ¶ 

func (o *Camera2D) IsVDragEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Camera2D) MakeCurrent ¶ 

func (o *Camera2D) MakeCurrent()
        Make this the current 2D camera for the scene (viewport and layer), in case there's many cameras in the scene.
	Args: [], Returns: void

func (*Camera2D) ResetSmoothing ¶ 

func (o *Camera2D) ResetSmoothing()
        Set the camera's position immediately to its current smoothing destination. This has no effect if smoothing is disabled.
	Args: [], Returns: void

func (*Camera2D) SetAnchorMode ¶ 

func (o *Camera2D) SetAnchorMode(anchorMode gdnative.Int)
        Undocumented
	Args: [{ false anchor_mode int}], Returns: void

func (*Camera2D) SetCustomViewport ¶ 

func (o *Camera2D) SetCustomViewport(viewport ObjectImplementer)
        Undocumented
	Args: [{ false viewport Object}], Returns: void

func (*Camera2D) SetDragMargin ¶ 

func (o *Camera2D) SetDragMargin(margin gdnative.Int, dragMargin gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false drag_margin float}], Returns: void

func (*Camera2D) SetEnableFollowSmoothing ¶ 

func (o *Camera2D) SetEnableFollowSmoothing(followSmoothing gdnative.Bool)
        Undocumented
	Args: [{ false follow_smoothing bool}], Returns: void

func (*Camera2D) SetFollowSmoothing ¶ 

func (o *Camera2D) SetFollowSmoothing(followSmoothing gdnative.Real)
        Undocumented
	Args: [{ false follow_smoothing float}], Returns: void

func (*Camera2D) SetHDragEnabled ¶ 

func (o *Camera2D) SetHDragEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Camera2D) SetHOffset ¶ 

func (o *Camera2D) SetHOffset(ofs gdnative.Real)
        Undocumented
	Args: [{ false ofs float}], Returns: void

func (*Camera2D) SetLimit ¶ 

func (o *Camera2D) SetLimit(margin gdnative.Int, limit gdnative.Int)
        Undocumented
	Args: [{ false margin int} { false limit int}], Returns: void

func (*Camera2D) SetLimitDrawingEnabled ¶ 

func (o *Camera2D) SetLimitDrawingEnabled(limitDrawingEnabled gdnative.Bool)
        Undocumented
	Args: [{ false limit_drawing_enabled bool}], Returns: void

func (*Camera2D) SetLimitSmoothingEnabled ¶ 

func (o *Camera2D) SetLimitSmoothingEnabled(limitSmoothingEnabled gdnative.Bool)
        Undocumented
	Args: [{ false limit_smoothing_enabled bool}], Returns: void

func (*Camera2D) SetMarginDrawingEnabled ¶ 

func (o *Camera2D) SetMarginDrawingEnabled(marginDrawingEnabled gdnative.Bool)
        Undocumented
	Args: [{ false margin_drawing_enabled bool}], Returns: void

func (*Camera2D) SetOffset ¶ 

func (o *Camera2D) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*Camera2D) SetRotating ¶ 

func (o *Camera2D) SetRotating(rotating gdnative.Bool)
        Undocumented
	Args: [{ false rotating bool}], Returns: void

func (*Camera2D) SetScreenDrawingEnabled ¶ 

func (o *Camera2D) SetScreenDrawingEnabled(screenDrawingEnabled gdnative.Bool)
        Undocumented
	Args: [{ false screen_drawing_enabled bool}], Returns: void

func (*Camera2D) SetVDragEnabled ¶ 

func (o *Camera2D) SetVDragEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Camera2D) SetVOffset ¶ 

func (o *Camera2D) SetVOffset(ofs gdnative.Real)
        Undocumented
	Args: [{ false ofs float}], Returns: void

func (*Camera2D) SetZoom ¶ 

func (o *Camera2D) SetZoom(zoom gdnative.Vector2)
        Undocumented
	Args: [{ false zoom Vector2}], Returns: void

func (*Camera2D) X_MakeCurrent ¶ 

func (o *Camera2D) X_MakeCurrent(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

func (*Camera2D) X_SetCurrent ¶ 

func (o *Camera2D) X_SetCurrent(current gdnative.Bool)
        Undocumented
	Args: [{ false current bool}], Returns: void

func (*Camera2D) X_SetOldSmoothing ¶ 

func (o *Camera2D) X_SetOldSmoothing(followSmoothing gdnative.Real)
        Undocumented
	Args: [{ false follow_smoothing float}], Returns: void

func (*Camera2D) X_UpdateScroll ¶ 

func (o *Camera2D) X_UpdateScroll()
        Undocumented
	Args: [], Returns: void

type Camera2DAnchorMode ¶ 

type Camera2DAnchorMode int

Camera2DAnchorMode is an enum for AnchorMode values. 

const (
	Camera2DAnchorModeDragCenter   Camera2DAnchorMode = 1
	Camera2DAnchorModeFixedTopLeft Camera2DAnchorMode = 0
)

type Camera2DImplementer ¶ 

type Camera2DImplementer interface {
	Node2DImplementer
	X_MakeCurrent(arg0 ObjectImplementer)
	X_SetCurrent(current gdnative.Bool)
	X_SetOldSmoothing(followSmoothing gdnative.Real)
	X_UpdateScroll()
	Align()
	ClearCurrent()
	ForceUpdateScroll()
	GetCameraPosition() gdnative.Vector2
	GetCameraScreenCenter() gdnative.Vector2
	GetCustomViewport() NodeImplementer
	GetDragMargin(margin gdnative.Int) gdnative.Real
	GetFollowSmoothing() gdnative.Real
	GetHOffset() gdnative.Real
	GetLimit(margin gdnative.Int) gdnative.Int
	GetOffset() gdnative.Vector2
	GetVOffset() gdnative.Real
	GetZoom() gdnative.Vector2
	IsCurrent() gdnative.Bool
	IsFollowSmoothingEnabled() gdnative.Bool
	IsHDragEnabled() gdnative.Bool
	IsLimitDrawingEnabled() gdnative.Bool
	IsLimitSmoothingEnabled() gdnative.Bool
	IsMarginDrawingEnabled() gdnative.Bool
	IsRotating() gdnative.Bool
	IsScreenDrawingEnabled() gdnative.Bool
	IsVDragEnabled() gdnative.Bool
	MakeCurrent()
	ResetSmoothing()
	SetAnchorMode(anchorMode gdnative.Int)
	SetCustomViewport(viewport ObjectImplementer)
	SetDragMargin(margin gdnative.Int, dragMargin gdnative.Real)
	SetEnableFollowSmoothing(followSmoothing gdnative.Bool)
	SetFollowSmoothing(followSmoothing gdnative.Real)
	SetHDragEnabled(enabled gdnative.Bool)
	SetHOffset(ofs gdnative.Real)
	SetLimit(margin gdnative.Int, limit gdnative.Int)
	SetLimitDrawingEnabled(limitDrawingEnabled gdnative.Bool)
	SetLimitSmoothingEnabled(limitSmoothingEnabled gdnative.Bool)
	SetMarginDrawingEnabled(marginDrawingEnabled gdnative.Bool)
	SetOffset(offset gdnative.Vector2)
	SetRotating(rotating gdnative.Bool)
	SetScreenDrawingEnabled(screenDrawingEnabled gdnative.Bool)
	SetVDragEnabled(enabled gdnative.Bool)
	SetVOffset(ofs gdnative.Real)
	SetZoom(zoom gdnative.Vector2)
}

Camera2DImplementer is an interface that implements the methods of the Camera2D class.

type CameraDopplerTracking ¶ 

type CameraDopplerTracking int

CameraDopplerTracking is an enum for DopplerTracking values. 

const (
	CameraDopplerTrackingDisabled    CameraDopplerTracking = 0
	CameraDopplerTrackingIdleStep    CameraDopplerTracking = 1
	CameraDopplerTrackingPhysicsStep CameraDopplerTracking = 2
)

type CameraImplementer ¶ 

type CameraImplementer interface {
	SpatialImplementer
	ClearCurrent()
	GetCameraTransform() gdnative.Transform
	GetCullMask() gdnative.Int
	GetEnvironment() EnvironmentImplementer
	GetFov() gdnative.Real
	GetHOffset() gdnative.Real
	GetSize() gdnative.Real
	GetVOffset() gdnative.Real
	GetZfar() gdnative.Real
	GetZnear() gdnative.Real
	IsCurrent() gdnative.Bool
	IsPositionBehind(worldPoint gdnative.Vector3) gdnative.Bool
	MakeCurrent()
	ProjectLocalRayNormal(screenPoint gdnative.Vector2) gdnative.Vector3
	ProjectPosition(screenPoint gdnative.Vector2) gdnative.Vector3
	ProjectRayNormal(screenPoint gdnative.Vector2) gdnative.Vector3
	ProjectRayOrigin(screenPoint gdnative.Vector2) gdnative.Vector3
	SetCullMask(mask gdnative.Int)
	SetCurrent(arg0 gdnative.Bool)
	SetDopplerTracking(mode gdnative.Int)
	SetEnvironment(env EnvironmentImplementer)
	SetFov(arg0 gdnative.Real)
	SetHOffset(ofs gdnative.Real)
	SetKeepAspectMode(mode gdnative.Int)
	SetOrthogonal(size gdnative.Real, zNear gdnative.Real, zFar gdnative.Real)
	SetPerspective(fov gdnative.Real, zNear gdnative.Real, zFar gdnative.Real)
	SetProjection(arg0 gdnative.Int)
	SetSize(arg0 gdnative.Real)
	SetVOffset(ofs gdnative.Real)
	SetZfar(arg0 gdnative.Real)
	SetZnear(arg0 gdnative.Real)
	UnprojectPosition(worldPoint gdnative.Vector3) gdnative.Vector2
}

CameraImplementer is an interface that implements the methods of the Camera class.

type CameraKeepAspect ¶ 

type CameraKeepAspect int

CameraKeepAspect is an enum for KeepAspect values. 

const (
	CameraKeepHeight CameraKeepAspect = 1
	CameraKeepWidth  CameraKeepAspect = 0
)

type CameraProjection ¶ 

type CameraProjection int

CameraProjection is an enum for Projection values. 

const (
	CameraProjectionOrthogonal  CameraProjection = 1
	CameraProjectionPerspective CameraProjection = 0
)

type CanvasItem ¶ 

type CanvasItem struct {
	Node
	// contains filtered or unexported fields
}

Base class of anything 2D. Canvas items are laid out in a tree and children inherit and extend the transform of their parent. CanvasItem is extended by Control, for anything GUI related, and by Node2D for anything 2D engine related. Any CanvasItem can draw. For this, the "update" function must be called, then NOTIFICATION_DRAW will be received on idle time to request redraw. Because of this, canvas items don't need to be redraw on every frame, improving the performance significantly. Several functions for drawing on the CanvasItem are provided (see draw_* functions). They can only be used inside the notification, signal or _draw() overrides function, though. Canvas items are draw in tree order. By default, children are on top of their parents so a root CanvasItem will be drawn behind everything (this can be changed per item though). Canvas items can also be hidden (hiding also their subtree). They provide many means for changing standard parameters such as opacity (for it and the subtree) and self opacity, blend mode. Ultimately, a transform notification can be requested, which will notify the node that its global position changed in case the parent tree changed.

func (*CanvasItem) BaseClass ¶ 

func (o *CanvasItem) BaseClass() string

func (*CanvasItem) DrawChar ¶ 

func (o *CanvasItem) DrawChar(font FontImplementer, position gdnative.Vector2, char gdnative.String, next gdnative.String, modulate gdnative.Color) gdnative.Real
        Draws a string character using a custom font. Returns the advance, depending on the char width and kerning with an optional next char.
	Args: [{ false font Font} { false position Vector2} { false char String} { false next String} {1,1,1,1 true modulate Color}], Returns: float

func (*CanvasItem) DrawCircle ¶ 

func (o *CanvasItem) DrawCircle(position gdnative.Vector2, radius gdnative.Real, color gdnative.Color)
        Draws a colored circle.
	Args: [{ false position Vector2} { false radius float} { false color Color}], Returns: void

func (*CanvasItem) DrawColoredPolygon ¶ 

func (o *CanvasItem) DrawColoredPolygon(points gdnative.PoolVector2Array, color gdnative.Color, uvs gdnative.PoolVector2Array, texture TextureImplementer, normalMap TextureImplementer, antialiased gdnative.Bool)
        Draws a colored polygon of any amount of points, convex or concave.
	Args: [{ false points PoolVector2Array} { false color Color} {[] true uvs PoolVector2Array} {Null true texture Texture} {Null true normal_map Texture} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawLine ¶ 

func (o *CanvasItem) DrawLine(from gdnative.Vector2, to gdnative.Vector2, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
        Draws a line from a 2D point to another, with a given color and width. It can be optionally antialiased.
	Args: [{ false from Vector2} { false to Vector2} { false color Color} {1 true width float} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawMultiline ¶ 

func (o *CanvasItem) DrawMultiline(points gdnative.PoolVector2Array, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
        Draws multiple, parallel lines with a uniform [code]color[/code] and [code]width[/code] and optional antialiasing.
	Args: [{ false points PoolVector2Array} { false color Color} {1 true width float} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawMultilineColors ¶ 

func (o *CanvasItem) DrawMultilineColors(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, width gdnative.Real, antialiased gdnative.Bool)
        Draws multiple, parallel lines with a uniform [code]width[/code], segment-by-segment coloring, and optional antialiasing. Colors assigned to line segments match by index between [code]points[/code] and [code]colors[/code].
	Args: [{ false points PoolVector2Array} { false colors PoolColorArray} {1 true width float} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawPolygon ¶ 

func (o *CanvasItem) DrawPolygon(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture TextureImplementer, normalMap TextureImplementer, antialiased gdnative.Bool)
        Draws a polygon of any amount of points, convex or concave.
	Args: [{ false points PoolVector2Array} { false colors PoolColorArray} {[] true uvs PoolVector2Array} {Null true texture Texture} {Null true normal_map Texture} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawPolyline ¶ 

func (o *CanvasItem) DrawPolyline(points gdnative.PoolVector2Array, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
        Draws interconnected line segments with a uniform [code]color[/code] and [code]width[/code] and optional antialiasing.
	Args: [{ false points PoolVector2Array} { false color Color} {1 true width float} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawPolylineColors ¶ 

func (o *CanvasItem) DrawPolylineColors(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, width gdnative.Real, antialiased gdnative.Bool)
        Draws interconnected line segments with a uniform [code]width[/code], segment-by-segment coloring, and optional antialiasing. Colors assigned to line segments match by index between [code]points[/code] and [code]colors[/code].
	Args: [{ false points PoolVector2Array} { false colors PoolColorArray} {1 true width float} {False true antialiased bool}], Returns: void

func (*CanvasItem) DrawPrimitive ¶ 

func (o *CanvasItem) DrawPrimitive(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture TextureImplementer, width gdnative.Real, normalMap TextureImplementer)
        Draws a custom primitive, 1 point for a point, 2 points for a line, 3 points for a triangle and 4 points for a quad.
	Args: [{ false points PoolVector2Array} { false colors PoolColorArray} { false uvs PoolVector2Array} {Null true texture Texture} {1 true width float} {Null true normal_map Texture}], Returns: void

func (*CanvasItem) DrawRect ¶ 

func (o *CanvasItem) DrawRect(rect gdnative.Rect2, color gdnative.Color, filled gdnative.Bool)
        Draws a colored rectangle.
	Args: [{ false rect Rect2} { false color Color} {True true filled bool}], Returns: void

func (*CanvasItem) DrawSetTransform ¶ 

func (o *CanvasItem) DrawSetTransform(position gdnative.Vector2, rotation gdnative.Real, scale gdnative.Vector2)
        Sets a custom transform for drawing via components. Anything drawn afterwards will be transformed by this.
	Args: [{ false position Vector2} { false rotation float} { false scale Vector2}], Returns: void

func (*CanvasItem) DrawSetTransformMatrix ¶ 

func (o *CanvasItem) DrawSetTransformMatrix(xform gdnative.Transform2D)
        Sets a custom transform for drawing via matrix. Anything drawn afterwards will be transformed by this.
	Args: [{ false xform Transform2D}], Returns: void

func (*CanvasItem) DrawString ¶ 

func (o *CanvasItem) DrawString(font FontImplementer, position gdnative.Vector2, text gdnative.String, modulate gdnative.Color, clipW gdnative.Int)
        Draws a string using a custom font.
	Args: [{ false font Font} { false position Vector2} { false text String} {1,1,1,1 true modulate Color} {-1 true clip_w int}], Returns: void

func (*CanvasItem) DrawStyleBox ¶ 

func (o *CanvasItem) DrawStyleBox(styleBox StyleBoxImplementer, rect gdnative.Rect2)
        Draws a styled rectangle.
	Args: [{ false style_box StyleBox} { false rect Rect2}], Returns: void

func (*CanvasItem) DrawTexture ¶ 

func (o *CanvasItem) DrawTexture(texture TextureImplementer, position gdnative.Vector2, modulate gdnative.Color, normalMap TextureImplementer)
        Draws a texture at a given position.
	Args: [{ false texture Texture} { false position Vector2} {1,1,1,1 true modulate Color} {Null true normal_map Texture}], Returns: void

func (*CanvasItem) DrawTextureRect ¶ 

func (o *CanvasItem) DrawTextureRect(texture TextureImplementer, rect gdnative.Rect2, tile gdnative.Bool, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer)
        Draws a textured rectangle at a given position, optionally modulated by a color. Transpose swaps the x and y coordinates when reading the texture.
	Args: [{ false texture Texture} { false rect Rect2} { false tile bool} {1,1,1,1 true modulate Color} {False true transpose bool} {Null true normal_map Texture}], Returns: void

func (*CanvasItem) DrawTextureRectRegion ¶ 

func (o *CanvasItem) DrawTextureRectRegion(texture TextureImplementer, rect gdnative.Rect2, srcRect gdnative.Rect2, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer, clipUv gdnative.Bool)
        Draws a textured rectangle region at a given position, optionally modulated by a color. Transpose swaps the x and y coordinates when reading the texture.
	Args: [{ false texture Texture} { false rect Rect2} { false src_rect Rect2} {1,1,1,1 true modulate Color} {False true transpose bool} {Null true normal_map Texture} {True true clip_uv bool}], Returns: void

func (*CanvasItem) GetCanvas ¶ 

func (o *CanvasItem) GetCanvas() gdnative.Rid
        Return the [RID] of the [World2D] canvas where this item is in.
	Args: [], Returns: RID

func (*CanvasItem) GetCanvasItem ¶ 

func (o *CanvasItem) GetCanvasItem() gdnative.Rid
        Return the canvas item RID used by [VisualServer] for this item.
	Args: [], Returns: RID

func (*CanvasItem) GetCanvasTransform ¶ 

func (o *CanvasItem) GetCanvasTransform() gdnative.Transform2D
        Get the transform matrix of this item's canvas.
	Args: [], Returns: Transform2D

func (*CanvasItem) GetGlobalMousePosition ¶ 

func (o *CanvasItem) GetGlobalMousePosition() gdnative.Vector2
        Get the global position of the mouse.
	Args: [], Returns: Vector2

func (*CanvasItem) GetGlobalTransform ¶ 

func (o *CanvasItem) GetGlobalTransform() gdnative.Transform2D
        Get the global transform matrix of this item.
	Args: [], Returns: Transform2D

func (*CanvasItem) GetGlobalTransformWithCanvas ¶ 

func (o *CanvasItem) GetGlobalTransformWithCanvas() gdnative.Transform2D
        Get the global transform matrix of this item in relation to the canvas.
	Args: [], Returns: Transform2D

func (*CanvasItem) GetLightMask ¶ 

func (o *CanvasItem) GetLightMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CanvasItem) GetLocalMousePosition ¶ 

func (o *CanvasItem) GetLocalMousePosition() gdnative.Vector2
        Get the mouse position relative to this item's position.
	Args: [], Returns: Vector2

func (*CanvasItem) GetMaterial ¶ 

func (o *CanvasItem) GetMaterial() MaterialImplementer
        Undocumented
	Args: [], Returns: Material

func (*CanvasItem) GetModulate ¶ 

func (o *CanvasItem) GetModulate() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*CanvasItem) GetSelfModulate ¶ 

func (o *CanvasItem) GetSelfModulate() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*CanvasItem) GetTransform ¶ 

func (o *CanvasItem) GetTransform() gdnative.Transform2D
        Get the transform matrix of this item.
	Args: [], Returns: Transform2D

func (*CanvasItem) GetUseParentMaterial ¶ 

func (o *CanvasItem) GetUseParentMaterial() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) GetViewportRect ¶ 

func (o *CanvasItem) GetViewportRect() gdnative.Rect2
        Get the viewport's boundaries as a [Rect2].
	Args: [], Returns: Rect2

func (*CanvasItem) GetViewportTransform ¶ 

func (o *CanvasItem) GetViewportTransform() gdnative.Transform2D
        Get this item's transform in relation to the viewport.
	Args: [], Returns: Transform2D

func (*CanvasItem) GetWorld2D ¶ 

func (o *CanvasItem) GetWorld2D() World2DImplementer
        Get the [World2D] where this item is in.
	Args: [], Returns: World2D

func (*CanvasItem) Hide ¶ 

func (o *CanvasItem) Hide()
        Hide the CanvasItem currently visible.
	Args: [], Returns: void

func (*CanvasItem) IsDrawBehindParentEnabled ¶ 

func (o *CanvasItem) IsDrawBehindParentEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) IsLocalTransformNotificationEnabled ¶ 

func (o *CanvasItem) IsLocalTransformNotificationEnabled() gdnative.Bool
        Returns [code]true[/code] if local transform notifications are communicated to children.
	Args: [], Returns: bool

func (*CanvasItem) IsSetAsToplevel ¶ 

func (o *CanvasItem) IsSetAsToplevel() gdnative.Bool
        Return if set as toplevel. See [method set_as_toplevel].
	Args: [], Returns: bool

func (*CanvasItem) IsTransformNotificationEnabled ¶ 

func (o *CanvasItem) IsTransformNotificationEnabled() gdnative.Bool
        Returns [code]true[/code] if global transform notifications are communicated to children.
	Args: [], Returns: bool

func (*CanvasItem) IsVisible ¶ 

func (o *CanvasItem) IsVisible() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) IsVisibleInTree ¶ 

func (o *CanvasItem) IsVisibleInTree() gdnative.Bool
        Returns [code]true[/code] if the node is present in the [SceneTree], its [member visible] property is [code]true[/code] and its inherited visibility is also [code]true[/code].
	Args: [], Returns: bool

func (*CanvasItem) MakeCanvasPositionLocal ¶ 

func (o *CanvasItem) MakeCanvasPositionLocal(screenPoint gdnative.Vector2) gdnative.Vector2
        Assigns [code]screen_point[/code] as this node's new local transform.
	Args: [{ false screen_point Vector2}], Returns: Vector2

func (*CanvasItem) MakeInputLocal ¶ 

func (o *CanvasItem) MakeInputLocal(event InputEventImplementer) InputEventImplementer
        Transformations issued by [code]event[/code]'s inputs are applied in local space instead of global space.
	Args: [{ false event InputEvent}], Returns: InputEvent

func (*CanvasItem) SetAsToplevel ¶ 

func (o *CanvasItem) SetAsToplevel(enable gdnative.Bool)
        Sets as top level. This means that it will not inherit transform from parent canvas items.
	Args: [{ false enable bool}], Returns: void

func (*CanvasItem) SetDrawBehindParent ¶ 

func (o *CanvasItem) SetDrawBehindParent(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*CanvasItem) SetLightMask ¶ 

func (o *CanvasItem) SetLightMask(lightMask gdnative.Int)
        Undocumented
	Args: [{ false light_mask int}], Returns: void

func (*CanvasItem) SetMaterial ¶ 

func (o *CanvasItem) SetMaterial(material MaterialImplementer)
        Undocumented
	Args: [{ false material Material}], Returns: void

func (*CanvasItem) SetModulate ¶ 

func (o *CanvasItem) SetModulate(modulate gdnative.Color)
        Undocumented
	Args: [{ false modulate Color}], Returns: void

func (*CanvasItem) SetNotifyLocalTransform ¶ 

func (o *CanvasItem) SetNotifyLocalTransform(enable gdnative.Bool)
        If [code]enable[/code] is [code]true[/code], children will be updated with local transform data.
	Args: [{ false enable bool}], Returns: void

func (*CanvasItem) SetNotifyTransform ¶ 

func (o *CanvasItem) SetNotifyTransform(enable gdnative.Bool)
        If [code]enable[/code] is [code]true[/code], children will be updated with global transform data.
	Args: [{ false enable bool}], Returns: void

func (*CanvasItem) SetSelfModulate ¶ 

func (o *CanvasItem) SetSelfModulate(selfModulate gdnative.Color)
        Undocumented
	Args: [{ false self_modulate Color}], Returns: void

func (*CanvasItem) SetUseParentMaterial ¶ 

func (o *CanvasItem) SetUseParentMaterial(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*CanvasItem) SetVisible ¶ 

func (o *CanvasItem) SetVisible(visible gdnative.Bool)
        Undocumented
	Args: [{ false visible bool}], Returns: void

func (*CanvasItem) Show ¶ 

func (o *CanvasItem) Show()
        Show the CanvasItem currently hidden.
	Args: [], Returns: void

func (*CanvasItem) Update ¶ 

func (o *CanvasItem) Update()
        Queue the CanvasItem for update. [code]NOTIFICATION_DRAW[/code] will be called on idle time to request redraw.
	Args: [], Returns: void

func (*CanvasItem) X_Draw ¶ 

func (o *CanvasItem) X_Draw()
        Called (if exists) to draw the canvas item.
	Args: [], Returns: void

func (*CanvasItem) X_EditGetItemAndChildrenRect ¶ 

func (o *CanvasItem) X_EditGetItemAndChildrenRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*CanvasItem) X_EditGetPivot ¶ 

func (o *CanvasItem) X_EditGetPivot() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*CanvasItem) X_EditGetPosition ¶ 

func (o *CanvasItem) X_EditGetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*CanvasItem) X_EditGetRect ¶ 

func (o *CanvasItem) X_EditGetRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*CanvasItem) X_EditGetRotation ¶ 

func (o *CanvasItem) X_EditGetRotation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CanvasItem) X_EditGetState ¶ 

func (o *CanvasItem) X_EditGetState() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*CanvasItem) X_EditSetPivot ¶ 

func (o *CanvasItem) X_EditSetPivot(pivot gdnative.Vector2)
        Undocumented
	Args: [{ false pivot Vector2}], Returns: void

func (*CanvasItem) X_EditSetPosition ¶ 

func (o *CanvasItem) X_EditSetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*CanvasItem) X_EditSetRect ¶ 

func (o *CanvasItem) X_EditSetRect(rect gdnative.Rect2)
        Undocumented
	Args: [{ false rect Rect2}], Returns: void

func (*CanvasItem) X_EditSetRotation ¶ 

func (o *CanvasItem) X_EditSetRotation(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*CanvasItem) X_EditSetState ¶ 

func (o *CanvasItem) X_EditSetState(state gdnative.Dictionary)
        Undocumented
	Args: [{ false state Dictionary}], Returns: void

func (*CanvasItem) X_EditUsePivot ¶ 

func (o *CanvasItem) X_EditUsePivot() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) X_EditUsePosition ¶ 

func (o *CanvasItem) X_EditUsePosition() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) X_EditUseRect ¶ 

func (o *CanvasItem) X_EditUseRect() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) X_EditUseRotation ¶ 

func (o *CanvasItem) X_EditUseRotation() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) X_IsOnTop ¶ 

func (o *CanvasItem) X_IsOnTop() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CanvasItem) X_SetOnTop ¶ 

func (o *CanvasItem) X_SetOnTop(onTop gdnative.Bool)
        Undocumented
	Args: [{ false on_top bool}], Returns: void

func (*CanvasItem) X_ToplevelRaiseSelf ¶ 

func (o *CanvasItem) X_ToplevelRaiseSelf()
        Undocumented
	Args: [], Returns: void

func (*CanvasItem) X_UpdateCallback ¶ 

func (o *CanvasItem) X_UpdateCallback()
        Undocumented
	Args: [], Returns: void

type CanvasItemBlendMode ¶ 

type CanvasItemBlendMode int

CanvasItemBlendMode is an enum for BlendMode values. 

const (
	CanvasItemBlendModeAdd          CanvasItemBlendMode = 1
	CanvasItemBlendModeMix          CanvasItemBlendMode = 0
	CanvasItemBlendModeMul          CanvasItemBlendMode = 3
	CanvasItemBlendModePremultAlpha CanvasItemBlendMode = 4
	CanvasItemBlendModeSub          CanvasItemBlendMode = 2
)

type CanvasItemImplementer ¶ 

type CanvasItemImplementer interface {
	NodeImplementer
	X_Draw()
	X_EditGetItemAndChildrenRect() gdnative.Rect2
	X_EditGetPivot() gdnative.Vector2
	X_EditGetPosition() gdnative.Vector2
	X_EditGetRect() gdnative.Rect2
	X_EditGetRotation() gdnative.Real
	X_EditGetState() gdnative.Dictionary
	X_EditSetPivot(pivot gdnative.Vector2)
	X_EditSetPosition(position gdnative.Vector2)
	X_EditSetRect(rect gdnative.Rect2)
	X_EditSetRotation(degrees gdnative.Real)
	X_EditSetState(state gdnative.Dictionary)
	X_EditUsePivot() gdnative.Bool
	X_EditUsePosition() gdnative.Bool
	X_EditUseRect() gdnative.Bool
	X_EditUseRotation() gdnative.Bool
	X_IsOnTop() gdnative.Bool
	X_SetOnTop(onTop gdnative.Bool)
	X_ToplevelRaiseSelf()
	X_UpdateCallback()
	DrawChar(font FontImplementer, position gdnative.Vector2, char gdnative.String, next gdnative.String, modulate gdnative.Color) gdnative.Real
	DrawCircle(position gdnative.Vector2, radius gdnative.Real, color gdnative.Color)
	DrawColoredPolygon(points gdnative.PoolVector2Array, color gdnative.Color, uvs gdnative.PoolVector2Array, texture TextureImplementer, normalMap TextureImplementer, antialiased gdnative.Bool)
	DrawLine(from gdnative.Vector2, to gdnative.Vector2, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
	DrawMultiline(points gdnative.PoolVector2Array, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
	DrawMultilineColors(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, width gdnative.Real, antialiased gdnative.Bool)
	DrawPolygon(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture TextureImplementer, normalMap TextureImplementer, antialiased gdnative.Bool)
	DrawPolyline(points gdnative.PoolVector2Array, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
	DrawPolylineColors(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, width gdnative.Real, antialiased gdnative.Bool)
	DrawPrimitive(points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture TextureImplementer, width gdnative.Real, normalMap TextureImplementer)
	DrawRect(rect gdnative.Rect2, color gdnative.Color, filled gdnative.Bool)
	DrawSetTransform(position gdnative.Vector2, rotation gdnative.Real, scale gdnative.Vector2)
	DrawSetTransformMatrix(xform gdnative.Transform2D)
	DrawString(font FontImplementer, position gdnative.Vector2, text gdnative.String, modulate gdnative.Color, clipW gdnative.Int)
	DrawStyleBox(styleBox StyleBoxImplementer, rect gdnative.Rect2)
	DrawTexture(texture TextureImplementer, position gdnative.Vector2, modulate gdnative.Color, normalMap TextureImplementer)
	DrawTextureRect(texture TextureImplementer, rect gdnative.Rect2, tile gdnative.Bool, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer)
	DrawTextureRectRegion(texture TextureImplementer, rect gdnative.Rect2, srcRect gdnative.Rect2, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer, clipUv gdnative.Bool)
	GetCanvas() gdnative.Rid
	GetCanvasItem() gdnative.Rid
	GetCanvasTransform() gdnative.Transform2D
	GetGlobalMousePosition() gdnative.Vector2
	GetGlobalTransform() gdnative.Transform2D
	GetGlobalTransformWithCanvas() gdnative.Transform2D
	GetLightMask() gdnative.Int
	GetLocalMousePosition() gdnative.Vector2
	GetMaterial() MaterialImplementer
	GetModulate() gdnative.Color
	GetSelfModulate() gdnative.Color
	GetTransform() gdnative.Transform2D
	GetUseParentMaterial() gdnative.Bool
	GetViewportRect() gdnative.Rect2
	GetViewportTransform() gdnative.Transform2D
	GetWorld2D() World2DImplementer
	Hide()
	IsDrawBehindParentEnabled() gdnative.Bool
	IsLocalTransformNotificationEnabled() gdnative.Bool
	IsSetAsToplevel() gdnative.Bool
	IsTransformNotificationEnabled() gdnative.Bool
	IsVisible() gdnative.Bool
	IsVisibleInTree() gdnative.Bool
	MakeCanvasPositionLocal(screenPoint gdnative.Vector2) gdnative.Vector2
	MakeInputLocal(event InputEventImplementer) InputEventImplementer
	SetAsToplevel(enable gdnative.Bool)
	SetDrawBehindParent(enable gdnative.Bool)
	SetLightMask(lightMask gdnative.Int)
	SetMaterial(material MaterialImplementer)
	SetModulate(modulate gdnative.Color)
	SetNotifyLocalTransform(enable gdnative.Bool)
	SetNotifyTransform(enable gdnative.Bool)
	SetSelfModulate(selfModulate gdnative.Color)
	SetUseParentMaterial(enable gdnative.Bool)
	SetVisible(visible gdnative.Bool)
	Show()
	Update()
}

CanvasItemImplementer is an interface that implements the methods of the CanvasItem class.

type CanvasItemMaterial ¶ 

type CanvasItemMaterial struct {
	Material
	// contains filtered or unexported fields
}

[code]CanvasItemMaterial[/code]s provide a means of modifying the textures associated with a CanvasItem. They specialize in describing blend and lighting behaviors for textures. Use a ShaderMaterial to more fully customize a material's interactions with a CanvasItem.

func (*CanvasItemMaterial) BaseClass ¶ 

func (o *CanvasItemMaterial) BaseClass() string

func (*CanvasItemMaterial) GetBlendMode ¶ 

func (o *CanvasItemMaterial) GetBlendMode() CanvasItemMaterialBlendMode
        Undocumented
	Args: [], Returns: enum.CanvasItemMaterial::BlendMode

func (*CanvasItemMaterial) GetLightMode ¶ 

func (o *CanvasItemMaterial) GetLightMode() CanvasItemMaterialLightMode
        Undocumented
	Args: [], Returns: enum.CanvasItemMaterial::LightMode

func (*CanvasItemMaterial) SetBlendMode ¶ 

func (o *CanvasItemMaterial) SetBlendMode(blendMode gdnative.Int)
        Undocumented
	Args: [{ false blend_mode int}], Returns: void

func (*CanvasItemMaterial) SetLightMode ¶ 

func (o *CanvasItemMaterial) SetLightMode(lightMode gdnative.Int)
        Undocumented
	Args: [{ false light_mode int}], Returns: void

type CanvasItemMaterialBlendMode ¶ 

type CanvasItemMaterialBlendMode int

CanvasItemMaterialBlendMode is an enum for BlendMode values. 

const (
	CanvasItemMaterialBlendModeAdd          CanvasItemMaterialBlendMode = 1
	CanvasItemMaterialBlendModeMix          CanvasItemMaterialBlendMode = 0
	CanvasItemMaterialBlendModeMul          CanvasItemMaterialBlendMode = 3
	CanvasItemMaterialBlendModePremultAlpha CanvasItemMaterialBlendMode = 4
	CanvasItemMaterialBlendModeSub          CanvasItemMaterialBlendMode = 2
)

type CanvasItemMaterialImplementer ¶ 

type CanvasItemMaterialImplementer interface {
	MaterialImplementer
	SetBlendMode(blendMode gdnative.Int)
	SetLightMode(lightMode gdnative.Int)
}

CanvasItemMaterialImplementer is an interface that implements the methods of the CanvasItemMaterial class.

type CanvasItemMaterialLightMode ¶ 

type CanvasItemMaterialLightMode int

CanvasItemMaterialLightMode is an enum for LightMode values. 

const (
	CanvasItemMaterialLightModeLightOnly CanvasItemMaterialLightMode = 2
	CanvasItemMaterialLightModeNormal    CanvasItemMaterialLightMode = 0
	CanvasItemMaterialLightModeUnshaded  CanvasItemMaterialLightMode = 1
)

type CanvasLayer ¶ 

type CanvasLayer struct {
	Node
	// contains filtered or unexported fields
}

Canvas drawing layer. CanvasItem nodes that are direct or indirect children of a [code]CanvasLayer[/code] will be drawn in that layer. The layer is a numeric index that defines the draw order. The default 2D scene renders with index 0, so a [code]CanvasLayer[/code] with index -1 will be drawn below, and one with index 1 will be drawn above. This is very useful for HUDs (in layer 1+ or above), or backgrounds (in layer -1 or below).

func (*CanvasLayer) BaseClass ¶ 

func (o *CanvasLayer) BaseClass() string

func (*CanvasLayer) GetCustomViewport ¶ 

func (o *CanvasLayer) GetCustomViewport() NodeImplementer
        Undocumented
	Args: [], Returns: Node

func (*CanvasLayer) GetLayer ¶ 

func (o *CanvasLayer) GetLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CanvasLayer) GetOffset ¶ 

func (o *CanvasLayer) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*CanvasLayer) GetRotation ¶ 

func (o *CanvasLayer) GetRotation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CanvasLayer) GetRotationDegrees ¶ 

func (o *CanvasLayer) GetRotationDegrees() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CanvasLayer) GetScale ¶ 

func (o *CanvasLayer) GetScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*CanvasLayer) GetTransform ¶ 

func (o *CanvasLayer) GetTransform() gdnative.Transform2D
        Undocumented
	Args: [], Returns: Transform2D

func (*CanvasLayer) GetWorld2D ¶ 

func (o *CanvasLayer) GetWorld2D() World2DImplementer
        Return the [World2D] used by this layer.
	Args: [], Returns: World2D

func (*CanvasLayer) SetCustomViewport ¶ 

func (o *CanvasLayer) SetCustomViewport(viewport ObjectImplementer)
        Undocumented
	Args: [{ false viewport Object}], Returns: void

func (*CanvasLayer) SetLayer ¶ 

func (o *CanvasLayer) SetLayer(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*CanvasLayer) SetOffset ¶ 

func (o *CanvasLayer) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*CanvasLayer) SetRotation ¶ 

func (o *CanvasLayer) SetRotation(radians gdnative.Real)
        Undocumented
	Args: [{ false radians float}], Returns: void

func (*CanvasLayer) SetRotationDegrees ¶ 

func (o *CanvasLayer) SetRotationDegrees(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*CanvasLayer) SetScale ¶ 

func (o *CanvasLayer) SetScale(scale gdnative.Vector2)
        Undocumented
	Args: [{ false scale Vector2}], Returns: void

func (*CanvasLayer) SetTransform ¶ 

func (o *CanvasLayer) SetTransform(transform gdnative.Transform2D)
        Undocumented
	Args: [{ false transform Transform2D}], Returns: void

type CanvasLayerImplementer ¶ 

type CanvasLayerImplementer interface {
	NodeImplementer
	GetCustomViewport() NodeImplementer
	GetLayer() gdnative.Int
	GetOffset() gdnative.Vector2
	GetRotation() gdnative.Real
	GetRotationDegrees() gdnative.Real
	GetScale() gdnative.Vector2
	GetTransform() gdnative.Transform2D
	GetWorld2D() World2DImplementer
	SetCustomViewport(viewport ObjectImplementer)
	SetLayer(layer gdnative.Int)
	SetOffset(offset gdnative.Vector2)
	SetRotation(radians gdnative.Real)
	SetRotationDegrees(degrees gdnative.Real)
	SetScale(scale gdnative.Vector2)
	SetTransform(transform gdnative.Transform2D)
}

CanvasLayerImplementer is an interface that implements the methods of the CanvasLayer class.

type CanvasModulate ¶ 

type CanvasModulate struct {
	Node2D
	// contains filtered or unexported fields
}

[code]CanvasModulate[/code] tints the canvas elements using its assigned [code]color[/code].

func (*CanvasModulate) BaseClass ¶ 

func (o *CanvasModulate) BaseClass() string

func (*CanvasModulate) GetColor ¶ 

func (o *CanvasModulate) GetColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*CanvasModulate) SetColor ¶ 

func (o *CanvasModulate) SetColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

type CanvasModulateImplementer ¶ 

type CanvasModulateImplementer interface {
	Node2DImplementer
	GetColor() gdnative.Color
	SetColor(color gdnative.Color)
}

CanvasModulateImplementer is an interface that implements the methods of the CanvasModulate class.

type CapsuleMesh ¶ 

type CapsuleMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Class representing a capsule-shaped PrimitiveMesh.

func (*CapsuleMesh) BaseClass ¶ 

func (o *CapsuleMesh) BaseClass() string

func (*CapsuleMesh) GetMidHeight ¶ 

func (o *CapsuleMesh) GetMidHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CapsuleMesh) GetRadialSegments ¶ 

func (o *CapsuleMesh) GetRadialSegments() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CapsuleMesh) GetRadius ¶ 

func (o *CapsuleMesh) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CapsuleMesh) GetRings ¶ 

func (o *CapsuleMesh) GetRings() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CapsuleMesh) SetMidHeight ¶ 

func (o *CapsuleMesh) SetMidHeight(midHeight gdnative.Real)
        Undocumented
	Args: [{ false mid_height float}], Returns: void

func (*CapsuleMesh) SetRadialSegments ¶ 

func (o *CapsuleMesh) SetRadialSegments(segments gdnative.Int)
        Undocumented
	Args: [{ false segments int}], Returns: void

func (*CapsuleMesh) SetRadius ¶ 

func (o *CapsuleMesh) SetRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

func (*CapsuleMesh) SetRings ¶ 

func (o *CapsuleMesh) SetRings(rings gdnative.Int)
        Undocumented
	Args: [{ false rings int}], Returns: void

type CapsuleMeshImplementer ¶ 

type CapsuleMeshImplementer interface {
	PrimitiveMeshImplementer
	GetMidHeight() gdnative.Real
	GetRadialSegments() gdnative.Int
	GetRadius() gdnative.Real
	GetRings() gdnative.Int
	SetMidHeight(midHeight gdnative.Real)
	SetRadialSegments(segments gdnative.Int)
	SetRadius(radius gdnative.Real)
	SetRings(rings gdnative.Int)
}

CapsuleMeshImplementer is an interface that implements the methods of the CapsuleMesh class.

type CapsuleShape ¶ 

type CapsuleShape struct {
	Shape
	// contains filtered or unexported fields
}

Capsule shape for collisions.

func (*CapsuleShape) BaseClass ¶ 

func (o *CapsuleShape) BaseClass() string

func (*CapsuleShape) GetHeight ¶ 

func (o *CapsuleShape) GetHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CapsuleShape) GetRadius ¶ 

func (o *CapsuleShape) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CapsuleShape) SetHeight ¶ 

func (o *CapsuleShape) SetHeight(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*CapsuleShape) SetRadius ¶ 

func (o *CapsuleShape) SetRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

type CapsuleShape2D ¶ 

type CapsuleShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Capsule shape for 2D collisions.

func (*CapsuleShape2D) BaseClass ¶ 

func (o *CapsuleShape2D) BaseClass() string

func (*CapsuleShape2D) GetHeight ¶ 

func (o *CapsuleShape2D) GetHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CapsuleShape2D) GetRadius ¶ 

func (o *CapsuleShape2D) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CapsuleShape2D) SetHeight ¶ 

func (o *CapsuleShape2D) SetHeight(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*CapsuleShape2D) SetRadius ¶ 

func (o *CapsuleShape2D) SetRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

type CapsuleShape2DImplementer ¶ 

type CapsuleShape2DImplementer interface {
	Shape2DImplementer
	GetHeight() gdnative.Real
	GetRadius() gdnative.Real
	SetHeight(height gdnative.Real)
	SetRadius(radius gdnative.Real)
}

CapsuleShape2DImplementer is an interface that implements the methods of the CapsuleShape2D class.

type CapsuleShapeImplementer ¶ 

type CapsuleShapeImplementer interface {
	ShapeImplementer
	GetHeight() gdnative.Real
	GetRadius() gdnative.Real
	SetHeight(height gdnative.Real)
	SetRadius(radius gdnative.Real)
}

CapsuleShapeImplementer is an interface that implements the methods of the CapsuleShape class.

type CenterContainer ¶ 

type CenterContainer struct {
	Container
	// contains filtered or unexported fields
}

CenterContainer Keeps children controls centered. This container keeps all children to their minimum size, in the center.

func (*CenterContainer) BaseClass ¶ 

func (o *CenterContainer) BaseClass() string

func (*CenterContainer) IsUsingTopLeft ¶ 

func (o *CenterContainer) IsUsingTopLeft() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CenterContainer) SetUseTopLeft ¶ 

func (o *CenterContainer) SetUseTopLeft(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type CenterContainerImplementer ¶ 

type CenterContainerImplementer interface {
	ContainerImplementer
	IsUsingTopLeft() gdnative.Bool
	SetUseTopLeft(enable gdnative.Bool)
}

CenterContainerImplementer is an interface that implements the methods of the CenterContainer class.

type CheckBox ¶ 

type CheckBox struct {
	Button
	// contains filtered or unexported fields
}

A checkbox allows the user to make a binary choice (choosing only one of two possible options), for example Answer 'yes' or 'no'.

func (*CheckBox) BaseClass ¶ 

func (o *CheckBox) BaseClass() string

type CheckBoxImplementer ¶ 

type CheckBoxImplementer interface {
	ButtonImplementer
}

CheckBoxImplementer is an interface that implements the methods of the CheckBox class.

type CheckButton ¶ 

type CheckButton struct {
	Button
	// contains filtered or unexported fields
}

CheckButton is a toggle button displayed as a check field.

func (*CheckButton) BaseClass ¶ 

func (o *CheckButton) BaseClass() string

type CheckButtonImplementer ¶ 

type CheckButtonImplementer interface {
	ButtonImplementer
}

CheckButtonImplementer is an interface that implements the methods of the CheckButton class.

type CircleShape2D ¶ 

type CircleShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Circular shape for 2D collisions. This shape is useful for modeling balls or small characters and its collision detection with everything else is very fast.

func (*CircleShape2D) BaseClass ¶ 

func (o *CircleShape2D) BaseClass() string

func (*CircleShape2D) GetRadius ¶ 

func (o *CircleShape2D) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CircleShape2D) SetRadius ¶ 

func (o *CircleShape2D) SetRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

type CircleShape2DImplementer ¶ 

type CircleShape2DImplementer interface {
	Shape2DImplementer
	GetRadius() gdnative.Real
	SetRadius(radius gdnative.Real)
}

CircleShape2DImplementer is an interface that implements the methods of the CircleShape2D class.

type Class ¶ 

type Class interface {
	BaseClass() string
	SetBaseObject(object gdnative.Object)
	GetBaseObject() gdnative.Object
}

Class is an interface for any objects that can have Godot inheritance.

type ClassConstructor ¶ 

type ClassConstructor func() Class

ClassConstructor is any function that will build and return a class to be registered with Godot.

type ClassDBImplementer ¶ 

type ClassDBImplementer interface {
	ObjectImplementer
	CanInstance(class gdnative.String) gdnative.Bool
	ClassExists(class gdnative.String) gdnative.Bool
	ClassGetCategory(class gdnative.String) gdnative.String
	ClassGetIntegerConstant(class gdnative.String, name gdnative.String) gdnative.Int
	ClassGetIntegerConstantList(class gdnative.String, noInheritance gdnative.Bool) gdnative.PoolStringArray
	ClassGetMethodList(class gdnative.String, noInheritance gdnative.Bool) gdnative.Array
	ClassGetProperty(object ObjectImplementer, property gdnative.String) gdnative.Variant
	ClassGetPropertyList(class gdnative.String, noInheritance gdnative.Bool) gdnative.Array
	ClassGetSignal(class gdnative.String, signal gdnative.String) gdnative.Dictionary
	ClassGetSignalList(class gdnative.String, noInheritance gdnative.Bool) gdnative.Array
	ClassHasIntegerConstant(class gdnative.String, name gdnative.String) gdnative.Bool
	ClassHasMethod(class gdnative.String, method gdnative.String, noInheritance gdnative.Bool) gdnative.Bool
	ClassHasSignal(class gdnative.String, signal gdnative.String) gdnative.Bool
	GetClassList() gdnative.PoolStringArray
	GetInheritersFromClass(class gdnative.String) gdnative.PoolStringArray
	GetParentClass(class gdnative.String) gdnative.String
	Instance(class gdnative.String) gdnative.Variant
	IsClassEnabled(class gdnative.String) gdnative.Bool
	IsParentClass(class gdnative.String, inherits gdnative.String) gdnative.Bool
}

ClassDBImplementer is an interface that implements the methods of the ClassDB class.

type CollisionObject ¶ 

type CollisionObject struct {
	Spatial
	// contains filtered or unexported fields
}

CollisionObject is the base class for physics objects. It can hold any number of collision [Shape]s. Each shape must be assigned to a [i]shape owner[/i]. The CollisionObject can have any number of shape owners. Shape owners are not nodes and do not appear in the editor, but are accessible through code using the [code]shape_owner_*[/code] methods.

func (*CollisionObject) BaseClass ¶ 

func (o *CollisionObject) BaseClass() string

func (*CollisionObject) CreateShapeOwner ¶ 

func (o *CollisionObject) CreateShapeOwner(owner ObjectImplementer) gdnative.Int
        Creates a new shape owner for the given object. Returns [code]owner_id[/code] of the new owner for future reference.
	Args: [{ false owner Object}], Returns: int

func (*CollisionObject) GetCaptureInputOnDrag ¶ 

func (o *CollisionObject) GetCaptureInputOnDrag() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionObject) GetRid ¶ 

func (o *CollisionObject) GetRid() gdnative.Rid
        Returns the object's [RID].
	Args: [], Returns: RID

func (*CollisionObject) GetShapeOwners ¶ 

func (o *CollisionObject) GetShapeOwners() gdnative.Array
        Returns an [Array] of [code]owner_id[/code] identifiers. You can use these ids in other methods that take [code]owner_id[/code] as an argument.
	Args: [], Returns: Array

func (*CollisionObject) IsRayPickable ¶ 

func (o *CollisionObject) IsRayPickable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionObject) IsShapeOwnerDisabled ¶ 

func (o *CollisionObject) IsShapeOwnerDisabled(ownerId gdnative.Int) gdnative.Bool
        If [code]true[/code] the shape owner and its shapes are disabled.
	Args: [{ false owner_id int}], Returns: bool

func (*CollisionObject) RemoveShapeOwner ¶ 

func (o *CollisionObject) RemoveShapeOwner(ownerId gdnative.Int)
        Removes the given shape owner.
	Args: [{ false owner_id int}], Returns: void

func (*CollisionObject) SetCaptureInputOnDrag ¶ 

func (o *CollisionObject) SetCaptureInputOnDrag(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*CollisionObject) SetRayPickable ¶ 

func (o *CollisionObject) SetRayPickable(rayPickable gdnative.Bool)
        Undocumented
	Args: [{ false ray_pickable bool}], Returns: void

func (*CollisionObject) ShapeFindOwner ¶ 

func (o *CollisionObject) ShapeFindOwner(shapeIndex gdnative.Int) gdnative.Int
        Returns the [code]owner_id[/code] of the given shape.
	Args: [{ false shape_index int}], Returns: int

func (*CollisionObject) ShapeOwnerAddShape ¶ 

func (o *CollisionObject) ShapeOwnerAddShape(ownerId gdnative.Int, shape ShapeImplementer)
        Adds a [Shape] to the shape owner.
	Args: [{ false owner_id int} { false shape Shape}], Returns: void

func (*CollisionObject) ShapeOwnerClearShapes ¶ 

func (o *CollisionObject) ShapeOwnerClearShapes(ownerId gdnative.Int)
        Removes all shapes from the shape owner.
	Args: [{ false owner_id int}], Returns: void

func (*CollisionObject) ShapeOwnerGetOwner ¶ 

func (o *CollisionObject) ShapeOwnerGetOwner(ownerId gdnative.Int) ObjectImplementer
        Returns the parent object of the given shape owner.
	Args: [{ false owner_id int}], Returns: Object

func (*CollisionObject) ShapeOwnerGetShape ¶ 

func (o *CollisionObject) ShapeOwnerGetShape(ownerId gdnative.Int, shapeId gdnative.Int) ShapeImplementer
        Returns the [Shape] with the given id from the given shape owner.
	Args: [{ false owner_id int} { false shape_id int}], Returns: Shape

func (*CollisionObject) ShapeOwnerGetShapeCount ¶ 

func (o *CollisionObject) ShapeOwnerGetShapeCount(ownerId gdnative.Int) gdnative.Int
        Returns the number of shapes the given shape owner contains.
	Args: [{ false owner_id int}], Returns: int

func (*CollisionObject) ShapeOwnerGetShapeIndex ¶ 

func (o *CollisionObject) ShapeOwnerGetShapeIndex(ownerId gdnative.Int, shapeId gdnative.Int) gdnative.Int
        Returns the child index of the [Shape] with the given id from the given shape owner.
	Args: [{ false owner_id int} { false shape_id int}], Returns: int

func (*CollisionObject) ShapeOwnerGetTransform ¶ 

func (o *CollisionObject) ShapeOwnerGetTransform(ownerId gdnative.Int) gdnative.Transform
        Returns the shape owner's [Transform].
	Args: [{ false owner_id int}], Returns: Transform

func (*CollisionObject) ShapeOwnerRemoveShape ¶ 

func (o *CollisionObject) ShapeOwnerRemoveShape(ownerId gdnative.Int, shapeId gdnative.Int)
        Removes a shape from the given shape owner.
	Args: [{ false owner_id int} { false shape_id int}], Returns: void

func (*CollisionObject) ShapeOwnerSetDisabled ¶ 

func (o *CollisionObject) ShapeOwnerSetDisabled(ownerId gdnative.Int, disabled gdnative.Bool)
        If [code]true[/code] disables the given shape owner.
	Args: [{ false owner_id int} { false disabled bool}], Returns: void

func (*CollisionObject) ShapeOwnerSetTransform ¶ 

func (o *CollisionObject) ShapeOwnerSetTransform(ownerId gdnative.Int, transform gdnative.Transform)
        Sets the [Transform] of the given shape owner.
	Args: [{ false owner_id int} { false transform Transform}], Returns: void

func (*CollisionObject) X_InputEvent ¶ 

func (o *CollisionObject) X_InputEvent(camera ObjectImplementer, event InputEventImplementer, clickPosition gdnative.Vector3, clickNormal gdnative.Vector3, shapeIdx gdnative.Int)
        Accepts unhandled [InputEvent]s. [code]click_position[/code] is the clicked location in world space and [code]click_normal[/code] is the normal vector extending from the clicked surface of the [Shape] at [code]shape_idx[/code]. Connect to the [code]input_event[/code] signal to easily pick up these events.
	Args: [{ false camera Object} { false event InputEvent} { false click_position Vector3} { false click_normal Vector3} { false shape_idx int}], Returns: void

type CollisionObject2D ¶ 

type CollisionObject2D struct {
	Node2D
	// contains filtered or unexported fields
}

CollisionObject2D is the base class for 2D physics objects. It can hold any number of 2D collision [Shape2D]s. Each shape must be assigned to a [i]shape owner[/i]. The CollisionObject2D can have any number of shape owners. Shape owners are not nodes and do not appear in the editor, but are accessible through code using the [code]shape_owner_*[/code] methods.

func (*CollisionObject2D) BaseClass ¶ 

func (o *CollisionObject2D) BaseClass() string

func (*CollisionObject2D) CreateShapeOwner ¶ 

func (o *CollisionObject2D) CreateShapeOwner(owner ObjectImplementer) gdnative.Int
        Creates a new shape owner for the given object. Returns [code]owner_id[/code] of the new owner for future reference.
	Args: [{ false owner Object}], Returns: int

func (*CollisionObject2D) GetRid ¶ 

func (o *CollisionObject2D) GetRid() gdnative.Rid
        Returns the object's [RID].
	Args: [], Returns: RID

func (*CollisionObject2D) GetShapeOwners ¶ 

func (o *CollisionObject2D) GetShapeOwners() gdnative.Array
        Returns an [Array] of [code]owner_id[/code] identifiers. You can use these ids in other methods that take [code]owner_id[/code] as an argument.
	Args: [], Returns: Array

func (*CollisionObject2D) IsPickable ¶ 

func (o *CollisionObject2D) IsPickable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionObject2D) IsShapeOwnerDisabled ¶ 

func (o *CollisionObject2D) IsShapeOwnerDisabled(ownerId gdnative.Int) gdnative.Bool
        If [code]true[/code] the shape owner and its shapes are disabled.
	Args: [{ false owner_id int}], Returns: bool

func (*CollisionObject2D) IsShapeOwnerOneWayCollisionEnabled ¶ 

func (o *CollisionObject2D) IsShapeOwnerOneWayCollisionEnabled(ownerId gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if collisions for the shape owner originating from this [code]CollisionObject2D[/code] will not be reported to collided with [code]CollisionObject2D[/code]s.
	Args: [{ false owner_id int}], Returns: bool

func (*CollisionObject2D) RemoveShapeOwner ¶ 

func (o *CollisionObject2D) RemoveShapeOwner(ownerId gdnative.Int)
        Removes the given shape owner.
	Args: [{ false owner_id int}], Returns: void

func (*CollisionObject2D) SetPickable ¶ 

func (o *CollisionObject2D) SetPickable(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*CollisionObject2D) ShapeFindOwner ¶ 

func (o *CollisionObject2D) ShapeFindOwner(shapeIndex gdnative.Int) gdnative.Int
        Returns the [code]owner_id[/code] of the given shape.
	Args: [{ false shape_index int}], Returns: int

func (*CollisionObject2D) ShapeOwnerAddShape ¶ 

func (o *CollisionObject2D) ShapeOwnerAddShape(ownerId gdnative.Int, shape Shape2DImplementer)
        Adds a [Shape2D] to the shape owner.
	Args: [{ false owner_id int} { false shape Shape2D}], Returns: void

func (*CollisionObject2D) ShapeOwnerClearShapes ¶ 

func (o *CollisionObject2D) ShapeOwnerClearShapes(ownerId gdnative.Int)
        Removes all shapes from the shape owner.
	Args: [{ false owner_id int}], Returns: void

func (*CollisionObject2D) ShapeOwnerGetOwner ¶ 

func (o *CollisionObject2D) ShapeOwnerGetOwner(ownerId gdnative.Int) ObjectImplementer
        Returns the parent object of the given shape owner.
	Args: [{ false owner_id int}], Returns: Object

func (*CollisionObject2D) ShapeOwnerGetShape ¶ 

func (o *CollisionObject2D) ShapeOwnerGetShape(ownerId gdnative.Int, shapeId gdnative.Int) Shape2DImplementer
        Returns the [Shape2D] with the given id from the given shape owner.
	Args: [{ false owner_id int} { false shape_id int}], Returns: Shape2D

func (*CollisionObject2D) ShapeOwnerGetShapeCount ¶ 

func (o *CollisionObject2D) ShapeOwnerGetShapeCount(ownerId gdnative.Int) gdnative.Int
        Returns the number of shapes the given shape owner contains.
	Args: [{ false owner_id int}], Returns: int

func (*CollisionObject2D) ShapeOwnerGetShapeIndex ¶ 

func (o *CollisionObject2D) ShapeOwnerGetShapeIndex(ownerId gdnative.Int, shapeId gdnative.Int) gdnative.Int
        Returns the child index of the [Shape2D] with the given id from the given shape owner.
	Args: [{ false owner_id int} { false shape_id int}], Returns: int

func (*CollisionObject2D) ShapeOwnerGetTransform ¶ 

func (o *CollisionObject2D) ShapeOwnerGetTransform(ownerId gdnative.Int) gdnative.Transform2D
        Returns the shape owner's [Transform2D].
	Args: [{ false owner_id int}], Returns: Transform2D

func (*CollisionObject2D) ShapeOwnerRemoveShape ¶ 

func (o *CollisionObject2D) ShapeOwnerRemoveShape(ownerId gdnative.Int, shapeId gdnative.Int)
        Removes a shape from the given shape owner.
	Args: [{ false owner_id int} { false shape_id int}], Returns: void

func (*CollisionObject2D) ShapeOwnerSetDisabled ¶ 

func (o *CollisionObject2D) ShapeOwnerSetDisabled(ownerId gdnative.Int, disabled gdnative.Bool)
        If [code]true[/code] disables the given shape owner.
	Args: [{ false owner_id int} { false disabled bool}], Returns: void

func (*CollisionObject2D) ShapeOwnerSetOneWayCollision ¶ 

func (o *CollisionObject2D) ShapeOwnerSetOneWayCollision(ownerId gdnative.Int, enable gdnative.Bool)
        If [code]enable[/code] is [code]true[/code], collisions for the shape owner originating from this [code]CollisionObject2D[/code] will not be reported to collided with [code]CollisionObject2D[/code]s.
	Args: [{ false owner_id int} { false enable bool}], Returns: void

func (*CollisionObject2D) ShapeOwnerSetTransform ¶ 

func (o *CollisionObject2D) ShapeOwnerSetTransform(ownerId gdnative.Int, transform gdnative.Transform2D)
        Sets the [Transform2D] of the given shape owner.
	Args: [{ false owner_id int} { false transform Transform2D}], Returns: void

func (*CollisionObject2D) X_InputEvent ¶ 

func (o *CollisionObject2D) X_InputEvent(viewport ObjectImplementer, event InputEventImplementer, shapeIdx gdnative.Int)
        Accepts unhandled [InputEvent]s. [code]shape_idx[/code] is the child index of the clicked [Shape2D]. Connect to the [code]input_event[/code] signal to easily pick up these events.
	Args: [{ false viewport Object} { false event InputEvent} { false shape_idx int}], Returns: void

type CollisionObject2DImplementer ¶ 

type CollisionObject2DImplementer interface {
	Node2DImplementer
	X_InputEvent(viewport ObjectImplementer, event InputEventImplementer, shapeIdx gdnative.Int)
	CreateShapeOwner(owner ObjectImplementer) gdnative.Int
	GetRid() gdnative.Rid
	GetShapeOwners() gdnative.Array
	IsPickable() gdnative.Bool
	IsShapeOwnerDisabled(ownerId gdnative.Int) gdnative.Bool
	IsShapeOwnerOneWayCollisionEnabled(ownerId gdnative.Int) gdnative.Bool
	RemoveShapeOwner(ownerId gdnative.Int)
	SetPickable(enabled gdnative.Bool)
	ShapeFindOwner(shapeIndex gdnative.Int) gdnative.Int
	ShapeOwnerAddShape(ownerId gdnative.Int, shape Shape2DImplementer)
	ShapeOwnerClearShapes(ownerId gdnative.Int)
	ShapeOwnerGetOwner(ownerId gdnative.Int) ObjectImplementer
	ShapeOwnerGetShape(ownerId gdnative.Int, shapeId gdnative.Int) Shape2DImplementer
	ShapeOwnerGetShapeCount(ownerId gdnative.Int) gdnative.Int
	ShapeOwnerGetShapeIndex(ownerId gdnative.Int, shapeId gdnative.Int) gdnative.Int
	ShapeOwnerGetTransform(ownerId gdnative.Int) gdnative.Transform2D
	ShapeOwnerRemoveShape(ownerId gdnative.Int, shapeId gdnative.Int)
	ShapeOwnerSetDisabled(ownerId gdnative.Int, disabled gdnative.Bool)
	ShapeOwnerSetOneWayCollision(ownerId gdnative.Int, enable gdnative.Bool)
	ShapeOwnerSetTransform(ownerId gdnative.Int, transform gdnative.Transform2D)
}

CollisionObject2DImplementer is an interface that implements the methods of the CollisionObject2D class.

type CollisionObjectImplementer ¶ 

type CollisionObjectImplementer interface {
	SpatialImplementer
	X_InputEvent(camera ObjectImplementer, event InputEventImplementer, clickPosition gdnative.Vector3, clickNormal gdnative.Vector3, shapeIdx gdnative.Int)
	CreateShapeOwner(owner ObjectImplementer) gdnative.Int
	GetCaptureInputOnDrag() gdnative.Bool
	GetRid() gdnative.Rid
	GetShapeOwners() gdnative.Array
	IsRayPickable() gdnative.Bool
	IsShapeOwnerDisabled(ownerId gdnative.Int) gdnative.Bool
	RemoveShapeOwner(ownerId gdnative.Int)
	SetCaptureInputOnDrag(enable gdnative.Bool)
	SetRayPickable(rayPickable gdnative.Bool)
	ShapeFindOwner(shapeIndex gdnative.Int) gdnative.Int
	ShapeOwnerAddShape(ownerId gdnative.Int, shape ShapeImplementer)
	ShapeOwnerClearShapes(ownerId gdnative.Int)
	ShapeOwnerGetOwner(ownerId gdnative.Int) ObjectImplementer
	ShapeOwnerGetShape(ownerId gdnative.Int, shapeId gdnative.Int) ShapeImplementer
	ShapeOwnerGetShapeCount(ownerId gdnative.Int) gdnative.Int
	ShapeOwnerGetShapeIndex(ownerId gdnative.Int, shapeId gdnative.Int) gdnative.Int
	ShapeOwnerGetTransform(ownerId gdnative.Int) gdnative.Transform
	ShapeOwnerRemoveShape(ownerId gdnative.Int, shapeId gdnative.Int)
	ShapeOwnerSetDisabled(ownerId gdnative.Int, disabled gdnative.Bool)
	ShapeOwnerSetTransform(ownerId gdnative.Int, transform gdnative.Transform)
}

CollisionObjectImplementer is an interface that implements the methods of the CollisionObject class.

type CollisionPolygon ¶ 

type CollisionPolygon struct {
	Spatial
	// contains filtered or unexported fields
}

Allows editing a collision polygon's vertices on a selected plane. Can also set a depth perpendicular to that plane. This class is only available in the editor. It will not appear in the scene tree at runtime. Creates a Shape for gameplay. Properties modified during gameplay will have no effect.

func (*CollisionPolygon) BaseClass ¶ 

func (o *CollisionPolygon) BaseClass() string

func (*CollisionPolygon) GetDepth ¶ 

func (o *CollisionPolygon) GetDepth() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CollisionPolygon) GetPolygon ¶ 

func (o *CollisionPolygon) GetPolygon() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*CollisionPolygon) IsDisabled ¶ 

func (o *CollisionPolygon) IsDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionPolygon) SetDepth ¶ 

func (o *CollisionPolygon) SetDepth(depth gdnative.Real)
        Undocumented
	Args: [{ false depth float}], Returns: void

func (*CollisionPolygon) SetDisabled ¶ 

func (o *CollisionPolygon) SetDisabled(disabled gdnative.Bool)
        Undocumented
	Args: [{ false disabled bool}], Returns: void

func (*CollisionPolygon) SetPolygon ¶ 

func (o *CollisionPolygon) SetPolygon(polygon gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false polygon PoolVector2Array}], Returns: void

type CollisionPolygon2D ¶ 

type CollisionPolygon2D struct {
	Node2D
	// contains filtered or unexported fields
}

Provides a 2D collision polygon to a CollisionObject2D parent. Polygon can be drawn in the editor or specified by a list of vertices.

func (*CollisionPolygon2D) BaseClass ¶ 

func (o *CollisionPolygon2D) BaseClass() string

func (*CollisionPolygon2D) GetBuildMode ¶ 

func (o *CollisionPolygon2D) GetBuildMode() CollisionPolygon2DBuildMode
        Undocumented
	Args: [], Returns: enum.CollisionPolygon2D::BuildMode

func (*CollisionPolygon2D) GetPolygon ¶ 

func (o *CollisionPolygon2D) GetPolygon() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*CollisionPolygon2D) IsDisabled ¶ 

func (o *CollisionPolygon2D) IsDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionPolygon2D) IsOneWayCollisionEnabled ¶ 

func (o *CollisionPolygon2D) IsOneWayCollisionEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionPolygon2D) SetBuildMode ¶ 

func (o *CollisionPolygon2D) SetBuildMode(buildMode gdnative.Int)
        Undocumented
	Args: [{ false build_mode int}], Returns: void

func (*CollisionPolygon2D) SetDisabled ¶ 

func (o *CollisionPolygon2D) SetDisabled(disabled gdnative.Bool)
        Undocumented
	Args: [{ false disabled bool}], Returns: void

func (*CollisionPolygon2D) SetOneWayCollision ¶ 

func (o *CollisionPolygon2D) SetOneWayCollision(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*CollisionPolygon2D) SetPolygon ¶ 

func (o *CollisionPolygon2D) SetPolygon(polygon gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false polygon PoolVector2Array}], Returns: void

type CollisionPolygon2DBuildMode ¶ 

type CollisionPolygon2DBuildMode int

CollisionPolygon2DBuildMode is an enum for BuildMode values. 

const (
	CollisionPolygon2DBuildSegments CollisionPolygon2DBuildMode = 1
	CollisionPolygon2DBuildSolids   CollisionPolygon2DBuildMode = 0
)

type CollisionPolygon2DImplementer ¶ 

type CollisionPolygon2DImplementer interface {
	Node2DImplementer
	GetPolygon() gdnative.PoolVector2Array
	IsDisabled() gdnative.Bool
	IsOneWayCollisionEnabled() gdnative.Bool
	SetBuildMode(buildMode gdnative.Int)
	SetDisabled(disabled gdnative.Bool)
	SetOneWayCollision(enabled gdnative.Bool)
	SetPolygon(polygon gdnative.PoolVector2Array)
}

CollisionPolygon2DImplementer is an interface that implements the methods of the CollisionPolygon2D class.

type CollisionPolygonImplementer ¶ 

type CollisionPolygonImplementer interface {
	SpatialImplementer
	GetDepth() gdnative.Real
	GetPolygon() gdnative.PoolVector2Array
	IsDisabled() gdnative.Bool
	SetDepth(depth gdnative.Real)
	SetDisabled(disabled gdnative.Bool)
	SetPolygon(polygon gdnative.PoolVector2Array)
}

CollisionPolygonImplementer is an interface that implements the methods of the CollisionPolygon class.

type CollisionShape ¶ 

type CollisionShape struct {
	Spatial
	// contains filtered or unexported fields
}

Editor facility for creating and editing collision shapes in 3D space. You can use this node to represent all sorts of collision shapes, for example, add this to an Area to give it a detection shape, or add it to a PhysicsBody to give create solid object. [b]IMPORTANT[/b]: this is an Editor-only helper to create shapes, use [method get_shape] to get the actual shape.

func (*CollisionShape) BaseClass ¶ 

func (o *CollisionShape) BaseClass() string

func (*CollisionShape) GetShape ¶ 

func (o *CollisionShape) GetShape() ShapeImplementer
        Undocumented
	Args: [], Returns: Shape

func (*CollisionShape) IsDisabled ¶ 

func (o *CollisionShape) IsDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionShape) MakeConvexFromBrothers ¶ 

func (o *CollisionShape) MakeConvexFromBrothers()
        Sets the collision shape's shape to the addition of all its convexed [MeshInstance] siblings geometry.
	Args: [], Returns: void

func (*CollisionShape) ResourceChanged ¶ 

func (o *CollisionShape) ResourceChanged(resource ResourceImplementer)
        If this method exists within a script it will be called whenever the shape resource has been modified.
	Args: [{ false resource Resource}], Returns: void

func (*CollisionShape) SetDisabled ¶ 

func (o *CollisionShape) SetDisabled(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*CollisionShape) SetShape ¶ 

func (o *CollisionShape) SetShape(shape ShapeImplementer)
        Undocumented
	Args: [{ false shape Shape}], Returns: void

type CollisionShape2D ¶ 

type CollisionShape2D struct {
	Node2D
	// contains filtered or unexported fields
}

Editor facility for creating and editing collision shapes in 2D space. You can use this node to represent all sorts of collision shapes, for example, add this to an Area2D to give it a detection shape, or add it to a PhysicsBody2D to give create solid object. [b]IMPORTANT[/b]: this is an Editor-only helper to create shapes, use [method get_shape] to get the actual shape.

func (*CollisionShape2D) BaseClass ¶ 

func (o *CollisionShape2D) BaseClass() string

func (*CollisionShape2D) GetShape ¶ 

func (o *CollisionShape2D) GetShape() Shape2DImplementer
        Undocumented
	Args: [], Returns: Shape2D

func (*CollisionShape2D) IsDisabled ¶ 

func (o *CollisionShape2D) IsDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionShape2D) IsOneWayCollisionEnabled ¶ 

func (o *CollisionShape2D) IsOneWayCollisionEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*CollisionShape2D) SetDisabled ¶ 

func (o *CollisionShape2D) SetDisabled(disabled gdnative.Bool)
        Undocumented
	Args: [{ false disabled bool}], Returns: void

func (*CollisionShape2D) SetOneWayCollision ¶ 

func (o *CollisionShape2D) SetOneWayCollision(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*CollisionShape2D) SetShape ¶ 

func (o *CollisionShape2D) SetShape(shape Shape2DImplementer)
        Undocumented
	Args: [{ false shape Shape2D}], Returns: void

func (*CollisionShape2D) X_ShapeChanged ¶ 

func (o *CollisionShape2D) X_ShapeChanged()
        Undocumented
	Args: [], Returns: void

type CollisionShape2DImplementer ¶ 

type CollisionShape2DImplementer interface {
	Node2DImplementer
	X_ShapeChanged()
	GetShape() Shape2DImplementer
	IsDisabled() gdnative.Bool
	IsOneWayCollisionEnabled() gdnative.Bool
	SetDisabled(disabled gdnative.Bool)
	SetOneWayCollision(enabled gdnative.Bool)
	SetShape(shape Shape2DImplementer)
}

CollisionShape2DImplementer is an interface that implements the methods of the CollisionShape2D class.

type CollisionShapeImplementer ¶ 

type CollisionShapeImplementer interface {
	SpatialImplementer
	GetShape() ShapeImplementer
	IsDisabled() gdnative.Bool
	MakeConvexFromBrothers()
	ResourceChanged(resource ResourceImplementer)
	SetDisabled(enable gdnative.Bool)
	SetShape(shape ShapeImplementer)
}

CollisionShapeImplementer is an interface that implements the methods of the CollisionShape class.

type ColorPicker ¶ 

type ColorPicker struct {
	BoxContainer
	// contains filtered or unexported fields
}

This is a simple color picker Control. It's useful for selecting a color from an RGB/RGBA colorspace.

func (*ColorPicker) AddPreset ¶ 

func (o *ColorPicker) AddPreset(color gdnative.Color)
        Adds the current selected to color to a list of colors (presets), the presets will be displayed in the color picker and the user will be able to select them, notice that the presets list is only for this color picker.
	Args: [{ false color Color}], Returns: void

func (*ColorPicker) BaseClass ¶ 

func (o *ColorPicker) BaseClass() string

func (*ColorPicker) GetPickColor ¶ 

func (o *ColorPicker) GetPickColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ColorPicker) IsEditingAlpha ¶ 

func (o *ColorPicker) IsEditingAlpha() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ColorPicker) IsRawMode ¶ 

func (o *ColorPicker) IsRawMode() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ColorPicker) SetEditAlpha ¶ 

func (o *ColorPicker) SetEditAlpha(show gdnative.Bool)
        Undocumented
	Args: [{ false show bool}], Returns: void

func (*ColorPicker) SetPickColor ¶ 

func (o *ColorPicker) SetPickColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ColorPicker) SetRawMode ¶ 

func (o *ColorPicker) SetRawMode(mode gdnative.Bool)
        Undocumented
	Args: [{ false mode bool}], Returns: void

func (*ColorPicker) X_AddPresetPressed ¶ 

func (o *ColorPicker) X_AddPresetPressed()
        Undocumented
	Args: [], Returns: void

func (*ColorPicker) X_HsvDraw ¶ 

func (o *ColorPicker) X_HsvDraw(arg0 gdnative.Int, arg1 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 int} { false arg1 Object}], Returns: void

func (*ColorPicker) X_HtmlEntered ¶ 

func (o *ColorPicker) X_HtmlEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ColorPicker) X_PresetInput ¶ 

func (o *ColorPicker) X_PresetInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ColorPicker) X_SampleDraw ¶ 

func (o *ColorPicker) X_SampleDraw()
        Undocumented
	Args: [], Returns: void

func (*ColorPicker) X_ScreenInput ¶ 

func (o *ColorPicker) X_ScreenInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ColorPicker) X_ScreenPickPressed ¶ 

func (o *ColorPicker) X_ScreenPickPressed()
        Undocumented
	Args: [], Returns: void

func (*ColorPicker) X_TextTypeToggled ¶ 

func (o *ColorPicker) X_TextTypeToggled()
        Undocumented
	Args: [], Returns: void

func (*ColorPicker) X_UpdatePresets ¶ 

func (o *ColorPicker) X_UpdatePresets()
        Undocumented
	Args: [], Returns: void

func (*ColorPicker) X_UvInput ¶ 

func (o *ColorPicker) X_UvInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ColorPicker) X_ValueChanged ¶ 

func (o *ColorPicker) X_ValueChanged(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*ColorPicker) X_WInput ¶ 

func (o *ColorPicker) X_WInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type ColorPickerButton ¶ 

type ColorPickerButton struct {
	Button
	// contains filtered or unexported fields
}

Encapsulates a ColorPicker making it accesible by pressing a button, pressing the button will toggle the ColorPicker visibility

func (*ColorPickerButton) BaseClass ¶ 

func (o *ColorPickerButton) BaseClass() string

func (*ColorPickerButton) GetPickColor ¶ 

func (o *ColorPickerButton) GetPickColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ColorPickerButton) GetPicker ¶ 

func (o *ColorPickerButton) GetPicker() ColorPickerImplementer
        Returns the [code]ColorPicker[/code] that this [code]ColorPickerButton[/code] toggles.
	Args: [], Returns: ColorPicker

func (*ColorPickerButton) GetPopup ¶ 

func (o *ColorPickerButton) GetPopup() PopupPanelImplementer
        Returns the control's [PopupPanel] which allows you to connect to Popup Signals. This allows you to handle events when the ColorPicker is shown or hidden.
	Args: [], Returns: PopupPanel

func (*ColorPickerButton) IsEditingAlpha ¶ 

func (o *ColorPickerButton) IsEditingAlpha() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ColorPickerButton) SetEditAlpha ¶ 

func (o *ColorPickerButton) SetEditAlpha(show gdnative.Bool)
        Undocumented
	Args: [{ false show bool}], Returns: void

func (*ColorPickerButton) SetPickColor ¶ 

func (o *ColorPickerButton) SetPickColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ColorPickerButton) X_ColorChanged ¶ 

func (o *ColorPickerButton) X_ColorChanged(arg0 gdnative.Color)
        Undocumented
	Args: [{ false arg0 Color}], Returns: void

type ColorPickerButtonImplementer ¶ 

type ColorPickerButtonImplementer interface {
	ButtonImplementer
	X_ColorChanged(arg0 gdnative.Color)
	GetPickColor() gdnative.Color
	GetPicker() ColorPickerImplementer
	GetPopup() PopupPanelImplementer
	IsEditingAlpha() gdnative.Bool
	SetEditAlpha(show gdnative.Bool)
	SetPickColor(color gdnative.Color)
}

ColorPickerButtonImplementer is an interface that implements the methods of the ColorPickerButton class.

type ColorPickerImplementer ¶ 

type ColorPickerImplementer interface {
	BoxContainerImplementer
	X_AddPresetPressed()
	X_HsvDraw(arg0 gdnative.Int, arg1 ObjectImplementer)
	X_HtmlEntered(arg0 gdnative.String)
	X_PresetInput(arg0 InputEventImplementer)
	X_SampleDraw()
	X_ScreenInput(arg0 InputEventImplementer)
	X_ScreenPickPressed()
	X_TextTypeToggled()
	X_UpdatePresets()
	X_UvInput(arg0 InputEventImplementer)
	X_ValueChanged(arg0 gdnative.Real)
	X_WInput(arg0 InputEventImplementer)
	AddPreset(color gdnative.Color)
	GetPickColor() gdnative.Color
	IsEditingAlpha() gdnative.Bool
	IsRawMode() gdnative.Bool
	SetEditAlpha(show gdnative.Bool)
	SetPickColor(color gdnative.Color)
	SetRawMode(mode gdnative.Bool)
}

ColorPickerImplementer is an interface that implements the methods of the ColorPicker class.

type ColorRect ¶ 

type ColorRect struct {
	Control
	// contains filtered or unexported fields
}

An object that is represented on the canvas as a rect with color. [Color] is used to set or get color info for the rect.

func (*ColorRect) BaseClass ¶ 

func (o *ColorRect) BaseClass() string

func (*ColorRect) GetFrameColor ¶ 

func (o *ColorRect) GetFrameColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ColorRect) SetFrameColor ¶ 

func (o *ColorRect) SetFrameColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

type ColorRectImplementer ¶ 

type ColorRectImplementer interface {
	ControlImplementer
	GetFrameColor() gdnative.Color
	SetFrameColor(color gdnative.Color)
}

ColorRectImplementer is an interface that implements the methods of the ColorRect class.

type ConcavePolygonShape ¶ 

type ConcavePolygonShape struct {
	Shape
	// contains filtered or unexported fields
}

Concave polygon shape resource, which can be set into a PhysicsBody or area. This shape is created by feeding a list of triangles.

func (*ConcavePolygonShape) BaseClass ¶ 

func (o *ConcavePolygonShape) BaseClass() string

func (*ConcavePolygonShape) GetFaces ¶ 

func (o *ConcavePolygonShape) GetFaces() gdnative.PoolVector3Array
        Return the faces (an array of triangles).
	Args: [], Returns: PoolVector3Array

func (*ConcavePolygonShape) SetFaces ¶ 

func (o *ConcavePolygonShape) SetFaces(faces gdnative.PoolVector3Array)
        Set the faces (an array of triangles).
	Args: [{ false faces PoolVector3Array}], Returns: void

type ConcavePolygonShape2D ¶ 

type ConcavePolygonShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Concave polygon 2D shape resource for physics. It is made out of segments and is very optimal for complex polygonal concave collisions. It is really not advised to use for RigidBody2D nodes. A CollisionPolygon2D in convex decomposition mode (solids) or several convex objects are advised for that instead. Otherwise, a concave polygon 2D shape is better for static collisions. The main difference between a ConvexPolygonShape2D and a [code]ConcavePolygonShape2D[/code] is that a concave polygon assumes it is concave and uses a more complex method of collision detection, and a convex one forces itself to be convex in order to speed up collision detection.

func (*ConcavePolygonShape2D) BaseClass ¶ 

func (o *ConcavePolygonShape2D) BaseClass() string

func (*ConcavePolygonShape2D) GetSegments ¶ 

func (o *ConcavePolygonShape2D) GetSegments() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*ConcavePolygonShape2D) SetSegments ¶ 

func (o *ConcavePolygonShape2D) SetSegments(segments gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false segments PoolVector2Array}], Returns: void

type ConcavePolygonShape2DImplementer ¶ 

type ConcavePolygonShape2DImplementer interface {
	Shape2DImplementer
	GetSegments() gdnative.PoolVector2Array
	SetSegments(segments gdnative.PoolVector2Array)
}

ConcavePolygonShape2DImplementer is an interface that implements the methods of the ConcavePolygonShape2D class.

type ConcavePolygonShapeImplementer ¶ 

type ConcavePolygonShapeImplementer interface {
	ShapeImplementer
	GetFaces() gdnative.PoolVector3Array
	SetFaces(faces gdnative.PoolVector3Array)
}

ConcavePolygonShapeImplementer is an interface that implements the methods of the ConcavePolygonShape class.

type ConeTwistJoint ¶ 

type ConeTwistJoint struct {
	Joint
	// contains filtered or unexported fields
}

The joint can rotate the bodies across an axis defined by the local x-axes of the Joint. The twist axis is initiated as the x-axis of the Joint. Once the Bodies swing, the twist axis is calculated as the middle of the x-axes of the Joint in the local space of the two Bodies.

func (*ConeTwistJoint) BaseClass ¶ 

func (o *ConeTwistJoint) BaseClass() string

func (*ConeTwistJoint) GetParam ¶ 

func (o *ConeTwistJoint) GetParam(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*ConeTwistJoint) SetParam ¶ 

func (o *ConeTwistJoint) SetParam(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*ConeTwistJoint) X_GetSwingSpan ¶ 

func (o *ConeTwistJoint) X_GetSwingSpan() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ConeTwistJoint) X_GetTwistSpan ¶ 

func (o *ConeTwistJoint) X_GetTwistSpan() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ConeTwistJoint) X_SetSwingSpan ¶ 

func (o *ConeTwistJoint) X_SetSwingSpan(swingSpan gdnative.Real)
        Undocumented
	Args: [{ false swing_span float}], Returns: void

func (*ConeTwistJoint) X_SetTwistSpan ¶ 

func (o *ConeTwistJoint) X_SetTwistSpan(twistSpan gdnative.Real)
        Undocumented
	Args: [{ false twist_span float}], Returns: void

type ConeTwistJointImplementer ¶ 

type ConeTwistJointImplementer interface {
	JointImplementer
	X_GetSwingSpan() gdnative.Real
	X_GetTwistSpan() gdnative.Real
	X_SetSwingSpan(swingSpan gdnative.Real)
	X_SetTwistSpan(twistSpan gdnative.Real)
	GetParam(param gdnative.Int) gdnative.Real
	SetParam(param gdnative.Int, value gdnative.Real)
}

ConeTwistJointImplementer is an interface that implements the methods of the ConeTwistJoint class.

type ConeTwistJointParam ¶ 

type ConeTwistJointParam int

ConeTwistJointParam is an enum for Param values. 

const (
	ConeTwistJointParamBias       ConeTwistJointParam = 2
	ConeTwistJointParamMax        ConeTwistJointParam = 5
	ConeTwistJointParamRelaxation ConeTwistJointParam = 4
	ConeTwistJointParamSoftness   ConeTwistJointParam = 3
	ConeTwistJointParamSwingSpan  ConeTwistJointParam = 0
	ConeTwistJointParamTwistSpan  ConeTwistJointParam = 1
)

type ConfigFile ¶ 

type ConfigFile struct {
	Reference
	// contains filtered or unexported fields
}

This helper class can be used to store [Variant] values on the filesystem using INI-style formatting. The stored values are identified by a section and a key: [codeblock] [section] some_key=42 string_example="Hello World!" a_vector=Vector3( 1, 0, 2 ) [/codeblock] The stored data can be saved to or parsed from a file, though ConfigFile objects can also be used directly without accessing the filesystem. The following example shows how to parse an INI-style file from the system, read its contents and store new values in it: [codeblock] var config = ConfigFile.new() var err = config.load("user://settings.cfg") if err == OK: # if not, something went wrong with the file loading # Look for the display/width pair, and default to 1024 if missing var screen_width = get_value("display", "width", 1024) # Store a variable if and only if it hasn't been defined yet if not config.has_section_key("audio", "mute"): config.set_value("audio", "mute", false) # Save the changes by overwriting the previous file config.save("user://settings.cfg") [/codeblock]

func (*ConfigFile) BaseClass ¶ 

func (o *ConfigFile) BaseClass() string

func (*ConfigFile) EraseSection ¶ 

func (o *ConfigFile) EraseSection(section gdnative.String)
        Deletes the specified section along with all the key-value pairs inside.
	Args: [{ false section String}], Returns: void

func (*ConfigFile) GetSectionKeys ¶ 

func (o *ConfigFile) GetSectionKeys(section gdnative.String) gdnative.PoolStringArray
        Returns an array of all defined key identifiers in the specified section.
	Args: [{ false section String}], Returns: PoolStringArray

func (*ConfigFile) GetSections ¶ 

func (o *ConfigFile) GetSections() gdnative.PoolStringArray
        Returns an array of all defined section identifiers.
	Args: [], Returns: PoolStringArray

func (*ConfigFile) GetValue ¶ 

func (o *ConfigFile) GetValue(section gdnative.String, key gdnative.String, aDefault gdnative.Variant) gdnative.Variant
        Returns the current value for the specified section and key. If the section and/or the key do not exist, the method returns the value of the optional [code]default[/code] argument, or [code]null[/code] if it is omitted.
	Args: [{ false section String} { false key String} {Null true default Variant}], Returns: Variant

func (*ConfigFile) HasSection ¶ 

func (o *ConfigFile) HasSection(section gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the specified section exists.
	Args: [{ false section String}], Returns: bool

func (*ConfigFile) HasSectionKey ¶ 

func (o *ConfigFile) HasSectionKey(section gdnative.String, key gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the specified section-key pair exists.
	Args: [{ false section String} { false key String}], Returns: bool

func (*ConfigFile) Load ¶ 

func (o *ConfigFile) Load(path gdnative.String) gdnative.Error
        Loads the config file specified as a parameter. The file's contents are parsed and loaded in the ConfigFile object which the method was called on. Returns one of the [code]OK[/code], [code]FAILED[/code] or [code]ERR_*[/code] constants listed in [@GlobalScope]. If the load was successful, the return value is [code]OK[/code].
	Args: [{ false path String}], Returns: enum.Error

func (*ConfigFile) Save ¶ 

func (o *ConfigFile) Save(path gdnative.String) gdnative.Error
        Saves the contents of the ConfigFile object to the file specified as a parameter. The output file uses an INI-style structure. Returns one of the [code]OK[/code], [code]FAILED[/code] or [code]ERR_*[/code] constants listed in [@GlobalScope]. If the load was successful, the return value is [code]OK[/code].
	Args: [{ false path String}], Returns: enum.Error

func (*ConfigFile) SetValue ¶ 

func (o *ConfigFile) SetValue(section gdnative.String, key gdnative.String, value gdnative.Variant)
        Assigns a value to the specified key of the the specified section. If the section and/or the key do not exist, they are created. Passing a [code]null[/code] value deletes the specified key if it exists, and deletes the section if it ends up empty once the key has been removed.
	Args: [{ false section String} { false key String} { false value Variant}], Returns: void

type ConfigFileImplementer ¶ 

type ConfigFileImplementer interface {
	ReferenceImplementer
	EraseSection(section gdnative.String)
	GetSectionKeys(section gdnative.String) gdnative.PoolStringArray
	GetSections() gdnative.PoolStringArray
	GetValue(section gdnative.String, key gdnative.String, aDefault gdnative.Variant) gdnative.Variant
	HasSection(section gdnative.String) gdnative.Bool
	HasSectionKey(section gdnative.String, key gdnative.String) gdnative.Bool
	SetValue(section gdnative.String, key gdnative.String, value gdnative.Variant)
}

ConfigFileImplementer is an interface that implements the methods of the ConfigFile class.

type ConfirmationDialog ¶ 

type ConfirmationDialog struct {
	AcceptDialog
	// contains filtered or unexported fields
}

Dialog for confirmation of actions. This dialog inherits from AcceptDialog, but has by default an OK and Cancel button (in host OS order).

func (*ConfirmationDialog) BaseClass ¶ 

func (o *ConfirmationDialog) BaseClass() string

func (*ConfirmationDialog) GetCancel ¶ 

func (o *ConfirmationDialog) GetCancel() ButtonImplementer
        Return the cancel button.
	Args: [], Returns: Button

type ConfirmationDialogImplementer ¶ 

type ConfirmationDialogImplementer interface {
	AcceptDialogImplementer
	GetCancel() ButtonImplementer
}

ConfirmationDialogImplementer is an interface that implements the methods of the ConfirmationDialog class.

type Container ¶ 

type Container struct {
	Control
	// contains filtered or unexported fields
}

Base node for containers. A [code]Container[/code] contains other controls and automatically arranges them in a certain way. A Control can inherit this to create custom container classes.

func (*Container) BaseClass ¶ 

func (o *Container) BaseClass() string

func (*Container) FitChildInRect ¶ 

func (o *Container) FitChildInRect(child ObjectImplementer, rect gdnative.Rect2)
        Fit a child control in a given rect. This is mainly a helper for creating custom container classes.
	Args: [{ false child Object} { false rect Rect2}], Returns: void

func (*Container) QueueSort ¶ 

func (o *Container) QueueSort()
        Queue resort of the contained children. This is called automatically anyway, but can be called upon request.
	Args: [], Returns: void

func (*Container) X_ChildMinsizeChanged ¶ 

func (o *Container) X_ChildMinsizeChanged()
        Undocumented
	Args: [], Returns: void

func (*Container) X_SortChildren ¶ 

func (o *Container) X_SortChildren()
        Undocumented
	Args: [], Returns: void

type ContainerImplementer ¶ 

type ContainerImplementer interface {
	ControlImplementer
	X_ChildMinsizeChanged()
	X_SortChildren()
	FitChildInRect(child ObjectImplementer, rect gdnative.Rect2)
	QueueSort()
}

ContainerImplementer is an interface that implements the methods of the Container class.

type Control ¶ 

type Control struct {
	CanvasItem
	// contains filtered or unexported fields
}

Base class for all User Interface or [i]UI[/i] related nodes. [code]Control[/code] features a bounding rectangle that defines its extents, an anchor position relative to its parent and margins that represent an offset to the anchor. The margins update automatically when the node, any of its parents, or the screen size change. For more information on Godot's UI system, anchors, margins, and containers, see the related tutorials in the manual. To build flexible UIs, you'll need a mix of UI elements that inherit from [code]Control[/code] and Container nodes. [b]User Interface nodes and input[/b] Godot sends input events to the scene's root node first, by calling [method Node._input]. [method Node._input] forwards the event down the node tree to the nodes under the mouse cursor, or on keyboard focus. To do so, it calls [method MainLoop._input_event]. Call [method accept_event] so no other node receives the event. Once you accepted an input, it becomes handled so [method Node._unhandled_input] will not process it. Only one [code]Control[/code] node can be in keyboard focus. Only the node in focus will receive keyboard events. To get the focus, call [method grab_focus]. [code]Control[/code] nodes lose focus when another node grabs it, or if you hide the node in focus. Set [member mouse_filter] to MOUSE_FILTER_IGNORE to tell a [code]Control[/code] node to ignore mouse or touch events. You'll need it if you place an icon on top of a button. Theme resources change the Control's appearance. If you change the Theme on a [code]Control[/code] node, it affects all of its children. To override some of the theme's parameters, call one of the [code]add_*_override[/code] methods, like [method add_font_override]. You can override the theme with the inspector.

func (*Control) AcceptEvent ¶ 

func (o *Control) AcceptEvent()
        Marks an input event as handled. Once you accept an input event, it stops propagating, even to nodes listening to [method Node._unhandled_input] or [method Node._unhandled_key_input].
	Args: [], Returns: void

func (*Control) AddColorOverride ¶ 

func (o *Control) AddColorOverride(name gdnative.String, color gdnative.Color)
        Overrides the color in the [theme] resource the node uses.
	Args: [{ false name String} { false color Color}], Returns: void

func (*Control) AddConstantOverride ¶ 

func (o *Control) AddConstantOverride(name gdnative.String, constant gdnative.Int)
        Overrides an integer constant in the [Theme] resource the node uses. If the [code]constant[/code] is invalid, Godot clears the override. See [member Theme.INVALID_CONSTANT] for more information.
	Args: [{ false name String} { false constant int}], Returns: void

func (*Control) AddFontOverride ¶ 

func (o *Control) AddFontOverride(name gdnative.String, font FontImplementer)
        Overrides the [code]name[/code] font in the [theme] resource the node uses. If [code]font[/code] is empty, Godot clears the override.
	Args: [{ false name String} { false font Font}], Returns: void

func (*Control) AddIconOverride ¶ 

func (o *Control) AddIconOverride(name gdnative.String, texture TextureImplementer)
        Overrides the [code]name[/code] icon in the [theme] resource the node uses. If [code]icon[/code] is empty, Godot clears the override.
	Args: [{ false name String} { false texture Texture}], Returns: void

func (*Control) AddShaderOverride ¶ 

func (o *Control) AddShaderOverride(name gdnative.String, shader ShaderImplementer)
        Overrides the [code]name[/code] shader in the [theme] resource the node uses. If [code]shader[/code] is empty, Godot clears the override.
	Args: [{ false name String} { false shader Shader}], Returns: void

func (*Control) AddStyleboxOverride ¶ 

func (o *Control) AddStyleboxOverride(name gdnative.String, stylebox StyleBoxImplementer)
        Overrides the [code]name[/code] [Stylebox] in the [theme] resource the node uses. If [code]stylebox[/code] is empty, Godot clears the override.
	Args: [{ false name String} { false stylebox StyleBox}], Returns: void

func (*Control) BaseClass ¶ 

func (o *Control) BaseClass() string

func (*Control) CanDropData ¶ 

func (o *Control) CanDropData(position gdnative.Vector2, data gdnative.Variant) gdnative.Bool
        Godot calls this method to test if [code]data[/code] from a control's [method get_drag_data] can be dropped at [code]position[/code]. [code]position[/code] is local to this control. This method should only be used to test the data. Process the data in [method drop_data]. [codeblock] extends Control func can_drop_data(position, data): # check position if it is relevant to you # otherwise just check data return typeof(data) == TYPE_DICTIONARY and data.has('expected') [/codeblock]
	Args: [{ false position Vector2} { false data Variant}], Returns: bool

func (*Control) DropData ¶ 

func (o *Control) DropData(position gdnative.Vector2, data gdnative.Variant)
        Godot calls this method to pass you the [code]data[/code] from a control's [method get_drag_data] result. Godot first calls [method can_drop_data] to test if [code]data[/code] is allowed to drop at [code]position[/code] where [code]position[/code] is local to this control. [codeblock] extends ColorRect func can_drop_data(position, data): return typeof(data) == TYPE_DICTIONARY and data.has('color') func drop_data(position, data): color = data['color'] [/codeblock]
	Args: [{ false position Vector2} { false data Variant}], Returns: void

func (*Control) ForceDrag ¶ 

func (o *Control) ForceDrag(data gdnative.Variant, preview ObjectImplementer)
        Forces drag and bypasses [method get_drag_data] and [method set_drag_preview] by passing [code]data[/code] and [code]preview[/code]. Drag will start even if the mouse is neither over nor pressed on this control. The methods [method can_drop_data] and [method drop_data] must be implemented on controls that want to recieve drop data.
	Args: [{ false data Variant} { false preview Object}], Returns: void

func (*Control) GetAnchor ¶ 

func (o *Control) GetAnchor(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*Control) GetBegin ¶ 

func (o *Control) GetBegin() gdnative.Vector2

Args: [], Returns: Vector2

func (*Control) GetColor ¶ 

func (o *Control) GetColor(name gdnative.String, aType gdnative.String) gdnative.Color

Args: [{ false name String} { true type String}], Returns: Color

func (*Control) GetCombinedMinimumSize ¶ 

func (o *Control) GetCombinedMinimumSize() gdnative.Vector2

Args: [], Returns: Vector2

func (*Control) GetConstant ¶ 

func (o *Control) GetConstant(name gdnative.String, aType gdnative.String) gdnative.Int

Args: [{ false name String} { true type String}], Returns: int

func (*Control) GetCursorShape ¶ 

func (o *Control) GetCursorShape(position gdnative.Vector2) ControlCursorShape
        Returns the mouse cursor shape the control displays on mouse hover, one of the [code]CURSOR_*[/code] constants.
	Args: [{(0, 0) true position Vector2}], Returns: enum.Control::CursorShape

func (*Control) GetCustomMinimumSize ¶ 

func (o *Control) GetCustomMinimumSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Control) GetDefaultCursorShape ¶ 

func (o *Control) GetDefaultCursorShape() ControlCursorShape
        Undocumented
	Args: [], Returns: enum.Control::CursorShape

func (*Control) GetDragData ¶ 

func (o *Control) GetDragData(position gdnative.Vector2) ObjectImplementer
        Godot calls this method to get data that can be dragged and dropped onto controls that expect drop data. Return null if there is no data to drag. Controls that want to recieve drop data should implement [method can_drop_data] and [method drop_data]. [code]position[/code] is local to this control. Drag may be forced with [method force_drag]. A preview that will follow the mouse that should represent the data can be set with [method set_drag_preview]. A good time to set the preview is in this method. [codeblock] extends Control func get_drag_data(position): var mydata = make_data() set_drag_preview(make_preview(mydata)) return mydata [/codeblock]
	Args: [{ false position Vector2}], Returns: Object

func (*Control) GetEnd ¶ 

func (o *Control) GetEnd() gdnative.Vector2
        Returns MARGIN_LEFT and MARGIN_TOP at the same time. This is a helper (see [method set_margin]).
	Args: [], Returns: Vector2

func (*Control) GetFocusMode ¶ 

func (o *Control) GetFocusMode() ControlFocusMode
        Undocumented
	Args: [], Returns: enum.Control::FocusMode

func (*Control) GetFocusNeighbour ¶ 

func (o *Control) GetFocusNeighbour(margin gdnative.Int) gdnative.NodePath
        Undocumented
	Args: [{ false margin int}], Returns: NodePath

func (*Control) GetFocusNext ¶ 

func (o *Control) GetFocusNext() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Control) GetFocusOwner ¶ 

func (o *Control) GetFocusOwner() ControlImplementer
        Return which control is owning the keyboard focus, or null if no one.
	Args: [], Returns: Control

func (*Control) GetFocusPrevious ¶ 

func (o *Control) GetFocusPrevious() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Control) GetFont ¶ 

func (o *Control) GetFont(name gdnative.String, aType gdnative.String) FontImplementer

Args: [{ false name String} { true type String}], Returns: Font

func (*Control) GetGlobalPosition ¶ 

func (o *Control) GetGlobalPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Control) GetGlobalRect ¶ 

func (o *Control) GetGlobalRect() gdnative.Rect2
        Return position and size of the Control, relative to the top-left corner of the [i]window[/i] Control. This is a helper (see [method get_global_position], [method get_size]).
	Args: [], Returns: Rect2

func (*Control) GetHGrowDirection ¶ 

func (o *Control) GetHGrowDirection() ControlGrowDirection
        Undocumented
	Args: [], Returns: enum.Control::GrowDirection

func (*Control) GetHSizeFlags ¶ 

func (o *Control) GetHSizeFlags() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Control) GetIcon ¶ 

func (o *Control) GetIcon(name gdnative.String, aType gdnative.String) TextureImplementer

Args: [{ false name String} { true type String}], Returns: Texture

func (*Control) GetMargin ¶ 

func (o *Control) GetMargin(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*Control) GetMinimumSize ¶ 

func (o *Control) GetMinimumSize() gdnative.Vector2
        Return the minimum size this Control can shrink to. A control will never be displayed or resized smaller than its minimum size.
	Args: [], Returns: Vector2

func (*Control) GetMouseFilter ¶ 

func (o *Control) GetMouseFilter() ControlMouseFilter
        Undocumented
	Args: [], Returns: enum.Control::MouseFilter

func (*Control) GetParentAreaSize ¶ 

func (o *Control) GetParentAreaSize() gdnative.Vector2

Args: [], Returns: Vector2

func (*Control) GetParentControl ¶ 

func (o *Control) GetParentControl() ControlImplementer

Args: [], Returns: Control

func (*Control) GetPivotOffset ¶ 

func (o *Control) GetPivotOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Control) GetPosition ¶ 

func (o *Control) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Control) GetRect ¶ 

func (o *Control) GetRect() gdnative.Rect2
        Return position and size of the Control, relative to the top-left corner of the parent Control. This is a helper (see [method get_position], [method get_size]).
	Args: [], Returns: Rect2

func (*Control) GetRotation ¶ 

func (o *Control) GetRotation() gdnative.Real
        Return the rotation (in radians)
	Args: [], Returns: float

func (*Control) GetRotationDegrees ¶ 

func (o *Control) GetRotationDegrees() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Control) GetScale ¶ 

func (o *Control) GetScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Control) GetSize ¶ 

func (o *Control) GetSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Control) GetStretchRatio ¶ 

func (o *Control) GetStretchRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Control) GetStylebox ¶ 

func (o *Control) GetStylebox(name gdnative.String, aType gdnative.String) StyleBoxImplementer

Args: [{ false name String} { true type String}], Returns: StyleBox

func (*Control) GetTheme ¶ 

func (o *Control) GetTheme() ThemeImplementer
        Undocumented
	Args: [], Returns: Theme

func (*Control) GetTooltip ¶ 

func (o *Control) GetTooltip(atPosition gdnative.Vector2) gdnative.String
        Return the tooltip, which will appear when the cursor is resting over this control.
	Args: [{(0, 0) true at_position Vector2}], Returns: String

func (*Control) GetVGrowDirection ¶ 

func (o *Control) GetVGrowDirection() ControlGrowDirection
        Undocumented
	Args: [], Returns: enum.Control::GrowDirection

func (*Control) GetVSizeFlags ¶ 

func (o *Control) GetVSizeFlags() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Control) GrabClickFocus ¶ 

func (o *Control) GrabClickFocus()

Args: [], Returns: void

func (*Control) GrabFocus ¶ 

func (o *Control) GrabFocus()
        Steal the focus from another control and become the focused control (see [method set_focus_mode]).
	Args: [], Returns: void

func (*Control) HasColor ¶ 

func (o *Control) HasColor(name gdnative.String, aType gdnative.String) gdnative.Bool

Args: [{ false name String} { true type String}], Returns: bool

func (*Control) HasColorOverride ¶ 

func (o *Control) HasColorOverride(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Control) HasConstant ¶ 

func (o *Control) HasConstant(name gdnative.String, aType gdnative.String) gdnative.Bool

Args: [{ false name String} { true type String}], Returns: bool

func (*Control) HasConstantOverride ¶ 

func (o *Control) HasConstantOverride(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Control) HasFocus ¶ 

func (o *Control) HasFocus() gdnative.Bool
        Return whether the Control is the current focused control (see [method set_focus_mode]).
	Args: [], Returns: bool

func (*Control) HasFont ¶ 

func (o *Control) HasFont(name gdnative.String, aType gdnative.String) gdnative.Bool

Args: [{ false name String} { true type String}], Returns: bool

func (*Control) HasFontOverride ¶ 

func (o *Control) HasFontOverride(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Control) HasIcon ¶ 

func (o *Control) HasIcon(name gdnative.String, aType gdnative.String) gdnative.Bool

Args: [{ false name String} { true type String}], Returns: bool

func (*Control) HasIconOverride ¶ 

func (o *Control) HasIconOverride(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Control) HasPoint ¶ 

func (o *Control) HasPoint(point gdnative.Vector2) gdnative.Bool

Args: [{ false point Vector2}], Returns: bool

func (*Control) HasShaderOverride ¶ 

func (o *Control) HasShaderOverride(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Control) HasStylebox ¶ 

func (o *Control) HasStylebox(name gdnative.String, aType gdnative.String) gdnative.Bool

Args: [{ false name String} { true type String}], Returns: bool

func (*Control) HasStyleboxOverride ¶ 

func (o *Control) HasStyleboxOverride(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Control) IsClippingContents ¶ 

func (o *Control) IsClippingContents() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Control) MinimumSizeChanged ¶ 

func (o *Control) MinimumSizeChanged()

Args: [], Returns: void

func (*Control) ReleaseFocus ¶ 

func (o *Control) ReleaseFocus()
        Give up the focus, no other control will be able to receive keyboard input.
	Args: [], Returns: void

func (*Control) SetAnchor ¶ 

func (o *Control) SetAnchor(margin gdnative.Int, anchor gdnative.Real, keepMargin gdnative.Bool, pushOppositeAnchor gdnative.Bool)

Args: [{ false margin int} { false anchor float} {False true keep_margin bool} {True true push_opposite_anchor bool}], Returns: void

func (*Control) SetAnchorAndMargin ¶ 

func (o *Control) SetAnchorAndMargin(margin gdnative.Int, anchor gdnative.Real, offset gdnative.Real, pushOppositeAnchor gdnative.Bool)

Args: [{ false margin int} { false anchor float} { false offset float} {False true push_opposite_anchor bool}], Returns: void

func (*Control) SetAnchorsAndMarginsPreset ¶ 

func (o *Control) SetAnchorsAndMarginsPreset(preset gdnative.Int, resizeMode gdnative.Int, margin gdnative.Int)

Args: [{ false preset int} {0 true resize_mode int} {0 true margin int}], Returns: void

func (*Control) SetAnchorsPreset ¶ 

func (o *Control) SetAnchorsPreset(preset gdnative.Int, keepMargin gdnative.Bool)

Args: [{ false preset int} {False true keep_margin bool}], Returns: void

func (*Control) SetBegin ¶ 

func (o *Control) SetBegin(position gdnative.Vector2)
        Sets MARGIN_LEFT and MARGIN_TOP at the same time. This is a helper (see [method set_margin]).
	Args: [{ false position Vector2}], Returns: void

func (*Control) SetClipContents ¶ 

func (o *Control) SetClipContents(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Control) SetCustomMinimumSize ¶ 

func (o *Control) SetCustomMinimumSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*Control) SetDefaultCursorShape ¶ 

func (o *Control) SetDefaultCursorShape(shape gdnative.Int)
        Undocumented
	Args: [{ false shape int}], Returns: void

func (*Control) SetDragForwarding ¶ 

func (o *Control) SetDragForwarding(target ObjectImplementer)
        Forwards the handling of this control's drag and drop to [code]target[/code] control. Forwarding can be implemented in the target control similar to the methods [method get_drag_data], [method can_drop_data], and [method drop_data] but with two differences: 1. The function name must be suffixed with [b]_fw[/b] 2. The function must take an extra argument that is the control doing the forwarding [codeblock] # ThisControl.gd extends Control func _ready(): set_drag_forwarding(target_control) # TargetControl.gd extends Control func can_drop_data_fw(position, data, from_control): return true func drop_data_fw(position, data, from_control): my_handle_data(data) func get_drag_data_fw(position, from_control): set_drag_preview(my_preview) return my_data() [/codeblock]
	Args: [{ false target Object}], Returns: void

func (*Control) SetDragPreview ¶ 

func (o *Control) SetDragPreview(control ObjectImplementer)
        Shows the given control at the mouse pointer. A good time to call this method is in [method get_drag_data].
	Args: [{ false control Object}], Returns: void

func (*Control) SetEnd ¶ 

func (o *Control) SetEnd(position gdnative.Vector2)
        Sets MARGIN_RIGHT and MARGIN_BOTTOM at the same time. This is a helper (see [method set_margin]).
	Args: [{ false position Vector2}], Returns: void

func (*Control) SetFocusMode ¶ 

func (o *Control) SetFocusMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Control) SetFocusNeighbour ¶ 

func (o *Control) SetFocusNeighbour(margin gdnative.Int, neighbour gdnative.NodePath)
        Undocumented
	Args: [{ false margin int} { false neighbour NodePath}], Returns: void

func (*Control) SetFocusNext ¶ 

func (o *Control) SetFocusNext(next gdnative.NodePath)
        Undocumented
	Args: [{ false next NodePath}], Returns: void

func (*Control) SetFocusPrevious ¶ 

func (o *Control) SetFocusPrevious(previous gdnative.NodePath)
        Undocumented
	Args: [{ false previous NodePath}], Returns: void

func (*Control) SetGlobalPosition ¶ 

func (o *Control) SetGlobalPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*Control) SetHGrowDirection ¶ 

func (o *Control) SetHGrowDirection(direction gdnative.Int)
        Undocumented
	Args: [{ false direction int}], Returns: void

func (*Control) SetHSizeFlags ¶ 

func (o *Control) SetHSizeFlags(flags gdnative.Int)
        Undocumented
	Args: [{ false flags int}], Returns: void

func (*Control) SetMargin ¶ 

func (o *Control) SetMargin(margin gdnative.Int, offset gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false offset float}], Returns: void

func (*Control) SetMarginsPreset ¶ 

func (o *Control) SetMarginsPreset(preset gdnative.Int, resizeMode gdnative.Int, margin gdnative.Int)

Args: [{ false preset int} {0 true resize_mode int} {0 true margin int}], Returns: void

func (*Control) SetMouseFilter ¶ 

func (o *Control) SetMouseFilter(filter gdnative.Int)
        Undocumented
	Args: [{ false filter int}], Returns: void

func (*Control) SetPivotOffset ¶ 

func (o *Control) SetPivotOffset(pivotOffset gdnative.Vector2)
        Undocumented
	Args: [{ false pivot_offset Vector2}], Returns: void

func (*Control) SetPosition ¶ 

func (o *Control) SetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*Control) SetRotation ¶ 

func (o *Control) SetRotation(radians gdnative.Real)
        Set the rotation (in radians).
	Args: [{ false radians float}], Returns: void

func (*Control) SetRotationDegrees ¶ 

func (o *Control) SetRotationDegrees(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*Control) SetScale ¶ 

func (o *Control) SetScale(scale gdnative.Vector2)
        Undocumented
	Args: [{ false scale Vector2}], Returns: void

func (*Control) SetSize ¶ 

func (o *Control) SetSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*Control) SetStretchRatio ¶ 

func (o *Control) SetStretchRatio(ratio gdnative.Real)
        Undocumented
	Args: [{ false ratio float}], Returns: void

func (*Control) SetTheme ¶ 

func (o *Control) SetTheme(theme ThemeImplementer)
        Undocumented
	Args: [{ false theme Theme}], Returns: void

func (*Control) SetTooltip ¶ 

func (o *Control) SetTooltip(tooltip gdnative.String)
        Undocumented
	Args: [{ false tooltip String}], Returns: void

func (*Control) SetVGrowDirection ¶ 

func (o *Control) SetVGrowDirection(direction gdnative.Int)
        Undocumented
	Args: [{ false direction int}], Returns: void

func (*Control) SetVSizeFlags ¶ 

func (o *Control) SetVSizeFlags(flags gdnative.Int)
        Undocumented
	Args: [{ false flags int}], Returns: void

func (*Control) ShowModal ¶ 

func (o *Control) ShowModal(exclusive gdnative.Bool)
        Display a Control as modal. Control must be a subwindow. Modal controls capture the input signals until closed or the area outside them is accessed. When a modal control loses focus, or the ESC key is pressed, they automatically hide. Modal controls are used extensively for popup dialogs and menus.
	Args: [{False true exclusive bool}], Returns: void

func (*Control) WarpMouse ¶ 

func (o *Control) WarpMouse(toPosition gdnative.Vector2)

Args: [{ false to_position Vector2}], Returns: void

func (*Control) X_FontChanged ¶ 

func (o *Control) X_FontChanged()
        Undocumented
	Args: [], Returns: void

func (*Control) X_GetMinimumSize ¶ 

func (o *Control) X_GetMinimumSize() gdnative.Vector2
        Returns the minimum size this Control can shrink to. The node can never be smaller than this minimum size.
	Args: [], Returns: Vector2

func (*Control) X_GetTooltip ¶ 

func (o *Control) X_GetTooltip() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Control) X_GuiInput ¶ 

func (o *Control) X_GuiInput(event InputEventImplementer)
        The node's parent forwards input events to this method. Use it to process and accept inputs on UI elements. See [method accept_event]. Replaces Godot 2's [code]_input_event[/code].
	Args: [{ false event InputEvent}], Returns: void

func (*Control) X_SetAnchor ¶ 

func (o *Control) X_SetAnchor(margin gdnative.Int, anchor gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false anchor float}], Returns: void

func (*Control) X_SizeChanged ¶ 

func (o *Control) X_SizeChanged()
        Undocumented
	Args: [], Returns: void

func (*Control) X_ThemeChanged ¶ 

func (o *Control) X_ThemeChanged()
        Undocumented
	Args: [], Returns: void

func (*Control) X_UpdateMinimumSize ¶ 

func (o *Control) X_UpdateMinimumSize()
        Undocumented
	Args: [], Returns: void

type ControlAnchor ¶ 

type ControlAnchor int

ControlAnchor is an enum for Anchor values. 

const (
	ControlAnchorBegin ControlAnchor = 0
	ControlAnchorEnd   ControlAnchor = 1
)

type ControlCursorShape ¶ 

type ControlCursorShape int

ControlCursorShape is an enum for CursorShape values. 

const (
	ControlCursorArrow        ControlCursorShape = 0
	ControlCursorBdiagsize    ControlCursorShape = 11
	ControlCursorBusy         ControlCursorShape = 5
	ControlCursorCanDrop      ControlCursorShape = 7
	ControlCursorCross        ControlCursorShape = 3
	ControlCursorDrag         ControlCursorShape = 6
	ControlCursorFdiagsize    ControlCursorShape = 12
	ControlCursorForbidden    ControlCursorShape = 8
	ControlCursorHelp         ControlCursorShape = 16
	ControlCursorHsize        ControlCursorShape = 10
	ControlCursorHsplit       ControlCursorShape = 15
	ControlCursorIbeam        ControlCursorShape = 1
	ControlCursorMove         ControlCursorShape = 13
	ControlCursorPointingHand ControlCursorShape = 2
	ControlCursorVsize        ControlCursorShape = 9
	ControlCursorVsplit       ControlCursorShape = 14
	ControlCursorWait         ControlCursorShape = 4
)

type ControlFocusMode ¶ 

type ControlFocusMode int

ControlFocusMode is an enum for FocusMode values. 

const (
	ControlFocusAll   ControlFocusMode = 2
	ControlFocusClick ControlFocusMode = 1
	ControlFocusNone  ControlFocusMode = 0
)

type ControlGrowDirection ¶ 

type ControlGrowDirection int

ControlGrowDirection is an enum for GrowDirection values. 

const (
	ControlGrowDirectionBegin ControlGrowDirection = 0
	ControlGrowDirectionEnd   ControlGrowDirection = 1
)

type ControlImplementer ¶ 

type ControlImplementer interface {
	CanvasItemImplementer
	X_FontChanged()
	X_GetMinimumSize() gdnative.Vector2
	X_GetTooltip() gdnative.String
	X_GuiInput(event InputEventImplementer)
	X_SetAnchor(margin gdnative.Int, anchor gdnative.Real)
	X_SizeChanged()
	X_ThemeChanged()
	X_UpdateMinimumSize()
	AcceptEvent()
	AddColorOverride(name gdnative.String, color gdnative.Color)
	AddConstantOverride(name gdnative.String, constant gdnative.Int)
	AddFontOverride(name gdnative.String, font FontImplementer)
	AddIconOverride(name gdnative.String, texture TextureImplementer)
	AddShaderOverride(name gdnative.String, shader ShaderImplementer)
	AddStyleboxOverride(name gdnative.String, stylebox StyleBoxImplementer)
	CanDropData(position gdnative.Vector2, data gdnative.Variant) gdnative.Bool
	DropData(position gdnative.Vector2, data gdnative.Variant)
	ForceDrag(data gdnative.Variant, preview ObjectImplementer)
	GetAnchor(margin gdnative.Int) gdnative.Real
	GetBegin() gdnative.Vector2
	GetColor(name gdnative.String, aType gdnative.String) gdnative.Color
	GetCombinedMinimumSize() gdnative.Vector2
	GetConstant(name gdnative.String, aType gdnative.String) gdnative.Int
	GetCustomMinimumSize() gdnative.Vector2
	GetDragData(position gdnative.Vector2) ObjectImplementer
	GetEnd() gdnative.Vector2
	GetFocusNeighbour(margin gdnative.Int) gdnative.NodePath
	GetFocusNext() gdnative.NodePath
	GetFocusOwner() ControlImplementer
	GetFocusPrevious() gdnative.NodePath
	GetFont(name gdnative.String, aType gdnative.String) FontImplementer
	GetGlobalPosition() gdnative.Vector2
	GetGlobalRect() gdnative.Rect2
	GetHSizeFlags() gdnative.Int
	GetIcon(name gdnative.String, aType gdnative.String) TextureImplementer
	GetMargin(margin gdnative.Int) gdnative.Real
	GetMinimumSize() gdnative.Vector2
	GetParentAreaSize() gdnative.Vector2
	GetParentControl() ControlImplementer
	GetPivotOffset() gdnative.Vector2
	GetPosition() gdnative.Vector2
	GetRect() gdnative.Rect2
	GetRotation() gdnative.Real
	GetRotationDegrees() gdnative.Real
	GetScale() gdnative.Vector2
	GetSize() gdnative.Vector2
	GetStretchRatio() gdnative.Real
	GetStylebox(name gdnative.String, aType gdnative.String) StyleBoxImplementer
	GetTheme() ThemeImplementer
	GetTooltip(atPosition gdnative.Vector2) gdnative.String
	GetVSizeFlags() gdnative.Int
	GrabClickFocus()
	GrabFocus()
	HasColor(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasColorOverride(name gdnative.String) gdnative.Bool
	HasConstant(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasConstantOverride(name gdnative.String) gdnative.Bool
	HasFocus() gdnative.Bool
	HasFont(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasFontOverride(name gdnative.String) gdnative.Bool
	HasIcon(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasIconOverride(name gdnative.String) gdnative.Bool
	HasPoint(point gdnative.Vector2) gdnative.Bool
	HasShaderOverride(name gdnative.String) gdnative.Bool
	HasStylebox(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasStyleboxOverride(name gdnative.String) gdnative.Bool
	IsClippingContents() gdnative.Bool
	MinimumSizeChanged()
	ReleaseFocus()
	SetAnchor(margin gdnative.Int, anchor gdnative.Real, keepMargin gdnative.Bool, pushOppositeAnchor gdnative.Bool)
	SetAnchorAndMargin(margin gdnative.Int, anchor gdnative.Real, offset gdnative.Real, pushOppositeAnchor gdnative.Bool)
	SetAnchorsAndMarginsPreset(preset gdnative.Int, resizeMode gdnative.Int, margin gdnative.Int)
	SetAnchorsPreset(preset gdnative.Int, keepMargin gdnative.Bool)
	SetBegin(position gdnative.Vector2)
	SetClipContents(enable gdnative.Bool)
	SetCustomMinimumSize(size gdnative.Vector2)
	SetDefaultCursorShape(shape gdnative.Int)
	SetDragForwarding(target ObjectImplementer)
	SetDragPreview(control ObjectImplementer)
	SetEnd(position gdnative.Vector2)
	SetFocusMode(mode gdnative.Int)
	SetFocusNeighbour(margin gdnative.Int, neighbour gdnative.NodePath)
	SetFocusNext(next gdnative.NodePath)
	SetFocusPrevious(previous gdnative.NodePath)
	SetGlobalPosition(position gdnative.Vector2)
	SetHGrowDirection(direction gdnative.Int)
	SetHSizeFlags(flags gdnative.Int)
	SetMargin(margin gdnative.Int, offset gdnative.Real)
	SetMarginsPreset(preset gdnative.Int, resizeMode gdnative.Int, margin gdnative.Int)
	SetMouseFilter(filter gdnative.Int)
	SetPivotOffset(pivotOffset gdnative.Vector2)
	SetPosition(position gdnative.Vector2)
	SetRotation(radians gdnative.Real)
	SetRotationDegrees(degrees gdnative.Real)
	SetScale(scale gdnative.Vector2)
	SetSize(size gdnative.Vector2)
	SetStretchRatio(ratio gdnative.Real)
	SetTheme(theme ThemeImplementer)
	SetTooltip(tooltip gdnative.String)
	SetVGrowDirection(direction gdnative.Int)
	SetVSizeFlags(flags gdnative.Int)
	ShowModal(exclusive gdnative.Bool)
	WarpMouse(toPosition gdnative.Vector2)
}

ControlImplementer is an interface that implements the methods of the Control class.

type ControlLayoutPreset ¶ 

type ControlLayoutPreset int

ControlLayoutPreset is an enum for LayoutPreset values. 

const (
	ControlPresetBottomLeft   ControlLayoutPreset = 2
	ControlPresetBottomRight  ControlLayoutPreset = 3
	ControlPresetBottomWide   ControlLayoutPreset = 12
	ControlPresetCenter       ControlLayoutPreset = 8
	ControlPresetCenterBottom ControlLayoutPreset = 7
	ControlPresetCenterLeft   ControlLayoutPreset = 4
	ControlPresetCenterRight  ControlLayoutPreset = 6
	ControlPresetCenterTop    ControlLayoutPreset = 5
	ControlPresetHcenterWide  ControlLayoutPreset = 14
	ControlPresetLeftWide     ControlLayoutPreset = 9
	ControlPresetRightWide    ControlLayoutPreset = 11
	ControlPresetTopLeft      ControlLayoutPreset = 0
	ControlPresetTopRight     ControlLayoutPreset = 1
	ControlPresetTopWide      ControlLayoutPreset = 10
	ControlPresetVcenterWide  ControlLayoutPreset = 13
	ControlPresetWide         ControlLayoutPreset = 15
)

type ControlLayoutPresetMode ¶ 

type ControlLayoutPresetMode int

ControlLayoutPresetMode is an enum for LayoutPresetMode values. 

const (
	ControlPresetModeKeepHeight ControlLayoutPresetMode = 2
	ControlPresetModeKeepSize   ControlLayoutPresetMode = 3
	ControlPresetModeKeepWidth  ControlLayoutPresetMode = 1
	ControlPresetModeMinsize    ControlLayoutPresetMode = 0
)

type ControlMouseFilter ¶ 

type ControlMouseFilter int

ControlMouseFilter is an enum for MouseFilter values. 

const (
	ControlMouseFilterIgnore ControlMouseFilter = 2
	ControlMouseFilterPass   ControlMouseFilter = 1
	ControlMouseFilterStop   ControlMouseFilter = 0
)

type ControlSizeFlags ¶ 

type ControlSizeFlags int

ControlSizeFlags is an enum for SizeFlags values. 

const (
	ControlSizeExpand       ControlSizeFlags = 2
	ControlSizeExpandFill   ControlSizeFlags = 3
	ControlSizeFill         ControlSizeFlags = 1
	ControlSizeShrinkCenter ControlSizeFlags = 4
	ControlSizeShrinkEnd    ControlSizeFlags = 8
)

type ConvexPolygonShape ¶ 

type ConvexPolygonShape struct {
	Shape
	// contains filtered or unexported fields
}

Convex polygon shape resource, which can be added to a PhysicsBody or area.

func (*ConvexPolygonShape) BaseClass ¶ 

func (o *ConvexPolygonShape) BaseClass() string

func (*ConvexPolygonShape) GetPoints ¶ 

func (o *ConvexPolygonShape) GetPoints() gdnative.PoolVector3Array
        Undocumented
	Args: [], Returns: PoolVector3Array

func (*ConvexPolygonShape) SetPoints ¶ 

func (o *ConvexPolygonShape) SetPoints(points gdnative.PoolVector3Array)
        Undocumented
	Args: [{ false points PoolVector3Array}], Returns: void

type ConvexPolygonShape2D ¶ 

type ConvexPolygonShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Convex Polygon Shape for 2D physics. A convex polygon, whatever its shape, is internally decomposed into as many convex polygons as needed to ensure all collision checks against it are always done on convex polygons (which are faster to check). The main difference between a [code]ConvexPolygonShape2D[/code] and a ConcavePolygonShape2D is that a concave polygon assumes it is concave and uses a more complex method of collision detection, and a convex one forces itself to be convex in order to speed up collision detection.

func (*ConvexPolygonShape2D) BaseClass ¶ 

func (o *ConvexPolygonShape2D) BaseClass() string

func (*ConvexPolygonShape2D) GetPoints ¶ 

func (o *ConvexPolygonShape2D) GetPoints() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*ConvexPolygonShape2D) SetPointCloud ¶ 

func (o *ConvexPolygonShape2D) SetPointCloud(pointCloud gdnative.PoolVector2Array)
        Currently, this method does nothing.
	Args: [{ false point_cloud PoolVector2Array}], Returns: void

func (*ConvexPolygonShape2D) SetPoints ¶ 

func (o *ConvexPolygonShape2D) SetPoints(points gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false points PoolVector2Array}], Returns: void

type ConvexPolygonShape2DImplementer ¶ 

type ConvexPolygonShape2DImplementer interface {
	Shape2DImplementer
	GetPoints() gdnative.PoolVector2Array
	SetPointCloud(pointCloud gdnative.PoolVector2Array)
	SetPoints(points gdnative.PoolVector2Array)
}

ConvexPolygonShape2DImplementer is an interface that implements the methods of the ConvexPolygonShape2D class.

type ConvexPolygonShapeImplementer ¶ 

type ConvexPolygonShapeImplementer interface {
	ShapeImplementer
	GetPoints() gdnative.PoolVector3Array
	SetPoints(points gdnative.PoolVector3Array)
}

ConvexPolygonShapeImplementer is an interface that implements the methods of the ConvexPolygonShape class.

type CubeMap ¶ 

type CubeMap struct {
	Resource
	// contains filtered or unexported fields
}

A 6-sided 3D texture typically used for faking reflections. It can be used to make an object look as if it's reflecting its surroundings. This usually delivers much better performance than other reflection methods.

func (*CubeMap) BaseClass ¶ 

func (o *CubeMap) BaseClass() string

func (*CubeMap) GetFlags ¶ 

func (o *CubeMap) GetFlags() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CubeMap) GetHeight ¶ 

func (o *CubeMap) GetHeight() gdnative.Int
        Returns the [code]CubeMap[/code]'s height.
	Args: [], Returns: int

func (*CubeMap) GetLossyStorageQuality ¶ 

func (o *CubeMap) GetLossyStorageQuality() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CubeMap) GetSide ¶ 

func (o *CubeMap) GetSide(side gdnative.Int) ImageImplementer
        Returns an [Image] for a side of the [code]CubeMap[/code] using one of the [code]SIDE_*[/code] constants or an integer 0-5.
	Args: [{ false side int}], Returns: Image

func (*CubeMap) GetStorage ¶ 

func (o *CubeMap) GetStorage() CubeMapStorage
        Undocumented
	Args: [], Returns: enum.CubeMap::Storage

func (*CubeMap) GetWidth ¶ 

func (o *CubeMap) GetWidth() gdnative.Int
        Returns the [code]CubeMap[/code]'s width.
	Args: [], Returns: int

func (*CubeMap) SetFlags ¶ 

func (o *CubeMap) SetFlags(flags gdnative.Int)
        Undocumented
	Args: [{ false flags int}], Returns: void

func (*CubeMap) SetLossyStorageQuality ¶ 

func (o *CubeMap) SetLossyStorageQuality(quality gdnative.Real)
        Undocumented
	Args: [{ false quality float}], Returns: void

func (*CubeMap) SetSide ¶ 

func (o *CubeMap) SetSide(side gdnative.Int, image ImageImplementer)
        Sets an [Image] for a side of the [code]CubeMap[/code] using one of the [code]SIDE_*[/code] constants or an integer 0-5.
	Args: [{ false side int} { false image Image}], Returns: void

func (*CubeMap) SetStorage ¶ 

func (o *CubeMap) SetStorage(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type CubeMapFlags ¶ 

type CubeMapFlags int

CubeMapFlags is an enum for Flags values. 

const (
	CubeMapFlagsDefault CubeMapFlags = 7
	CubeMapFlagFilter   CubeMapFlags = 4
	CubeMapFlagMipmaps  CubeMapFlags = 1
	CubeMapFlagRepeat   CubeMapFlags = 2
)

type CubeMapImplementer ¶ 

type CubeMapImplementer interface {
	ResourceImplementer
	GetFlags() gdnative.Int
	GetHeight() gdnative.Int
	GetLossyStorageQuality() gdnative.Real
	GetSide(side gdnative.Int) ImageImplementer
	GetWidth() gdnative.Int
	SetFlags(flags gdnative.Int)
	SetLossyStorageQuality(quality gdnative.Real)
	SetSide(side gdnative.Int, image ImageImplementer)
	SetStorage(mode gdnative.Int)
}

CubeMapImplementer is an interface that implements the methods of the CubeMap class.

type CubeMapSide ¶ 

type CubeMapSide int

CubeMapSide is an enum for Side values. 

const (
	CubeMapSideBack   CubeMapSide = 5
	CubeMapSideBottom CubeMapSide = 2
	CubeMapSideFront  CubeMapSide = 4
	CubeMapSideLeft   CubeMapSide = 0
	CubeMapSideRight  CubeMapSide = 1
	CubeMapSideTop    CubeMapSide = 3
)

type CubeMapStorage ¶ 

type CubeMapStorage int

CubeMapStorage is an enum for Storage values. 

const (
	CubeMapStorageCompressLossless CubeMapStorage = 2
	CubeMapStorageCompressLossy    CubeMapStorage = 1
	CubeMapStorageRaw              CubeMapStorage = 0
)

type CubeMesh ¶ 

type CubeMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Generate an axis-aligned cuboid PrimitiveMesh.

func (*CubeMesh) BaseClass ¶ 

func (o *CubeMesh) BaseClass() string

func (*CubeMesh) GetSize ¶ 

func (o *CubeMesh) GetSize() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*CubeMesh) GetSubdivideDepth ¶ 

func (o *CubeMesh) GetSubdivideDepth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CubeMesh) GetSubdivideHeight ¶ 

func (o *CubeMesh) GetSubdivideHeight() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CubeMesh) GetSubdivideWidth ¶ 

func (o *CubeMesh) GetSubdivideWidth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CubeMesh) SetSize ¶ 

func (o *CubeMesh) SetSize(size gdnative.Vector3)
        Undocumented
	Args: [{ false size Vector3}], Returns: void

func (*CubeMesh) SetSubdivideDepth ¶ 

func (o *CubeMesh) SetSubdivideDepth(divisions gdnative.Int)
        Undocumented
	Args: [{ false divisions int}], Returns: void

func (*CubeMesh) SetSubdivideHeight ¶ 

func (o *CubeMesh) SetSubdivideHeight(divisions gdnative.Int)
        Undocumented
	Args: [{ false divisions int}], Returns: void

func (*CubeMesh) SetSubdivideWidth ¶ 

func (o *CubeMesh) SetSubdivideWidth(subdivide gdnative.Int)
        Undocumented
	Args: [{ false subdivide int}], Returns: void

type CubeMeshImplementer ¶ 

type CubeMeshImplementer interface {
	PrimitiveMeshImplementer
	GetSize() gdnative.Vector3
	GetSubdivideDepth() gdnative.Int
	GetSubdivideHeight() gdnative.Int
	GetSubdivideWidth() gdnative.Int
	SetSize(size gdnative.Vector3)
	SetSubdivideDepth(divisions gdnative.Int)
	SetSubdivideHeight(divisions gdnative.Int)
	SetSubdivideWidth(subdivide gdnative.Int)
}

CubeMeshImplementer is an interface that implements the methods of the CubeMesh class.

type Curve ¶ 

type Curve struct {
	Resource
	// contains filtered or unexported fields
}

A curve that can be saved and re-used for other objects. By default it ranges between [code]0[/code] and [code]1[/code] on the y-axis and positions points relative to the [code]0.5[/code] y-position.

func (*Curve) AddPoint ¶ 

func (o *Curve) AddPoint(position gdnative.Vector2, leftTangent gdnative.Real, rightTangent gdnative.Real, leftMode gdnative.Int, rightMode gdnative.Int) gdnative.Int
        Adds a point to the curve. For each side, if the [code]*_mode[/code] is [code]TANGENT_LINEAR[/code], the [code]*_tangent[/code] angle (in degrees) uses the slope of the curve halfway to the adjacent point. Allows custom assignments to the [code]*_tangent[/code] angle if [code]*_mode[/code] is set to [code]TANGENT_FREE[/code].
	Args: [{ false position Vector2} {0 true left_tangent float} {0 true right_tangent float} {0 true left_mode int} {0 true right_mode int}], Returns: int

func (*Curve) Bake ¶ 

func (o *Curve) Bake()
        Recomputes the baked cache of points for the curve.
	Args: [], Returns: void

func (*Curve) BaseClass ¶ 

func (o *Curve) BaseClass() string

func (*Curve) CleanDupes ¶ 

func (o *Curve) CleanDupes()
        Removes points that are closer than [code]CMP_EPSILON[/code] (0.00001) units to their neighbor on the curve.
	Args: [], Returns: void

func (*Curve) ClearPoints ¶ 

func (o *Curve) ClearPoints()
        Removes all points from the curve.
	Args: [], Returns: void

func (*Curve) GetBakeResolution ¶ 

func (o *Curve) GetBakeResolution() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Curve) GetMaxValue ¶ 

func (o *Curve) GetMaxValue() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Curve) GetMinValue ¶ 

func (o *Curve) GetMinValue() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Curve) GetPointLeftMode ¶ 

func (o *Curve) GetPointLeftMode(index gdnative.Int) CurveTangentMode
        Returns the left [code]TangentMode[/code] for the point at [code]index[/code].
	Args: [{ false index int}], Returns: enum.Curve::TangentMode

func (*Curve) GetPointLeftTangent ¶ 

func (o *Curve) GetPointLeftTangent(index gdnative.Int) gdnative.Real
        Returns the left tangent angle (in degrees) for the point at [code]index[/code].
	Args: [{ false index int}], Returns: float

func (*Curve) GetPointPosition ¶ 

func (o *Curve) GetPointPosition(index gdnative.Int) gdnative.Vector2
        Returns the curve coordinates for the point at [code]index[/code].
	Args: [{ false index int}], Returns: Vector2

func (*Curve) GetPointRightMode ¶ 

func (o *Curve) GetPointRightMode(index gdnative.Int) CurveTangentMode
        Returns the right [code]TangentMode[/code] for the point at [code]index[/code].
	Args: [{ false index int}], Returns: enum.Curve::TangentMode

func (*Curve) GetPointRightTangent ¶ 

func (o *Curve) GetPointRightTangent(index gdnative.Int) gdnative.Real
        Returns the right tangent angle (in degrees) for the point at [code]index[/code].
	Args: [{ false index int}], Returns: float

func (*Curve) Interpolate ¶ 

func (o *Curve) Interpolate(offset gdnative.Real) gdnative.Real
        Returns the y value for the point that would exist at x-position [code]offset[/code] along the curve.
	Args: [{ false offset float}], Returns: float

func (*Curve) InterpolateBaked ¶ 

func (o *Curve) InterpolateBaked(offset gdnative.Real) gdnative.Real
        Returns the y value for the point that would exist at x-position [code]offset[/code] along the curve using the baked cache. Bakes the curve's points if not already baked.
	Args: [{ false offset float}], Returns: float

func (*Curve) RemovePoint ¶ 

func (o *Curve) RemovePoint(index gdnative.Int)
        Removes the point at [code]index[/code] from the curve.
	Args: [{ false index int}], Returns: void

func (*Curve) SetBakeResolution ¶ 

func (o *Curve) SetBakeResolution(resolution gdnative.Int)
        Undocumented
	Args: [{ false resolution int}], Returns: void

func (*Curve) SetMaxValue ¶ 

func (o *Curve) SetMaxValue(max gdnative.Real)
        Undocumented
	Args: [{ false max float}], Returns: void

func (*Curve) SetMinValue ¶ 

func (o *Curve) SetMinValue(min gdnative.Real)
        Undocumented
	Args: [{ false min float}], Returns: void

func (*Curve) SetPointLeftMode ¶ 

func (o *Curve) SetPointLeftMode(index gdnative.Int, mode gdnative.Int)
        Sets the left [code]TangentMode[/code] for the point at [code]index[/code] to [code]mode[/code].
	Args: [{ false index int} { false mode int}], Returns: void

func (*Curve) SetPointLeftTangent ¶ 

func (o *Curve) SetPointLeftTangent(index gdnative.Int, tangent gdnative.Real)
        Sets the left tangent angle for the point at [code]index[/code] to [code]tangent[/code].
	Args: [{ false index int} { false tangent float}], Returns: void

func (*Curve) SetPointOffset ¶ 

func (o *Curve) SetPointOffset(index gdnative.Int, offset gdnative.Real) gdnative.Int
        Sets the offset from [code]0.5[/code]
	Args: [{ false index int} { false offset float}], Returns: int

func (*Curve) SetPointRightMode ¶ 

func (o *Curve) SetPointRightMode(index gdnative.Int, mode gdnative.Int)
        Sets the right [code]TangentMode[/code] for the point at [code]index[/code] to [code]mode[/code].
	Args: [{ false index int} { false mode int}], Returns: void

func (*Curve) SetPointRightTangent ¶ 

func (o *Curve) SetPointRightTangent(index gdnative.Int, tangent gdnative.Real)
        Sets the right tangent angle for the point at [code]index[/code] to [code]tangent[/code].
	Args: [{ false index int} { false tangent float}], Returns: void

func (*Curve) SetPointValue ¶ 

func (o *Curve) SetPointValue(index gdnative.Int, y gdnative.Real)
        Assigns the vertical position [code]y[/code] to the point at [code]index[/code].
	Args: [{ false index int} { false y float}], Returns: void

func (*Curve) X_GetData ¶ 

func (o *Curve) X_GetData() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*Curve) X_SetData ¶ 

func (o *Curve) X_SetData(data gdnative.Array)
        Undocumented
	Args: [{ false data Array}], Returns: void

type Curve2D ¶ 

type Curve2D struct {
	Resource
	// contains filtered or unexported fields
}

This class describes a Bezier curve in 2D space. It is mainly used to give a shape to a Path2D, but can be manually sampled for other purposes. It keeps a cache of precalculated points along the curve, to speed further calculations up.

func (*Curve2D) AddPoint ¶ 

func (o *Curve2D) AddPoint(position gdnative.Vector2, in gdnative.Vector2, out gdnative.Vector2, atPosition gdnative.Int)
        Adds a point to a curve, at "position", with control points "in" and "out". If "at_position" is given, the point is inserted before the point number "at_position", moving that point (and every point after) after the inserted point. If "at_position" is not given, or is an illegal value (at_position <0 or at_position >= [method get_point_count]), the point will be appended at the end of the point list.
	Args: [{ false position Vector2} {(0, 0) true in Vector2} {(0, 0) true out Vector2} {-1 true at_position int}], Returns: void

func (*Curve2D) BaseClass ¶ 

func (o *Curve2D) BaseClass() string

func (*Curve2D) ClearPoints ¶ 

func (o *Curve2D) ClearPoints()
        Removes all points from the curve.
	Args: [], Returns: void

func (*Curve2D) GetBakeInterval ¶ 

func (o *Curve2D) GetBakeInterval() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Curve2D) GetBakedLength ¶ 

func (o *Curve2D) GetBakedLength() gdnative.Real
        Returns the total length of the curve, based on the cached points. Given enough density (see [method set_bake_interval]), it should be approximate enough.
	Args: [], Returns: float

func (*Curve2D) GetBakedPoints ¶ 

func (o *Curve2D) GetBakedPoints() gdnative.PoolVector2Array
        Returns the cache of points as a [PoolVector2Array].
	Args: [], Returns: PoolVector2Array

func (*Curve2D) GetPointCount ¶ 

func (o *Curve2D) GetPointCount() gdnative.Int
        Returns the number of points describing the curve.
	Args: [], Returns: int

func (*Curve2D) GetPointIn ¶ 

func (o *Curve2D) GetPointIn(idx gdnative.Int) gdnative.Vector2
        Returns the position of the control point leading to the vertex "idx". If the index is out of bounds, the function sends an error to the console, and returns (0, 0).
	Args: [{ false idx int}], Returns: Vector2

func (*Curve2D) GetPointOut ¶ 

func (o *Curve2D) GetPointOut(idx gdnative.Int) gdnative.Vector2
        Returns the position of the control point leading out of the vertex "idx". If the index is out of bounds, the function sends an error to the console, and returns (0, 0).
	Args: [{ false idx int}], Returns: Vector2

func (*Curve2D) GetPointPosition ¶ 

func (o *Curve2D) GetPointPosition(idx gdnative.Int) gdnative.Vector2
        Returns the position of the vertex "idx". If the index is out of bounds, the function sends an error to the console, and returns (0, 0).
	Args: [{ false idx int}], Returns: Vector2

func (*Curve2D) Interpolate ¶ 

func (o *Curve2D) Interpolate(idx gdnative.Int, t gdnative.Real) gdnative.Vector2
        Returns the position between the vertex "idx" and the vertex "idx"+1, where "t" controls if the point is the first vertex (t = 0.0), the last vertex (t = 1.0), or in between. Values of "t" outside the range (0.0 >= t <=1) give strange, but predictable results. If "idx" is out of bounds it is truncated to the first or last vertex, and "t" is ignored. If the curve has no points, the function sends an error to the console, and returns (0, 0).
	Args: [{ false idx int} { false t float}], Returns: Vector2

func (*Curve2D) InterpolateBaked ¶ 

func (o *Curve2D) InterpolateBaked(offset gdnative.Real, cubic gdnative.Bool) gdnative.Vector2
        Returns a point within the curve at position "offset", where "offset" is measured as a pixel distance along the curve. To do that, it finds the two cached points where the "offset" lies between, then interpolates the values. This interpolation is cubic if "cubic" is set to true, or linear if set to false. Cubic interpolation tends to follow the curves better, but linear is faster (and often, precise enough).
	Args: [{ false offset float} {False true cubic bool}], Returns: Vector2

func (*Curve2D) Interpolatef ¶ 

func (o *Curve2D) Interpolatef(fofs gdnative.Real) gdnative.Vector2
        Returns the position at the vertex "fofs". It calls [method interpolate] using the integer part of fofs as "idx", and its fractional part as "t".
	Args: [{ false fofs float}], Returns: Vector2

func (*Curve2D) RemovePoint ¶ 

func (o *Curve2D) RemovePoint(idx gdnative.Int)
        Deletes the point "idx" from the curve. Sends an error to the console if "idx" is out of bounds.
	Args: [{ false idx int}], Returns: void

func (*Curve2D) SetBakeInterval ¶ 

func (o *Curve2D) SetBakeInterval(distance gdnative.Real)
        Undocumented
	Args: [{ false distance float}], Returns: void

func (*Curve2D) SetPointIn ¶ 

func (o *Curve2D) SetPointIn(idx gdnative.Int, position gdnative.Vector2)
        Sets the position of the control point leading to the vertex "idx". If the index is out of bounds, the function sends an error to the console.
	Args: [{ false idx int} { false position Vector2}], Returns: void

func (*Curve2D) SetPointOut ¶ 

func (o *Curve2D) SetPointOut(idx gdnative.Int, position gdnative.Vector2)
        Sets the position of the control point leading out of the vertex "idx". If the index is out of bounds, the function sends an error to the console.
	Args: [{ false idx int} { false position Vector2}], Returns: void

func (*Curve2D) SetPointPosition ¶ 

func (o *Curve2D) SetPointPosition(idx gdnative.Int, position gdnative.Vector2)
        Sets the position for the vertex "idx". If the index is out of bounds, the function sends an error to the console.
	Args: [{ false idx int} { false position Vector2}], Returns: void

func (*Curve2D) Tessellate ¶ 

func (o *Curve2D) Tessellate(maxStages gdnative.Int, toleranceDegrees gdnative.Real) gdnative.PoolVector2Array
        Returns a list of points along the curve, with a curvature controlled point density. That is, the curvier parts will have more points than the straighter parts. This approximation makes straight segments between each point, then subdivides those segments until the resulting shape is similar enough. "max_stages" controls how many subdivisions a curve segment may face before it is considered approximate enough. Each subdivision splits the segment in half, so the default 5 stages may mean up to 32 subdivisions per curve segment. Increase with care! "tolerance_degrees" controls how many degrees the midpoint of a segment may deviate from the real curve, before the segment has to be subdivided.
	Args: [{5 true max_stages int} {4 true tolerance_degrees float}], Returns: PoolVector2Array

func (*Curve2D) X_GetData ¶ 

func (o *Curve2D) X_GetData() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*Curve2D) X_SetData ¶ 

func (o *Curve2D) X_SetData(arg0 gdnative.Dictionary)
        Undocumented
	Args: [{ false arg0 Dictionary}], Returns: void

type Curve2DImplementer ¶ 

type Curve2DImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.Dictionary
	X_SetData(arg0 gdnative.Dictionary)
	AddPoint(position gdnative.Vector2, in gdnative.Vector2, out gdnative.Vector2, atPosition gdnative.Int)
	ClearPoints()
	GetBakeInterval() gdnative.Real
	GetBakedLength() gdnative.Real
	GetBakedPoints() gdnative.PoolVector2Array
	GetPointCount() gdnative.Int
	GetPointIn(idx gdnative.Int) gdnative.Vector2
	GetPointOut(idx gdnative.Int) gdnative.Vector2
	GetPointPosition(idx gdnative.Int) gdnative.Vector2
	Interpolate(idx gdnative.Int, t gdnative.Real) gdnative.Vector2
	InterpolateBaked(offset gdnative.Real, cubic gdnative.Bool) gdnative.Vector2
	Interpolatef(fofs gdnative.Real) gdnative.Vector2
	RemovePoint(idx gdnative.Int)
	SetBakeInterval(distance gdnative.Real)
	SetPointIn(idx gdnative.Int, position gdnative.Vector2)
	SetPointOut(idx gdnative.Int, position gdnative.Vector2)
	SetPointPosition(idx gdnative.Int, position gdnative.Vector2)
	Tessellate(maxStages gdnative.Int, toleranceDegrees gdnative.Real) gdnative.PoolVector2Array
}

Curve2DImplementer is an interface that implements the methods of the Curve2D class.

type Curve3D ¶ 

type Curve3D struct {
	Resource
	// contains filtered or unexported fields
}

This class describes a Bezier curve in 3D space. It is mainly used to give a shape to a Path, but can be manually sampled for other purposes. It keeps a cache of precalculated points along the curve, to speed further calculations up.

func (*Curve3D) AddPoint ¶ 

func (o *Curve3D) AddPoint(position gdnative.Vector3, in gdnative.Vector3, out gdnative.Vector3, atPosition gdnative.Int)
        Adds a point to a curve, at "position", with control points "in" and "out". If "at_position" is given, the point is inserted before the point number "at_position", moving that point (and every point after) after the inserted point. If "at_position" is not given, or is an illegal value (at_position <0 or at_position >= [method get_point_count]), the point will be appended at the end of the point list.
	Args: [{ false position Vector3} {(0, 0, 0) true in Vector3} {(0, 0, 0) true out Vector3} {-1 true at_position int}], Returns: void

func (*Curve3D) BaseClass ¶ 

func (o *Curve3D) BaseClass() string

func (*Curve3D) ClearPoints ¶ 

func (o *Curve3D) ClearPoints()
        Removes all points from the curve.
	Args: [], Returns: void

func (*Curve3D) GetBakeInterval ¶ 

func (o *Curve3D) GetBakeInterval() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Curve3D) GetBakedLength ¶ 

func (o *Curve3D) GetBakedLength() gdnative.Real
        Returns the total length of the curve, based on the cached points. Given enough density (see [method set_bake_interval]), it should be approximate enough.
	Args: [], Returns: float

func (*Curve3D) GetBakedPoints ¶ 

func (o *Curve3D) GetBakedPoints() gdnative.PoolVector3Array
        Returns the cache of points as a [PoolVector3Array].
	Args: [], Returns: PoolVector3Array

func (*Curve3D) GetBakedTilts ¶ 

func (o *Curve3D) GetBakedTilts() gdnative.PoolRealArray
        Returns the cache of tilts as a [RealArray].
	Args: [], Returns: PoolRealArray

func (*Curve3D) GetPointCount ¶ 

func (o *Curve3D) GetPointCount() gdnative.Int
        Returns the number of points describing the curve.
	Args: [], Returns: int

func (*Curve3D) GetPointIn ¶ 

func (o *Curve3D) GetPointIn(idx gdnative.Int) gdnative.Vector3
        Returns the position of the control point leading to the vertex "idx". If the index is out of bounds, the function sends an error to the console, and returns (0, 0, 0).
	Args: [{ false idx int}], Returns: Vector3

func (*Curve3D) GetPointOut ¶ 

func (o *Curve3D) GetPointOut(idx gdnative.Int) gdnative.Vector3
        Returns the position of the control point leading out of the vertex "idx". If the index is out of bounds, the function sends an error to the console, and returns (0, 0, 0).
	Args: [{ false idx int}], Returns: Vector3

func (*Curve3D) GetPointPosition ¶ 

func (o *Curve3D) GetPointPosition(idx gdnative.Int) gdnative.Vector3
        Returns the position of the vertex "idx". If the index is out of bounds, the function sends an error to the console, and returns (0, 0, 0).
	Args: [{ false idx int}], Returns: Vector3

func (*Curve3D) GetPointTilt ¶ 

func (o *Curve3D) GetPointTilt(idx gdnative.Int) gdnative.Real
        Returns the tilt angle in radians for the point "idx". If the index is out of bounds, the function sends an error to the console, and returns 0.
	Args: [{ false idx int}], Returns: float

func (*Curve3D) Interpolate ¶ 

func (o *Curve3D) Interpolate(idx gdnative.Int, t gdnative.Real) gdnative.Vector3
        Returns the position between the vertex "idx" and the vertex "idx"+1, where "t" controls if the point is the first vertex (t = 0.0), the last vertex (t = 1.0), or in between. Values of "t" outside the range (0.0 >= t <=1) give strange, but predictable results. If "idx" is out of bounds it is truncated to the first or last vertex, and "t" is ignored. If the curve has no points, the function sends an error to the console, and returns (0, 0, 0).
	Args: [{ false idx int} { false t float}], Returns: Vector3

func (*Curve3D) InterpolateBaked ¶ 

func (o *Curve3D) InterpolateBaked(offset gdnative.Real, cubic gdnative.Bool) gdnative.Vector3
        Returns a point within the curve at position "offset", where "offset" is measured as a distance in 3D units along the curve. To do that, it finds the two cached points where the "offset" lies between, then interpolates the values. This interpolation is cubic if "cubic" is set to true, or linear if set to false. Cubic interpolation tends to follow the curves better, but linear is faster (and often, precise enough).
	Args: [{ false offset float} {False true cubic bool}], Returns: Vector3

func (*Curve3D) Interpolatef ¶ 

func (o *Curve3D) Interpolatef(fofs gdnative.Real) gdnative.Vector3
        Returns the position at the vertex "fofs". It calls [method interpolate] using the integer part of fofs as "idx", and its fractional part as "t".
	Args: [{ false fofs float}], Returns: Vector3

func (*Curve3D) RemovePoint ¶ 

func (o *Curve3D) RemovePoint(idx gdnative.Int)
        Deletes the point "idx" from the curve. Sends an error to the console if "idx" is out of bounds.
	Args: [{ false idx int}], Returns: void

func (*Curve3D) SetBakeInterval ¶ 

func (o *Curve3D) SetBakeInterval(distance gdnative.Real)
        Undocumented
	Args: [{ false distance float}], Returns: void

func (*Curve3D) SetPointIn ¶ 

func (o *Curve3D) SetPointIn(idx gdnative.Int, position gdnative.Vector3)
        Sets the position of the control point leading to the vertex "idx". If the index is out of bounds, the function sends an error to the console.
	Args: [{ false idx int} { false position Vector3}], Returns: void

func (*Curve3D) SetPointOut ¶ 

func (o *Curve3D) SetPointOut(idx gdnative.Int, position gdnative.Vector3)
        Sets the position of the control point leading out of the vertex "idx". If the index is out of bounds, the function sends an error to the console.
	Args: [{ false idx int} { false position Vector3}], Returns: void

func (*Curve3D) SetPointPosition ¶ 

func (o *Curve3D) SetPointPosition(idx gdnative.Int, position gdnative.Vector3)
        Sets the position for the vertex "idx". If the index is out of bounds, the function sends an error to the console.
	Args: [{ false idx int} { false position Vector3}], Returns: void

func (*Curve3D) SetPointTilt ¶ 

func (o *Curve3D) SetPointTilt(idx gdnative.Int, tilt gdnative.Real)
        Sets the tilt angle in radians for the point "idx". If the index is out of bounds, the function sends an error to the console. The tilt controls the rotation along the look-at axis an object traveling the path would have. In the case of a curve controlling a [PathFollow], this tilt is an offset over the natural tilt the PathFollow calculates.
	Args: [{ false idx int} { false tilt float}], Returns: void

func (*Curve3D) Tessellate ¶ 

func (o *Curve3D) Tessellate(maxStages gdnative.Int, toleranceDegrees gdnative.Real) gdnative.PoolVector3Array
        Returns a list of points along the curve, with a curvature controlled point density. That is, the curvier parts will have more points than the straighter parts. This approximation makes straight segments between each point, then subdivides those segments until the resulting shape is similar enough. "max_stages" controls how many subdivisions a curve segment may face before it is considered approximate enough. Each subdivision splits the segment in half, so the default 5 stages may mean up to 32 subdivisions per curve segment. Increase with care! "tolerance_degrees" controls how many degrees the midpoint of a segment may deviate from the real curve, before the segment has to be subdivided.
	Args: [{5 true max_stages int} {4 true tolerance_degrees float}], Returns: PoolVector3Array

func (*Curve3D) X_GetData ¶ 

func (o *Curve3D) X_GetData() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*Curve3D) X_SetData ¶ 

func (o *Curve3D) X_SetData(arg0 gdnative.Dictionary)
        Undocumented
	Args: [{ false arg0 Dictionary}], Returns: void

type Curve3DImplementer ¶ 

type Curve3DImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.Dictionary
	X_SetData(arg0 gdnative.Dictionary)
	AddPoint(position gdnative.Vector3, in gdnative.Vector3, out gdnative.Vector3, atPosition gdnative.Int)
	ClearPoints()
	GetBakeInterval() gdnative.Real
	GetBakedLength() gdnative.Real
	GetBakedPoints() gdnative.PoolVector3Array
	GetBakedTilts() gdnative.PoolRealArray
	GetPointCount() gdnative.Int
	GetPointIn(idx gdnative.Int) gdnative.Vector3
	GetPointOut(idx gdnative.Int) gdnative.Vector3
	GetPointPosition(idx gdnative.Int) gdnative.Vector3
	GetPointTilt(idx gdnative.Int) gdnative.Real
	Interpolate(idx gdnative.Int, t gdnative.Real) gdnative.Vector3
	InterpolateBaked(offset gdnative.Real, cubic gdnative.Bool) gdnative.Vector3
	Interpolatef(fofs gdnative.Real) gdnative.Vector3
	RemovePoint(idx gdnative.Int)
	SetBakeInterval(distance gdnative.Real)
	SetPointIn(idx gdnative.Int, position gdnative.Vector3)
	SetPointOut(idx gdnative.Int, position gdnative.Vector3)
	SetPointPosition(idx gdnative.Int, position gdnative.Vector3)
	SetPointTilt(idx gdnative.Int, tilt gdnative.Real)
	Tessellate(maxStages gdnative.Int, toleranceDegrees gdnative.Real) gdnative.PoolVector3Array
}

Curve3DImplementer is an interface that implements the methods of the Curve3D class.

type CurveImplementer ¶ 

type CurveImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.Array
	X_SetData(data gdnative.Array)
	AddPoint(position gdnative.Vector2, leftTangent gdnative.Real, rightTangent gdnative.Real, leftMode gdnative.Int, rightMode gdnative.Int) gdnative.Int
	Bake()
	CleanDupes()
	ClearPoints()
	GetBakeResolution() gdnative.Int
	GetMaxValue() gdnative.Real
	GetMinValue() gdnative.Real
	GetPointLeftTangent(index gdnative.Int) gdnative.Real
	GetPointPosition(index gdnative.Int) gdnative.Vector2
	GetPointRightTangent(index gdnative.Int) gdnative.Real
	Interpolate(offset gdnative.Real) gdnative.Real
	InterpolateBaked(offset gdnative.Real) gdnative.Real
	RemovePoint(index gdnative.Int)
	SetBakeResolution(resolution gdnative.Int)
	SetMaxValue(max gdnative.Real)
	SetMinValue(min gdnative.Real)
	SetPointLeftMode(index gdnative.Int, mode gdnative.Int)
	SetPointLeftTangent(index gdnative.Int, tangent gdnative.Real)
	SetPointOffset(index gdnative.Int, offset gdnative.Real) gdnative.Int
	SetPointRightMode(index gdnative.Int, mode gdnative.Int)
	SetPointRightTangent(index gdnative.Int, tangent gdnative.Real)
	SetPointValue(index gdnative.Int, y gdnative.Real)
}

CurveImplementer is an interface that implements the methods of the Curve class.

type CurveTangentMode ¶ 

type CurveTangentMode int

CurveTangentMode is an enum for TangentMode values. 

const (
	CurveTangentFree      CurveTangentMode = 0
	CurveTangentLinear    CurveTangentMode = 1
	CurveTangentModeCount CurveTangentMode = 2
)

type CurveTexture ¶ 

type CurveTexture struct {
	Texture
	// contains filtered or unexported fields
}

Renders a given Curve provided to it. Simplifies the task of drawing curves and/or saving them as image files.

func (*CurveTexture) BaseClass ¶ 

func (o *CurveTexture) BaseClass() string

func (*CurveTexture) GetCurve ¶ 

func (o *CurveTexture) GetCurve() CurveImplementer
        Undocumented
	Args: [], Returns: Curve

func (*CurveTexture) SetCurve ¶ 

func (o *CurveTexture) SetCurve(curve CurveImplementer)
        Undocumented
	Args: [{ false curve Curve}], Returns: void

func (*CurveTexture) SetWidth ¶ 

func (o *CurveTexture) SetWidth(width gdnative.Int)
        Undocumented
	Args: [{ false width int}], Returns: void

func (*CurveTexture) X_Update ¶ 

func (o *CurveTexture) X_Update()
        Undocumented
	Args: [], Returns: void

type CurveTextureImplementer ¶ 

type CurveTextureImplementer interface {
	TextureImplementer
	X_Update()
	GetCurve() CurveImplementer
	SetCurve(curve CurveImplementer)
	SetWidth(width gdnative.Int)
}

CurveTextureImplementer is an interface that implements the methods of the CurveTexture class.

type CylinderMesh ¶ 

type CylinderMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Class representing a cylindrical PrimitiveMesh.

func (*CylinderMesh) BaseClass ¶ 

func (o *CylinderMesh) BaseClass() string

func (*CylinderMesh) GetBottomRadius ¶ 

func (o *CylinderMesh) GetBottomRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CylinderMesh) GetHeight ¶ 

func (o *CylinderMesh) GetHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CylinderMesh) GetRadialSegments ¶ 

func (o *CylinderMesh) GetRadialSegments() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CylinderMesh) GetRings ¶ 

func (o *CylinderMesh) GetRings() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*CylinderMesh) GetTopRadius ¶ 

func (o *CylinderMesh) GetTopRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*CylinderMesh) SetBottomRadius ¶ 

func (o *CylinderMesh) SetBottomRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

func (*CylinderMesh) SetHeight ¶ 

func (o *CylinderMesh) SetHeight(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*CylinderMesh) SetRadialSegments ¶ 

func (o *CylinderMesh) SetRadialSegments(segments gdnative.Int)
        Undocumented
	Args: [{ false segments int}], Returns: void

func (*CylinderMesh) SetRings ¶ 

func (o *CylinderMesh) SetRings(rings gdnative.Int)
        Undocumented
	Args: [{ false rings int}], Returns: void

func (*CylinderMesh) SetTopRadius ¶ 

func (o *CylinderMesh) SetTopRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

type CylinderMeshImplementer ¶ 

type CylinderMeshImplementer interface {
	PrimitiveMeshImplementer
	GetBottomRadius() gdnative.Real
	GetHeight() gdnative.Real
	GetRadialSegments() gdnative.Int
	GetRings() gdnative.Int
	GetTopRadius() gdnative.Real
	SetBottomRadius(radius gdnative.Real)
	SetHeight(height gdnative.Real)
	SetRadialSegments(segments gdnative.Int)
	SetRings(rings gdnative.Int)
	SetTopRadius(radius gdnative.Real)
}

CylinderMeshImplementer is an interface that implements the methods of the CylinderMesh class.

type DampedSpringJoint2D ¶ 

type DampedSpringJoint2D struct {
	Joint2D
	// contains filtered or unexported fields
}

Damped spring constraint for 2D physics. This resembles a spring joint that always wants to go back to a given length.

func (*DampedSpringJoint2D) BaseClass ¶ 

func (o *DampedSpringJoint2D) BaseClass() string

func (*DampedSpringJoint2D) GetDamping ¶ 

func (o *DampedSpringJoint2D) GetDamping() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*DampedSpringJoint2D) GetLength ¶ 

func (o *DampedSpringJoint2D) GetLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*DampedSpringJoint2D) GetRestLength ¶ 

func (o *DampedSpringJoint2D) GetRestLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*DampedSpringJoint2D) GetStiffness ¶ 

func (o *DampedSpringJoint2D) GetStiffness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*DampedSpringJoint2D) SetDamping ¶ 

func (o *DampedSpringJoint2D) SetDamping(damping gdnative.Real)
        Undocumented
	Args: [{ false damping float}], Returns: void

func (*DampedSpringJoint2D) SetLength ¶ 

func (o *DampedSpringJoint2D) SetLength(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*DampedSpringJoint2D) SetRestLength ¶ 

func (o *DampedSpringJoint2D) SetRestLength(restLength gdnative.Real)
        Undocumented
	Args: [{ false rest_length float}], Returns: void

func (*DampedSpringJoint2D) SetStiffness ¶ 

func (o *DampedSpringJoint2D) SetStiffness(stiffness gdnative.Real)
        Undocumented
	Args: [{ false stiffness float}], Returns: void

type DampedSpringJoint2DImplementer ¶ 

type DampedSpringJoint2DImplementer interface {
	Joint2DImplementer
	GetDamping() gdnative.Real
	GetLength() gdnative.Real
	GetRestLength() gdnative.Real
	GetStiffness() gdnative.Real
	SetDamping(damping gdnative.Real)
	SetLength(length gdnative.Real)
	SetRestLength(restLength gdnative.Real)
	SetStiffness(stiffness gdnative.Real)
}

DampedSpringJoint2DImplementer is an interface that implements the methods of the DampedSpringJoint2D class.

type DirectionalLight ¶ 

type DirectionalLight struct {
	Light
	// contains filtered or unexported fields
}

A DirectionalLight is a type of Light node that emits light constantly in one direction (the negative z axis of the node). It is used lights with strong intensity that are located far away from the scene to model sunlight or moonlight. The worldspace location of the DirectionalLight transform (origin) is ignored, only the basis is used do determine light direction.

func (*DirectionalLight) BaseClass ¶ 

func (o *DirectionalLight) BaseClass() string

func (*DirectionalLight) GetShadowDepthRange ¶ 

func (o *DirectionalLight) GetShadowDepthRange() DirectionalLightShadowDepthRange
        Undocumented
	Args: [], Returns: enum.DirectionalLight::ShadowDepthRange

func (*DirectionalLight) GetShadowMode ¶ 

func (o *DirectionalLight) GetShadowMode() DirectionalLightShadowMode
        Undocumented
	Args: [], Returns: enum.DirectionalLight::ShadowMode

func (*DirectionalLight) IsBlendSplitsEnabled ¶ 

func (o *DirectionalLight) IsBlendSplitsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*DirectionalLight) SetBlendSplits ¶ 

func (o *DirectionalLight) SetBlendSplits(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*DirectionalLight) SetShadowDepthRange ¶ 

func (o *DirectionalLight) SetShadowDepthRange(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*DirectionalLight) SetShadowMode ¶ 

func (o *DirectionalLight) SetShadowMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type DirectionalLightImplementer ¶ 

type DirectionalLightImplementer interface {
	LightImplementer
	IsBlendSplitsEnabled() gdnative.Bool
	SetBlendSplits(enabled gdnative.Bool)
	SetShadowDepthRange(mode gdnative.Int)
	SetShadowMode(mode gdnative.Int)
}

DirectionalLightImplementer is an interface that implements the methods of the DirectionalLight class.

type DirectionalLightShadowDepthRange ¶ 

type DirectionalLightShadowDepthRange int

DirectionalLightShadowDepthRange is an enum for ShadowDepthRange values. 

const (
	DirectionalLightShadowDepthRangeOptimized DirectionalLightShadowDepthRange = 1
	DirectionalLightShadowDepthRangeStable    DirectionalLightShadowDepthRange = 0
)

type DirectionalLightShadowMode ¶ 

type DirectionalLightShadowMode int

DirectionalLightShadowMode is an enum for ShadowMode values. 

const (
	DirectionalLightShadowOrthogonal      DirectionalLightShadowMode = 0
	DirectionalLightShadowParallel2Splits DirectionalLightShadowMode = 1
	DirectionalLightShadowParallel4Splits DirectionalLightShadowMode = 2
)

type Directory ¶ 

type Directory struct {
	Reference
	// contains filtered or unexported fields
}

Directory type. It is used to manage directories and their content (not restricted to the project folder). Here is an example on how to iterate through the files of a directory: [codeblock] func dir_contents(path): var dir = Directory.new() if dir.open(path) == OK: dir.list_dir_begin() var file_name = dir.get_next() while (file_name != ""): if dir.current_is_dir(): print("Found directory: " + file_name) else: print("Found file: " + file_name) file_name = dir.get_next() else: print("An error occurred when trying to access the path.") [/codeblock]

func (*Directory) BaseClass ¶ 

func (o *Directory) BaseClass() string

func (*Directory) ChangeDir ¶ 

func (o *Directory) ChangeDir(todir gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false todir String}], Returns: enum.Error

func (*Directory) Copy ¶ 

func (o *Directory) Copy(from gdnative.String, to gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false from String} { false to String}], Returns: enum.Error

func (*Directory) CurrentIsDir ¶ 

func (o *Directory) CurrentIsDir() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Directory) DirExists ¶ 

func (o *Directory) DirExists(path gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false path String}], Returns: bool

func (*Directory) FileExists ¶ 

func (o *Directory) FileExists(path gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false path String}], Returns: bool

func (*Directory) GetCurrentDir ¶ 

func (o *Directory) GetCurrentDir() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Directory) GetCurrentDrive ¶ 

func (o *Directory) GetCurrentDrive() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Directory) GetDrive ¶ 

func (o *Directory) GetDrive(idx gdnative.Int) gdnative.String
        Undocumented
	Args: [{ false idx int}], Returns: String

func (*Directory) GetDriveCount ¶ 

func (o *Directory) GetDriveCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Directory) GetNext ¶ 

func (o *Directory) GetNext() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Directory) GetSpaceLeft ¶ 

func (o *Directory) GetSpaceLeft() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Directory) ListDirBegin ¶ 

func (o *Directory) ListDirBegin(skipNavigational gdnative.Bool, skipHidden gdnative.Bool) gdnative.Error
        Undocumented
	Args: [{False true skip_navigational bool} {False true skip_hidden bool}], Returns: enum.Error

func (*Directory) ListDirEnd ¶ 

func (o *Directory) ListDirEnd()
        Undocumented
	Args: [], Returns: void

func (*Directory) MakeDir ¶ 

func (o *Directory) MakeDir(path gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false path String}], Returns: enum.Error

func (*Directory) MakeDirRecursive ¶ 

func (o *Directory) MakeDirRecursive(path gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false path String}], Returns: enum.Error

func (*Directory) Open ¶ 

func (o *Directory) Open(path gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false path String}], Returns: enum.Error

func (*Directory) Remove ¶ 

func (o *Directory) Remove(path gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false path String}], Returns: enum.Error

func (*Directory) Rename ¶ 

func (o *Directory) Rename(from gdnative.String, to gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false from String} { false to String}], Returns: enum.Error

type DirectoryImplementer ¶ 

type DirectoryImplementer interface {
	ReferenceImplementer
	CurrentIsDir() gdnative.Bool
	DirExists(path gdnative.String) gdnative.Bool
	FileExists(path gdnative.String) gdnative.Bool
	GetCurrentDir() gdnative.String
	GetCurrentDrive() gdnative.Int
	GetDrive(idx gdnative.Int) gdnative.String
	GetDriveCount() gdnative.Int
	GetNext() gdnative.String
	GetSpaceLeft() gdnative.Int
	ListDirEnd()
}

DirectoryImplementer is an interface that implements the methods of the Directory class.

type DynamicFont ¶ 

type DynamicFont struct {
	Font
	// contains filtered or unexported fields
}

DynamicFont renders vector font files (such as TTF or OTF) dynamically at runtime instead of using a prerendered texture atlas like BitmapFont. This trades the faster loading time of [BitmapFont]s for the ability to change font parameters like size and spacing during runtime. DynamicFontData is used for referencing the font file paths.

func (*DynamicFont) AddFallback ¶ 

func (o *DynamicFont) AddFallback(data DynamicFontDataImplementer)
        Adds a fallback font.
	Args: [{ false data DynamicFontData}], Returns: void

func (*DynamicFont) BaseClass ¶ 

func (o *DynamicFont) BaseClass() string

func (*DynamicFont) GetFallback ¶ 

func (o *DynamicFont) GetFallback(idx gdnative.Int) DynamicFontDataImplementer
        Returns the fallback font at index [code]idx[/code].
	Args: [{ false idx int}], Returns: DynamicFontData

func (*DynamicFont) GetFallbackCount ¶ 

func (o *DynamicFont) GetFallbackCount() gdnative.Int
        Returns the number of fallback fonts.
	Args: [], Returns: int

func (*DynamicFont) GetFontData ¶ 

func (o *DynamicFont) GetFontData() DynamicFontDataImplementer
        Undocumented
	Args: [], Returns: DynamicFontData

func (*DynamicFont) GetSize ¶ 

func (o *DynamicFont) GetSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*DynamicFont) GetSpacing ¶ 

func (o *DynamicFont) GetSpacing(aType gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false type int}], Returns: int

func (*DynamicFont) GetUseFilter ¶ 

func (o *DynamicFont) GetUseFilter() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*DynamicFont) GetUseMipmaps ¶ 

func (o *DynamicFont) GetUseMipmaps() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*DynamicFont) RemoveFallback ¶ 

func (o *DynamicFont) RemoveFallback(idx gdnative.Int)
        Removes the fallback font at index [code]idx[/code].
	Args: [{ false idx int}], Returns: void

func (*DynamicFont) SetFallback ¶ 

func (o *DynamicFont) SetFallback(idx gdnative.Int, data DynamicFontDataImplementer)
        Sets the fallback font at index [code]idx[/code].
	Args: [{ false idx int} { false data DynamicFontData}], Returns: void

func (*DynamicFont) SetFontData ¶ 

func (o *DynamicFont) SetFontData(data DynamicFontDataImplementer)
        Undocumented
	Args: [{ false data DynamicFontData}], Returns: void

func (*DynamicFont) SetSize ¶ 

func (o *DynamicFont) SetSize(data gdnative.Int)
        Undocumented
	Args: [{ false data int}], Returns: void

func (*DynamicFont) SetSpacing ¶ 

func (o *DynamicFont) SetSpacing(aType gdnative.Int, value gdnative.Int)
        Undocumented
	Args: [{ false type int} { false value int}], Returns: void

func (*DynamicFont) SetUseFilter ¶ 

func (o *DynamicFont) SetUseFilter(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*DynamicFont) SetUseMipmaps ¶ 

func (o *DynamicFont) SetUseMipmaps(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type DynamicFontData ¶ 

type DynamicFontData struct {
	Resource
	// contains filtered or unexported fields
}

Used with DynamicFont to describe the location of a vector font file for dynamic rendering at runtime.

func (*DynamicFontData) BaseClass ¶ 

func (o *DynamicFontData) BaseClass() string

func (*DynamicFontData) GetFontPath ¶ 

func (o *DynamicFontData) GetFontPath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*DynamicFontData) SetFontPath ¶ 

func (o *DynamicFontData) SetFontPath(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

type DynamicFontDataImplementer ¶ 

type DynamicFontDataImplementer interface {
	ResourceImplementer
	GetFontPath() gdnative.String
	SetFontPath(path gdnative.String)
}

DynamicFontDataImplementer is an interface that implements the methods of the DynamicFontData class.

type DynamicFontImplementer ¶ 

type DynamicFontImplementer interface {
	FontImplementer
	AddFallback(data DynamicFontDataImplementer)
	GetFallback(idx gdnative.Int) DynamicFontDataImplementer
	GetFallbackCount() gdnative.Int
	GetFontData() DynamicFontDataImplementer
	GetSize() gdnative.Int
	GetSpacing(aType gdnative.Int) gdnative.Int
	GetUseFilter() gdnative.Bool
	GetUseMipmaps() gdnative.Bool
	RemoveFallback(idx gdnative.Int)
	SetFallback(idx gdnative.Int, data DynamicFontDataImplementer)
	SetFontData(data DynamicFontDataImplementer)
	SetSize(data gdnative.Int)
	SetSpacing(aType gdnative.Int, value gdnative.Int)
	SetUseFilter(enable gdnative.Bool)
	SetUseMipmaps(enable gdnative.Bool)
}

DynamicFontImplementer is an interface that implements the methods of the DynamicFont class.

type DynamicFontSpacingType ¶ 

type DynamicFontSpacingType int

DynamicFontSpacingType is an enum for SpacingType values. 

const (
	DynamicFontSpacingBottom DynamicFontSpacingType = 1
	DynamicFontSpacingChar   DynamicFontSpacingType = 2
	DynamicFontSpacingSpace  DynamicFontSpacingType = 3
	DynamicFontSpacingTop    DynamicFontSpacingType = 0
)

type EditorExportPlugin ¶ 

type EditorExportPlugin struct {
	Reference
	// contains filtered or unexported fields
}

func (*EditorExportPlugin) AddFile ¶ 

func (o *EditorExportPlugin) AddFile(path gdnative.String, file gdnative.PoolByteArray, remap gdnative.Bool)

Args: [{ false path String} { false file PoolByteArray} { false remap bool}], Returns: void

func (*EditorExportPlugin) AddIosBundleFile ¶ 

func (o *EditorExportPlugin) AddIosBundleFile(path gdnative.String)

Args: [{ false path String}], Returns: void

func (*EditorExportPlugin) AddIosCppCode ¶ 

func (o *EditorExportPlugin) AddIosCppCode(code gdnative.String)

Args: [{ false code String}], Returns: void

func (*EditorExportPlugin) AddIosFramework ¶ 

func (o *EditorExportPlugin) AddIosFramework(path gdnative.String)

Args: [{ false path String}], Returns: void

func (*EditorExportPlugin) AddIosLinkerFlags ¶ 

func (o *EditorExportPlugin) AddIosLinkerFlags(flags gdnative.String)

Args: [{ false flags String}], Returns: void

func (*EditorExportPlugin) AddIosPlistContent ¶ 

func (o *EditorExportPlugin) AddIosPlistContent(plistContent gdnative.String)

Args: [{ false plist_content String}], Returns: void

func (*EditorExportPlugin) AddSharedObject ¶ 

func (o *EditorExportPlugin) AddSharedObject(path gdnative.String, tags gdnative.PoolStringArray)

Args: [{ false path String} { false tags PoolStringArray}], Returns: void

func (*EditorExportPlugin) BaseClass ¶ 

func (o *EditorExportPlugin) BaseClass() string

func (*EditorExportPlugin) Skip ¶ 

func (o *EditorExportPlugin) Skip()

Args: [], Returns: void

func (*EditorExportPlugin) X_ExportBegin ¶ 

func (o *EditorExportPlugin) X_ExportBegin(features gdnative.PoolStringArray, isDebug gdnative.Bool, path gdnative.String, flags gdnative.Int)

Args: [{ false features PoolStringArray} { false is_debug bool} { false path String} { false flags int}], Returns: void

func (*EditorExportPlugin) X_ExportFile ¶ 

func (o *EditorExportPlugin) X_ExportFile(path gdnative.String, aType gdnative.String, features gdnative.PoolStringArray)

Args: [{ false path String} { false type String} { false features PoolStringArray}], Returns: void

type EditorExportPluginImplementer ¶ 

type EditorExportPluginImplementer interface {
	ReferenceImplementer
	X_ExportBegin(features gdnative.PoolStringArray, isDebug gdnative.Bool, path gdnative.String, flags gdnative.Int)
	X_ExportFile(path gdnative.String, aType gdnative.String, features gdnative.PoolStringArray)
	AddFile(path gdnative.String, file gdnative.PoolByteArray, remap gdnative.Bool)
	AddIosBundleFile(path gdnative.String)
	AddIosCppCode(code gdnative.String)
	AddIosFramework(path gdnative.String)
	AddIosLinkerFlags(flags gdnative.String)
	AddIosPlistContent(plistContent gdnative.String)
	AddSharedObject(path gdnative.String, tags gdnative.PoolStringArray)
	Skip()
}

EditorExportPluginImplementer is an interface that implements the methods of the EditorExportPlugin class.

type EditorFileDialog ¶ 

type EditorFileDialog struct {
	ConfirmationDialog
	// contains filtered or unexported fields
}

func (*EditorFileDialog) AddFilter ¶ 

func (o *EditorFileDialog) AddFilter(filter gdnative.String)
        Adds a comma-delimited file extension filter option to the [code]EditorFileDialog[/code] with an optional semi-colon-delimited label. Example: "*.tscn, *.scn; Scenes", results in filter text "Scenes (*.tscn, *.scn)".
	Args: [{ false filter String}], Returns: void

func (*EditorFileDialog) BaseClass ¶ 

func (o *EditorFileDialog) BaseClass() string

func (*EditorFileDialog) ClearFilters ¶ 

func (o *EditorFileDialog) ClearFilters()
        Removes all filters except for "All Files (*)".
	Args: [], Returns: void

func (*EditorFileDialog) GetAccess ¶ 

func (o *EditorFileDialog) GetAccess() EditorFileDialogAccess
        Undocumented
	Args: [], Returns: enum.EditorFileDialog::Access

func (*EditorFileDialog) GetCurrentDir ¶ 

func (o *EditorFileDialog) GetCurrentDir() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*EditorFileDialog) GetCurrentFile ¶ 

func (o *EditorFileDialog) GetCurrentFile() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*EditorFileDialog) GetCurrentPath ¶ 

func (o *EditorFileDialog) GetCurrentPath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*EditorFileDialog) GetDisplayMode ¶ 

func (o *EditorFileDialog) GetDisplayMode() EditorFileDialogDisplayMode
        Undocumented
	Args: [], Returns: enum.EditorFileDialog::DisplayMode

func (*EditorFileDialog) GetMode ¶ 

func (o *EditorFileDialog) GetMode() EditorFileDialogMode
        Undocumented
	Args: [], Returns: enum.EditorFileDialog::Mode

func (*EditorFileDialog) GetVbox ¶ 

func (o *EditorFileDialog) GetVbox() VBoxContainerImplementer
        Returns the [code]VBoxContainer[/code] used to display the file system.
	Args: [], Returns: VBoxContainer

func (*EditorFileDialog) Invalidate ¶ 

func (o *EditorFileDialog) Invalidate()
        Notify the [code]EditorFileDialog[/code] that its view of the data is no longer accurate. Updates the view contents on next view update.
	Args: [], Returns: void

func (*EditorFileDialog) IsOverwriteWarningDisabled ¶ 

func (o *EditorFileDialog) IsOverwriteWarningDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*EditorFileDialog) IsShowingHiddenFiles ¶ 

func (o *EditorFileDialog) IsShowingHiddenFiles() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*EditorFileDialog) SetAccess ¶ 

func (o *EditorFileDialog) SetAccess(access gdnative.Int)
        Undocumented
	Args: [{ false access int}], Returns: void

func (*EditorFileDialog) SetCurrentDir ¶ 

func (o *EditorFileDialog) SetCurrentDir(dir gdnative.String)
        Undocumented
	Args: [{ false dir String}], Returns: void

func (*EditorFileDialog) SetCurrentFile ¶ 

func (o *EditorFileDialog) SetCurrentFile(file gdnative.String)
        Undocumented
	Args: [{ false file String}], Returns: void

func (*EditorFileDialog) SetCurrentPath ¶ 

func (o *EditorFileDialog) SetCurrentPath(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

func (*EditorFileDialog) SetDisableOverwriteWarning ¶ 

func (o *EditorFileDialog) SetDisableOverwriteWarning(disable gdnative.Bool)
        Undocumented
	Args: [{ false disable bool}], Returns: void

func (*EditorFileDialog) SetDisplayMode ¶ 

func (o *EditorFileDialog) SetDisplayMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*EditorFileDialog) SetMode ¶ 

func (o *EditorFileDialog) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*EditorFileDialog) SetShowHiddenFiles ¶ 

func (o *EditorFileDialog) SetShowHiddenFiles(show gdnative.Bool)
        Undocumented
	Args: [{ false show bool}], Returns: void

func (*EditorFileDialog) X_ActionPressed ¶ 

func (o *EditorFileDialog) X_ActionPressed()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_CancelPressed ¶ 

func (o *EditorFileDialog) X_CancelPressed()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_DirEntered ¶ 

func (o *EditorFileDialog) X_DirEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*EditorFileDialog) X_FavoriteMoveDown ¶ 

func (o *EditorFileDialog) X_FavoriteMoveDown()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_FavoriteMoveUp ¶ 

func (o *EditorFileDialog) X_FavoriteMoveUp()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_FavoriteSelected ¶ 

func (o *EditorFileDialog) X_FavoriteSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_FavoriteToggled ¶ 

func (o *EditorFileDialog) X_FavoriteToggled(arg0 gdnative.Bool)
        Undocumented
	Args: [{ false arg0 bool}], Returns: void

func (*EditorFileDialog) X_FileEntered ¶ 

func (o *EditorFileDialog) X_FileEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*EditorFileDialog) X_FilterSelected ¶ 

func (o *EditorFileDialog) X_FilterSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_GoBack ¶ 

func (o *EditorFileDialog) X_GoBack()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_GoForward ¶ 

func (o *EditorFileDialog) X_GoForward()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_GoUp ¶ 

func (o *EditorFileDialog) X_GoUp()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_ItemDbSelected ¶ 

func (o *EditorFileDialog) X_ItemDbSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_ItemListItemRmbSelected ¶ 

func (o *EditorFileDialog) X_ItemListItemRmbSelected(arg0 gdnative.Int, arg1 gdnative.Vector2)
        Undocumented
	Args: [{ false arg0 int} { false arg1 Vector2}], Returns: void

func (*EditorFileDialog) X_ItemListRmbClicked ¶ 

func (o *EditorFileDialog) X_ItemListRmbClicked(arg0 gdnative.Vector2)
        Undocumented
	Args: [{ false arg0 Vector2}], Returns: void

func (*EditorFileDialog) X_ItemMenuIdPressed ¶ 

func (o *EditorFileDialog) X_ItemMenuIdPressed(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_ItemSelected ¶ 

func (o *EditorFileDialog) X_ItemSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_ItemsClearSelection ¶ 

func (o *EditorFileDialog) X_ItemsClearSelection()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_MakeDir ¶ 

func (o *EditorFileDialog) X_MakeDir()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_MakeDirConfirm ¶ 

func (o *EditorFileDialog) X_MakeDirConfirm()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_MultiSelected ¶ 

func (o *EditorFileDialog) X_MultiSelected(arg0 gdnative.Int, arg1 gdnative.Bool)
        Undocumented
	Args: [{ false arg0 int} { false arg1 bool}], Returns: void

func (*EditorFileDialog) X_RecentSelected ¶ 

func (o *EditorFileDialog) X_RecentSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_SaveConfirmPressed ¶ 

func (o *EditorFileDialog) X_SaveConfirmPressed()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_SelectDrive ¶ 

func (o *EditorFileDialog) X_SelectDrive(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*EditorFileDialog) X_ThumbnailDone ¶ 

func (o *EditorFileDialog) X_ThumbnailDone(arg0 gdnative.String, arg1 TextureImplementer, arg2 gdnative.Variant)
        Undocumented
	Args: [{ false arg0 String} { false arg1 Texture} { false arg2 Variant}], Returns: void

func (*EditorFileDialog) X_ThumbnailResult ¶ 

func (o *EditorFileDialog) X_ThumbnailResult(arg0 gdnative.String, arg1 TextureImplementer, arg2 gdnative.Variant)
        Undocumented
	Args: [{ false arg0 String} { false arg1 Texture} { false arg2 Variant}], Returns: void

func (*EditorFileDialog) X_UnhandledInput ¶ 

func (o *EditorFileDialog) X_UnhandledInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*EditorFileDialog) X_UpdateDir ¶ 

func (o *EditorFileDialog) X_UpdateDir()
        Undocumented
	Args: [], Returns: void

func (*EditorFileDialog) X_UpdateFileList ¶ 

func (o *EditorFileDialog) X_UpdateFileList()
        Undocumented
	Args: [], Returns: void

type EditorFileDialogAccess ¶ 

type EditorFileDialogAccess int

EditorFileDialogAccess is an enum for Access values. 

const (
	EditorFileDialogAccessFilesystem EditorFileDialogAccess = 2
	EditorFileDialogAccessResources  EditorFileDialogAccess = 0
	EditorFileDialogAccessUserdata   EditorFileDialogAccess = 1
)

type EditorFileDialogDisplayMode ¶ 

type EditorFileDialogDisplayMode int

EditorFileDialogDisplayMode is an enum for DisplayMode values. 

const (
	EditorFileDialogDisplayList       EditorFileDialogDisplayMode = 1
	EditorFileDialogDisplayThumbnails EditorFileDialogDisplayMode = 0
)

type EditorFileDialogImplementer ¶ 

type EditorFileDialogImplementer interface {
	ConfirmationDialogImplementer
	X_ActionPressed()
	X_CancelPressed()
	X_DirEntered(arg0 gdnative.String)
	X_FavoriteMoveDown()
	X_FavoriteMoveUp()
	X_FavoriteSelected(arg0 gdnative.Int)
	X_FavoriteToggled(arg0 gdnative.Bool)
	X_FileEntered(arg0 gdnative.String)
	X_FilterSelected(arg0 gdnative.Int)
	X_GoBack()
	X_GoForward()
	X_GoUp()
	X_ItemDbSelected(arg0 gdnative.Int)
	X_ItemListItemRmbSelected(arg0 gdnative.Int, arg1 gdnative.Vector2)
	X_ItemListRmbClicked(arg0 gdnative.Vector2)
	X_ItemMenuIdPressed(arg0 gdnative.Int)
	X_ItemSelected(arg0 gdnative.Int)
	X_ItemsClearSelection()
	X_MakeDir()
	X_MakeDirConfirm()
	X_MultiSelected(arg0 gdnative.Int, arg1 gdnative.Bool)
	X_RecentSelected(arg0 gdnative.Int)
	X_SaveConfirmPressed()
	X_SelectDrive(arg0 gdnative.Int)
	X_ThumbnailDone(arg0 gdnative.String, arg1 TextureImplementer, arg2 gdnative.Variant)
	X_ThumbnailResult(arg0 gdnative.String, arg1 TextureImplementer, arg2 gdnative.Variant)
	X_UpdateDir()
	X_UpdateFileList()
	AddFilter(filter gdnative.String)
	ClearFilters()
	GetCurrentDir() gdnative.String
	GetCurrentFile() gdnative.String
	GetCurrentPath() gdnative.String
	GetVbox() VBoxContainerImplementer
	Invalidate()
	IsOverwriteWarningDisabled() gdnative.Bool
	IsShowingHiddenFiles() gdnative.Bool
	SetAccess(access gdnative.Int)
	SetCurrentDir(dir gdnative.String)
	SetCurrentFile(file gdnative.String)
	SetCurrentPath(path gdnative.String)
	SetDisableOverwriteWarning(disable gdnative.Bool)
	SetDisplayMode(mode gdnative.Int)
	SetMode(mode gdnative.Int)
	SetShowHiddenFiles(show gdnative.Bool)
}

EditorFileDialogImplementer is an interface that implements the methods of the EditorFileDialog class.

type EditorFileDialogMode ¶ 

type EditorFileDialogMode int

EditorFileDialogMode is an enum for Mode values. 

const (
	EditorFileDialogModeOpenAny   EditorFileDialogMode = 3
	EditorFileDialogModeOpenDir   EditorFileDialogMode = 2
	EditorFileDialogModeOpenFile  EditorFileDialogMode = 0
	EditorFileDialogModeOpenFiles EditorFileDialogMode = 1
	EditorFileDialogModeSaveFile  EditorFileDialogMode = 4
)

type EditorFileSystem ¶ 

type EditorFileSystem struct {
	Node
	// contains filtered or unexported fields
}

This object holds information of all resources in the filesystem, their types, etc.

func (*EditorFileSystem) BaseClass ¶ 

func (o *EditorFileSystem) BaseClass() string

func (*EditorFileSystem) GetFileType ¶ 

func (o *EditorFileSystem) GetFileType(path gdnative.String) gdnative.String
        Get the type of the file, given the full path.
	Args: [{ false path String}], Returns: String

func (*EditorFileSystem) GetFilesystem ¶ 

func (o *EditorFileSystem) GetFilesystem() EditorFileSystemDirectoryImplementer
        Get the root directory object.
	Args: [], Returns: EditorFileSystemDirectory

func (*EditorFileSystem) GetFilesystemPath ¶ 

func (o *EditorFileSystem) GetFilesystemPath(path gdnative.String) EditorFileSystemDirectoryImplementer
        Returns a view into the filesystem at [code]path[/code].
	Args: [{ false path String}], Returns: EditorFileSystemDirectory

func (*EditorFileSystem) GetScanningProgress ¶ 

func (o *EditorFileSystem) GetScanningProgress() gdnative.Real
        Return the scan progress for 0 to 1 if the FS is being scanned.
	Args: [], Returns: float

func (*EditorFileSystem) IsScanning ¶ 

func (o *EditorFileSystem) IsScanning() gdnative.Bool
        Return true of the filesystem is being scanned.
	Args: [], Returns: bool

func (*EditorFileSystem) Scan ¶ 

func (o *EditorFileSystem) Scan()
        Scan the filesystem for changes.
	Args: [], Returns: void

func (*EditorFileSystem) ScanSources ¶ 

func (o *EditorFileSystem) ScanSources()
        Check if the source of any imported resource changed.
	Args: [], Returns: void

func (*EditorFileSystem) UpdateFile ¶ 

func (o *EditorFileSystem) UpdateFile(path gdnative.String)
        Update a file information. Call this if an external program (not Godot) modified the file.
	Args: [{ false path String}], Returns: void

type EditorFileSystemDirectory ¶ 

type EditorFileSystemDirectory struct {
	Object
	// contains filtered or unexported fields
}

A more generalized, low-level variation of the directory concept.

func (*EditorFileSystemDirectory) BaseClass ¶ 

func (o *EditorFileSystemDirectory) BaseClass() string

func (*EditorFileSystemDirectory) FindDirIndex ¶ 

func (o *EditorFileSystemDirectory) FindDirIndex(name gdnative.String) gdnative.Int
        Returns the index of the directory with name [code]name[/code] or [code]-1[/code] if not found.
	Args: [{ false name String}], Returns: int

func (*EditorFileSystemDirectory) FindFileIndex ¶ 

func (o *EditorFileSystemDirectory) FindFileIndex(name gdnative.String) gdnative.Int
        Returns the index of the file with name [code]name[/code] or [code]-1[/code] if not found.
	Args: [{ false name String}], Returns: int

func (*EditorFileSystemDirectory) GetFile ¶ 

func (o *EditorFileSystemDirectory) GetFile(idx gdnative.Int) gdnative.String
        Returns the name of the file at index [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*EditorFileSystemDirectory) GetFileCount ¶ 

func (o *EditorFileSystemDirectory) GetFileCount() gdnative.Int
        Returns the number of files in this directory.
	Args: [], Returns: int

func (*EditorFileSystemDirectory) GetFileImportIsValid ¶ 

func (o *EditorFileSystemDirectory) GetFileImportIsValid(idx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the file at index [code]idx[/code] imported properly.
	Args: [{ false idx int}], Returns: bool

func (*EditorFileSystemDirectory) GetFilePath ¶ 

func (o *EditorFileSystemDirectory) GetFilePath(idx gdnative.Int) gdnative.String
        Returns the path to the file at index [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*EditorFileSystemDirectory) GetFileType ¶ 

func (o *EditorFileSystemDirectory) GetFileType(idx gdnative.Int) gdnative.String
        Returns the file extension of the file at index [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*EditorFileSystemDirectory) GetName ¶ 

func (o *EditorFileSystemDirectory) GetName() gdnative.String
        Returns the name of this directory.
	Args: [], Returns: String

func (*EditorFileSystemDirectory) GetParent ¶ 

func (o *EditorFileSystemDirectory) GetParent() EditorFileSystemDirectoryImplementer
        Returns the parent directory for this directory or null if called on a directory at [code]res://[/code] or [code]user://[/code].
	Args: [], Returns: EditorFileSystemDirectory

func (*EditorFileSystemDirectory) GetPath ¶ 

func (o *EditorFileSystemDirectory) GetPath() gdnative.String
        Returns the path to this directory.
	Args: [], Returns: String

func (*EditorFileSystemDirectory) GetSubdir ¶ 

func (o *EditorFileSystemDirectory) GetSubdir(idx gdnative.Int) EditorFileSystemDirectoryImplementer
        Returns the subdirectory at index [code]idx[/code].
	Args: [{ false idx int}], Returns: EditorFileSystemDirectory

func (*EditorFileSystemDirectory) GetSubdirCount ¶ 

func (o *EditorFileSystemDirectory) GetSubdirCount() gdnative.Int
        Returns the number of subdirectories in this directory.
	Args: [], Returns: int

type EditorFileSystemDirectoryImplementer ¶ 

type EditorFileSystemDirectoryImplementer interface {
	ObjectImplementer
	FindDirIndex(name gdnative.String) gdnative.Int
	FindFileIndex(name gdnative.String) gdnative.Int
	GetFile(idx gdnative.Int) gdnative.String
	GetFileCount() gdnative.Int
	GetFileImportIsValid(idx gdnative.Int) gdnative.Bool
	GetFilePath(idx gdnative.Int) gdnative.String
	GetFileType(idx gdnative.Int) gdnative.String
	GetName() gdnative.String
	GetParent() EditorFileSystemDirectoryImplementer
	GetPath() gdnative.String
	GetSubdir(idx gdnative.Int) EditorFileSystemDirectoryImplementer
	GetSubdirCount() gdnative.Int
}

EditorFileSystemDirectoryImplementer is an interface that implements the methods of the EditorFileSystemDirectory class.

type EditorFileSystemImplementer ¶ 

type EditorFileSystemImplementer interface {
	NodeImplementer
	GetFileType(path gdnative.String) gdnative.String
	GetFilesystem() EditorFileSystemDirectoryImplementer
	GetFilesystemPath(path gdnative.String) EditorFileSystemDirectoryImplementer
	GetScanningProgress() gdnative.Real
	IsScanning() gdnative.Bool
	Scan()
	ScanSources()
	UpdateFile(path gdnative.String)
}

EditorFileSystemImplementer is an interface that implements the methods of the EditorFileSystem class.

type EditorImportPlugin ¶ 

type EditorImportPlugin struct {
	Reference
	// contains filtered or unexported fields
}

EditorImportPlugins provide a way to extend the editor's resource import functionality. Use them to import resources from custom files or to provide alternatives to the editor's existing importers. Register your EditorPlugin with [method EditorPlugin.add_import_plugin]. EditorImportPlugins work by associating with specific file extensions and a resource type. See [method get_recognized_extension] and [method get_resource_type]). They may optionally specify some import presets that affect the import process. EditorImportPlugins are responsible for creating the resources and saving them in the [code].import[/code] directory. Below is an example EditorImportPlugin that imports a Mesh from a file with the extension ".special" or ".spec": [codeblock] tool extends EditorImportPlugin func get_importer_name(): return "my.special.plugin" func get_visible_name(): return "Special Mesh Importer" func get_recognized_extensions(): return ["special", "spec"] func get_save_extension(): return "mesh" func get_resource_type(): return "Mesh" func get_preset_count(): return 1 func get_preset_name(i): return "Default" func get_import_options(i): return [{"name": "my_option", "default_value": false}] func load(src, dst, opts, r_platform_variants, r_gen_files): var file = File.new() if file.open(src, File.READ) != OK: return FAILED var mesh = Mesh.new() var save = dst + "." + get_save_extension() ResourceSaver.save(file, mesh) return OK [/codeblock]

func (*EditorImportPlugin) BaseClass ¶ 

func (o *EditorImportPlugin) BaseClass() string

func (*EditorImportPlugin) GetImportOptions ¶ 

func (o *EditorImportPlugin) GetImportOptions(preset gdnative.Int) gdnative.Array
        Get the options and default values for the preset at this index. Returns an Array of Dictionaries with the following keys: "name", "default_value", "property_hint" (optional), "hint_string" (optional), "usage" (optional).
	Args: [{ false preset int}], Returns: Array

func (*EditorImportPlugin) GetImportOrder ¶ 

func (o *EditorImportPlugin) GetImportOrder() gdnative.Int
        Get the order of this importer to be run when importing resources. Higher values will be called later. Use this to ensure the importer runs after the dependencies are already imported.
	Args: [], Returns: int

func (*EditorImportPlugin) GetImporterName ¶ 

func (o *EditorImportPlugin) GetImporterName() gdnative.String
        Get the unique name of the importer.
	Args: [], Returns: String

func (*EditorImportPlugin) GetOptionVisibility ¶ 

func (o *EditorImportPlugin) GetOptionVisibility(option gdnative.String, options gdnative.Dictionary) gdnative.Bool

Args: [{ false option String} { false options Dictionary}], Returns: bool

func (*EditorImportPlugin) GetPresetCount ¶ 

func (o *EditorImportPlugin) GetPresetCount() gdnative.Int
        Get the number of initial presets defined by the plugin. Use [method get_import_options] to get the default options for the preset and [method get_preset_name] to get the name of the preset.
	Args: [], Returns: int

func (*EditorImportPlugin) GetPresetName ¶ 

func (o *EditorImportPlugin) GetPresetName(preset gdnative.Int) gdnative.String
        Get the name of the options preset at this index.
	Args: [{ false preset int}], Returns: String

func (*EditorImportPlugin) GetPriority ¶ 

func (o *EditorImportPlugin) GetPriority() gdnative.Real
        Get the priority of this plugin for the recognized extension. Higher priority plugins will be preferred. Default value is 1.0.
	Args: [], Returns: float

func (*EditorImportPlugin) GetRecognizedExtensions ¶ 

func (o *EditorImportPlugin) GetRecognizedExtensions() gdnative.Array
        Get the list of file extensions to associate with this loader (case insensitive). e.g. ["obj"].
	Args: [], Returns: Array

func (*EditorImportPlugin) GetResourceType ¶ 

func (o *EditorImportPlugin) GetResourceType() gdnative.String
        Get the godot resource type associated with this loader. e.g. "Mesh" or "Animation".
	Args: [], Returns: String

func (*EditorImportPlugin) GetSaveExtension ¶ 

func (o *EditorImportPlugin) GetSaveExtension() gdnative.String
        Get the extension used to save this resource in the [code].import[/code] directory.
	Args: [], Returns: String

func (*EditorImportPlugin) GetVisibleName ¶ 

func (o *EditorImportPlugin) GetVisibleName() gdnative.String
        Get the name to display in the import window.
	Args: [], Returns: String

func (*EditorImportPlugin) Import ¶ 

func (o *EditorImportPlugin) Import(sourceFile gdnative.String, savePath gdnative.String, options gdnative.Dictionary, rPlatformVariants gdnative.Array, rGenFiles gdnative.Array) gdnative.Int

Args: [{ false source_file String} { false save_path String} { false options Dictionary} { false r_platform_variants Array} { false r_gen_files Array}], Returns: int

type EditorImportPluginImplementer ¶ 

type EditorImportPluginImplementer interface {
	ReferenceImplementer
	GetImportOptions(preset gdnative.Int) gdnative.Array
	GetImportOrder() gdnative.Int
	GetImporterName() gdnative.String
	GetOptionVisibility(option gdnative.String, options gdnative.Dictionary) gdnative.Bool
	GetPresetCount() gdnative.Int
	GetPresetName(preset gdnative.Int) gdnative.String
	GetPriority() gdnative.Real
	GetRecognizedExtensions() gdnative.Array
	GetResourceType() gdnative.String
	GetSaveExtension() gdnative.String
	GetVisibleName() gdnative.String
	Import(sourceFile gdnative.String, savePath gdnative.String, options gdnative.Dictionary, rPlatformVariants gdnative.Array, rGenFiles gdnative.Array) gdnative.Int
}

EditorImportPluginImplementer is an interface that implements the methods of the EditorImportPlugin class.

type EditorInterface ¶ 

type EditorInterface struct {
	Node
	// contains filtered or unexported fields
}

Editor interface. Allows saving and (re-)loading scenes, rendering mesh previews, inspecting and editing resources and objects and provides access to EditorSettings, EditorFileSystem, EditorResourcePreview\ er, ScriptEditor, the editor viewport, as well as information about scenes. Also see EditorPlugin and EditorScript.

func (*EditorInterface) BaseClass ¶ 

func (o *EditorInterface) BaseClass() string

func (*EditorInterface) EditResource ¶ 

func (o *EditorInterface) EditResource(resource ResourceImplementer)
        Edits the given [Resource].
	Args: [{ false resource Resource}], Returns: void

func (*EditorInterface) GetBaseControl ¶ 

func (o *EditorInterface) GetBaseControl() ControlImplementer
        Returns the base [Control].
	Args: [], Returns: Control

func (*EditorInterface) GetEditedSceneRoot ¶ 

func (o *EditorInterface) GetEditedSceneRoot() NodeImplementer
        Returns the edited scene's root [Node].
	Args: [], Returns: Node

func (*EditorInterface) GetEditorSettings ¶ 

func (o *EditorInterface) GetEditorSettings() EditorSettingsImplementer
        Returns the [EditorSettings].
	Args: [], Returns: EditorSettings

func (*EditorInterface) GetEditorViewport ¶ 

func (o *EditorInterface) GetEditorViewport() ControlImplementer
        Returns the editor [Viewport].
	Args: [], Returns: Control

func (*EditorInterface) GetOpenScenes ¶ 

func (o *EditorInterface) GetOpenScenes() gdnative.Array
        Returns an [Array] of the currently opened scenes.
	Args: [], Returns: Array

func (*EditorInterface) GetResourceFilesystem ¶ 

func (o *EditorInterface) GetResourceFilesystem() EditorFileSystemImplementer
        Returns the [EditorFileSystem].
	Args: [], Returns: EditorFileSystem

func (*EditorInterface) GetResourcePreviewer ¶ 

func (o *EditorInterface) GetResourcePreviewer() EditorResourcePreviewImplementer
        Returns the [EditorResourcePreview]\ er.
	Args: [], Returns: EditorResourcePreview

func (*EditorInterface) GetScriptEditor ¶ 

func (o *EditorInterface) GetScriptEditor() ScriptEditorImplementer
        Returns the [ScriptEditor].
	Args: [], Returns: ScriptEditor

func (*EditorInterface) GetSelectedPath ¶ 

func (o *EditorInterface) GetSelectedPath() gdnative.String

Args: [], Returns: String

func (*EditorInterface) GetSelection ¶ 

func (o *EditorInterface) GetSelection() EditorSelectionImplementer
        Returns the [EditorSelection].
	Args: [], Returns: EditorSelection

func (*EditorInterface) InspectObject ¶ 

func (o *EditorInterface) InspectObject(object ObjectImplementer, forProperty gdnative.String)
        Shows the given property on the given [code]object[/code] in the Editor's Inspector dock.
	Args: [{ false object Object} { true for_property String}], Returns: void

func (*EditorInterface) IsPluginEnabled ¶ 

func (o *EditorInterface) IsPluginEnabled(plugin gdnative.String) gdnative.Bool
        Returns the enabled status of a plugin. The plugin name is the same as its directory name.
	Args: [{ false plugin String}], Returns: bool

func (*EditorInterface) MakeMeshPreviews ¶ 

func (o *EditorInterface) MakeMeshPreviews(meshes gdnative.Array, previewSize gdnative.Int) gdnative.Array
        Returns mesh previews rendered at the given size as an [Array] of [Texture]s.
	Args: [{ false meshes Array} { false preview_size int}], Returns: Array

func (*EditorInterface) OpenSceneFromPath ¶ 

func (o *EditorInterface) OpenSceneFromPath(sceneFilepath gdnative.String)
        Opens the scene at the given path.
	Args: [{ false scene_filepath String}], Returns: void

func (*EditorInterface) ReloadSceneFromPath ¶ 

func (o *EditorInterface) ReloadSceneFromPath(sceneFilepath gdnative.String)
        Reloads the scene at the given path.
	Args: [{ false scene_filepath String}], Returns: void

func (*EditorInterface) SaveScene ¶ 

func (o *EditorInterface) SaveScene() gdnative.Error
        Saves the scene. Returns either OK or ERR_CANT_CREATE. See [@GlobalScope] constants.
	Args: [], Returns: enum.Error

func (*EditorInterface) SaveSceneAs ¶ 

func (o *EditorInterface) SaveSceneAs(path gdnative.String, withPreview gdnative.Bool)
        Saves the scene as a file at [code]path[/code].
	Args: [{ false path String} {True true with_preview bool}], Returns: void

func (*EditorInterface) SelectFile ¶ 

func (o *EditorInterface) SelectFile(pFile gdnative.String)

Args: [{ false p_file String}], Returns: void

func (*EditorInterface) SetPluginEnabled ¶ 

func (o *EditorInterface) SetPluginEnabled(plugin gdnative.String, enabled gdnative.Bool)
        Sets the enabled status of a plugin. The plugin name is the same as its directory name.
	Args: [{ false plugin String} { false enabled bool}], Returns: void

type EditorInterfaceImplementer ¶ 

type EditorInterfaceImplementer interface {
	NodeImplementer
	EditResource(resource ResourceImplementer)
	GetBaseControl() ControlImplementer
	GetEditedSceneRoot() NodeImplementer
	GetEditorSettings() EditorSettingsImplementer
	GetEditorViewport() ControlImplementer
	GetOpenScenes() gdnative.Array
	GetResourceFilesystem() EditorFileSystemImplementer
	GetResourcePreviewer() EditorResourcePreviewImplementer
	GetScriptEditor() ScriptEditorImplementer
	GetSelectedPath() gdnative.String
	GetSelection() EditorSelectionImplementer
	InspectObject(object ObjectImplementer, forProperty gdnative.String)
	IsPluginEnabled(plugin gdnative.String) gdnative.Bool
	MakeMeshPreviews(meshes gdnative.Array, previewSize gdnative.Int) gdnative.Array
	OpenSceneFromPath(sceneFilepath gdnative.String)
	ReloadSceneFromPath(sceneFilepath gdnative.String)
	SaveSceneAs(path gdnative.String, withPreview gdnative.Bool)
	SelectFile(pFile gdnative.String)
	SetPluginEnabled(plugin gdnative.String, enabled gdnative.Bool)
}

EditorInterfaceImplementer is an interface that implements the methods of the EditorInterface class.

type EditorPlugin ¶ 

type EditorPlugin struct {
	Node
	// contains filtered or unexported fields
}

Plugins are used by the editor to extend functionality. The most common types of plugins are those which edit a given node or resource type, import plugins and export plugins.

func (*EditorPlugin) AddControlToBottomPanel ¶ 

func (o *EditorPlugin) AddControlToBottomPanel(control ObjectImplementer, title gdnative.String) ToolButtonImplementer
        Add a control to the bottom panel (together with Output, Debug, Animation, etc). Returns a reference to the button added. It's up to you to hide/show the button when needed. If your plugin is being removed, also make sure to remove your control by calling [method remove_control_from_bottom_panel].
	Args: [{ false control Object} { false title String}], Returns: ToolButton

func (*EditorPlugin) AddControlToContainer ¶ 

func (o *EditorPlugin) AddControlToContainer(container gdnative.Int, control ObjectImplementer)
        Add a custom control to a container (see CONTAINER_* enum). There are many locations where custom controls can be added in the editor UI. Please remember that you have to manage the visibility of your custom controls yourself (and likely hide it after adding it). If your plugin is being removed, also make sure to remove your custom controls too.
	Args: [{ false container int} { false control Object}], Returns: void

func (*EditorPlugin) AddControlToDock ¶ 

func (o *EditorPlugin) AddControlToDock(slot gdnative.Int, control ObjectImplementer)
        Add the control to a specific dock slot (see DOCK_* enum for options). If the dock is repositioned and as long as the plugin is active, the editor will save the dock position on further sessions. If your plugin is being removed, also make sure to remove your control by calling [method remove_control_from_docks].
	Args: [{ false slot int} { false control Object}], Returns: void

func (*EditorPlugin) AddCustomType ¶ 

func (o *EditorPlugin) AddCustomType(aType gdnative.String, base gdnative.String, script ScriptImplementer, icon TextureImplementer)
        Add a custom type, which will appear in the list of nodes or resources. An icon can be optionally passed. When given node or resource is selected, the base type will be instanced (ie, "Spatial", "Control", "Resource"), then the script will be loaded and set to this object. You can use the [method EditorPlugin.handles] to check if your custom object is being edited by checking the script or using 'is' keyword. During run-time, this will be a simple object with a script so this function does not need to be called then.
	Args: [{ false type String} { false base String} { false script Script} { false icon Texture}], Returns: void

func (*EditorPlugin) AddExportPlugin ¶ 

func (o *EditorPlugin) AddExportPlugin(exporter EditorExportPluginImplementer)

Args: [{ false exporter EditorExportPlugin}], Returns: void

func (*EditorPlugin) AddImportPlugin ¶ 

func (o *EditorPlugin) AddImportPlugin(importer EditorImportPluginImplementer)

Args: [{ false importer EditorImportPlugin}], Returns: void

func (*EditorPlugin) AddSceneImportPlugin ¶ 

func (o *EditorPlugin) AddSceneImportPlugin(sceneImporter EditorSceneImporterImplementer)

Args: [{ false scene_importer EditorSceneImporter}], Returns: void

func (*EditorPlugin) AddToolSubmenuItem ¶ 

func (o *EditorPlugin) AddToolSubmenuItem(name gdnative.String, submenu ObjectImplementer)

Args: [{ false name String} { false submenu Object}], Returns: void

func (*EditorPlugin) ApplyChanges ¶ 

func (o *EditorPlugin) ApplyChanges()
        This method is called when the editor is about to save the project, switch to another tab, etc. It asks the plugin to apply any pending state changes to ensure consistency. This is used, for example, in shader editors to let the plugin know that it must apply the shader code being written by the user to the object.
	Args: [], Returns: void

func (*EditorPlugin) BaseClass ¶ 

func (o *EditorPlugin) BaseClass() string

func (*EditorPlugin) Clear ¶ 

func (o *EditorPlugin) Clear()
        Clear all the state and reset the object being edited to zero. This ensures your plugin does not keep editing a currently existing node, or a node from the wrong scene.
	Args: [], Returns: void

func (*EditorPlugin) CreateSpatialGizmo ¶ 

func (o *EditorPlugin) CreateSpatialGizmo(forSpatial SpatialImplementer) EditorSpatialGizmoImplementer
        This is used for plugins that create gizmos used by the spatial editor. Just check that the node passed in the "for_spatial" argument matches your plugin.
	Args: [{ false for_spatial Spatial}], Returns: EditorSpatialGizmo

func (*EditorPlugin) Edit ¶ 

func (o *EditorPlugin) Edit(object ObjectImplementer)
        This function is used for plugins that edit specific object types (nodes or resources). It requests the editor to edit the given object.
	Args: [{ false object Object}], Returns: void

func (*EditorPlugin) ForwardCanvasGuiInput ¶ 

func (o *EditorPlugin) ForwardCanvasGuiInput(event InputEventImplementer) gdnative.Bool

Args: [{ false event InputEvent}], Returns: bool

func (*EditorPlugin) ForwardDrawOverViewport ¶ 

func (o *EditorPlugin) ForwardDrawOverViewport(overlay ControlImplementer)

Args: [{ false overlay Control}], Returns: void

func (*EditorPlugin) ForwardForceDrawOverViewport ¶ 

func (o *EditorPlugin) ForwardForceDrawOverViewport(overlay ControlImplementer)

Args: [{ false overlay Control}], Returns: void

func (*EditorPlugin) ForwardSpatialGuiInput ¶ 

func (o *EditorPlugin) ForwardSpatialGuiInput(camera CameraImplementer, event InputEventImplementer) gdnative.Bool
        Implement this function if you are interested in 3D view screen input events. It will be called only if currently selected node is handled by your plugin. If you would like to always gets those input events then additionally use [method set_input_forwarding_always_enabled].
	Args: [{ false camera Camera} { false event InputEvent}], Returns: bool

func (*EditorPlugin) GetBreakpoints ¶ 

func (o *EditorPlugin) GetBreakpoints() gdnative.PoolStringArray
        This is for editors that edit script based objects. You can return a list of breakpoints in the format (script:line), for example: res://path_to_script.gd:25
	Args: [], Returns: PoolStringArray

func (*EditorPlugin) GetEditorInterface ¶ 

func (o *EditorPlugin) GetEditorInterface() EditorInterfaceImplementer

Args: [], Returns: EditorInterface

func (*EditorPlugin) GetPluginIcon ¶ 

func (o *EditorPlugin) GetPluginIcon() ObjectImplementer

Args: [], Returns: Object

func (*EditorPlugin) GetPluginName ¶ 

func (o *EditorPlugin) GetPluginName() gdnative.String

Args: [], Returns: String

func (*EditorPlugin) GetState ¶ 

func (o *EditorPlugin) GetState() gdnative.Dictionary
        Get the state of your plugin editor. This is used when saving the scene (so state is kept when opening it again) and for switching tabs (so state can be restored when the tab returns).
	Args: [], Returns: Dictionary

func (*EditorPlugin) GetUndoRedo ¶ 

func (o *EditorPlugin) GetUndoRedo() UndoRedoImplementer
        Get the undo/redo object. Most actions in the editor can be undoable, so use this object to make sure this happens when it's worth it.
	Args: [], Returns: UndoRedo

func (*EditorPlugin) GetWindowLayout ¶ 

func (o *EditorPlugin) GetWindowLayout(layout ConfigFileImplementer)
        Get the GUI layout of the plugin. This is used to save the project's editor layout when the [method EditorPlugin.queue_save_layout] is called or the editor layout was changed(For example changing the position of a dock).
	Args: [{ false layout ConfigFile}], Returns: void

func (*EditorPlugin) Handles ¶ 

func (o *EditorPlugin) Handles(object ObjectImplementer) gdnative.Bool
        Implement this function if your plugin edits a specific type of object (Resource or Node). If you return true, then you will get the functions [method EditorPlugin.edit] and [method EditorPlugin.make_visible] called when the editor requests them.
	Args: [{ false object Object}], Returns: bool

func (*EditorPlugin) HasMainScreen ¶ 

func (o *EditorPlugin) HasMainScreen() gdnative.Bool
        Return true if this is a main screen editor plugin (it goes in the main screen selector together with 2D, 3D, Script).
	Args: [], Returns: bool

func (*EditorPlugin) HideBottomPanel ¶ 

func (o *EditorPlugin) HideBottomPanel()

Args: [], Returns: void

func (*EditorPlugin) MakeBottomPanelItemVisible ¶ 

func (o *EditorPlugin) MakeBottomPanelItemVisible(item ObjectImplementer)

Args: [{ false item Object}], Returns: void

func (*EditorPlugin) MakeVisible ¶ 

func (o *EditorPlugin) MakeVisible(visible gdnative.Bool)
        This function will be called when the editor is requested to become visible. It is used for plugins that edit a specific object type. Remember that you have to manage the visibility of all your editor controls manually.
	Args: [{ false visible bool}], Returns: void

func (*EditorPlugin) QueueSaveLayout ¶ 

func (o *EditorPlugin) QueueSaveLayout()
        Queue save the project's editor layout.
	Args: [], Returns: void

func (*EditorPlugin) RemoveControlFromBottomPanel ¶ 

func (o *EditorPlugin) RemoveControlFromBottomPanel(control ObjectImplementer)
        Remove the control from the bottom panel. Don't forget to call this if you added one, so the editor can remove it cleanly.
	Args: [{ false control Object}], Returns: void

func (*EditorPlugin) RemoveControlFromContainer ¶ 

func (o *EditorPlugin) RemoveControlFromContainer(container gdnative.Int, control ObjectImplementer)
        Remove the control from the specified container. Use it when cleaning up after adding a control with [method add_control_to_container]. Note that you can simply free the control if you won't use it anymore.
	Args: [{ false container int} { false control Object}], Returns: void

func (*EditorPlugin) RemoveControlFromDocks ¶ 

func (o *EditorPlugin) RemoveControlFromDocks(control ObjectImplementer)
        Remove the control from the dock. Don't forget to call this if you added one, so the editor can save the layout and remove it cleanly.
	Args: [{ false control Object}], Returns: void

func (*EditorPlugin) RemoveCustomType ¶ 

func (o *EditorPlugin) RemoveCustomType(aType gdnative.String)
        Remove a custom type added by [method EditorPlugin.add_custom_type]
	Args: [{ false type String}], Returns: void

func (*EditorPlugin) RemoveExportPlugin ¶ 

func (o *EditorPlugin) RemoveExportPlugin(exporter EditorExportPluginImplementer)

Args: [{ false exporter EditorExportPlugin}], Returns: void

func (*EditorPlugin) RemoveImportPlugin ¶ 

func (o *EditorPlugin) RemoveImportPlugin(importer EditorImportPluginImplementer)

Args: [{ false importer EditorImportPlugin}], Returns: void

func (*EditorPlugin) RemoveSceneImportPlugin ¶ 

func (o *EditorPlugin) RemoveSceneImportPlugin(sceneImporter EditorSceneImporterImplementer)

Args: [{ false scene_importer EditorSceneImporter}], Returns: void

func (*EditorPlugin) SaveExternalData ¶ 

func (o *EditorPlugin) SaveExternalData()
        This method is called after the editor saves the project or when it's closed. It asks the plugin to save edited external scenes/resources.
	Args: [], Returns: void

func (*EditorPlugin) SetForceDrawOverForwardingEnabled ¶ 

func (o *EditorPlugin) SetForceDrawOverForwardingEnabled()

Args: [], Returns: void

func (*EditorPlugin) SetInputEventForwardingAlwaysEnabled ¶ 

func (o *EditorPlugin) SetInputEventForwardingAlwaysEnabled()
        Use this method if you always want to receive inputs from 3D view screen inside [method forward_spatial_gui_input]. It might be especially usable if your plugin will want to use raycast in the scene.
	Args: [], Returns: void

func (*EditorPlugin) SetState ¶ 

func (o *EditorPlugin) SetState(state gdnative.Dictionary)
        Restore the state saved by [method EditorPlugin.get_state].
	Args: [{ false state Dictionary}], Returns: void

func (*EditorPlugin) SetWindowLayout ¶ 

func (o *EditorPlugin) SetWindowLayout(layout ConfigFileImplementer)
        Restore the plugin GUI layout saved by [method EditorPlugin.get_window_layout].
	Args: [{ false layout ConfigFile}], Returns: void

func (*EditorPlugin) UpdateOverlays ¶ 

func (o *EditorPlugin) UpdateOverlays() gdnative.Int

Args: [], Returns: int

type EditorPluginCustomControlContainer ¶ 

type EditorPluginCustomControlContainer int

EditorPluginCustomControlContainer is an enum for CustomControlContainer values. 

const (
	EditorPluginContainerCanvasEditorBottom   EditorPluginCustomControlContainer = 6
	EditorPluginContainerCanvasEditorMenu     EditorPluginCustomControlContainer = 4
	EditorPluginContainerCanvasEditorSide     EditorPluginCustomControlContainer = 5
	EditorPluginContainerPropertyEditorBottom EditorPluginCustomControlContainer = 7
	EditorPluginContainerSpatialEditorBottom  EditorPluginCustomControlContainer = 3
	EditorPluginContainerSpatialEditorMenu    EditorPluginCustomControlContainer = 1
	EditorPluginContainerSpatialEditorSide    EditorPluginCustomControlContainer = 2
	EditorPluginContainerToolbar              EditorPluginCustomControlContainer = 0
)

type EditorPluginDockSlot ¶ 

type EditorPluginDockSlot int

EditorPluginDockSlot is an enum for DockSlot values. 

const (
	EditorPluginDockSlotLeftBl  EditorPluginDockSlot = 1
	EditorPluginDockSlotLeftBr  EditorPluginDockSlot = 3
	EditorPluginDockSlotLeftUl  EditorPluginDockSlot = 0
	EditorPluginDockSlotLeftUr  EditorPluginDockSlot = 2
	EditorPluginDockSlotMax     EditorPluginDockSlot = 8
	EditorPluginDockSlotRightBl EditorPluginDockSlot = 5
	EditorPluginDockSlotRightBr EditorPluginDockSlot = 7
	EditorPluginDockSlotRightUl EditorPluginDockSlot = 4
	EditorPluginDockSlotRightUr EditorPluginDockSlot = 6
)

type EditorPluginImplementer ¶ 

type EditorPluginImplementer interface {
	NodeImplementer
	AddControlToBottomPanel(control ObjectImplementer, title gdnative.String) ToolButtonImplementer
	AddControlToContainer(container gdnative.Int, control ObjectImplementer)
	AddControlToDock(slot gdnative.Int, control ObjectImplementer)
	AddCustomType(aType gdnative.String, base gdnative.String, script ScriptImplementer, icon TextureImplementer)
	AddExportPlugin(exporter EditorExportPluginImplementer)
	AddImportPlugin(importer EditorImportPluginImplementer)
	AddSceneImportPlugin(sceneImporter EditorSceneImporterImplementer)
	AddToolSubmenuItem(name gdnative.String, submenu ObjectImplementer)
	ApplyChanges()
	Clear()
	CreateSpatialGizmo(forSpatial SpatialImplementer) EditorSpatialGizmoImplementer
	Edit(object ObjectImplementer)
	ForwardCanvasGuiInput(event InputEventImplementer) gdnative.Bool
	ForwardDrawOverViewport(overlay ControlImplementer)
	ForwardForceDrawOverViewport(overlay ControlImplementer)
	ForwardSpatialGuiInput(camera CameraImplementer, event InputEventImplementer) gdnative.Bool
	GetBreakpoints() gdnative.PoolStringArray
	GetEditorInterface() EditorInterfaceImplementer
	GetPluginIcon() ObjectImplementer
	GetPluginName() gdnative.String
	GetState() gdnative.Dictionary
	GetUndoRedo() UndoRedoImplementer
	GetWindowLayout(layout ConfigFileImplementer)
	Handles(object ObjectImplementer) gdnative.Bool
	HasMainScreen() gdnative.Bool
	HideBottomPanel()
	MakeBottomPanelItemVisible(item ObjectImplementer)
	MakeVisible(visible gdnative.Bool)
	QueueSaveLayout()
	RemoveControlFromBottomPanel(control ObjectImplementer)
	RemoveControlFromContainer(container gdnative.Int, control ObjectImplementer)
	RemoveControlFromDocks(control ObjectImplementer)
	RemoveCustomType(aType gdnative.String)
	RemoveExportPlugin(exporter EditorExportPluginImplementer)
	RemoveImportPlugin(importer EditorImportPluginImplementer)
	RemoveSceneImportPlugin(sceneImporter EditorSceneImporterImplementer)
	SaveExternalData()
	SetForceDrawOverForwardingEnabled()
	SetInputEventForwardingAlwaysEnabled()
	SetState(state gdnative.Dictionary)
	SetWindowLayout(layout ConfigFileImplementer)
	UpdateOverlays() gdnative.Int
}

EditorPluginImplementer is an interface that implements the methods of the EditorPlugin class.

type EditorResourceConversionPlugin ¶ 

type EditorResourceConversionPlugin struct {
	Reference
	// contains filtered or unexported fields
}

func (*EditorResourceConversionPlugin) BaseClass ¶ 

func (o *EditorResourceConversionPlugin) BaseClass() string

func (*EditorResourceConversionPlugin) X_Convert ¶ 

func (o *EditorResourceConversionPlugin) X_Convert(resource ResourceImplementer) ResourceImplementer

Args: [{ false resource Resource}], Returns: Resource

func (*EditorResourceConversionPlugin) X_ConvertsTo ¶ 

func (o *EditorResourceConversionPlugin) X_ConvertsTo() gdnative.String

Args: [], Returns: String

type EditorResourceConversionPluginImplementer ¶ 

type EditorResourceConversionPluginImplementer interface {
	ReferenceImplementer
	X_Convert(resource ResourceImplementer) ResourceImplementer
	X_ConvertsTo() gdnative.String
}

EditorResourceConversionPluginImplementer is an interface that implements the methods of the EditorResourceConversionPlugin class.

type EditorResourcePreview ¶ 

type EditorResourcePreview struct {
	Node
	// contains filtered or unexported fields
}

This object is used to generate previews for resources of files.

func (*EditorResourcePreview) AddPreviewGenerator ¶ 

func (o *EditorResourcePreview) AddPreviewGenerator(generator EditorResourcePreviewGeneratorImplementer)
        Create an own, custom preview generator.
	Args: [{ false generator EditorResourcePreviewGenerator}], Returns: void

func (*EditorResourcePreview) BaseClass ¶ 

func (o *EditorResourcePreview) BaseClass() string

func (*EditorResourcePreview) CheckForInvalidation ¶ 

func (o *EditorResourcePreview) CheckForInvalidation(path gdnative.String)
        Check if the resource changed, if so it will be invalidated and the corresponding signal emitted.
	Args: [{ false path String}], Returns: void

func (*EditorResourcePreview) QueueEditedResourcePreview ¶ 

func (o *EditorResourcePreview) QueueEditedResourcePreview(resource ResourceImplementer, receiver ObjectImplementer, receiverFunc gdnative.String, userdata gdnative.Variant)
        Queue a resource being edited for preview (using an instance). Once the preview is ready, your receiver.receiver_func will be called either containing the preview texture or an empty texture (if no preview was possible). Callback must have the format: (path,texture,userdata). Userdata can be anything.
	Args: [{ false resource Resource} { false receiver Object} { false receiver_func String} { false userdata Variant}], Returns: void

func (*EditorResourcePreview) QueueResourcePreview ¶ 

func (o *EditorResourcePreview) QueueResourcePreview(path gdnative.String, receiver ObjectImplementer, receiverFunc gdnative.String, userdata gdnative.Variant)
        Queue a resource file for preview (using a path). Once the preview is ready, your receiver.receiver_func will be called either containing the preview texture or an empty texture (if no preview was possible). Callback must have the format: (path,texture,userdata). Userdata can be anything.
	Args: [{ false path String} { false receiver Object} { false receiver_func String} { false userdata Variant}], Returns: void

func (*EditorResourcePreview) RemovePreviewGenerator ¶ 

func (o *EditorResourcePreview) RemovePreviewGenerator(generator EditorResourcePreviewGeneratorImplementer)
        Remove a custom preview generator.
	Args: [{ false generator EditorResourcePreviewGenerator}], Returns: void

func (*EditorResourcePreview) X_PreviewReady ¶ 

func (o *EditorResourcePreview) X_PreviewReady(arg0 gdnative.String, arg1 TextureImplementer, arg2 gdnative.Int, arg3 gdnative.String, arg4 gdnative.Variant)
        Undocumented
	Args: [{ false arg0 String} { false arg1 Texture} { false arg2 int} { false arg3 String} { false arg4 Variant}], Returns: void

type EditorResourcePreviewGenerator ¶ 

type EditorResourcePreviewGenerator struct {
	Reference
	// contains filtered or unexported fields
}

Custom code to generate previews. Please check "file_dialog/thumbnail_size" in EditorSettings to find out the right size to do previews at.

func (*EditorResourcePreviewGenerator) BaseClass ¶ 

func (o *EditorResourcePreviewGenerator) BaseClass() string

func (*EditorResourcePreviewGenerator) Generate ¶ 

func (o *EditorResourcePreviewGenerator) Generate(from ResourceImplementer) TextureImplementer
        Generate a preview from a given resource. This must be always implemented. Returning an empty texture is an OK way to fail and let another generator take care. Care must be taken because this function is always called from a thread (not the main thread).
	Args: [{ false from Resource}], Returns: Texture

func (*EditorResourcePreviewGenerator) GenerateFromPath ¶ 

func (o *EditorResourcePreviewGenerator) GenerateFromPath(path gdnative.String) TextureImplementer
        Generate a preview directly from a path, implementing this is optional, as default code will load and call generate() Returning an empty texture is an OK way to fail and let another generator take care. Care must be taken because this function is always called from a thread (not the main thread).
	Args: [{ false path String}], Returns: Texture

func (*EditorResourcePreviewGenerator) Handles ¶ 

func (o *EditorResourcePreviewGenerator) Handles(aType gdnative.String) gdnative.Bool
        Return if your generator supports this resource type.
	Args: [{ false type String}], Returns: bool

type EditorResourcePreviewGeneratorImplementer ¶ 

type EditorResourcePreviewGeneratorImplementer interface {
	ReferenceImplementer
	Generate(from ResourceImplementer) TextureImplementer
	GenerateFromPath(path gdnative.String) TextureImplementer
	Handles(aType gdnative.String) gdnative.Bool
}

EditorResourcePreviewGeneratorImplementer is an interface that implements the methods of the EditorResourcePreviewGenerator class.

type EditorResourcePreviewImplementer ¶ 

type EditorResourcePreviewImplementer interface {
	NodeImplementer
	X_PreviewReady(arg0 gdnative.String, arg1 TextureImplementer, arg2 gdnative.Int, arg3 gdnative.String, arg4 gdnative.Variant)
	AddPreviewGenerator(generator EditorResourcePreviewGeneratorImplementer)
	CheckForInvalidation(path gdnative.String)
	QueueEditedResourcePreview(resource ResourceImplementer, receiver ObjectImplementer, receiverFunc gdnative.String, userdata gdnative.Variant)
	QueueResourcePreview(path gdnative.String, receiver ObjectImplementer, receiverFunc gdnative.String, userdata gdnative.Variant)
	RemovePreviewGenerator(generator EditorResourcePreviewGeneratorImplementer)
}

EditorResourcePreviewImplementer is an interface that implements the methods of the EditorResourcePreview class.

type EditorSceneImporter ¶ 

type EditorSceneImporter struct {
	Reference
	// contains filtered or unexported fields
}

func (*EditorSceneImporter) BaseClass ¶ 

func (o *EditorSceneImporter) BaseClass() string

func (*EditorSceneImporter) ImportAnimationFromOtherImporter ¶ 

func (o *EditorSceneImporter) ImportAnimationFromOtherImporter(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) AnimationImplementer

Args: [{ false path String} { false flags int} { false bake_fps int}], Returns: Animation

func (*EditorSceneImporter) ImportSceneFromOtherImporter ¶ 

func (o *EditorSceneImporter) ImportSceneFromOtherImporter(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) NodeImplementer

Args: [{ false path String} { false flags int} { false bake_fps int}], Returns: Node

func (*EditorSceneImporter) X_GetExtensions ¶ 

func (o *EditorSceneImporter) X_GetExtensions() gdnative.Array

Args: [], Returns: Array

func (*EditorSceneImporter) X_GetImportFlags ¶ 

func (o *EditorSceneImporter) X_GetImportFlags() gdnative.Int

Args: [], Returns: int

func (*EditorSceneImporter) X_ImportAnimation ¶ 

func (o *EditorSceneImporter) X_ImportAnimation(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) AnimationImplementer

Args: [{ false path String} { false flags int} { false bake_fps int}], Returns: Animation

func (*EditorSceneImporter) X_ImportScene ¶ 

func (o *EditorSceneImporter) X_ImportScene(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) NodeImplementer

Args: [{ false path String} { false flags int} { false bake_fps int}], Returns: Node

type EditorSceneImporterImplementer ¶ 

type EditorSceneImporterImplementer interface {
	ReferenceImplementer
	X_GetExtensions() gdnative.Array
	X_GetImportFlags() gdnative.Int
	X_ImportAnimation(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) AnimationImplementer
	X_ImportScene(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) NodeImplementer
	ImportAnimationFromOtherImporter(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) AnimationImplementer
	ImportSceneFromOtherImporter(path gdnative.String, flags gdnative.Int, bakeFps gdnative.Int) NodeImplementer
}

EditorSceneImporterImplementer is an interface that implements the methods of the EditorSceneImporter class.

type EditorScenePostImport ¶ 

type EditorScenePostImport struct {
	Reference
	// contains filtered or unexported fields
}

func (*EditorScenePostImport) BaseClass ¶ 

func (o *EditorScenePostImport) BaseClass() string

func (*EditorScenePostImport) PostImport ¶ 

func (o *EditorScenePostImport) PostImport(scene ObjectImplementer)

Args: [{ false scene Object}], Returns: void

type EditorScenePostImportImplementer ¶ 

type EditorScenePostImportImplementer interface {
	ReferenceImplementer
	PostImport(scene ObjectImplementer)
}

EditorScenePostImportImplementer is an interface that implements the methods of the EditorScenePostImport class.

type EditorScript ¶ 

type EditorScript struct {
	Reference
	// contains filtered or unexported fields
}

Scripts extending this class and implementing its [code]_run()[/code] method can be executed from the Script Editor's [code]File -> Run[/code] menu option (or by pressing [code]CTRL+Shift+X[/code]) while the editor is running. This is useful for adding custom in-editor functionality to Godot. For more complex additions, consider using [EditorPlugin]s instead. Note that extending scripts need to have [code]tool mode[/code] enabled. Example script: [codeblock] tool extends EditorScript func _run(): print("Hello from the Godot Editor!") [/codeblock] Note that the script is run in the Editor context, which means the output is visible in the console window started with the Editor (STDOUT) instead of the usual Godot [i]Output[/i] dock.

func (*EditorScript) AddRootNode ¶ 

func (o *EditorScript) AddRootNode(node ObjectImplementer)
        Adds [code]node[/code] as a child of the root node in the editor context. WARNING: The implementation of this method is currently disabled.
	Args: [{ false node Object}], Returns: void

func (*EditorScript) BaseClass ¶ 

func (o *EditorScript) BaseClass() string

func (*EditorScript) GetEditorInterface ¶ 

func (o *EditorScript) GetEditorInterface() EditorInterfaceImplementer
        Returns the [EditorInterface] singleton instance.
	Args: [], Returns: EditorInterface

func (*EditorScript) GetScene ¶ 

func (o *EditorScript) GetScene() NodeImplementer
        Returns the Editor's currently active scene.
	Args: [], Returns: Node

func (*EditorScript) X_Run ¶ 

func (o *EditorScript) X_Run()
        This method is executed by the Editor when [code]File -> Run[/code] is used.
	Args: [], Returns: void

type EditorScriptImplementer ¶ 

type EditorScriptImplementer interface {
	ReferenceImplementer
	X_Run()
	AddRootNode(node ObjectImplementer)
	GetEditorInterface() EditorInterfaceImplementer
	GetScene() NodeImplementer
}

EditorScriptImplementer is an interface that implements the methods of the EditorScript class.

type EditorSelection ¶ 

type EditorSelection struct {
	Object
	// contains filtered or unexported fields
}

This object manages the SceneTree selection in the editor.

func (*EditorSelection) AddNode ¶ 

func (o *EditorSelection) AddNode(node ObjectImplementer)
        Add a node to the selection.
	Args: [{ false node Object}], Returns: void

func (*EditorSelection) BaseClass ¶ 

func (o *EditorSelection) BaseClass() string

func (*EditorSelection) Clear ¶ 

func (o *EditorSelection) Clear()
        Clear the selection.
	Args: [], Returns: void

func (*EditorSelection) GetSelectedNodes ¶ 

func (o *EditorSelection) GetSelectedNodes() gdnative.Array
        Get the list of selected nodes.
	Args: [], Returns: Array

func (*EditorSelection) GetTransformableSelectedNodes ¶ 

func (o *EditorSelection) GetTransformableSelectedNodes() gdnative.Array
        Get the list of selected nodes, optimized for transform operations (ie, moving them, rotating, etc). This list avoids situations where a node is selected and also chid/grandchild.
	Args: [], Returns: Array

func (*EditorSelection) RemoveNode ¶ 

func (o *EditorSelection) RemoveNode(node ObjectImplementer)
        Remove a node from the selection.
	Args: [{ false node Object}], Returns: void

func (*EditorSelection) X_EmitChange ¶ 

func (o *EditorSelection) X_EmitChange()
        Undocumented
	Args: [], Returns: void

func (*EditorSelection) X_NodeRemoved ¶ 

func (o *EditorSelection) X_NodeRemoved(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

type EditorSelectionImplementer ¶ 

type EditorSelectionImplementer interface {
	ObjectImplementer
	X_EmitChange()
	X_NodeRemoved(arg0 ObjectImplementer)
	AddNode(node ObjectImplementer)
	Clear()
	GetSelectedNodes() gdnative.Array
	GetTransformableSelectedNodes() gdnative.Array
	RemoveNode(node ObjectImplementer)
}

EditorSelectionImplementer is an interface that implements the methods of the EditorSelection class.

type EditorSettings ¶ 

type EditorSettings struct {
	Resource
	// contains filtered or unexported fields
}

Object that holds the project-independent editor settings. These settings are generally visible in the Editor Settings menu. Accessing the settings is done by using the regular Object API, such as: [codeblock] settings.set(prop,value) settings.get(prop) list_of_settings = settings.get_property_list() [/codeblock]

func (*EditorSettings) AddPropertyInfo ¶ 

func (o *EditorSettings) AddPropertyInfo(info gdnative.Dictionary)
        Add a custom property info to a property. The dictionary must contain: name:[String](the name of the property) and type:[int](see TYPE_* in [@GlobalScope]), and optionally hint:[int](see PROPERTY_HINT_* in [@GlobalScope]), hint_string:[String]. Example: [codeblock] editor_settings.set("category/property_name", 0) var property_info = { "name": "category/property_name", "type": TYPE_INT, "hint": PROPERTY_HINT_ENUM, "hint_string": "one,two,three" } editor_settings.add_property_info(property_info) [/codeblock]
	Args: [{ false info Dictionary}], Returns: void

func (*EditorSettings) BaseClass ¶ 

func (o *EditorSettings) BaseClass() string

func (*EditorSettings) Erase ¶ 

func (o *EditorSettings) Erase(property gdnative.String)
        Erase a given setting (pass full property path).
	Args: [{ false property String}], Returns: void

func (*EditorSettings) GetFavoriteDirs ¶ 

func (o *EditorSettings) GetFavoriteDirs() gdnative.PoolStringArray
        Get the list of favorite directories for this project.
	Args: [], Returns: PoolStringArray

func (*EditorSettings) GetProjectSettingsDir ¶ 

func (o *EditorSettings) GetProjectSettingsDir() gdnative.String
        Get the specific project settings path. Projects all have a unique sub-directory inside the settings path where project specific settings are saved.
	Args: [], Returns: String

func (*EditorSettings) GetRecentDirs ¶ 

func (o *EditorSettings) GetRecentDirs() gdnative.PoolStringArray
        Get the list of recently visited folders in the file dialog for this project.
	Args: [], Returns: PoolStringArray

func (*EditorSettings) GetSetting ¶ 

func (o *EditorSettings) GetSetting(name gdnative.String) gdnative.Variant

Args: [{ false name String}], Returns: Variant

func (*EditorSettings) GetSettingsDir ¶ 

func (o *EditorSettings) GetSettingsDir() gdnative.String
        Get the global settings path for the engine. Inside this path you can find some standard paths such as: settings/tmp - used for temporary storage of files settings/templates - where export templates are located
	Args: [], Returns: String

func (*EditorSettings) HasSetting ¶ 

func (o *EditorSettings) HasSetting(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*EditorSettings) PropertyCanRevert ¶ 

func (o *EditorSettings) PropertyCanRevert(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*EditorSettings) PropertyGetRevert ¶ 

func (o *EditorSettings) PropertyGetRevert(name gdnative.String) gdnative.Variant

Args: [{ false name String}], Returns: Variant

func (*EditorSettings) SetFavoriteDirs ¶ 

func (o *EditorSettings) SetFavoriteDirs(dirs gdnative.PoolStringArray)
        Set the list of favorite directories for this project.
	Args: [{ false dirs PoolStringArray}], Returns: void

func (*EditorSettings) SetInitialValue ¶ 

func (o *EditorSettings) SetInitialValue(name gdnative.String, value gdnative.Variant, updateCurrent gdnative.Bool)

Args: [{ false name String} { false value Variant} { false update_current bool}], Returns: void

func (*EditorSettings) SetRecentDirs ¶ 

func (o *EditorSettings) SetRecentDirs(dirs gdnative.PoolStringArray)
        Set the list of recently visited folders in the file dialog for this project.
	Args: [{ false dirs PoolStringArray}], Returns: void

func (*EditorSettings) SetSetting ¶ 

func (o *EditorSettings) SetSetting(name gdnative.String, value gdnative.Variant)

Args: [{ false name String} { false value Variant}], Returns: void

type EditorSettingsImplementer ¶ 

type EditorSettingsImplementer interface {
	ResourceImplementer
	AddPropertyInfo(info gdnative.Dictionary)
	Erase(property gdnative.String)
	GetFavoriteDirs() gdnative.PoolStringArray
	GetProjectSettingsDir() gdnative.String
	GetRecentDirs() gdnative.PoolStringArray
	GetSetting(name gdnative.String) gdnative.Variant
	GetSettingsDir() gdnative.String
	HasSetting(name gdnative.String) gdnative.Bool
	PropertyCanRevert(name gdnative.String) gdnative.Bool
	PropertyGetRevert(name gdnative.String) gdnative.Variant
	SetFavoriteDirs(dirs gdnative.PoolStringArray)
	SetInitialValue(name gdnative.String, value gdnative.Variant, updateCurrent gdnative.Bool)
	SetRecentDirs(dirs gdnative.PoolStringArray)
	SetSetting(name gdnative.String, value gdnative.Variant)
}

EditorSettingsImplementer is an interface that implements the methods of the EditorSettings class.

type EditorSpatialGizmo ¶ 

type EditorSpatialGizmo struct {
	SpatialGizmo
	// contains filtered or unexported fields
}

Custom gizmo that is used for providing custom visualization and editing (handles) for 3D Spatial objects. These are created by [method EditorPlugin.create_spatial_gizmo].

func (*EditorSpatialGizmo) AddCollisionSegments ¶ 

func (o *EditorSpatialGizmo) AddCollisionSegments(segments gdnative.PoolVector3Array)

Args: [{ false segments PoolVector3Array}], Returns: void

func (*EditorSpatialGizmo) AddCollisionTriangles ¶ 

func (o *EditorSpatialGizmo) AddCollisionTriangles(triangles TriangleMeshImplementer, bounds gdnative.Aabb)
        Add collision triangles to the gizmo for picking. A [TriangleMesh] can be generated from a regular [Mesh] too. Call this function during [method redraw].
	Args: [{ false triangles TriangleMesh} { false bounds AABB}], Returns: void

func (*EditorSpatialGizmo) AddHandles ¶ 

func (o *EditorSpatialGizmo) AddHandles(handles gdnative.PoolVector3Array, billboard gdnative.Bool, secondary gdnative.Bool)
        Add a list of handles (points) which can be used to deform the object being edited. There are virtual functions which will be called upon editing of these handles. Call this function during [method redraw].
	Args: [{ false handles PoolVector3Array} {False true billboard bool} {False true secondary bool}], Returns: void

func (*EditorSpatialGizmo) AddLines ¶ 

func (o *EditorSpatialGizmo) AddLines(lines gdnative.PoolVector3Array, material MaterialImplementer, billboard gdnative.Bool)
        Add lines to the gizmo (as sets of 2 points), with a given material. The lines are used for visualizing the gizmo. Call this function during [method redraw].
	Args: [{ false lines PoolVector3Array} { false material Material} {False true billboard bool}], Returns: void

func (*EditorSpatialGizmo) AddMesh ¶ 

func (o *EditorSpatialGizmo) AddMesh(mesh ArrayMeshImplementer, billboard gdnative.Bool, skeleton gdnative.Rid)

Args: [{ false mesh ArrayMesh} {False true billboard bool} {[RID] true skeleton RID}], Returns: void

func (*EditorSpatialGizmo) AddUnscaledBillboard ¶ 

func (o *EditorSpatialGizmo) AddUnscaledBillboard(material MaterialImplementer, defaultScale gdnative.Real)
        Add an unscaled billboard for visualization. Call this function during [method redraw].
	Args: [{ false material Material} {1 true default_scale float}], Returns: void

func (*EditorSpatialGizmo) BaseClass ¶ 

func (o *EditorSpatialGizmo) BaseClass() string

func (*EditorSpatialGizmo) Clear ¶ 

func (o *EditorSpatialGizmo) Clear()

Args: [], Returns: void

func (*EditorSpatialGizmo) CommitHandle ¶ 

func (o *EditorSpatialGizmo) CommitHandle(index gdnative.Int, restore gdnative.Variant, cancel gdnative.Bool)
        Commit a handle being edited (handles must have been previously added by [method add_handles]). If the cancel parameter is true, an option to restore the edited value to the original is provided.
	Args: [{ false index int} { false restore Variant} { false cancel bool}], Returns: void

func (*EditorSpatialGizmo) GetHandleName ¶ 

func (o *EditorSpatialGizmo) GetHandleName(index gdnative.Int) gdnative.String
        Get the name of an edited handle (handles must have been previously added by [method add_handles]). Handles can be named for reference to the user when editing.
	Args: [{ false index int}], Returns: String

func (*EditorSpatialGizmo) GetHandleValue ¶ 

func (o *EditorSpatialGizmo) GetHandleValue(index gdnative.Int) gdnative.Variant
        Get actual value of a handle. This value can be anything and used for eventually undoing the motion when calling [method commit_handle]
	Args: [{ false index int}], Returns: Variant

func (*EditorSpatialGizmo) Redraw ¶ 

func (o *EditorSpatialGizmo) Redraw()
        This function is called when the Spatial this gizmo refers to changes (the [method Spatial.update_gizmo] is called).
	Args: [], Returns: void

func (*EditorSpatialGizmo) SetHandle ¶ 

func (o *EditorSpatialGizmo) SetHandle(index gdnative.Int, camera CameraImplementer, point gdnative.Vector2)
        This function is used when the user drags a gizmo handle (previously added with [method add_handles]) in screen coordinates. The [Camera] is also provided so screen coordinates can be converted to raycasts.
	Args: [{ false index int} { false camera Camera} { false point Vector2}], Returns: void

func (*EditorSpatialGizmo) SetSpatialNode ¶ 

func (o *EditorSpatialGizmo) SetSpatialNode(node ObjectImplementer)

Args: [{ false node Object}], Returns: void

type EditorSpatialGizmoImplementer ¶ 

type EditorSpatialGizmoImplementer interface {
	SpatialGizmoImplementer
	AddCollisionSegments(segments gdnative.PoolVector3Array)
	AddCollisionTriangles(triangles TriangleMeshImplementer, bounds gdnative.Aabb)
	AddHandles(handles gdnative.PoolVector3Array, billboard gdnative.Bool, secondary gdnative.Bool)
	AddLines(lines gdnative.PoolVector3Array, material MaterialImplementer, billboard gdnative.Bool)
	AddMesh(mesh ArrayMeshImplementer, billboard gdnative.Bool, skeleton gdnative.Rid)
	AddUnscaledBillboard(material MaterialImplementer, defaultScale gdnative.Real)
	Clear()
	CommitHandle(index gdnative.Int, restore gdnative.Variant, cancel gdnative.Bool)
	GetHandleName(index gdnative.Int) gdnative.String
	GetHandleValue(index gdnative.Int) gdnative.Variant
	Redraw()
	SetHandle(index gdnative.Int, camera CameraImplementer, point gdnative.Vector2)
	SetSpatialNode(node ObjectImplementer)
}

EditorSpatialGizmoImplementer is an interface that implements the methods of the EditorSpatialGizmo class.

type EncodedObjectAsID ¶ 

type EncodedObjectAsID struct {
	Reference
	// contains filtered or unexported fields
}

func (*EncodedObjectAsID) BaseClass ¶ 

func (o *EncodedObjectAsID) BaseClass() string

func (*EncodedObjectAsID) GetObjectId ¶ 

func (o *EncodedObjectAsID) GetObjectId() gdnative.Int

Args: [], Returns: int

func (*EncodedObjectAsID) SetObjectId ¶ 

func (o *EncodedObjectAsID) SetObjectId(id gdnative.Int)

Args: [{ false id int}], Returns: void

type EncodedObjectAsIDImplementer ¶ 

type EncodedObjectAsIDImplementer interface {
	ReferenceImplementer
	GetObjectId() gdnative.Int
	SetObjectId(id gdnative.Int)
}

EncodedObjectAsIDImplementer is an interface that implements the methods of the EncodedObjectAsID class.

type EngineImplementer ¶ 

type EngineImplementer interface {
	ObjectImplementer
	GetFramesDrawn() gdnative.Int
	GetFramesPerSecond() gdnative.Real
	GetIterationsPerSecond() gdnative.Int
	GetMainLoop() MainLoopImplementer
	GetSingleton(name gdnative.String) ObjectImplementer
	GetTargetFps() gdnative.Int
	GetTimeScale() gdnative.Real
	GetVersionInfo() gdnative.Dictionary
	HasSingleton(name gdnative.String) gdnative.Bool
	IsEditorHint() gdnative.Bool
	IsInPhysicsFrame() gdnative.Bool
	SetEditorHint(enabled gdnative.Bool)
	SetIterationsPerSecond(iterationsPerSecond gdnative.Int)
	SetTargetFps(targetFps gdnative.Int)
	SetTimeScale(timeScale gdnative.Real)
}

EngineImplementer is an interface that implements the methods of the Engine class.

type Environment ¶ 

type Environment struct {
	Resource
	// contains filtered or unexported fields
}

Resource for environment nodes (like WorldEnvironment) that define multiple environment operations (such as background Sky or [Color], ambient light, fog, depth-of-field...). These parameters affect the final render of the scene. The order of these operations is: - DOF Blur - Motion Blur - Bloom - Tonemap (auto exposure) - Adjustments

func (*Environment) BaseClass ¶ 

func (o *Environment) BaseClass() string

func (*Environment) GetAdjustmentBrightness ¶ 

func (o *Environment) GetAdjustmentBrightness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetAdjustmentColorCorrection ¶ 

func (o *Environment) GetAdjustmentColorCorrection() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Environment) GetAdjustmentContrast ¶ 

func (o *Environment) GetAdjustmentContrast() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetAdjustmentSaturation ¶ 

func (o *Environment) GetAdjustmentSaturation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetAmbientLightColor ¶ 

func (o *Environment) GetAmbientLightColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Environment) GetAmbientLightEnergy ¶ 

func (o *Environment) GetAmbientLightEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetAmbientLightSkyContribution ¶ 

func (o *Environment) GetAmbientLightSkyContribution() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetBackground ¶ 

func (o *Environment) GetBackground() EnvironmentBGMode
        Undocumented
	Args: [], Returns: enum.Environment::BGMode

func (*Environment) GetBgColor ¶ 

func (o *Environment) GetBgColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Environment) GetBgEnergy ¶ 

func (o *Environment) GetBgEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetCanvasMaxLayer ¶ 

func (o *Environment) GetCanvasMaxLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Environment) GetDofBlurFarAmount ¶ 

func (o *Environment) GetDofBlurFarAmount() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetDofBlurFarDistance ¶ 

func (o *Environment) GetDofBlurFarDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetDofBlurFarQuality ¶ 

func (o *Environment) GetDofBlurFarQuality() EnvironmentDOFBlurQuality
        Undocumented
	Args: [], Returns: enum.Environment::DOFBlurQuality

func (*Environment) GetDofBlurFarTransition ¶ 

func (o *Environment) GetDofBlurFarTransition() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetDofBlurNearAmount ¶ 

func (o *Environment) GetDofBlurNearAmount() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetDofBlurNearDistance ¶ 

func (o *Environment) GetDofBlurNearDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetDofBlurNearQuality ¶ 

func (o *Environment) GetDofBlurNearQuality() EnvironmentDOFBlurQuality
        Undocumented
	Args: [], Returns: enum.Environment::DOFBlurQuality

func (*Environment) GetDofBlurNearTransition ¶ 

func (o *Environment) GetDofBlurNearTransition() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogColor ¶ 

func (o *Environment) GetFogColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Environment) GetFogDepthBegin ¶ 

func (o *Environment) GetFogDepthBegin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogDepthCurve ¶ 

func (o *Environment) GetFogDepthCurve() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogHeightCurve ¶ 

func (o *Environment) GetFogHeightCurve() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogHeightMax ¶ 

func (o *Environment) GetFogHeightMax() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogHeightMin ¶ 

func (o *Environment) GetFogHeightMin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogSunAmount ¶ 

func (o *Environment) GetFogSunAmount() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetFogSunColor ¶ 

func (o *Environment) GetFogSunColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Environment) GetFogTransmitCurve ¶ 

func (o *Environment) GetFogTransmitCurve() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetGlowBlendMode ¶ 

func (o *Environment) GetGlowBlendMode() EnvironmentGlowBlendMode
        Undocumented
	Args: [], Returns: enum.Environment::GlowBlendMode

func (*Environment) GetGlowBloom ¶ 

func (o *Environment) GetGlowBloom() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetGlowHdrBleedScale ¶ 

func (o *Environment) GetGlowHdrBleedScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetGlowHdrBleedThreshold ¶ 

func (o *Environment) GetGlowHdrBleedThreshold() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetGlowIntensity ¶ 

func (o *Environment) GetGlowIntensity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetGlowStrength ¶ 

func (o *Environment) GetGlowStrength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSky ¶ 

func (o *Environment) GetSky() SkyImplementer
        Undocumented
	Args: [], Returns: Sky

func (*Environment) GetSkyCustomFov ¶ 

func (o *Environment) GetSkyCustomFov() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoBias ¶ 

func (o *Environment) GetSsaoBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoBlur ¶ 

func (o *Environment) GetSsaoBlur() EnvironmentSSAOBlur
        Undocumented
	Args: [], Returns: enum.Environment::SSAOBlur

func (*Environment) GetSsaoColor ¶ 

func (o *Environment) GetSsaoColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Environment) GetSsaoDirectLightAffect ¶ 

func (o *Environment) GetSsaoDirectLightAffect() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoEdgeSharpness ¶ 

func (o *Environment) GetSsaoEdgeSharpness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoIntensity ¶ 

func (o *Environment) GetSsaoIntensity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoIntensity2 ¶ 

func (o *Environment) GetSsaoIntensity2() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoQuality ¶ 

func (o *Environment) GetSsaoQuality() EnvironmentSSAOQuality
        Undocumented
	Args: [], Returns: enum.Environment::SSAOQuality

func (*Environment) GetSsaoRadius ¶ 

func (o *Environment) GetSsaoRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsaoRadius2 ¶ 

func (o *Environment) GetSsaoRadius2() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsrDepthTolerance ¶ 

func (o *Environment) GetSsrDepthTolerance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsrFadeIn ¶ 

func (o *Environment) GetSsrFadeIn() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsrFadeOut ¶ 

func (o *Environment) GetSsrFadeOut() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetSsrMaxSteps ¶ 

func (o *Environment) GetSsrMaxSteps() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Environment) GetTonemapAutoExposure ¶ 

func (o *Environment) GetTonemapAutoExposure() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) GetTonemapAutoExposureGrey ¶ 

func (o *Environment) GetTonemapAutoExposureGrey() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetTonemapAutoExposureMax ¶ 

func (o *Environment) GetTonemapAutoExposureMax() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetTonemapAutoExposureMin ¶ 

func (o *Environment) GetTonemapAutoExposureMin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetTonemapAutoExposureSpeed ¶ 

func (o *Environment) GetTonemapAutoExposureSpeed() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetTonemapExposure ¶ 

func (o *Environment) GetTonemapExposure() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetTonemapWhite ¶ 

func (o *Environment) GetTonemapWhite() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Environment) GetTonemapper ¶ 

func (o *Environment) GetTonemapper() EnvironmentToneMapper
        Undocumented
	Args: [], Returns: enum.Environment::ToneMapper

func (*Environment) IsAdjustmentEnabled ¶ 

func (o *Environment) IsAdjustmentEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsDofBlurFarEnabled ¶ 

func (o *Environment) IsDofBlurFarEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsDofBlurNearEnabled ¶ 

func (o *Environment) IsDofBlurNearEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsFogDepthEnabled ¶ 

func (o *Environment) IsFogDepthEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsFogEnabled ¶ 

func (o *Environment) IsFogEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsFogHeightEnabled ¶ 

func (o *Environment) IsFogHeightEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsFogTransmitEnabled ¶ 

func (o *Environment) IsFogTransmitEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsGlowBicubicUpscaleEnabled ¶ 

func (o *Environment) IsGlowBicubicUpscaleEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsGlowEnabled ¶ 

func (o *Environment) IsGlowEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsGlowLevelEnabled ¶ 

func (o *Environment) IsGlowLevelEnabled(idx gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false idx int}], Returns: bool

func (*Environment) IsSsaoEnabled ¶ 

func (o *Environment) IsSsaoEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsSsrEnabled ¶ 

func (o *Environment) IsSsrEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) IsSsrRough ¶ 

func (o *Environment) IsSsrRough() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Environment) SetAdjustmentBrightness ¶ 

func (o *Environment) SetAdjustmentBrightness(brightness gdnative.Real)
        Undocumented
	Args: [{ false brightness float}], Returns: void

func (*Environment) SetAdjustmentColorCorrection ¶ 

func (o *Environment) SetAdjustmentColorCorrection(colorCorrection TextureImplementer)
        Undocumented
	Args: [{ false color_correction Texture}], Returns: void

func (*Environment) SetAdjustmentContrast ¶ 

func (o *Environment) SetAdjustmentContrast(contrast gdnative.Real)
        Undocumented
	Args: [{ false contrast float}], Returns: void

func (*Environment) SetAdjustmentEnable ¶ 

func (o *Environment) SetAdjustmentEnable(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetAdjustmentSaturation ¶ 

func (o *Environment) SetAdjustmentSaturation(saturation gdnative.Real)
        Undocumented
	Args: [{ false saturation float}], Returns: void

func (*Environment) SetAmbientLightColor ¶ 

func (o *Environment) SetAmbientLightColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Environment) SetAmbientLightEnergy ¶ 

func (o *Environment) SetAmbientLightEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*Environment) SetAmbientLightSkyContribution ¶ 

func (o *Environment) SetAmbientLightSkyContribution(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*Environment) SetBackground ¶ 

func (o *Environment) SetBackground(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Environment) SetBgColor ¶ 

func (o *Environment) SetBgColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Environment) SetBgEnergy ¶ 

func (o *Environment) SetBgEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*Environment) SetCanvasMaxLayer ¶ 

func (o *Environment) SetCanvasMaxLayer(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*Environment) SetDofBlurFarAmount ¶ 

func (o *Environment) SetDofBlurFarAmount(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetDofBlurFarDistance ¶ 

func (o *Environment) SetDofBlurFarDistance(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetDofBlurFarEnabled ¶ 

func (o *Environment) SetDofBlurFarEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetDofBlurFarQuality ¶ 

func (o *Environment) SetDofBlurFarQuality(intensity gdnative.Int)
        Undocumented
	Args: [{ false intensity int}], Returns: void

func (*Environment) SetDofBlurFarTransition ¶ 

func (o *Environment) SetDofBlurFarTransition(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetDofBlurNearAmount ¶ 

func (o *Environment) SetDofBlurNearAmount(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetDofBlurNearDistance ¶ 

func (o *Environment) SetDofBlurNearDistance(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetDofBlurNearEnabled ¶ 

func (o *Environment) SetDofBlurNearEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetDofBlurNearQuality ¶ 

func (o *Environment) SetDofBlurNearQuality(level gdnative.Int)
        Undocumented
	Args: [{ false level int}], Returns: void

func (*Environment) SetDofBlurNearTransition ¶ 

func (o *Environment) SetDofBlurNearTransition(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetFogColor ¶ 

func (o *Environment) SetFogColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Environment) SetFogDepthBegin ¶ 

func (o *Environment) SetFogDepthBegin(distance gdnative.Real)
        Undocumented
	Args: [{ false distance float}], Returns: void

func (*Environment) SetFogDepthCurve ¶ 

func (o *Environment) SetFogDepthCurve(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*Environment) SetFogDepthEnabled ¶ 

func (o *Environment) SetFogDepthEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetFogEnabled ¶ 

func (o *Environment) SetFogEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetFogHeightCurve ¶ 

func (o *Environment) SetFogHeightCurve(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*Environment) SetFogHeightEnabled ¶ 

func (o *Environment) SetFogHeightEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetFogHeightMax ¶ 

func (o *Environment) SetFogHeightMax(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*Environment) SetFogHeightMin ¶ 

func (o *Environment) SetFogHeightMin(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*Environment) SetFogSunAmount ¶ 

func (o *Environment) SetFogSunAmount(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*Environment) SetFogSunColor ¶ 

func (o *Environment) SetFogSunColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Environment) SetFogTransmitCurve ¶ 

func (o *Environment) SetFogTransmitCurve(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*Environment) SetFogTransmitEnabled ¶ 

func (o *Environment) SetFogTransmitEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetGlowBicubicUpscale ¶ 

func (o *Environment) SetGlowBicubicUpscale(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetGlowBlendMode ¶ 

func (o *Environment) SetGlowBlendMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Environment) SetGlowBloom ¶ 

func (o *Environment) SetGlowBloom(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*Environment) SetGlowEnabled ¶ 

func (o *Environment) SetGlowEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetGlowHdrBleedScale ¶ 

func (o *Environment) SetGlowHdrBleedScale(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

func (*Environment) SetGlowHdrBleedThreshold ¶ 

func (o *Environment) SetGlowHdrBleedThreshold(threshold gdnative.Real)
        Undocumented
	Args: [{ false threshold float}], Returns: void

func (*Environment) SetGlowIntensity ¶ 

func (o *Environment) SetGlowIntensity(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetGlowLevel ¶ 

func (o *Environment) SetGlowLevel(idx gdnative.Int, enabled gdnative.Bool)
        Undocumented
	Args: [{ false idx int} { false enabled bool}], Returns: void

func (*Environment) SetGlowStrength ¶ 

func (o *Environment) SetGlowStrength(strength gdnative.Real)
        Undocumented
	Args: [{ false strength float}], Returns: void

func (*Environment) SetSky ¶ 

func (o *Environment) SetSky(sky SkyImplementer)
        Undocumented
	Args: [{ false sky Sky}], Returns: void

func (*Environment) SetSkyCustomFov ¶ 

func (o *Environment) SetSkyCustomFov(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

func (*Environment) SetSsaoBias ¶ 

func (o *Environment) SetSsaoBias(bias gdnative.Real)
        Undocumented
	Args: [{ false bias float}], Returns: void

func (*Environment) SetSsaoBlur ¶ 

func (o *Environment) SetSsaoBlur(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Environment) SetSsaoColor ¶ 

func (o *Environment) SetSsaoColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Environment) SetSsaoDirectLightAffect ¶ 

func (o *Environment) SetSsaoDirectLightAffect(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*Environment) SetSsaoEdgeSharpness ¶ 

func (o *Environment) SetSsaoEdgeSharpness(edgeSharpness gdnative.Real)
        Undocumented
	Args: [{ false edge_sharpness float}], Returns: void

func (*Environment) SetSsaoEnabled ¶ 

func (o *Environment) SetSsaoEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetSsaoIntensity ¶ 

func (o *Environment) SetSsaoIntensity(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetSsaoIntensity2 ¶ 

func (o *Environment) SetSsaoIntensity2(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*Environment) SetSsaoQuality ¶ 

func (o *Environment) SetSsaoQuality(quality gdnative.Int)
        Undocumented
	Args: [{ false quality int}], Returns: void

func (*Environment) SetSsaoRadius ¶ 

func (o *Environment) SetSsaoRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

func (*Environment) SetSsaoRadius2 ¶ 

func (o *Environment) SetSsaoRadius2(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

func (*Environment) SetSsrDepthTolerance ¶ 

func (o *Environment) SetSsrDepthTolerance(depthTolerance gdnative.Real)
        Undocumented
	Args: [{ false depth_tolerance float}], Returns: void

func (*Environment) SetSsrEnabled ¶ 

func (o *Environment) SetSsrEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Environment) SetSsrFadeIn ¶ 

func (o *Environment) SetSsrFadeIn(fadeIn gdnative.Real)
        Undocumented
	Args: [{ false fade_in float}], Returns: void

func (*Environment) SetSsrFadeOut ¶ 

func (o *Environment) SetSsrFadeOut(fadeOut gdnative.Real)
        Undocumented
	Args: [{ false fade_out float}], Returns: void

func (*Environment) SetSsrMaxSteps ¶ 

func (o *Environment) SetSsrMaxSteps(maxSteps gdnative.Int)
        Undocumented
	Args: [{ false max_steps int}], Returns: void

func (*Environment) SetSsrRough ¶ 

func (o *Environment) SetSsrRough(rough gdnative.Bool)
        Undocumented
	Args: [{ false rough bool}], Returns: void

func (*Environment) SetTonemapAutoExposure ¶ 

func (o *Environment) SetTonemapAutoExposure(autoExposure gdnative.Bool)
        Undocumented
	Args: [{ false auto_exposure bool}], Returns: void

func (*Environment) SetTonemapAutoExposureGrey ¶ 

func (o *Environment) SetTonemapAutoExposureGrey(exposureGrey gdnative.Real)
        Undocumented
	Args: [{ false exposure_grey float}], Returns: void

func (*Environment) SetTonemapAutoExposureMax ¶ 

func (o *Environment) SetTonemapAutoExposureMax(exposureMax gdnative.Real)
        Undocumented
	Args: [{ false exposure_max float}], Returns: void

func (*Environment) SetTonemapAutoExposureMin ¶ 

func (o *Environment) SetTonemapAutoExposureMin(exposureMin gdnative.Real)
        Undocumented
	Args: [{ false exposure_min float}], Returns: void

func (*Environment) SetTonemapAutoExposureSpeed ¶ 

func (o *Environment) SetTonemapAutoExposureSpeed(exposureSpeed gdnative.Real)
        Undocumented
	Args: [{ false exposure_speed float}], Returns: void

func (*Environment) SetTonemapExposure ¶ 

func (o *Environment) SetTonemapExposure(exposure gdnative.Real)
        Undocumented
	Args: [{ false exposure float}], Returns: void

func (*Environment) SetTonemapWhite ¶ 

func (o *Environment) SetTonemapWhite(white gdnative.Real)
        Undocumented
	Args: [{ false white float}], Returns: void

func (*Environment) SetTonemapper ¶ 

func (o *Environment) SetTonemapper(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type EnvironmentBGMode ¶ 

type EnvironmentBGMode int

EnvironmentBGMode is an enum for BGMode values. 

const (
	EnvironmentBgCanvas     EnvironmentBGMode = 4
	EnvironmentBgClearColor EnvironmentBGMode = 0
	EnvironmentBgColor      EnvironmentBGMode = 1
	EnvironmentBgColorSky   EnvironmentBGMode = 3
	EnvironmentBgKeep       EnvironmentBGMode = 5
	EnvironmentBgMax        EnvironmentBGMode = 6
	EnvironmentBgSky        EnvironmentBGMode = 2
)

type EnvironmentDOFBlurQuality ¶ 

type EnvironmentDOFBlurQuality int

EnvironmentDOFBlurQuality is an enum for DOFBlurQuality values. 

const (
	EnvironmentDofBlurQualityHigh   EnvironmentDOFBlurQuality = 2
	EnvironmentDofBlurQualityLow    EnvironmentDOFBlurQuality = 0
	EnvironmentDofBlurQualityMedium EnvironmentDOFBlurQuality = 1
)

type EnvironmentGlowBlendMode ¶ 

type EnvironmentGlowBlendMode int

EnvironmentGlowBlendMode is an enum for GlowBlendMode values. 

const (
	EnvironmentGlowBlendModeAdditive  EnvironmentGlowBlendMode = 0
	EnvironmentGlowBlendModeReplace   EnvironmentGlowBlendMode = 3
	EnvironmentGlowBlendModeScreen    EnvironmentGlowBlendMode = 1
	EnvironmentGlowBlendModeSoftlight EnvironmentGlowBlendMode = 2
)

type EnvironmentImplementer ¶ 

type EnvironmentImplementer interface {
	ResourceImplementer
	GetAdjustmentBrightness() gdnative.Real
	GetAdjustmentColorCorrection() TextureImplementer
	GetAdjustmentContrast() gdnative.Real
	GetAdjustmentSaturation() gdnative.Real
	GetAmbientLightColor() gdnative.Color
	GetAmbientLightEnergy() gdnative.Real
	GetAmbientLightSkyContribution() gdnative.Real
	GetBgColor() gdnative.Color
	GetBgEnergy() gdnative.Real
	GetCanvasMaxLayer() gdnative.Int
	GetDofBlurFarAmount() gdnative.Real
	GetDofBlurFarDistance() gdnative.Real
	GetDofBlurFarTransition() gdnative.Real
	GetDofBlurNearAmount() gdnative.Real
	GetDofBlurNearDistance() gdnative.Real
	GetDofBlurNearTransition() gdnative.Real
	GetFogColor() gdnative.Color
	GetFogDepthBegin() gdnative.Real
	GetFogDepthCurve() gdnative.Real
	GetFogHeightCurve() gdnative.Real
	GetFogHeightMax() gdnative.Real
	GetFogHeightMin() gdnative.Real
	GetFogSunAmount() gdnative.Real
	GetFogSunColor() gdnative.Color
	GetFogTransmitCurve() gdnative.Real
	GetGlowBloom() gdnative.Real
	GetGlowHdrBleedScale() gdnative.Real
	GetGlowHdrBleedThreshold() gdnative.Real
	GetGlowIntensity() gdnative.Real
	GetGlowStrength() gdnative.Real
	GetSky() SkyImplementer
	GetSkyCustomFov() gdnative.Real
	GetSsaoBias() gdnative.Real
	GetSsaoColor() gdnative.Color
	GetSsaoDirectLightAffect() gdnative.Real
	GetSsaoEdgeSharpness() gdnative.Real
	GetSsaoIntensity() gdnative.Real
	GetSsaoIntensity2() gdnative.Real
	GetSsaoRadius() gdnative.Real
	GetSsaoRadius2() gdnative.Real
	GetSsrDepthTolerance() gdnative.Real
	GetSsrFadeIn() gdnative.Real
	GetSsrFadeOut() gdnative.Real
	GetSsrMaxSteps() gdnative.Int
	GetTonemapAutoExposure() gdnative.Bool
	GetTonemapAutoExposureGrey() gdnative.Real
	GetTonemapAutoExposureMax() gdnative.Real
	GetTonemapAutoExposureMin() gdnative.Real
	GetTonemapAutoExposureSpeed() gdnative.Real
	GetTonemapExposure() gdnative.Real
	GetTonemapWhite() gdnative.Real
	IsAdjustmentEnabled() gdnative.Bool
	IsDofBlurFarEnabled() gdnative.Bool
	IsDofBlurNearEnabled() gdnative.Bool
	IsFogDepthEnabled() gdnative.Bool
	IsFogEnabled() gdnative.Bool
	IsFogHeightEnabled() gdnative.Bool
	IsFogTransmitEnabled() gdnative.Bool
	IsGlowBicubicUpscaleEnabled() gdnative.Bool
	IsGlowEnabled() gdnative.Bool
	IsGlowLevelEnabled(idx gdnative.Int) gdnative.Bool
	IsSsaoEnabled() gdnative.Bool
	IsSsrEnabled() gdnative.Bool
	IsSsrRough() gdnative.Bool
	SetAdjustmentBrightness(brightness gdnative.Real)
	SetAdjustmentColorCorrection(colorCorrection TextureImplementer)
	SetAdjustmentContrast(contrast gdnative.Real)
	SetAdjustmentEnable(enabled gdnative.Bool)
	SetAdjustmentSaturation(saturation gdnative.Real)
	SetAmbientLightColor(color gdnative.Color)
	SetAmbientLightEnergy(energy gdnative.Real)
	SetAmbientLightSkyContribution(energy gdnative.Real)
	SetBackground(mode gdnative.Int)
	SetBgColor(color gdnative.Color)
	SetBgEnergy(energy gdnative.Real)
	SetCanvasMaxLayer(layer gdnative.Int)
	SetDofBlurFarAmount(intensity gdnative.Real)
	SetDofBlurFarDistance(intensity gdnative.Real)
	SetDofBlurFarEnabled(enabled gdnative.Bool)
	SetDofBlurFarQuality(intensity gdnative.Int)
	SetDofBlurFarTransition(intensity gdnative.Real)
	SetDofBlurNearAmount(intensity gdnative.Real)
	SetDofBlurNearDistance(intensity gdnative.Real)
	SetDofBlurNearEnabled(enabled gdnative.Bool)
	SetDofBlurNearQuality(level gdnative.Int)
	SetDofBlurNearTransition(intensity gdnative.Real)
	SetFogColor(color gdnative.Color)
	SetFogDepthBegin(distance gdnative.Real)
	SetFogDepthCurve(curve gdnative.Real)
	SetFogDepthEnabled(enabled gdnative.Bool)
	SetFogEnabled(enabled gdnative.Bool)
	SetFogHeightCurve(curve gdnative.Real)
	SetFogHeightEnabled(enabled gdnative.Bool)
	SetFogHeightMax(height gdnative.Real)
	SetFogHeightMin(height gdnative.Real)
	SetFogSunAmount(amount gdnative.Real)
	SetFogSunColor(color gdnative.Color)
	SetFogTransmitCurve(curve gdnative.Real)
	SetFogTransmitEnabled(enabled gdnative.Bool)
	SetGlowBicubicUpscale(enabled gdnative.Bool)
	SetGlowBlendMode(mode gdnative.Int)
	SetGlowBloom(amount gdnative.Real)
	SetGlowEnabled(enabled gdnative.Bool)
	SetGlowHdrBleedScale(scale gdnative.Real)
	SetGlowHdrBleedThreshold(threshold gdnative.Real)
	SetGlowIntensity(intensity gdnative.Real)
	SetGlowLevel(idx gdnative.Int, enabled gdnative.Bool)
	SetGlowStrength(strength gdnative.Real)
	SetSky(sky SkyImplementer)
	SetSkyCustomFov(scale gdnative.Real)
	SetSsaoBias(bias gdnative.Real)
	SetSsaoBlur(mode gdnative.Int)
	SetSsaoColor(color gdnative.Color)
	SetSsaoDirectLightAffect(amount gdnative.Real)
	SetSsaoEdgeSharpness(edgeSharpness gdnative.Real)
	SetSsaoEnabled(enabled gdnative.Bool)
	SetSsaoIntensity(intensity gdnative.Real)
	SetSsaoIntensity2(intensity gdnative.Real)
	SetSsaoQuality(quality gdnative.Int)
	SetSsaoRadius(radius gdnative.Real)
	SetSsaoRadius2(radius gdnative.Real)
	SetSsrDepthTolerance(depthTolerance gdnative.Real)
	SetSsrEnabled(enabled gdnative.Bool)
	SetSsrFadeIn(fadeIn gdnative.Real)
	SetSsrFadeOut(fadeOut gdnative.Real)
	SetSsrMaxSteps(maxSteps gdnative.Int)
	SetSsrRough(rough gdnative.Bool)
	SetTonemapAutoExposure(autoExposure gdnative.Bool)
	SetTonemapAutoExposureGrey(exposureGrey gdnative.Real)
	SetTonemapAutoExposureMax(exposureMax gdnative.Real)
	SetTonemapAutoExposureMin(exposureMin gdnative.Real)
	SetTonemapAutoExposureSpeed(exposureSpeed gdnative.Real)
	SetTonemapExposure(exposure gdnative.Real)
	SetTonemapWhite(white gdnative.Real)
	SetTonemapper(mode gdnative.Int)
}

EnvironmentImplementer is an interface that implements the methods of the Environment class.

type EnvironmentSSAOBlur ¶ 

type EnvironmentSSAOBlur int

EnvironmentSSAOBlur is an enum for SSAOBlur values. 

const (
	EnvironmentSsaoBlur1X1      EnvironmentSSAOBlur = 1
	EnvironmentSsaoBlur2X2      EnvironmentSSAOBlur = 2
	EnvironmentSsaoBlur3X3      EnvironmentSSAOBlur = 3
	EnvironmentSsaoBlurDisabled EnvironmentSSAOBlur = 0
)

type EnvironmentSSAOQuality ¶ 

type EnvironmentSSAOQuality int

EnvironmentSSAOQuality is an enum for SSAOQuality values. 

const (
	EnvironmentSsaoQualityHigh   EnvironmentSSAOQuality = 2
	EnvironmentSsaoQualityLow    EnvironmentSSAOQuality = 0
	EnvironmentSsaoQualityMedium EnvironmentSSAOQuality = 1
)

type EnvironmentToneMapper ¶ 

type EnvironmentToneMapper int

EnvironmentToneMapper is an enum for ToneMapper values. 

const (
	EnvironmentToneMapperAces      EnvironmentToneMapper = 3
	EnvironmentToneMapperFilmic    EnvironmentToneMapper = 2
	EnvironmentToneMapperLinear    EnvironmentToneMapper = 0
	EnvironmentToneMapperReinhardt EnvironmentToneMapper = 1
)

type File ¶ 

type File struct {
	Reference
	// contains filtered or unexported fields
}

File type. This is used to permanently store data into the user device's file system and to read from it. This can be used to store game save data or player configuration files, for example. Here's a sample on how to write and read from a file: [codeblock] func save(content): var file = File.new() file.open("user://save_game.dat", file.WRITE) file.store_string(content) file.close() func load(): var file = File.new() file.open("user://save_game.dat", file.READ) var content = file.get_as_text() file.close() return content [/codeblock]

func (*File) BaseClass ¶ 

func (o *File) BaseClass() string

func (*File) Close ¶ 

func (o *File) Close()
        Undocumented
	Args: [], Returns: void

func (*File) EofReached ¶ 

func (o *File) EofReached() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*File) FileExists ¶ 

func (o *File) FileExists(path gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false path String}], Returns: bool

func (*File) Get16 ¶ 

func (o *File) Get16() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*File) Get32 ¶ 

func (o *File) Get32() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*File) Get64 ¶ 

func (o *File) Get64() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*File) Get8 ¶ 

func (o *File) Get8() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*File) GetAsText ¶ 

func (o *File) GetAsText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*File) GetBuffer ¶ 

func (o *File) GetBuffer(len gdnative.Int) gdnative.PoolByteArray
        Undocumented
	Args: [{ false len int}], Returns: PoolByteArray

func (*File) GetCsvLine ¶ 

func (o *File) GetCsvLine(delim gdnative.String) gdnative.PoolStringArray
        Undocumented
	Args: [{, true delim String}], Returns: PoolStringArray

func (*File) GetDouble ¶ 

func (o *File) GetDouble() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*File) GetEndianSwap ¶ 

func (o *File) GetEndianSwap() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*File) GetError ¶ 

func (o *File) GetError() gdnative.Error
        Undocumented
	Args: [], Returns: enum.Error

func (*File) GetFloat ¶ 

func (o *File) GetFloat() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*File) GetLen ¶ 

func (o *File) GetLen() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*File) GetLine ¶ 

func (o *File) GetLine() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*File) GetMd5 ¶ 

func (o *File) GetMd5(path gdnative.String) gdnative.String
        Undocumented
	Args: [{ false path String}], Returns: String

func (*File) GetModifiedTime ¶ 

func (o *File) GetModifiedTime(file gdnative.String) gdnative.Int
        Undocumented
	Args: [{ false file String}], Returns: int

func (*File) GetPascalString ¶ 

func (o *File) GetPascalString() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*File) GetPosition ¶ 

func (o *File) GetPosition() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*File) GetReal ¶ 

func (o *File) GetReal() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*File) GetSha256 ¶ 

func (o *File) GetSha256(path gdnative.String) gdnative.String
        Undocumented
	Args: [{ false path String}], Returns: String

func (*File) GetVar ¶ 

func (o *File) GetVar() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

func (*File) IsOpen ¶ 

func (o *File) IsOpen() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*File) Open ¶ 

func (o *File) Open(path gdnative.String, flags gdnative.Int) gdnative.Error
        Undocumented
	Args: [{ false path String} { false flags int}], Returns: enum.Error

func (*File) OpenCompressed ¶ 

func (o *File) OpenCompressed(path gdnative.String, modeFlags gdnative.Int, compressionMode gdnative.Int) gdnative.Error
        Undocumented
	Args: [{ false path String} { false mode_flags int} {0 true compression_mode int}], Returns: enum.Error

func (*File) OpenEncrypted ¶ 

func (o *File) OpenEncrypted(path gdnative.String, modeFlags gdnative.Int, key gdnative.PoolByteArray) gdnative.Error
        Undocumented
	Args: [{ false path String} { false mode_flags int} { false key PoolByteArray}], Returns: enum.Error

func (*File) OpenEncryptedWithPass ¶ 

func (o *File) OpenEncryptedWithPass(path gdnative.String, modeFlags gdnative.Int, pass gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false path String} { false mode_flags int} { false pass String}], Returns: enum.Error

func (*File) Seek ¶ 

func (o *File) Seek(position gdnative.Int)
        Undocumented
	Args: [{ false position int}], Returns: void

func (*File) SeekEnd ¶ 

func (o *File) SeekEnd(position gdnative.Int)
        Undocumented
	Args: [{0 true position int}], Returns: void

func (*File) SetEndianSwap ¶ 

func (o *File) SetEndianSwap(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*File) Store16 ¶ 

func (o *File) Store16(value gdnative.Int)
        Undocumented
	Args: [{ false value int}], Returns: void

func (*File) Store32 ¶ 

func (o *File) Store32(value gdnative.Int)
        Undocumented
	Args: [{ false value int}], Returns: void

func (*File) Store64 ¶ 

func (o *File) Store64(value gdnative.Int)
        Undocumented
	Args: [{ false value int}], Returns: void

func (*File) Store8 ¶ 

func (o *File) Store8(value gdnative.Int)
        Undocumented
	Args: [{ false value int}], Returns: void

func (*File) StoreBuffer ¶ 

func (o *File) StoreBuffer(buffer gdnative.PoolByteArray)
        Undocumented
	Args: [{ false buffer PoolByteArray}], Returns: void

func (*File) StoreDouble ¶ 

func (o *File) StoreDouble(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*File) StoreFloat ¶ 

func (o *File) StoreFloat(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*File) StoreLine ¶ 

func (o *File) StoreLine(line gdnative.String)
        Undocumented
	Args: [{ false line String}], Returns: void

func (*File) StorePascalString ¶ 

func (o *File) StorePascalString(string gdnative.String)
        Undocumented
	Args: [{ false string String}], Returns: void

func (*File) StoreReal ¶ 

func (o *File) StoreReal(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*File) StoreString ¶ 

func (o *File) StoreString(string gdnative.String)
        Undocumented
	Args: [{ false string String}], Returns: void

func (*File) StoreVar ¶ 

func (o *File) StoreVar(value gdnative.Variant)
        Undocumented
	Args: [{ false value Variant}], Returns: void

type FileDialog ¶ 

type FileDialog struct {
	ConfirmationDialog
	// contains filtered or unexported fields
}

FileDialog is a preset dialog used to choose files and directories in the filesystem. It supports filter masks.

func (*FileDialog) AddFilter ¶ 

func (o *FileDialog) AddFilter(filter gdnative.String)
        Add a custom filter. Filter format is: "mask ; description", example (C++): dialog->add_filter("*.png ; PNG Images");
	Args: [{ false filter String}], Returns: void

func (*FileDialog) BaseClass ¶ 

func (o *FileDialog) BaseClass() string

func (*FileDialog) ClearFilters ¶ 

func (o *FileDialog) ClearFilters()
        Clear all the added filters in the dialog.
	Args: [], Returns: void

func (*FileDialog) DeselectItems ¶ 

func (o *FileDialog) DeselectItems()

Args: [], Returns: void

func (*FileDialog) GetAccess ¶ 

func (o *FileDialog) GetAccess() FileDialogAccess
        Undocumented
	Args: [], Returns: enum.FileDialog::Access

func (*FileDialog) GetCurrentDir ¶ 

func (o *FileDialog) GetCurrentDir() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*FileDialog) GetCurrentFile ¶ 

func (o *FileDialog) GetCurrentFile() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*FileDialog) GetCurrentPath ¶ 

func (o *FileDialog) GetCurrentPath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*FileDialog) GetFilters ¶ 

func (o *FileDialog) GetFilters() gdnative.PoolStringArray
        Undocumented
	Args: [], Returns: PoolStringArray

func (*FileDialog) GetMode ¶ 

func (o *FileDialog) GetMode() FileDialogMode
        Undocumented
	Args: [], Returns: enum.FileDialog::Mode

func (*FileDialog) GetVbox ¶ 

func (o *FileDialog) GetVbox() VBoxContainerImplementer
        Return the vertical box container of the dialog, custom controls can be added to it.
	Args: [], Returns: VBoxContainer

func (*FileDialog) Invalidate ¶ 

func (o *FileDialog) Invalidate()
        Invalidate and update the current dialog content list.
	Args: [], Returns: void

func (*FileDialog) IsModeOverridingTitle ¶ 

func (o *FileDialog) IsModeOverridingTitle() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*FileDialog) IsShowingHiddenFiles ¶ 

func (o *FileDialog) IsShowingHiddenFiles() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*FileDialog) SetAccess ¶ 

func (o *FileDialog) SetAccess(access gdnative.Int)
        Undocumented
	Args: [{ false access int}], Returns: void

func (*FileDialog) SetCurrentDir ¶ 

func (o *FileDialog) SetCurrentDir(dir gdnative.String)
        Undocumented
	Args: [{ false dir String}], Returns: void

func (*FileDialog) SetCurrentFile ¶ 

func (o *FileDialog) SetCurrentFile(file gdnative.String)
        Undocumented
	Args: [{ false file String}], Returns: void

func (*FileDialog) SetCurrentPath ¶ 

func (o *FileDialog) SetCurrentPath(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

func (*FileDialog) SetFilters ¶ 

func (o *FileDialog) SetFilters(filters gdnative.PoolStringArray)
        Undocumented
	Args: [{ false filters PoolStringArray}], Returns: void

func (*FileDialog) SetMode ¶ 

func (o *FileDialog) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*FileDialog) SetModeOverridesTitle ¶ 

func (o *FileDialog) SetModeOverridesTitle(override gdnative.Bool)
        Undocumented
	Args: [{ false override bool}], Returns: void

func (*FileDialog) SetShowHiddenFiles ¶ 

func (o *FileDialog) SetShowHiddenFiles(show gdnative.Bool)
        Undocumented
	Args: [{ false show bool}], Returns: void

func (*FileDialog) X_ActionPressed ¶ 

func (o *FileDialog) X_ActionPressed()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_CancelPressed ¶ 

func (o *FileDialog) X_CancelPressed()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_DirEntered ¶ 

func (o *FileDialog) X_DirEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*FileDialog) X_FileEntered ¶ 

func (o *FileDialog) X_FileEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*FileDialog) X_FilterSelected ¶ 

func (o *FileDialog) X_FilterSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*FileDialog) X_GoUp ¶ 

func (o *FileDialog) X_GoUp()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_MakeDir ¶ 

func (o *FileDialog) X_MakeDir()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_MakeDirConfirm ¶ 

func (o *FileDialog) X_MakeDirConfirm()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_SaveConfirmPressed ¶ 

func (o *FileDialog) X_SaveConfirmPressed()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_SelectDrive ¶ 

func (o *FileDialog) X_SelectDrive(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*FileDialog) X_TreeDbSelected ¶ 

func (o *FileDialog) X_TreeDbSelected()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_TreeSelected ¶ 

func (o *FileDialog) X_TreeSelected()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_UnhandledInput ¶ 

func (o *FileDialog) X_UnhandledInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*FileDialog) X_UpdateDir ¶ 

func (o *FileDialog) X_UpdateDir()
        Undocumented
	Args: [], Returns: void

func (*FileDialog) X_UpdateFileList ¶ 

func (o *FileDialog) X_UpdateFileList()
        Undocumented
	Args: [], Returns: void

type FileDialogAccess ¶ 

type FileDialogAccess int

FileDialogAccess is an enum for Access values. 

const (
	FileDialogAccessFilesystem FileDialogAccess = 2
	FileDialogAccessResources  FileDialogAccess = 0
	FileDialogAccessUserdata   FileDialogAccess = 1
)

type FileDialogImplementer ¶ 

type FileDialogImplementer interface {
	ConfirmationDialogImplementer
	X_ActionPressed()
	X_CancelPressed()
	X_DirEntered(arg0 gdnative.String)
	X_FileEntered(arg0 gdnative.String)
	X_FilterSelected(arg0 gdnative.Int)
	X_GoUp()
	X_MakeDir()
	X_MakeDirConfirm()
	X_SaveConfirmPressed()
	X_SelectDrive(arg0 gdnative.Int)
	X_TreeDbSelected()
	X_TreeSelected()
	X_UpdateDir()
	X_UpdateFileList()
	AddFilter(filter gdnative.String)
	ClearFilters()
	DeselectItems()
	GetCurrentDir() gdnative.String
	GetCurrentFile() gdnative.String
	GetCurrentPath() gdnative.String
	GetFilters() gdnative.PoolStringArray
	GetVbox() VBoxContainerImplementer
	Invalidate()
	IsModeOverridingTitle() gdnative.Bool
	IsShowingHiddenFiles() gdnative.Bool
	SetAccess(access gdnative.Int)
	SetCurrentDir(dir gdnative.String)
	SetCurrentFile(file gdnative.String)
	SetCurrentPath(path gdnative.String)
	SetFilters(filters gdnative.PoolStringArray)
	SetMode(mode gdnative.Int)
	SetModeOverridesTitle(override gdnative.Bool)
	SetShowHiddenFiles(show gdnative.Bool)
}

FileDialogImplementer is an interface that implements the methods of the FileDialog class.

type FileDialogMode ¶ 

type FileDialogMode int

FileDialogMode is an enum for Mode values. 

const (
	FileDialogModeOpenAny   FileDialogMode = 3
	FileDialogModeOpenDir   FileDialogMode = 2
	FileDialogModeOpenFile  FileDialogMode = 0
	FileDialogModeOpenFiles FileDialogMode = 1
	FileDialogModeSaveFile  FileDialogMode = 4
)

type FileImplementer ¶ 

type FileImplementer interface {
	ReferenceImplementer
	Close()
	EofReached() gdnative.Bool
	FileExists(path gdnative.String) gdnative.Bool
	Get16() gdnative.Int
	Get32() gdnative.Int
	Get64() gdnative.Int
	Get8() gdnative.Int
	GetAsText() gdnative.String
	GetBuffer(len gdnative.Int) gdnative.PoolByteArray
	GetCsvLine(delim gdnative.String) gdnative.PoolStringArray
	GetDouble() gdnative.Real
	GetEndianSwap() gdnative.Bool
	GetFloat() gdnative.Real
	GetLen() gdnative.Int
	GetLine() gdnative.String
	GetMd5(path gdnative.String) gdnative.String
	GetModifiedTime(file gdnative.String) gdnative.Int
	GetPascalString() gdnative.String
	GetPosition() gdnative.Int
	GetReal() gdnative.Real
	GetSha256(path gdnative.String) gdnative.String
	GetVar() gdnative.Variant
	IsOpen() gdnative.Bool
	Seek(position gdnative.Int)
	SeekEnd(position gdnative.Int)
	SetEndianSwap(enable gdnative.Bool)
	Store16(value gdnative.Int)
	Store32(value gdnative.Int)
	Store64(value gdnative.Int)
	Store8(value gdnative.Int)
	StoreBuffer(buffer gdnative.PoolByteArray)
	StoreDouble(value gdnative.Real)
	StoreFloat(value gdnative.Real)
	StoreLine(line gdnative.String)
	StorePascalString(string gdnative.String)
	StoreReal(value gdnative.Real)
	StoreString(string gdnative.String)
	StoreVar(value gdnative.Variant)
}

FileImplementer is an interface that implements the methods of the File class.

type Font ¶ 

type Font struct {
	Resource
	// contains filtered or unexported fields
}

Font contains a unicode compatible character set, as well as the ability to draw it with variable width, ascent, descent and kerning. For creating fonts from TTF files (or other font formats), see the editor support for fonts. TODO check wikipedia for graph of ascent/baseline/descent/height/etc.

func (*Font) BaseClass ¶ 

func (o *Font) BaseClass() string

func (*Font) Draw ¶ 

func (o *Font) Draw(canvasItem gdnative.Rid, position gdnative.Vector2, string gdnative.String, modulate gdnative.Color, clipW gdnative.Int)
        Draw "string" into a canvas item using the font at a given position, with "modulate" color, and optionally clipping the width. "position" specifies the baseline, not the top. To draw from the top, [i]ascent[/i] must be added to the Y axis.
	Args: [{ false canvas_item RID} { false position Vector2} { false string String} {1,1,1,1 true modulate Color} {-1 true clip_w int}], Returns: void

func (*Font) DrawChar ¶ 

func (o *Font) DrawChar(canvasItem gdnative.Rid, position gdnative.Vector2, char gdnative.Int, next gdnative.Int, modulate gdnative.Color) gdnative.Real
        Draw character "char" into a canvas item using the font at a given position, with "modulate" color, and optionally kerning if "next" is passed. clipping the width. "position" specifies the baseline, not the top. To draw from the top, [i]ascent[/i] must be added to the Y axis. The width used by the character is returned, making this function useful for drawing strings character by character.
	Args: [{ false canvas_item RID} { false position Vector2} { false char int} {-1 true next int} {1,1,1,1 true modulate Color}], Returns: float

func (*Font) GetAscent ¶ 

func (o *Font) GetAscent() gdnative.Real
        Return the font ascent (number of pixels above the baseline).
	Args: [], Returns: float

func (*Font) GetDescent ¶ 

func (o *Font) GetDescent() gdnative.Real
        Return the font descent (number of pixels below the baseline).
	Args: [], Returns: float

func (*Font) GetHeight ¶ 

func (o *Font) GetHeight() gdnative.Real
        Return the total font height (ascent plus descent) in pixels.
	Args: [], Returns: float

func (*Font) GetStringSize ¶ 

func (o *Font) GetStringSize(string gdnative.String) gdnative.Vector2
        Return the size of a string, taking kerning and advance into account.
	Args: [{ false string String}], Returns: Vector2

func (*Font) IsDistanceFieldHint ¶ 

func (o *Font) IsDistanceFieldHint() gdnative.Bool

Args: [], Returns: bool

func (*Font) UpdateChanges ¶ 

func (o *Font) UpdateChanges()
        After editing a font (changing size, ascent, char rects, etc.). Call this function to propagate changes to controls that might use it.
	Args: [], Returns: void

type FontImplementer ¶ 

type FontImplementer interface {
	ResourceImplementer
	Draw(canvasItem gdnative.Rid, position gdnative.Vector2, string gdnative.String, modulate gdnative.Color, clipW gdnative.Int)
	DrawChar(canvasItem gdnative.Rid, position gdnative.Vector2, char gdnative.Int, next gdnative.Int, modulate gdnative.Color) gdnative.Real
	GetAscent() gdnative.Real
	GetDescent() gdnative.Real
	GetHeight() gdnative.Real
	GetStringSize(string gdnative.String) gdnative.Vector2
	IsDistanceFieldHint() gdnative.Bool
	UpdateChanges()
}

FontImplementer is an interface that implements the methods of the Font class.

type FuncRef ¶ 

type FuncRef struct {
	Reference
	// contains filtered or unexported fields
}

In GDScript, functions are not [i]first-class objects[/i]. This means it is impossible to store them directly as variables, return them from another function, or pass them as arguments. However, by creating a [code]FuncRef[/code] using the [method @GDScript.funcref] function, a reference to a function in a given object can be created, passed around and called.

func (*FuncRef) BaseClass ¶ 

func (o *FuncRef) BaseClass() string

func (*FuncRef) CallFunc ¶ 

func (o *FuncRef) CallFunc() gdnative.Variant
        Calls the referenced function previously set by [method set_function] or [method @GDScript.funcref].
	Args: [], Returns: Variant

func (*FuncRef) SetFunction ¶ 

func (o *FuncRef) SetFunction(name gdnative.String)
        The name of the referenced function to call on the object, without parentheses or any parameters.
	Args: [{ false name String}], Returns: void

func (*FuncRef) SetInstance ¶ 

func (o *FuncRef) SetInstance(instance ObjectImplementer)
        The object containing the referenced function. This object must be of a type actually inheriting from [Object], not a built-in type such as [int], [Vector2] or [Dictionary].
	Args: [{ false instance Object}], Returns: void

type FuncRefImplementer ¶ 

type FuncRefImplementer interface {
	ReferenceImplementer
	CallFunc() gdnative.Variant
	SetFunction(name gdnative.String)
	SetInstance(instance ObjectImplementer)
}

FuncRefImplementer is an interface that implements the methods of the FuncRef class.

type GDNative ¶ 

type GDNative struct {
	Reference
	// contains filtered or unexported fields
}

Undocumented

func (*GDNative) BaseClass ¶ 

func (o *GDNative) BaseClass() string

func (*GDNative) CallNative ¶ 

func (o *GDNative) CallNative(callingType gdnative.String, procedureName gdnative.String, arguments gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{ false calling_type String} { false procedure_name String} { false arguments Array}], Returns: Variant

func (*GDNative) GetLibrary ¶ 

func (o *GDNative) GetLibrary() GDNativeLibraryImplementer
        Undocumented
	Args: [], Returns: GDNativeLibrary

func (*GDNative) Initialize ¶ 

func (o *GDNative) Initialize() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GDNative) SetLibrary ¶ 

func (o *GDNative) SetLibrary(library GDNativeLibraryImplementer)
        Undocumented
	Args: [{ false library GDNativeLibrary}], Returns: void

func (*GDNative) Terminate ¶ 

func (o *GDNative) Terminate() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

type GDNativeImplementer ¶ 

type GDNativeImplementer interface {
	ReferenceImplementer
	CallNative(callingType gdnative.String, procedureName gdnative.String, arguments gdnative.Array) gdnative.Variant
	GetLibrary() GDNativeLibraryImplementer
	Initialize() gdnative.Bool
	SetLibrary(library GDNativeLibraryImplementer)
	Terminate() gdnative.Bool
}

GDNativeImplementer is an interface that implements the methods of the GDNative class.

type GDNativeLibrary ¶ 

type GDNativeLibrary struct {
	Resource
	// contains filtered or unexported fields
}

Undocumented

func (*GDNativeLibrary) BaseClass ¶ 

func (o *GDNativeLibrary) BaseClass() string

func (*GDNativeLibrary) GetConfigFile ¶ 

func (o *GDNativeLibrary) GetConfigFile() ConfigFileImplementer
        Undocumented
	Args: [], Returns: ConfigFile

func (*GDNativeLibrary) GetCurrentDependencies ¶ 

func (o *GDNativeLibrary) GetCurrentDependencies() gdnative.PoolStringArray
        Undocumented
	Args: [], Returns: PoolStringArray

func (*GDNativeLibrary) GetCurrentLibraryPath ¶ 

func (o *GDNativeLibrary) GetCurrentLibraryPath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*GDNativeLibrary) GetSymbolPrefix ¶ 

func (o *GDNativeLibrary) GetSymbolPrefix() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*GDNativeLibrary) IsReloadable ¶ 

func (o *GDNativeLibrary) IsReloadable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GDNativeLibrary) IsSingleton ¶ 

func (o *GDNativeLibrary) IsSingleton() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GDNativeLibrary) SetLoadOnce ¶ 

func (o *GDNativeLibrary) SetLoadOnce(loadOnce gdnative.Bool)
        Undocumented
	Args: [{ false load_once bool}], Returns: void

func (*GDNativeLibrary) SetReloadable ¶ 

func (o *GDNativeLibrary) SetReloadable(reloadable gdnative.Bool)
        Undocumented
	Args: [{ false reloadable bool}], Returns: void

func (*GDNativeLibrary) SetSingleton ¶ 

func (o *GDNativeLibrary) SetSingleton(singleton gdnative.Bool)
        Undocumented
	Args: [{ false singleton bool}], Returns: void

func (*GDNativeLibrary) SetSymbolPrefix ¶ 

func (o *GDNativeLibrary) SetSymbolPrefix(symbolPrefix gdnative.String)
        Undocumented
	Args: [{ false symbol_prefix String}], Returns: void

func (*GDNativeLibrary) ShouldLoadOnce ¶ 

func (o *GDNativeLibrary) ShouldLoadOnce() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

type GDNativeLibraryImplementer ¶ 

type GDNativeLibraryImplementer interface {
	ResourceImplementer
	GetConfigFile() ConfigFileImplementer
	GetCurrentDependencies() gdnative.PoolStringArray
	GetCurrentLibraryPath() gdnative.String
	GetSymbolPrefix() gdnative.String
	IsReloadable() gdnative.Bool
	IsSingleton() gdnative.Bool
	SetLoadOnce(loadOnce gdnative.Bool)
	SetReloadable(reloadable gdnative.Bool)
	SetSingleton(singleton gdnative.Bool)
	SetSymbolPrefix(symbolPrefix gdnative.String)
	ShouldLoadOnce() gdnative.Bool
}

GDNativeLibraryImplementer is an interface that implements the methods of the GDNativeLibrary class.

type GDScript ¶ 

type GDScript struct {
	Script
	// contains filtered or unexported fields
}

Undocumented

func (*GDScript) BaseClass ¶ 

func (o *GDScript) BaseClass() string

func (*GDScript) GetAsByteCode ¶ 

func (o *GDScript) GetAsByteCode() gdnative.PoolByteArray
        Undocumented
	Args: [], Returns: PoolByteArray

func (*GDScript) New ¶ 

func (o *GDScript) New() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

type GDScriptFunctionState ¶ 

type GDScriptFunctionState struct {
	Reference
	// contains filtered or unexported fields
}

Undocumented

func (*GDScriptFunctionState) BaseClass ¶ 

func (o *GDScriptFunctionState) BaseClass() string

func (*GDScriptFunctionState) IsValid ¶ 

func (o *GDScriptFunctionState) IsValid(extendedCheck gdnative.Bool) gdnative.Bool
        Undocumented
	Args: [{False true extended_check bool}], Returns: bool

func (*GDScriptFunctionState) Resume ¶ 

func (o *GDScriptFunctionState) Resume(arg gdnative.Variant) gdnative.Variant
        Undocumented
	Args: [{Null true arg Variant}], Returns: Variant

func (*GDScriptFunctionState) X_SignalCallback ¶ 

func (o *GDScriptFunctionState) X_SignalCallback() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

type GDScriptFunctionStateImplementer ¶ 

type GDScriptFunctionStateImplementer interface {
	ReferenceImplementer
	X_SignalCallback() gdnative.Variant
	IsValid(extendedCheck gdnative.Bool) gdnative.Bool
	Resume(arg gdnative.Variant) gdnative.Variant
}

GDScriptFunctionStateImplementer is an interface that implements the methods of the GDScriptFunctionState class.

type GDScriptImplementer ¶ 

type GDScriptImplementer interface {
	ScriptImplementer
	GetAsByteCode() gdnative.PoolByteArray
	New() ObjectImplementer
}

GDScriptImplementer is an interface that implements the methods of the GDScript class.

type GIProbe ¶ 

type GIProbe struct {
	VisualInstance
	// contains filtered or unexported fields
}

func (*GIProbe) Bake ¶ 

func (o *GIProbe) Bake(fromNode ObjectImplementer, createVisualDebug gdnative.Bool)

Args: [{Null true from_node Object} {False true create_visual_debug bool}], Returns: void

func (*GIProbe) BaseClass ¶ 

func (o *GIProbe) BaseClass() string

func (*GIProbe) DebugBake ¶ 

func (o *GIProbe) DebugBake()

Args: [], Returns: void

func (*GIProbe) GetBias ¶ 

func (o *GIProbe) GetBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbe) GetDynamicRange ¶ 

func (o *GIProbe) GetDynamicRange() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GIProbe) GetEnergy ¶ 

func (o *GIProbe) GetEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbe) GetExtents ¶ 

func (o *GIProbe) GetExtents() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*GIProbe) GetNormalBias ¶ 

func (o *GIProbe) GetNormalBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbe) GetProbeData ¶ 

func (o *GIProbe) GetProbeData() GIProbeDataImplementer
        Undocumented
	Args: [], Returns: GIProbeData

func (*GIProbe) GetPropagation ¶ 

func (o *GIProbe) GetPropagation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbe) GetSubdiv ¶ 

func (o *GIProbe) GetSubdiv() GIProbeSubdiv
        Undocumented
	Args: [], Returns: enum.GIProbe::Subdiv

func (*GIProbe) IsCompressed ¶ 

func (o *GIProbe) IsCompressed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GIProbe) IsInterior ¶ 

func (o *GIProbe) IsInterior() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GIProbe) SetBias ¶ 

func (o *GIProbe) SetBias(max gdnative.Real)
        Undocumented
	Args: [{ false max float}], Returns: void

func (*GIProbe) SetCompress ¶ 

func (o *GIProbe) SetCompress(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GIProbe) SetDynamicRange ¶ 

func (o *GIProbe) SetDynamicRange(max gdnative.Int)
        Undocumented
	Args: [{ false max int}], Returns: void

func (*GIProbe) SetEnergy ¶ 

func (o *GIProbe) SetEnergy(max gdnative.Real)
        Undocumented
	Args: [{ false max float}], Returns: void

func (*GIProbe) SetExtents ¶ 

func (o *GIProbe) SetExtents(extents gdnative.Vector3)
        Undocumented
	Args: [{ false extents Vector3}], Returns: void

func (*GIProbe) SetInterior ¶ 

func (o *GIProbe) SetInterior(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GIProbe) SetNormalBias ¶ 

func (o *GIProbe) SetNormalBias(max gdnative.Real)
        Undocumented
	Args: [{ false max float}], Returns: void

func (*GIProbe) SetProbeData ¶ 

func (o *GIProbe) SetProbeData(data GIProbeDataImplementer)
        Undocumented
	Args: [{ false data GIProbeData}], Returns: void

func (*GIProbe) SetPropagation ¶ 

func (o *GIProbe) SetPropagation(max gdnative.Real)
        Undocumented
	Args: [{ false max float}], Returns: void

func (*GIProbe) SetSubdiv ¶ 

func (o *GIProbe) SetSubdiv(subdiv gdnative.Int)
        Undocumented
	Args: [{ false subdiv int}], Returns: void

type GIProbeData ¶ 

type GIProbeData struct {
	Resource
	// contains filtered or unexported fields
}

func (*GIProbeData) BaseClass ¶ 

func (o *GIProbeData) BaseClass() string

func (*GIProbeData) GetBias ¶ 

func (o *GIProbeData) GetBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbeData) GetBounds ¶ 

func (o *GIProbeData) GetBounds() gdnative.Aabb
        Undocumented
	Args: [], Returns: AABB

func (*GIProbeData) GetCellSize ¶ 

func (o *GIProbeData) GetCellSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbeData) GetDynamicData ¶ 

func (o *GIProbeData) GetDynamicData() gdnative.PoolIntArray
        Undocumented
	Args: [], Returns: PoolIntArray

func (*GIProbeData) GetDynamicRange ¶ 

func (o *GIProbeData) GetDynamicRange() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GIProbeData) GetEnergy ¶ 

func (o *GIProbeData) GetEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbeData) GetNormalBias ¶ 

func (o *GIProbeData) GetNormalBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbeData) GetPropagation ¶ 

func (o *GIProbeData) GetPropagation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GIProbeData) GetToCellXform ¶ 

func (o *GIProbeData) GetToCellXform() gdnative.Transform
        Undocumented
	Args: [], Returns: Transform

func (*GIProbeData) IsCompressed ¶ 

func (o *GIProbeData) IsCompressed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GIProbeData) IsInterior ¶ 

func (o *GIProbeData) IsInterior() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GIProbeData) SetBias ¶ 

func (o *GIProbeData) SetBias(bias gdnative.Real)
        Undocumented
	Args: [{ false bias float}], Returns: void

func (*GIProbeData) SetBounds ¶ 

func (o *GIProbeData) SetBounds(bounds gdnative.Aabb)
        Undocumented
	Args: [{ false bounds AABB}], Returns: void

func (*GIProbeData) SetCellSize ¶ 

func (o *GIProbeData) SetCellSize(cellSize gdnative.Real)
        Undocumented
	Args: [{ false cell_size float}], Returns: void

func (*GIProbeData) SetCompress ¶ 

func (o *GIProbeData) SetCompress(compress gdnative.Bool)
        Undocumented
	Args: [{ false compress bool}], Returns: void

func (*GIProbeData) SetDynamicData ¶ 

func (o *GIProbeData) SetDynamicData(dynamicData gdnative.PoolIntArray)
        Undocumented
	Args: [{ false dynamic_data PoolIntArray}], Returns: void

func (*GIProbeData) SetDynamicRange ¶ 

func (o *GIProbeData) SetDynamicRange(dynamicRange gdnative.Int)
        Undocumented
	Args: [{ false dynamic_range int}], Returns: void

func (*GIProbeData) SetEnergy ¶ 

func (o *GIProbeData) SetEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*GIProbeData) SetInterior ¶ 

func (o *GIProbeData) SetInterior(interior gdnative.Bool)
        Undocumented
	Args: [{ false interior bool}], Returns: void

func (*GIProbeData) SetNormalBias ¶ 

func (o *GIProbeData) SetNormalBias(bias gdnative.Real)
        Undocumented
	Args: [{ false bias float}], Returns: void

func (*GIProbeData) SetPropagation ¶ 

func (o *GIProbeData) SetPropagation(propagation gdnative.Real)
        Undocumented
	Args: [{ false propagation float}], Returns: void

func (*GIProbeData) SetToCellXform ¶ 

func (o *GIProbeData) SetToCellXform(toCellXform gdnative.Transform)
        Undocumented
	Args: [{ false to_cell_xform Transform}], Returns: void

type GIProbeDataImplementer ¶ 

type GIProbeDataImplementer interface {
	ResourceImplementer
	GetBias() gdnative.Real
	GetBounds() gdnative.Aabb
	GetCellSize() gdnative.Real
	GetDynamicData() gdnative.PoolIntArray
	GetDynamicRange() gdnative.Int
	GetEnergy() gdnative.Real
	GetNormalBias() gdnative.Real
	GetPropagation() gdnative.Real
	GetToCellXform() gdnative.Transform
	IsCompressed() gdnative.Bool
	IsInterior() gdnative.Bool
	SetBias(bias gdnative.Real)
	SetBounds(bounds gdnative.Aabb)
	SetCellSize(cellSize gdnative.Real)
	SetCompress(compress gdnative.Bool)
	SetDynamicData(dynamicData gdnative.PoolIntArray)
	SetDynamicRange(dynamicRange gdnative.Int)
	SetEnergy(energy gdnative.Real)
	SetInterior(interior gdnative.Bool)
	SetNormalBias(bias gdnative.Real)
	SetPropagation(propagation gdnative.Real)
	SetToCellXform(toCellXform gdnative.Transform)
}

GIProbeDataImplementer is an interface that implements the methods of the GIProbeData class.

type GIProbeImplementer ¶ 

type GIProbeImplementer interface {
	VisualInstanceImplementer
	Bake(fromNode ObjectImplementer, createVisualDebug gdnative.Bool)
	DebugBake()
	GetBias() gdnative.Real
	GetDynamicRange() gdnative.Int
	GetEnergy() gdnative.Real
	GetExtents() gdnative.Vector3
	GetNormalBias() gdnative.Real
	GetProbeData() GIProbeDataImplementer
	GetPropagation() gdnative.Real
	IsCompressed() gdnative.Bool
	IsInterior() gdnative.Bool
	SetBias(max gdnative.Real)
	SetCompress(enable gdnative.Bool)
	SetDynamicRange(max gdnative.Int)
	SetEnergy(max gdnative.Real)
	SetExtents(extents gdnative.Vector3)
	SetInterior(enable gdnative.Bool)
	SetNormalBias(max gdnative.Real)
	SetProbeData(data GIProbeDataImplementer)
	SetPropagation(max gdnative.Real)
	SetSubdiv(subdiv gdnative.Int)
}

GIProbeImplementer is an interface that implements the methods of the GIProbe class.

type GIProbeSubdiv ¶ 

type GIProbeSubdiv int

GIProbeSubdiv is an enum for Subdiv values. 

const (
	GIProbeSubdiv128 GIProbeSubdiv = 1
	GIProbeSubdiv256 GIProbeSubdiv = 2
	GIProbeSubdiv512 GIProbeSubdiv = 3
	GIProbeSubdiv64  GIProbeSubdiv = 0
	GIProbeSubdivMax GIProbeSubdiv = 4
)

type Generic6DOFJoint ¶ 

type Generic6DOFJoint struct {
	Joint
	// contains filtered or unexported fields
}

The first 3 dof axes are linear axes, which represent translation of Bodies, and the latter 3 dof axes represent the angular motion. Each axis can be either locked, or limited.

func (*Generic6DOFJoint) BaseClass ¶ 

func (o *Generic6DOFJoint) BaseClass() string

func (*Generic6DOFJoint) GetFlagX ¶ 

func (o *Generic6DOFJoint) GetFlagX(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*Generic6DOFJoint) GetFlagY ¶ 

func (o *Generic6DOFJoint) GetFlagY(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*Generic6DOFJoint) GetFlagZ ¶ 

func (o *Generic6DOFJoint) GetFlagZ(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*Generic6DOFJoint) GetParamX ¶ 

func (o *Generic6DOFJoint) GetParamX(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*Generic6DOFJoint) GetParamY ¶ 

func (o *Generic6DOFJoint) GetParamY(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*Generic6DOFJoint) GetParamZ ¶ 

func (o *Generic6DOFJoint) GetParamZ(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*Generic6DOFJoint) SetFlagX ¶ 

func (o *Generic6DOFJoint) SetFlagX(flag gdnative.Int, value gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false value bool}], Returns: void

func (*Generic6DOFJoint) SetFlagY ¶ 

func (o *Generic6DOFJoint) SetFlagY(flag gdnative.Int, value gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false value bool}], Returns: void

func (*Generic6DOFJoint) SetFlagZ ¶ 

func (o *Generic6DOFJoint) SetFlagZ(flag gdnative.Int, value gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false value bool}], Returns: void

func (*Generic6DOFJoint) SetParamX ¶ 

func (o *Generic6DOFJoint) SetParamX(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*Generic6DOFJoint) SetParamY ¶ 

func (o *Generic6DOFJoint) SetParamY(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*Generic6DOFJoint) SetParamZ ¶ 

func (o *Generic6DOFJoint) SetParamZ(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*Generic6DOFJoint) X_GetAngularHiLimitX ¶ 

func (o *Generic6DOFJoint) X_GetAngularHiLimitX() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Generic6DOFJoint) X_GetAngularHiLimitY ¶ 

func (o *Generic6DOFJoint) X_GetAngularHiLimitY() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Generic6DOFJoint) X_GetAngularHiLimitZ ¶ 

func (o *Generic6DOFJoint) X_GetAngularHiLimitZ() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Generic6DOFJoint) X_GetAngularLoLimitX ¶ 

func (o *Generic6DOFJoint) X_GetAngularLoLimitX() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Generic6DOFJoint) X_GetAngularLoLimitY ¶ 

func (o *Generic6DOFJoint) X_GetAngularLoLimitY() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Generic6DOFJoint) X_GetAngularLoLimitZ ¶ 

func (o *Generic6DOFJoint) X_GetAngularLoLimitZ() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Generic6DOFJoint) X_SetAngularHiLimitX ¶ 

func (o *Generic6DOFJoint) X_SetAngularHiLimitX(angle gdnative.Real)
        Undocumented
	Args: [{ false angle float}], Returns: void

func (*Generic6DOFJoint) X_SetAngularHiLimitY ¶ 

func (o *Generic6DOFJoint) X_SetAngularHiLimitY(angle gdnative.Real)
        Undocumented
	Args: [{ false angle float}], Returns: void

func (*Generic6DOFJoint) X_SetAngularHiLimitZ ¶ 

func (o *Generic6DOFJoint) X_SetAngularHiLimitZ(angle gdnative.Real)
        Undocumented
	Args: [{ false angle float}], Returns: void

func (*Generic6DOFJoint) X_SetAngularLoLimitX ¶ 

func (o *Generic6DOFJoint) X_SetAngularLoLimitX(angle gdnative.Real)
        Undocumented
	Args: [{ false angle float}], Returns: void

func (*Generic6DOFJoint) X_SetAngularLoLimitY ¶ 

func (o *Generic6DOFJoint) X_SetAngularLoLimitY(angle gdnative.Real)
        Undocumented
	Args: [{ false angle float}], Returns: void

func (*Generic6DOFJoint) X_SetAngularLoLimitZ ¶ 

func (o *Generic6DOFJoint) X_SetAngularLoLimitZ(angle gdnative.Real)
        Undocumented
	Args: [{ false angle float}], Returns: void

type Generic6DOFJointFlag ¶ 

type Generic6DOFJointFlag int

Generic6DOFJointFlag is an enum for Flag values. 

const (
	Generic6DOFJointFlagEnableAngularLimit Generic6DOFJointFlag = 1
	Generic6DOFJointFlagEnableLinearLimit  Generic6DOFJointFlag = 0
	Generic6DOFJointFlagEnableMotor        Generic6DOFJointFlag = 2
	Generic6DOFJointFlagMax                Generic6DOFJointFlag = 3
)

type Generic6DOFJointImplementer ¶ 

type Generic6DOFJointImplementer interface {
	JointImplementer
	X_GetAngularHiLimitX() gdnative.Real
	X_GetAngularHiLimitY() gdnative.Real
	X_GetAngularHiLimitZ() gdnative.Real
	X_GetAngularLoLimitX() gdnative.Real
	X_GetAngularLoLimitY() gdnative.Real
	X_GetAngularLoLimitZ() gdnative.Real
	X_SetAngularHiLimitX(angle gdnative.Real)
	X_SetAngularHiLimitY(angle gdnative.Real)
	X_SetAngularHiLimitZ(angle gdnative.Real)
	X_SetAngularLoLimitX(angle gdnative.Real)
	X_SetAngularLoLimitY(angle gdnative.Real)
	X_SetAngularLoLimitZ(angle gdnative.Real)
	GetFlagX(flag gdnative.Int) gdnative.Bool
	GetFlagY(flag gdnative.Int) gdnative.Bool
	GetFlagZ(flag gdnative.Int) gdnative.Bool
	GetParamX(param gdnative.Int) gdnative.Real
	GetParamY(param gdnative.Int) gdnative.Real
	GetParamZ(param gdnative.Int) gdnative.Real
	SetFlagX(flag gdnative.Int, value gdnative.Bool)
	SetFlagY(flag gdnative.Int, value gdnative.Bool)
	SetFlagZ(flag gdnative.Int, value gdnative.Bool)
	SetParamX(param gdnative.Int, value gdnative.Real)
	SetParamY(param gdnative.Int, value gdnative.Real)
	SetParamZ(param gdnative.Int, value gdnative.Real)
}

Generic6DOFJointImplementer is an interface that implements the methods of the Generic6DOFJoint class.

type Generic6DOFJointParam ¶ 

type Generic6DOFJointParam int

Generic6DOFJointParam is an enum for Param values. 

const (
	Generic6DOFJointParamAngularDamping             Generic6DOFJointParam = 8
	Generic6DOFJointParamAngularErp                 Generic6DOFJointParam = 11
	Generic6DOFJointParamAngularForceLimit          Generic6DOFJointParam = 10
	Generic6DOFJointParamAngularLimitSoftness       Generic6DOFJointParam = 7
	Generic6DOFJointParamAngularLowerLimit          Generic6DOFJointParam = 5
	Generic6DOFJointParamAngularMotorForceLimit     Generic6DOFJointParam = 13
	Generic6DOFJointParamAngularMotorTargetVelocity Generic6DOFJointParam = 12
	Generic6DOFJointParamAngularRestitution         Generic6DOFJointParam = 9
	Generic6DOFJointParamAngularUpperLimit          Generic6DOFJointParam = 6
	Generic6DOFJointParamLinearDamping              Generic6DOFJointParam = 4
	Generic6DOFJointParamLinearLimitSoftness        Generic6DOFJointParam = 2
	Generic6DOFJointParamLinearLowerLimit           Generic6DOFJointParam = 0
	Generic6DOFJointParamLinearRestitution          Generic6DOFJointParam = 3
	Generic6DOFJointParamLinearUpperLimit           Generic6DOFJointParam = 1
	Generic6DOFJointParamMax                        Generic6DOFJointParam = 14
)

type GeometryImplementer ¶ 

type GeometryImplementer interface {
	ObjectImplementer
	BuildBoxPlanes(extents gdnative.Vector3) gdnative.Array
	BuildCapsulePlanes(radius gdnative.Real, height gdnative.Real, sides gdnative.Int, lats gdnative.Int, axis gdnative.Int) gdnative.Array
	BuildCylinderPlanes(radius gdnative.Real, height gdnative.Real, sides gdnative.Int, axis gdnative.Int) gdnative.Array
	ClipPolygon(points gdnative.PoolVector3Array, plane gdnative.Plane) gdnative.PoolVector3Array
	ConvexHull2D(points gdnative.PoolVector2Array) gdnative.PoolVector2Array
	GetClosestPointToSegment(point gdnative.Vector3, s1 gdnative.Vector3, s2 gdnative.Vector3) gdnative.Vector3
	GetClosestPointToSegment2D(point gdnative.Vector2, s1 gdnative.Vector2, s2 gdnative.Vector2) gdnative.Vector2
	GetClosestPointToSegmentUncapped(point gdnative.Vector3, s1 gdnative.Vector3, s2 gdnative.Vector3) gdnative.Vector3
	GetClosestPointToSegmentUncapped2D(point gdnative.Vector2, s1 gdnative.Vector2, s2 gdnative.Vector2) gdnative.Vector2
	GetClosestPointsBetweenSegments(p1 gdnative.Vector3, p2 gdnative.Vector3, q1 gdnative.Vector3, q2 gdnative.Vector3) gdnative.PoolVector3Array
	GetClosestPointsBetweenSegments2D(p1 gdnative.Vector2, q1 gdnative.Vector2, p2 gdnative.Vector2, q2 gdnative.Vector2) gdnative.PoolVector2Array
	GetUv84NormalBit(normal gdnative.Vector3) gdnative.Int
	MakeAtlas(sizes gdnative.PoolVector2Array) gdnative.Dictionary
	PointIsInsideTriangle(point gdnative.Vector2, a gdnative.Vector2, b gdnative.Vector2, c gdnative.Vector2) gdnative.Bool
	RayIntersectsTriangle(from gdnative.Vector3, dir gdnative.Vector3, a gdnative.Vector3, b gdnative.Vector3, c gdnative.Vector3) gdnative.Variant
	SegmentIntersectsCircle(segmentFrom gdnative.Vector2, segmentTo gdnative.Vector2, circlePosition gdnative.Vector2, circleRadius gdnative.Real) gdnative.Real
	SegmentIntersectsConvex(from gdnative.Vector3, to gdnative.Vector3, planes gdnative.Array) gdnative.PoolVector3Array
	SegmentIntersectsCylinder(from gdnative.Vector3, to gdnative.Vector3, height gdnative.Real, radius gdnative.Real) gdnative.PoolVector3Array
	SegmentIntersectsSegment2D(fromA gdnative.Vector2, toA gdnative.Vector2, fromB gdnative.Vector2, toB gdnative.Vector2) gdnative.Variant
	SegmentIntersectsSphere(from gdnative.Vector3, to gdnative.Vector3, spherePosition gdnative.Vector3, sphereRadius gdnative.Real) gdnative.PoolVector3Array
	SegmentIntersectsTriangle(from gdnative.Vector3, to gdnative.Vector3, a gdnative.Vector3, b gdnative.Vector3, c gdnative.Vector3) gdnative.Variant
	TriangulatePolygon(polygon gdnative.PoolVector2Array) gdnative.PoolIntArray
}

GeometryImplementer is an interface that implements the methods of the Geometry class.

type GeometryInstance ¶ 

type GeometryInstance struct {
	VisualInstance
	// contains filtered or unexported fields
}

Base node for geometry based visual instances. Shares some common functionality like visibility and custom materials.

func (*GeometryInstance) BaseClass ¶ 

func (o *GeometryInstance) BaseClass() string

func (*GeometryInstance) GetCastShadowsSetting ¶ 

func (o *GeometryInstance) GetCastShadowsSetting() GeometryInstanceShadowCastingSetting
        Undocumented
	Args: [], Returns: enum.GeometryInstance::ShadowCastingSetting

func (*GeometryInstance) GetExtraCullMargin ¶ 

func (o *GeometryInstance) GetExtraCullMargin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GeometryInstance) GetFlag ¶ 

func (o *GeometryInstance) GetFlag(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*GeometryInstance) GetLodMaxDistance ¶ 

func (o *GeometryInstance) GetLodMaxDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GeometryInstance) GetLodMaxHysteresis ¶ 

func (o *GeometryInstance) GetLodMaxHysteresis() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GeometryInstance) GetLodMinDistance ¶ 

func (o *GeometryInstance) GetLodMinDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GeometryInstance) GetLodMinHysteresis ¶ 

func (o *GeometryInstance) GetLodMinHysteresis() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GeometryInstance) GetMaterialOverride ¶ 

func (o *GeometryInstance) GetMaterialOverride() MaterialImplementer
        Undocumented
	Args: [], Returns: Material

func (*GeometryInstance) SetCastShadowsSetting ¶ 

func (o *GeometryInstance) SetCastShadowsSetting(shadowCastingSetting gdnative.Int)
        Undocumented
	Args: [{ false shadow_casting_setting int}], Returns: void

func (*GeometryInstance) SetExtraCullMargin ¶ 

func (o *GeometryInstance) SetExtraCullMargin(margin gdnative.Real)
        Undocumented
	Args: [{ false margin float}], Returns: void

func (*GeometryInstance) SetFlag ¶ 

func (o *GeometryInstance) SetFlag(flag gdnative.Int, value gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false value bool}], Returns: void

func (*GeometryInstance) SetLodMaxDistance ¶ 

func (o *GeometryInstance) SetLodMaxDistance(mode gdnative.Real)
        Undocumented
	Args: [{ false mode float}], Returns: void

func (*GeometryInstance) SetLodMaxHysteresis ¶ 

func (o *GeometryInstance) SetLodMaxHysteresis(mode gdnative.Real)
        Undocumented
	Args: [{ false mode float}], Returns: void

func (*GeometryInstance) SetLodMinDistance ¶ 

func (o *GeometryInstance) SetLodMinDistance(mode gdnative.Real)
        Undocumented
	Args: [{ false mode float}], Returns: void

func (*GeometryInstance) SetLodMinHysteresis ¶ 

func (o *GeometryInstance) SetLodMinHysteresis(mode gdnative.Real)
        Undocumented
	Args: [{ false mode float}], Returns: void

func (*GeometryInstance) SetMaterialOverride ¶ 

func (o *GeometryInstance) SetMaterialOverride(material MaterialImplementer)
        Undocumented
	Args: [{ false material Material}], Returns: void

type GeometryInstanceFlags ¶ 

type GeometryInstanceFlags int

GeometryInstanceFlags is an enum for Flags values. 

const (
	GeometryInstanceFlagMax           GeometryInstanceFlags = 1
	GeometryInstanceFlagUseBakedLight GeometryInstanceFlags = 0
)

type GeometryInstanceImplementer ¶ 

type GeometryInstanceImplementer interface {
	VisualInstanceImplementer
	GetExtraCullMargin() gdnative.Real
	GetFlag(flag gdnative.Int) gdnative.Bool
	GetLodMaxDistance() gdnative.Real
	GetLodMaxHysteresis() gdnative.Real
	GetLodMinDistance() gdnative.Real
	GetLodMinHysteresis() gdnative.Real
	GetMaterialOverride() MaterialImplementer
	SetCastShadowsSetting(shadowCastingSetting gdnative.Int)
	SetExtraCullMargin(margin gdnative.Real)
	SetFlag(flag gdnative.Int, value gdnative.Bool)
	SetLodMaxDistance(mode gdnative.Real)
	SetLodMaxHysteresis(mode gdnative.Real)
	SetLodMinDistance(mode gdnative.Real)
	SetLodMinHysteresis(mode gdnative.Real)
	SetMaterialOverride(material MaterialImplementer)
}

GeometryInstanceImplementer is an interface that implements the methods of the GeometryInstance class.

type GeometryInstanceShadowCastingSetting ¶ 

type GeometryInstanceShadowCastingSetting int

GeometryInstanceShadowCastingSetting is an enum for ShadowCastingSetting values. 

const (
	GeometryInstanceShadowCastingSettingDoubleSided GeometryInstanceShadowCastingSetting = 2
	GeometryInstanceShadowCastingSettingOff         GeometryInstanceShadowCastingSetting = 0
	GeometryInstanceShadowCastingSettingOn          GeometryInstanceShadowCastingSetting = 1
	GeometryInstanceShadowCastingSettingShadowsOnly GeometryInstanceShadowCastingSetting = 3
)

type Gradient ¶ 

type Gradient struct {
	Resource
	// contains filtered or unexported fields
}

Given a set of colors, this node will interpolate them in order, meaning, that if you have color 1, color 2 and color3, the ramp will interpolate (generate the colors between two colors) from color 1 to color 2 and from color 2 to color 3. Initially the ramp will have 2 colors (black and white), one (black) at ramp lower offset offset 0 and the other (white) at the ramp higher offset 1.

func (*Gradient) AddPoint ¶ 

func (o *Gradient) AddPoint(offset gdnative.Real, color gdnative.Color)
        Adds the specified color to the end of the ramp, with the specified offset
	Args: [{ false offset float} { false color Color}], Returns: void

func (*Gradient) BaseClass ¶ 

func (o *Gradient) BaseClass() string

func (*Gradient) GetColor ¶ 

func (o *Gradient) GetColor(point gdnative.Int) gdnative.Color
        Returns the color of the ramp color at index [i]point[/i]
	Args: [{ false point int}], Returns: Color

func (*Gradient) GetColors ¶ 

func (o *Gradient) GetColors() gdnative.PoolColorArray
        Undocumented
	Args: [], Returns: PoolColorArray

func (*Gradient) GetOffset ¶ 

func (o *Gradient) GetOffset(point gdnative.Int) gdnative.Real
        Returns the offset of the ramp color at index [i]point[/i]
	Args: [{ false point int}], Returns: float

func (*Gradient) GetOffsets ¶ 

func (o *Gradient) GetOffsets() gdnative.PoolRealArray
        Undocumented
	Args: [], Returns: PoolRealArray

func (*Gradient) GetPointCount ¶ 

func (o *Gradient) GetPointCount() gdnative.Int
        Returns the number of colors in the ramp
	Args: [], Returns: int

func (*Gradient) Interpolate ¶ 

func (o *Gradient) Interpolate(offset gdnative.Real) gdnative.Color
        Returns the interpolated color specified by [i]offset[/i]
	Args: [{ false offset float}], Returns: Color

func (*Gradient) RemovePoint ¶ 

func (o *Gradient) RemovePoint(offset gdnative.Int)
        Removes the color at the index [i]offset[/i]
	Args: [{ false offset int}], Returns: void

func (*Gradient) SetColor ¶ 

func (o *Gradient) SetColor(point gdnative.Int, color gdnative.Color)
        Sets the color of the ramp color at index [i]point[/i]
	Args: [{ false point int} { false color Color}], Returns: void

func (*Gradient) SetColors ¶ 

func (o *Gradient) SetColors(colors gdnative.PoolColorArray)
        Undocumented
	Args: [{ false colors PoolColorArray}], Returns: void

func (*Gradient) SetOffset ¶ 

func (o *Gradient) SetOffset(point gdnative.Int, offset gdnative.Real)
        Sets the offset for the ramp color at index [i]point[/i]
	Args: [{ false point int} { false offset float}], Returns: void

func (*Gradient) SetOffsets ¶ 

func (o *Gradient) SetOffsets(offsets gdnative.PoolRealArray)
        Undocumented
	Args: [{ false offsets PoolRealArray}], Returns: void

type GradientImplementer ¶ 

type GradientImplementer interface {
	ResourceImplementer
	AddPoint(offset gdnative.Real, color gdnative.Color)
	GetColor(point gdnative.Int) gdnative.Color
	GetColors() gdnative.PoolColorArray
	GetOffset(point gdnative.Int) gdnative.Real
	GetOffsets() gdnative.PoolRealArray
	GetPointCount() gdnative.Int
	Interpolate(offset gdnative.Real) gdnative.Color
	RemovePoint(offset gdnative.Int)
	SetColor(point gdnative.Int, color gdnative.Color)
	SetColors(colors gdnative.PoolColorArray)
	SetOffset(point gdnative.Int, offset gdnative.Real)
	SetOffsets(offsets gdnative.PoolRealArray)
}

GradientImplementer is an interface that implements the methods of the Gradient class.

type GradientTexture ¶ 

type GradientTexture struct {
	Texture
	// contains filtered or unexported fields
}

Uses a Gradient to fill the texture data, the gradient will be filled from left to right using colors obtained from the gradient, this means that the texture does not necessarily represent an exact copy of the gradient, but instead an interpolation of samples obtained from the gradient at fixed steps (see [method set_width]).

func (*GradientTexture) BaseClass ¶ 

func (o *GradientTexture) BaseClass() string

func (*GradientTexture) GetGradient ¶ 

func (o *GradientTexture) GetGradient() GradientImplementer
        Undocumented
	Args: [], Returns: Gradient

func (*GradientTexture) SetGradient ¶ 

func (o *GradientTexture) SetGradient(gradient GradientImplementer)
        Undocumented
	Args: [{ false gradient Gradient}], Returns: void

func (*GradientTexture) SetWidth ¶ 

func (o *GradientTexture) SetWidth(width gdnative.Int)
        Undocumented
	Args: [{ false width int}], Returns: void

func (*GradientTexture) X_Update ¶ 

func (o *GradientTexture) X_Update()
        Undocumented
	Args: [], Returns: void

type GradientTextureImplementer ¶ 

type GradientTextureImplementer interface {
	TextureImplementer
	X_Update()
	GetGradient() GradientImplementer
	SetGradient(gradient GradientImplementer)
	SetWidth(width gdnative.Int)
}

GradientTextureImplementer is an interface that implements the methods of the GradientTexture class.

type GraphEdit ¶ 

type GraphEdit struct {
	Control
	// contains filtered or unexported fields
}

GraphEdit manages the showing of GraphNodes it contains, as well as connections and disconnections between them. Signals are sent for each of these two events. Disconnection between GraphNodes slots is disabled by default. It is greatly advised to enable low processor usage mode (see [method OS.set_low_processor_usage_mode]) when using GraphEdits.

func (*GraphEdit) AddValidConnectionType ¶ 

func (o *GraphEdit) AddValidConnectionType(fromType gdnative.Int, toType gdnative.Int)
        Makes possible the connection between two different slot types. The type is defined with the [method GraphNode.set_slot] method.
	Args: [{ false from_type int} { false to_type int}], Returns: void

func (*GraphEdit) AddValidLeftDisconnectType ¶ 

func (o *GraphEdit) AddValidLeftDisconnectType(aType gdnative.Int)
        Makes possible to disconnect nodes when dragging from the slot at the left if it has the specified type.
	Args: [{ false type int}], Returns: void

func (*GraphEdit) AddValidRightDisconnectType ¶ 

func (o *GraphEdit) AddValidRightDisconnectType(aType gdnative.Int)
        Makes possible to disconnect nodes when dragging from the slot at the right if it has the specified type.
	Args: [{ false type int}], Returns: void

func (*GraphEdit) BaseClass ¶ 

func (o *GraphEdit) BaseClass() string

func (*GraphEdit) ClearConnections ¶ 

func (o *GraphEdit) ClearConnections()
        Remove all connections between nodes.
	Args: [], Returns: void

func (*GraphEdit) ConnectNode ¶ 

func (o *GraphEdit) ConnectNode(from gdnative.String, fromPort gdnative.Int, to gdnative.String, toPort gdnative.Int) gdnative.Error
        Create a connection between 'from_port' slot of 'from' GraphNode and 'to_port' slot of 'to' GraphNode. If the connection already exists, no connection is created.
	Args: [{ false from String} { false from_port int} { false to String} { false to_port int}], Returns: enum.Error

func (*GraphEdit) DisconnectNode ¶ 

func (o *GraphEdit) DisconnectNode(from gdnative.String, fromPort gdnative.Int, to gdnative.String, toPort gdnative.Int)
        Remove the connection between 'from_port' slot of 'from' GraphNode and 'to_port' slot of 'to' GraphNode, if connection exists.
	Args: [{ false from String} { false from_port int} { false to String} { false to_port int}], Returns: void

func (*GraphEdit) GetConnectionList ¶ 

func (o *GraphEdit) GetConnectionList() gdnative.Array
        Return an Array containing the list of connections. A connection consists in a structure of the form {from_slot: 0, from: "GraphNode name 0", to_slot: 1, to: "GraphNode name 1" }
	Args: [], Returns: Array

func (*GraphEdit) GetScrollOfs ¶ 

func (o *GraphEdit) GetScrollOfs() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*GraphEdit) GetSnap ¶ 

func (o *GraphEdit) GetSnap() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GraphEdit) GetZoom ¶ 

func (o *GraphEdit) GetZoom() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GraphEdit) IsNodeConnected ¶ 

func (o *GraphEdit) IsNodeConnected(from gdnative.String, fromPort gdnative.Int, to gdnative.String, toPort gdnative.Int) gdnative.Bool
        Return true if the 'from_port' slot of 'from' GraphNode is connected to the 'to_port' slot of 'to' GraphNode.
	Args: [{ false from String} { false from_port int} { false to String} { false to_port int}], Returns: bool

func (*GraphEdit) IsRightDisconnectsEnabled ¶ 

func (o *GraphEdit) IsRightDisconnectsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GraphEdit) IsUsingSnap ¶ 

func (o *GraphEdit) IsUsingSnap() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GraphEdit) IsValidConnectionType ¶ 

func (o *GraphEdit) IsValidConnectionType(fromType gdnative.Int, toType gdnative.Int) gdnative.Bool
        Returns whether it's possible to connect slots of the specified types.
	Args: [{ false from_type int} { false to_type int}], Returns: bool

func (*GraphEdit) RemoveValidConnectionType ¶ 

func (o *GraphEdit) RemoveValidConnectionType(fromType gdnative.Int, toType gdnative.Int)
        Makes it not possible to connect between two different slot types. The type is defined with the [method GraphNode.set_slot] method.
	Args: [{ false from_type int} { false to_type int}], Returns: void

func (*GraphEdit) RemoveValidLeftDisconnectType ¶ 

func (o *GraphEdit) RemoveValidLeftDisconnectType(aType gdnative.Int)
        Removes the possibility to disconnect nodes when dragging from the slot at the left if it has the specified type.
	Args: [{ false type int}], Returns: void

func (*GraphEdit) RemoveValidRightDisconnectType ¶ 

func (o *GraphEdit) RemoveValidRightDisconnectType(aType gdnative.Int)
        Removes the possibility to disconnect nodes when dragging from the slot at the right if it has the specified type.
	Args: [{ false type int}], Returns: void

func (*GraphEdit) SetRightDisconnects ¶ 

func (o *GraphEdit) SetRightDisconnects(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GraphEdit) SetScrollOfs ¶ 

func (o *GraphEdit) SetScrollOfs(ofs gdnative.Vector2)
        Undocumented
	Args: [{ false ofs Vector2}], Returns: void

func (*GraphEdit) SetSelected ¶ 

func (o *GraphEdit) SetSelected(node ObjectImplementer)
        Sets the specified [code]node[/code] as the one selected.
	Args: [{ false node Object}], Returns: void

func (*GraphEdit) SetSnap ¶ 

func (o *GraphEdit) SetSnap(pixels gdnative.Int)
        Undocumented
	Args: [{ false pixels int}], Returns: void

func (*GraphEdit) SetUseSnap ¶ 

func (o *GraphEdit) SetUseSnap(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GraphEdit) SetZoom ¶ 

func (o *GraphEdit) SetZoom(pZoom gdnative.Real)
        Undocumented
	Args: [{ false p_zoom float}], Returns: void

func (*GraphEdit) X_ConnectionsLayerDraw ¶ 

func (o *GraphEdit) X_ConnectionsLayerDraw()
        Undocumented
	Args: [], Returns: void

func (*GraphEdit) X_GraphNodeMoved ¶ 

func (o *GraphEdit) X_GraphNodeMoved(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

func (*GraphEdit) X_GraphNodeRaised ¶ 

func (o *GraphEdit) X_GraphNodeRaised(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

func (*GraphEdit) X_GuiInput ¶ 

func (o *GraphEdit) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*GraphEdit) X_ScrollMoved ¶ 

func (o *GraphEdit) X_ScrollMoved(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*GraphEdit) X_SnapToggled ¶ 

func (o *GraphEdit) X_SnapToggled()
        Undocumented
	Args: [], Returns: void

func (*GraphEdit) X_SnapValueChanged ¶ 

func (o *GraphEdit) X_SnapValueChanged(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*GraphEdit) X_TopLayerDraw ¶ 

func (o *GraphEdit) X_TopLayerDraw()
        Undocumented
	Args: [], Returns: void

func (*GraphEdit) X_TopLayerInput ¶ 

func (o *GraphEdit) X_TopLayerInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*GraphEdit) X_UpdateScrollOffset ¶ 

func (o *GraphEdit) X_UpdateScrollOffset()
        Undocumented
	Args: [], Returns: void

func (*GraphEdit) X_ZoomMinus ¶ 

func (o *GraphEdit) X_ZoomMinus()
        Undocumented
	Args: [], Returns: void

func (*GraphEdit) X_ZoomPlus ¶ 

func (o *GraphEdit) X_ZoomPlus()
        Undocumented
	Args: [], Returns: void

func (*GraphEdit) X_ZoomReset ¶ 

func (o *GraphEdit) X_ZoomReset()
        Undocumented
	Args: [], Returns: void

type GraphEditImplementer ¶ 

type GraphEditImplementer interface {
	ControlImplementer
	X_ConnectionsLayerDraw()
	X_GraphNodeMoved(arg0 ObjectImplementer)
	X_GraphNodeRaised(arg0 ObjectImplementer)
	X_ScrollMoved(arg0 gdnative.Real)
	X_SnapToggled()
	X_SnapValueChanged(arg0 gdnative.Real)
	X_TopLayerDraw()
	X_TopLayerInput(arg0 InputEventImplementer)
	X_UpdateScrollOffset()
	X_ZoomMinus()
	X_ZoomPlus()
	X_ZoomReset()
	AddValidConnectionType(fromType gdnative.Int, toType gdnative.Int)
	AddValidLeftDisconnectType(aType gdnative.Int)
	AddValidRightDisconnectType(aType gdnative.Int)
	ClearConnections()
	DisconnectNode(from gdnative.String, fromPort gdnative.Int, to gdnative.String, toPort gdnative.Int)
	GetConnectionList() gdnative.Array
	GetScrollOfs() gdnative.Vector2
	GetSnap() gdnative.Int
	GetZoom() gdnative.Real
	IsNodeConnected(from gdnative.String, fromPort gdnative.Int, to gdnative.String, toPort gdnative.Int) gdnative.Bool
	IsRightDisconnectsEnabled() gdnative.Bool
	IsUsingSnap() gdnative.Bool
	IsValidConnectionType(fromType gdnative.Int, toType gdnative.Int) gdnative.Bool
	RemoveValidConnectionType(fromType gdnative.Int, toType gdnative.Int)
	RemoveValidLeftDisconnectType(aType gdnative.Int)
	RemoveValidRightDisconnectType(aType gdnative.Int)
	SetRightDisconnects(enable gdnative.Bool)
	SetScrollOfs(ofs gdnative.Vector2)
	SetSelected(node ObjectImplementer)
	SetSnap(pixels gdnative.Int)
	SetUseSnap(enable gdnative.Bool)
	SetZoom(pZoom gdnative.Real)
}

GraphEditImplementer is an interface that implements the methods of the GraphEdit class.

type GraphNode ¶ 

type GraphNode struct {
	Container
	// contains filtered or unexported fields
}

A GraphNode is a container defined by a title. It can have 1 or more input and output slots, which can be enabled (shown) or disabled (not shown) and have different (incompatible) types. Colors can also be assigned to slots. A tuple of input and output slots is defined for each GUI element included in the GraphNode. Input and output connections are left and right slots, but only enabled slots are counted as connections.

func (*GraphNode) BaseClass ¶ 

func (o *GraphNode) BaseClass() string

func (*GraphNode) ClearAllSlots ¶ 

func (o *GraphNode) ClearAllSlots()
        Disable all input and output slots of the GraphNode.
	Args: [], Returns: void

func (*GraphNode) ClearSlot ¶ 

func (o *GraphNode) ClearSlot(idx gdnative.Int)
        Disable input and output slot whose index is 'idx'.
	Args: [{ false idx int}], Returns: void

func (*GraphNode) GetConnectionInputColor ¶ 

func (o *GraphNode) GetConnectionInputColor(idx gdnative.Int) gdnative.Color
        Return the color of the input connection 'idx'.
	Args: [{ false idx int}], Returns: Color

func (*GraphNode) GetConnectionInputCount ¶ 

func (o *GraphNode) GetConnectionInputCount() gdnative.Int
        Return the number of enabled input slots (connections) to the GraphNode.
	Args: [], Returns: int

func (*GraphNode) GetConnectionInputPosition ¶ 

func (o *GraphNode) GetConnectionInputPosition(idx gdnative.Int) gdnative.Vector2
        Return the position of the input connection 'idx'.
	Args: [{ false idx int}], Returns: Vector2

func (*GraphNode) GetConnectionInputType ¶ 

func (o *GraphNode) GetConnectionInputType(idx gdnative.Int) gdnative.Int
        Return the type of the input connection 'idx'.
	Args: [{ false idx int}], Returns: int

func (*GraphNode) GetConnectionOutputColor ¶ 

func (o *GraphNode) GetConnectionOutputColor(idx gdnative.Int) gdnative.Color
        Return the color of the output connection 'idx'.
	Args: [{ false idx int}], Returns: Color

func (*GraphNode) GetConnectionOutputCount ¶ 

func (o *GraphNode) GetConnectionOutputCount() gdnative.Int
        Return the number of enabled output slots (connections) of the GraphNode.
	Args: [], Returns: int

func (*GraphNode) GetConnectionOutputPosition ¶ 

func (o *GraphNode) GetConnectionOutputPosition(idx gdnative.Int) gdnative.Vector2
        Return the position of the output connection 'idx'.
	Args: [{ false idx int}], Returns: Vector2

func (*GraphNode) GetConnectionOutputType ¶ 

func (o *GraphNode) GetConnectionOutputType(idx gdnative.Int) gdnative.Int
        Return the type of the output connection 'idx'.
	Args: [{ false idx int}], Returns: int

func (*GraphNode) GetOffset ¶ 

func (o *GraphNode) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*GraphNode) GetOverlay ¶ 

func (o *GraphNode) GetOverlay() GraphNodeOverlay
        Undocumented
	Args: [], Returns: enum.GraphNode::Overlay

func (*GraphNode) GetSlotColorLeft ¶ 

func (o *GraphNode) GetSlotColorLeft(idx gdnative.Int) gdnative.Color
        Return the color set to 'idx' left (input) slot.
	Args: [{ false idx int}], Returns: Color

func (*GraphNode) GetSlotColorRight ¶ 

func (o *GraphNode) GetSlotColorRight(idx gdnative.Int) gdnative.Color
        Return the color set to 'idx' right (output) slot.
	Args: [{ false idx int}], Returns: Color

func (*GraphNode) GetSlotTypeLeft ¶ 

func (o *GraphNode) GetSlotTypeLeft(idx gdnative.Int) gdnative.Int
        Return the (integer) type of left (input) 'idx' slot.
	Args: [{ false idx int}], Returns: int

func (*GraphNode) GetSlotTypeRight ¶ 

func (o *GraphNode) GetSlotTypeRight(idx gdnative.Int) gdnative.Int
        Return the (integer) type of right (output) 'idx' slot.
	Args: [{ false idx int}], Returns: int

func (*GraphNode) GetTitle ¶ 

func (o *GraphNode) GetTitle() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*GraphNode) IsCloseButtonVisible ¶ 

func (o *GraphNode) IsCloseButtonVisible() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GraphNode) IsComment ¶ 

func (o *GraphNode) IsComment() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GraphNode) IsResizable ¶ 

func (o *GraphNode) IsResizable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GraphNode) IsSelected ¶ 

func (o *GraphNode) IsSelected() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GraphNode) IsSlotEnabledLeft ¶ 

func (o *GraphNode) IsSlotEnabledLeft(idx gdnative.Int) gdnative.Bool
        Return true if left (input) slot 'idx' is enabled. False otherwise.
	Args: [{ false idx int}], Returns: bool

func (*GraphNode) IsSlotEnabledRight ¶ 

func (o *GraphNode) IsSlotEnabledRight(idx gdnative.Int) gdnative.Bool
        Return true if right (output) slot 'idx' is enabled. False otherwise.
	Args: [{ false idx int}], Returns: bool

func (*GraphNode) SetComment ¶ 

func (o *GraphNode) SetComment(comment gdnative.Bool)
        Undocumented
	Args: [{ false comment bool}], Returns: void

func (*GraphNode) SetOffset ¶ 

func (o *GraphNode) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*GraphNode) SetOverlay ¶ 

func (o *GraphNode) SetOverlay(overlay gdnative.Int)
        Undocumented
	Args: [{ false overlay int}], Returns: void

func (*GraphNode) SetResizable ¶ 

func (o *GraphNode) SetResizable(resizable gdnative.Bool)
        Undocumented
	Args: [{ false resizable bool}], Returns: void

func (*GraphNode) SetSelected ¶ 

func (o *GraphNode) SetSelected(selected gdnative.Bool)
        Undocumented
	Args: [{ false selected bool}], Returns: void

func (*GraphNode) SetShowCloseButton ¶ 

func (o *GraphNode) SetShowCloseButton(show gdnative.Bool)
        Undocumented
	Args: [{ false show bool}], Returns: void

func (*GraphNode) SetSlot ¶ 

func (o *GraphNode) SetSlot(idx gdnative.Int, enableLeft gdnative.Bool, typeLeft gdnative.Int, colorLeft gdnative.Color, enableRight gdnative.Bool, typeRight gdnative.Int, colorRight gdnative.Color, customLeft TextureImplementer, customRight TextureImplementer)

Args: [{ false idx int} { false enable_left bool} { false type_left int} { false color_left Color} { false enable_right bool} { false type_right int} { false color_right Color} {[Object:null] true custom_left Texture} {[Object:null] true custom_right Texture}], Returns: void

func (*GraphNode) SetTitle ¶ 

func (o *GraphNode) SetTitle(title gdnative.String)
        Undocumented
	Args: [{ false title String}], Returns: void

func (*GraphNode) X_GuiInput ¶ 

func (o *GraphNode) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type GraphNodeImplementer ¶ 

type GraphNodeImplementer interface {
	ContainerImplementer
	ClearAllSlots()
	ClearSlot(idx gdnative.Int)
	GetConnectionInputColor(idx gdnative.Int) gdnative.Color
	GetConnectionInputCount() gdnative.Int
	GetConnectionInputPosition(idx gdnative.Int) gdnative.Vector2
	GetConnectionInputType(idx gdnative.Int) gdnative.Int
	GetConnectionOutputColor(idx gdnative.Int) gdnative.Color
	GetConnectionOutputCount() gdnative.Int
	GetConnectionOutputPosition(idx gdnative.Int) gdnative.Vector2
	GetConnectionOutputType(idx gdnative.Int) gdnative.Int
	GetOffset() gdnative.Vector2
	GetSlotColorLeft(idx gdnative.Int) gdnative.Color
	GetSlotColorRight(idx gdnative.Int) gdnative.Color
	GetSlotTypeLeft(idx gdnative.Int) gdnative.Int
	GetSlotTypeRight(idx gdnative.Int) gdnative.Int
	GetTitle() gdnative.String
	IsCloseButtonVisible() gdnative.Bool
	IsComment() gdnative.Bool
	IsResizable() gdnative.Bool
	IsSelected() gdnative.Bool
	IsSlotEnabledLeft(idx gdnative.Int) gdnative.Bool
	IsSlotEnabledRight(idx gdnative.Int) gdnative.Bool
	SetComment(comment gdnative.Bool)
	SetOffset(offset gdnative.Vector2)
	SetOverlay(overlay gdnative.Int)
	SetResizable(resizable gdnative.Bool)
	SetSelected(selected gdnative.Bool)
	SetShowCloseButton(show gdnative.Bool)
	SetSlot(idx gdnative.Int, enableLeft gdnative.Bool, typeLeft gdnative.Int, colorLeft gdnative.Color, enableRight gdnative.Bool, typeRight gdnative.Int, colorRight gdnative.Color, customLeft TextureImplementer, customRight TextureImplementer)
	SetTitle(title gdnative.String)
}

GraphNodeImplementer is an interface that implements the methods of the GraphNode class.

type GraphNodeOverlay ¶ 

type GraphNodeOverlay int

GraphNodeOverlay is an enum for Overlay values. 

const (
	GraphNodeOverlayBreakpoint GraphNodeOverlay = 1
	GraphNodeOverlayDisabled   GraphNodeOverlay = 0
	GraphNodeOverlayPosition   GraphNodeOverlay = 2
)

type GridContainer ¶ 

type GridContainer struct {
	Container
	// contains filtered or unexported fields
}

Grid container will arrange its children in a grid like structure, the grid columns are specified using the [method set_columns] method and the number of rows will be equal to the number of children in the container divided by the number of columns, for example: if the container has 5 children, and 2 columns, there will be 3 rows in the container. Notice that grid layout will preserve the columns and rows for every size of the container.

func (*GridContainer) BaseClass ¶ 

func (o *GridContainer) BaseClass() string

func (*GridContainer) GetColumns ¶ 

func (o *GridContainer) GetColumns() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GridContainer) SetColumns ¶ 

func (o *GridContainer) SetColumns(columns gdnative.Int)
        Undocumented
	Args: [{ false columns int}], Returns: void

type GridContainerImplementer ¶ 

type GridContainerImplementer interface {
	ContainerImplementer
	GetColumns() gdnative.Int
	SetColumns(columns gdnative.Int)
}

GridContainerImplementer is an interface that implements the methods of the GridContainer class.

type GridMap ¶ 

type GridMap struct {
	Spatial
	// contains filtered or unexported fields
}

Undocumented

func (*GridMap) BaseClass ¶ 

func (o *GridMap) BaseClass() string

func (*GridMap) Clear ¶ 

func (o *GridMap) Clear()
        Undocumented
	Args: [], Returns: void

func (*GridMap) ClearBakedMeshes ¶ 

func (o *GridMap) ClearBakedMeshes()
        Undocumented
	Args: [], Returns: void

func (*GridMap) GetBakeMeshInstance ¶ 

func (o *GridMap) GetBakeMeshInstance(idx gdnative.Int) gdnative.Rid
        Undocumented
	Args: [{ false idx int}], Returns: RID

func (*GridMap) GetBakeMeshes ¶ 

func (o *GridMap) GetBakeMeshes() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*GridMap) GetCellItem ¶ 

func (o *GridMap) GetCellItem(x gdnative.Int, y gdnative.Int, z gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false x int} { false y int} { false z int}], Returns: int

func (*GridMap) GetCellItemOrientation ¶ 

func (o *GridMap) GetCellItemOrientation(x gdnative.Int, y gdnative.Int, z gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false x int} { false y int} { false z int}], Returns: int

func (*GridMap) GetCellScale ¶ 

func (o *GridMap) GetCellScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GridMap) GetCellSize ¶ 

func (o *GridMap) GetCellSize() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*GridMap) GetCenterX ¶ 

func (o *GridMap) GetCenterX() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GridMap) GetCenterY ¶ 

func (o *GridMap) GetCenterY() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GridMap) GetCenterZ ¶ 

func (o *GridMap) GetCenterZ() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*GridMap) GetCollisionLayer ¶ 

func (o *GridMap) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GridMap) GetCollisionLayerBit ¶ 

func (o *GridMap) GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false bit int}], Returns: bool

func (*GridMap) GetCollisionMask ¶ 

func (o *GridMap) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GridMap) GetCollisionMaskBit ¶ 

func (o *GridMap) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false bit int}], Returns: bool

func (*GridMap) GetMeshes ¶ 

func (o *GridMap) GetMeshes() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*GridMap) GetOctantSize ¶ 

func (o *GridMap) GetOctantSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*GridMap) GetTheme ¶ 

func (o *GridMap) GetTheme() MeshLibraryImplementer
        Undocumented
	Args: [], Returns: MeshLibrary

func (*GridMap) GetUsedCells ¶ 

func (o *GridMap) GetUsedCells() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*GridMap) MakeBakedMeshes ¶ 

func (o *GridMap) MakeBakedMeshes(genLightmapUv gdnative.Bool, lightmapUvTexelSize gdnative.Real)
        Undocumented
	Args: [{False true gen_lightmap_uv bool} {0.1 true lightmap_uv_texel_size float}], Returns: void

func (*GridMap) MapToWorld ¶ 

func (o *GridMap) MapToWorld(x gdnative.Int, y gdnative.Int, z gdnative.Int) gdnative.Vector3
        Undocumented
	Args: [{ false x int} { false y int} { false z int}], Returns: Vector3

func (*GridMap) ResourceChanged ¶ 

func (o *GridMap) ResourceChanged(resource ResourceImplementer)
        Undocumented
	Args: [{ false resource Resource}], Returns: void

func (*GridMap) SetCellItem ¶ 

func (o *GridMap) SetCellItem(x gdnative.Int, y gdnative.Int, z gdnative.Int, item gdnative.Int, orientation gdnative.Int)
        Undocumented
	Args: [{ false x int} { false y int} { false z int} { false item int} {0 true orientation int}], Returns: void

func (*GridMap) SetCellScale ¶ 

func (o *GridMap) SetCellScale(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

func (*GridMap) SetCellSize ¶ 

func (o *GridMap) SetCellSize(size gdnative.Vector3)
        Undocumented
	Args: [{ false size Vector3}], Returns: void

func (*GridMap) SetCenterX ¶ 

func (o *GridMap) SetCenterX(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GridMap) SetCenterY ¶ 

func (o *GridMap) SetCenterY(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GridMap) SetCenterZ ¶ 

func (o *GridMap) SetCenterZ(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*GridMap) SetClip ¶ 

func (o *GridMap) SetClip(enabled gdnative.Bool, clipabove gdnative.Bool, floor gdnative.Int, axis gdnative.Int)
        Undocumented
	Args: [{ false enabled bool} {True true clipabove bool} {0 true floor int} {0 true axis int}], Returns: void

func (*GridMap) SetCollisionLayer ¶ 

func (o *GridMap) SetCollisionLayer(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*GridMap) SetCollisionLayerBit ¶ 

func (o *GridMap) SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
        Undocumented
	Args: [{ false bit int} { false value bool}], Returns: void

func (*GridMap) SetCollisionMask ¶ 

func (o *GridMap) SetCollisionMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*GridMap) SetCollisionMaskBit ¶ 

func (o *GridMap) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
        Undocumented
	Args: [{ false bit int} { false value bool}], Returns: void

func (*GridMap) SetOctantSize ¶ 

func (o *GridMap) SetOctantSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*GridMap) SetTheme ¶ 

func (o *GridMap) SetTheme(theme MeshLibraryImplementer)
        Undocumented
	Args: [{ false theme MeshLibrary}], Returns: void

func (*GridMap) WorldToMap ¶ 

func (o *GridMap) WorldToMap(pos gdnative.Vector3) gdnative.Vector3
        Undocumented
	Args: [{ false pos Vector3}], Returns: Vector3

func (*GridMap) X_UpdateOctantsCallback ¶ 

func (o *GridMap) X_UpdateOctantsCallback()
        Undocumented
	Args: [], Returns: void

type GridMapImplementer ¶ 

type GridMapImplementer interface {
	SpatialImplementer
	X_UpdateOctantsCallback()
	Clear()
	ClearBakedMeshes()
	GetBakeMeshInstance(idx gdnative.Int) gdnative.Rid
	GetBakeMeshes() gdnative.Array
	GetCellItem(x gdnative.Int, y gdnative.Int, z gdnative.Int) gdnative.Int
	GetCellItemOrientation(x gdnative.Int, y gdnative.Int, z gdnative.Int) gdnative.Int
	GetCellScale() gdnative.Real
	GetCellSize() gdnative.Vector3
	GetCenterX() gdnative.Bool
	GetCenterY() gdnative.Bool
	GetCenterZ() gdnative.Bool
	GetCollisionLayer() gdnative.Int
	GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	GetMeshes() gdnative.Array
	GetOctantSize() gdnative.Int
	GetTheme() MeshLibraryImplementer
	GetUsedCells() gdnative.Array
	MakeBakedMeshes(genLightmapUv gdnative.Bool, lightmapUvTexelSize gdnative.Real)
	MapToWorld(x gdnative.Int, y gdnative.Int, z gdnative.Int) gdnative.Vector3
	ResourceChanged(resource ResourceImplementer)
	SetCellItem(x gdnative.Int, y gdnative.Int, z gdnative.Int, item gdnative.Int, orientation gdnative.Int)
	SetCellScale(scale gdnative.Real)
	SetCellSize(size gdnative.Vector3)
	SetCenterX(enable gdnative.Bool)
	SetCenterY(enable gdnative.Bool)
	SetCenterZ(enable gdnative.Bool)
	SetClip(enabled gdnative.Bool, clipabove gdnative.Bool, floor gdnative.Int, axis gdnative.Int)
	SetCollisionLayer(layer gdnative.Int)
	SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionMask(mask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
	SetOctantSize(size gdnative.Int)
	SetTheme(theme MeshLibraryImplementer)
	WorldToMap(pos gdnative.Vector3) gdnative.Vector3
}

GridMapImplementer is an interface that implements the methods of the GridMap class.

type GrooveJoint2D ¶ 

type GrooveJoint2D struct {
	Joint2D
	// contains filtered or unexported fields
}

Groove constraint for 2D physics. This is useful for making a body "slide" through a segment placed in another.

func (*GrooveJoint2D) BaseClass ¶ 

func (o *GrooveJoint2D) BaseClass() string

func (*GrooveJoint2D) GetInitialOffset ¶ 

func (o *GrooveJoint2D) GetInitialOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GrooveJoint2D) GetLength ¶ 

func (o *GrooveJoint2D) GetLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*GrooveJoint2D) SetInitialOffset ¶ 

func (o *GrooveJoint2D) SetInitialOffset(offset gdnative.Real)
        Undocumented
	Args: [{ false offset float}], Returns: void

func (*GrooveJoint2D) SetLength ¶ 

func (o *GrooveJoint2D) SetLength(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

type GrooveJoint2DImplementer ¶ 

type GrooveJoint2DImplementer interface {
	Joint2DImplementer
	GetInitialOffset() gdnative.Real
	GetLength() gdnative.Real
	SetInitialOffset(offset gdnative.Real)
	SetLength(length gdnative.Real)
}

GrooveJoint2DImplementer is an interface that implements the methods of the GrooveJoint2D class.

type HBoxContainer ¶ 

type HBoxContainer struct {
	BoxContainer
	// contains filtered or unexported fields
}

Horizontal box container. See BoxContainer.

func (*HBoxContainer) BaseClass ¶ 

func (o *HBoxContainer) BaseClass() string

type HBoxContainerImplementer ¶ 

type HBoxContainerImplementer interface {
	BoxContainerImplementer
}

HBoxContainerImplementer is an interface that implements the methods of the HBoxContainer class.

type HScrollBar ¶ 

type HScrollBar struct {
	ScrollBar
	// contains filtered or unexported fields
}

Horizontal scroll bar. See ScrollBar. This one goes from left (min) to right (max).

func (*HScrollBar) BaseClass ¶ 

func (o *HScrollBar) BaseClass() string

type HScrollBarImplementer ¶ 

type HScrollBarImplementer interface {
	ScrollBarImplementer
}

HScrollBarImplementer is an interface that implements the methods of the HScrollBar class.

type HSeparator ¶ 

type HSeparator struct {
	Separator
	// contains filtered or unexported fields
}

Horizontal separator. See Separator. It is used to separate objects vertically, though (but it looks horizontal!).

func (*HSeparator) BaseClass ¶ 

func (o *HSeparator) BaseClass() string

type HSeparatorImplementer ¶ 

type HSeparatorImplementer interface {
	SeparatorImplementer
}

HSeparatorImplementer is an interface that implements the methods of the HSeparator class.

type HSlider ¶ 

type HSlider struct {
	Slider
	// contains filtered or unexported fields
}

Horizontal slider. See Slider. This one goes from left (min) to right (max).

func (*HSlider) BaseClass ¶ 

func (o *HSlider) BaseClass() string

type HSliderImplementer ¶ 

type HSliderImplementer interface {
	SliderImplementer
}

HSliderImplementer is an interface that implements the methods of the HSlider class.

type HSplitContainer ¶ 

type HSplitContainer struct {
	SplitContainer
	// contains filtered or unexported fields
}

Horizontal split container. See SplitContainer. This goes from left to right.

func (*HSplitContainer) BaseClass ¶ 

func (o *HSplitContainer) BaseClass() string

type HSplitContainerImplementer ¶ 

type HSplitContainerImplementer interface {
	SplitContainerImplementer
}

HSplitContainerImplementer is an interface that implements the methods of the HSplitContainer class.

type HTTPClient ¶ 

type HTTPClient struct {
	Reference
	// contains filtered or unexported fields
}

Hyper-text transfer protocol client (sometimes called "User Agent"). Used to make HTTP requests to download web content, upload files and other data or to communicate with various services, among other use cases. Note that this client only needs to connect to a host once (see [method connect_to_host]) to send multiple requests. Because of this, methods that take URLs usually take just the part after the host instead of the full URL, as the client is already connected to a host. See [method request] for a full example and to get started. A [code]HTTPClient[/code] should be reused between multiple requests or to connect to different hosts instead of creating one client per request. Supports SSL and SSL server certificate verification. HTTP status codes in the 2xx range indicate success, 3xx redirection (i.e. "try again, but over here"), 4xx something was wrong with the request, and 5xx something went wrong on the server's side. For more information on HTTP, see https://developer.mozilla.org/en-US/docs/Web/HTTP (or read RFC 2616 to get it straight from the source: https://tools.ietf.org/html/rfc2616).

func (*HTTPClient) BaseClass ¶ 

func (o *HTTPClient) BaseClass() string

func (*HTTPClient) Close ¶ 

func (o *HTTPClient) Close()
        Closes the current connection, allowing reuse of this [code]HTTPClient[/code].
	Args: [], Returns: void

func (*HTTPClient) ConnectToHost ¶ 

func (o *HTTPClient) ConnectToHost(host gdnative.String, port gdnative.Int, useSsl gdnative.Bool, verifyHost gdnative.Bool) gdnative.Error
        Connect to a host. This needs to be done before any requests are sent. The host should not have http:// prepended but will strip the protocol identifier if provided. If no [code]port[/code] is specified (or [code]-1[/code] is used), it is automatically set to 80 for HTTP and 443 for HTTPS (if [code]use_ssl[/code] is enabled). [code]verify_host[/code] will check the SSL identity of the host if set to [code]true[/code].
	Args: [{ false host String} {-1 true port int} {False true use_ssl bool} {True true verify_host bool}], Returns: enum.Error

func (*HTTPClient) GetConnection ¶ 

func (o *HTTPClient) GetConnection() StreamPeerImplementer
        Undocumented
	Args: [], Returns: StreamPeer

func (*HTTPClient) GetResponseBodyLength ¶ 

func (o *HTTPClient) GetResponseBodyLength() gdnative.Int
        Returns the response's body length.
	Args: [], Returns: int

func (*HTTPClient) GetResponseCode ¶ 

func (o *HTTPClient) GetResponseCode() gdnative.Int
        Returns the response's HTTP status code.
	Args: [], Returns: int

func (*HTTPClient) GetResponseHeaders ¶ 

func (o *HTTPClient) GetResponseHeaders() gdnative.PoolStringArray
        Returns the response headers.
	Args: [], Returns: PoolStringArray

func (*HTTPClient) GetResponseHeadersAsDictionary ¶ 

func (o *HTTPClient) GetResponseHeadersAsDictionary() gdnative.Dictionary
        Returns all response headers as dictionary where the case-sensitivity of the keys and values is kept like the server delivers it. A value is a simple String, this string can have more than one value where "; " is used as separator. Structure: ("key":"value1; value2") Example: (content-length:12), (Content-Type:application/json; charset=UTF-8)
	Args: [], Returns: Dictionary

func (*HTTPClient) GetStatus ¶ 

func (o *HTTPClient) GetStatus() HTTPClientStatus
        Returns a STATUS_* enum constant. Need to call [method poll] in order to get status updates.
	Args: [], Returns: enum.HTTPClient::Status

func (*HTTPClient) HasResponse ¶ 

func (o *HTTPClient) HasResponse() gdnative.Bool
        If [code]true[/code] this [code]HTTPClient[/code] has a response available.
	Args: [], Returns: bool

func (*HTTPClient) IsBlockingModeEnabled ¶ 

func (o *HTTPClient) IsBlockingModeEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*HTTPClient) IsResponseChunked ¶ 

func (o *HTTPClient) IsResponseChunked() gdnative.Bool
        If [code]true[/code] this [code]HTTPClient[/code] has a response that is chunked.
	Args: [], Returns: bool

func (*HTTPClient) Poll ¶ 

func (o *HTTPClient) Poll() gdnative.Error
        This needs to be called in order to have any request processed. Check results with [method get_status]
	Args: [], Returns: enum.Error

func (*HTTPClient) QueryStringFromDict ¶ 

func (o *HTTPClient) QueryStringFromDict(fields gdnative.Dictionary) gdnative.String
        Generates a GET/POST application/x-www-form-urlencoded style query string from a provided dictionary, e.g.: [codeblock] var fields = {"username": "user", "password": "pass"} String queryString = httpClient.query_string_from_dict(fields) returns:= "username=user&password=pass" [/codeblock]
	Args: [{ false fields Dictionary}], Returns: String

func (*HTTPClient) ReadResponseBodyChunk ¶ 

func (o *HTTPClient) ReadResponseBodyChunk() gdnative.PoolByteArray
        Reads one chunk from the response.
	Args: [], Returns: PoolByteArray

func (*HTTPClient) Request ¶ 

func (o *HTTPClient) Request(method gdnative.Int, url gdnative.String, headers gdnative.PoolStringArray, body gdnative.String) gdnative.Error
        Sends a request to the connected host. The URL parameter is just the part after the host, so for [code]http://somehost.com/index.php[/code], it is [code]index.php[/code]. Headers are HTTP request headers. For available HTTP methods, see [code]METHOD_*[/code]. To create a POST request with query strings to push to the server, do: [codeblock] var fields = {"username" : "user", "password" : "pass"} var queryString = httpClient.query_string_from_dict(fields) var headers = ["Content-Type: application/x-www-form-urlencoded", "Content-Length: " + str(queryString.length())] var result = httpClient.request(httpClient.METHOD_POST, "index.php", headers, queryString) [/codeblock]
	Args: [{ false method int} { false url String} { false headers PoolStringArray} { true body String}], Returns: enum.Error

func (*HTTPClient) RequestRaw ¶ 

func (o *HTTPClient) RequestRaw(method gdnative.Int, url gdnative.String, headers gdnative.PoolStringArray, body gdnative.PoolByteArray) gdnative.Error
        Sends a raw request to the connected host. The URL parameter is just the part after the host, so for [code]http://somehost.com/index.php[/code], it is [code]index.php[/code]. Headers are HTTP request headers. For available HTTP methods, see [code]METHOD_*[/code]. Sends the body data raw, as a byte array and does not encode it in any way.
	Args: [{ false method int} { false url String} { false headers PoolStringArray} { false body PoolByteArray}], Returns: enum.Error

func (*HTTPClient) SetBlockingMode ¶ 

func (o *HTTPClient) SetBlockingMode(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*HTTPClient) SetConnection ¶ 

func (o *HTTPClient) SetConnection(connection StreamPeerImplementer)
        Undocumented
	Args: [{ false connection StreamPeer}], Returns: void

func (*HTTPClient) SetReadChunkSize ¶ 

func (o *HTTPClient) SetReadChunkSize(bytes gdnative.Int)
        Sets the size of the buffer used and maximum bytes to read per iteration. see [method read_response_body_chunk]
	Args: [{ false bytes int}], Returns: void

type HTTPClientImplementer ¶ 

type HTTPClientImplementer interface {
	ReferenceImplementer
	Close()
	GetConnection() StreamPeerImplementer
	GetResponseBodyLength() gdnative.Int
	GetResponseCode() gdnative.Int
	GetResponseHeaders() gdnative.PoolStringArray
	GetResponseHeadersAsDictionary() gdnative.Dictionary
	HasResponse() gdnative.Bool
	IsBlockingModeEnabled() gdnative.Bool
	IsResponseChunked() gdnative.Bool
	QueryStringFromDict(fields gdnative.Dictionary) gdnative.String
	ReadResponseBodyChunk() gdnative.PoolByteArray
	SetBlockingMode(enabled gdnative.Bool)
	SetConnection(connection StreamPeerImplementer)
	SetReadChunkSize(bytes gdnative.Int)
}

HTTPClientImplementer is an interface that implements the methods of the HTTPClient class.

type HTTPClientMethod ¶ 

type HTTPClientMethod int

HTTPClientMethod is an enum for Method values. 

const (
	HTTPClientMethodConnect HTTPClientMethod = 7
	HTTPClientMethodDelete  HTTPClientMethod = 4
	HTTPClientMethodGet     HTTPClientMethod = 0
	HTTPClientMethodHead    HTTPClientMethod = 1
	HTTPClientMethodMax     HTTPClientMethod = 9
	HTTPClientMethodOptions HTTPClientMethod = 5
	HTTPClientMethodPatch   HTTPClientMethod = 8
	HTTPClientMethodPost    HTTPClientMethod = 2
	HTTPClientMethodPut     HTTPClientMethod = 3
	HTTPClientMethodTrace   HTTPClientMethod = 6
)

type HTTPClientResponseCode ¶ 

type HTTPClientResponseCode int

HTTPClientResponseCode is an enum for ResponseCode values. 

const (
	HTTPClientResponseAccepted                     HTTPClientResponseCode = 202
	HTTPClientResponseAlreadyReported              HTTPClientResponseCode = 208
	HTTPClientResponseBadGateway                   HTTPClientResponseCode = 502
	HTTPClientResponseBadRequest                   HTTPClientResponseCode = 400
	HTTPClientResponseConflict                     HTTPClientResponseCode = 409
	HTTPClientResponseContinue                     HTTPClientResponseCode = 100
	HTTPClientResponseCreated                      HTTPClientResponseCode = 201
	HTTPClientResponseExpectationFailed            HTTPClientResponseCode = 417
	HTTPClientResponseFailedDependency             HTTPClientResponseCode = 424
	HTTPClientResponseForbidden                    HTTPClientResponseCode = 403
	HTTPClientResponseFound                        HTTPClientResponseCode = 302
	HTTPClientResponseGatewayTimeout               HTTPClientResponseCode = 504
	HTTPClientResponseGone                         HTTPClientResponseCode = 410
	HTTPClientResponseHttpVersionNotSupported      HTTPClientResponseCode = 505
	HTTPClientResponseImATeapot                    HTTPClientResponseCode = 418
	HTTPClientResponseImUsed                       HTTPClientResponseCode = 226
	HTTPClientResponseInsufficientStorage          HTTPClientResponseCode = 507
	HTTPClientResponseInternalServerError          HTTPClientResponseCode = 500
	HTTPClientResponseLengthRequired               HTTPClientResponseCode = 411
	HTTPClientResponseLocked                       HTTPClientResponseCode = 423
	HTTPClientResponseLoopDetected                 HTTPClientResponseCode = 508
	HTTPClientResponseMethodNotAllowed             HTTPClientResponseCode = 405
	HTTPClientResponseMisdirectedRequest           HTTPClientResponseCode = 421
	HTTPClientResponseMovedPermanently             HTTPClientResponseCode = 301
	HTTPClientResponseMultipleChoices              HTTPClientResponseCode = 300
	HTTPClientResponseMultiStatus                  HTTPClientResponseCode = 207
	HTTPClientResponseNetworkAuthRequired          HTTPClientResponseCode = 511
	HTTPClientResponseNonAuthoritativeInformation  HTTPClientResponseCode = 203
	HTTPClientResponseNotAcceptable                HTTPClientResponseCode = 406
	HTTPClientResponseNotExtended                  HTTPClientResponseCode = 510
	HTTPClientResponseNotFound                     HTTPClientResponseCode = 404
	HTTPClientResponseNotImplemented               HTTPClientResponseCode = 501
	HTTPClientResponseNotModified                  HTTPClientResponseCode = 304
	HTTPClientResponseNoContent                    HTTPClientResponseCode = 204
	HTTPClientResponseOk                           HTTPClientResponseCode = 200
	HTTPClientResponsePartialContent               HTTPClientResponseCode = 206
	HTTPClientResponsePaymentRequired              HTTPClientResponseCode = 402
	HTTPClientResponsePermanentRedirect            HTTPClientResponseCode = 308
	HTTPClientResponsePreconditionFailed           HTTPClientResponseCode = 412
	HTTPClientResponsePreconditionRequired         HTTPClientResponseCode = 428
	HTTPClientResponseProcessing                   HTTPClientResponseCode = 102
	HTTPClientResponseProxyAuthenticationRequired  HTTPClientResponseCode = 407
	HTTPClientResponseRequestedRangeNotSatisfiable HTTPClientResponseCode = 416
	HTTPClientResponseRequestEntityTooLarge        HTTPClientResponseCode = 413
	HTTPClientResponseRequestHeaderFieldsTooLarge  HTTPClientResponseCode = 431
	HTTPClientResponseRequestTimeout               HTTPClientResponseCode = 408
	HTTPClientResponseRequestUriTooLong            HTTPClientResponseCode = 414
	HTTPClientResponseResetContent                 HTTPClientResponseCode = 205
	HTTPClientResponseSeeOther                     HTTPClientResponseCode = 303
	HTTPClientResponseServiceUnavailable           HTTPClientResponseCode = 503
	HTTPClientResponseSwitchingProtocols           HTTPClientResponseCode = 101
	HTTPClientResponseSwitchProxy                  HTTPClientResponseCode = 306
	HTTPClientResponseTemporaryRedirect            HTTPClientResponseCode = 307
	HTTPClientResponseTooManyRequests              HTTPClientResponseCode = 429
	HTTPClientResponseUnauthorized                 HTTPClientResponseCode = 401
	HTTPClientResponseUnavailableForLegalReasons   HTTPClientResponseCode = 451
	HTTPClientResponseUnprocessableEntity          HTTPClientResponseCode = 422
	HTTPClientResponseUnsupportedMediaType         HTTPClientResponseCode = 415
	HTTPClientResponseUpgradeRequired              HTTPClientResponseCode = 426
	HTTPClientResponseUseProxy                     HTTPClientResponseCode = 305
	HTTPClientResponseVariantAlsoNegotiates        HTTPClientResponseCode = 506
)

type HTTPClientStatus ¶ 

type HTTPClientStatus int

HTTPClientStatus is an enum for Status values. 

const (
	HTTPClientStatusBody              HTTPClientStatus = 7
	HTTPClientStatusCantConnect       HTTPClientStatus = 4
	HTTPClientStatusCantResolve       HTTPClientStatus = 2
	HTTPClientStatusConnected         HTTPClientStatus = 5
	HTTPClientStatusConnecting        HTTPClientStatus = 3
	HTTPClientStatusConnectionError   HTTPClientStatus = 8
	HTTPClientStatusDisconnected      HTTPClientStatus = 0
	HTTPClientStatusRequesting        HTTPClientStatus = 6
	HTTPClientStatusResolving         HTTPClientStatus = 1
	HTTPClientStatusSslHandshakeError HTTPClientStatus = 9
)

type HTTPRequest ¶ 

type HTTPRequest struct {
	Node
	// contains filtered or unexported fields
}

A node with the ability to send HTTP requests. Uses HTTPClient internally. Can be used to make HTTP requests, i.e. download or upload files or web content via HTTP.

func (*HTTPRequest) BaseClass ¶ 

func (o *HTTPRequest) BaseClass() string

func (*HTTPRequest) CancelRequest ¶ 

func (o *HTTPRequest) CancelRequest()
        Cancels the current request.
	Args: [], Returns: void

func (*HTTPRequest) GetBodySize ¶ 

func (o *HTTPRequest) GetBodySize() gdnative.Int
        Returns the response body length.
	Args: [], Returns: int

func (*HTTPRequest) GetBodySizeLimit ¶ 

func (o *HTTPRequest) GetBodySizeLimit() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*HTTPRequest) GetDownloadFile ¶ 

func (o *HTTPRequest) GetDownloadFile() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*HTTPRequest) GetDownloadedBytes ¶ 

func (o *HTTPRequest) GetDownloadedBytes() gdnative.Int
        Returns the amount of bytes this HTTPRequest downloaded.
	Args: [], Returns: int

func (*HTTPRequest) GetHttpClientStatus ¶ 

func (o *HTTPRequest) GetHttpClientStatus() HTTPClientStatus
        Returns the current status of the underlying [HTTPClient]. See [code]STATUS_*[/code] enum on [HTTPClient].
	Args: [], Returns: enum.HTTPClient::Status

func (*HTTPRequest) GetMaxRedirects ¶ 

func (o *HTTPRequest) GetMaxRedirects() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*HTTPRequest) IsUsingThreads ¶ 

func (o *HTTPRequest) IsUsingThreads() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*HTTPRequest) Request ¶ 

func (o *HTTPRequest) Request(url gdnative.String, customHeaders gdnative.PoolStringArray, sslValidateDomain gdnative.Bool, method gdnative.Int, requestData gdnative.String) gdnative.Error

Args: [{ false url String} {[] true custom_headers PoolStringArray} {True true ssl_validate_domain bool} {0 true method int} { true request_data String}], Returns: enum.Error

func (*HTTPRequest) SetBodySizeLimit ¶ 

func (o *HTTPRequest) SetBodySizeLimit(bytes gdnative.Int)
        Undocumented
	Args: [{ false bytes int}], Returns: void

func (*HTTPRequest) SetDownloadFile ¶ 

func (o *HTTPRequest) SetDownloadFile(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

func (*HTTPRequest) SetMaxRedirects ¶ 

func (o *HTTPRequest) SetMaxRedirects(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*HTTPRequest) SetUseThreads ¶ 

func (o *HTTPRequest) SetUseThreads(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*HTTPRequest) X_RedirectRequest ¶ 

func (o *HTTPRequest) X_RedirectRequest(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*HTTPRequest) X_RequestDone ¶ 

func (o *HTTPRequest) X_RequestDone(arg0 gdnative.Int, arg1 gdnative.Int, arg2 gdnative.PoolStringArray, arg3 gdnative.PoolByteArray)
        Undocumented
	Args: [{ false arg0 int} { false arg1 int} { false arg2 PoolStringArray} { false arg3 PoolByteArray}], Returns: void

type HTTPRequestImplementer ¶ 

type HTTPRequestImplementer interface {
	NodeImplementer
	X_RedirectRequest(arg0 gdnative.String)
	X_RequestDone(arg0 gdnative.Int, arg1 gdnative.Int, arg2 gdnative.PoolStringArray, arg3 gdnative.PoolByteArray)
	CancelRequest()
	GetBodySize() gdnative.Int
	GetBodySizeLimit() gdnative.Int
	GetDownloadFile() gdnative.String
	GetDownloadedBytes() gdnative.Int
	GetMaxRedirects() gdnative.Int
	IsUsingThreads() gdnative.Bool
	SetBodySizeLimit(bytes gdnative.Int)
	SetDownloadFile(path gdnative.String)
	SetMaxRedirects(amount gdnative.Int)
	SetUseThreads(enable gdnative.Bool)
}

HTTPRequestImplementer is an interface that implements the methods of the HTTPRequest class.

type HTTPRequestResult ¶ 

type HTTPRequestResult int

HTTPRequestResult is an enum for Result values. 

const (
	HTTPRequestResultBodySizeLimitExceeded   HTTPRequestResult = 7
	HTTPRequestResultCantConnect             HTTPRequestResult = 2
	HTTPRequestResultCantResolve             HTTPRequestResult = 3
	HTTPRequestResultChunkedBodySizeMismatch HTTPRequestResult = 1
	HTTPRequestResultConnectionError         HTTPRequestResult = 4
	HTTPRequestResultDownloadFileCantOpen    HTTPRequestResult = 9
	HTTPRequestResultDownloadFileWriteError  HTTPRequestResult = 10
	HTTPRequestResultNoResponse              HTTPRequestResult = 6
	HTTPRequestResultRedirectLimitReached    HTTPRequestResult = 11
	HTTPRequestResultRequestFailed           HTTPRequestResult = 8
	HTTPRequestResultSslHandshakeError       HTTPRequestResult = 5
	HTTPRequestResultSuccess                 HTTPRequestResult = 0
)

type HingeJoint ¶ 

type HingeJoint struct {
	Joint
	// contains filtered or unexported fields
}

Normally uses the z-axis of body A as the hinge axis, another axis can be specified when adding it manually though.

func (*HingeJoint) BaseClass ¶ 

func (o *HingeJoint) BaseClass() string

func (*HingeJoint) GetFlag ¶ 

func (o *HingeJoint) GetFlag(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*HingeJoint) GetParam ¶ 

func (o *HingeJoint) GetParam(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*HingeJoint) SetFlag ¶ 

func (o *HingeJoint) SetFlag(flag gdnative.Int, enabled gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false enabled bool}], Returns: void

func (*HingeJoint) SetParam ¶ 

func (o *HingeJoint) SetParam(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*HingeJoint) X_GetLowerLimit ¶ 

func (o *HingeJoint) X_GetLowerLimit() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*HingeJoint) X_GetUpperLimit ¶ 

func (o *HingeJoint) X_GetUpperLimit() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*HingeJoint) X_SetLowerLimit ¶ 

func (o *HingeJoint) X_SetLowerLimit(lowerLimit gdnative.Real)
        Undocumented
	Args: [{ false lower_limit float}], Returns: void

func (*HingeJoint) X_SetUpperLimit ¶ 

func (o *HingeJoint) X_SetUpperLimit(upperLimit gdnative.Real)
        Undocumented
	Args: [{ false upper_limit float}], Returns: void

type HingeJointFlag ¶ 

type HingeJointFlag int

HingeJointFlag is an enum for Flag values. 

const (
	HingeJointFlagEnableMotor HingeJointFlag = 1
	HingeJointFlagMax         HingeJointFlag = 2
	HingeJointFlagUseLimit    HingeJointFlag = 0
)

type HingeJointImplementer ¶ 

type HingeJointImplementer interface {
	JointImplementer
	X_GetLowerLimit() gdnative.Real
	X_GetUpperLimit() gdnative.Real
	X_SetLowerLimit(lowerLimit gdnative.Real)
	X_SetUpperLimit(upperLimit gdnative.Real)
	GetFlag(flag gdnative.Int) gdnative.Bool
	GetParam(param gdnative.Int) gdnative.Real
	SetFlag(flag gdnative.Int, enabled gdnative.Bool)
	SetParam(param gdnative.Int, value gdnative.Real)
}

HingeJointImplementer is an interface that implements the methods of the HingeJoint class.

type HingeJointParam ¶ 

type HingeJointParam int

HingeJointParam is an enum for Param values. 

const (
	HingeJointParamBias                HingeJointParam = 0
	HingeJointParamLimitBias           HingeJointParam = 3
	HingeJointParamLimitLower          HingeJointParam = 2
	HingeJointParamLimitRelaxation     HingeJointParam = 5
	HingeJointParamLimitSoftness       HingeJointParam = 4
	HingeJointParamLimitUpper          HingeJointParam = 1
	HingeJointParamMax                 HingeJointParam = 8
	HingeJointParamMotorMaxImpulse     HingeJointParam = 7
	HingeJointParamMotorTargetVelocity HingeJointParam = 6
)

type IPImplementer ¶ 

type IPImplementer interface {
	ObjectImplementer
	ClearCache(hostname gdnative.String)
	EraseResolveItem(id gdnative.Int)
	GetLocalAddresses() gdnative.Array
	GetResolveItemAddress(id gdnative.Int) gdnative.String
	ResolveHostname(host gdnative.String, ipType gdnative.Int) gdnative.String
	ResolveHostnameQueueItem(host gdnative.String, ipType gdnative.Int) gdnative.Int
}

IPImplementer is an interface that implements the methods of the IP class.

type IPResolverStatus ¶ 

type IPResolverStatus int

IPResolverStatus is an enum for ResolverStatus values. 

const (
	IPResolverStatusDone    IPResolverStatus = 2
	IPResolverStatusError   IPResolverStatus = 3
	IPResolverStatusNone    IPResolverStatus = 0
	IPResolverStatusWaiting IPResolverStatus = 1
)

type IPType ¶ 

type IPType int

IPType is an enum for Type values. 

const (
	IPTypeAny  IPType = 3
	IPTypeIpv4 IPType = 1
	IPTypeIpv6 IPType = 2
	IPTypeNone IPType = 0
)

type IP_Unix ¶ 

type IP_Unix struct {
	// contains filtered or unexported fields
}

Unix-specific implementation of IP support functions. See IP.

func (*IP_Unix) BaseClass ¶ 

func (o *IP_Unix) BaseClass() string

func (*IP_Unix) ClearCache ¶ 

func (o *IP_Unix) ClearCache(hostname gdnative.String)
        Removes all of a "hostname"'s cached references. If no "hostname" is given then all cached IP addresses are removed.
	Args: [{ true hostname String}], Returns: void

func (*IP_Unix) EraseResolveItem ¶ 

func (o *IP_Unix) EraseResolveItem(id gdnative.Int)
        Removes a given item "id" from the queue. This should be used to free a queue after it has completed to enable more queries to happen.
	Args: [{ false id int}], Returns: void

func (*IP_Unix) GetLocalAddresses ¶ 

func (o *IP_Unix) GetLocalAddresses() gdnative.Array
        Returns all of the user's current IPv4 and IPv6 addresses as an array.
	Args: [], Returns: Array

func (*IP_Unix) GetResolveItemAddress ¶ 

func (o *IP_Unix) GetResolveItemAddress(id gdnative.Int) gdnative.String
        Returns a queued hostname's IP address, given its queue "id". Returns an empty string on error or if resolution hasn't happened yet (see [method get_resolve_item_status]).
	Args: [{ false id int}], Returns: String

func (*IP_Unix) GetResolveItemStatus ¶ 

func (o *IP_Unix) GetResolveItemStatus(id gdnative.Int) IPResolverStatus
        Returns a queued hostname's status as a RESOLVER_STATUS_* constant, given its queue "id".
	Args: [{ false id int}], Returns: enum.IP::ResolverStatus

func (*IP_Unix) ResolveHostname ¶ 

func (o *IP_Unix) ResolveHostname(host gdnative.String, ipType gdnative.Int) gdnative.String
        Returns a given hostname's IPv4 or IPv6 address when resolved (blocking-type method). The address type returned depends on the TYPE_* constant given as "ip_type".
	Args: [{ false host String} {3 true ip_type int}], Returns: String

func (*IP_Unix) ResolveHostnameQueueItem ¶ 

func (o *IP_Unix) ResolveHostnameQueueItem(host gdnative.String, ipType gdnative.Int) gdnative.Int
        Creates a queue item to resolve a hostname to an IPv4 or IPv6 address depending on the TYPE_* constant given as "ip_type". Returns the queue ID if successful, or RESOLVER_INVALID_ID on error.
	Args: [{ false host String} {3 true ip_type int}], Returns: int

type IP_UnixImplementer ¶ 

type IP_UnixImplementer interface {
	IPImplementer
}

IP_UnixImplementer is an interface that implements the methods of the IP_Unix class.

type Image ¶ 

type Image struct {
	Resource
	// contains filtered or unexported fields
}

Native image datatype. Contains image data, which can be converted to a Texture, and several functions to interact with it. The maximum width and height for an [code]Image[/code] is 16384 pixels.

func (*Image) BaseClass ¶ 

func (o *Image) BaseClass() string

func (*Image) BlendRect ¶ 

func (o *Image) BlendRect(src ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
        Alpha-blends [code]src_rect[/code] from [code]src[/code] image to this image at coordinates [code]dest[/code].
	Args: [{ false src Image} { false src_rect Rect2} { false dst Vector2}], Returns: void

func (*Image) BlendRectMask ¶ 

func (o *Image) BlendRectMask(src ImageImplementer, mask ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
        Alpha-blends [code]src_rect[/code] from [code]src[/code] image to this image using [code]mask[/code] image at coordinates [code]dst[/code]. Alpha channels are required for both [code]src[/code] and [code]mask[/code]. [code]dst[/code] pixels and [code]src[/code] pixels will blend if the corresponding mask pixel's alpha value is not 0. [code]src[/code] image and [code]mask[/code] image [b]must[/b] have the same size (width and height) but they can have different formats.
	Args: [{ false src Image} { false mask Image} { false src_rect Rect2} { false dst Vector2}], Returns: void

func (*Image) BlitRect ¶ 

func (o *Image) BlitRect(src ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
        Copies [code]src_rect[/code] from [code]src[/code] image to this image at coordinates [code]dst[/code].
	Args: [{ false src Image} { false src_rect Rect2} { false dst Vector2}], Returns: void

func (*Image) BlitRectMask ¶ 

func (o *Image) BlitRectMask(src ImageImplementer, mask ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
        Blits [code]src_rect[/code] area from [code]src[/code] image to this image at the coordinates given by [code]dst[/code]. [code]src[/code] pixel is copied onto [code]dst[/code] if the corresponding [code]mask[/code] pixel's alpha value is not 0. [code]src[/code] image and [code]mask[/code] image [b]must[/b] have the same size (width and height) but they can have different formats.
	Args: [{ false src Image} { false mask Image} { false src_rect Rect2} { false dst Vector2}], Returns: void

func (*Image) ClearMipmaps ¶ 

func (o *Image) ClearMipmaps()
        Removes the image's mipmaps.
	Args: [], Returns: void

func (*Image) Compress ¶ 

func (o *Image) Compress(mode gdnative.Int, source gdnative.Int, lossyQuality gdnative.Real) gdnative.Error
        Compresses the image to use less memory. Can not directly access pixel data while the image is compressed. Returns error if the chosen compression mode is not available. See [code]COMPRESS_*[/code] constants.
	Args: [{ false mode int} { false source int} { false lossy_quality float}], Returns: enum.Error

func (*Image) Convert ¶ 

func (o *Image) Convert(format gdnative.Int)
        Converts the image's format. See [code]FORMAT_*[/code] constants.
	Args: [{ false format int}], Returns: void

func (*Image) CopyFrom ¶ 

func (o *Image) CopyFrom(src ImageImplementer)
        Copies [code]src[/code] image to this image.
	Args: [{ false src Image}], Returns: void

func (*Image) Create ¶ 

func (o *Image) Create(width gdnative.Int, height gdnative.Int, useMipmaps gdnative.Bool, format gdnative.Int)
        Creates an empty image of given size and format. See [code]FORMAT_*[/code] constants. If [code]use_mipmaps[/code] is true then generate mipmaps for this image. See the [code]generate_mipmaps[/code] method.
	Args: [{ false width int} { false height int} { false use_mipmaps bool} { false format int}], Returns: void

func (*Image) CreateFromData ¶ 

func (o *Image) CreateFromData(width gdnative.Int, height gdnative.Int, useMipmaps gdnative.Bool, format gdnative.Int, data gdnative.PoolByteArray)
        Creates a new image of given size and format. See [code]FORMAT_*[/code] constants. Fills the image with the given raw data. If [code]use_mipmaps[/code] is true then generate mipmaps for this image. See the [code]generate_mipmaps[/code] method.
	Args: [{ false width int} { false height int} { false use_mipmaps bool} { false format int} { false data PoolByteArray}], Returns: void

func (*Image) Crop ¶ 

func (o *Image) Crop(width gdnative.Int, height gdnative.Int)
        Crops the image to the given [code]width[/code] and [code]height[/code]. If the specified size is larger than the current size, the extra area is filled with black pixels.
	Args: [{ false width int} { false height int}], Returns: void

func (*Image) Decompress ¶ 

func (o *Image) Decompress() gdnative.Error
        Decompresses the image if it is compressed. Returns an error if decompress function is not available.
	Args: [], Returns: enum.Error

func (*Image) DetectAlpha ¶ 

func (o *Image) DetectAlpha() ImageAlphaMode
        Returns ALPHA_BLEND if the image has data for alpha values. Returns ALPHA_BIT if all the alpha values are below a certain threshold or the maximum value. Returns ALPHA_NONE if no data for alpha values is found.
	Args: [], Returns: enum.Image::AlphaMode

func (*Image) ExpandX2Hq2X ¶ 

func (o *Image) ExpandX2Hq2X()
        Stretches the image and enlarges it by a factor of 2. No interpolation is done.
	Args: [], Returns: void

func (*Image) Fill ¶ 

func (o *Image) Fill(color gdnative.Color)
        Fills the image with a given [Color].
	Args: [{ false color Color}], Returns: void

func (*Image) FixAlphaEdges ¶ 

func (o *Image) FixAlphaEdges()
        Blends low-alpha pixels with nearby pixels.
	Args: [], Returns: void

func (*Image) FlipX ¶ 

func (o *Image) FlipX()
        Flips the image horizontally.
	Args: [], Returns: void

func (*Image) FlipY ¶ 

func (o *Image) FlipY()
        Flips the image vertically.
	Args: [], Returns: void

func (*Image) GenerateMipmaps ¶ 

func (o *Image) GenerateMipmaps() gdnative.Error
        Generates mipmaps for the image. Mipmaps are pre-calculated and lower resolution copies of the image. Mipmaps are automatically used if the image needs to be scaled down when rendered. This improves image quality and the performance of the rendering. Returns an error if the image is compressed, in a custom format or if the image's width/height is 0.
	Args: [], Returns: enum.Error

func (*Image) GetData ¶ 

func (o *Image) GetData() gdnative.PoolByteArray
        Returns the image's raw data.
	Args: [], Returns: PoolByteArray

func (*Image) GetFormat ¶ 

func (o *Image) GetFormat() ImageFormat
        Returns the image’s format. See [code]FORMAT_*[/code] constants.
	Args: [], Returns: enum.Image::Format

func (*Image) GetHeight ¶ 

func (o *Image) GetHeight() gdnative.Int
        Returns the image's height.
	Args: [], Returns: int

func (*Image) GetMipmapOffset ¶ 

func (o *Image) GetMipmapOffset(mipmap gdnative.Int) gdnative.Int
        Returns the offset where the image's mipmap with index [code]mipmap[/code] is stored in the [code]data[/code] dictionary.
	Args: [{ false mipmap int}], Returns: int

func (*Image) GetPixel ¶ 

func (o *Image) GetPixel(x gdnative.Int, y gdnative.Int) gdnative.Color
        Returns the color of the pixel at [code](x, y)[/code] if the image is locked. If the image is unlocked it always returns a [Color] with the value [code](0, 0, 0, 1.0)[/code].
	Args: [{ false x int} { false y int}], Returns: Color

func (*Image) GetRect ¶ 

func (o *Image) GetRect(rect gdnative.Rect2) ImageImplementer
        Returns a new image that is a copy of the image's area specified with [code]rect[/code].
	Args: [{ false rect Rect2}], Returns: Image

func (*Image) GetSize ¶ 

func (o *Image) GetSize() gdnative.Vector2
        Returns the image's size (width and height).
	Args: [], Returns: Vector2

func (*Image) GetUsedRect ¶ 

func (o *Image) GetUsedRect() gdnative.Rect2
        Returns a [Rect2] enclosing the visible portion of the image.
	Args: [], Returns: Rect2

func (*Image) GetWidth ¶ 

func (o *Image) GetWidth() gdnative.Int
        Returns the image's width.
	Args: [], Returns: int

func (*Image) HasMipmaps ¶ 

func (o *Image) HasMipmaps() gdnative.Bool
        Returns [code]true[/code] if the image has generated mipmaps.
	Args: [], Returns: bool

func (*Image) IsCompressed ¶ 

func (o *Image) IsCompressed() gdnative.Bool
        Returns [code]true[/code] if the image is compressed.
	Args: [], Returns: bool

func (*Image) IsEmpty ¶ 

func (o *Image) IsEmpty() gdnative.Bool
        Returns [code]true[/code] if the image has no data.
	Args: [], Returns: bool

func (*Image) IsInvisible ¶ 

func (o *Image) IsInvisible() gdnative.Bool
        Returns [code]true[/code] if all the image's pixels have an alpha value of 0. Returns [code]false[/code] if any pixel has an alpha value higher than 0.
	Args: [], Returns: bool

func (*Image) Load ¶ 

func (o *Image) Load(path gdnative.String) gdnative.Error
        Loads an image from file [code]path[/code].
	Args: [{ false path String}], Returns: enum.Error

func (*Image) LoadJpgFromBuffer ¶ 

func (o *Image) LoadJpgFromBuffer(buffer gdnative.PoolByteArray) gdnative.Error

Args: [{ false buffer PoolByteArray}], Returns: enum.Error

func (*Image) LoadPngFromBuffer ¶ 

func (o *Image) LoadPngFromBuffer(buffer gdnative.PoolByteArray) gdnative.Error

Args: [{ false buffer PoolByteArray}], Returns: enum.Error

func (*Image) Lock ¶ 

func (o *Image) Lock()
        Locks the data for writing access.
	Args: [], Returns: void

func (*Image) NormalmapToXy ¶ 

func (o *Image) NormalmapToXy()
        Converts the image's data to represent coordinates on a 3D plane. This is used when the image represents a normalmap. A normalmap can add lots of detail to a 3D surface without increasing the polygon count.
	Args: [], Returns: void

func (*Image) PremultiplyAlpha ¶ 

func (o *Image) PremultiplyAlpha()
        Multiplies color values with alpha values. Resulting color values for a pixel are [code](color * alpha)/256[/code].
	Args: [], Returns: void

func (*Image) Resize ¶ 

func (o *Image) Resize(width gdnative.Int, height gdnative.Int, interpolation gdnative.Int)
        Resizes the image to the given [code]width[/code] and [code]height[/code]. New pixels are calculated using [code]interpolation[/code]. See [code]interpolation[/code] constants.
	Args: [{ false width int} { false height int} {1 true interpolation int}], Returns: void

func (*Image) ResizeToPo2 ¶ 

func (o *Image) ResizeToPo2(square gdnative.Bool)
        Resizes the image to the nearest power of 2 for the width and height. If [code]square[/code] is [code]true[/code] then set width and height to be the same.
	Args: [{False true square bool}], Returns: void

func (*Image) SavePng ¶ 

func (o *Image) SavePng(path gdnative.String) gdnative.Error
        Saves the image as a PNG file to [code]path[/code].
	Args: [{ false path String}], Returns: enum.Error

func (*Image) SetPixel ¶ 

func (o *Image) SetPixel(x gdnative.Int, y gdnative.Int, color gdnative.Color)
        Sets the [Color] of the pixel at [code](x, y)[/code] if the image is locked. Example: [codeblock] var img = Image.new() img.create(img_width, img_height, false, Image.FORMAT_RGBA8) img.lock() img.set_pixel(x, y, color) # Works img.unlock() img.set_pixel(x, y, color) # Does not have an effect [/codeblock]
	Args: [{ false x int} { false y int} { false color Color}], Returns: void

func (*Image) ShrinkX2 ¶ 

func (o *Image) ShrinkX2()
        Shrinks the image by a factor of 2.
	Args: [], Returns: void

func (*Image) SrgbToLinear ¶ 

func (o *Image) SrgbToLinear()
        Converts the raw data from the sRGB colorspace to a linear scale.
	Args: [], Returns: void

func (*Image) Unlock ¶ 

func (o *Image) Unlock()
        Unlocks the data and prevents changes.
	Args: [], Returns: void

func (*Image) X_GetData ¶ 

func (o *Image) X_GetData() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*Image) X_SetData ¶ 

func (o *Image) X_SetData(data gdnative.Dictionary)
        Undocumented
	Args: [{ false data Dictionary}], Returns: void

type ImageAlphaMode ¶ 

type ImageAlphaMode int

ImageAlphaMode is an enum for AlphaMode values. 

const (
	ImageAlphaBit   ImageAlphaMode = 1
	ImageAlphaBlend ImageAlphaMode = 2
	ImageAlphaNone  ImageAlphaMode = 0
)

type ImageCompressMode ¶ 

type ImageCompressMode int

ImageCompressMode is an enum for CompressMode values. 

const (
	ImageCompressEtc    ImageCompressMode = 3
	ImageCompressEtc2   ImageCompressMode = 4
	ImageCompressPvrtc2 ImageCompressMode = 1
	ImageCompressPvrtc4 ImageCompressMode = 2
	ImageCompressS3Tc   ImageCompressMode = 0
)

type ImageCompressSource ¶ 

type ImageCompressSource int

ImageCompressSource is an enum for CompressSource values. 

const (
	ImageCompressSourceGeneric ImageCompressSource = 0
	ImageCompressSourceNormal  ImageCompressSource = 2
	ImageCompressSourceSrgb    ImageCompressSource = 1
)

type ImageFormat ¶ 

type ImageFormat int

ImageFormat is an enum for Format values. 

const (
	ImageFormatBptcRgba   ImageFormat = 22
	ImageFormatBptcRgbf   ImageFormat = 23
	ImageFormatBptcRgbfu  ImageFormat = 24
	ImageFormatDxt1       ImageFormat = 17
	ImageFormatDxt3       ImageFormat = 18
	ImageFormatDxt5       ImageFormat = 19
	ImageFormatEtc        ImageFormat = 29
	ImageFormatEtc2R11    ImageFormat = 30
	ImageFormatEtc2R11S   ImageFormat = 31
	ImageFormatEtc2Rg11   ImageFormat = 32
	ImageFormatEtc2Rg11S  ImageFormat = 33
	ImageFormatEtc2Rgb8   ImageFormat = 34
	ImageFormatEtc2Rgb8A1 ImageFormat = 36
	ImageFormatEtc2Rgba8  ImageFormat = 35
	ImageFormatL8         ImageFormat = 0
	ImageFormatLa8        ImageFormat = 1
	ImageFormatMax        ImageFormat = 37
	ImageFormatPvrtc2     ImageFormat = 25
	ImageFormatPvrtc2A    ImageFormat = 26
	ImageFormatPvrtc4     ImageFormat = 27
	ImageFormatPvrtc4A    ImageFormat = 28
	ImageFormatR8         ImageFormat = 2
	ImageFormatRf         ImageFormat = 8
	ImageFormatRg8        ImageFormat = 3
	ImageFormatRgb8       ImageFormat = 4
	ImageFormatRgba4444   ImageFormat = 6
	ImageFormatRgba5551   ImageFormat = 7
	ImageFormatRgba8      ImageFormat = 5
	ImageFormatRgbaf      ImageFormat = 11
	ImageFormatRgbah      ImageFormat = 15
	ImageFormatRgbe9995   ImageFormat = 16
	ImageFormatRgbf       ImageFormat = 10
	ImageFormatRgbh       ImageFormat = 14
	ImageFormatRgf        ImageFormat = 9
	ImageFormatRgh        ImageFormat = 13
	ImageFormatRgtcR      ImageFormat = 20
	ImageFormatRgtcRg     ImageFormat = 21
	ImageFormatRh         ImageFormat = 12
)

type ImageImplementer ¶ 

type ImageImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.Dictionary
	X_SetData(data gdnative.Dictionary)
	BlendRect(src ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
	BlendRectMask(src ImageImplementer, mask ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
	BlitRect(src ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
	BlitRectMask(src ImageImplementer, mask ImageImplementer, srcRect gdnative.Rect2, dst gdnative.Vector2)
	ClearMipmaps()
	Convert(format gdnative.Int)
	CopyFrom(src ImageImplementer)
	Create(width gdnative.Int, height gdnative.Int, useMipmaps gdnative.Bool, format gdnative.Int)
	CreateFromData(width gdnative.Int, height gdnative.Int, useMipmaps gdnative.Bool, format gdnative.Int, data gdnative.PoolByteArray)
	Crop(width gdnative.Int, height gdnative.Int)
	ExpandX2Hq2X()
	Fill(color gdnative.Color)
	FixAlphaEdges()
	FlipX()
	FlipY()
	GetData() gdnative.PoolByteArray
	GetHeight() gdnative.Int
	GetMipmapOffset(mipmap gdnative.Int) gdnative.Int
	GetPixel(x gdnative.Int, y gdnative.Int) gdnative.Color
	GetRect(rect gdnative.Rect2) ImageImplementer
	GetSize() gdnative.Vector2
	GetUsedRect() gdnative.Rect2
	GetWidth() gdnative.Int
	HasMipmaps() gdnative.Bool
	IsCompressed() gdnative.Bool
	IsEmpty() gdnative.Bool
	IsInvisible() gdnative.Bool
	Lock()
	NormalmapToXy()
	PremultiplyAlpha()
	Resize(width gdnative.Int, height gdnative.Int, interpolation gdnative.Int)
	ResizeToPo2(square gdnative.Bool)
	SetPixel(x gdnative.Int, y gdnative.Int, color gdnative.Color)
	ShrinkX2()
	SrgbToLinear()
	Unlock()
}

ImageImplementer is an interface that implements the methods of the Image class.

type ImageInterpolation ¶ 

type ImageInterpolation int

ImageInterpolation is an enum for Interpolation values. 

const (
	ImageInterpolateBilinear ImageInterpolation = 1
	ImageInterpolateCubic    ImageInterpolation = 2
	ImageInterpolateNearest  ImageInterpolation = 0
)

type ImageTexture ¶ 

type ImageTexture struct {
	Texture
	// contains filtered or unexported fields
}

A Texture based on an Image. Can be created from an Image with [method create_from_image].

func (*ImageTexture) BaseClass ¶ 

func (o *ImageTexture) BaseClass() string

func (*ImageTexture) Create ¶ 

func (o *ImageTexture) Create(width gdnative.Int, height gdnative.Int, format gdnative.Int, flags gdnative.Int)
        Create a new [code]ImageTexture[/code] with "width" and "height". "format" one of [Image].FORMAT_*. "flags" one or more of [Texture].FLAG_*.
	Args: [{ false width int} { false height int} { false format int} {7 true flags int}], Returns: void

func (*ImageTexture) CreateFromImage ¶ 

func (o *ImageTexture) CreateFromImage(image ImageImplementer, flags gdnative.Int)
        Create a new [code]ImageTexture[/code] from an [Image] with "flags" from [Texture].FLAG_*.
	Args: [{ false image Image} {7 true flags int}], Returns: void

func (*ImageTexture) GetFormat ¶ 

func (o *ImageTexture) GetFormat() ImageFormat
        Return the format of the [code]ImageTexture[/code], one of [Image].FORMAT_*.
	Args: [], Returns: enum.Image::Format

func (*ImageTexture) GetLossyStorageQuality ¶ 

func (o *ImageTexture) GetLossyStorageQuality() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ImageTexture) GetStorage ¶ 

func (o *ImageTexture) GetStorage() ImageTextureStorage
        Undocumented
	Args: [], Returns: enum.ImageTexture::Storage

func (*ImageTexture) Load ¶ 

func (o *ImageTexture) Load(path gdnative.String)
        Load an [code]ImageTexture[/code].
	Args: [{ false path String}], Returns: void

func (*ImageTexture) SetData ¶ 

func (o *ImageTexture) SetData(image ImageImplementer)
        Set the [Image] of this [code]ImageTexture[/code].
	Args: [{ false image Image}], Returns: void

func (*ImageTexture) SetLossyStorageQuality ¶ 

func (o *ImageTexture) SetLossyStorageQuality(quality gdnative.Real)
        Undocumented
	Args: [{ false quality float}], Returns: void

func (*ImageTexture) SetSizeOverride ¶ 

func (o *ImageTexture) SetSizeOverride(size gdnative.Vector2)
        Resizes the [code]ImageTexture[/code] to the specified dimensions.
	Args: [{ false size Vector2}], Returns: void

func (*ImageTexture) SetStorage ¶ 

func (o *ImageTexture) SetStorage(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*ImageTexture) X_ReloadHook ¶ 

func (o *ImageTexture) X_ReloadHook(rid gdnative.Rid)
        Undocumented
	Args: [{ false rid RID}], Returns: void

type ImageTextureImplementer ¶ 

type ImageTextureImplementer interface {
	TextureImplementer
	X_ReloadHook(rid gdnative.Rid)
	Create(width gdnative.Int, height gdnative.Int, format gdnative.Int, flags gdnative.Int)
	CreateFromImage(image ImageImplementer, flags gdnative.Int)
	GetLossyStorageQuality() gdnative.Real
	Load(path gdnative.String)
	SetData(image ImageImplementer)
	SetLossyStorageQuality(quality gdnative.Real)
	SetSizeOverride(size gdnative.Vector2)
	SetStorage(mode gdnative.Int)
}

ImageTextureImplementer is an interface that implements the methods of the ImageTexture class.

type ImageTextureStorage ¶ 

type ImageTextureStorage int

ImageTextureStorage is an enum for Storage values. 

const (
	ImageTextureStorageCompressLossless ImageTextureStorage = 2
	ImageTextureStorageCompressLossy    ImageTextureStorage = 1
	ImageTextureStorageRaw              ImageTextureStorage = 0
)

type ImmediateGeometry ¶ 

type ImmediateGeometry struct {
	GeometryInstance
	// contains filtered or unexported fields
}

Draws simple geometry from code. Uses a drawing mode similar to OpenGL 1.x.

func (*ImmediateGeometry) AddSphere ¶ 

func (o *ImmediateGeometry) AddSphere(lats gdnative.Int, lons gdnative.Int, radius gdnative.Real, addUv gdnative.Bool)
        Simple helper to draw a uvsphere, with given latitudes, longitude and radius.
	Args: [{ false lats int} { false lons int} { false radius float} {True true add_uv bool}], Returns: void

func (*ImmediateGeometry) AddVertex ¶ 

func (o *ImmediateGeometry) AddVertex(position gdnative.Vector3)
        Adds a vertex with the currently set color/uv/etc.
	Args: [{ false position Vector3}], Returns: void

func (*ImmediateGeometry) BaseClass ¶ 

func (o *ImmediateGeometry) BaseClass() string

func (*ImmediateGeometry) Begin ¶ 

func (o *ImmediateGeometry) Begin(primitive gdnative.Int, texture TextureImplementer)
        Begin drawing (And optionally pass a texture override). When done call end(). For more information on how this works, search for glBegin() glEnd() references. For the type of primitive, use the [Mesh].PRIMITIVE_* enumerations.
	Args: [{ false primitive int} {[Object:null] true texture Texture}], Returns: void

func (*ImmediateGeometry) Clear ¶ 

func (o *ImmediateGeometry) Clear()
        Clears everything that was drawn using begin/end.
	Args: [], Returns: void

func (*ImmediateGeometry) End ¶ 

func (o *ImmediateGeometry) End()
        Ends a drawing context and displays the results.
	Args: [], Returns: void

func (*ImmediateGeometry) SetColor ¶ 

func (o *ImmediateGeometry) SetColor(color gdnative.Color)
        The current drawing color.
	Args: [{ false color Color}], Returns: void

func (*ImmediateGeometry) SetNormal ¶ 

func (o *ImmediateGeometry) SetNormal(normal gdnative.Vector3)
        The next vertex's normal.
	Args: [{ false normal Vector3}], Returns: void

func (*ImmediateGeometry) SetTangent ¶ 

func (o *ImmediateGeometry) SetTangent(tangent gdnative.Plane)
        The next vertex's tangent (and binormal facing).
	Args: [{ false tangent Plane}], Returns: void

func (*ImmediateGeometry) SetUv ¶ 

func (o *ImmediateGeometry) SetUv(uv gdnative.Vector2)
        The next vertex's UV.
	Args: [{ false uv Vector2}], Returns: void

func (*ImmediateGeometry) SetUv2 ¶ 

func (o *ImmediateGeometry) SetUv2(uv gdnative.Vector2)
        The next vertex's second layer UV.
	Args: [{ false uv Vector2}], Returns: void

type ImmediateGeometryImplementer ¶ 

type ImmediateGeometryImplementer interface {
	GeometryInstanceImplementer
	AddSphere(lats gdnative.Int, lons gdnative.Int, radius gdnative.Real, addUv gdnative.Bool)
	AddVertex(position gdnative.Vector3)
	Begin(primitive gdnative.Int, texture TextureImplementer)
	Clear()
	End()
	SetColor(color gdnative.Color)
	SetNormal(normal gdnative.Vector3)
	SetTangent(tangent gdnative.Plane)
	SetUv(uv gdnative.Vector2)
	SetUv2(uv gdnative.Vector2)
}

ImmediateGeometryImplementer is an interface that implements the methods of the ImmediateGeometry class.

type InputCursorShape ¶ 

type InputCursorShape int

InputCursorShape is an enum for CursorShape values. 

const (
	InputCursorArrow        InputCursorShape = 0
	InputCursorBdiagsize    InputCursorShape = 11
	InputCursorBusy         InputCursorShape = 5
	InputCursorCanDrop      InputCursorShape = 7
	InputCursorCross        InputCursorShape = 3
	InputCursorDrag         InputCursorShape = 6
	InputCursorFdiagsize    InputCursorShape = 12
	InputCursorForbidden    InputCursorShape = 8
	InputCursorHelp         InputCursorShape = 16
	InputCursorHsize        InputCursorShape = 10
	InputCursorHsplit       InputCursorShape = 15
	InputCursorIbeam        InputCursorShape = 1
	InputCursorMove         InputCursorShape = 13
	InputCursorPointingHand InputCursorShape = 2
	InputCursorVsize        InputCursorShape = 9
	InputCursorVsplit       InputCursorShape = 14
	InputCursorWait         InputCursorShape = 4
)

type InputDefault ¶ 

type InputDefault struct {
	// contains filtered or unexported fields
}

Default implementation of the Input class, used internally by the editor and games for default input management.

func (*InputDefault) ActionPress ¶ 

func (o *InputDefault) ActionPress(action gdnative.String)
        This will simulate pressing the specified action.
	Args: [{ false action String}], Returns: void

func (*InputDefault) ActionRelease ¶ 

func (o *InputDefault) ActionRelease(action gdnative.String)
        If the specified action is already pressed, this will release it.
	Args: [{ false action String}], Returns: void

func (*InputDefault) AddJoyMapping ¶ 

func (o *InputDefault) AddJoyMapping(mapping gdnative.String, updateExisting gdnative.Bool)
        Add a new mapping entry (in SDL2 format) to the mapping database. Optionally update already connected devices.
	Args: [{ false mapping String} {False true update_existing bool}], Returns: void

func (*InputDefault) BaseClass ¶ 

func (o *InputDefault) BaseClass() string

func (*InputDefault) GetAccelerometer ¶ 

func (o *InputDefault) GetAccelerometer() gdnative.Vector3
        If the device has an accelerometer, this will return the acceleration. Otherwise, it returns an empty [Vector3].
	Args: [], Returns: Vector3

func (*InputDefault) GetConnectedJoypads ¶ 

func (o *InputDefault) GetConnectedJoypads() gdnative.Array
        Returns an [Array] containing the device IDs of all currently connected joypads.
	Args: [], Returns: Array

func (*InputDefault) GetGravity ¶ 

func (o *InputDefault) GetGravity() gdnative.Vector3
        If the device has an accelerometer, this will return the gravity. Otherwise, it returns an empty [Vector3].
	Args: [], Returns: Vector3

func (*InputDefault) GetGyroscope ¶ 

func (o *InputDefault) GetGyroscope() gdnative.Vector3
        If the device has a gyroscope, this will return the rate of rotation in rad/s around a device's x, y, and z axis. Otherwise, it returns an empty [Vector3].
	Args: [], Returns: Vector3

func (*InputDefault) GetJoyAxis ¶ 

func (o *InputDefault) GetJoyAxis(device gdnative.Int, axis gdnative.Int) gdnative.Real
        Returns the current value of the joypad axis at given index (see [code]JOY_*[/code] constants in [@GlobalScope])
	Args: [{ false device int} { false axis int}], Returns: float

func (*InputDefault) GetJoyAxisIndexFromString ¶ 

func (o *InputDefault) GetJoyAxisIndexFromString(axis gdnative.String) gdnative.Int

Args: [{ false axis String}], Returns: int

func (*InputDefault) GetJoyAxisString ¶ 

func (o *InputDefault) GetJoyAxisString(axisIndex gdnative.Int) gdnative.String

Args: [{ false axis_index int}], Returns: String

func (*InputDefault) GetJoyButtonIndexFromString ¶ 

func (o *InputDefault) GetJoyButtonIndexFromString(button gdnative.String) gdnative.Int

Args: [{ false button String}], Returns: int

func (*InputDefault) GetJoyButtonString ¶ 

func (o *InputDefault) GetJoyButtonString(buttonIndex gdnative.Int) gdnative.String

Args: [{ false button_index int}], Returns: String

func (*InputDefault) GetJoyGuid ¶ 

func (o *InputDefault) GetJoyGuid(device gdnative.Int) gdnative.String
        Returns a SDL2 compatible device guid on platforms that use gamepad remapping. Returns "Default Gamepad" otherwise.
	Args: [{ false device int}], Returns: String

func (*InputDefault) GetJoyName ¶ 

func (o *InputDefault) GetJoyName(device gdnative.Int) gdnative.String
        Returns the name of the joypad at the specified device index
	Args: [{ false device int}], Returns: String

func (*InputDefault) GetJoyVibrationDuration ¶ 

func (o *InputDefault) GetJoyVibrationDuration(device gdnative.Int) gdnative.Real
        Returns the duration of the current vibration effect in seconds.
	Args: [{ false device int}], Returns: float

func (*InputDefault) GetJoyVibrationStrength ¶ 

func (o *InputDefault) GetJoyVibrationStrength(device gdnative.Int) gdnative.Vector2
        Returns the strength of the joypad vibration: x is the strength of the weak motor, and y is the strength of the strong motor.
	Args: [{ false device int}], Returns: Vector2

func (*InputDefault) GetLastMouseSpeed ¶ 

func (o *InputDefault) GetLastMouseSpeed() gdnative.Vector2
        Returns the mouse speed for the last time the cursor was moved, and this until the next frame where the mouse moves. This means that even if the mouse is not moving, this function will still return the value of the last motion.
	Args: [], Returns: Vector2

func (*InputDefault) GetMagnetometer ¶ 

func (o *InputDefault) GetMagnetometer() gdnative.Vector3
        If the device has a magnetometer, this will return the magnetic field strength in micro-Tesla for all axes.
	Args: [], Returns: Vector3

func (*InputDefault) GetMouseButtonMask ¶ 

func (o *InputDefault) GetMouseButtonMask() gdnative.Int
        Returns mouse buttons as a bitmask. If multiple mouse buttons are pressed at the same time the bits are added together.
	Args: [], Returns: int

func (*InputDefault) GetMouseMode ¶ 

func (o *InputDefault) GetMouseMode() InputMouseMode
        Return the mouse mode. See the constants for more information.
	Args: [], Returns: enum.Input::MouseMode

func (*InputDefault) IsActionJustPressed ¶ 

func (o *InputDefault) IsActionJustPressed(action gdnative.String) gdnative.Bool
        Returns [code]true[/code] when you start pressing the action event.
	Args: [{ false action String}], Returns: bool

func (*InputDefault) IsActionJustReleased ¶ 

func (o *InputDefault) IsActionJustReleased(action gdnative.String) gdnative.Bool
        Returns [code]true[/code] when you stop pressing the action event.
	Args: [{ false action String}], Returns: bool

func (*InputDefault) IsActionPressed ¶ 

func (o *InputDefault) IsActionPressed(action gdnative.String) gdnative.Bool
        Returns [code]true[/code] if you are pressing the action event.
	Args: [{ false action String}], Returns: bool

func (*InputDefault) IsJoyButtonPressed ¶ 

func (o *InputDefault) IsJoyButtonPressed(device gdnative.Int, button gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if you are pressing the joypad button. (see [code]JOY_*[/code] constants in [@GlobalScope])
	Args: [{ false device int} { false button int}], Returns: bool

func (*InputDefault) IsJoyKnown ¶ 

func (o *InputDefault) IsJoyKnown(device gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the system knows the specified device. This means that it sets all button and axis indices exactly as defined in the [code]JOY_*[/code] constants (see [@GlobalScope]). Unknown joypads are not expected to match these constants, but you can still retrieve events from them.
	Args: [{ false device int}], Returns: bool

func (*InputDefault) IsKeyPressed ¶ 

func (o *InputDefault) IsKeyPressed(scancode gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if you are pressing the key. You can pass [code]KEY_*[/code], which are pre-defined constants listed in [@GlobalScope].
	Args: [{ false scancode int}], Returns: bool

func (*InputDefault) IsMouseButtonPressed ¶ 

func (o *InputDefault) IsMouseButtonPressed(button gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if you are pressing the mouse button. You can pass [code]BUTTON_*[/code], which are pre-defined constants listed in [@GlobalScope].
	Args: [{ false button int}], Returns: bool

func (*InputDefault) JoyConnectionChanged ¶ 

func (o *InputDefault) JoyConnectionChanged(device gdnative.Int, connected gdnative.Bool, name gdnative.String, guid gdnative.String)

Args: [{ false device int} { false connected bool} { false name String} { false guid String}], Returns: void

func (*InputDefault) ParseInputEvent ¶ 

func (o *InputDefault) ParseInputEvent(event InputEventImplementer)
        Feeds an [InputEvent] to the game. Can be used to artificially trigger input events from code.
	Args: [{ false event InputEvent}], Returns: void

func (*InputDefault) RemoveJoyMapping ¶ 

func (o *InputDefault) RemoveJoyMapping(guid gdnative.String)
        Removes all mappings from the internal db that match the given uid.
	Args: [{ false guid String}], Returns: void

func (*InputDefault) SetCustomMouseCursor ¶ 

func (o *InputDefault) SetCustomMouseCursor(image ResourceImplementer, shape gdnative.Int, hotspot gdnative.Vector2)
        Set a custom mouse cursor image, which is only visible inside the game window. The hotspot can also be specified. See enum [code]CURSOR_*[/code] for the list of shapes.
	Args: [{ false image Resource} {0 true shape int} {(0, 0) true hotspot Vector2}], Returns: void

func (*InputDefault) SetMouseMode ¶ 

func (o *InputDefault) SetMouseMode(mode gdnative.Int)
        Set the mouse mode. See the constants for more information.
	Args: [{ false mode int}], Returns: void

func (*InputDefault) StartJoyVibration ¶ 

func (o *InputDefault) StartJoyVibration(device gdnative.Int, weakMagnitude gdnative.Real, strongMagnitude gdnative.Real, duration gdnative.Real)
        Starts to vibrate the joypad. Joypads usually come with two rumble motors, a strong and a weak one. weak_magnitude is the strength of the weak motor (between 0 and 1) and strong_magnitude is the strength of the strong motor (between 0 and 1). duration is the duration of the effect in seconds (a duration of 0 will try to play the vibration indefinitely). Note that not every hardware is compatible with long effect durations, it is recommended to restart an effect if in need to play it for more than a few seconds.
	Args: [{ false device int} { false weak_magnitude float} { false strong_magnitude float} {0 true duration float}], Returns: void

func (*InputDefault) StopJoyVibration ¶ 

func (o *InputDefault) StopJoyVibration(device gdnative.Int)
        Stops the vibration of the joypad.
	Args: [{ false device int}], Returns: void

func (*InputDefault) WarpMousePosition ¶ 

func (o *InputDefault) WarpMousePosition(to gdnative.Vector2)
        Sets the mouse position to the specified vector.
	Args: [{ false to Vector2}], Returns: void

type InputDefaultImplementer ¶ 

type InputDefaultImplementer interface {
	InputImplementer
}

InputDefaultImplementer is an interface that implements the methods of the InputDefault class.

type InputEvent ¶ 

type InputEvent struct {
	Resource
	// contains filtered or unexported fields
}

Base class of all sort of input event. See [method Node._input].

func (*InputEvent) ActionMatch ¶ 

func (o *InputEvent) ActionMatch(event InputEventImplementer) gdnative.Bool
        Returns [code]true[/code] if this event matches [code]event[/code].
	Args: [{ false event InputEvent}], Returns: bool

func (*InputEvent) AsText ¶ 

func (o *InputEvent) AsText() gdnative.String
        Returns a [String] representation of the event.
	Args: [], Returns: String

func (*InputEvent) BaseClass ¶ 

func (o *InputEvent) BaseClass() string

func (*InputEvent) GetDevice ¶ 

func (o *InputEvent) GetDevice() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEvent) IsAction ¶ 

func (o *InputEvent) IsAction(action gdnative.String) gdnative.Bool
        Returns [code]true[/code] if this input event matches a pre-defined action of any type.
	Args: [{ false action String}], Returns: bool

func (*InputEvent) IsActionPressed ¶ 

func (o *InputEvent) IsActionPressed(action gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the given action is being pressed (and is not an echo event for KEY events). Not relevant for the event types [code]MOUSE_MOTION[/code], [code]SCREEN_DRAG[/code] or [code]NONE[/code].
	Args: [{ false action String}], Returns: bool

func (*InputEvent) IsActionReleased ¶ 

func (o *InputEvent) IsActionReleased(action gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the given action is released (i.e. not pressed). Not relevant for the event types [code]MOUSE_MOTION[/code], [code]SCREEN_DRAG[/code] or [code]NONE[/code].
	Args: [{ false action String}], Returns: bool

func (*InputEvent) IsActionType ¶ 

func (o *InputEvent) IsActionType() gdnative.Bool
        Returns [code]true[/code] if this input event's type is one of the [code]InputEvent[/code] constants.
	Args: [], Returns: bool

func (*InputEvent) IsEcho ¶ 

func (o *InputEvent) IsEcho() gdnative.Bool
        Returns [code]true[/code] if this input event is an echo event (only for events of type KEY).
	Args: [], Returns: bool

func (*InputEvent) IsPressed ¶ 

func (o *InputEvent) IsPressed() gdnative.Bool
        Returns [code]true[/code] if this input event is pressed. Not relevant for the event types [code]MOUSE_MOTION[/code], [code]SCREEN_DRAG[/code] or [code]NONE[/code].
	Args: [], Returns: bool

func (*InputEvent) SetDevice ¶ 

func (o *InputEvent) SetDevice(device gdnative.Int)
        Undocumented
	Args: [{ false device int}], Returns: void

func (*InputEvent) ShortcutMatch ¶ 

func (o *InputEvent) ShortcutMatch(event InputEventImplementer) gdnative.Bool

Args: [{ false event InputEvent}], Returns: bool

func (*InputEvent) XformedBy ¶ 

func (o *InputEvent) XformedBy(xform gdnative.Transform2D, localOfs gdnative.Vector2) InputEventImplementer

Args: [{ false xform Transform2D} {(0, 0) true local_ofs Vector2}], Returns: InputEvent

type InputEventAction ¶ 

type InputEventAction struct {
	InputEvent
	// contains filtered or unexported fields
}

Contains a generic action which can be targeted from several type of inputs. Actions can be created from the project settings menu [code]Project > Project Settings > Input Map[/code]. See [method Node._input].

func (*InputEventAction) BaseClass ¶ 

func (o *InputEventAction) BaseClass() string

func (*InputEventAction) GetAction ¶ 

func (o *InputEventAction) GetAction() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*InputEventAction) SetAction ¶ 

func (o *InputEventAction) SetAction(action gdnative.String)
        Undocumented
	Args: [{ false action String}], Returns: void

func (*InputEventAction) SetPressed ¶ 

func (o *InputEventAction) SetPressed(pressed gdnative.Bool)
        Undocumented
	Args: [{ false pressed bool}], Returns: void

type InputEventActionImplementer ¶ 

type InputEventActionImplementer interface {
	InputEventImplementer
	GetAction() gdnative.String
	SetAction(action gdnative.String)
	SetPressed(pressed gdnative.Bool)
}

InputEventActionImplementer is an interface that implements the methods of the InputEventAction class.

type InputEventGesture ¶ 

type InputEventGesture struct {
	InputEventWithModifiers
	// contains filtered or unexported fields
}

func (*InputEventGesture) BaseClass ¶ 

func (o *InputEventGesture) BaseClass() string

func (*InputEventGesture) GetPosition ¶ 

func (o *InputEventGesture) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventGesture) SetPosition ¶ 

func (o *InputEventGesture) SetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

type InputEventGestureImplementer ¶ 

type InputEventGestureImplementer interface {
	InputEventWithModifiersImplementer
	GetPosition() gdnative.Vector2
	SetPosition(position gdnative.Vector2)
}

InputEventGestureImplementer is an interface that implements the methods of the InputEventGesture class.

type InputEventImplementer ¶ 

type InputEventImplementer interface {
	ResourceImplementer
	ActionMatch(event InputEventImplementer) gdnative.Bool
	AsText() gdnative.String
	GetDevice() gdnative.Int
	IsAction(action gdnative.String) gdnative.Bool
	IsActionPressed(action gdnative.String) gdnative.Bool
	IsActionReleased(action gdnative.String) gdnative.Bool
	IsActionType() gdnative.Bool
	IsEcho() gdnative.Bool
	IsPressed() gdnative.Bool
	SetDevice(device gdnative.Int)
	ShortcutMatch(event InputEventImplementer) gdnative.Bool
	XformedBy(xform gdnative.Transform2D, localOfs gdnative.Vector2) InputEventImplementer
}

InputEventImplementer is an interface that implements the methods of the InputEvent class.

type InputEventJoypadButton ¶ 

type InputEventJoypadButton struct {
	InputEvent
	// contains filtered or unexported fields
}

Input event type for gamepad buttons. For joysticks see InputEventJoypadMotion.

func (*InputEventJoypadButton) BaseClass ¶ 

func (o *InputEventJoypadButton) BaseClass() string

func (*InputEventJoypadButton) GetButtonIndex ¶ 

func (o *InputEventJoypadButton) GetButtonIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventJoypadButton) GetPressure ¶ 

func (o *InputEventJoypadButton) GetPressure() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*InputEventJoypadButton) SetButtonIndex ¶ 

func (o *InputEventJoypadButton) SetButtonIndex(buttonIndex gdnative.Int)
        Undocumented
	Args: [{ false button_index int}], Returns: void

func (*InputEventJoypadButton) SetPressed ¶ 

func (o *InputEventJoypadButton) SetPressed(pressed gdnative.Bool)
        Undocumented
	Args: [{ false pressed bool}], Returns: void

func (*InputEventJoypadButton) SetPressure ¶ 

func (o *InputEventJoypadButton) SetPressure(pressure gdnative.Real)
        Undocumented
	Args: [{ false pressure float}], Returns: void

type InputEventJoypadButtonImplementer ¶ 

type InputEventJoypadButtonImplementer interface {
	InputEventImplementer
	GetButtonIndex() gdnative.Int
	GetPressure() gdnative.Real
	SetButtonIndex(buttonIndex gdnative.Int)
	SetPressed(pressed gdnative.Bool)
	SetPressure(pressure gdnative.Real)
}

InputEventJoypadButtonImplementer is an interface that implements the methods of the InputEventJoypadButton class.

type InputEventJoypadMotion ¶ 

type InputEventJoypadMotion struct {
	InputEvent
	// contains filtered or unexported fields
}

Stores information about joystick motions. One [code]InputEventJoypadMotion[/code] represents one axis at a time.

func (*InputEventJoypadMotion) BaseClass ¶ 

func (o *InputEventJoypadMotion) BaseClass() string

func (*InputEventJoypadMotion) GetAxis ¶ 

func (o *InputEventJoypadMotion) GetAxis() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventJoypadMotion) GetAxisValue ¶ 

func (o *InputEventJoypadMotion) GetAxisValue() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*InputEventJoypadMotion) SetAxis ¶ 

func (o *InputEventJoypadMotion) SetAxis(axis gdnative.Int)
        Undocumented
	Args: [{ false axis int}], Returns: void

func (*InputEventJoypadMotion) SetAxisValue ¶ 

func (o *InputEventJoypadMotion) SetAxisValue(axisValue gdnative.Real)
        Undocumented
	Args: [{ false axis_value float}], Returns: void

type InputEventJoypadMotionImplementer ¶ 

type InputEventJoypadMotionImplementer interface {
	InputEventImplementer
	GetAxis() gdnative.Int
	GetAxisValue() gdnative.Real
	SetAxis(axis gdnative.Int)
	SetAxisValue(axisValue gdnative.Real)
}

InputEventJoypadMotionImplementer is an interface that implements the methods of the InputEventJoypadMotion class.

type InputEventKey ¶ 

type InputEventKey struct {
	InputEventWithModifiers
	// contains filtered or unexported fields
}

Stores key presses on the keyboard. Supports key presses, key releases and [member echo] events.

func (*InputEventKey) BaseClass ¶ 

func (o *InputEventKey) BaseClass() string

func (*InputEventKey) GetScancode ¶ 

func (o *InputEventKey) GetScancode() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventKey) GetScancodeWithModifiers ¶ 

func (o *InputEventKey) GetScancodeWithModifiers() gdnative.Int

Args: [], Returns: int

func (*InputEventKey) GetUnicode ¶ 

func (o *InputEventKey) GetUnicode() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventKey) SetEcho ¶ 

func (o *InputEventKey) SetEcho(echo gdnative.Bool)
        Undocumented
	Args: [{ false echo bool}], Returns: void

func (*InputEventKey) SetPressed ¶ 

func (o *InputEventKey) SetPressed(pressed gdnative.Bool)
        Undocumented
	Args: [{ false pressed bool}], Returns: void

func (*InputEventKey) SetScancode ¶ 

func (o *InputEventKey) SetScancode(scancode gdnative.Int)
        Undocumented
	Args: [{ false scancode int}], Returns: void

func (*InputEventKey) SetUnicode ¶ 

func (o *InputEventKey) SetUnicode(unicode gdnative.Int)
        Undocumented
	Args: [{ false unicode int}], Returns: void

type InputEventKeyImplementer ¶ 

type InputEventKeyImplementer interface {
	InputEventWithModifiersImplementer
	GetScancode() gdnative.Int
	GetScancodeWithModifiers() gdnative.Int
	GetUnicode() gdnative.Int
	SetEcho(echo gdnative.Bool)
	SetPressed(pressed gdnative.Bool)
	SetScancode(scancode gdnative.Int)
	SetUnicode(unicode gdnative.Int)
}

InputEventKeyImplementer is an interface that implements the methods of the InputEventKey class.

type InputEventMagnifyGesture ¶ 

type InputEventMagnifyGesture struct {
	InputEventGesture
	// contains filtered or unexported fields
}

func (*InputEventMagnifyGesture) BaseClass ¶ 

func (o *InputEventMagnifyGesture) BaseClass() string

func (*InputEventMagnifyGesture) GetFactor ¶ 

func (o *InputEventMagnifyGesture) GetFactor() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*InputEventMagnifyGesture) SetFactor ¶ 

func (o *InputEventMagnifyGesture) SetFactor(factor gdnative.Real)
        Undocumented
	Args: [{ false factor float}], Returns: void

type InputEventMagnifyGestureImplementer ¶ 

type InputEventMagnifyGestureImplementer interface {
	InputEventGestureImplementer
	GetFactor() gdnative.Real
	SetFactor(factor gdnative.Real)
}

InputEventMagnifyGestureImplementer is an interface that implements the methods of the InputEventMagnifyGesture class.

type InputEventMouse ¶ 

type InputEventMouse struct {
	InputEventWithModifiers
	// contains filtered or unexported fields
}

Stores general mouse events information.

func (*InputEventMouse) BaseClass ¶ 

func (o *InputEventMouse) BaseClass() string

func (*InputEventMouse) GetButtonMask ¶ 

func (o *InputEventMouse) GetButtonMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventMouse) GetGlobalPosition ¶ 

func (o *InputEventMouse) GetGlobalPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventMouse) GetPosition ¶ 

func (o *InputEventMouse) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventMouse) SetButtonMask ¶ 

func (o *InputEventMouse) SetButtonMask(buttonMask gdnative.Int)
        Undocumented
	Args: [{ false button_mask int}], Returns: void

func (*InputEventMouse) SetGlobalPosition ¶ 

func (o *InputEventMouse) SetGlobalPosition(globalPosition gdnative.Vector2)
        Undocumented
	Args: [{ false global_position Vector2}], Returns: void

func (*InputEventMouse) SetPosition ¶ 

func (o *InputEventMouse) SetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

type InputEventMouseButton ¶ 

type InputEventMouseButton struct {
	InputEventMouse
	// contains filtered or unexported fields
}

Contains mouse click information. See [method Node._input].

func (*InputEventMouseButton) BaseClass ¶ 

func (o *InputEventMouseButton) BaseClass() string

func (*InputEventMouseButton) GetButtonIndex ¶ 

func (o *InputEventMouseButton) GetButtonIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventMouseButton) GetFactor ¶ 

func (o *InputEventMouseButton) GetFactor() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*InputEventMouseButton) IsDoubleclick ¶ 

func (o *InputEventMouseButton) IsDoubleclick() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InputEventMouseButton) SetButtonIndex ¶ 

func (o *InputEventMouseButton) SetButtonIndex(buttonIndex gdnative.Int)
        Undocumented
	Args: [{ false button_index int}], Returns: void

func (*InputEventMouseButton) SetDoubleclick ¶ 

func (o *InputEventMouseButton) SetDoubleclick(doubleclick gdnative.Bool)
        Undocumented
	Args: [{ false doubleclick bool}], Returns: void

func (*InputEventMouseButton) SetFactor ¶ 

func (o *InputEventMouseButton) SetFactor(factor gdnative.Real)
        Undocumented
	Args: [{ false factor float}], Returns: void

func (*InputEventMouseButton) SetPressed ¶ 

func (o *InputEventMouseButton) SetPressed(pressed gdnative.Bool)
        Undocumented
	Args: [{ false pressed bool}], Returns: void

type InputEventMouseButtonImplementer ¶ 

type InputEventMouseButtonImplementer interface {
	InputEventMouseImplementer
	GetButtonIndex() gdnative.Int
	GetFactor() gdnative.Real
	IsDoubleclick() gdnative.Bool
	SetButtonIndex(buttonIndex gdnative.Int)
	SetDoubleclick(doubleclick gdnative.Bool)
	SetFactor(factor gdnative.Real)
	SetPressed(pressed gdnative.Bool)
}

InputEventMouseButtonImplementer is an interface that implements the methods of the InputEventMouseButton class.

type InputEventMouseImplementer ¶ 

type InputEventMouseImplementer interface {
	InputEventWithModifiersImplementer
	GetButtonMask() gdnative.Int
	GetGlobalPosition() gdnative.Vector2
	GetPosition() gdnative.Vector2
	SetButtonMask(buttonMask gdnative.Int)
	SetGlobalPosition(globalPosition gdnative.Vector2)
	SetPosition(position gdnative.Vector2)
}

InputEventMouseImplementer is an interface that implements the methods of the InputEventMouse class.

type InputEventMouseMotion ¶ 

type InputEventMouseMotion struct {
	InputEventMouse
	// contains filtered or unexported fields
}

Contains mouse motion information. Supports relative, absolute positions and speed. See [method Node._input].

func (*InputEventMouseMotion) BaseClass ¶ 

func (o *InputEventMouseMotion) BaseClass() string

func (*InputEventMouseMotion) GetRelative ¶ 

func (o *InputEventMouseMotion) GetRelative() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventMouseMotion) GetSpeed ¶ 

func (o *InputEventMouseMotion) GetSpeed() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventMouseMotion) SetRelative ¶ 

func (o *InputEventMouseMotion) SetRelative(relative gdnative.Vector2)
        Undocumented
	Args: [{ false relative Vector2}], Returns: void

func (*InputEventMouseMotion) SetSpeed ¶ 

func (o *InputEventMouseMotion) SetSpeed(speed gdnative.Vector2)
        Undocumented
	Args: [{ false speed Vector2}], Returns: void

type InputEventMouseMotionImplementer ¶ 

type InputEventMouseMotionImplementer interface {
	InputEventMouseImplementer
	GetRelative() gdnative.Vector2
	GetSpeed() gdnative.Vector2
	SetRelative(relative gdnative.Vector2)
	SetSpeed(speed gdnative.Vector2)
}

InputEventMouseMotionImplementer is an interface that implements the methods of the InputEventMouseMotion class.

type InputEventPanGesture ¶ 

type InputEventPanGesture struct {
	InputEventGesture
	// contains filtered or unexported fields
}

func (*InputEventPanGesture) BaseClass ¶ 

func (o *InputEventPanGesture) BaseClass() string

func (*InputEventPanGesture) GetDelta ¶ 

func (o *InputEventPanGesture) GetDelta() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventPanGesture) SetDelta ¶ 

func (o *InputEventPanGesture) SetDelta(delta gdnative.Vector2)
        Undocumented
	Args: [{ false delta Vector2}], Returns: void

type InputEventPanGestureImplementer ¶ 

type InputEventPanGestureImplementer interface {
	InputEventGestureImplementer
	GetDelta() gdnative.Vector2
	SetDelta(delta gdnative.Vector2)
}

InputEventPanGestureImplementer is an interface that implements the methods of the InputEventPanGesture class.

type InputEventScreenDrag ¶ 

type InputEventScreenDrag struct {
	InputEvent
	// contains filtered or unexported fields
}

Contains screen drag information. See [method Node._input].

func (*InputEventScreenDrag) BaseClass ¶ 

func (o *InputEventScreenDrag) BaseClass() string

func (*InputEventScreenDrag) GetIndex ¶ 

func (o *InputEventScreenDrag) GetIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventScreenDrag) GetPosition ¶ 

func (o *InputEventScreenDrag) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventScreenDrag) GetRelative ¶ 

func (o *InputEventScreenDrag) GetRelative() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventScreenDrag) GetSpeed ¶ 

func (o *InputEventScreenDrag) GetSpeed() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventScreenDrag) SetIndex ¶ 

func (o *InputEventScreenDrag) SetIndex(index gdnative.Int)
        Undocumented
	Args: [{ false index int}], Returns: void

func (*InputEventScreenDrag) SetPosition ¶ 

func (o *InputEventScreenDrag) SetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*InputEventScreenDrag) SetRelative ¶ 

func (o *InputEventScreenDrag) SetRelative(relative gdnative.Vector2)
        Undocumented
	Args: [{ false relative Vector2}], Returns: void

func (*InputEventScreenDrag) SetSpeed ¶ 

func (o *InputEventScreenDrag) SetSpeed(speed gdnative.Vector2)
        Undocumented
	Args: [{ false speed Vector2}], Returns: void

type InputEventScreenDragImplementer ¶ 

type InputEventScreenDragImplementer interface {
	InputEventImplementer
	GetIndex() gdnative.Int
	GetPosition() gdnative.Vector2
	GetRelative() gdnative.Vector2
	GetSpeed() gdnative.Vector2
	SetIndex(index gdnative.Int)
	SetPosition(position gdnative.Vector2)
	SetRelative(relative gdnative.Vector2)
	SetSpeed(speed gdnative.Vector2)
}

InputEventScreenDragImplementer is an interface that implements the methods of the InputEventScreenDrag class.

type InputEventScreenTouch ¶ 

type InputEventScreenTouch struct {
	InputEvent
	// contains filtered or unexported fields
}

Stores multi-touch press/release information. Supports touch press, touch release and [member index] for multi-touch count and order.

func (*InputEventScreenTouch) BaseClass ¶ 

func (o *InputEventScreenTouch) BaseClass() string

func (*InputEventScreenTouch) GetIndex ¶ 

func (o *InputEventScreenTouch) GetIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*InputEventScreenTouch) GetPosition ¶ 

func (o *InputEventScreenTouch) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*InputEventScreenTouch) SetIndex ¶ 

func (o *InputEventScreenTouch) SetIndex(index gdnative.Int)
        Undocumented
	Args: [{ false index int}], Returns: void

func (*InputEventScreenTouch) SetPosition ¶ 

func (o *InputEventScreenTouch) SetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*InputEventScreenTouch) SetPressed ¶ 

func (o *InputEventScreenTouch) SetPressed(pressed gdnative.Bool)
        Undocumented
	Args: [{ false pressed bool}], Returns: void

type InputEventScreenTouchImplementer ¶ 

type InputEventScreenTouchImplementer interface {
	InputEventImplementer
	GetIndex() gdnative.Int
	GetPosition() gdnative.Vector2
	SetIndex(index gdnative.Int)
	SetPosition(position gdnative.Vector2)
	SetPressed(pressed gdnative.Bool)
}

InputEventScreenTouchImplementer is an interface that implements the methods of the InputEventScreenTouch class.

type InputEventWithModifiers ¶ 

type InputEventWithModifiers struct {
	InputEvent
	// contains filtered or unexported fields
}

Contains keys events information with modifiers support like [code]SHIFT[/code] or [code]ALT[/code]. See [method Node._input].

func (*InputEventWithModifiers) BaseClass ¶ 

func (o *InputEventWithModifiers) BaseClass() string

func (*InputEventWithModifiers) GetAlt ¶ 

func (o *InputEventWithModifiers) GetAlt() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InputEventWithModifiers) GetCommand ¶ 

func (o *InputEventWithModifiers) GetCommand() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InputEventWithModifiers) GetControl ¶ 

func (o *InputEventWithModifiers) GetControl() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InputEventWithModifiers) GetMetakey ¶ 

func (o *InputEventWithModifiers) GetMetakey() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InputEventWithModifiers) GetShift ¶ 

func (o *InputEventWithModifiers) GetShift() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InputEventWithModifiers) SetAlt ¶ 

func (o *InputEventWithModifiers) SetAlt(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*InputEventWithModifiers) SetCommand ¶ 

func (o *InputEventWithModifiers) SetCommand(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*InputEventWithModifiers) SetControl ¶ 

func (o *InputEventWithModifiers) SetControl(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*InputEventWithModifiers) SetMetakey ¶ 

func (o *InputEventWithModifiers) SetMetakey(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*InputEventWithModifiers) SetShift ¶ 

func (o *InputEventWithModifiers) SetShift(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type InputEventWithModifiersImplementer ¶ 

type InputEventWithModifiersImplementer interface {
	InputEventImplementer
	GetAlt() gdnative.Bool
	GetCommand() gdnative.Bool
	GetControl() gdnative.Bool
	GetMetakey() gdnative.Bool
	GetShift() gdnative.Bool
	SetAlt(enable gdnative.Bool)
	SetCommand(enable gdnative.Bool)
	SetControl(enable gdnative.Bool)
	SetMetakey(enable gdnative.Bool)
	SetShift(enable gdnative.Bool)
}

InputEventWithModifiersImplementer is an interface that implements the methods of the InputEventWithModifiers class.

type InputImplementer ¶ 

type InputImplementer interface {
	ObjectImplementer
	ActionPress(action gdnative.String)
	ActionRelease(action gdnative.String)
	AddJoyMapping(mapping gdnative.String, updateExisting gdnative.Bool)
	GetAccelerometer() gdnative.Vector3
	GetConnectedJoypads() gdnative.Array
	GetGravity() gdnative.Vector3
	GetGyroscope() gdnative.Vector3
	GetJoyAxis(device gdnative.Int, axis gdnative.Int) gdnative.Real
	GetJoyAxisIndexFromString(axis gdnative.String) gdnative.Int
	GetJoyAxisString(axisIndex gdnative.Int) gdnative.String
	GetJoyButtonIndexFromString(button gdnative.String) gdnative.Int
	GetJoyButtonString(buttonIndex gdnative.Int) gdnative.String
	GetJoyGuid(device gdnative.Int) gdnative.String
	GetJoyName(device gdnative.Int) gdnative.String
	GetJoyVibrationDuration(device gdnative.Int) gdnative.Real
	GetJoyVibrationStrength(device gdnative.Int) gdnative.Vector2
	GetLastMouseSpeed() gdnative.Vector2
	GetMagnetometer() gdnative.Vector3
	GetMouseButtonMask() gdnative.Int
	IsActionJustPressed(action gdnative.String) gdnative.Bool
	IsActionJustReleased(action gdnative.String) gdnative.Bool
	IsActionPressed(action gdnative.String) gdnative.Bool
	IsJoyButtonPressed(device gdnative.Int, button gdnative.Int) gdnative.Bool
	IsJoyKnown(device gdnative.Int) gdnative.Bool
	IsKeyPressed(scancode gdnative.Int) gdnative.Bool
	IsMouseButtonPressed(button gdnative.Int) gdnative.Bool
	JoyConnectionChanged(device gdnative.Int, connected gdnative.Bool, name gdnative.String, guid gdnative.String)
	ParseInputEvent(event InputEventImplementer)
	RemoveJoyMapping(guid gdnative.String)
	SetCustomMouseCursor(image ResourceImplementer, shape gdnative.Int, hotspot gdnative.Vector2)
	SetMouseMode(mode gdnative.Int)
	StartJoyVibration(device gdnative.Int, weakMagnitude gdnative.Real, strongMagnitude gdnative.Real, duration gdnative.Real)
	StopJoyVibration(device gdnative.Int)
	WarpMousePosition(to gdnative.Vector2)
}

InputImplementer is an interface that implements the methods of the Input class.

type InputMapImplementer ¶ 

type InputMapImplementer interface {
	ObjectImplementer
	ActionAddEvent(action gdnative.String, event InputEventImplementer)
	ActionEraseEvent(action gdnative.String, event InputEventImplementer)
	ActionHasEvent(action gdnative.String, event InputEventImplementer) gdnative.Bool
	AddAction(action gdnative.String)
	EraseAction(action gdnative.String)
	EventIsAction(event InputEventImplementer, action gdnative.String) gdnative.Bool
	GetActionList(action gdnative.String) gdnative.Array
	GetActions() gdnative.Array
	HasAction(action gdnative.String) gdnative.Bool
	LoadFromGlobals()
}

InputMapImplementer is an interface that implements the methods of the InputMap class.

type InputMouseMode ¶ 

type InputMouseMode int

InputMouseMode is an enum for MouseMode values. 

const (
	InputMouseModeCaptured InputMouseMode = 2
	InputMouseModeConfined InputMouseMode = 3
	InputMouseModeHidden   InputMouseMode = 1
	InputMouseModeVisible  InputMouseMode = 0
)

type InstancePlaceholder ¶ 

type InstancePlaceholder struct {
	Node
	// contains filtered or unexported fields
}

Turning on the option [b]Load As Placeholder[/b] for an instanced scene in the editor causes it to be replaced by an InstacePlaceholder when running the game. This makes it possible to delay actually loading the scene until calling [method replace_by_instance]. This is useful to avoid loading large scenes all at once by loading parts of it selectively. The InstancePlaceholder does not have a transform. This causes any child nodes to be positioned relatively to the Viewport from point (0,0), rather than their parent as displayed in the editor. Replacing the placeholder with a scene with a transform will transform children relatively to their parent again.

func (*InstancePlaceholder) BaseClass ¶ 

func (o *InstancePlaceholder) BaseClass() string

func (*InstancePlaceholder) GetInstancePath ¶ 

func (o *InstancePlaceholder) GetInstancePath() gdnative.String
        Retrieve the path to the [PackedScene] resource file that is loaded by default when calling [method replace_by_instance].
	Args: [], Returns: String

func (*InstancePlaceholder) GetStoredValues ¶ 

func (o *InstancePlaceholder) GetStoredValues(withOrder gdnative.Bool) gdnative.Dictionary

Args: [{False true with_order bool}], Returns: Dictionary

func (*InstancePlaceholder) ReplaceByInstance ¶ 

func (o *InstancePlaceholder) ReplaceByInstance(customScene PackedSceneImplementer)
        Replace this placeholder by the scene handed as an argument, or the original scene if no argument is given. As for all resources, the scene is loaded only if it's not loaded already. By manually loading the scene beforehand, delays caused by this function can be avoided.
	Args: [{Null true custom_scene PackedScene}], Returns: void

type InstancePlaceholderImplementer ¶ 

type InstancePlaceholderImplementer interface {
	NodeImplementer
	GetInstancePath() gdnative.String
	GetStoredValues(withOrder gdnative.Bool) gdnative.Dictionary
	ReplaceByInstance(customScene PackedSceneImplementer)
}

InstancePlaceholderImplementer is an interface that implements the methods of the InstancePlaceholder class.

type InterpolatedCamera ¶ 

type InterpolatedCamera struct {
	Camera
	// contains filtered or unexported fields
}

func (*InterpolatedCamera) BaseClass ¶ 

func (o *InterpolatedCamera) BaseClass() string

func (*InterpolatedCamera) GetSpeed ¶ 

func (o *InterpolatedCamera) GetSpeed() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*InterpolatedCamera) GetTargetPath ¶ 

func (o *InterpolatedCamera) GetTargetPath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*InterpolatedCamera) IsInterpolationEnabled ¶ 

func (o *InterpolatedCamera) IsInterpolationEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*InterpolatedCamera) SetInterpolationEnabled ¶ 

func (o *InterpolatedCamera) SetInterpolationEnabled(targetPath gdnative.Bool)
        Undocumented
	Args: [{ false target_path bool}], Returns: void

func (*InterpolatedCamera) SetSpeed ¶ 

func (o *InterpolatedCamera) SetSpeed(speed gdnative.Real)
        Undocumented
	Args: [{ false speed float}], Returns: void

func (*InterpolatedCamera) SetTarget ¶ 

func (o *InterpolatedCamera) SetTarget(target ObjectImplementer)

Args: [{ false target Object}], Returns: void

func (*InterpolatedCamera) SetTargetPath ¶ 

func (o *InterpolatedCamera) SetTargetPath(targetPath gdnative.NodePath)
        Undocumented
	Args: [{ false target_path NodePath}], Returns: void

type InterpolatedCameraImplementer ¶ 

type InterpolatedCameraImplementer interface {
	CameraImplementer
	GetSpeed() gdnative.Real
	GetTargetPath() gdnative.NodePath
	IsInterpolationEnabled() gdnative.Bool
	SetInterpolationEnabled(targetPath gdnative.Bool)
	SetSpeed(speed gdnative.Real)
	SetTarget(target ObjectImplementer)
	SetTargetPath(targetPath gdnative.NodePath)
}

InterpolatedCameraImplementer is an interface that implements the methods of the InterpolatedCamera class.

type ItemList ¶ 

type ItemList struct {
	Control
	// contains filtered or unexported fields
}

This control provides a selectable list of items that may be in a single (or multiple columns) with option of text, icons, or both text and icon. Tooltips are supported and may be different for every item in the list. Selectable items in the list may be selected or deselected and multiple selection may be enabled. Selection with right mouse button may also be enabled to allow use of popup context menus. Items may also be 'activated' with a double click (or Enter key).

func (*ItemList) AddIconItem ¶ 

func (o *ItemList) AddIconItem(icon TextureImplementer, selectable gdnative.Bool)
        Adds an item to the item list with no text, only an icon.
	Args: [{ false icon Texture} {True true selectable bool}], Returns: void

func (*ItemList) AddItem ¶ 

func (o *ItemList) AddItem(text gdnative.String, icon TextureImplementer, selectable gdnative.Bool)
        Adds an item to the item list with specified text. Specify an icon of null for a list item with no icon. If selectable is true the list item will be selectable.
	Args: [{ false text String} {Null true icon Texture} {True true selectable bool}], Returns: void

func (*ItemList) BaseClass ¶ 

func (o *ItemList) BaseClass() string

func (*ItemList) Clear ¶ 

func (o *ItemList) Clear()
        Remove all items from the list.
	Args: [], Returns: void

func (*ItemList) EnsureCurrentIsVisible ¶ 

func (o *ItemList) EnsureCurrentIsVisible()
        Ensure selection is visible, adjusting the scroll position as necessary.
	Args: [], Returns: void

func (*ItemList) GetAllowReselect ¶ 

func (o *ItemList) GetAllowReselect() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ItemList) GetAllowRmbSelect ¶ 

func (o *ItemList) GetAllowRmbSelect() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ItemList) GetFixedColumnWidth ¶ 

func (o *ItemList) GetFixedColumnWidth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ItemList) GetFixedIconSize ¶ 

func (o *ItemList) GetFixedIconSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ItemList) GetIconMode ¶ 

func (o *ItemList) GetIconMode() ItemListIconMode
        Undocumented
	Args: [], Returns: enum.ItemList::IconMode

func (*ItemList) GetIconScale ¶ 

func (o *ItemList) GetIconScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ItemList) GetItemAtPosition ¶ 

func (o *ItemList) GetItemAtPosition(position gdnative.Vector2, exact gdnative.Bool) gdnative.Int
        Given a position within the control return the item (if any) at that point.
	Args: [{ false position Vector2} {False true exact bool}], Returns: int

func (*ItemList) GetItemCount ¶ 

func (o *ItemList) GetItemCount() gdnative.Int
        Return count of items currently in the item list.
	Args: [], Returns: int

func (*ItemList) GetItemCustomBgColor ¶ 

func (o *ItemList) GetItemCustomBgColor(idx gdnative.Int) gdnative.Color

Args: [{ false idx int}], Returns: Color

func (*ItemList) GetItemIcon ¶ 

func (o *ItemList) GetItemIcon(idx gdnative.Int) TextureImplementer

Args: [{ false idx int}], Returns: Texture

func (*ItemList) GetItemIconRegion ¶ 

func (o *ItemList) GetItemIconRegion(idx gdnative.Int) gdnative.Rect2

Args: [{ false idx int}], Returns: Rect2

func (*ItemList) GetItemMetadata ¶ 

func (o *ItemList) GetItemMetadata(idx gdnative.Int) gdnative.Variant

Args: [{ false idx int}], Returns: Variant

func (*ItemList) GetItemText ¶ 

func (o *ItemList) GetItemText(idx gdnative.Int) gdnative.String
        Return the text for specified item index.
	Args: [{ false idx int}], Returns: String

func (*ItemList) GetItemTooltip ¶ 

func (o *ItemList) GetItemTooltip(idx gdnative.Int) gdnative.String
        Return tooltip hint for specified item index.
	Args: [{ false idx int}], Returns: String

func (*ItemList) GetMaxColumns ¶ 

func (o *ItemList) GetMaxColumns() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ItemList) GetMaxTextLines ¶ 

func (o *ItemList) GetMaxTextLines() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ItemList) GetSelectMode ¶ 

func (o *ItemList) GetSelectMode() ItemListSelectMode
        Undocumented
	Args: [], Returns: enum.ItemList::SelectMode

func (*ItemList) GetSelectedItems ¶ 

func (o *ItemList) GetSelectedItems() gdnative.PoolIntArray
        Returns the list of selected indexes.
	Args: [], Returns: PoolIntArray

func (*ItemList) GetVScroll ¶ 

func (o *ItemList) GetVScroll() VScrollBarImplementer
        Returns the current vertical scroll bar for the List.
	Args: [], Returns: VScrollBar

func (*ItemList) HasAutoHeight ¶ 

func (o *ItemList) HasAutoHeight() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ItemList) IsItemDisabled ¶ 

func (o *ItemList) IsItemDisabled(idx gdnative.Int) gdnative.Bool
        Returns whether or not the item at the specified index is disabled
	Args: [{ false idx int}], Returns: bool

func (*ItemList) IsItemSelectable ¶ 

func (o *ItemList) IsItemSelectable(idx gdnative.Int) gdnative.Bool
        Returns whether or not the item at the specified index is selectable.
	Args: [{ false idx int}], Returns: bool

func (*ItemList) IsItemTooltipEnabled ¶ 

func (o *ItemList) IsItemTooltipEnabled(idx gdnative.Int) gdnative.Bool
        Returns whether the tooltip is enabled for specified item index.
	Args: [{ false idx int}], Returns: bool

func (*ItemList) IsSameColumnWidth ¶ 

func (o *ItemList) IsSameColumnWidth() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ItemList) IsSelected ¶ 

func (o *ItemList) IsSelected(idx gdnative.Int) gdnative.Bool
        Returns whether or not item at the specified index is currently selected.
	Args: [{ false idx int}], Returns: bool

func (*ItemList) RemoveItem ¶ 

func (o *ItemList) RemoveItem(idx gdnative.Int)
        Remove item at specified index from the list.
	Args: [{ false idx int}], Returns: void

func (*ItemList) Select ¶ 

func (o *ItemList) Select(idx gdnative.Int, single gdnative.Bool)
        Select the item at the specified index. Note: This method does not trigger the item selection signal.
	Args: [{ false idx int} {True true single bool}], Returns: void

func (*ItemList) SetAllowReselect ¶ 

func (o *ItemList) SetAllowReselect(allow gdnative.Bool)
        Undocumented
	Args: [{ false allow bool}], Returns: void

func (*ItemList) SetAllowRmbSelect ¶ 

func (o *ItemList) SetAllowRmbSelect(allow gdnative.Bool)
        Undocumented
	Args: [{ false allow bool}], Returns: void

func (*ItemList) SetAutoHeight ¶ 

func (o *ItemList) SetAutoHeight(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ItemList) SetFixedColumnWidth ¶ 

func (o *ItemList) SetFixedColumnWidth(width gdnative.Int)
        Undocumented
	Args: [{ false width int}], Returns: void

func (*ItemList) SetFixedIconSize ¶ 

func (o *ItemList) SetFixedIconSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*ItemList) SetIconMode ¶ 

func (o *ItemList) SetIconMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*ItemList) SetIconScale ¶ 

func (o *ItemList) SetIconScale(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

func (*ItemList) SetItemCustomBgColor ¶ 

func (o *ItemList) SetItemCustomBgColor(idx gdnative.Int, customBgColor gdnative.Color)

Args: [{ false idx int} { false custom_bg_color Color}], Returns: void

func (*ItemList) SetItemDisabled ¶ 

func (o *ItemList) SetItemDisabled(idx gdnative.Int, disabled gdnative.Bool)
        Disable (or enable) item at specified index. Disabled items are not be selectable and do not fire activation (Enter or double-click) signals.
	Args: [{ false idx int} { false disabled bool}], Returns: void

func (*ItemList) SetItemIcon ¶ 

func (o *ItemList) SetItemIcon(idx gdnative.Int, icon TextureImplementer)
        Set (or replace) icon of the item at the specified index.
	Args: [{ false idx int} { false icon Texture}], Returns: void

func (*ItemList) SetItemIconRegion ¶ 

func (o *ItemList) SetItemIconRegion(idx gdnative.Int, rect gdnative.Rect2)

Args: [{ false idx int} { false rect Rect2}], Returns: void

func (*ItemList) SetItemMetadata ¶ 

func (o *ItemList) SetItemMetadata(idx gdnative.Int, metadata gdnative.Variant)
        Sets a value (of any type) to be stored with the item at the specified index.
	Args: [{ false idx int} { false metadata Variant}], Returns: void

func (*ItemList) SetItemSelectable ¶ 

func (o *ItemList) SetItemSelectable(idx gdnative.Int, selectable gdnative.Bool)
        Allow or disallow selection of the item at the specified index.
	Args: [{ false idx int} { false selectable bool}], Returns: void

func (*ItemList) SetItemText ¶ 

func (o *ItemList) SetItemText(idx gdnative.Int, text gdnative.String)
        Sets text of item at specified index.
	Args: [{ false idx int} { false text String}], Returns: void

func (*ItemList) SetItemTooltip ¶ 

func (o *ItemList) SetItemTooltip(idx gdnative.Int, tooltip gdnative.String)
        Sets tooltip hint for item at specified index.
	Args: [{ false idx int} { false tooltip String}], Returns: void

func (*ItemList) SetItemTooltipEnabled ¶ 

func (o *ItemList) SetItemTooltipEnabled(idx gdnative.Int, enable gdnative.Bool)
        Sets whether the tooltip is enabled for specified item index.
	Args: [{ false idx int} { false enable bool}], Returns: void

func (*ItemList) SetMaxColumns ¶ 

func (o *ItemList) SetMaxColumns(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*ItemList) SetMaxTextLines ¶ 

func (o *ItemList) SetMaxTextLines(lines gdnative.Int)
        Undocumented
	Args: [{ false lines int}], Returns: void

func (*ItemList) SetSameColumnWidth ¶ 

func (o *ItemList) SetSameColumnWidth(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ItemList) SetSelectMode ¶ 

func (o *ItemList) SetSelectMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*ItemList) SortItemsByText ¶ 

func (o *ItemList) SortItemsByText()
        Sorts items in the list by their text.
	Args: [], Returns: void

func (*ItemList) Unselect ¶ 

func (o *ItemList) Unselect(idx gdnative.Int)
        Ensure item at specified index is not selected.
	Args: [{ false idx int}], Returns: void

func (*ItemList) X_GetItems ¶ 

func (o *ItemList) X_GetItems() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*ItemList) X_GuiInput ¶ 

func (o *ItemList) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ItemList) X_ScrollChanged ¶ 

func (o *ItemList) X_ScrollChanged(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*ItemList) X_SetItems ¶ 

func (o *ItemList) X_SetItems(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

type ItemListIconMode ¶ 

type ItemListIconMode int

ItemListIconMode is an enum for IconMode values. 

const (
	ItemListIconModeLeft ItemListIconMode = 1
	ItemListIconModeTop  ItemListIconMode = 0
)

type ItemListImplementer ¶ 

type ItemListImplementer interface {
	ControlImplementer
	X_GetItems() gdnative.Array
	X_ScrollChanged(arg0 gdnative.Real)
	X_SetItems(arg0 gdnative.Array)
	AddIconItem(icon TextureImplementer, selectable gdnative.Bool)
	AddItem(text gdnative.String, icon TextureImplementer, selectable gdnative.Bool)
	Clear()
	EnsureCurrentIsVisible()
	GetAllowReselect() gdnative.Bool
	GetAllowRmbSelect() gdnative.Bool
	GetFixedColumnWidth() gdnative.Int
	GetFixedIconSize() gdnative.Vector2
	GetIconScale() gdnative.Real
	GetItemAtPosition(position gdnative.Vector2, exact gdnative.Bool) gdnative.Int
	GetItemCount() gdnative.Int
	GetItemCustomBgColor(idx gdnative.Int) gdnative.Color
	GetItemIcon(idx gdnative.Int) TextureImplementer
	GetItemIconRegion(idx gdnative.Int) gdnative.Rect2
	GetItemMetadata(idx gdnative.Int) gdnative.Variant
	GetItemText(idx gdnative.Int) gdnative.String
	GetItemTooltip(idx gdnative.Int) gdnative.String
	GetMaxColumns() gdnative.Int
	GetMaxTextLines() gdnative.Int
	GetSelectedItems() gdnative.PoolIntArray
	GetVScroll() VScrollBarImplementer
	HasAutoHeight() gdnative.Bool
	IsItemDisabled(idx gdnative.Int) gdnative.Bool
	IsItemSelectable(idx gdnative.Int) gdnative.Bool
	IsItemTooltipEnabled(idx gdnative.Int) gdnative.Bool
	IsSameColumnWidth() gdnative.Bool
	IsSelected(idx gdnative.Int) gdnative.Bool
	RemoveItem(idx gdnative.Int)
	Select(idx gdnative.Int, single gdnative.Bool)
	SetAllowReselect(allow gdnative.Bool)
	SetAllowRmbSelect(allow gdnative.Bool)
	SetAutoHeight(enable gdnative.Bool)
	SetFixedColumnWidth(width gdnative.Int)
	SetFixedIconSize(size gdnative.Vector2)
	SetIconMode(mode gdnative.Int)
	SetIconScale(scale gdnative.Real)
	SetItemCustomBgColor(idx gdnative.Int, customBgColor gdnative.Color)
	SetItemDisabled(idx gdnative.Int, disabled gdnative.Bool)
	SetItemIcon(idx gdnative.Int, icon TextureImplementer)
	SetItemIconRegion(idx gdnative.Int, rect gdnative.Rect2)
	SetItemMetadata(idx gdnative.Int, metadata gdnative.Variant)
	SetItemSelectable(idx gdnative.Int, selectable gdnative.Bool)
	SetItemText(idx gdnative.Int, text gdnative.String)
	SetItemTooltip(idx gdnative.Int, tooltip gdnative.String)
	SetItemTooltipEnabled(idx gdnative.Int, enable gdnative.Bool)
	SetMaxColumns(amount gdnative.Int)
	SetMaxTextLines(lines gdnative.Int)
	SetSameColumnWidth(enable gdnative.Bool)
	SetSelectMode(mode gdnative.Int)
	SortItemsByText()
	Unselect(idx gdnative.Int)
}

ItemListImplementer is an interface that implements the methods of the ItemList class.

type ItemListSelectMode ¶ 

type ItemListSelectMode int

ItemListSelectMode is an enum for SelectMode values. 

const (
	ItemListSelectMulti  ItemListSelectMode = 1
	ItemListSelectSingle ItemListSelectMode = 0
)

type JSONImplementer ¶ 

type JSONImplementer interface {
	ObjectImplementer
	Parse(json gdnative.String) JSONParseResultImplementer
	Print(value gdnative.Variant, indent gdnative.String, sortKeys gdnative.Bool) gdnative.String
}

JSONImplementer is an interface that implements the methods of the JSON class.

type JSONParseResult ¶ 

type JSONParseResult struct {
	Reference
	// contains filtered or unexported fields
}

Returned by [method JSON.parse], [code]JSONParseResult[/code] contains decoded JSON or error information if JSON source not successfully parsed. You can check if JSON source was successfully parsed with [code]if json_result.error == OK[/code].

func (*JSONParseResult) BaseClass ¶ 

func (o *JSONParseResult) BaseClass() string

func (*JSONParseResult) GetError ¶ 

func (o *JSONParseResult) GetError() gdnative.Error
        Undocumented
	Args: [], Returns: enum.Error

func (*JSONParseResult) GetErrorLine ¶ 

func (o *JSONParseResult) GetErrorLine() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*JSONParseResult) GetErrorString ¶ 

func (o *JSONParseResult) GetErrorString() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*JSONParseResult) GetResult ¶ 

func (o *JSONParseResult) GetResult() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

func (*JSONParseResult) SetError ¶ 

func (o *JSONParseResult) SetError(error gdnative.Int)
        Undocumented
	Args: [{ false error int}], Returns: void

func (*JSONParseResult) SetErrorLine ¶ 

func (o *JSONParseResult) SetErrorLine(errorLine gdnative.Int)
        Undocumented
	Args: [{ false error_line int}], Returns: void

func (*JSONParseResult) SetErrorString ¶ 

func (o *JSONParseResult) SetErrorString(errorString gdnative.String)
        Undocumented
	Args: [{ false error_string String}], Returns: void

func (*JSONParseResult) SetResult ¶ 

func (o *JSONParseResult) SetResult(result gdnative.Variant)
        Undocumented
	Args: [{ false result Variant}], Returns: void

type JSONParseResultImplementer ¶ 

type JSONParseResultImplementer interface {
	ReferenceImplementer
	GetErrorLine() gdnative.Int
	GetErrorString() gdnative.String
	GetResult() gdnative.Variant
	SetError(error gdnative.Int)
	SetErrorLine(errorLine gdnative.Int)
	SetErrorString(errorString gdnative.String)
	SetResult(result gdnative.Variant)
}

JSONParseResultImplementer is an interface that implements the methods of the JSONParseResult class.

type JavaScriptImplementer ¶ 

type JavaScriptImplementer interface {
	ObjectImplementer
	Eval(code gdnative.String, useGlobalExecutionContext gdnative.Bool) gdnative.Variant
}

JavaScriptImplementer is an interface that implements the methods of the JavaScript class.

type Joint ¶ 

type Joint struct {
	Spatial
	// contains filtered or unexported fields
}

All 3D joints link two nodes, has a priority, and can decide if the two bodies of the nodes should be able to collide with each other

func (*Joint) BaseClass ¶ 

func (o *Joint) BaseClass() string

func (*Joint) GetExcludeNodesFromCollision ¶ 

func (o *Joint) GetExcludeNodesFromCollision() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Joint) GetNodeA ¶ 

func (o *Joint) GetNodeA() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Joint) GetNodeB ¶ 

func (o *Joint) GetNodeB() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Joint) GetSolverPriority ¶ 

func (o *Joint) GetSolverPriority() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Joint) SetExcludeNodesFromCollision ¶ 

func (o *Joint) SetExcludeNodesFromCollision(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Joint) SetNodeA ¶ 

func (o *Joint) SetNodeA(node gdnative.NodePath)
        Undocumented
	Args: [{ false node NodePath}], Returns: void

func (*Joint) SetNodeB ¶ 

func (o *Joint) SetNodeB(node gdnative.NodePath)
        Undocumented
	Args: [{ false node NodePath}], Returns: void

func (*Joint) SetSolverPriority ¶ 

func (o *Joint) SetSolverPriority(priority gdnative.Int)
        Undocumented
	Args: [{ false priority int}], Returns: void

type Joint2D ¶ 

type Joint2D struct {
	Node2D
	// contains filtered or unexported fields
}

Base node for all joint constraints in 2D physics. Joints take 2 bodies and apply a custom constraint.

func (*Joint2D) BaseClass ¶ 

func (o *Joint2D) BaseClass() string

func (*Joint2D) GetBias ¶ 

func (o *Joint2D) GetBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Joint2D) GetExcludeNodesFromCollision ¶ 

func (o *Joint2D) GetExcludeNodesFromCollision() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Joint2D) GetNodeA ¶ 

func (o *Joint2D) GetNodeA() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Joint2D) GetNodeB ¶ 

func (o *Joint2D) GetNodeB() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Joint2D) SetBias ¶ 

func (o *Joint2D) SetBias(bias gdnative.Real)
        Undocumented
	Args: [{ false bias float}], Returns: void

func (*Joint2D) SetExcludeNodesFromCollision ¶ 

func (o *Joint2D) SetExcludeNodesFromCollision(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Joint2D) SetNodeA ¶ 

func (o *Joint2D) SetNodeA(node gdnative.NodePath)
        Undocumented
	Args: [{ false node NodePath}], Returns: void

func (*Joint2D) SetNodeB ¶ 

func (o *Joint2D) SetNodeB(node gdnative.NodePath)
        Undocumented
	Args: [{ false node NodePath}], Returns: void

type Joint2DImplementer ¶ 

type Joint2DImplementer interface {
	Node2DImplementer
	GetBias() gdnative.Real
	GetExcludeNodesFromCollision() gdnative.Bool
	GetNodeA() gdnative.NodePath
	GetNodeB() gdnative.NodePath
	SetBias(bias gdnative.Real)
	SetExcludeNodesFromCollision(enable gdnative.Bool)
	SetNodeA(node gdnative.NodePath)
	SetNodeB(node gdnative.NodePath)
}

Joint2DImplementer is an interface that implements the methods of the Joint2D class.

type JointImplementer ¶ 

type JointImplementer interface {
	SpatialImplementer
	GetExcludeNodesFromCollision() gdnative.Bool
	GetNodeA() gdnative.NodePath
	GetNodeB() gdnative.NodePath
	GetSolverPriority() gdnative.Int
	SetExcludeNodesFromCollision(enable gdnative.Bool)
	SetNodeA(node gdnative.NodePath)
	SetNodeB(node gdnative.NodePath)
	SetSolverPriority(priority gdnative.Int)
}

JointImplementer is an interface that implements the methods of the Joint class.

type KinematicBody ¶ 

type KinematicBody struct {
	PhysicsBody
	// contains filtered or unexported fields
}

Kinematic bodies are special types of bodies that are meant to be user-controlled. They are not affected by physics at all (to other types of bodies, such a character or a rigid body, these are the same as a static body). They have however, two main uses: Simulated Motion: When these bodies are moved manually, either from code or from an AnimationPlayer (with process mode set to fixed), the physics will automatically compute an estimate of their linear and angular velocity. This makes them very useful for moving platforms or other AnimationPlayer-controlled objects (like a door, a bridge that opens, etc). Kinematic Characters: KinematicBody also has an API for moving objects (the [method move_and_collide] and [method move_and_slide] methods) while performing collision tests. This makes them really useful to implement characters that collide against a world, but that don't require advanced physics.

func (*KinematicBody) BaseClass ¶ 

func (o *KinematicBody) BaseClass() string

func (*KinematicBody) GetAxisLock ¶ 

func (o *KinematicBody) GetAxisLock(axis gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false axis int}], Returns: bool

func (*KinematicBody) GetFloorVelocity ¶ 

func (o *KinematicBody) GetFloorVelocity() gdnative.Vector3
        Returns the velocity of the floor. Only updates when calling [method move_and_slide].
	Args: [], Returns: Vector3

func (*KinematicBody) GetSafeMargin ¶ 

func (o *KinematicBody) GetSafeMargin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*KinematicBody) GetSlideCollision ¶ 

func (o *KinematicBody) GetSlideCollision(slideIdx gdnative.Int) KinematicCollisionImplementer
        Returns a [KinematicCollision], which contains information about a collision that occurred during the last [method move_and_slide] call. Since the body can collide several times in a single call to [method move_and_slide], you must specify the index of the collision in the range 0 to ([method get_slide_count] - 1).
	Args: [{ false slide_idx int}], Returns: KinematicCollision

func (*KinematicBody) GetSlideCount ¶ 

func (o *KinematicBody) GetSlideCount() gdnative.Int
        Returns the number of times the body collided and changed direction during the last call to [method move_and_slide].
	Args: [], Returns: int

func (*KinematicBody) IsOnCeiling ¶ 

func (o *KinematicBody) IsOnCeiling() gdnative.Bool
        Returns [code]true[/code] if the body is on the ceiling. Only updates when calling [method move_and_slide].
	Args: [], Returns: bool

func (*KinematicBody) IsOnFloor ¶ 

func (o *KinematicBody) IsOnFloor() gdnative.Bool
        Returns [code]true[/code] if the body is on the floor. Only updates when calling [method move_and_slide].
	Args: [], Returns: bool

func (*KinematicBody) IsOnWall ¶ 

func (o *KinematicBody) IsOnWall() gdnative.Bool
        Returns [code]true[/code] if the body is on a wall. Only updates when calling [method move_and_slide].
	Args: [], Returns: bool

func (*KinematicBody) MoveAndCollide ¶ 

func (o *KinematicBody) MoveAndCollide(relVec gdnative.Vector3) KinematicCollisionImplementer
        Moves the body along the vector [code]rel_vec[/code]. The body will stop if it collides. Returns a [KinematicCollision], which contains information about the collision.
	Args: [{ false rel_vec Vector3}], Returns: KinematicCollision

func (*KinematicBody) MoveAndSlide ¶ 

func (o *KinematicBody) MoveAndSlide(linearVelocity gdnative.Vector3, floorNormal gdnative.Vector3, slopeStopMinVelocity gdnative.Real, maxSlides gdnative.Int, floorMaxAngle gdnative.Real) gdnative.Vector3
        Moves the body along a vector. If the body collides with another, it will slide along the other body rather than stop immediately. If the other body is a [code]KinematicBody[/code] or [RigidBody], it will also be affected by the motion of the other body. You can use this to make moving or rotating platforms, or to make nodes push other nodes. [code]linear_velocity[/code] is a value in pixels per second. Unlike in for example [method move_and_collide], you should [i]not[/i] multiply it with [code]delta[/code] — this is done by the method. [code]floor_normal[/code] is the up direction, used to determine what is a wall and what is a floor or a ceiling. If set to the default value of [code]Vector3(0, 0, 0)[/code], everything is considered a wall. This is useful for topdown games. If the body is standing on a slope and the horizontal speed (relative to the floor's speed) goes below [code]slope_stop_min_velocity[/code], the body will stop completely. This prevents the body from sliding down slopes when you include gravity in [code]linear_velocity[/code]. When set to lower values, the body will not be able to stand still on steep slopes. If the body collides, it will change direction a maximum of [code]max_slides[/code] times before it stops. [code]floor_max_angle[/code] is the maximum angle (in radians) where a slope is still considered a floor (or a ceiling), rather than a wall. The default value equals 45 degrees. Returns the movement that remained when the body stopped. To get more detailed information about collisions that occurred, use [method get_slide_collision].
	Args: [{ false linear_velocity Vector3} {(0, 0, 0) true floor_normal Vector3} {0.05 true slope_stop_min_velocity float} {4 true max_slides int} {0.785398 true floor_max_angle float}], Returns: Vector3

func (*KinematicBody) SetAxisLock ¶ 

func (o *KinematicBody) SetAxisLock(axis gdnative.Int, lock gdnative.Bool)
        Undocumented
	Args: [{ false axis int} { false lock bool}], Returns: void

func (*KinematicBody) SetSafeMargin ¶ 

func (o *KinematicBody) SetSafeMargin(pixels gdnative.Real)
        Undocumented
	Args: [{ false pixels float}], Returns: void

func (*KinematicBody) TestMove ¶ 

func (o *KinematicBody) TestMove(from gdnative.Transform, relVec gdnative.Vector3) gdnative.Bool
        Checks for collisions without moving the body. Virtually sets the node's position, scale and rotation to that of the given [Transform], then tries to move the body along the vector [code]rel_vec[/code]. Returns [code]true[/code] if a collision would occur.
	Args: [{ false from Transform} { false rel_vec Vector3}], Returns: bool

type KinematicBody2D ¶ 

type KinematicBody2D struct {
	PhysicsBody2D
	// contains filtered or unexported fields
}

Kinematic bodies are special types of bodies that are meant to be user-controlled. They are not affected by physics at all (to other types of bodies, such a character or a rigid body, these are the same as a static body). They have however, two main uses: Simulated Motion: When these bodies are moved manually, either from code or from an AnimationPlayer (with process mode set to fixed), the physics will automatically compute an estimate of their linear and angular velocity. This makes them very useful for moving platforms or other AnimationPlayer-controlled objects (like a door, a bridge that opens, etc). Kinematic Characters: KinematicBody2D also has an API for moving objects (the [method move_and_collide] and [method move_and_slide] methods) while performing collision tests. This makes them really useful to implement characters that collide against a world, but that don't require advanced physics.

func (*KinematicBody2D) BaseClass ¶ 

func (o *KinematicBody2D) BaseClass() string

func (*KinematicBody2D) GetFloorVelocity ¶ 

func (o *KinematicBody2D) GetFloorVelocity() gdnative.Vector2
        Returns the velocity of the floor. Only updates when calling [method move_and_slide].
	Args: [], Returns: Vector2

func (*KinematicBody2D) GetSafeMargin ¶ 

func (o *KinematicBody2D) GetSafeMargin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*KinematicBody2D) GetSlideCollision ¶ 

func (o *KinematicBody2D) GetSlideCollision(slideIdx gdnative.Int) KinematicCollision2DImplementer
        Returns a [KinematicCollision2D], which contains information about a collision that occurred during the last [method move_and_slide] call. Since the body can collide several times in a single call to [method move_and_slide], you must specify the index of the collision in the range 0 to ([method get_slide_count] - 1).
	Args: [{ false slide_idx int}], Returns: KinematicCollision2D

func (*KinematicBody2D) GetSlideCount ¶ 

func (o *KinematicBody2D) GetSlideCount() gdnative.Int
        Returns the number of times the body collided and changed direction during the last call to [method move_and_slide].
	Args: [], Returns: int

func (*KinematicBody2D) IsOnCeiling ¶ 

func (o *KinematicBody2D) IsOnCeiling() gdnative.Bool
        Returns [code]true[/code] if the body is on the ceiling. Only updates when calling [method move_and_slide].
	Args: [], Returns: bool

func (*KinematicBody2D) IsOnFloor ¶ 

func (o *KinematicBody2D) IsOnFloor() gdnative.Bool
        Returns [code]true[/code] if the body is on the floor. Only updates when calling [method move_and_slide].
	Args: [], Returns: bool

func (*KinematicBody2D) IsOnWall ¶ 

func (o *KinematicBody2D) IsOnWall() gdnative.Bool
        Returns [code]true[/code] if the body is on a wall. Only updates when calling [method move_and_slide].
	Args: [], Returns: bool

func (*KinematicBody2D) MoveAndCollide ¶ 

func (o *KinematicBody2D) MoveAndCollide(relVec gdnative.Vector2) KinematicCollision2DImplementer
        Moves the body along the vector [code]rel_vec[/code]. The body will stop if it collides. Returns a [KinematicCollision2D], which contains information about the collision.
	Args: [{ false rel_vec Vector2}], Returns: KinematicCollision2D

func (*KinematicBody2D) MoveAndSlide ¶ 

func (o *KinematicBody2D) MoveAndSlide(linearVelocity gdnative.Vector2, floorNormal gdnative.Vector2, slopeStopMinVelocity gdnative.Real, maxBounces gdnative.Int, floorMaxAngle gdnative.Real) gdnative.Vector2
        Moves the body along a vector. If the body collides with another, it will slide along the other body rather than stop immediately. If the other body is a [code]KinematicBody2D[/code] or [RigidBody2D], it will also be affected by the motion of the other body. You can use this to make moving or rotating platforms, or to make nodes push other nodes. [code]linear_velocity[/code] is a value in pixels per second. Unlike in for example [method move_and_collide], you should [i]not[/i] multiply it with [code]delta[/code] — this is done by the method. [code]floor_normal[/code] is the up direction, used to determine what is a wall and what is a floor or a ceiling. If set to the default value of [code]Vector2(0, 0)[/code], everything is considered a wall. This is useful for topdown games. If the body is standing on a slope and the horizontal speed (relative to the floor's speed) goes below [code]slope_stop_min_velocity[/code], the body will stop completely. This prevents the body from sliding down slopes when you include gravity in [code]linear_velocity[/code]. When set to lower values, the body will not be able to stand still on steep slopes. If the body collides, it will change direction a maximum of [code]max_bounces[/code] times before it stops. [code]floor_max_angle[/code] is the maximum angle (in radians) where a slope is still considered a floor (or a ceiling), rather than a wall. The default value equals 45 degrees. Returns the movement that remained when the body stopped. To get more detailed information about collisions that occurred, use [method get_slide_collision].
	Args: [{ false linear_velocity Vector2} {(0, 0) true floor_normal Vector2} {5 true slope_stop_min_velocity float} {4 true max_bounces int} {0.785398 true floor_max_angle float}], Returns: Vector2

func (*KinematicBody2D) SetSafeMargin ¶ 

func (o *KinematicBody2D) SetSafeMargin(pixels gdnative.Real)
        Undocumented
	Args: [{ false pixels float}], Returns: void

func (*KinematicBody2D) TestMove ¶ 

func (o *KinematicBody2D) TestMove(from gdnative.Transform2D, relVec gdnative.Vector2) gdnative.Bool
        Checks for collisions without moving the body. Virtually sets the node's position, scale and rotation to that of the given [Transform2D], then tries to move the body along the vector [code]rel_vec[/code]. Returns [code]true[/code] if a collision would occur.
	Args: [{ false from Transform2D} { false rel_vec Vector2}], Returns: bool

type KinematicBody2DImplementer ¶ 

type KinematicBody2DImplementer interface {
	PhysicsBody2DImplementer
	GetFloorVelocity() gdnative.Vector2
	GetSafeMargin() gdnative.Real
	GetSlideCollision(slideIdx gdnative.Int) KinematicCollision2DImplementer
	GetSlideCount() gdnative.Int
	IsOnCeiling() gdnative.Bool
	IsOnFloor() gdnative.Bool
	IsOnWall() gdnative.Bool
	MoveAndCollide(relVec gdnative.Vector2) KinematicCollision2DImplementer
	MoveAndSlide(linearVelocity gdnative.Vector2, floorNormal gdnative.Vector2, slopeStopMinVelocity gdnative.Real, maxBounces gdnative.Int, floorMaxAngle gdnative.Real) gdnative.Vector2
	SetSafeMargin(pixels gdnative.Real)
	TestMove(from gdnative.Transform2D, relVec gdnative.Vector2) gdnative.Bool
}

KinematicBody2DImplementer is an interface that implements the methods of the KinematicBody2D class.

type KinematicBodyImplementer ¶ 

type KinematicBodyImplementer interface {
	PhysicsBodyImplementer
	GetAxisLock(axis gdnative.Int) gdnative.Bool
	GetFloorVelocity() gdnative.Vector3
	GetSafeMargin() gdnative.Real
	GetSlideCollision(slideIdx gdnative.Int) KinematicCollisionImplementer
	GetSlideCount() gdnative.Int
	IsOnCeiling() gdnative.Bool
	IsOnFloor() gdnative.Bool
	IsOnWall() gdnative.Bool
	MoveAndCollide(relVec gdnative.Vector3) KinematicCollisionImplementer
	MoveAndSlide(linearVelocity gdnative.Vector3, floorNormal gdnative.Vector3, slopeStopMinVelocity gdnative.Real, maxSlides gdnative.Int, floorMaxAngle gdnative.Real) gdnative.Vector3
	SetAxisLock(axis gdnative.Int, lock gdnative.Bool)
	SetSafeMargin(pixels gdnative.Real)
	TestMove(from gdnative.Transform, relVec gdnative.Vector3) gdnative.Bool
}

KinematicBodyImplementer is an interface that implements the methods of the KinematicBody class.

type KinematicCollision ¶ 

type KinematicCollision struct {
	Reference
	// contains filtered or unexported fields
}

Contains collision data for KinematicBody collisions. When a KinematicBody is moved using [method KinematicBody.move_and_collide], it stops if it detects a collision with another body. If a collision is detected, a KinematicCollision object is returned. This object contains information about the collision, including the colliding object, the remaining motion, and the collision position. This information can be used to calculate a collision response.

func (*KinematicCollision) BaseClass ¶ 

func (o *KinematicCollision) BaseClass() string

func (*KinematicCollision) GetCollider ¶ 

func (o *KinematicCollision) GetCollider() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*KinematicCollision) GetColliderId ¶ 

func (o *KinematicCollision) GetColliderId() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*KinematicCollision) GetColliderMetadata ¶ 

func (o *KinematicCollision) GetColliderMetadata() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

func (*KinematicCollision) GetColliderShape ¶ 

func (o *KinematicCollision) GetColliderShape() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*KinematicCollision) GetColliderShapeIndex ¶ 

func (o *KinematicCollision) GetColliderShapeIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*KinematicCollision) GetColliderVelocity ¶ 

func (o *KinematicCollision) GetColliderVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*KinematicCollision) GetLocalShape ¶ 

func (o *KinematicCollision) GetLocalShape() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*KinematicCollision) GetNormal ¶ 

func (o *KinematicCollision) GetNormal() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*KinematicCollision) GetPosition ¶ 

func (o *KinematicCollision) GetPosition() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*KinematicCollision) GetRemainder ¶ 

func (o *KinematicCollision) GetRemainder() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*KinematicCollision) GetTravel ¶ 

func (o *KinematicCollision) GetTravel() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

type KinematicCollision2D ¶ 

type KinematicCollision2D struct {
	Reference
	// contains filtered or unexported fields
}

Contains collision data for KinematicBody2D collisions. When a KinematicBody2D is moved using [method KinematicBody2D.move_and_collide], it stops if it detects a collision with another body. If a collision is detected, a KinematicCollision2D object is returned. This object contains information about the collision, including the colliding object, the remaining motion, and the collision position. This information can be used to calculate a collision response.

func (*KinematicCollision2D) BaseClass ¶ 

func (o *KinematicCollision2D) BaseClass() string

func (*KinematicCollision2D) GetCollider ¶ 

func (o *KinematicCollision2D) GetCollider() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*KinematicCollision2D) GetColliderId ¶ 

func (o *KinematicCollision2D) GetColliderId() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*KinematicCollision2D) GetColliderMetadata ¶ 

func (o *KinematicCollision2D) GetColliderMetadata() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

func (*KinematicCollision2D) GetColliderShape ¶ 

func (o *KinematicCollision2D) GetColliderShape() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*KinematicCollision2D) GetColliderShapeIndex ¶ 

func (o *KinematicCollision2D) GetColliderShapeIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*KinematicCollision2D) GetColliderVelocity ¶ 

func (o *KinematicCollision2D) GetColliderVelocity() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*KinematicCollision2D) GetLocalShape ¶ 

func (o *KinematicCollision2D) GetLocalShape() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*KinematicCollision2D) GetNormal ¶ 

func (o *KinematicCollision2D) GetNormal() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*KinematicCollision2D) GetPosition ¶ 

func (o *KinematicCollision2D) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*KinematicCollision2D) GetRemainder ¶ 

func (o *KinematicCollision2D) GetRemainder() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*KinematicCollision2D) GetTravel ¶ 

func (o *KinematicCollision2D) GetTravel() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

type KinematicCollision2DImplementer ¶ 

type KinematicCollision2DImplementer interface {
	ReferenceImplementer
	GetCollider() ObjectImplementer
	GetColliderId() gdnative.Int
	GetColliderMetadata() gdnative.Variant
	GetColliderShape() ObjectImplementer
	GetColliderShapeIndex() gdnative.Int
	GetColliderVelocity() gdnative.Vector2
	GetLocalShape() ObjectImplementer
	GetNormal() gdnative.Vector2
	GetPosition() gdnative.Vector2
	GetRemainder() gdnative.Vector2
	GetTravel() gdnative.Vector2
}

KinematicCollision2DImplementer is an interface that implements the methods of the KinematicCollision2D class.

type KinematicCollisionImplementer ¶ 

type KinematicCollisionImplementer interface {
	ReferenceImplementer
	GetCollider() ObjectImplementer
	GetColliderId() gdnative.Int
	GetColliderMetadata() gdnative.Variant
	GetColliderShape() ObjectImplementer
	GetColliderShapeIndex() gdnative.Int
	GetColliderVelocity() gdnative.Vector3
	GetLocalShape() ObjectImplementer
	GetNormal() gdnative.Vector3
	GetPosition() gdnative.Vector3
	GetRemainder() gdnative.Vector3
	GetTravel() gdnative.Vector3
}

KinematicCollisionImplementer is an interface that implements the methods of the KinematicCollision class.

type Label ¶ 

type Label struct {
	Control
	// contains filtered or unexported fields
}

Label displays plain text on the screen. It gives you control over the horizontal and vertical alignment, and can wrap the text inside the node's bounding rectangle. It doesn't support bold, italics or other formatting. For that, use RichTextLabel instead. Note that contrarily to most other [Control]s, Label's [member Control.mouse_filter] defaults to MOUSE_FILTER_IGNORE (i.e. it doesn't react to mouse input events).

func (*Label) BaseClass ¶ 

func (o *Label) BaseClass() string

func (*Label) GetAlign ¶ 

func (o *Label) GetAlign() LabelAlign
        Undocumented
	Args: [], Returns: enum.Label::Align

func (*Label) GetLineCount ¶ 

func (o *Label) GetLineCount() gdnative.Int
        Returns the amount of lines of text the Label has.
	Args: [], Returns: int

func (*Label) GetLineHeight ¶ 

func (o *Label) GetLineHeight() gdnative.Int
        Returns the font size in pixels.
	Args: [], Returns: int

func (*Label) GetLinesSkipped ¶ 

func (o *Label) GetLinesSkipped() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Label) GetMaxLinesVisible ¶ 

func (o *Label) GetMaxLinesVisible() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Label) GetPercentVisible ¶ 

func (o *Label) GetPercentVisible() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Label) GetText ¶ 

func (o *Label) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Label) GetTotalCharacterCount ¶ 

func (o *Label) GetTotalCharacterCount() gdnative.Int
        Returns the total length of the text.
	Args: [], Returns: int

func (*Label) GetValign ¶ 

func (o *Label) GetValign() LabelVAlign
        Undocumented
	Args: [], Returns: enum.Label::VAlign

func (*Label) GetVisibleCharacters ¶ 

func (o *Label) GetVisibleCharacters() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Label) GetVisibleLineCount ¶ 

func (o *Label) GetVisibleLineCount() gdnative.Int
        Returns the number of lines shown. Useful if the [code]Label[/code] 's height cannot currently display all lines.
	Args: [], Returns: int

func (*Label) HasAutowrap ¶ 

func (o *Label) HasAutowrap() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Label) IsClippingText ¶ 

func (o *Label) IsClippingText() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Label) IsUppercase ¶ 

func (o *Label) IsUppercase() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Label) SetAlign ¶ 

func (o *Label) SetAlign(align gdnative.Int)
        Undocumented
	Args: [{ false align int}], Returns: void

func (*Label) SetAutowrap ¶ 

func (o *Label) SetAutowrap(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Label) SetClipText ¶ 

func (o *Label) SetClipText(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Label) SetLinesSkipped ¶ 

func (o *Label) SetLinesSkipped(linesSkipped gdnative.Int)
        Undocumented
	Args: [{ false lines_skipped int}], Returns: void

func (*Label) SetMaxLinesVisible ¶ 

func (o *Label) SetMaxLinesVisible(linesVisible gdnative.Int)
        Undocumented
	Args: [{ false lines_visible int}], Returns: void

func (*Label) SetPercentVisible ¶ 

func (o *Label) SetPercentVisible(percentVisible gdnative.Real)
        Undocumented
	Args: [{ false percent_visible float}], Returns: void

func (*Label) SetText ¶ 

func (o *Label) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*Label) SetUppercase ¶ 

func (o *Label) SetUppercase(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Label) SetValign ¶ 

func (o *Label) SetValign(valign gdnative.Int)
        Undocumented
	Args: [{ false valign int}], Returns: void

func (*Label) SetVisibleCharacters ¶ 

func (o *Label) SetVisibleCharacters(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

type LabelAlign ¶ 

type LabelAlign int

LabelAlign is an enum for Align values. 

const (
	LabelAlignCenter LabelAlign = 1
	LabelAlignFill   LabelAlign = 3
	LabelAlignLeft   LabelAlign = 0
	LabelAlignRight  LabelAlign = 2
)

type LabelImplementer ¶ 

type LabelImplementer interface {
	ControlImplementer
	GetLineCount() gdnative.Int
	GetLineHeight() gdnative.Int
	GetLinesSkipped() gdnative.Int
	GetMaxLinesVisible() gdnative.Int
	GetPercentVisible() gdnative.Real
	GetText() gdnative.String
	GetTotalCharacterCount() gdnative.Int
	GetVisibleCharacters() gdnative.Int
	GetVisibleLineCount() gdnative.Int
	HasAutowrap() gdnative.Bool
	IsClippingText() gdnative.Bool
	IsUppercase() gdnative.Bool
	SetAlign(align gdnative.Int)
	SetAutowrap(enable gdnative.Bool)
	SetClipText(enable gdnative.Bool)
	SetLinesSkipped(linesSkipped gdnative.Int)
	SetMaxLinesVisible(linesVisible gdnative.Int)
	SetPercentVisible(percentVisible gdnative.Real)
	SetText(text gdnative.String)
	SetUppercase(enable gdnative.Bool)
	SetValign(valign gdnative.Int)
	SetVisibleCharacters(amount gdnative.Int)
}

LabelImplementer is an interface that implements the methods of the Label class.

type LabelVAlign ¶ 

type LabelVAlign int

LabelVAlign is an enum for VAlign values. 

const (
	LabelValignBottom LabelVAlign = 2
	LabelValignCenter LabelVAlign = 1
	LabelValignFill   LabelVAlign = 3
	LabelValignTop    LabelVAlign = 0
)

type LargeTexture ¶ 

type LargeTexture struct {
	Texture
	// contains filtered or unexported fields
}

A Texture capable of storing many smaller Textures with offsets. You can dynamically add pieces(Texture) to this [code]LargeTexture[/code] using different offsets.

func (*LargeTexture) AddPiece ¶ 

func (o *LargeTexture) AddPiece(ofs gdnative.Vector2, texture TextureImplementer) gdnative.Int
        Add another [Texture] to this [code]LargeTexture[/code], starting on offset "ofs".
	Args: [{ false ofs Vector2} { false texture Texture}], Returns: int

func (*LargeTexture) BaseClass ¶ 

func (o *LargeTexture) BaseClass() string

func (*LargeTexture) Clear ¶ 

func (o *LargeTexture) Clear()
        Clears the [code]LargeTexture[/code].
	Args: [], Returns: void

func (*LargeTexture) GetPieceCount ¶ 

func (o *LargeTexture) GetPieceCount() gdnative.Int
        Returns the number of pieces currently in this [code]LargeTexture[/code].
	Args: [], Returns: int

func (*LargeTexture) GetPieceOffset ¶ 

func (o *LargeTexture) GetPieceOffset(idx gdnative.Int) gdnative.Vector2
        Returns the offset of the piece with index "idx".
	Args: [{ false idx int}], Returns: Vector2

func (*LargeTexture) GetPieceTexture ¶ 

func (o *LargeTexture) GetPieceTexture(idx gdnative.Int) TextureImplementer
        Returns the [Texture] of the piece with index "idx".
	Args: [{ false idx int}], Returns: Texture

func (*LargeTexture) SetPieceOffset ¶ 

func (o *LargeTexture) SetPieceOffset(idx gdnative.Int, ofs gdnative.Vector2)
        Sets the offset of the piece with index "idx" to "ofs".
	Args: [{ false idx int} { false ofs Vector2}], Returns: void

func (*LargeTexture) SetPieceTexture ¶ 

func (o *LargeTexture) SetPieceTexture(idx gdnative.Int, texture TextureImplementer)
        Sets the [Texture] of the piece with index "idx" to "ofs".
	Args: [{ false idx int} { false texture Texture}], Returns: void

func (*LargeTexture) SetSize ¶ 

func (o *LargeTexture) SetSize(size gdnative.Vector2)
        Sets the size of this [code]LargeTexture[/code].
	Args: [{ false size Vector2}], Returns: void

func (*LargeTexture) X_GetData ¶ 

func (o *LargeTexture) X_GetData() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*LargeTexture) X_SetData ¶ 

func (o *LargeTexture) X_SetData(data gdnative.Array)
        Undocumented
	Args: [{ false data Array}], Returns: void

type LargeTextureImplementer ¶ 

type LargeTextureImplementer interface {
	TextureImplementer
	X_GetData() gdnative.Array
	X_SetData(data gdnative.Array)
	AddPiece(ofs gdnative.Vector2, texture TextureImplementer) gdnative.Int
	Clear()
	GetPieceCount() gdnative.Int
	GetPieceOffset(idx gdnative.Int) gdnative.Vector2
	GetPieceTexture(idx gdnative.Int) TextureImplementer
	SetPieceOffset(idx gdnative.Int, ofs gdnative.Vector2)
	SetPieceTexture(idx gdnative.Int, texture TextureImplementer)
	SetSize(size gdnative.Vector2)
}

LargeTextureImplementer is an interface that implements the methods of the LargeTexture class.

type Light ¶ 

type Light struct {
	VisualInstance
	// contains filtered or unexported fields
}

Light is the abstract base class for light nodes, so it shouldn't be used directly (It can't be instanced). Other types of light nodes inherit from it. Light contains the common variables and parameters used for lighting.

func (*Light) BaseClass ¶ 

func (o *Light) BaseClass() string

func (*Light) GetBakeMode ¶ 

func (o *Light) GetBakeMode() LightBakeMode
        Undocumented
	Args: [], Returns: enum.Light::BakeMode

func (*Light) GetColor ¶ 

func (o *Light) GetColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Light) GetCullMask ¶ 

func (o *Light) GetCullMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light) GetParam ¶ 

func (o *Light) GetParam(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*Light) GetShadowColor ¶ 

func (o *Light) GetShadowColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Light) GetShadowReverseCullFace ¶ 

func (o *Light) GetShadowReverseCullFace() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light) HasShadow ¶ 

func (o *Light) HasShadow() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light) IsEditorOnly ¶ 

func (o *Light) IsEditorOnly() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light) IsNegative ¶ 

func (o *Light) IsNegative() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light) SetBakeMode ¶ 

func (o *Light) SetBakeMode(bakeMode gdnative.Int)
        Undocumented
	Args: [{ false bake_mode int}], Returns: void

func (*Light) SetColor ¶ 

func (o *Light) SetColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Light) SetCullMask ¶ 

func (o *Light) SetCullMask(cullMask gdnative.Int)
        Undocumented
	Args: [{ false cull_mask int}], Returns: void

func (*Light) SetEditorOnly ¶ 

func (o *Light) SetEditorOnly(editorOnly gdnative.Bool)
        Undocumented
	Args: [{ false editor_only bool}], Returns: void

func (*Light) SetNegative ¶ 

func (o *Light) SetNegative(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Light) SetParam ¶ 

func (o *Light) SetParam(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*Light) SetShadow ¶ 

func (o *Light) SetShadow(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Light) SetShadowColor ¶ 

func (o *Light) SetShadowColor(shadowColor gdnative.Color)
        Undocumented
	Args: [{ false shadow_color Color}], Returns: void

func (*Light) SetShadowReverseCullFace ¶ 

func (o *Light) SetShadowReverseCullFace(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type Light2D ¶ 

type Light2D struct {
	Node2D
	// contains filtered or unexported fields
}

Casts light in a 2D environment. Light is defined by a (usually grayscale) texture, a color, an energy value, a mode (see constants), and various other parameters (range and shadows-related). Note that Light2D can be used as a mask.

func (*Light2D) BaseClass ¶ 

func (o *Light2D) BaseClass() string

func (*Light2D) GetColor ¶ 

func (o *Light2D) GetColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Light2D) GetEnergy ¶ 

func (o *Light2D) GetEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Light2D) GetHeight ¶ 

func (o *Light2D) GetHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Light2D) GetItemCullMask ¶ 

func (o *Light2D) GetItemCullMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) GetItemShadowCullMask ¶ 

func (o *Light2D) GetItemShadowCullMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) GetLayerRangeMax ¶ 

func (o *Light2D) GetLayerRangeMax() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) GetLayerRangeMin ¶ 

func (o *Light2D) GetLayerRangeMin() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) GetMode ¶ 

func (o *Light2D) GetMode() Light2DMode
        Undocumented
	Args: [], Returns: enum.Light2D::Mode

func (*Light2D) GetShadowBufferSize ¶ 

func (o *Light2D) GetShadowBufferSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) GetShadowColor ¶ 

func (o *Light2D) GetShadowColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Light2D) GetShadowFilter ¶ 

func (o *Light2D) GetShadowFilter() Light2DShadowFilter
        Undocumented
	Args: [], Returns: enum.Light2D::ShadowFilter

func (*Light2D) GetShadowGradientLength ¶ 

func (o *Light2D) GetShadowGradientLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Light2D) GetShadowSmooth ¶ 

func (o *Light2D) GetShadowSmooth() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Light2D) GetTexture ¶ 

func (o *Light2D) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Light2D) GetTextureOffset ¶ 

func (o *Light2D) GetTextureOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Light2D) GetTextureScale ¶ 

func (o *Light2D) GetTextureScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Light2D) GetZRangeMax ¶ 

func (o *Light2D) GetZRangeMax() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) GetZRangeMin ¶ 

func (o *Light2D) GetZRangeMin() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Light2D) IsEditorOnly ¶ 

func (o *Light2D) IsEditorOnly() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light2D) IsEnabled ¶ 

func (o *Light2D) IsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light2D) IsShadowEnabled ¶ 

func (o *Light2D) IsShadowEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Light2D) SetColor ¶ 

func (o *Light2D) SetColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Light2D) SetEditorOnly ¶ 

func (o *Light2D) SetEditorOnly(editorOnly gdnative.Bool)
        Undocumented
	Args: [{ false editor_only bool}], Returns: void

func (*Light2D) SetEnabled ¶ 

func (o *Light2D) SetEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Light2D) SetEnergy ¶ 

func (o *Light2D) SetEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*Light2D) SetHeight ¶ 

func (o *Light2D) SetHeight(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*Light2D) SetItemCullMask ¶ 

func (o *Light2D) SetItemCullMask(itemCullMask gdnative.Int)
        Undocumented
	Args: [{ false item_cull_mask int}], Returns: void

func (*Light2D) SetItemShadowCullMask ¶ 

func (o *Light2D) SetItemShadowCullMask(itemShadowCullMask gdnative.Int)
        Undocumented
	Args: [{ false item_shadow_cull_mask int}], Returns: void

func (*Light2D) SetLayerRangeMax ¶ 

func (o *Light2D) SetLayerRangeMax(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*Light2D) SetLayerRangeMin ¶ 

func (o *Light2D) SetLayerRangeMin(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*Light2D) SetMode ¶ 

func (o *Light2D) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Light2D) SetShadowBufferSize ¶ 

func (o *Light2D) SetShadowBufferSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*Light2D) SetShadowColor ¶ 

func (o *Light2D) SetShadowColor(shadowColor gdnative.Color)
        Undocumented
	Args: [{ false shadow_color Color}], Returns: void

func (*Light2D) SetShadowEnabled ¶ 

func (o *Light2D) SetShadowEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Light2D) SetShadowFilter ¶ 

func (o *Light2D) SetShadowFilter(filter gdnative.Int)
        Undocumented
	Args: [{ false filter int}], Returns: void

func (*Light2D) SetShadowGradientLength ¶ 

func (o *Light2D) SetShadowGradientLength(multiplier gdnative.Real)
        Undocumented
	Args: [{ false multiplier float}], Returns: void

func (*Light2D) SetShadowSmooth ¶ 

func (o *Light2D) SetShadowSmooth(smooth gdnative.Real)
        Undocumented
	Args: [{ false smooth float}], Returns: void

func (*Light2D) SetTexture ¶ 

func (o *Light2D) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Light2D) SetTextureOffset ¶ 

func (o *Light2D) SetTextureOffset(textureOffset gdnative.Vector2)
        Undocumented
	Args: [{ false texture_offset Vector2}], Returns: void

func (*Light2D) SetTextureScale ¶ 

func (o *Light2D) SetTextureScale(textureScale gdnative.Real)
        Undocumented
	Args: [{ false texture_scale float}], Returns: void

func (*Light2D) SetZRangeMax ¶ 

func (o *Light2D) SetZRangeMax(z gdnative.Int)
        Undocumented
	Args: [{ false z int}], Returns: void

func (*Light2D) SetZRangeMin ¶ 

func (o *Light2D) SetZRangeMin(z gdnative.Int)
        Undocumented
	Args: [{ false z int}], Returns: void

type Light2DImplementer ¶ 

type Light2DImplementer interface {
	Node2DImplementer
	GetColor() gdnative.Color
	GetEnergy() gdnative.Real
	GetHeight() gdnative.Real
	GetItemCullMask() gdnative.Int
	GetItemShadowCullMask() gdnative.Int
	GetLayerRangeMax() gdnative.Int
	GetLayerRangeMin() gdnative.Int
	GetShadowBufferSize() gdnative.Int
	GetShadowColor() gdnative.Color
	GetShadowGradientLength() gdnative.Real
	GetShadowSmooth() gdnative.Real
	GetTexture() TextureImplementer
	GetTextureOffset() gdnative.Vector2
	GetTextureScale() gdnative.Real
	GetZRangeMax() gdnative.Int
	GetZRangeMin() gdnative.Int
	IsEditorOnly() gdnative.Bool
	IsEnabled() gdnative.Bool
	IsShadowEnabled() gdnative.Bool
	SetColor(color gdnative.Color)
	SetEditorOnly(editorOnly gdnative.Bool)
	SetEnabled(enabled gdnative.Bool)
	SetEnergy(energy gdnative.Real)
	SetHeight(height gdnative.Real)
	SetItemCullMask(itemCullMask gdnative.Int)
	SetItemShadowCullMask(itemShadowCullMask gdnative.Int)
	SetLayerRangeMax(layer gdnative.Int)
	SetLayerRangeMin(layer gdnative.Int)
	SetMode(mode gdnative.Int)
	SetShadowBufferSize(size gdnative.Int)
	SetShadowColor(shadowColor gdnative.Color)
	SetShadowEnabled(enabled gdnative.Bool)
	SetShadowFilter(filter gdnative.Int)
	SetShadowGradientLength(multiplier gdnative.Real)
	SetShadowSmooth(smooth gdnative.Real)
	SetTexture(texture TextureImplementer)
	SetTextureOffset(textureOffset gdnative.Vector2)
	SetTextureScale(textureScale gdnative.Real)
	SetZRangeMax(z gdnative.Int)
	SetZRangeMin(z gdnative.Int)
}

Light2DImplementer is an interface that implements the methods of the Light2D class.

type Light2DMode ¶ 

type Light2DMode int

Light2DMode is an enum for Mode values. 

const (
	Light2DModeAdd  Light2DMode = 0
	Light2DModeMask Light2DMode = 3
	Light2DModeMix  Light2DMode = 2
	Light2DModeSub  Light2DMode = 1
)

type Light2DShadowFilter ¶ 

type Light2DShadowFilter int

Light2DShadowFilter is an enum for ShadowFilter values. 

const (
	Light2DShadowFilterNone  Light2DShadowFilter = 0
	Light2DShadowFilterPcf13 Light2DShadowFilter = 5
	Light2DShadowFilterPcf3  Light2DShadowFilter = 1
	Light2DShadowFilterPcf5  Light2DShadowFilter = 2
	Light2DShadowFilterPcf7  Light2DShadowFilter = 3
	Light2DShadowFilterPcf9  Light2DShadowFilter = 4
)

type LightBakeMode ¶ 

type LightBakeMode int

LightBakeMode is an enum for BakeMode values. 

const (
	LightBakeAll      LightBakeMode = 2
	LightBakeDisabled LightBakeMode = 0
	LightBakeIndirect LightBakeMode = 1
)

type LightImplementer ¶ 

type LightImplementer interface {
	VisualInstanceImplementer
	GetColor() gdnative.Color
	GetCullMask() gdnative.Int
	GetParam(param gdnative.Int) gdnative.Real
	GetShadowColor() gdnative.Color
	GetShadowReverseCullFace() gdnative.Bool
	HasShadow() gdnative.Bool
	IsEditorOnly() gdnative.Bool
	IsNegative() gdnative.Bool
	SetBakeMode(bakeMode gdnative.Int)
	SetColor(color gdnative.Color)
	SetCullMask(cullMask gdnative.Int)
	SetEditorOnly(editorOnly gdnative.Bool)
	SetNegative(enabled gdnative.Bool)
	SetParam(param gdnative.Int, value gdnative.Real)
	SetShadow(enabled gdnative.Bool)
	SetShadowColor(shadowColor gdnative.Color)
	SetShadowReverseCullFace(enable gdnative.Bool)
}

LightImplementer is an interface that implements the methods of the Light class.

type LightOccluder2D ¶ 

type LightOccluder2D struct {
	Node2D
	// contains filtered or unexported fields
}

Occludes light cast by a Light2D, casting shadows. The LightOccluder2D must be provided with an OccluderPolygon2D in order for the shadow to be computed.

func (*LightOccluder2D) BaseClass ¶ 

func (o *LightOccluder2D) BaseClass() string

func (*LightOccluder2D) GetOccluderLightMask ¶ 

func (o *LightOccluder2D) GetOccluderLightMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*LightOccluder2D) GetOccluderPolygon ¶ 

func (o *LightOccluder2D) GetOccluderPolygon() OccluderPolygon2DImplementer
        Undocumented
	Args: [], Returns: OccluderPolygon2D

func (*LightOccluder2D) SetOccluderLightMask ¶ 

func (o *LightOccluder2D) SetOccluderLightMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*LightOccluder2D) SetOccluderPolygon ¶ 

func (o *LightOccluder2D) SetOccluderPolygon(polygon OccluderPolygon2DImplementer)
        Undocumented
	Args: [{ false polygon OccluderPolygon2D}], Returns: void

func (*LightOccluder2D) X_PolyChanged ¶ 

func (o *LightOccluder2D) X_PolyChanged()
        Undocumented
	Args: [], Returns: void

type LightOccluder2DImplementer ¶ 

type LightOccluder2DImplementer interface {
	Node2DImplementer
	X_PolyChanged()
	GetOccluderLightMask() gdnative.Int
	GetOccluderPolygon() OccluderPolygon2DImplementer
	SetOccluderLightMask(mask gdnative.Int)
	SetOccluderPolygon(polygon OccluderPolygon2DImplementer)
}

LightOccluder2DImplementer is an interface that implements the methods of the LightOccluder2D class.

type LightParam ¶ 

type LightParam int

LightParam is an enum for Param values. 

const (
	LightParamAttenuation          LightParam = 4
	LightParamContactShadowSize    LightParam = 7
	LightParamEnergy               LightParam = 0
	LightParamIndirectEnergy       LightParam = 1
	LightParamMax                  LightParam = 15
	LightParamRange                LightParam = 3
	LightParamShadowBias           LightParam = 13
	LightParamShadowBiasSplitScale LightParam = 14
	LightParamShadowMaxDistance    LightParam = 8
	LightParamShadowNormalBias     LightParam = 12
	LightParamShadowSplit1Offset   LightParam = 9
	LightParamShadowSplit2Offset   LightParam = 10
	LightParamShadowSplit3Offset   LightParam = 11
	LightParamSpecular             LightParam = 2
	LightParamSpotAngle            LightParam = 5
	LightParamSpotAttenuation      LightParam = 6
)

type Line2D ¶ 

type Line2D struct {
	Node2D
	// contains filtered or unexported fields
}

A line through several points in 2D space.

func (*Line2D) AddPoint ¶ 

func (o *Line2D) AddPoint(position gdnative.Vector2)
        Add a point at the [code]position[/code]. Appends the point at the end of the line.
	Args: [{ false position Vector2}], Returns: void

func (*Line2D) BaseClass ¶ 

func (o *Line2D) BaseClass() string

func (*Line2D) GetBeginCapMode ¶ 

func (o *Line2D) GetBeginCapMode() Line2DLineCapMode
        Undocumented
	Args: [], Returns: enum.Line2D::LineCapMode

func (*Line2D) GetDefaultColor ¶ 

func (o *Line2D) GetDefaultColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Line2D) GetEndCapMode ¶ 

func (o *Line2D) GetEndCapMode() Line2DLineCapMode
        Undocumented
	Args: [], Returns: enum.Line2D::LineCapMode

func (*Line2D) GetGradient ¶ 

func (o *Line2D) GetGradient() GradientImplementer
        Undocumented
	Args: [], Returns: Gradient

func (*Line2D) GetJointMode ¶ 

func (o *Line2D) GetJointMode() Line2DLineJointMode
        Undocumented
	Args: [], Returns: enum.Line2D::LineJointMode

func (*Line2D) GetPointCount ¶ 

func (o *Line2D) GetPointCount() gdnative.Int
        Returns the Line2D's amount of points.
	Args: [], Returns: int

func (*Line2D) GetPointPosition ¶ 

func (o *Line2D) GetPointPosition(i gdnative.Int) gdnative.Vector2
        Returns point [code]i[/code]'s position.
	Args: [{ false i int}], Returns: Vector2

func (*Line2D) GetPoints ¶ 

func (o *Line2D) GetPoints() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*Line2D) GetRoundPrecision ¶ 

func (o *Line2D) GetRoundPrecision() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Line2D) GetSharpLimit ¶ 

func (o *Line2D) GetSharpLimit() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Line2D) GetTexture ¶ 

func (o *Line2D) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Line2D) GetTextureMode ¶ 

func (o *Line2D) GetTextureMode() Line2DLineTextureMode
        Undocumented
	Args: [], Returns: enum.Line2D::LineTextureMode

func (*Line2D) GetWidth ¶ 

func (o *Line2D) GetWidth() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Line2D) RemovePoint ¶ 

func (o *Line2D) RemovePoint(i gdnative.Int)
        Remove the point at index [code]i[/code] from the line.
	Args: [{ false i int}], Returns: void

func (*Line2D) SetBeginCapMode ¶ 

func (o *Line2D) SetBeginCapMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Line2D) SetDefaultColor ¶ 

func (o *Line2D) SetDefaultColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Line2D) SetEndCapMode ¶ 

func (o *Line2D) SetEndCapMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Line2D) SetGradient ¶ 

func (o *Line2D) SetGradient(color GradientImplementer)
        Undocumented
	Args: [{ false color Gradient}], Returns: void

func (*Line2D) SetJointMode ¶ 

func (o *Line2D) SetJointMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Line2D) SetPointPosition ¶ 

func (o *Line2D) SetPointPosition(i gdnative.Int, position gdnative.Vector2)
        Overwrites the position in point [code]i[/code] with the supplied [code]position[/code].
	Args: [{ false i int} { false position Vector2}], Returns: void

func (*Line2D) SetPoints ¶ 

func (o *Line2D) SetPoints(points gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false points PoolVector2Array}], Returns: void

func (*Line2D) SetRoundPrecision ¶ 

func (o *Line2D) SetRoundPrecision(precision gdnative.Int)
        Undocumented
	Args: [{ false precision int}], Returns: void

func (*Line2D) SetSharpLimit ¶ 

func (o *Line2D) SetSharpLimit(limit gdnative.Real)
        Undocumented
	Args: [{ false limit float}], Returns: void

func (*Line2D) SetTexture ¶ 

func (o *Line2D) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Line2D) SetTextureMode ¶ 

func (o *Line2D) SetTextureMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Line2D) SetWidth ¶ 

func (o *Line2D) SetWidth(width gdnative.Real)
        Undocumented
	Args: [{ false width float}], Returns: void

func (*Line2D) X_GradientChanged ¶ 

func (o *Line2D) X_GradientChanged()
        Undocumented
	Args: [], Returns: void

type Line2DImplementer ¶ 

type Line2DImplementer interface {
	Node2DImplementer
	X_GradientChanged()
	AddPoint(position gdnative.Vector2)
	GetDefaultColor() gdnative.Color
	GetGradient() GradientImplementer
	GetPointCount() gdnative.Int
	GetPointPosition(i gdnative.Int) gdnative.Vector2
	GetPoints() gdnative.PoolVector2Array
	GetRoundPrecision() gdnative.Int
	GetSharpLimit() gdnative.Real
	GetTexture() TextureImplementer
	GetWidth() gdnative.Real
	RemovePoint(i gdnative.Int)
	SetBeginCapMode(mode gdnative.Int)
	SetDefaultColor(color gdnative.Color)
	SetEndCapMode(mode gdnative.Int)
	SetGradient(color GradientImplementer)
	SetJointMode(mode gdnative.Int)
	SetPointPosition(i gdnative.Int, position gdnative.Vector2)
	SetPoints(points gdnative.PoolVector2Array)
	SetRoundPrecision(precision gdnative.Int)
	SetSharpLimit(limit gdnative.Real)
	SetTexture(texture TextureImplementer)
	SetTextureMode(mode gdnative.Int)
	SetWidth(width gdnative.Real)
}

Line2DImplementer is an interface that implements the methods of the Line2D class.

type Line2DLineCapMode ¶ 

type Line2DLineCapMode int

Line2DLineCapMode is an enum for LineCapMode values. 

const (
	Line2DLineCapBox   Line2DLineCapMode = 1
	Line2DLineCapNone  Line2DLineCapMode = 0
	Line2DLineCapRound Line2DLineCapMode = 2
)

type Line2DLineJointMode ¶ 

type Line2DLineJointMode int

Line2DLineJointMode is an enum for LineJointMode values. 

const (
	Line2DLineJointBevel Line2DLineJointMode = 1
	Line2DLineJointRound Line2DLineJointMode = 2
	Line2DLineJointSharp Line2DLineJointMode = 0
)

type Line2DLineTextureMode ¶ 

type Line2DLineTextureMode int

Line2DLineTextureMode is an enum for LineTextureMode values. 

const (
	Line2DLineTextureNone Line2DLineTextureMode = 0
	Line2DLineTextureTile Line2DLineTextureMode = 1
)

type LineEdit ¶ 

type LineEdit struct {
	Control
	// contains filtered or unexported fields
}

LineEdit provides a single line string editor, used for text fields.

func (*LineEdit) AppendAtCursor ¶ 

func (o *LineEdit) AppendAtCursor(text gdnative.String)
        Adds [code]text[/code] after the cursor. If the resulting value is longer than [member max_length], nothing happens.
	Args: [{ false text String}], Returns: void

func (*LineEdit) BaseClass ¶ 

func (o *LineEdit) BaseClass() string

func (*LineEdit) Clear ¶ 

func (o *LineEdit) Clear()
        Erases the [LineEdit] text.
	Args: [], Returns: void

func (*LineEdit) CursorGetBlinkEnabled ¶ 

func (o *LineEdit) CursorGetBlinkEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*LineEdit) CursorGetBlinkSpeed ¶ 

func (o *LineEdit) CursorGetBlinkSpeed() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*LineEdit) CursorSetBlinkEnabled ¶ 

func (o *LineEdit) CursorSetBlinkEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*LineEdit) CursorSetBlinkSpeed ¶ 

func (o *LineEdit) CursorSetBlinkSpeed(blinkSpeed gdnative.Real)
        Undocumented
	Args: [{ false blink_speed float}], Returns: void

func (*LineEdit) Deselect ¶ 

func (o *LineEdit) Deselect()
        Clears the current selection.
	Args: [], Returns: void

func (*LineEdit) GetAlign ¶ 

func (o *LineEdit) GetAlign() LineEditAlign
        Undocumented
	Args: [], Returns: enum.LineEdit::Align

func (*LineEdit) GetCursorPosition ¶ 

func (o *LineEdit) GetCursorPosition() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*LineEdit) GetExpandToTextLength ¶ 

func (o *LineEdit) GetExpandToTextLength() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*LineEdit) GetMaxLength ¶ 

func (o *LineEdit) GetMaxLength() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*LineEdit) GetMenu ¶ 

func (o *LineEdit) GetMenu() PopupMenuImplementer
        Returns the [PopupMenu] of this [code]LineEdit[/code]. By default, this menu is displayed when right-clicking on the [LineEdit].
	Args: [], Returns: PopupMenu

func (*LineEdit) GetPlaceholder ¶ 

func (o *LineEdit) GetPlaceholder() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*LineEdit) GetPlaceholderAlpha ¶ 

func (o *LineEdit) GetPlaceholderAlpha() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*LineEdit) GetText ¶ 

func (o *LineEdit) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*LineEdit) IsContextMenuEnabled ¶ 

func (o *LineEdit) IsContextMenuEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*LineEdit) IsEditable ¶ 

func (o *LineEdit) IsEditable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*LineEdit) IsSecret ¶ 

func (o *LineEdit) IsSecret() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*LineEdit) MenuOption ¶ 

func (o *LineEdit) MenuOption(option gdnative.Int)
        Executes a given action as defined in the MENU_* enum.
	Args: [{ false option int}], Returns: void

func (*LineEdit) Select ¶ 

func (o *LineEdit) Select(from gdnative.Int, to gdnative.Int)
        Selects characters inside [LineEdit] between [code]from[/code] and [code]to[/code]. By default [code]from[/code] is at the beginning and [code]to[/code] at the end. [codeblock] text = "Welcome" select() # Welcome select(4) # ome select(2, 5) # lco [/codeblock]
	Args: [{0 true from int} {-1 true to int}], Returns: void

func (*LineEdit) SelectAll ¶ 

func (o *LineEdit) SelectAll()
        Selects the whole [String].
	Args: [], Returns: void

func (*LineEdit) SetAlign ¶ 

func (o *LineEdit) SetAlign(align gdnative.Int)
        Undocumented
	Args: [{ false align int}], Returns: void

func (*LineEdit) SetContextMenuEnabled ¶ 

func (o *LineEdit) SetContextMenuEnabled(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*LineEdit) SetCursorPosition ¶ 

func (o *LineEdit) SetCursorPosition(position gdnative.Int)
        Undocumented
	Args: [{ false position int}], Returns: void

func (*LineEdit) SetEditable ¶ 

func (o *LineEdit) SetEditable(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*LineEdit) SetExpandToTextLength ¶ 

func (o *LineEdit) SetExpandToTextLength(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*LineEdit) SetMaxLength ¶ 

func (o *LineEdit) SetMaxLength(chars gdnative.Int)
        Undocumented
	Args: [{ false chars int}], Returns: void

func (*LineEdit) SetPlaceholder ¶ 

func (o *LineEdit) SetPlaceholder(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*LineEdit) SetPlaceholderAlpha ¶ 

func (o *LineEdit) SetPlaceholderAlpha(alpha gdnative.Real)
        Undocumented
	Args: [{ false alpha float}], Returns: void

func (*LineEdit) SetSecret ¶ 

func (o *LineEdit) SetSecret(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*LineEdit) SetText ¶ 

func (o *LineEdit) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*LineEdit) X_EditorSettingsChanged ¶ 

func (o *LineEdit) X_EditorSettingsChanged()
        Undocumented
	Args: [], Returns: void

func (*LineEdit) X_GuiInput ¶ 

func (o *LineEdit) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*LineEdit) X_TextChanged ¶ 

func (o *LineEdit) X_TextChanged()
        Undocumented
	Args: [], Returns: void

func (*LineEdit) X_ToggleDrawCaret ¶ 

func (o *LineEdit) X_ToggleDrawCaret()
        Undocumented
	Args: [], Returns: void

type LineEditAlign ¶ 

type LineEditAlign int

LineEditAlign is an enum for Align values. 

const (
	LineEditAlignCenter LineEditAlign = 1
	LineEditAlignFill   LineEditAlign = 3
	LineEditAlignLeft   LineEditAlign = 0
	LineEditAlignRight  LineEditAlign = 2
)

type LineEditImplementer ¶ 

type LineEditImplementer interface {
	ControlImplementer
	X_EditorSettingsChanged()
	X_TextChanged()
	X_ToggleDrawCaret()
	AppendAtCursor(text gdnative.String)
	Clear()
	CursorGetBlinkEnabled() gdnative.Bool
	CursorGetBlinkSpeed() gdnative.Real
	CursorSetBlinkEnabled(enabled gdnative.Bool)
	CursorSetBlinkSpeed(blinkSpeed gdnative.Real)
	Deselect()
	GetCursorPosition() gdnative.Int
	GetExpandToTextLength() gdnative.Bool
	GetMaxLength() gdnative.Int
	GetMenu() PopupMenuImplementer
	GetPlaceholder() gdnative.String
	GetPlaceholderAlpha() gdnative.Real
	GetText() gdnative.String
	IsContextMenuEnabled() gdnative.Bool
	IsEditable() gdnative.Bool
	IsSecret() gdnative.Bool
	MenuOption(option gdnative.Int)
	Select(from gdnative.Int, to gdnative.Int)
	SelectAll()
	SetAlign(align gdnative.Int)
	SetContextMenuEnabled(enable gdnative.Bool)
	SetCursorPosition(position gdnative.Int)
	SetEditable(enabled gdnative.Bool)
	SetExpandToTextLength(enabled gdnative.Bool)
	SetMaxLength(chars gdnative.Int)
	SetPlaceholder(text gdnative.String)
	SetPlaceholderAlpha(alpha gdnative.Real)
	SetSecret(enabled gdnative.Bool)
	SetText(text gdnative.String)
}

LineEditImplementer is an interface that implements the methods of the LineEdit class.

type LineEditMenuItems ¶ 

type LineEditMenuItems int

LineEditMenuItems is an enum for MenuItems values. 

const (
	LineEditMenuClear     LineEditMenuItems = 3
	LineEditMenuCopy      LineEditMenuItems = 1
	LineEditMenuCut       LineEditMenuItems = 0
	LineEditMenuMax       LineEditMenuItems = 7
	LineEditMenuPaste     LineEditMenuItems = 2
	LineEditMenuRedo      LineEditMenuItems = 6
	LineEditMenuSelectAll LineEditMenuItems = 4
	LineEditMenuUndo      LineEditMenuItems = 5
)

type LineShape2D ¶ 

type LineShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Line shape for 2D collisions. It works like a 2D plane and will not allow any body to go to the negative side. Not recommended for rigid bodies, and usually not recommended for static bodies either because it forces checks against it on every frame.

func (*LineShape2D) BaseClass ¶ 

func (o *LineShape2D) BaseClass() string

func (*LineShape2D) GetD ¶ 

func (o *LineShape2D) GetD() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*LineShape2D) GetNormal ¶ 

func (o *LineShape2D) GetNormal() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*LineShape2D) SetD ¶ 

func (o *LineShape2D) SetD(d gdnative.Real)
        Undocumented
	Args: [{ false d float}], Returns: void

func (*LineShape2D) SetNormal ¶ 

func (o *LineShape2D) SetNormal(normal gdnative.Vector2)
        Undocumented
	Args: [{ false normal Vector2}], Returns: void

type LineShape2DImplementer ¶ 

type LineShape2DImplementer interface {
	Shape2DImplementer
	GetD() gdnative.Real
	GetNormal() gdnative.Vector2
	SetD(d gdnative.Real)
	SetNormal(normal gdnative.Vector2)
}

LineShape2DImplementer is an interface that implements the methods of the LineShape2D class.

type LinkButton ¶ 

type LinkButton struct {
	BaseButton
	// contains filtered or unexported fields
}

This kind of buttons are primarily used when the interaction with the button causes a context change (like linking to a web page).

func (*LinkButton) BaseClass ¶ 

func (o *LinkButton) BaseClass() string

func (*LinkButton) GetText ¶ 

func (o *LinkButton) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*LinkButton) GetUnderlineMode ¶ 

func (o *LinkButton) GetUnderlineMode() LinkButtonUnderlineMode
        Undocumented
	Args: [], Returns: enum.LinkButton::UnderlineMode

func (*LinkButton) SetText ¶ 

func (o *LinkButton) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*LinkButton) SetUnderlineMode ¶ 

func (o *LinkButton) SetUnderlineMode(underlineMode gdnative.Int)
        Undocumented
	Args: [{ false underline_mode int}], Returns: void

type LinkButtonImplementer ¶ 

type LinkButtonImplementer interface {
	BaseButtonImplementer
	GetText() gdnative.String
	SetText(text gdnative.String)
	SetUnderlineMode(underlineMode gdnative.Int)
}

LinkButtonImplementer is an interface that implements the methods of the LinkButton class.

type LinkButtonUnderlineMode ¶ 

type LinkButtonUnderlineMode int

LinkButtonUnderlineMode is an enum for UnderlineMode values. 

const (
	LinkButtonUnderlineModeAlways  LinkButtonUnderlineMode = 0
	LinkButtonUnderlineModeNever   LinkButtonUnderlineMode = 2
	LinkButtonUnderlineModeOnHover LinkButtonUnderlineMode = 1
)

type Listener ¶ 

type Listener struct {
	Spatial
	// contains filtered or unexported fields
}

func (*Listener) BaseClass ¶ 

func (o *Listener) BaseClass() string

func (*Listener) ClearCurrent ¶ 

func (o *Listener) ClearCurrent()

Args: [], Returns: void

func (*Listener) GetListenerTransform ¶ 

func (o *Listener) GetListenerTransform() gdnative.Transform

Args: [], Returns: Transform

func (*Listener) IsCurrent ¶ 

func (o *Listener) IsCurrent() gdnative.Bool

Args: [], Returns: bool

func (*Listener) MakeCurrent ¶ 

func (o *Listener) MakeCurrent()

Args: [], Returns: void

type ListenerImplementer ¶ 

type ListenerImplementer interface {
	SpatialImplementer
	ClearCurrent()
	GetListenerTransform() gdnative.Transform
	IsCurrent() gdnative.Bool
	MakeCurrent()
}

ListenerImplementer is an interface that implements the methods of the Listener class.

type MainLoop ¶ 

type MainLoop struct {
	Object
	// contains filtered or unexported fields
}

Main loop is the abstract main loop base class. All other main loop classes are derived from it. Upon application start, a [code]MainLoop[/code] has to be provided to OS, else the application will exit. This happens automatically (and a SceneTree is created), unless a main Script is supplied, which may or not create and return a [code]MainLoop[/code].

func (*MainLoop) BaseClass ¶ 

func (o *MainLoop) BaseClass() string

func (*MainLoop) Finish ¶ 

func (o *MainLoop) Finish()

Args: [], Returns: void

func (*MainLoop) Idle ¶ 

func (o *MainLoop) Idle(delta gdnative.Real) gdnative.Bool

Args: [{ false delta float}], Returns: bool

func (*MainLoop) Init ¶ 

func (o *MainLoop) Init()

Args: [], Returns: void

func (*MainLoop) InputEventMethod ¶ 

func (o *MainLoop) InputEventMethod(ev InputEventImplementer)

Args: [{ false ev InputEvent}], Returns: void

func (*MainLoop) InputText ¶ 

func (o *MainLoop) InputText(text gdnative.String)

Args: [{ false text String}], Returns: void

func (*MainLoop) Iteration ¶ 

func (o *MainLoop) Iteration(delta gdnative.Real) gdnative.Bool

Args: [{ false delta float}], Returns: bool

func (*MainLoop) X_DropFiles ¶ 

func (o *MainLoop) X_DropFiles(files gdnative.PoolStringArray, screen gdnative.Int)

Args: [{ false files PoolStringArray} { false screen int}], Returns: void

func (*MainLoop) X_Finalize ¶ 

func (o *MainLoop) X_Finalize()
        Called before the program exits.
	Args: [], Returns: void

func (*MainLoop) X_Idle ¶ 

func (o *MainLoop) X_Idle(delta gdnative.Real)
        Called each idle frame with time since last call as an only argument.
	Args: [{ false delta float}], Returns: void

func (*MainLoop) X_Initialize ¶ 

func (o *MainLoop) X_Initialize()
        Called once during initialization.
	Args: [], Returns: void

func (*MainLoop) X_InputEvent ¶ 

func (o *MainLoop) X_InputEvent(ev InputEventImplementer)

Args: [{ false ev InputEvent}], Returns: void

func (*MainLoop) X_InputText ¶ 

func (o *MainLoop) X_InputText(text gdnative.String)

Args: [{ false text String}], Returns: void

func (*MainLoop) X_Iteration ¶ 

func (o *MainLoop) X_Iteration(delta gdnative.Real)

Args: [{ false delta float}], Returns: void

type MainLoopImplementer ¶ 

type MainLoopImplementer interface {
	ObjectImplementer
	X_DropFiles(files gdnative.PoolStringArray, screen gdnative.Int)
	X_Finalize()
	X_Idle(delta gdnative.Real)
	X_Initialize()
	X_InputEvent(ev InputEventImplementer)
	X_InputText(text gdnative.String)
	X_Iteration(delta gdnative.Real)
	Finish()
	Idle(delta gdnative.Real) gdnative.Bool
	Init()
	InputEventMethod(ev InputEventImplementer)
	InputText(text gdnative.String)
	Iteration(delta gdnative.Real) gdnative.Bool
}

MainLoopImplementer is an interface that implements the methods of the MainLoop class.

type MarginContainer ¶ 

type MarginContainer struct {
	Container
	// contains filtered or unexported fields
}

Simple margin container. Adds a left margin to anything contained.

func (*MarginContainer) BaseClass ¶ 

func (o *MarginContainer) BaseClass() string

type MarginContainerImplementer ¶ 

type MarginContainerImplementer interface {
	ContainerImplementer
}

MarginContainerImplementer is an interface that implements the methods of the MarginContainer class.

type MarshallsImplementer ¶ 

type MarshallsImplementer interface {
	ReferenceImplementer
	Base64ToRaw(base64Str gdnative.String) gdnative.PoolByteArray
	Base64ToUtf8(base64Str gdnative.String) gdnative.String
	Base64ToVariant(base64Str gdnative.String) gdnative.Variant
	RawToBase64(array gdnative.PoolByteArray) gdnative.String
	Utf8ToBase64(utf8Str gdnative.String) gdnative.String
	VariantToBase64(variant gdnative.Variant) gdnative.String
}

MarshallsImplementer is an interface that implements the methods of the Marshalls class.

type Material ¶ 

type Material struct {
	Resource
	// contains filtered or unexported fields
}

Material is a base Resource used for coloring and shading geometry. All materials inherit from it and almost all VisualInstance derived nodes carry a Material. A few flags and parameters are shared between all material types and are configured here.

func (*Material) BaseClass ¶ 

func (o *Material) BaseClass() string

func (*Material) GetNextPass ¶ 

func (o *Material) GetNextPass() MaterialImplementer
        Undocumented
	Args: [], Returns: Material

func (*Material) GetRenderPriority ¶ 

func (o *Material) GetRenderPriority() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Material) SetNextPass ¶ 

func (o *Material) SetNextPass(nextPass MaterialImplementer)
        Undocumented
	Args: [{ false next_pass Material}], Returns: void

func (*Material) SetRenderPriority ¶ 

func (o *Material) SetRenderPriority(priority gdnative.Int)
        Undocumented
	Args: [{ false priority int}], Returns: void

type MaterialImplementer ¶ 

type MaterialImplementer interface {
	ResourceImplementer
	GetNextPass() MaterialImplementer
	GetRenderPriority() gdnative.Int
	SetNextPass(nextPass MaterialImplementer)
	SetRenderPriority(priority gdnative.Int)
}

MaterialImplementer is an interface that implements the methods of the Material class. 

type MenuButton struct {
	Button
	// contains filtered or unexported fields
}

Special button that brings up a PopupMenu when clicked. That's pretty much all it does, as it's just a helper class when building GUIs. 

func (o *MenuButton) BaseClass() string
func (o *MenuButton) GetPopup() PopupMenuImplementer
        Return the [PopupMenu] contained in this button.
	Args: [], Returns: PopupMenu

func (o *MenuButton) SetDisableShortcuts(disabled gdnative.Bool)

Args: [{ false disabled bool}], Returns: void 

func (o *MenuButton) X_GetItems() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (o *MenuButton) X_SetItems(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

func (o *MenuButton) X_UnhandledKeyInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type MenuButtonImplementer interface {
	ButtonImplementer
	X_GetItems() gdnative.Array
	X_SetItems(arg0 gdnative.Array)
	GetPopup() PopupMenuImplementer
	SetDisableShortcuts(disabled gdnative.Bool)
}

MenuButtonImplementer is an interface that implements the methods of the MenuButton class.

type Mesh ¶ 

type Mesh struct {
	Resource
	// contains filtered or unexported fields
}

Mesh is a type of Resource that contains vertex-array based geometry, divided in [i]surfaces[/i]. Each surface contains a completely separate array and a material used to draw it. Design wise, a mesh with multiple surfaces is preferred to a single surface, because objects created in 3D editing software commonly contain multiple materials.

func (*Mesh) BaseClass ¶ 

func (o *Mesh) BaseClass() string

func (*Mesh) CreateConvexShape ¶ 

func (o *Mesh) CreateConvexShape() ShapeImplementer
        Calculate a [ConvexPolygonShape] from the mesh.
	Args: [], Returns: Shape

func (*Mesh) CreateOutline ¶ 

func (o *Mesh) CreateOutline(margin gdnative.Real) MeshImplementer
        Calculate an outline mesh at a defined offset (margin) from the original mesh. Note: Typically returns the vertices in reverse order (e.g. clockwise to anti-clockwise).
	Args: [{ false margin float}], Returns: Mesh

func (*Mesh) CreateTrimeshShape ¶ 

func (o *Mesh) CreateTrimeshShape() ShapeImplementer
        Calculate a [ConcavePolygonShape] from the mesh.
	Args: [], Returns: Shape

func (*Mesh) GenerateTriangleMesh ¶ 

func (o *Mesh) GenerateTriangleMesh() TriangleMeshImplementer
        Generate a [TriangleMesh] from the mesh.
	Args: [], Returns: TriangleMesh

func (*Mesh) GetFaces ¶ 

func (o *Mesh) GetFaces() gdnative.PoolVector3Array
        Returns all the vertices that make up the faces of the mesh. Each three vertices represent one triangle.
	Args: [], Returns: PoolVector3Array

func (*Mesh) GetLightmapSizeHint ¶ 

func (o *Mesh) GetLightmapSizeHint() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Mesh) SetLightmapSizeHint ¶ 

func (o *Mesh) SetLightmapSizeHint(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

type MeshArrayFormat ¶ 

type MeshArrayFormat int

MeshArrayFormat is an enum for ArrayFormat values. 

const (
	MeshArrayCompressBase      MeshArrayFormat = 9
	MeshArrayCompressBones     MeshArrayFormat = 32768
	MeshArrayCompressColor     MeshArrayFormat = 4096
	MeshArrayCompressDefault   MeshArrayFormat = 97792
	MeshArrayCompressIndex     MeshArrayFormat = 131072
	MeshArrayCompressNormal    MeshArrayFormat = 1024
	MeshArrayCompressTangent   MeshArrayFormat = 2048
	MeshArrayCompressTexUv     MeshArrayFormat = 8192
	MeshArrayCompressTexUv2    MeshArrayFormat = 16384
	MeshArrayCompressVertex    MeshArrayFormat = 512
	MeshArrayCompressWeights   MeshArrayFormat = 65536
	MeshArrayFlagUse16BitBones MeshArrayFormat = 524288
	MeshArrayFlagUse2DVertices MeshArrayFormat = 262144
	MeshArrayFormatBones       MeshArrayFormat = 64
	MeshArrayFormatColor       MeshArrayFormat = 8
	MeshArrayFormatIndex       MeshArrayFormat = 256
	MeshArrayFormatNormal      MeshArrayFormat = 2
	MeshArrayFormatTangent     MeshArrayFormat = 4
	MeshArrayFormatTexUv       MeshArrayFormat = 16
	MeshArrayFormatTexUv2      MeshArrayFormat = 32
	MeshArrayFormatVertex      MeshArrayFormat = 1
	MeshArrayFormatWeights     MeshArrayFormat = 128
)

type MeshArrayType ¶ 

type MeshArrayType int

MeshArrayType is an enum for ArrayType values. 

const (
	MeshArrayBones   MeshArrayType = 6
	MeshArrayColor   MeshArrayType = 3
	MeshArrayIndex   MeshArrayType = 8
	MeshArrayMax     MeshArrayType = 9
	MeshArrayNormal  MeshArrayType = 1
	MeshArrayTangent MeshArrayType = 2
	MeshArrayTexUv   MeshArrayType = 4
	MeshArrayTexUv2  MeshArrayType = 5
	MeshArrayVertex  MeshArrayType = 0
	MeshArrayWeights MeshArrayType = 7
)

type MeshBlendShapeMode ¶ 

type MeshBlendShapeMode int

MeshBlendShapeMode is an enum for BlendShapeMode values. 

const (
	MeshBlendShapeModeNormalized MeshBlendShapeMode = 0
	MeshBlendShapeModeRelative   MeshBlendShapeMode = 1
)

type MeshDataTool ¶ 

type MeshDataTool struct {
	Reference
	// contains filtered or unexported fields
}

func (*MeshDataTool) BaseClass ¶ 

func (o *MeshDataTool) BaseClass() string

func (*MeshDataTool) Clear ¶ 

func (o *MeshDataTool) Clear()

Args: [], Returns: void

func (*MeshDataTool) CommitToSurface ¶ 

func (o *MeshDataTool) CommitToSurface(mesh ArrayMeshImplementer) gdnative.Error

Args: [{ false mesh ArrayMesh}], Returns: enum.Error

func (*MeshDataTool) CreateFromSurface ¶ 

func (o *MeshDataTool) CreateFromSurface(mesh ArrayMeshImplementer, surface gdnative.Int) gdnative.Error

Args: [{ false mesh ArrayMesh} { false surface int}], Returns: enum.Error

func (*MeshDataTool) GetEdgeCount ¶ 

func (o *MeshDataTool) GetEdgeCount() gdnative.Int

Args: [], Returns: int

func (*MeshDataTool) GetEdgeFaces ¶ 

func (o *MeshDataTool) GetEdgeFaces(idx gdnative.Int) gdnative.PoolIntArray

Args: [{ false idx int}], Returns: PoolIntArray

func (*MeshDataTool) GetEdgeMeta ¶ 

func (o *MeshDataTool) GetEdgeMeta(idx gdnative.Int) gdnative.Variant

Args: [{ false idx int}], Returns: Variant

func (*MeshDataTool) GetEdgeVertex ¶ 

func (o *MeshDataTool) GetEdgeVertex(idx gdnative.Int, vertex gdnative.Int) gdnative.Int

Args: [{ false idx int} { false vertex int}], Returns: int

func (*MeshDataTool) GetFaceCount ¶ 

func (o *MeshDataTool) GetFaceCount() gdnative.Int

Args: [], Returns: int

func (*MeshDataTool) GetFaceEdge ¶ 

func (o *MeshDataTool) GetFaceEdge(idx gdnative.Int, edge gdnative.Int) gdnative.Int

Args: [{ false idx int} { false edge int}], Returns: int

func (*MeshDataTool) GetFaceMeta ¶ 

func (o *MeshDataTool) GetFaceMeta(idx gdnative.Int) gdnative.Variant

Args: [{ false idx int}], Returns: Variant

func (*MeshDataTool) GetFaceNormal ¶ 

func (o *MeshDataTool) GetFaceNormal(idx gdnative.Int) gdnative.Vector3

Args: [{ false idx int}], Returns: Vector3

func (*MeshDataTool) GetFaceVertex ¶ 

func (o *MeshDataTool) GetFaceVertex(idx gdnative.Int, vertex gdnative.Int) gdnative.Int

Args: [{ false idx int} { false vertex int}], Returns: int

func (*MeshDataTool) GetFormat ¶ 

func (o *MeshDataTool) GetFormat() gdnative.Int

Args: [], Returns: int

func (*MeshDataTool) GetMaterial ¶ 

func (o *MeshDataTool) GetMaterial() MaterialImplementer

Args: [], Returns: Material

func (*MeshDataTool) GetVertex ¶ 

func (o *MeshDataTool) GetVertex(idx gdnative.Int) gdnative.Vector3

Args: [{ false idx int}], Returns: Vector3

func (*MeshDataTool) GetVertexBones ¶ 

func (o *MeshDataTool) GetVertexBones(idx gdnative.Int) gdnative.PoolIntArray

Args: [{ false idx int}], Returns: PoolIntArray

func (*MeshDataTool) GetVertexColor ¶ 

func (o *MeshDataTool) GetVertexColor(idx gdnative.Int) gdnative.Color

Args: [{ false idx int}], Returns: Color

func (*MeshDataTool) GetVertexCount ¶ 

func (o *MeshDataTool) GetVertexCount() gdnative.Int

Args: [], Returns: int

func (*MeshDataTool) GetVertexEdges ¶ 

func (o *MeshDataTool) GetVertexEdges(idx gdnative.Int) gdnative.PoolIntArray

Args: [{ false idx int}], Returns: PoolIntArray

func (*MeshDataTool) GetVertexFaces ¶ 

func (o *MeshDataTool) GetVertexFaces(idx gdnative.Int) gdnative.PoolIntArray

Args: [{ false idx int}], Returns: PoolIntArray

func (*MeshDataTool) GetVertexMeta ¶ 

func (o *MeshDataTool) GetVertexMeta(idx gdnative.Int) gdnative.Variant

Args: [{ false idx int}], Returns: Variant

func (*MeshDataTool) GetVertexNormal ¶ 

func (o *MeshDataTool) GetVertexNormal(idx gdnative.Int) gdnative.Vector3

Args: [{ false idx int}], Returns: Vector3

func (*MeshDataTool) GetVertexTangent ¶ 

func (o *MeshDataTool) GetVertexTangent(idx gdnative.Int) gdnative.Plane

Args: [{ false idx int}], Returns: Plane

func (*MeshDataTool) GetVertexUv ¶ 

func (o *MeshDataTool) GetVertexUv(idx gdnative.Int) gdnative.Vector2

Args: [{ false idx int}], Returns: Vector2

func (*MeshDataTool) GetVertexUv2 ¶ 

func (o *MeshDataTool) GetVertexUv2(idx gdnative.Int) gdnative.Vector2

Args: [{ false idx int}], Returns: Vector2

func (*MeshDataTool) GetVertexWeights ¶ 

func (o *MeshDataTool) GetVertexWeights(idx gdnative.Int) gdnative.PoolRealArray

Args: [{ false idx int}], Returns: PoolRealArray

func (*MeshDataTool) SetEdgeMeta ¶ 

func (o *MeshDataTool) SetEdgeMeta(idx gdnative.Int, meta gdnative.Variant)

Args: [{ false idx int} { false meta Variant}], Returns: void

func (*MeshDataTool) SetFaceMeta ¶ 

func (o *MeshDataTool) SetFaceMeta(idx gdnative.Int, meta gdnative.Variant)

Args: [{ false idx int} { false meta Variant}], Returns: void

func (*MeshDataTool) SetMaterial ¶ 

func (o *MeshDataTool) SetMaterial(material MaterialImplementer)

Args: [{ false material Material}], Returns: void

func (*MeshDataTool) SetVertex ¶ 

func (o *MeshDataTool) SetVertex(idx gdnative.Int, vertex gdnative.Vector3)

Args: [{ false idx int} { false vertex Vector3}], Returns: void

func (*MeshDataTool) SetVertexBones ¶ 

func (o *MeshDataTool) SetVertexBones(idx gdnative.Int, bones gdnative.PoolIntArray)

Args: [{ false idx int} { false bones PoolIntArray}], Returns: void

func (*MeshDataTool) SetVertexColor ¶ 

func (o *MeshDataTool) SetVertexColor(idx gdnative.Int, color gdnative.Color)

Args: [{ false idx int} { false color Color}], Returns: void

func (*MeshDataTool) SetVertexMeta ¶ 

func (o *MeshDataTool) SetVertexMeta(idx gdnative.Int, meta gdnative.Variant)

Args: [{ false idx int} { false meta Variant}], Returns: void

func (*MeshDataTool) SetVertexNormal ¶ 

func (o *MeshDataTool) SetVertexNormal(idx gdnative.Int, normal gdnative.Vector3)

Args: [{ false idx int} { false normal Vector3}], Returns: void

func (*MeshDataTool) SetVertexTangent ¶ 

func (o *MeshDataTool) SetVertexTangent(idx gdnative.Int, tangent gdnative.Plane)

Args: [{ false idx int} { false tangent Plane}], Returns: void

func (*MeshDataTool) SetVertexUv ¶ 

func (o *MeshDataTool) SetVertexUv(idx gdnative.Int, uv gdnative.Vector2)

Args: [{ false idx int} { false uv Vector2}], Returns: void

func (*MeshDataTool) SetVertexUv2 ¶ 

func (o *MeshDataTool) SetVertexUv2(idx gdnative.Int, uv2 gdnative.Vector2)

Args: [{ false idx int} { false uv2 Vector2}], Returns: void

func (*MeshDataTool) SetVertexWeights ¶ 

func (o *MeshDataTool) SetVertexWeights(idx gdnative.Int, weights gdnative.PoolRealArray)

Args: [{ false idx int} { false weights PoolRealArray}], Returns: void

type MeshDataToolImplementer ¶ 

type MeshDataToolImplementer interface {
	ReferenceImplementer
	Clear()
	GetEdgeCount() gdnative.Int
	GetEdgeFaces(idx gdnative.Int) gdnative.PoolIntArray
	GetEdgeMeta(idx gdnative.Int) gdnative.Variant
	GetEdgeVertex(idx gdnative.Int, vertex gdnative.Int) gdnative.Int
	GetFaceCount() gdnative.Int
	GetFaceEdge(idx gdnative.Int, edge gdnative.Int) gdnative.Int
	GetFaceMeta(idx gdnative.Int) gdnative.Variant
	GetFaceNormal(idx gdnative.Int) gdnative.Vector3
	GetFaceVertex(idx gdnative.Int, vertex gdnative.Int) gdnative.Int
	GetFormat() gdnative.Int
	GetMaterial() MaterialImplementer
	GetVertex(idx gdnative.Int) gdnative.Vector3
	GetVertexBones(idx gdnative.Int) gdnative.PoolIntArray
	GetVertexColor(idx gdnative.Int) gdnative.Color
	GetVertexCount() gdnative.Int
	GetVertexEdges(idx gdnative.Int) gdnative.PoolIntArray
	GetVertexFaces(idx gdnative.Int) gdnative.PoolIntArray
	GetVertexMeta(idx gdnative.Int) gdnative.Variant
	GetVertexNormal(idx gdnative.Int) gdnative.Vector3
	GetVertexTangent(idx gdnative.Int) gdnative.Plane
	GetVertexUv(idx gdnative.Int) gdnative.Vector2
	GetVertexUv2(idx gdnative.Int) gdnative.Vector2
	GetVertexWeights(idx gdnative.Int) gdnative.PoolRealArray
	SetEdgeMeta(idx gdnative.Int, meta gdnative.Variant)
	SetFaceMeta(idx gdnative.Int, meta gdnative.Variant)
	SetMaterial(material MaterialImplementer)
	SetVertex(idx gdnative.Int, vertex gdnative.Vector3)
	SetVertexBones(idx gdnative.Int, bones gdnative.PoolIntArray)
	SetVertexColor(idx gdnative.Int, color gdnative.Color)
	SetVertexMeta(idx gdnative.Int, meta gdnative.Variant)
	SetVertexNormal(idx gdnative.Int, normal gdnative.Vector3)
	SetVertexTangent(idx gdnative.Int, tangent gdnative.Plane)
	SetVertexUv(idx gdnative.Int, uv gdnative.Vector2)
	SetVertexUv2(idx gdnative.Int, uv2 gdnative.Vector2)
	SetVertexWeights(idx gdnative.Int, weights gdnative.PoolRealArray)
}

MeshDataToolImplementer is an interface that implements the methods of the MeshDataTool class.

type MeshImplementer ¶ 

type MeshImplementer interface {
	ResourceImplementer
	CreateConvexShape() ShapeImplementer
	CreateOutline(margin gdnative.Real) MeshImplementer
	CreateTrimeshShape() ShapeImplementer
	GenerateTriangleMesh() TriangleMeshImplementer
	GetFaces() gdnative.PoolVector3Array
	GetLightmapSizeHint() gdnative.Vector2
	SetLightmapSizeHint(size gdnative.Vector2)
}

MeshImplementer is an interface that implements the methods of the Mesh class.

type MeshInstance ¶ 

type MeshInstance struct {
	GeometryInstance
	// contains filtered or unexported fields
}

MeshInstance is a node that takes a Mesh resource and adds it to the current scenario by creating an instance of it. This is the class most often used to get 3D geometry rendered and can be used to instance a single Mesh in many places. This allows to reuse geometry and save on resources. When a Mesh has to be instanced more than thousands of times at close proximity, consider using a MultiMesh in a MultiMeshInstance instead.

func (*MeshInstance) BaseClass ¶ 

func (o *MeshInstance) BaseClass() string

func (*MeshInstance) CreateConvexCollision ¶ 

func (o *MeshInstance) CreateConvexCollision()
        This helper creates a [StaticBody] child node with a [ConvexPolygonShape] collision shape calculated from the mesh geometry. It's mainly used for testing.
	Args: [], Returns: void

func (*MeshInstance) CreateDebugTangents ¶ 

func (o *MeshInstance) CreateDebugTangents()
        This helper creates a [MeshInstance] child node with gizmos at every vertex calculated from the mesh geometry. It's mainly used for testing.
	Args: [], Returns: void

func (*MeshInstance) CreateTrimeshCollision ¶ 

func (o *MeshInstance) CreateTrimeshCollision()
        This helper creates a [StaticBody] child node with a [ConcavePolygonShape] collision shape calculated from the mesh geometry. It's mainly used for testing.
	Args: [], Returns: void

func (*MeshInstance) GetMesh ¶ 

func (o *MeshInstance) GetMesh() MeshImplementer
        Undocumented
	Args: [], Returns: Mesh

func (*MeshInstance) GetSkeletonPath ¶ 

func (o *MeshInstance) GetSkeletonPath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*MeshInstance) GetSurfaceMaterial ¶ 

func (o *MeshInstance) GetSurfaceMaterial(surface gdnative.Int) MaterialImplementer
        Returns the [Material] for a surface of the [Mesh] resource.
	Args: [{ false surface int}], Returns: Material

func (*MeshInstance) SetMesh ¶ 

func (o *MeshInstance) SetMesh(mesh MeshImplementer)
        Undocumented
	Args: [{ false mesh Mesh}], Returns: void

func (*MeshInstance) SetSkeletonPath ¶ 

func (o *MeshInstance) SetSkeletonPath(skeletonPath gdnative.NodePath)
        Undocumented
	Args: [{ false skeleton_path NodePath}], Returns: void

func (*MeshInstance) SetSurfaceMaterial ¶ 

func (o *MeshInstance) SetSurfaceMaterial(surface gdnative.Int, material MaterialImplementer)
        Sets the [Material] for a surface of the [Mesh] resource.
	Args: [{ false surface int} { false material Material}], Returns: void

func (*MeshInstance) X_MeshChanged ¶ 

func (o *MeshInstance) X_MeshChanged()
        Undocumented
	Args: [], Returns: void

type MeshInstanceImplementer ¶ 

type MeshInstanceImplementer interface {
	GeometryInstanceImplementer
	X_MeshChanged()
	CreateConvexCollision()
	CreateDebugTangents()
	CreateTrimeshCollision()
	GetMesh() MeshImplementer
	GetSkeletonPath() gdnative.NodePath
	GetSurfaceMaterial(surface gdnative.Int) MaterialImplementer
	SetMesh(mesh MeshImplementer)
	SetSkeletonPath(skeletonPath gdnative.NodePath)
	SetSurfaceMaterial(surface gdnative.Int, material MaterialImplementer)
}

MeshInstanceImplementer is an interface that implements the methods of the MeshInstance class.

type MeshLibrary ¶ 

type MeshLibrary struct {
	Resource
	// contains filtered or unexported fields
}

Library of meshes. Contains a list of Mesh resources, each with name and ID. Useful for GridMap or painting Terrain.

func (*MeshLibrary) BaseClass ¶ 

func (o *MeshLibrary) BaseClass() string

func (*MeshLibrary) Clear ¶ 

func (o *MeshLibrary) Clear()
        Clear the library.
	Args: [], Returns: void

func (*MeshLibrary) CreateItem ¶ 

func (o *MeshLibrary) CreateItem(id gdnative.Int)
        Create a new item in the library, supplied an id.
	Args: [{ false id int}], Returns: void

func (*MeshLibrary) FindItemByName ¶ 

func (o *MeshLibrary) FindItemByName(name gdnative.String) gdnative.Int

Args: [{ false name String}], Returns: int

func (*MeshLibrary) GetItemList ¶ 

func (o *MeshLibrary) GetItemList() gdnative.PoolIntArray
        Return the list of items.
	Args: [], Returns: PoolIntArray

func (*MeshLibrary) GetItemMesh ¶ 

func (o *MeshLibrary) GetItemMesh(id gdnative.Int) MeshImplementer
        Return the mesh of the item.
	Args: [{ false id int}], Returns: Mesh

func (*MeshLibrary) GetItemName ¶ 

func (o *MeshLibrary) GetItemName(id gdnative.Int) gdnative.String
        Return the name of the item.
	Args: [{ false id int}], Returns: String

func (*MeshLibrary) GetItemNavmesh ¶ 

func (o *MeshLibrary) GetItemNavmesh(id gdnative.Int) NavigationMeshImplementer

Args: [{ false id int}], Returns: NavigationMesh

func (*MeshLibrary) GetItemPreview ¶ 

func (o *MeshLibrary) GetItemPreview(id gdnative.Int) TextureImplementer

Args: [{ false id int}], Returns: Texture

func (*MeshLibrary) GetItemShapes ¶ 

func (o *MeshLibrary) GetItemShapes(id gdnative.Int) gdnative.Array

Args: [{ false id int}], Returns: Array

func (*MeshLibrary) GetLastUnusedItemId ¶ 

func (o *MeshLibrary) GetLastUnusedItemId() gdnative.Int
        Get an unused id for a new item.
	Args: [], Returns: int

func (*MeshLibrary) RemoveItem ¶ 

func (o *MeshLibrary) RemoveItem(id gdnative.Int)
        Remove the item.
	Args: [{ false id int}], Returns: void

func (*MeshLibrary) SetItemMesh ¶ 

func (o *MeshLibrary) SetItemMesh(id gdnative.Int, mesh MeshImplementer)
        Set the mesh of the item.
	Args: [{ false id int} { false mesh Mesh}], Returns: void

func (*MeshLibrary) SetItemName ¶ 

func (o *MeshLibrary) SetItemName(id gdnative.Int, name gdnative.String)
        Set the name of the item.
	Args: [{ false id int} { false name String}], Returns: void

func (*MeshLibrary) SetItemNavmesh ¶ 

func (o *MeshLibrary) SetItemNavmesh(id gdnative.Int, navmesh NavigationMeshImplementer)

Args: [{ false id int} { false navmesh NavigationMesh}], Returns: void

func (*MeshLibrary) SetItemPreview ¶ 

func (o *MeshLibrary) SetItemPreview(id gdnative.Int, texture TextureImplementer)

Args: [{ false id int} { false texture Texture}], Returns: void

func (*MeshLibrary) SetItemShapes ¶ 

func (o *MeshLibrary) SetItemShapes(id gdnative.Int, shapes gdnative.Array)

Args: [{ false id int} { false shapes Array}], Returns: void

type MeshLibraryImplementer ¶ 

type MeshLibraryImplementer interface {
	ResourceImplementer
	Clear()
	CreateItem(id gdnative.Int)
	FindItemByName(name gdnative.String) gdnative.Int
	GetItemList() gdnative.PoolIntArray
	GetItemMesh(id gdnative.Int) MeshImplementer
	GetItemName(id gdnative.Int) gdnative.String
	GetItemNavmesh(id gdnative.Int) NavigationMeshImplementer
	GetItemPreview(id gdnative.Int) TextureImplementer
	GetItemShapes(id gdnative.Int) gdnative.Array
	GetLastUnusedItemId() gdnative.Int
	RemoveItem(id gdnative.Int)
	SetItemMesh(id gdnative.Int, mesh MeshImplementer)
	SetItemName(id gdnative.Int, name gdnative.String)
	SetItemNavmesh(id gdnative.Int, navmesh NavigationMeshImplementer)
	SetItemPreview(id gdnative.Int, texture TextureImplementer)
	SetItemShapes(id gdnative.Int, shapes gdnative.Array)
}

MeshLibraryImplementer is an interface that implements the methods of the MeshLibrary class.

type MeshPrimitiveType ¶ 

type MeshPrimitiveType int

MeshPrimitiveType is an enum for PrimitiveType values. 

const (
	MeshPrimitiveLines         MeshPrimitiveType = 1
	MeshPrimitiveLineLoop      MeshPrimitiveType = 3
	MeshPrimitiveLineStrip     MeshPrimitiveType = 2
	MeshPrimitivePoints        MeshPrimitiveType = 0
	MeshPrimitiveTriangles     MeshPrimitiveType = 4
	MeshPrimitiveTriangleFan   MeshPrimitiveType = 6
	MeshPrimitiveTriangleStrip MeshPrimitiveType = 5
)

type MobileVRInterface ¶ 

type MobileVRInterface struct {
	ARVRInterface
	// contains filtered or unexported fields
}

Undocumented

func (*MobileVRInterface) BaseClass ¶ 

func (o *MobileVRInterface) BaseClass() string

func (*MobileVRInterface) GetDisplayToLens ¶ 

func (o *MobileVRInterface) GetDisplayToLens() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*MobileVRInterface) GetDisplayWidth ¶ 

func (o *MobileVRInterface) GetDisplayWidth() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*MobileVRInterface) GetIod ¶ 

func (o *MobileVRInterface) GetIod() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*MobileVRInterface) GetK1 ¶ 

func (o *MobileVRInterface) GetK1() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*MobileVRInterface) GetK2 ¶ 

func (o *MobileVRInterface) GetK2() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*MobileVRInterface) GetOversample ¶ 

func (o *MobileVRInterface) GetOversample() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*MobileVRInterface) SetDisplayToLens ¶ 

func (o *MobileVRInterface) SetDisplayToLens(displayToLens gdnative.Real)
        Undocumented
	Args: [{ false display_to_lens float}], Returns: void

func (*MobileVRInterface) SetDisplayWidth ¶ 

func (o *MobileVRInterface) SetDisplayWidth(displayWidth gdnative.Real)
        Undocumented
	Args: [{ false display_width float}], Returns: void

func (*MobileVRInterface) SetIod ¶ 

func (o *MobileVRInterface) SetIod(iod gdnative.Real)
        Undocumented
	Args: [{ false iod float}], Returns: void

func (*MobileVRInterface) SetK1 ¶ 

func (o *MobileVRInterface) SetK1(k gdnative.Real)
        Undocumented
	Args: [{ false k float}], Returns: void

func (*MobileVRInterface) SetK2 ¶ 

func (o *MobileVRInterface) SetK2(k gdnative.Real)
        Undocumented
	Args: [{ false k float}], Returns: void

func (*MobileVRInterface) SetOversample ¶ 

func (o *MobileVRInterface) SetOversample(oversample gdnative.Real)
        Undocumented
	Args: [{ false oversample float}], Returns: void

type MobileVRInterfaceImplementer ¶ 

type MobileVRInterfaceImplementer interface {
	ARVRInterfaceImplementer
	GetDisplayToLens() gdnative.Real
	GetDisplayWidth() gdnative.Real
	GetIod() gdnative.Real
	GetK1() gdnative.Real
	GetK2() gdnative.Real
	GetOversample() gdnative.Real
	SetDisplayToLens(displayToLens gdnative.Real)
	SetDisplayWidth(displayWidth gdnative.Real)
	SetIod(iod gdnative.Real)
	SetK1(k gdnative.Real)
	SetK2(k gdnative.Real)
	SetOversample(oversample gdnative.Real)
}

MobileVRInterfaceImplementer is an interface that implements the methods of the MobileVRInterface class.

type MultiMesh ¶ 

type MultiMesh struct {
	Resource
	// contains filtered or unexported fields
}

MultiMesh provides low level mesh instancing. If the amount of Mesh instances needed goes from hundreds to thousands (and most need to be visible at close proximity) creating such a large amount of MeshInstance nodes may affect performance by using too much CPU or video memory. For this case a MultiMesh becomes very useful, as it can draw thousands of instances with little API overhead. As a drawback, if the instances are too far away of each other, performance may be reduced as every single instance will always rendered (they are spatially indexed as one, for the whole object). Since instances may have any behavior, the AABB used for visibility must be provided by the user.

func (*MultiMesh) BaseClass ¶ 

func (o *MultiMesh) BaseClass() string

func (*MultiMesh) GetAabb ¶ 

func (o *MultiMesh) GetAabb() gdnative.Aabb
        Return the visibility AABB.
	Args: [], Returns: AABB

func (*MultiMesh) GetColorFormat ¶ 

func (o *MultiMesh) GetColorFormat() MultiMeshColorFormat
        Undocumented
	Args: [], Returns: enum.MultiMesh::ColorFormat

func (*MultiMesh) GetInstanceColor ¶ 

func (o *MultiMesh) GetInstanceColor(instance gdnative.Int) gdnative.Color
        Get the color of a specific instance.
	Args: [{ false instance int}], Returns: Color

func (*MultiMesh) GetInstanceCount ¶ 

func (o *MultiMesh) GetInstanceCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*MultiMesh) GetInstanceTransform ¶ 

func (o *MultiMesh) GetInstanceTransform(instance gdnative.Int) gdnative.Transform
        Return the transform of a specific instance.
	Args: [{ false instance int}], Returns: Transform

func (*MultiMesh) GetMesh ¶ 

func (o *MultiMesh) GetMesh() MeshImplementer
        Undocumented
	Args: [], Returns: Mesh

func (*MultiMesh) GetTransformFormat ¶ 

func (o *MultiMesh) GetTransformFormat() MultiMeshTransformFormat
        Undocumented
	Args: [], Returns: enum.MultiMesh::TransformFormat

func (*MultiMesh) SetColorFormat ¶ 

func (o *MultiMesh) SetColorFormat(format gdnative.Int)
        Undocumented
	Args: [{ false format int}], Returns: void

func (*MultiMesh) SetInstanceColor ¶ 

func (o *MultiMesh) SetInstanceColor(instance gdnative.Int, color gdnative.Color)
        Set the color of a specific instance.
	Args: [{ false instance int} { false color Color}], Returns: void

func (*MultiMesh) SetInstanceCount ¶ 

func (o *MultiMesh) SetInstanceCount(count gdnative.Int)
        Undocumented
	Args: [{ false count int}], Returns: void

func (*MultiMesh) SetInstanceTransform ¶ 

func (o *MultiMesh) SetInstanceTransform(instance gdnative.Int, transform gdnative.Transform)
        Set the transform for a specific instance.
	Args: [{ false instance int} { false transform Transform}], Returns: void

func (*MultiMesh) SetMesh ¶ 

func (o *MultiMesh) SetMesh(mesh MeshImplementer)
        Undocumented
	Args: [{ false mesh Mesh}], Returns: void

func (*MultiMesh) SetTransformFormat ¶ 

func (o *MultiMesh) SetTransformFormat(format gdnative.Int)
        Undocumented
	Args: [{ false format int}], Returns: void

func (*MultiMesh) X_GetColorArray ¶ 

func (o *MultiMesh) X_GetColorArray() gdnative.PoolColorArray
        Undocumented
	Args: [], Returns: PoolColorArray

func (*MultiMesh) X_GetTransformArray ¶ 

func (o *MultiMesh) X_GetTransformArray() gdnative.PoolVector3Array
        Undocumented
	Args: [], Returns: PoolVector3Array

func (*MultiMesh) X_SetColorArray ¶ 

func (o *MultiMesh) X_SetColorArray(arg0 gdnative.PoolColorArray)
        Undocumented
	Args: [{ false arg0 PoolColorArray}], Returns: void

func (*MultiMesh) X_SetTransformArray ¶ 

func (o *MultiMesh) X_SetTransformArray(arg0 gdnative.PoolVector3Array)
        Undocumented
	Args: [{ false arg0 PoolVector3Array}], Returns: void

type MultiMeshColorFormat ¶ 

type MultiMeshColorFormat int

MultiMeshColorFormat is an enum for ColorFormat values. 

const (
	MultiMeshColor8Bit  MultiMeshColorFormat = 1
	MultiMeshColorFloat MultiMeshColorFormat = 2
	MultiMeshColorNone  MultiMeshColorFormat = 0
)

type MultiMeshImplementer ¶ 

type MultiMeshImplementer interface {
	ResourceImplementer
	X_GetColorArray() gdnative.PoolColorArray
	X_GetTransformArray() gdnative.PoolVector3Array
	X_SetColorArray(arg0 gdnative.PoolColorArray)
	X_SetTransformArray(arg0 gdnative.PoolVector3Array)
	GetAabb() gdnative.Aabb
	GetInstanceColor(instance gdnative.Int) gdnative.Color
	GetInstanceCount() gdnative.Int
	GetInstanceTransform(instance gdnative.Int) gdnative.Transform
	GetMesh() MeshImplementer
	SetColorFormat(format gdnative.Int)
	SetInstanceColor(instance gdnative.Int, color gdnative.Color)
	SetInstanceCount(count gdnative.Int)
	SetInstanceTransform(instance gdnative.Int, transform gdnative.Transform)
	SetMesh(mesh MeshImplementer)
	SetTransformFormat(format gdnative.Int)
}

MultiMeshImplementer is an interface that implements the methods of the MultiMesh class.

type MultiMeshInstance ¶ 

type MultiMeshInstance struct {
	GeometryInstance
	// contains filtered or unexported fields
}

[code]MultiMeshInstance[/code] is a specialized node to instance [GeometryInstance]s based on a MultiMesh resource. This is useful to optimize the rendering of a high amount of instances of a given mesh (for example tree in a forest or grass strands).

func (*MultiMeshInstance) BaseClass ¶ 

func (o *MultiMeshInstance) BaseClass() string

func (*MultiMeshInstance) GetMultimesh ¶ 

func (o *MultiMeshInstance) GetMultimesh() MultiMeshImplementer
        Undocumented
	Args: [], Returns: MultiMesh

func (*MultiMeshInstance) SetMultimesh ¶ 

func (o *MultiMeshInstance) SetMultimesh(multimesh MultiMeshImplementer)
        Undocumented
	Args: [{ false multimesh MultiMesh}], Returns: void

type MultiMeshInstanceImplementer ¶ 

type MultiMeshInstanceImplementer interface {
	GeometryInstanceImplementer
	GetMultimesh() MultiMeshImplementer
	SetMultimesh(multimesh MultiMeshImplementer)
}

MultiMeshInstanceImplementer is an interface that implements the methods of the MultiMeshInstance class.

type MultiMeshTransformFormat ¶ 

type MultiMeshTransformFormat int

MultiMeshTransformFormat is an enum for TransformFormat values. 

const (
	MultiMeshTransform2D MultiMeshTransformFormat = 0
	MultiMeshTransform3D MultiMeshTransformFormat = 1
)

type Mutex ¶ 

type Mutex struct {
	Reference
	// contains filtered or unexported fields
}

A synchronization Mutex. Element used to synchronize multiple [Thread]s. Basically a binary Semaphore. Guarantees that only one thread can ever acquire this lock at a time. Can be used to protect a critical section. Be careful to avoid deadlocks.

func (*Mutex) BaseClass ¶ 

func (o *Mutex) BaseClass() string

func (*Mutex) Lock ¶ 

func (o *Mutex) Lock()
        Undocumented
	Args: [], Returns: void

func (*Mutex) TryLock ¶ 

func (o *Mutex) TryLock() gdnative.Error
        Undocumented
	Args: [], Returns: enum.Error

func (*Mutex) Unlock ¶ 

func (o *Mutex) Unlock()
        Undocumented
	Args: [], Returns: void

type MutexImplementer ¶ 

type MutexImplementer interface {
	ReferenceImplementer
	Lock()
	Unlock()
}

MutexImplementer is an interface that implements the methods of the Mutex class.

type NativeScript ¶ 

type NativeScript struct {
	Script
	// contains filtered or unexported fields
}

Undocumented

func (*NativeScript) BaseClass ¶ 

func (o *NativeScript) BaseClass() string

func (*NativeScript) GetClassName ¶ 

func (o *NativeScript) GetClassName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*NativeScript) GetLibrary ¶ 

func (o *NativeScript) GetLibrary() GDNativeLibraryImplementer
        Undocumented
	Args: [], Returns: GDNativeLibrary

func (*NativeScript) New ¶ 

func (o *NativeScript) New() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*NativeScript) SetClassName ¶ 

func (o *NativeScript) SetClassName(className gdnative.String)
        Undocumented
	Args: [{ false class_name String}], Returns: void

func (*NativeScript) SetLibrary ¶ 

func (o *NativeScript) SetLibrary(library GDNativeLibraryImplementer)
        Undocumented
	Args: [{ false library GDNativeLibrary}], Returns: void

type NativeScriptImplementer ¶ 

type NativeScriptImplementer interface {
	ScriptImplementer
	GetClassName() gdnative.String
	GetLibrary() GDNativeLibraryImplementer
	New() ObjectImplementer
	SetClassName(className gdnative.String)
	SetLibrary(library GDNativeLibraryImplementer)
}

NativeScriptImplementer is an interface that implements the methods of the NativeScript class. 

type Navigation struct {
	Spatial
	// contains filtered or unexported fields
}

The Navigation node is used for basic or advanced navigation. By default it will automatically collect all child [code]NavigationMesh[/code] resources, but they can also be added on the fly through scripting. It can be used for generating a simple path between two points or it can be used to ensure that a navigation agent is angled perfectly to the terrain it is navigating. 

func (o *Navigation) BaseClass() string
func (o *Navigation) GetClosestPoint(toPoint gdnative.Vector3) gdnative.Vector3
        Returns the closest navigation point to the point passed.
	Args: [{ false to_point Vector3}], Returns: Vector3

func (o *Navigation) GetClosestPointNormal(toPoint gdnative.Vector3) gdnative.Vector3
        Returns the surface normal of the navigation mesh at the point passed. For instance, if the point passed was at a 45 degree slope it would return something like (0.5,0.5,0). This is useful for rotating a navigation agent in accordance with the [code]NavigationMesh[/code].
	Args: [{ false to_point Vector3}], Returns: Vector3

func (o *Navigation) GetClosestPointOwner(toPoint gdnative.Vector3) ObjectImplementer
        Returns the nearest [code]NavigationMeshInstance[/code] to the point passed.
	Args: [{ false to_point Vector3}], Returns: Object

func (o *Navigation) GetClosestPointToSegment(start gdnative.Vector3, end gdnative.Vector3, useCollision gdnative.Bool) gdnative.Vector3
        Returns the nearest point to the line segment passed. The third optional parameter takes collisions into account.
	Args: [{ false start Vector3} { false end Vector3} {False true use_collision bool}], Returns: Vector3

func (o *Navigation) GetSimplePath(start gdnative.Vector3, end gdnative.Vector3, optimize gdnative.Bool) gdnative.PoolVector3Array
        Returns a path of points as a [code]PoolVector3Array[/code]. If [code]optimize[/code] is false the [code]NavigationMesh[/code] agent properties will be taken into account, otherwise it will return the nearest path and ignore agent radius, height, etc.
	Args: [{ false start Vector3} { false end Vector3} {True true optimize bool}], Returns: PoolVector3Array

func (o *Navigation) GetUpVector() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (o *Navigation) NavmeshAdd(mesh NavigationMeshImplementer, xform gdnative.Transform, owner ObjectImplementer) gdnative.Int
        Adds a [code]NavigationMesh[/code] to the list of NavigationMesh's in this node. Returns an id. Its position, rotation and scale are associated with the [code]Transform[/code] passed. The [code]Node[/code] (or [code]Object[/code]) that owns this node is an optional parameter.
	Args: [{ false mesh NavigationMesh} { false xform Transform} {Null true owner Object}], Returns: int

func (o *Navigation) NavmeshRemove(id gdnative.Int)
        Removes a [code]NavigationMesh[/code] from the list of NavigationMesh's in this node.
	Args: [{ false id int}], Returns: void

func (o *Navigation) NavmeshSetTransform(id gdnative.Int, xform gdnative.Transform)
        Associates a [code]NavigationMesh[/code]'s id with a [code]Transform[/code]. Its position, rotation and scale are based on the [code]Transform[/code] passed.
	Args: [{ false id int} { false xform Transform}], Returns: void

func (o *Navigation) SetUpVector(up gdnative.Vector3)
        Undocumented
	Args: [{ false up Vector3}], Returns: void

type Navigation2D struct {
	Node2D
	// contains filtered or unexported fields
}
func (o *Navigation2D) BaseClass() string
func (o *Navigation2D) GetClosestPoint(toPoint gdnative.Vector2) gdnative.Vector2

Args: [{ false to_point Vector2}], Returns: Vector2 

func (o *Navigation2D) GetClosestPointOwner(toPoint gdnative.Vector2) ObjectImplementer

Args: [{ false to_point Vector2}], Returns: Object 

func (o *Navigation2D) GetSimplePath(start gdnative.Vector2, end gdnative.Vector2, optimize gdnative.Bool) gdnative.PoolVector2Array

Args: [{ false start Vector2} { false end Vector2} {True true optimize bool}], Returns: PoolVector2Array 

func (o *Navigation2D) NavpolyAdd(mesh NavigationPolygonImplementer, xform gdnative.Transform2D, owner ObjectImplementer) gdnative.Int

Args: [{ false mesh NavigationPolygon} { false xform Transform2D} {Null true owner Object}], Returns: int 

func (o *Navigation2D) NavpolyRemove(id gdnative.Int)

Args: [{ false id int}], Returns: void 

func (o *Navigation2D) NavpolySetTransform(id gdnative.Int, xform gdnative.Transform2D)

Args: [{ false id int} { false xform Transform2D}], Returns: void 

type Navigation2DImplementer interface {
	Node2DImplementer
	GetClosestPoint(toPoint gdnative.Vector2) gdnative.Vector2
	GetClosestPointOwner(toPoint gdnative.Vector2) ObjectImplementer
	GetSimplePath(start gdnative.Vector2, end gdnative.Vector2, optimize gdnative.Bool) gdnative.PoolVector2Array
	NavpolyAdd(mesh NavigationPolygonImplementer, xform gdnative.Transform2D, owner ObjectImplementer) gdnative.Int
	NavpolyRemove(id gdnative.Int)
	NavpolySetTransform(id gdnative.Int, xform gdnative.Transform2D)
}

Navigation2DImplementer is an interface that implements the methods of the Navigation2D class. 

type NavigationImplementer interface {
	SpatialImplementer
	GetClosestPoint(toPoint gdnative.Vector3) gdnative.Vector3
	GetClosestPointNormal(toPoint gdnative.Vector3) gdnative.Vector3
	GetClosestPointOwner(toPoint gdnative.Vector3) ObjectImplementer
	GetClosestPointToSegment(start gdnative.Vector3, end gdnative.Vector3, useCollision gdnative.Bool) gdnative.Vector3
	GetSimplePath(start gdnative.Vector3, end gdnative.Vector3, optimize gdnative.Bool) gdnative.PoolVector3Array
	GetUpVector() gdnative.Vector3
	NavmeshAdd(mesh NavigationMeshImplementer, xform gdnative.Transform, owner ObjectImplementer) gdnative.Int
	NavmeshRemove(id gdnative.Int)
	NavmeshSetTransform(id gdnative.Int, xform gdnative.Transform)
	SetUpVector(up gdnative.Vector3)
}

NavigationImplementer is an interface that implements the methods of the Navigation class. 

type NavigationMesh struct {
	Resource
	// contains filtered or unexported fields
}
func (o *NavigationMesh) AddPolygon(polygon gdnative.PoolIntArray)

Args: [{ false polygon PoolIntArray}], Returns: void 

func (o *NavigationMesh) BaseClass() string
func (o *NavigationMesh) ClearPolygons()

Args: [], Returns: void 

func (o *NavigationMesh) CreateFromMesh(mesh MeshImplementer)

Args: [{ false mesh Mesh}], Returns: void 

func (o *NavigationMesh) GetAgentHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetAgentMaxClimb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetAgentMaxSlope() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetAgentRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetCellHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetCellSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetDetailSampleDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetDetailSampleMaxError() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetEdgeMaxError() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetEdgeMaxLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetFilterLedgeSpans() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (o *NavigationMesh) GetFilterLowHangingObstacles() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (o *NavigationMesh) GetFilterWalkableLowHeightSpans() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (o *NavigationMesh) GetPolygon(idx gdnative.Int) gdnative.PoolIntArray

Args: [{ false idx int}], Returns: PoolIntArray 

func (o *NavigationMesh) GetPolygonCount() gdnative.Int

Args: [], Returns: int 

func (o *NavigationMesh) GetRegionMergeSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetRegionMinSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) GetSamplePartitionType() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (o *NavigationMesh) GetVertices() gdnative.PoolVector3Array

Args: [], Returns: PoolVector3Array 

func (o *NavigationMesh) GetVertsPerPoly() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (o *NavigationMesh) SetAgentHeight(agentHeight gdnative.Real)
        Undocumented
	Args: [{ false agent_height float}], Returns: void

func (o *NavigationMesh) SetAgentMaxClimb(agentMaxClimb gdnative.Real)
        Undocumented
	Args: [{ false agent_max_climb float}], Returns: void

func (o *NavigationMesh) SetAgentMaxSlope(agentMaxSlope gdnative.Real)
        Undocumented
	Args: [{ false agent_max_slope float}], Returns: void

func (o *NavigationMesh) SetAgentRadius(agentRadius gdnative.Real)
        Undocumented
	Args: [{ false agent_radius float}], Returns: void

func (o *NavigationMesh) SetCellHeight(cellHeight gdnative.Real)
        Undocumented
	Args: [{ false cell_height float}], Returns: void

func (o *NavigationMesh) SetCellSize(cellSize gdnative.Real)
        Undocumented
	Args: [{ false cell_size float}], Returns: void

func (o *NavigationMesh) SetDetailSampleDistance(detailSampleDist gdnative.Real)
        Undocumented
	Args: [{ false detail_sample_dist float}], Returns: void

func (o *NavigationMesh) SetDetailSampleMaxError(detailSampleMaxError gdnative.Real)
        Undocumented
	Args: [{ false detail_sample_max_error float}], Returns: void

func (o *NavigationMesh) SetEdgeMaxError(edgeMaxError gdnative.Real)
        Undocumented
	Args: [{ false edge_max_error float}], Returns: void

func (o *NavigationMesh) SetEdgeMaxLength(edgeMaxLength gdnative.Real)
        Undocumented
	Args: [{ false edge_max_length float}], Returns: void

func (o *NavigationMesh) SetFilterLedgeSpans(filterLedgeSpans gdnative.Bool)
        Undocumented
	Args: [{ false filter_ledge_spans bool}], Returns: void

func (o *NavigationMesh) SetFilterLowHangingObstacles(filterLowHangingObstacles gdnative.Bool)
        Undocumented
	Args: [{ false filter_low_hanging_obstacles bool}], Returns: void

func (o *NavigationMesh) SetFilterWalkableLowHeightSpans(filterWalkableLowHeightSpans gdnative.Bool)
        Undocumented
	Args: [{ false filter_walkable_low_height_spans bool}], Returns: void

func (o *NavigationMesh) SetRegionMergeSize(regionMergeSize gdnative.Real)
        Undocumented
	Args: [{ false region_merge_size float}], Returns: void

func (o *NavigationMesh) SetRegionMinSize(regionMinSize gdnative.Real)
        Undocumented
	Args: [{ false region_min_size float}], Returns: void

func (o *NavigationMesh) SetSamplePartitionType(samplePartitionType gdnative.Int)
        Undocumented
	Args: [{ false sample_partition_type int}], Returns: void

func (o *NavigationMesh) SetVertices(vertices gdnative.PoolVector3Array)

Args: [{ false vertices PoolVector3Array}], Returns: void 

func (o *NavigationMesh) SetVertsPerPoly(vertsPerPoly gdnative.Real)
        Undocumented
	Args: [{ false verts_per_poly float}], Returns: void

func (o *NavigationMesh) X_GetPolygons() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (o *NavigationMesh) X_SetPolygons(polygons gdnative.Array)
        Undocumented
	Args: [{ false polygons Array}], Returns: void

type NavigationMeshImplementer interface {
	ResourceImplementer
	X_GetPolygons() gdnative.Array
	X_SetPolygons(polygons gdnative.Array)
	AddPolygon(polygon gdnative.PoolIntArray)
	ClearPolygons()
	CreateFromMesh(mesh MeshImplementer)
	GetAgentHeight() gdnative.Real
	GetAgentMaxClimb() gdnative.Real
	GetAgentMaxSlope() gdnative.Real
	GetAgentRadius() gdnative.Real
	GetCellHeight() gdnative.Real
	GetCellSize() gdnative.Real
	GetDetailSampleDistance() gdnative.Real
	GetDetailSampleMaxError() gdnative.Real
	GetEdgeMaxError() gdnative.Real
	GetEdgeMaxLength() gdnative.Real
	GetFilterLedgeSpans() gdnative.Bool
	GetFilterLowHangingObstacles() gdnative.Bool
	GetFilterWalkableLowHeightSpans() gdnative.Bool
	GetPolygon(idx gdnative.Int) gdnative.PoolIntArray
	GetPolygonCount() gdnative.Int
	GetRegionMergeSize() gdnative.Real
	GetRegionMinSize() gdnative.Real
	GetSamplePartitionType() gdnative.Int
	GetVertices() gdnative.PoolVector3Array
	GetVertsPerPoly() gdnative.Real
	SetAgentHeight(agentHeight gdnative.Real)
	SetAgentMaxClimb(agentMaxClimb gdnative.Real)
	SetAgentMaxSlope(agentMaxSlope gdnative.Real)
	SetAgentRadius(agentRadius gdnative.Real)
	SetCellHeight(cellHeight gdnative.Real)
	SetCellSize(cellSize gdnative.Real)
	SetDetailSampleDistance(detailSampleDist gdnative.Real)
	SetDetailSampleMaxError(detailSampleMaxError gdnative.Real)
	SetEdgeMaxError(edgeMaxError gdnative.Real)
	SetEdgeMaxLength(edgeMaxLength gdnative.Real)
	SetFilterLedgeSpans(filterLedgeSpans gdnative.Bool)
	SetFilterLowHangingObstacles(filterLowHangingObstacles gdnative.Bool)
	SetFilterWalkableLowHeightSpans(filterWalkableLowHeightSpans gdnative.Bool)
	SetRegionMergeSize(regionMergeSize gdnative.Real)
	SetRegionMinSize(regionMinSize gdnative.Real)
	SetSamplePartitionType(samplePartitionType gdnative.Int)
	SetVertices(vertices gdnative.PoolVector3Array)
	SetVertsPerPoly(vertsPerPoly gdnative.Real)
}

NavigationMeshImplementer is an interface that implements the methods of the NavigationMesh class. 

type NavigationMeshInstance struct {
	Spatial
	// contains filtered or unexported fields
}
func (o *NavigationMeshInstance) BaseClass() string
func (o *NavigationMeshInstance) GetNavigationMesh() NavigationMeshImplementer
        Undocumented
	Args: [], Returns: NavigationMesh

func (o *NavigationMeshInstance) IsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (o *NavigationMeshInstance) SetEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (o *NavigationMeshInstance) SetNavigationMesh(navmesh NavigationMeshImplementer)
        Undocumented
	Args: [{ false navmesh NavigationMesh}], Returns: void

type NavigationMeshInstanceImplementer interface {
	SpatialImplementer
	GetNavigationMesh() NavigationMeshImplementer
	IsEnabled() gdnative.Bool
	SetEnabled(enabled gdnative.Bool)
	SetNavigationMesh(navmesh NavigationMeshImplementer)
}

NavigationMeshInstanceImplementer is an interface that implements the methods of the NavigationMeshInstance class. 

type NavigationPolygon struct {
	Resource
	// contains filtered or unexported fields
}
func (o *NavigationPolygon) AddOutline(outline gdnative.PoolVector2Array)

Args: [{ false outline PoolVector2Array}], Returns: void 

func (o *NavigationPolygon) AddOutlineAtIndex(outline gdnative.PoolVector2Array, index gdnative.Int)

Args: [{ false outline PoolVector2Array} { false index int}], Returns: void 

func (o *NavigationPolygon) AddPolygon(polygon gdnative.PoolIntArray)

Args: [{ false polygon PoolIntArray}], Returns: void 

func (o *NavigationPolygon) BaseClass() string
func (o *NavigationPolygon) ClearOutlines()

Args: [], Returns: void 

func (o *NavigationPolygon) ClearPolygons()

Args: [], Returns: void 

func (o *NavigationPolygon) GetOutline(idx gdnative.Int) gdnative.PoolVector2Array

Args: [{ false idx int}], Returns: PoolVector2Array 

func (o *NavigationPolygon) GetOutlineCount() gdnative.Int

Args: [], Returns: int 

func (o *NavigationPolygon) GetPolygon(idx gdnative.Int) gdnative.PoolIntArray

Args: [{ false idx int}], Returns: PoolIntArray 

func (o *NavigationPolygon) GetPolygonCount() gdnative.Int

Args: [], Returns: int 

func (o *NavigationPolygon) GetVertices() gdnative.PoolVector2Array

Args: [], Returns: PoolVector2Array 

func (o *NavigationPolygon) MakePolygonsFromOutlines()

Args: [], Returns: void 

func (o *NavigationPolygon) RemoveOutline(idx gdnative.Int)

Args: [{ false idx int}], Returns: void 

func (o *NavigationPolygon) SetOutline(idx gdnative.Int, outline gdnative.PoolVector2Array)

Args: [{ false idx int} { false outline PoolVector2Array}], Returns: void 

func (o *NavigationPolygon) SetVertices(vertices gdnative.PoolVector2Array)

Args: [{ false vertices PoolVector2Array}], Returns: void 

func (o *NavigationPolygon) X_GetOutlines() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (o *NavigationPolygon) X_GetPolygons() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (o *NavigationPolygon) X_SetOutlines(outlines gdnative.Array)
        Undocumented
	Args: [{ false outlines Array}], Returns: void

func (o *NavigationPolygon) X_SetPolygons(polygons gdnative.Array)
        Undocumented
	Args: [{ false polygons Array}], Returns: void

type NavigationPolygonImplementer interface {
	ResourceImplementer
	X_GetOutlines() gdnative.Array
	X_GetPolygons() gdnative.Array
	X_SetOutlines(outlines gdnative.Array)
	X_SetPolygons(polygons gdnative.Array)
	AddOutline(outline gdnative.PoolVector2Array)
	AddOutlineAtIndex(outline gdnative.PoolVector2Array, index gdnative.Int)
	AddPolygon(polygon gdnative.PoolIntArray)
	ClearOutlines()
	ClearPolygons()
	GetOutline(idx gdnative.Int) gdnative.PoolVector2Array
	GetOutlineCount() gdnative.Int
	GetPolygon(idx gdnative.Int) gdnative.PoolIntArray
	GetPolygonCount() gdnative.Int
	GetVertices() gdnative.PoolVector2Array
	MakePolygonsFromOutlines()
	RemoveOutline(idx gdnative.Int)
	SetOutline(idx gdnative.Int, outline gdnative.PoolVector2Array)
	SetVertices(vertices gdnative.PoolVector2Array)
}

NavigationPolygonImplementer is an interface that implements the methods of the NavigationPolygon class. 

type NavigationPolygonInstance struct {
	Node2D
	// contains filtered or unexported fields
}
func (o *NavigationPolygonInstance) BaseClass() string
func (o *NavigationPolygonInstance) GetNavigationPolygon() NavigationPolygonImplementer
        Undocumented
	Args: [], Returns: NavigationPolygon

func (o *NavigationPolygonInstance) IsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (o *NavigationPolygonInstance) SetEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (o *NavigationPolygonInstance) SetNavigationPolygon(navpoly NavigationPolygonImplementer)
        Undocumented
	Args: [{ false navpoly NavigationPolygon}], Returns: void

func (o *NavigationPolygonInstance) X_NavpolyChanged()
        Undocumented
	Args: [], Returns: void

type NavigationPolygonInstanceImplementer interface {
	Node2DImplementer
	X_NavpolyChanged()
	GetNavigationPolygon() NavigationPolygonImplementer
	IsEnabled() gdnative.Bool
	SetEnabled(enabled gdnative.Bool)
	SetNavigationPolygon(navpoly NavigationPolygonImplementer)
}

NavigationPolygonInstanceImplementer is an interface that implements the methods of the NavigationPolygonInstance class.

type NetworkedMultiplayerENet ¶ 

type NetworkedMultiplayerENet struct {
	NetworkedMultiplayerPeer
	// contains filtered or unexported fields
}

Undocumented

func (*NetworkedMultiplayerENet) BaseClass ¶ 

func (o *NetworkedMultiplayerENet) BaseClass() string

func (*NetworkedMultiplayerENet) CloseConnection ¶ 

func (o *NetworkedMultiplayerENet) CloseConnection()
        Undocumented
	Args: [], Returns: void

func (*NetworkedMultiplayerENet) CreateClient ¶ 

func (o *NetworkedMultiplayerENet) CreateClient(ip gdnative.String, port gdnative.Int, inBandwidth gdnative.Int, outBandwidth gdnative.Int) gdnative.Error
        Undocumented
	Args: [{ false ip String} { false port int} {0 true in_bandwidth int} {0 true out_bandwidth int}], Returns: enum.Error

func (*NetworkedMultiplayerENet) CreateServer ¶ 

func (o *NetworkedMultiplayerENet) CreateServer(port gdnative.Int, maxClients gdnative.Int, inBandwidth gdnative.Int, outBandwidth gdnative.Int) gdnative.Error
        Undocumented
	Args: [{ false port int} {32 true max_clients int} {0 true in_bandwidth int} {0 true out_bandwidth int}], Returns: enum.Error

func (*NetworkedMultiplayerENet) GetCompressionMode ¶ 

func (o *NetworkedMultiplayerENet) GetCompressionMode() NetworkedMultiplayerENetCompressionMode
        Undocumented
	Args: [], Returns: enum.NetworkedMultiplayerENet::CompressionMode

func (*NetworkedMultiplayerENet) SetBindIp ¶ 

func (o *NetworkedMultiplayerENet) SetBindIp(ip gdnative.String)
        Undocumented
	Args: [{ false ip String}], Returns: void

func (*NetworkedMultiplayerENet) SetCompressionMode ¶ 

func (o *NetworkedMultiplayerENet) SetCompressionMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type NetworkedMultiplayerENetCompressionMode ¶ 

type NetworkedMultiplayerENetCompressionMode int

NetworkedMultiplayerENetCompressionMode is an enum for CompressionMode values. 

const (
	NetworkedMultiplayerENetCompressFastlz     NetworkedMultiplayerENetCompressionMode = 2
	NetworkedMultiplayerENetCompressNone       NetworkedMultiplayerENetCompressionMode = 0
	NetworkedMultiplayerENetCompressRangeCoder NetworkedMultiplayerENetCompressionMode = 1
	NetworkedMultiplayerENetCompressZlib       NetworkedMultiplayerENetCompressionMode = 3
	NetworkedMultiplayerENetCompressZstd       NetworkedMultiplayerENetCompressionMode = 4
)

type NetworkedMultiplayerENetImplementer ¶ 

type NetworkedMultiplayerENetImplementer interface {
	NetworkedMultiplayerPeerImplementer
	CloseConnection()
	SetBindIp(ip gdnative.String)
	SetCompressionMode(mode gdnative.Int)
}

NetworkedMultiplayerENetImplementer is an interface that implements the methods of the NetworkedMultiplayerENet class.

type NetworkedMultiplayerPeer ¶ 

type NetworkedMultiplayerPeer struct {
	PacketPeer
	// contains filtered or unexported fields
}

Manages the connection to network peers. Assigns unique IDs to each client connected to the server.

func (*NetworkedMultiplayerPeer) BaseClass ¶ 

func (o *NetworkedMultiplayerPeer) BaseClass() string

func (*NetworkedMultiplayerPeer) GetConnectionStatus ¶ 

func (o *NetworkedMultiplayerPeer) GetConnectionStatus() NetworkedMultiplayerPeerConnectionStatus
        Returns the current state of the connection. See [enum ConnectionStatus].
	Args: [], Returns: enum.NetworkedMultiplayerPeer::ConnectionStatus

func (*NetworkedMultiplayerPeer) GetPacketPeer ¶ 

func (o *NetworkedMultiplayerPeer) GetPacketPeer() gdnative.Int
        Returns the ID of the [code]NetworkedMultiplayerPeer[/code] who sent the most recent packet.
	Args: [], Returns: int

func (*NetworkedMultiplayerPeer) GetTransferMode ¶ 

func (o *NetworkedMultiplayerPeer) GetTransferMode() NetworkedMultiplayerPeerTransferMode
        Undocumented
	Args: [], Returns: enum.NetworkedMultiplayerPeer::TransferMode

func (*NetworkedMultiplayerPeer) GetUniqueId ¶ 

func (o *NetworkedMultiplayerPeer) GetUniqueId() gdnative.Int
        Returns the ID of this [code]NetworkedMultiplayerPeer[/code].
	Args: [], Returns: int

func (*NetworkedMultiplayerPeer) IsRefusingNewConnections ¶ 

func (o *NetworkedMultiplayerPeer) IsRefusingNewConnections() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*NetworkedMultiplayerPeer) Poll ¶ 

func (o *NetworkedMultiplayerPeer) Poll()
        Waits up to 1 second to receive a new network event.
	Args: [], Returns: void

func (*NetworkedMultiplayerPeer) SetRefuseNewConnections ¶ 

func (o *NetworkedMultiplayerPeer) SetRefuseNewConnections(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*NetworkedMultiplayerPeer) SetTargetPeer ¶ 

func (o *NetworkedMultiplayerPeer) SetTargetPeer(id gdnative.Int)
        The peer to which packets will be sent. Default value: [code]0[/code].
	Args: [{ false id int}], Returns: void

func (*NetworkedMultiplayerPeer) SetTransferMode ¶ 

func (o *NetworkedMultiplayerPeer) SetTransferMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type NetworkedMultiplayerPeerConnectionStatus ¶ 

type NetworkedMultiplayerPeerConnectionStatus int

NetworkedMultiplayerPeerConnectionStatus is an enum for ConnectionStatus values. 

const (
	NetworkedMultiplayerPeerConnectionConnected    NetworkedMultiplayerPeerConnectionStatus = 2
	NetworkedMultiplayerPeerConnectionConnecting   NetworkedMultiplayerPeerConnectionStatus = 1
	NetworkedMultiplayerPeerConnectionDisconnected NetworkedMultiplayerPeerConnectionStatus = 0
)

type NetworkedMultiplayerPeerImplementer ¶ 

type NetworkedMultiplayerPeerImplementer interface {
	PacketPeerImplementer
	GetPacketPeer() gdnative.Int
	GetUniqueId() gdnative.Int
	IsRefusingNewConnections() gdnative.Bool
	Poll()
	SetRefuseNewConnections(enable gdnative.Bool)
	SetTargetPeer(id gdnative.Int)
	SetTransferMode(mode gdnative.Int)
}

NetworkedMultiplayerPeerImplementer is an interface that implements the methods of the NetworkedMultiplayerPeer class.

type NetworkedMultiplayerPeerTransferMode ¶ 

type NetworkedMultiplayerPeerTransferMode int

NetworkedMultiplayerPeerTransferMode is an enum for TransferMode values. 

const (
	NetworkedMultiplayerPeerTransferModeReliable          NetworkedMultiplayerPeerTransferMode = 2
	NetworkedMultiplayerPeerTransferModeUnreliable        NetworkedMultiplayerPeerTransferMode = 0
	NetworkedMultiplayerPeerTransferModeUnreliableOrdered NetworkedMultiplayerPeerTransferMode = 1
)

type NinePatchRect ¶ 

type NinePatchRect struct {
	Control
	// contains filtered or unexported fields
}

Better known as 9-slice panels, NinePatchRect produces clean panels of any size, based on a small texture. To do so, it splits the texture in a 3 by 3 grid. When you scale the node, it tiles the texture's sides horizontally or vertically, the center on both axes but it doesn't scale or tile the corners.

func (*NinePatchRect) BaseClass ¶ 

func (o *NinePatchRect) BaseClass() string

func (*NinePatchRect) GetHAxisStretchMode ¶ 

func (o *NinePatchRect) GetHAxisStretchMode() NinePatchRectAxisStretchMode
        Undocumented
	Args: [], Returns: enum.NinePatchRect::AxisStretchMode

func (*NinePatchRect) GetPatchMargin ¶ 

func (o *NinePatchRect) GetPatchMargin(margin gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false margin int}], Returns: int

func (*NinePatchRect) GetRegionRect ¶ 

func (o *NinePatchRect) GetRegionRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*NinePatchRect) GetTexture ¶ 

func (o *NinePatchRect) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*NinePatchRect) GetVAxisStretchMode ¶ 

func (o *NinePatchRect) GetVAxisStretchMode() NinePatchRectAxisStretchMode
        Undocumented
	Args: [], Returns: enum.NinePatchRect::AxisStretchMode

func (*NinePatchRect) IsDrawCenterEnabled ¶ 

func (o *NinePatchRect) IsDrawCenterEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*NinePatchRect) SetDrawCenter ¶ 

func (o *NinePatchRect) SetDrawCenter(drawCenter gdnative.Bool)
        Undocumented
	Args: [{ false draw_center bool}], Returns: void

func (*NinePatchRect) SetHAxisStretchMode ¶ 

func (o *NinePatchRect) SetHAxisStretchMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*NinePatchRect) SetPatchMargin ¶ 

func (o *NinePatchRect) SetPatchMargin(margin gdnative.Int, value gdnative.Int)
        Undocumented
	Args: [{ false margin int} { false value int}], Returns: void

func (*NinePatchRect) SetRegionRect ¶ 

func (o *NinePatchRect) SetRegionRect(rect gdnative.Rect2)
        Undocumented
	Args: [{ false rect Rect2}], Returns: void

func (*NinePatchRect) SetTexture ¶ 

func (o *NinePatchRect) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*NinePatchRect) SetVAxisStretchMode ¶ 

func (o *NinePatchRect) SetVAxisStretchMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type NinePatchRectAxisStretchMode ¶ 

type NinePatchRectAxisStretchMode int

NinePatchRectAxisStretchMode is an enum for AxisStretchMode values. 

const (
	NinePatchRectAxisStretchModeStretch NinePatchRectAxisStretchMode = 0
	NinePatchRectAxisStretchModeTile    NinePatchRectAxisStretchMode = 1
	NinePatchRectAxisStretchModeTileFit NinePatchRectAxisStretchMode = 2
)

type NinePatchRectImplementer ¶ 

type NinePatchRectImplementer interface {
	ControlImplementer
	GetPatchMargin(margin gdnative.Int) gdnative.Int
	GetRegionRect() gdnative.Rect2
	GetTexture() TextureImplementer
	IsDrawCenterEnabled() gdnative.Bool
	SetDrawCenter(drawCenter gdnative.Bool)
	SetHAxisStretchMode(mode gdnative.Int)
	SetPatchMargin(margin gdnative.Int, value gdnative.Int)
	SetRegionRect(rect gdnative.Rect2)
	SetTexture(texture TextureImplementer)
	SetVAxisStretchMode(mode gdnative.Int)
}

NinePatchRectImplementer is an interface that implements the methods of the NinePatchRect class.

type Node ¶ 

type Node struct {
	Object
	// contains filtered or unexported fields
}

Nodes are Godot's building blocks. They can be assigned as the child of another node, resulting in a tree arrangement. A given node can contain any number of nodes as children with the requirement that all siblings (direct children of a node) should have unique names. A tree of nodes is called a [i]scene[/i]. Scenes can be saved to the disk and then instanced into other scenes. This allows for very high flexibility in the architecture and data model of Godot projects. Nodes can also optionally be added to groups. This makes it possible to access a number of nodes from code (an "enemies" group, for example) to perform grouped actions. [b]Scene tree:[/b] The SceneTree contains the active tree of nodes. When a node is added to the scene tree, it receives the NOTIFICATION_ENTER_TREE notification and its [method _enter_tree] callback is triggered. Child nodes are always added [i]after[/i] their parent node, i.e. the [method _enter_tree] callback of a parent node will be triggered before its child's. Once all nodes have been added in the scene tree, they receive the NOTIFICATION_READY notification and their respective [method _ready] callbacks are triggered. For groups of nodes, the [method _ready] callback is called in reverse order, starting with the children and moving up to the parent nodes. This means that when adding a node to the scene tree, the following order will be used for the callbacks: [method _enter_tree] of the parent, [method _enter_tree] of the children, [method _ready] of the children and finally [method _ready] of the parent (recursively for the entire scene tree). [b]Processing:[/b] Nodes can override the "process" state, so that they receive a callback on each frame requesting them to process (do something). Normal processing (callback [method _process], toggled with [method set_process]) happens as fast as possible and is dependent on the frame rate, so the processing time [i]delta[/i] is passed as an argument. Physics processing (callback [method _physics_process], toggled with [method set_physics_process]) happens a fixed number of times per second (60 by default) and is useful for code related to the physics engine. Nodes can also process input events. When present, the [method _input] function will be called for each input that the program receives. In many cases, this can be overkill (unless used for simple projects), and the [method _unhandled_input] function might be preferred; it is called when the input event was not handled by anyone else (typically, GUI Control nodes), ensuring that the node only receives the events that were meant for it. To keep track of the scene hierarchy (especially when instancing scenes into other scenes), an "owner" can be set for the node with [method set_owner]. This keeps track of who instanced what. This is mostly useful when writing editors and tools, though. Finally, when a node is freed with [method free] or [method queue_free], it will also free all its children. [b]Groups:[/b] Nodes can be added to as many groups as you want to be easy to manage, you could create groups like "enemies" or "collectables" for example, depending on your game. See [method add_to_group], [method is_in_group] and [method remove_from_group]. You can then retrieve all nodes in these groups, iterate them and even call methods on groups via the methods on SceneTree. [b]Networking with nodes:[/b] After connecting to a server (or making one, see NetworkedMultiplayerENet) it is possible to use the built-in RPC (remote procedure call) system to communicate over the network. By calling [method rpc] with a method name, it will be called locally and in all connected peers (peers = clients and the server that accepts connections). To identify which node receives the RPC call Godot will use its [NodePath] (make sure node names are the same on all peers). Also take a look at the high-level networking tutorial and corresponding demos.

func (*Node) AddChild ¶ 

func (o *Node) AddChild(node ObjectImplementer, legibleUniqueName gdnative.Bool)
        Adds a child node. Nodes can have any number of children, but every child must have a unique name. Child nodes are automatically deleted when the parent node is deleted, so an entire scene can be removed by deleting its topmost node. Setting "legible_unique_name" [code]true[/code] creates child nodes with human-readable names, based on the name of the node being instanced instead of its type.
	Args: [{ false node Object} {False true legible_unique_name bool}], Returns: void

func (*Node) AddChildBelowNode ¶ 

func (o *Node) AddChildBelowNode(node ObjectImplementer, childNode ObjectImplementer, legibleUniqueName gdnative.Bool)
        Adds a child node. The child is placed below the given node in the list of children. Setting "legible_unique_name" [code]true[/code] creates child nodes with human-readable names, based on the name of the node being instanced instead of its type.
	Args: [{ false node Object} { false child_node Object} {False true legible_unique_name bool}], Returns: void

func (*Node) AddToGroup ¶ 

func (o *Node) AddToGroup(group gdnative.String, persistent gdnative.Bool)
        Adds the node to a group. Groups are helpers to name and organize a subset of nodes, for example "enemies" or "collectables". A node can be in any number of groups. Nodes can be assigned a group at any time, but will not be added until they are inside the scene tree (see [method is_inside_tree]). See notes in the description, and the group methods in [SceneTree].
	Args: [{ false group String} {False true persistent bool}], Returns: void

func (*Node) BaseClass ¶ 

func (o *Node) BaseClass() string

func (*Node) CanProcess ¶ 

func (o *Node) CanProcess() gdnative.Bool
        Returns [code]true[/code] if the node can process while the scene tree is paused (see [method set_pause_mode]). Always returns [code]true[/code] if the scene tree is not paused, and [code]false[/code] if the node is not in the tree. FIXME: Why FAIL_COND?
	Args: [], Returns: bool

func (*Node) Duplicate ¶ 

func (o *Node) Duplicate(flags gdnative.Int) NodeImplementer
        Duplicates the node, returning a new node. You can fine-tune the behavior using the [code]flags[/code]. See DUPLICATE_* constants.
	Args: [{15 true flags int}], Returns: Node

func (*Node) FindNode ¶ 

func (o *Node) FindNode(mask gdnative.String, recursive gdnative.Bool, owned gdnative.Bool) NodeImplementer
        Finds a descendant of this node whose name matches [code]mask[/code] as in [method String.match] (i.e. case sensitive, but '*' matches zero or more characters and '?' matches any single character except '.'). Note that it does not match against the full path, just against individual node names.
	Args: [{ false mask String} {True true recursive bool} {True true owned bool}], Returns: Node

func (*Node) GetChild ¶ 

func (o *Node) GetChild(idx gdnative.Int) NodeImplementer
        Returns a child node by its index (see [method get_child_count]). This method is often used for iterating all children of a node.
	Args: [{ false idx int}], Returns: Node

func (*Node) GetChildCount ¶ 

func (o *Node) GetChildCount() gdnative.Int
        Returns the number of child nodes.
	Args: [], Returns: int

func (*Node) GetChildren ¶ 

func (o *Node) GetChildren() gdnative.Array
        Returns an array of references to node's children.
	Args: [], Returns: Array

func (*Node) GetFilename ¶ 

func (o *Node) GetFilename() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Node) GetGroups ¶ 

func (o *Node) GetGroups() gdnative.Array
        Returns an array listing the groups that the node is a member of.
	Args: [], Returns: Array

func (*Node) GetIndex ¶ 

func (o *Node) GetIndex() gdnative.Int
        Returns the node's index, i.e. its position among the siblings of its parent.
	Args: [], Returns: int

func (*Node) GetName ¶ 

func (o *Node) GetName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Node) GetNetworkMaster ¶ 

func (o *Node) GetNetworkMaster() gdnative.Int
        Returns the peer ID of the network master for this node. See [method set_network_master].
	Args: [], Returns: int

func (*Node) GetNode ¶ 

func (o *Node) GetNode(path gdnative.NodePath) NodeImplementer
        Fetches a node. The [NodePath] can be either a relative path (from the current node) or an absolute path (in the scene tree) to a node. If the path does not exist, a [code]null instance[/code] is returned and attempts to access it will result in an "Attempt to call <method> on a null instance." error. Note: fetching absolute paths only works when the node is inside the scene tree (see [method is_inside_tree]). [i]Example:[/i] Assume your current node is Character and the following tree: [codeblock] /root /root/Character /root/Character/Sword /root/Character/Backpack/Dagger /root/MyGame /root/Swamp/Alligator /root/Swamp/Mosquito /root/Swamp/Goblin [/codeblock] Possible paths are: [codeblock] get_node("Sword") get_node("Backpack/Dagger") get_node("../Swamp/Alligator") get_node("/root/MyGame") [/codeblock]
	Args: [{ false path NodePath}], Returns: Node

func (*Node) GetNodeAndResource ¶ 

func (o *Node) GetNodeAndResource(path gdnative.NodePath) gdnative.Array

Args: [{ false path NodePath}], Returns: Array

func (*Node) GetOwner ¶ 

func (o *Node) GetOwner() NodeImplementer
        Undocumented
	Args: [], Returns: Node

func (*Node) GetParent ¶ 

func (o *Node) GetParent() NodeImplementer
        Returns the parent node of the current node, or an empty [code]Node[/code] if the node lacks a parent.
	Args: [], Returns: Node

func (*Node) GetPath ¶ 

func (o *Node) GetPath() gdnative.NodePath
        Returns the absolute path of the current node. This only works if the current node is inside the scene tree (see [method is_inside_tree]).
	Args: [], Returns: NodePath

func (*Node) GetPathTo ¶ 

func (o *Node) GetPathTo(node ObjectImplementer) gdnative.NodePath
        Returns the relative [NodePath] from this node to the specified [code]node[/code]. Both nodes must be in the same scene or the function will fail.
	Args: [{ false node Object}], Returns: NodePath

func (*Node) GetPauseMode ¶ 

func (o *Node) GetPauseMode() NodePauseMode
        Undocumented
	Args: [], Returns: enum.Node::PauseMode

func (*Node) GetPhysicsProcessDeltaTime ¶ 

func (o *Node) GetPhysicsProcessDeltaTime() gdnative.Real
        Returns the time elapsed since the last physics-bound frame (see [method _physics_process]). This is always a constant value in physics processing unless the frames per second is changed in [OS].
	Args: [], Returns: float

func (*Node) GetPositionInParent ¶ 

func (o *Node) GetPositionInParent() gdnative.Int
        Returns the node's order in the scene tree branch. For example, if called on the first child node the position is [code]0[/code].
	Args: [], Returns: int

func (*Node) GetProcessDeltaTime ¶ 

func (o *Node) GetProcessDeltaTime() gdnative.Real
        Returns the time elapsed (in seconds) since the last process callback. This value may vary from frame to frame.
	Args: [], Returns: float

func (*Node) GetSceneInstanceLoadPlaceholder ¶ 

func (o *Node) GetSceneInstanceLoadPlaceholder() gdnative.Bool
        Returns [code]true[/code] if this is an instance load placeholder. See [InstancePlaceholder].
	Args: [], Returns: bool

func (*Node) GetTree ¶ 

func (o *Node) GetTree() SceneTreeImplementer
        Returns the [SceneTree] that contains this node.
	Args: [], Returns: SceneTree

func (*Node) GetViewport ¶ 

func (o *Node) GetViewport() ViewportImplementer
        Returns the node's [Viewport].
	Args: [], Returns: Viewport

func (*Node) HasNode ¶ 

func (o *Node) HasNode(path gdnative.NodePath) gdnative.Bool
        Returns [code]true[/code] if the node that the [NodePath] points to exists.
	Args: [{ false path NodePath}], Returns: bool

func (*Node) HasNodeAndResource ¶ 

func (o *Node) HasNodeAndResource(path gdnative.NodePath) gdnative.Bool

Args: [{ false path NodePath}], Returns: bool

func (*Node) IsAParentOf ¶ 

func (o *Node) IsAParentOf(node ObjectImplementer) gdnative.Bool
        Returns [code]true[/code] if the given node is a direct or indirect child of the current node.
	Args: [{ false node Object}], Returns: bool

func (*Node) IsDisplayedFolded ¶ 

func (o *Node) IsDisplayedFolded() gdnative.Bool
        Returns [code]true[/code] if the node is folded (collapsed) in the Scene dock.
	Args: [], Returns: bool

func (*Node) IsGreaterThan ¶ 

func (o *Node) IsGreaterThan(node ObjectImplementer) gdnative.Bool
        Returns [code]true[/code] if the given node occurs later in the scene hierarchy than the current node.
	Args: [{ false node Object}], Returns: bool

func (*Node) IsInGroup ¶ 

func (o *Node) IsInGroup(group gdnative.String) gdnative.Bool
        Returns [code]true[/code] if this node is in the specified group. See notes in the description, and the group methods in [SceneTree].
	Args: [{ false group String}], Returns: bool

func (*Node) IsInsideTree ¶ 

func (o *Node) IsInsideTree() gdnative.Bool
        Returns [code]true[/code] if this node is currently inside a [SceneTree].
	Args: [], Returns: bool

func (*Node) IsNetworkMaster ¶ 

func (o *Node) IsNetworkMaster() gdnative.Bool
        Returns [code]true[/code] if the local system is the master of this node.
	Args: [], Returns: bool

func (*Node) IsPhysicsProcessing ¶ 

func (o *Node) IsPhysicsProcessing() gdnative.Bool
        Returns [code]true[/code] if physics processing is enabled (see [method set_physics_process]).
	Args: [], Returns: bool

func (*Node) IsPhysicsProcessingInternal ¶ 

func (o *Node) IsPhysicsProcessingInternal() gdnative.Bool
        Returns [code]true[/code] if internal physics processing is enabled (see [method set_physics_process_internal]).
	Args: [], Returns: bool

func (*Node) IsProcessing ¶ 

func (o *Node) IsProcessing() gdnative.Bool
        Returns [code]true[/code] if processing is enabled (see [method set_process]).
	Args: [], Returns: bool

func (*Node) IsProcessingInput ¶ 

func (o *Node) IsProcessingInput() gdnative.Bool
        Returns [code]true[/code] if the node is processing input (see [method set_process_input]).
	Args: [], Returns: bool

func (*Node) IsProcessingInternal ¶ 

func (o *Node) IsProcessingInternal() gdnative.Bool
        Returns [code]true[/code] if internal processing is enabled (see [method set_process_internal]).
	Args: [], Returns: bool

func (*Node) IsProcessingUnhandledInput ¶ 

func (o *Node) IsProcessingUnhandledInput() gdnative.Bool
        Returns [code]true[/code] if the node is processing unhandled input (see [method set_process_unhandled_input]).
	Args: [], Returns: bool

func (*Node) IsProcessingUnhandledKeyInput ¶ 

func (o *Node) IsProcessingUnhandledKeyInput() gdnative.Bool
        Returns [code]true[/code] if the node is processing unhandled key input (see [method set_process_unhandled_key_input]).
	Args: [], Returns: bool

func (*Node) MoveChild ¶ 

func (o *Node) MoveChild(childNode ObjectImplementer, toPosition gdnative.Int)
        Moves a child node to a different position (order) amongst the other children. Since calls, signals, etc are performed by tree order, changing the order of children nodes may be useful.
	Args: [{ false child_node Object} { false to_position int}], Returns: void

func (*Node) PrintStrayNodes ¶ 

func (o *Node) PrintStrayNodes()
        Prints all stray nodes (nodes outside the [SceneTree]). Used for debugging. Works only in debug builds.
	Args: [], Returns: void

func (*Node) PrintTree ¶ 

func (o *Node) PrintTree()
        Prints the scene hierarchy of this node and all it's children to stdout. Used mainly for debugging purposes.
	Args: [], Returns: void

func (*Node) PropagateCall ¶ 

func (o *Node) PropagateCall(method gdnative.String, args gdnative.Array, parentFirst gdnative.Bool)
        Calls the given method (if present) with the arguments given in [code]args[/code] on this node and recursively on all its children. If the parent_first argument is [code]true[/code] then the method will be called on the current node first, then on all children. If it is [code]false[/code] then the children will be called first.
	Args: [{ false method String} {[] true args Array} {False true parent_first bool}], Returns: void

func (*Node) PropagateNotification ¶ 

func (o *Node) PropagateNotification(what gdnative.Int)
        Notifies the current node and all its children recursively by calling notification() on all of them.
	Args: [{ false what int}], Returns: void

func (*Node) QueueFree ¶ 

func (o *Node) QueueFree()
        Queues a node for deletion at the end of the current frame. When deleted, all of its child nodes will be deleted as well. This method ensures it's safe to delete the node, contrary to [method Object.free]. Use [method Object.is_queued_for_deletion] to check whether a node will be deleted at the end of the frame.
	Args: [], Returns: void

func (*Node) Raise ¶ 

func (o *Node) Raise()
        Moves this node to the top of the array of nodes of the parent node. This is often useful in GUIs ([Control] nodes), because their order of drawing depends on their order in the tree.
	Args: [], Returns: void

func (*Node) RemoveAndSkip ¶ 

func (o *Node) RemoveAndSkip()
        Removes a node and sets all its children as children of the parent node (if it exists). All event subscriptions that pass by the removed node will be unsubscribed.
	Args: [], Returns: void

func (*Node) RemoveChild ¶ 

func (o *Node) RemoveChild(node ObjectImplementer)
        Removes a child node. The node is NOT deleted and must be deleted manually.
	Args: [{ false node Object}], Returns: void

func (*Node) RemoveFromGroup ¶ 

func (o *Node) RemoveFromGroup(group gdnative.String)
        Removes a node from a group. See notes in the description, and the group methods in [SceneTree].
	Args: [{ false group String}], Returns: void

func (*Node) ReplaceBy ¶ 

func (o *Node) ReplaceBy(node ObjectImplementer, keepData gdnative.Bool)
        Replaces a node in a scene by the given one. Subscriptions that pass through this node will be lost.
	Args: [{ false node Object} {False true keep_data bool}], Returns: void

func (*Node) RequestReady ¶ 

func (o *Node) RequestReady()
        Requests that [code]_ready[/code] be called again.
	Args: [], Returns: void

func (*Node) Rpc ¶ 

func (o *Node) Rpc(method gdnative.String) gdnative.Variant
        Sends a remote procedure call request for the given [code]method[/code] to peers on the network (and locally), optionally sending all additional arguments as arguments to the method called by the RPC. The call request will only be received by nodes with the same [NodePath], including the exact same node name. Behaviour depends on the RPC configuration for the given method, see [method rpc_config]. Methods are not exposed to RPCs by default. Also see [method rset] and [method rset_config] for properties. Returns an empty [Variant]. Note that you can only safely use RPCs on clients after you received the [code]connected_to_server[/code] signal from the [SceneTree]. You also need to keep track of the connection state, either by the [SceneTree] signals like [code]server_disconnected[/code] or by checking [code]SceneTree.network_peer.get_connection_status() == CONNECTION_CONNECTED[/code].
	Args: [{ false method String}], Returns: Variant

func (*Node) RpcConfig ¶ 

func (o *Node) RpcConfig(method gdnative.String, mode gdnative.Int)
        Changes the RPC mode for the given [code]method[/code] to the given [code]mode[/code]. See [enum RPCMode]. An alternative is annotating methods and properties with the corresponding keywords ([code]remote[/code], [code]sync[/code], [code]master[/code], [code]slave[/code]). By default, methods are not exposed to networking (and RPCs). Also see [method rset] and [method rset_config] for properties.
	Args: [{ false method String} { false mode int}], Returns: void

func (*Node) RpcId ¶ 

func (o *Node) RpcId(peerId gdnative.Int, method gdnative.String) gdnative.Variant
        Sends a [method rpc] to a specific peer identified by [code]peer_id[/code]. Returns an empty [Variant].
	Args: [{ false peer_id int} { false method String}], Returns: Variant

func (*Node) RpcUnreliable ¶ 

func (o *Node) RpcUnreliable(method gdnative.String) gdnative.Variant
        Sends a [method rpc] using an unreliable protocol. Returns an empty [Variant].
	Args: [{ false method String}], Returns: Variant

func (*Node) RpcUnreliableId ¶ 

func (o *Node) RpcUnreliableId(peerId gdnative.Int, method gdnative.String) gdnative.Variant
        Sends a [method rpc] to a specific peer identified by [code]peer_id[/code] using an unreliable protocol. Returns an empty [Variant].
	Args: [{ false peer_id int} { false method String}], Returns: Variant

func (*Node) Rset ¶ 

func (o *Node) Rset(property gdnative.String, value gdnative.Variant)
        Remotely changes a property's value on other peers (and locally). Behaviour depends on the RPC configuration for the given property, see [method rset_config]. Also see [method rpc] for RPCs for methods, most information applies to this method as well.
	Args: [{ false property String} { false value Variant}], Returns: void

func (*Node) RsetConfig ¶ 

func (o *Node) RsetConfig(property gdnative.String, mode gdnative.Int)
        Changes the RPC mode for the given [code]property[/code] to the given [code]mode[/code]. See [enum RPCMode]. An alternative is annotating methods and properties with the corresponding keywords ([code]remote[/code], [code]sync[/code], [code]master[/code], [code]slave[/code]). By default, properties are not exposed to networking (and RPCs). Also see [method rpc] and [method rpc_config] for methods.
	Args: [{ false property String} { false mode int}], Returns: void

func (*Node) RsetId ¶ 

func (o *Node) RsetId(peerId gdnative.Int, property gdnative.String, value gdnative.Variant)
        Remotely changes the property's value on a specific peer identified by [code]peer_id[/code].
	Args: [{ false peer_id int} { false property String} { false value Variant}], Returns: void

func (*Node) RsetUnreliable ¶ 

func (o *Node) RsetUnreliable(property gdnative.String, value gdnative.Variant)
        Remotely changes the property's value on other peers (and locally) using an unreliable protocol.
	Args: [{ false property String} { false value Variant}], Returns: void

func (*Node) RsetUnreliableId ¶ 

func (o *Node) RsetUnreliableId(peerId gdnative.Int, property gdnative.String, value gdnative.Variant)
        Remotely changes property's value on a specific peer identified by [code]peer_id[/code] using an unreliable protocol.
	Args: [{ false peer_id int} { false property String} { false value Variant}], Returns: void

func (*Node) SetDisplayFolded ¶ 

func (o *Node) SetDisplayFolded(fold gdnative.Bool)
        Sets the folded state of the node in the Scene dock.
	Args: [{ false fold bool}], Returns: void

func (*Node) SetFilename ¶ 

func (o *Node) SetFilename(filename gdnative.String)
        Undocumented
	Args: [{ false filename String}], Returns: void

func (*Node) SetName ¶ 

func (o *Node) SetName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*Node) SetNetworkMaster ¶ 

func (o *Node) SetNetworkMaster(id gdnative.Int, recursive gdnative.Bool)
        Sets the node's network master to the peer with the given peer ID. The network master is the peer that has authority over the node on the network. Useful in conjunction with the [code]master[/code] and [code]slave[/code] keywords. Inherited from the parent node by default, which ultimately defaults to peer ID 1 (the server). If [code]recursive[/code], the given peer is recursively set as the master for all children of this node.
	Args: [{ false id int} {True true recursive bool}], Returns: void

func (*Node) SetOwner ¶ 

func (o *Node) SetOwner(owner ObjectImplementer)
        Undocumented
	Args: [{ false owner Object}], Returns: void

func (*Node) SetPauseMode ¶ 

func (o *Node) SetPauseMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Node) SetPhysicsProcess ¶ 

func (o *Node) SetPhysicsProcess(enable gdnative.Bool)
        Enables or disables physics (i.e. fixed framerate) processing. When a node is being processed, it will receive a NOTIFICATION_PHYSICS_PROCESS at a fixed (usually 60 fps, see [OS] to change) interval (and the [method _physics_process] callback will be called if exists). Enabled automatically if [method _physics_process] is overridden. Any calls to this before [method _ready] will be ignored.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetPhysicsProcessInternal ¶ 

func (o *Node) SetPhysicsProcessInternal(enable gdnative.Bool)
        Enables or disables internal physics for this node. Internal physics processing happens in isolation from the normal [method]_physics_process[/code] calls and is used by some nodes internally to guarantee proper functioning even if the node is paused or physics processing is disabled for scripting ([method set_physics_process]). Only useful for advanced uses to manipulate built-in nodes behaviour.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetProcess ¶ 

func (o *Node) SetProcess(enable gdnative.Bool)
        Enables or disables processing. When a node is being processed, it will receive a NOTIFICATION_PROCESS on every drawn frame (and the [method _process] callback will be called if exists). Enabled automatically if [method _process] is overridden. Any calls to this before [method _ready] will be ignored.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetProcessInput ¶ 

func (o *Node) SetProcessInput(enable gdnative.Bool)
        Enables or disables input processing. This is not required for GUI controls! Enabled automatically if [method _input] is overridden. Any calls to this before [method _ready] will be ignored.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetProcessInternal ¶ 

func (o *Node) SetProcessInternal(enable gdnative.Bool)
        Enables or disabled internal processing for this node. Internal processing happens in isolation from the normal [method]_process[/code] calls and is used by some nodes internally to guarantee proper functioning even if the node is paused or processing is disabled for scripting ([method set_process]). Only useful for advanced uses to manipulate built-in nodes behaviour.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetProcessUnhandledInput ¶ 

func (o *Node) SetProcessUnhandledInput(enable gdnative.Bool)
        Enables unhandled input processing. This is not required for GUI controls! It enables the node to receive all input that was not previously handled (usually by a [Control]). Enabled automatically if [method _unhandled_input] is overridden. Any calls to this before [method _ready] will be ignored.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetProcessUnhandledKeyInput ¶ 

func (o *Node) SetProcessUnhandledKeyInput(enable gdnative.Bool)
        Enables unhandled key input processing. Enabled automatically if [method _unhandled_key_input] is overridden. Any calls to this before [method _ready] will be ignored.
	Args: [{ false enable bool}], Returns: void

func (*Node) SetSceneInstanceLoadPlaceholder ¶ 

func (o *Node) SetSceneInstanceLoadPlaceholder(loadPlaceholder gdnative.Bool)
        Sets whether this is an instance load placeholder. See [InstancePlaceholder].
	Args: [{ false load_placeholder bool}], Returns: void

func (*Node) X_EnterTree ¶ 

func (o *Node) X_EnterTree()
        Called when the node enters the [SceneTree] (e.g. upon instancing, scene changing, or after calling [method add_child] in a script). If the node has children, its [method _enter_tree] callback will be called first, and then that of the children. Corresponds to the NOTIFICATION_ENTER_TREE notification in [method Object._notification].
	Args: [], Returns: void

func (*Node) X_ExitTree ¶ 

func (o *Node) X_ExitTree()
        Called when the node is about to leave the [SceneTree] (e.g. upon freeing, scene changing, or after calling [method remove_child] in a script). If the node has children, its [method _exit_tree] callback will be called last, after all its children have left the tree. Corresponds to the NOTIFICATION_EXIT_TREE notification in [method Object._notification] and signal [signal tree_exiting]. To get notified when the node has already left the active tree, connect to the [signal tree_exited]
	Args: [], Returns: void

func (*Node) X_GetImportPath ¶ 

func (o *Node) X_GetImportPath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*Node) X_Input ¶ 

func (o *Node) X_Input(event InputEventImplementer)
        Called when there is an input event. The input event propagates through the node tree until a node consumes it. It is only called if input processing is enabled, which is done automatically if this method is overridden, and can be toggled with [method set_process_input]. To consume the input event and stop it propagating further to other nodes, [method SceneTree.set_input_as_handled] can be called. For gameplay input, [method _unhandled_input] and [method _unhandled_key_input] are usually a better fit as they allow the GUI to intercept the events first.
	Args: [{ false event InputEvent}], Returns: void

func (*Node) X_PhysicsProcess ¶ 

func (o *Node) X_PhysicsProcess(delta gdnative.Real)
        Called during the physics processing step of the main loop. Physics processing means that the frame rate is synced to the physics, i.e. the [code]delta[/code] variable should be constant. It is only called if physics processing is enabled, which is done automatically if this method is overridden, and can be toggled with [method set_physics_process]. Corresponds to the NOTIFICATION_PHYSICS_PROCESS notification in [method Object._notification].
	Args: [{ false delta float}], Returns: void

func (*Node) X_Process ¶ 

func (o *Node) X_Process(delta gdnative.Real)
        Called during the processing step of the main loop. Processing happens at every frame and as fast as possible, so the [code]delta[/code] time since the previous frame is not constant. It is only called if processing is enabled, which is done automatically if this method is overridden, and can be toggled with [method set_process]. Corresponds to the NOTIFICATION_PROCESS notification in [method Object._notification].
	Args: [{ false delta float}], Returns: void

func (*Node) X_Ready ¶ 

func (o *Node) X_Ready()
        Called when the node is "ready", i.e. when both the node and its children have entered the scene tree. If the node has children, their [method _ready] callbacks get triggered first, and the parent node will receive the ready notification afterwards. Corresponds to the NOTIFICATION_READY notification in [method Object._notification]. See also the [code]onready[/code] keyword for variables. Usually used for initialization. For even earlier initialization, [method Object._init] may be used. Also see [method _enter_tree].
	Args: [], Returns: void

func (*Node) X_SetImportPath ¶ 

func (o *Node) X_SetImportPath(importPath gdnative.NodePath)
        Undocumented
	Args: [{ false import_path NodePath}], Returns: void

func (*Node) X_UnhandledInput ¶ 

func (o *Node) X_UnhandledInput(event InputEventImplementer)
        Propagated to all nodes when the previous [InputEvent] is not consumed by any nodes. It is only called if unhandled input processing is enabled, which is done automatically if this method is overridden, and can be toggled with [method set_process_unhandled_input]. To consume the input event and stop it propagating further to other nodes, [method SceneTree.set_input_as_handled] can be called. For gameplay input, this and [method _unhandled_key_input] are usually a better fit than [method _input] as they allow the GUI to intercept the events first.
	Args: [{ false event InputEvent}], Returns: void

func (*Node) X_UnhandledKeyInput ¶ 

func (o *Node) X_UnhandledKeyInput(event InputEventKeyImplementer)
        Propagated to all nodes when the previous [InputEventKey] is not consumed by any nodes. It is only called if unhandled key input processing is enabled, which is done automatically if this method is overridden, and can be toggled with [method set_process_unhandled_key_input]. To consume the input event and stop it propagating further to other nodes, [method SceneTree.set_input_as_handled] can be called. For gameplay input, this and [method _unhandled_input] are usually a better fit than [method _input] as they allow the GUI to intercept the events first.
	Args: [{ false event InputEventKey}], Returns: void

type Node2D ¶ 

type Node2D struct {
	CanvasItem
	// contains filtered or unexported fields
}

A 2D game object, with a position, rotation and scale. All 2D physics nodes and sprites inherit from Node2D. Use Node2D as a parent node to move, scale and rotate children in a 2D project. Also gives control on the node's render order.

func (*Node2D) ApplyScale ¶ 

func (o *Node2D) ApplyScale(ratio gdnative.Vector2)
        Multiplies the current scale by the 'ratio' vector.
	Args: [{ false ratio Vector2}], Returns: void

func (*Node2D) BaseClass ¶ 

func (o *Node2D) BaseClass() string

func (*Node2D) GetAngleTo ¶ 

func (o *Node2D) GetAngleTo(point gdnative.Vector2) gdnative.Real
        Returns the angle between the node and the 'point' in radians.
	Args: [{ false point Vector2}], Returns: float

func (*Node2D) GetGlobalPosition ¶ 

func (o *Node2D) GetGlobalPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Node2D) GetGlobalRotation ¶ 

func (o *Node2D) GetGlobalRotation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Node2D) GetGlobalRotationDegrees ¶ 

func (o *Node2D) GetGlobalRotationDegrees() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Node2D) GetGlobalScale ¶ 

func (o *Node2D) GetGlobalScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Node2D) GetPosition ¶ 

func (o *Node2D) GetPosition() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Node2D) GetRelativeTransformToParent ¶ 

func (o *Node2D) GetRelativeTransformToParent(parent ObjectImplementer) gdnative.Transform2D
        Returns the [Transform2D] relative to this node's parent.
	Args: [{ false parent Object}], Returns: Transform2D

func (*Node2D) GetRotation ¶ 

func (o *Node2D) GetRotation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Node2D) GetRotationDegrees ¶ 

func (o *Node2D) GetRotationDegrees() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Node2D) GetScale ¶ 

func (o *Node2D) GetScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Node2D) GetZIndex ¶ 

func (o *Node2D) GetZIndex() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Node2D) GlobalTranslate ¶ 

func (o *Node2D) GlobalTranslate(offset gdnative.Vector2)
        Adds the 'offset' vector to the node's global position.
	Args: [{ false offset Vector2}], Returns: void

func (*Node2D) IsZRelative ¶ 

func (o *Node2D) IsZRelative() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Node2D) LookAt ¶ 

func (o *Node2D) LookAt(point gdnative.Vector2)
        Rotates the node so it points towards the 'point'.
	Args: [{ false point Vector2}], Returns: void

func (*Node2D) MoveLocalX ¶ 

func (o *Node2D) MoveLocalX(delta gdnative.Real, scaled gdnative.Bool)
        Applies a local translation on the node's X axis based on the [method Node._process]'s [code]delta[/code]. If [code]scaled[/code] is false, normalizes the movement.
	Args: [{ false delta float} {False true scaled bool}], Returns: void

func (*Node2D) MoveLocalY ¶ 

func (o *Node2D) MoveLocalY(delta gdnative.Real, scaled gdnative.Bool)
        Applies a local translation on the node's Y axis based on the [method Node._process]'s [code]delta[/code]. If [code]scaled[/code] is false, normalizes the movement.
	Args: [{ false delta float} {False true scaled bool}], Returns: void

func (*Node2D) Rotate ¶ 

func (o *Node2D) Rotate(radians gdnative.Real)
        Applies a rotation to the node, in radians, starting from its current rotation.
	Args: [{ false radians float}], Returns: void

func (*Node2D) SetGlobalPosition ¶ 

func (o *Node2D) SetGlobalPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*Node2D) SetGlobalRotation ¶ 

func (o *Node2D) SetGlobalRotation(radians gdnative.Real)
        Undocumented
	Args: [{ false radians float}], Returns: void

func (*Node2D) SetGlobalRotationDegrees ¶ 

func (o *Node2D) SetGlobalRotationDegrees(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*Node2D) SetGlobalScale ¶ 

func (o *Node2D) SetGlobalScale(scale gdnative.Vector2)
        Undocumented
	Args: [{ false scale Vector2}], Returns: void

func (*Node2D) SetGlobalTransform ¶ 

func (o *Node2D) SetGlobalTransform(xform gdnative.Transform2D)
        Undocumented
	Args: [{ false xform Transform2D}], Returns: void

func (*Node2D) SetPosition ¶ 

func (o *Node2D) SetPosition(position gdnative.Vector2)
        Undocumented
	Args: [{ false position Vector2}], Returns: void

func (*Node2D) SetRotation ¶ 

func (o *Node2D) SetRotation(radians gdnative.Real)
        Undocumented
	Args: [{ false radians float}], Returns: void

func (*Node2D) SetRotationDegrees ¶ 

func (o *Node2D) SetRotationDegrees(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*Node2D) SetScale ¶ 

func (o *Node2D) SetScale(scale gdnative.Vector2)
        Undocumented
	Args: [{ false scale Vector2}], Returns: void

func (*Node2D) SetTransform ¶ 

func (o *Node2D) SetTransform(xform gdnative.Transform2D)
        Undocumented
	Args: [{ false xform Transform2D}], Returns: void

func (*Node2D) SetZAsRelative ¶ 

func (o *Node2D) SetZAsRelative(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Node2D) SetZIndex ¶ 

func (o *Node2D) SetZIndex(zIndex gdnative.Int)
        Undocumented
	Args: [{ false z_index int}], Returns: void

func (*Node2D) ToGlobal ¶ 

func (o *Node2D) ToGlobal(localPoint gdnative.Vector2) gdnative.Vector2
        Converts a local point's coordinates to global coordinates.
	Args: [{ false local_point Vector2}], Returns: Vector2

func (*Node2D) ToLocal ¶ 

func (o *Node2D) ToLocal(globalPoint gdnative.Vector2) gdnative.Vector2
        Converts a global point's coordinates to local coordinates.
	Args: [{ false global_point Vector2}], Returns: Vector2

func (*Node2D) Translate ¶ 

func (o *Node2D) Translate(offset gdnative.Vector2)
        Translates the node by the given [code]offset[/code] in local coordinates.
	Args: [{ false offset Vector2}], Returns: void

type Node2DImplementer ¶ 

type Node2DImplementer interface {
	CanvasItemImplementer
	ApplyScale(ratio gdnative.Vector2)
	GetAngleTo(point gdnative.Vector2) gdnative.Real
	GetGlobalPosition() gdnative.Vector2
	GetGlobalRotation() gdnative.Real
	GetGlobalRotationDegrees() gdnative.Real
	GetGlobalScale() gdnative.Vector2
	GetPosition() gdnative.Vector2
	GetRelativeTransformToParent(parent ObjectImplementer) gdnative.Transform2D
	GetRotation() gdnative.Real
	GetRotationDegrees() gdnative.Real
	GetScale() gdnative.Vector2
	GetZIndex() gdnative.Int
	GlobalTranslate(offset gdnative.Vector2)
	IsZRelative() gdnative.Bool
	LookAt(point gdnative.Vector2)
	MoveLocalX(delta gdnative.Real, scaled gdnative.Bool)
	MoveLocalY(delta gdnative.Real, scaled gdnative.Bool)
	Rotate(radians gdnative.Real)
	SetGlobalPosition(position gdnative.Vector2)
	SetGlobalRotation(radians gdnative.Real)
	SetGlobalRotationDegrees(degrees gdnative.Real)
	SetGlobalScale(scale gdnative.Vector2)
	SetGlobalTransform(xform gdnative.Transform2D)
	SetPosition(position gdnative.Vector2)
	SetRotation(radians gdnative.Real)
	SetRotationDegrees(degrees gdnative.Real)
	SetScale(scale gdnative.Vector2)
	SetTransform(xform gdnative.Transform2D)
	SetZAsRelative(enable gdnative.Bool)
	SetZIndex(zIndex gdnative.Int)
	ToGlobal(localPoint gdnative.Vector2) gdnative.Vector2
	ToLocal(globalPoint gdnative.Vector2) gdnative.Vector2
	Translate(offset gdnative.Vector2)
}

Node2DImplementer is an interface that implements the methods of the Node2D class.

type NodeDuplicateFlags ¶ 

type NodeDuplicateFlags int

NodeDuplicateFlags is an enum for DuplicateFlags values. 

const (
	NodeDuplicateGroups        NodeDuplicateFlags = 2
	NodeDuplicateScripts       NodeDuplicateFlags = 4
	NodeDuplicateSignals       NodeDuplicateFlags = 1
	NodeDuplicateUseInstancing NodeDuplicateFlags = 8
)

type NodeImplementer ¶ 

type NodeImplementer interface {
	ObjectImplementer
	X_EnterTree()
	X_ExitTree()
	X_GetImportPath() gdnative.NodePath
	X_Input(event InputEventImplementer)
	X_PhysicsProcess(delta gdnative.Real)
	X_Process(delta gdnative.Real)
	X_Ready()
	X_SetImportPath(importPath gdnative.NodePath)
	X_UnhandledInput(event InputEventImplementer)
	X_UnhandledKeyInput(event InputEventKeyImplementer)
	AddChild(node ObjectImplementer, legibleUniqueName gdnative.Bool)
	AddChildBelowNode(node ObjectImplementer, childNode ObjectImplementer, legibleUniqueName gdnative.Bool)
	AddToGroup(group gdnative.String, persistent gdnative.Bool)
	CanProcess() gdnative.Bool
	Duplicate(flags gdnative.Int) NodeImplementer
	FindNode(mask gdnative.String, recursive gdnative.Bool, owned gdnative.Bool) NodeImplementer
	GetChild(idx gdnative.Int) NodeImplementer
	GetChildCount() gdnative.Int
	GetChildren() gdnative.Array
	GetFilename() gdnative.String
	GetGroups() gdnative.Array
	GetIndex() gdnative.Int
	GetName() gdnative.String
	GetNetworkMaster() gdnative.Int
	GetNode(path gdnative.NodePath) NodeImplementer
	GetNodeAndResource(path gdnative.NodePath) gdnative.Array
	GetOwner() NodeImplementer
	GetParent() NodeImplementer
	GetPath() gdnative.NodePath
	GetPathTo(node ObjectImplementer) gdnative.NodePath
	GetPhysicsProcessDeltaTime() gdnative.Real
	GetPositionInParent() gdnative.Int
	GetProcessDeltaTime() gdnative.Real
	GetSceneInstanceLoadPlaceholder() gdnative.Bool
	GetTree() SceneTreeImplementer
	GetViewport() ViewportImplementer
	HasNode(path gdnative.NodePath) gdnative.Bool
	HasNodeAndResource(path gdnative.NodePath) gdnative.Bool
	IsAParentOf(node ObjectImplementer) gdnative.Bool
	IsDisplayedFolded() gdnative.Bool
	IsGreaterThan(node ObjectImplementer) gdnative.Bool
	IsInGroup(group gdnative.String) gdnative.Bool
	IsInsideTree() gdnative.Bool
	IsNetworkMaster() gdnative.Bool
	IsPhysicsProcessing() gdnative.Bool
	IsPhysicsProcessingInternal() gdnative.Bool
	IsProcessing() gdnative.Bool
	IsProcessingInput() gdnative.Bool
	IsProcessingInternal() gdnative.Bool
	IsProcessingUnhandledInput() gdnative.Bool
	IsProcessingUnhandledKeyInput() gdnative.Bool
	MoveChild(childNode ObjectImplementer, toPosition gdnative.Int)
	PrintStrayNodes()
	PrintTree()
	PropagateCall(method gdnative.String, args gdnative.Array, parentFirst gdnative.Bool)
	PropagateNotification(what gdnative.Int)
	QueueFree()
	Raise()
	RemoveAndSkip()
	RemoveChild(node ObjectImplementer)
	RemoveFromGroup(group gdnative.String)
	ReplaceBy(node ObjectImplementer, keepData gdnative.Bool)
	RequestReady()
	Rpc(method gdnative.String) gdnative.Variant
	RpcConfig(method gdnative.String, mode gdnative.Int)
	RpcId(peerId gdnative.Int, method gdnative.String) gdnative.Variant
	RpcUnreliable(method gdnative.String) gdnative.Variant
	RpcUnreliableId(peerId gdnative.Int, method gdnative.String) gdnative.Variant
	Rset(property gdnative.String, value gdnative.Variant)
	RsetConfig(property gdnative.String, mode gdnative.Int)
	RsetId(peerId gdnative.Int, property gdnative.String, value gdnative.Variant)
	RsetUnreliable(property gdnative.String, value gdnative.Variant)
	RsetUnreliableId(peerId gdnative.Int, property gdnative.String, value gdnative.Variant)
	SetDisplayFolded(fold gdnative.Bool)
	SetFilename(filename gdnative.String)
	SetName(name gdnative.String)
	SetNetworkMaster(id gdnative.Int, recursive gdnative.Bool)
	SetOwner(owner ObjectImplementer)
	SetPauseMode(mode gdnative.Int)
	SetPhysicsProcess(enable gdnative.Bool)
	SetPhysicsProcessInternal(enable gdnative.Bool)
	SetProcess(enable gdnative.Bool)
	SetProcessInput(enable gdnative.Bool)
	SetProcessInternal(enable gdnative.Bool)
	SetProcessUnhandledInput(enable gdnative.Bool)
	SetProcessUnhandledKeyInput(enable gdnative.Bool)
	SetSceneInstanceLoadPlaceholder(loadPlaceholder gdnative.Bool)
}

NodeImplementer is an interface that implements the methods of the Node class.

type NodePauseMode ¶ 

type NodePauseMode int

NodePauseMode is an enum for PauseMode values. 

const (
	NodePauseModeInherit NodePauseMode = 0
	NodePauseModeProcess NodePauseMode = 2
	NodePauseModeStop    NodePauseMode = 1
)

type NodeRPCMode ¶ 

type NodeRPCMode int

NodeRPCMode is an enum for RPCMode values. 

const (
	NodeRpcModeDisabled NodeRPCMode = 0
	NodeRpcModeMaster   NodeRPCMode = 3
	NodeRpcModeRemote   NodeRPCMode = 1
	NodeRpcModeSlave    NodeRPCMode = 4
	NodeRpcModeSync     NodeRPCMode = 2
)

type OSImplementer ¶ 

type OSImplementer interface {
	ObjectImplementer
	Alert(text gdnative.String, title gdnative.String)
	CanDraw() gdnative.Bool
	CanUseThreads() gdnative.Bool
	CenterWindow()
	DelayMsec(msec gdnative.Int)
	DelayUsec(usec gdnative.Int)
	DumpMemoryToFile(file gdnative.String)
	DumpResourcesToFile(file gdnative.String)
	Execute(path gdnative.String, arguments gdnative.PoolStringArray, blocking gdnative.Bool, output gdnative.Array) gdnative.Int
	FindScancodeFromString(string gdnative.String) gdnative.Int
	GetBorderlessWindow() gdnative.Bool
	GetClipboard() gdnative.String
	GetCmdlineArgs() gdnative.PoolStringArray
	GetCurrentScreen() gdnative.Int
	GetDate(utc gdnative.Bool) gdnative.Dictionary
	GetDatetime(utc gdnative.Bool) gdnative.Dictionary
	GetDatetimeFromUnixTime(unixTimeVal gdnative.Int) gdnative.Dictionary
	GetDynamicMemoryUsage() gdnative.Int
	GetEnvironment(environment gdnative.String) gdnative.String
	GetExecutablePath() gdnative.String
	GetExitCode() gdnative.Int
	GetLatinKeyboardVariant() gdnative.String
	GetLocale() gdnative.String
	GetModelName() gdnative.String
	GetName() gdnative.String
	GetPowerPercentLeft() gdnative.Int
	GetPowerSecondsLeft() gdnative.Int
	GetProcessId() gdnative.Int
	GetProcessorCount() gdnative.Int
	GetRealWindowSize() gdnative.Vector2
	GetScancodeString(code gdnative.Int) gdnative.String
	GetScreenCount() gdnative.Int
	GetScreenDpi(screen gdnative.Int) gdnative.Int
	GetScreenPosition(screen gdnative.Int) gdnative.Vector2
	GetScreenSize(screen gdnative.Int) gdnative.Vector2
	GetSplashTickMsec() gdnative.Int
	GetStaticMemoryPeakUsage() gdnative.Int
	GetStaticMemoryUsage() gdnative.Int
	GetSystemDir(dir gdnative.Int) gdnative.String
	GetSystemTimeSecs() gdnative.Int
	GetTicksMsec() gdnative.Int
	GetTime(utc gdnative.Bool) gdnative.Dictionary
	GetTimeZoneInfo() gdnative.Dictionary
	GetUniqueId() gdnative.String
	GetUnixTime() gdnative.Int
	GetUnixTimeFromDatetime(datetime gdnative.Dictionary) gdnative.Int
	GetUserDataDir() gdnative.String
	GetVirtualKeyboardHeight() gdnative.Int
	GetWindowPosition() gdnative.Vector2
	GetWindowSize() gdnative.Vector2
	HasEnvironment(environment gdnative.String) gdnative.Bool
	HasFeature(tagName gdnative.String) gdnative.Bool
	HasTouchscreenUiHint() gdnative.Bool
	HasVirtualKeyboard() gdnative.Bool
	HideVirtualKeyboard()
	IsDebugBuild() gdnative.Bool
	IsInLowProcessorUsageMode() gdnative.Bool
	IsKeepScreenOn() gdnative.Bool
	IsOkLeftAndCancelRight() gdnative.Bool
	IsScancodeUnicode(code gdnative.Int) gdnative.Bool
	IsStdoutVerbose() gdnative.Bool
	IsUserfsPersistent() gdnative.Bool
	IsVsyncEnabled() gdnative.Bool
	IsWindowFullscreen() gdnative.Bool
	IsWindowMaximized() gdnative.Bool
	IsWindowMinimized() gdnative.Bool
	IsWindowResizable() gdnative.Bool
	NativeVideoIsPlaying() gdnative.Bool
	NativeVideoPause()
	NativeVideoStop()
	NativeVideoUnpause()
	PrintAllResources(tofile gdnative.String)
	PrintAllTexturesBySize()
	PrintResourcesByType(types gdnative.PoolStringArray)
	PrintResourcesInUse(short gdnative.Bool)
	RequestAttention()
	SetBorderlessWindow(borderless gdnative.Bool)
	SetClipboard(clipboard gdnative.String)
	SetCurrentScreen(screen gdnative.Int)
	SetExitCode(code gdnative.Int)
	SetIcon(icon ImageImplementer)
	SetImePosition(position gdnative.Vector2)
	SetKeepScreenOn(enabled gdnative.Bool)
	SetLowProcessorUsageMode(enable gdnative.Bool)
	SetScreenOrientation(orientation gdnative.Int)
	SetUseFileAccessSaveAndSwap(enabled gdnative.Bool)
	SetUseVsync(enable gdnative.Bool)
	SetWindowFullscreen(enabled gdnative.Bool)
	SetWindowMaximized(enabled gdnative.Bool)
	SetWindowMinimized(enabled gdnative.Bool)
	SetWindowPosition(position gdnative.Vector2)
	SetWindowResizable(enabled gdnative.Bool)
	SetWindowSize(size gdnative.Vector2)
	SetWindowTitle(title gdnative.String)
	ShowVirtualKeyboard(existingText gdnative.String)
}

OSImplementer is an interface that implements the methods of the OS class.

type Object ¶ 

type Object struct {
	// contains filtered or unexported fields
}

Base class for all non built-in types. Everything not a built-in type starts the inheritance chain from this class. Objects do not manage memory, if inheriting from one the object will most likely have to be deleted manually (call the [method free] function from the script or delete from C++). Some derivatives add memory management, such as Reference (which keeps a reference count and deletes itself automatically when no longer referenced) and Node, which deletes the children tree when deleted. Objects export properties, which are mainly useful for storage and editing, but not really so much in programming. Properties are exported in [method _get_property_list] and handled in [method _get] and [method _set]. However, scripting languages and C++ have simpler means to export them. Objects also receive notifications ([method _notification]). Notifications are a simple way to notify the object about simple events, so they can all be handled together.

func (*Object) AddUserSignal ¶ 

func (o *Object) AddUserSignal(signal gdnative.String, arguments gdnative.Array)
        Adds a user-defined [code]signal[/code]. Arguments are optional, but can be added as an [Array] of dictionaries, each containing "name" and "type" (from [@GlobalScope] TYPE_*).
	Args: [{ false signal String} {[] true arguments Array}], Returns: void

func (*Object) BaseClass ¶ 

func (o *Object) BaseClass() string

func (*Object) Call ¶ 

func (o *Object) Call(method gdnative.String) gdnative.Variant
        Calls the [code]method[/code] on the object and returns a result. Pass parameters as a comma separated list.
	Args: [{ false method String}], Returns: Variant

func (*Object) CallDeferred ¶ 

func (o *Object) CallDeferred(method gdnative.String) gdnative.Variant
        Calls the [code]method[/code] on the object during idle time and returns a result. Pass parameters as a comma separated list.
	Args: [{ false method String}], Returns: Variant

func (*Object) Callv ¶ 

func (o *Object) Callv(method gdnative.String, argArray gdnative.Array) gdnative.Variant
        Calls the [code]method[/code] on the object and returns a result. Pass parameters as an [Array].
	Args: [{ false method String} { false arg_array Array}], Returns: Variant

func (*Object) CanTranslateMessages ¶ 

func (o *Object) CanTranslateMessages() gdnative.Bool
        Returns [code]true[/code] if the object can translate strings.
	Args: [], Returns: bool

func (*Object) Connect ¶ 

func (o *Object) Connect(signal gdnative.String, target ObjectImplementer, method gdnative.String, binds gdnative.Array, flags gdnative.Int) gdnative.Error
        Connects a [code]signal[/code] to a [code]method[/code] on a [code]target[/code] object. Pass optional [code]binds[/code] to the call. Use [code]flags[/code] to set deferred or one shot connections. See [code]CONNECT_*[/code] constants. A [code]signal[/code] can only be connected once to a [code]method[/code]. It will throw an error if already connected. To avoid this, first use [method is_connected] to check for existing connections.
	Args: [{ false signal String} { false target Object} { false method String} {[] true binds Array} {0 true flags int}], Returns: enum.Error

func (*Object) Disconnect ¶ 

func (o *Object) Disconnect(signal gdnative.String, target ObjectImplementer, method gdnative.String)
        Disconnects a [code]signal[/code] from a [code]method[/code] on the given [code]target[/code].
	Args: [{ false signal String} { false target Object} { false method String}], Returns: void

func (*Object) EmitSignal ¶ 

func (o *Object) EmitSignal(signal gdnative.String) gdnative.Variant
        Emits the given [code]signal[/code].
	Args: [{ false signal String}], Returns: Variant

func (*Object) Free ¶ 

func (o *Object) Free()
        Deletes the object from memory.
	Args: [], Returns: void

func (*Object) Get ¶ 

func (o *Object) Get(property gdnative.String) gdnative.Variant
        Returns a [Variant] for a [code]property[/code].
	Args: [{ false property String}], Returns: Variant

func (*Object) GetBaseObject ¶ 

func (o *Object) GetBaseObject() gdnative.Object

func (*Object) GetClass ¶ 

func (o *Object) GetClass() gdnative.String
        Returns the object's class as a [String].
	Args: [], Returns: String

func (*Object) GetIncomingConnections ¶ 

func (o *Object) GetIncomingConnections() gdnative.Array
        Returns an [Array] of dictionaries with information about signals that are connected to the object. Inside each [Dictionary] there are 3 fields: - "source" is a reference to signal emitter. - "signal_name" is name of connected signal. - "method_name" is a name of method to which signal is connected.
	Args: [], Returns: Array

func (*Object) GetIndexed ¶ 

func (o *Object) GetIndexed(property gdnative.NodePath) gdnative.Variant

Args: [{ false property NodePath}], Returns: Variant

func (*Object) GetInstanceId ¶ 

func (o *Object) GetInstanceId() gdnative.Int
        Returns the object's unique instance ID.
	Args: [], Returns: int

func (*Object) GetMeta ¶ 

func (o *Object) GetMeta(name gdnative.String) gdnative.Variant
        Returns the object's metadata for the given [code]name[/code].
	Args: [{ false name String}], Returns: Variant

func (*Object) GetMetaList ¶ 

func (o *Object) GetMetaList() gdnative.PoolStringArray
        Returns the object's metadata as a [PoolStringArray].
	Args: [], Returns: PoolStringArray

func (*Object) GetMethodList ¶ 

func (o *Object) GetMethodList() gdnative.Array
        Returns the object's methods and their signatures as an [Array].
	Args: [], Returns: Array

func (*Object) GetPropertyList ¶ 

func (o *Object) GetPropertyList() gdnative.Array
        Returns the list of properties as an [Array] of dictionaries. Dictionaries contain: name:String, type:int (see TYPE_* enum in [@GlobalScope]) and optionally: hint:int (see PROPERTY_HINT_* in [@GlobalScope]), hint_string:String, usage:int (see PROPERTY_USAGE_* in [@GlobalScope]).
	Args: [], Returns: Array

func (*Object) GetScript ¶ 

func (o *Object) GetScript() ReferenceImplementer
        Returns the object's [Script] or [code]null[/code] if one doesn't exist.
	Args: [], Returns: Reference

func (*Object) GetSignalConnectionList ¶ 

func (o *Object) GetSignalConnectionList(signal gdnative.String) gdnative.Array
        Returns an [Array] of connections for the given [code]signal[/code].
	Args: [{ false signal String}], Returns: Array

func (*Object) GetSignalList ¶ 

func (o *Object) GetSignalList() gdnative.Array
        Returns the list of signals as an [Array] of dictionaries.
	Args: [], Returns: Array

func (*Object) HasMeta ¶ 

func (o *Object) HasMeta(name gdnative.String) gdnative.Bool
        Returns [code]true[/code] if a metadata is found with the given [code]name[/code].
	Args: [{ false name String}], Returns: bool

func (*Object) HasMethod ¶ 

func (o *Object) HasMethod(method gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the object contains the given [code]method[/code].
	Args: [{ false method String}], Returns: bool

func (*Object) HasUserSignal ¶ 

func (o *Object) HasUserSignal(signal gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the given user-defined [code]signal[/code] exists.
	Args: [{ false signal String}], Returns: bool

func (*Object) IsBlockingSignals ¶ 

func (o *Object) IsBlockingSignals() gdnative.Bool
        Returns [code]true[/code] if signal emission blocking is enabled.
	Args: [], Returns: bool

func (*Object) IsClass ¶ 

func (o *Object) IsClass(aType gdnative.String) gdnative.Bool
        Returns [code]true[/code] if the object inherits from the given [code]type[/code].
	Args: [{ false type String}], Returns: bool

func (*Object) IsConnected ¶ 

func (o *Object) IsConnected(signal gdnative.String, target ObjectImplementer, method gdnative.String) gdnative.Bool
        Returns [code]true[/code] if a connection exists for a given [code]signal[/code], [code]target[/code], and [code]method[/code].
	Args: [{ false signal String} { false target Object} { false method String}], Returns: bool

func (*Object) IsQueuedForDeletion ¶ 

func (o *Object) IsQueuedForDeletion() gdnative.Bool
        Returns [code]true[/code] if the [code]queue_free[/code] method was called for the object.
	Args: [], Returns: bool

func (*Object) Notification ¶ 

func (o *Object) Notification(what gdnative.Int, reversed gdnative.Bool)
        Notify the object of something.
	Args: [{ false what int} {False true reversed bool}], Returns: void

func (*Object) PropertyListChangedNotify ¶ 

func (o *Object) PropertyListChangedNotify()

Args: [], Returns: void

func (*Object) Set ¶ 

func (o *Object) Set(property gdnative.String, value gdnative.Variant)
        Set property into the object.
	Args: [{ false property String} { false value Variant}], Returns: void

func (*Object) SetBaseObject ¶ 

func (o *Object) SetBaseObject(object gdnative.Object)

SetBaseObject will internally set the Godot object inside the struct. This is used to call parent methods.

func (*Object) SetBlockSignals ¶ 

func (o *Object) SetBlockSignals(enable gdnative.Bool)
        If set to true, signal emission is blocked.
	Args: [{ false enable bool}], Returns: void

func (*Object) SetIndexed ¶ 

func (o *Object) SetIndexed(property gdnative.NodePath, value gdnative.Variant)

Args: [{ false property NodePath} { false value Variant}], Returns: void

func (*Object) SetMessageTranslation ¶ 

func (o *Object) SetMessageTranslation(enable gdnative.Bool)
        Define whether the object can translate strings (with calls to [method tr]). Default is true.
	Args: [{ false enable bool}], Returns: void

func (*Object) SetMeta ¶ 

func (o *Object) SetMeta(name gdnative.String, value gdnative.Variant)
        Set a metadata into the object. Metadata is serialized. Metadata can be [i]anything[/i].
	Args: [{ false name String} { false value Variant}], Returns: void

func (*Object) SetScript ¶ 

func (o *Object) SetScript(script ReferenceImplementer)
        Set a script into the object, scripts extend the object functionality.
	Args: [{ false script Reference}], Returns: void

func (*Object) Tr ¶ 

func (o *Object) Tr(message gdnative.String) gdnative.String
        Translate a message. Only works if message translation is enabled (which it is by default). See [method set_message_translation].
	Args: [{ false message String}], Returns: String

func (*Object) X_Get ¶ 

func (o *Object) X_Get(property gdnative.String)
        Returns the given property. Returns [code]null[/code] if the [code]property[/code] does not exist.
	Args: [{ false property String}], Returns: void

func (*Object) X_GetPropertyList ¶ 

func (o *Object) X_GetPropertyList() gdnative.Array
        Returns the object's property list as an [Array] of dictionaries. Dictionaries must contain: name:String, type:int (see TYPE_* enum in [@GlobalScope]) and optionally: hint:int (see PROPERTY_HINT_* in [@GlobalScope]), hint_string:String, usage:int (see PROPERTY_USAGE_* in [@GlobalScope]).
	Args: [], Returns: Array

func (*Object) X_Init ¶ 

func (o *Object) X_Init()
        The virtual method called upon initialization.
	Args: [], Returns: void

func (*Object) X_Notification ¶ 

func (o *Object) X_Notification(what gdnative.Int)
        Notify the object internally using an ID.
	Args: [{ false what int}], Returns: void

func (*Object) X_Set ¶ 

func (o *Object) X_Set(property gdnative.String, value gdnative.Variant) gdnative.Bool
        Sets a property. Returns [code]true[/code] if the [code]property[/code] exists.
	Args: [{ false property String} { false value Variant}], Returns: bool

type ObjectConnectFlags ¶ 

type ObjectConnectFlags int

ObjectConnectFlags is an enum for ConnectFlags values. 

const (
	ObjectConnectDeferred ObjectConnectFlags = 1
	ObjectConnectOneshot  ObjectConnectFlags = 4
	ObjectConnectPersist  ObjectConnectFlags = 2
)

type ObjectImplementer ¶ 

type ObjectImplementer interface {
	Class
	X_Get(property gdnative.String)
	X_GetPropertyList() gdnative.Array
	X_Init()
	X_Notification(what gdnative.Int)
	X_Set(property gdnative.String, value gdnative.Variant) gdnative.Bool
	AddUserSignal(signal gdnative.String, arguments gdnative.Array)
	Call(method gdnative.String) gdnative.Variant
	CallDeferred(method gdnative.String) gdnative.Variant
	Callv(method gdnative.String, argArray gdnative.Array) gdnative.Variant
	CanTranslateMessages() gdnative.Bool
	Disconnect(signal gdnative.String, target ObjectImplementer, method gdnative.String)
	EmitSignal(signal gdnative.String) gdnative.Variant
	Free()
	Get(property gdnative.String) gdnative.Variant
	GetClass() gdnative.String
	GetIncomingConnections() gdnative.Array
	GetIndexed(property gdnative.NodePath) gdnative.Variant
	GetInstanceId() gdnative.Int
	GetMeta(name gdnative.String) gdnative.Variant
	GetMetaList() gdnative.PoolStringArray
	GetMethodList() gdnative.Array
	GetPropertyList() gdnative.Array
	GetScript() ReferenceImplementer
	GetSignalConnectionList(signal gdnative.String) gdnative.Array
	GetSignalList() gdnative.Array
	HasMeta(name gdnative.String) gdnative.Bool
	HasMethod(method gdnative.String) gdnative.Bool
	HasUserSignal(signal gdnative.String) gdnative.Bool
	IsBlockingSignals() gdnative.Bool
	IsClass(aType gdnative.String) gdnative.Bool
	IsConnected(signal gdnative.String, target ObjectImplementer, method gdnative.String) gdnative.Bool
	IsQueuedForDeletion() gdnative.Bool
	Notification(what gdnative.Int, reversed gdnative.Bool)
	PropertyListChangedNotify()
	Set(property gdnative.String, value gdnative.Variant)
	SetBlockSignals(enable gdnative.Bool)
	SetIndexed(property gdnative.NodePath, value gdnative.Variant)
	SetMessageTranslation(enable gdnative.Bool)
	SetMeta(name gdnative.String, value gdnative.Variant)
	SetScript(script ReferenceImplementer)
	Tr(message gdnative.String) gdnative.String
}

ObjectImplementer is an interface that implements the methods of the Object class.

type OccluderPolygon2D ¶ 

type OccluderPolygon2D struct {
	Resource
	// contains filtered or unexported fields
}

Editor facility that helps you draw a 2D polygon used as resource for LightOccluder2D.

func (*OccluderPolygon2D) BaseClass ¶ 

func (o *OccluderPolygon2D) BaseClass() string

func (*OccluderPolygon2D) GetCullMode ¶ 

func (o *OccluderPolygon2D) GetCullMode() OccluderPolygon2DCullMode
        Undocumented
	Args: [], Returns: enum.OccluderPolygon2D::CullMode

func (*OccluderPolygon2D) GetPolygon ¶ 

func (o *OccluderPolygon2D) GetPolygon() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*OccluderPolygon2D) IsClosed ¶ 

func (o *OccluderPolygon2D) IsClosed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*OccluderPolygon2D) SetClosed ¶ 

func (o *OccluderPolygon2D) SetClosed(closed gdnative.Bool)
        Undocumented
	Args: [{ false closed bool}], Returns: void

func (*OccluderPolygon2D) SetCullMode ¶ 

func (o *OccluderPolygon2D) SetCullMode(cullMode gdnative.Int)
        Undocumented
	Args: [{ false cull_mode int}], Returns: void

func (*OccluderPolygon2D) SetPolygon ¶ 

func (o *OccluderPolygon2D) SetPolygon(polygon gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false polygon PoolVector2Array}], Returns: void

type OccluderPolygon2DCullMode ¶ 

type OccluderPolygon2DCullMode int

OccluderPolygon2DCullMode is an enum for CullMode values. 

const (
	OccluderPolygon2DCullClockwise        OccluderPolygon2DCullMode = 1
	OccluderPolygon2DCullCounterClockwise OccluderPolygon2DCullMode = 2
	OccluderPolygon2DCullDisabled         OccluderPolygon2DCullMode = 0
)

type OccluderPolygon2DImplementer ¶ 

type OccluderPolygon2DImplementer interface {
	ResourceImplementer
	GetPolygon() gdnative.PoolVector2Array
	IsClosed() gdnative.Bool
	SetClosed(closed gdnative.Bool)
	SetCullMode(cullMode gdnative.Int)
	SetPolygon(polygon gdnative.PoolVector2Array)
}

OccluderPolygon2DImplementer is an interface that implements the methods of the OccluderPolygon2D class.

type OmniLight ¶ 

type OmniLight struct {
	Light
	// contains filtered or unexported fields
}

An OmniDirectional light is a type of Light node that emits lights in all directions. The light is attenuated through the distance and this attenuation can be configured by changing the energy, radius and attenuation parameters of Light.

func (*OmniLight) BaseClass ¶ 

func (o *OmniLight) BaseClass() string

func (*OmniLight) GetShadowDetail ¶ 

func (o *OmniLight) GetShadowDetail() OmniLightShadowDetail
        Undocumented
	Args: [], Returns: enum.OmniLight::ShadowDetail

func (*OmniLight) GetShadowMode ¶ 

func (o *OmniLight) GetShadowMode() OmniLightShadowMode
        Undocumented
	Args: [], Returns: enum.OmniLight::ShadowMode

func (*OmniLight) SetShadowDetail ¶ 

func (o *OmniLight) SetShadowDetail(detail gdnative.Int)
        Undocumented
	Args: [{ false detail int}], Returns: void

func (*OmniLight) SetShadowMode ¶ 

func (o *OmniLight) SetShadowMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type OmniLightImplementer ¶ 

type OmniLightImplementer interface {
	LightImplementer
	SetShadowDetail(detail gdnative.Int)
	SetShadowMode(mode gdnative.Int)
}

OmniLightImplementer is an interface that implements the methods of the OmniLight class.

type OmniLightShadowDetail ¶ 

type OmniLightShadowDetail int

OmniLightShadowDetail is an enum for ShadowDetail values. 

const (
	OmniLightShadowDetailHorizontal OmniLightShadowDetail = 1
	OmniLightShadowDetailVertical   OmniLightShadowDetail = 0
)

type OmniLightShadowMode ¶ 

type OmniLightShadowMode int

OmniLightShadowMode is an enum for ShadowMode values. 

const (
	OmniLightShadowCube           OmniLightShadowMode = 1
	OmniLightShadowDualParaboloid OmniLightShadowMode = 0
)

type OptionButton ¶ 

type OptionButton struct {
	Button
	// contains filtered or unexported fields
}

OptionButton is a type button that provides a selectable list of items when pressed. The item selected becomes the "current" item and is displayed as the button text.

func (*OptionButton) AddIconItem ¶ 

func (o *OptionButton) AddIconItem(texture TextureImplementer, label gdnative.String, id gdnative.Int)
        Add an item, with a "texture" icon, text "label" and (optionally) id. If no "id" is passed, "id" becomes the item index. New items are appended at the end.
	Args: [{ false texture Texture} { false label String} { false id int}], Returns: void

func (*OptionButton) AddItem ¶ 

func (o *OptionButton) AddItem(label gdnative.String, id gdnative.Int)
        Add an item, with text "label" and (optionally) id. If no "id" is passed, "id" becomes the item index. New items are appended at the end.
	Args: [{ false label String} {-1 true id int}], Returns: void

func (*OptionButton) AddSeparator ¶ 

func (o *OptionButton) AddSeparator()
        Add a separator to the list of items. Separators help to group items. Separator also takes up an index and is appended at the end.
	Args: [], Returns: void

func (*OptionButton) BaseClass ¶ 

func (o *OptionButton) BaseClass() string

func (*OptionButton) Clear ¶ 

func (o *OptionButton) Clear()
        Clear all the items in the [code]OptionButton[/code].
	Args: [], Returns: void

func (*OptionButton) GetItemCount ¶ 

func (o *OptionButton) GetItemCount() gdnative.Int
        Return the amount of items in the OptionButton.
	Args: [], Returns: int

func (*OptionButton) GetItemIcon ¶ 

func (o *OptionButton) GetItemIcon(idx gdnative.Int) TextureImplementer
        Return the icon of the item at index "idx".
	Args: [{ false idx int}], Returns: Texture

func (*OptionButton) GetItemId ¶ 

func (o *OptionButton) GetItemId(idx gdnative.Int) gdnative.Int
        Return the ID of the item at index "idx".
	Args: [{ false idx int}], Returns: int

func (*OptionButton) GetItemMetadata ¶ 

func (o *OptionButton) GetItemMetadata(idx gdnative.Int) gdnative.Variant

Args: [{ false idx int}], Returns: Variant

func (*OptionButton) GetItemText ¶ 

func (o *OptionButton) GetItemText(idx gdnative.Int) gdnative.String
        Return the text of the item at index "idx".
	Args: [{ false idx int}], Returns: String

func (*OptionButton) GetPopup ¶ 

func (o *OptionButton) GetPopup() PopupMenuImplementer
        Return the [PopupMenu] contained in this button.
	Args: [], Returns: PopupMenu

func (*OptionButton) GetSelected ¶ 

func (o *OptionButton) GetSelected() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*OptionButton) GetSelectedId ¶ 

func (o *OptionButton) GetSelectedId() gdnative.Int

Args: [], Returns: int

func (*OptionButton) GetSelectedMetadata ¶ 

func (o *OptionButton) GetSelectedMetadata() gdnative.Variant

Args: [], Returns: Variant

func (*OptionButton) IsItemDisabled ¶ 

func (o *OptionButton) IsItemDisabled(idx gdnative.Int) gdnative.Bool

Args: [{ false idx int}], Returns: bool

func (*OptionButton) RemoveItem ¶ 

func (o *OptionButton) RemoveItem(idx gdnative.Int)

Args: [{ false idx int}], Returns: void

func (*OptionButton) Select ¶ 

func (o *OptionButton) Select(idx gdnative.Int)
        Select an item by index and make it the current item.
	Args: [{ false idx int}], Returns: void

func (*OptionButton) SetItemDisabled ¶ 

func (o *OptionButton) SetItemDisabled(idx gdnative.Int, disabled gdnative.Bool)

Args: [{ false idx int} { false disabled bool}], Returns: void

func (*OptionButton) SetItemIcon ¶ 

func (o *OptionButton) SetItemIcon(idx gdnative.Int, texture TextureImplementer)
        Set the icon of an item at index "idx".
	Args: [{ false idx int} { false texture Texture}], Returns: void

func (*OptionButton) SetItemId ¶ 

func (o *OptionButton) SetItemId(idx gdnative.Int, id gdnative.Int)
        Set the ID of an item at index "idx".
	Args: [{ false idx int} { false id int}], Returns: void

func (*OptionButton) SetItemMetadata ¶ 

func (o *OptionButton) SetItemMetadata(idx gdnative.Int, metadata gdnative.Variant)

Args: [{ false idx int} { false metadata Variant}], Returns: void

func (*OptionButton) SetItemText ¶ 

func (o *OptionButton) SetItemText(idx gdnative.Int, text gdnative.String)
        Set the text of an item at index "idx".
	Args: [{ false idx int} { false text String}], Returns: void

func (*OptionButton) X_GetItems ¶ 

func (o *OptionButton) X_GetItems() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*OptionButton) X_SelectInt ¶ 

func (o *OptionButton) X_SelectInt(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*OptionButton) X_Selected ¶ 

func (o *OptionButton) X_Selected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*OptionButton) X_SetItems ¶ 

func (o *OptionButton) X_SetItems(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

type OptionButtonImplementer ¶ 

type OptionButtonImplementer interface {
	ButtonImplementer
	X_GetItems() gdnative.Array
	X_SelectInt(arg0 gdnative.Int)
	X_Selected(arg0 gdnative.Int)
	X_SetItems(arg0 gdnative.Array)
	AddIconItem(texture TextureImplementer, label gdnative.String, id gdnative.Int)
	AddItem(label gdnative.String, id gdnative.Int)
	AddSeparator()
	Clear()
	GetItemCount() gdnative.Int
	GetItemIcon(idx gdnative.Int) TextureImplementer
	GetItemId(idx gdnative.Int) gdnative.Int
	GetItemMetadata(idx gdnative.Int) gdnative.Variant
	GetItemText(idx gdnative.Int) gdnative.String
	GetPopup() PopupMenuImplementer
	GetSelected() gdnative.Int
	GetSelectedId() gdnative.Int
	GetSelectedMetadata() gdnative.Variant
	IsItemDisabled(idx gdnative.Int) gdnative.Bool
	RemoveItem(idx gdnative.Int)
	Select(idx gdnative.Int)
	SetItemDisabled(idx gdnative.Int, disabled gdnative.Bool)
	SetItemIcon(idx gdnative.Int, texture TextureImplementer)
	SetItemId(idx gdnative.Int, id gdnative.Int)
	SetItemMetadata(idx gdnative.Int, metadata gdnative.Variant)
	SetItemText(idx gdnative.Int, text gdnative.String)
}

OptionButtonImplementer is an interface that implements the methods of the OptionButton class.

type PCKPacker ¶ 

type PCKPacker struct {
	Reference
	// contains filtered or unexported fields
}

func (*PCKPacker) AddFile ¶ 

func (o *PCKPacker) AddFile(pckPath gdnative.String, sourcePath gdnative.String) gdnative.Error

Args: [{ false pck_path String} { false source_path String}], Returns: enum.Error

func (*PCKPacker) BaseClass ¶ 

func (o *PCKPacker) BaseClass() string

func (*PCKPacker) Flush ¶ 

func (o *PCKPacker) Flush(verbose gdnative.Bool) gdnative.Error

Args: [{ false verbose bool}], Returns: enum.Error

func (*PCKPacker) PckStart ¶ 

func (o *PCKPacker) PckStart(pckName gdnative.String, alignment gdnative.Int) gdnative.Error

Args: [{ false pck_name String} { false alignment int}], Returns: enum.Error

type PCKPackerImplementer ¶ 

type PCKPackerImplementer interface {
	ReferenceImplementer
}

PCKPackerImplementer is an interface that implements the methods of the PCKPacker class.

type PHashTranslation ¶ 

type PHashTranslation struct {
	Translation
	// contains filtered or unexported fields
}

Optimized translation. Uses real-time compressed translations, which results in very small dictionaries.

func (*PHashTranslation) BaseClass ¶ 

func (o *PHashTranslation) BaseClass() string

func (*PHashTranslation) Generate ¶ 

func (o *PHashTranslation) Generate(from TranslationImplementer)

Args: [{ false from Translation}], Returns: void

type PHashTranslationImplementer ¶ 

type PHashTranslationImplementer interface {
	TranslationImplementer
	Generate(from TranslationImplementer)
}

PHashTranslationImplementer is an interface that implements the methods of the PHashTranslation class.

type PackedDataContainer ¶ 

type PackedDataContainer struct {
	Resource
	// contains filtered or unexported fields
}

func (*PackedDataContainer) BaseClass ¶ 

func (o *PackedDataContainer) BaseClass() string

func (*PackedDataContainer) Pack ¶ 

func (o *PackedDataContainer) Pack(value gdnative.Variant) gdnative.Error

Args: [{ false value Variant}], Returns: enum.Error

func (*PackedDataContainer) Size ¶ 

func (o *PackedDataContainer) Size() gdnative.Int

Args: [], Returns: int

func (*PackedDataContainer) X_GetData ¶ 

func (o *PackedDataContainer) X_GetData() gdnative.PoolByteArray
        Undocumented
	Args: [], Returns: PoolByteArray

func (*PackedDataContainer) X_IterGet ¶ 

func (o *PackedDataContainer) X_IterGet(arg0 gdnative.Variant) gdnative.Variant
        Undocumented
	Args: [{ false arg0 Variant}], Returns: Variant

func (*PackedDataContainer) X_IterInit ¶ 

func (o *PackedDataContainer) X_IterInit(arg0 gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{ false arg0 Array}], Returns: Variant

func (*PackedDataContainer) X_IterNext ¶ 

func (o *PackedDataContainer) X_IterNext(arg0 gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{ false arg0 Array}], Returns: Variant

func (*PackedDataContainer) X_SetData ¶ 

func (o *PackedDataContainer) X_SetData(arg0 gdnative.PoolByteArray)
        Undocumented
	Args: [{ false arg0 PoolByteArray}], Returns: void

type PackedDataContainerImplementer ¶ 

type PackedDataContainerImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.PoolByteArray
	X_IterGet(arg0 gdnative.Variant) gdnative.Variant
	X_IterInit(arg0 gdnative.Array) gdnative.Variant
	X_IterNext(arg0 gdnative.Array) gdnative.Variant
	X_SetData(arg0 gdnative.PoolByteArray)
	Size() gdnative.Int
}

PackedDataContainerImplementer is an interface that implements the methods of the PackedDataContainer class.

type PackedDataContainerRef ¶ 

type PackedDataContainerRef struct {
	Reference
	// contains filtered or unexported fields
}

func (*PackedDataContainerRef) BaseClass ¶ 

func (o *PackedDataContainerRef) BaseClass() string

func (*PackedDataContainerRef) Size ¶ 

func (o *PackedDataContainerRef) Size() gdnative.Int

Args: [], Returns: int

func (*PackedDataContainerRef) X_IsDictionary ¶ 

func (o *PackedDataContainerRef) X_IsDictionary() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PackedDataContainerRef) X_IterGet ¶ 

func (o *PackedDataContainerRef) X_IterGet(arg0 gdnative.Variant) gdnative.Variant
        Undocumented
	Args: [{ false arg0 Variant}], Returns: Variant

func (*PackedDataContainerRef) X_IterInit ¶ 

func (o *PackedDataContainerRef) X_IterInit(arg0 gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{ false arg0 Array}], Returns: Variant

func (*PackedDataContainerRef) X_IterNext ¶ 

func (o *PackedDataContainerRef) X_IterNext(arg0 gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{ false arg0 Array}], Returns: Variant

type PackedDataContainerRefImplementer ¶ 

type PackedDataContainerRefImplementer interface {
	ReferenceImplementer
	X_IsDictionary() gdnative.Bool
	X_IterGet(arg0 gdnative.Variant) gdnative.Variant
	X_IterInit(arg0 gdnative.Array) gdnative.Variant
	X_IterNext(arg0 gdnative.Array) gdnative.Variant
	Size() gdnative.Int
}

PackedDataContainerRefImplementer is an interface that implements the methods of the PackedDataContainerRef class.

type PackedScene ¶ 

type PackedScene struct {
	Resource
	// contains filtered or unexported fields
}

A simplified interface to a scene file. Provides access to operations and checks that can be performed on the scene resource itself. TODO: explain ownership, and that node does not need to own itself

func (*PackedScene) BaseClass ¶ 

func (o *PackedScene) BaseClass() string

func (*PackedScene) CanInstance ¶ 

func (o *PackedScene) CanInstance() gdnative.Bool
        Returns [code]true[/code] if the scene file has nodes.
	Args: [], Returns: bool

func (*PackedScene) GetState ¶ 

func (o *PackedScene) GetState() SceneStateImplementer
        Returns the [code]SceneState[/code] representing the scene file contents.
	Args: [], Returns: SceneState

func (*PackedScene) Instance ¶ 

func (o *PackedScene) Instance(editState gdnative.Int) NodeImplementer
        Instantiates the scene's node hierarchy. Triggers child scene instantiation(s). Triggers the [enum Object.NOTIFICATION_INSTANCED] notification on the root node.
	Args: [{0 true edit_state int}], Returns: Node

func (*PackedScene) Pack ¶ 

func (o *PackedScene) Pack(path ObjectImplementer) gdnative.Error
        Pack will ignore any sub-nodes not owned by given node. See [method Node.set_owner].
	Args: [{ false path Object}], Returns: enum.Error

func (*PackedScene) X_GetBundledScene ¶ 

func (o *PackedScene) X_GetBundledScene() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*PackedScene) X_SetBundledScene ¶ 

func (o *PackedScene) X_SetBundledScene(arg0 gdnative.Dictionary)
        Undocumented
	Args: [{ false arg0 Dictionary}], Returns: void

type PackedSceneGenEditState ¶ 

type PackedSceneGenEditState int

PackedSceneGenEditState is an enum for GenEditState values. 

const (
	PackedSceneGenEditStateDisabled PackedSceneGenEditState = 0
	PackedSceneGenEditStateInstance PackedSceneGenEditState = 1
	PackedSceneGenEditStateMain     PackedSceneGenEditState = 2
)

type PackedSceneImplementer ¶ 

type PackedSceneImplementer interface {
	ResourceImplementer
	X_GetBundledScene() gdnative.Dictionary
	X_SetBundledScene(arg0 gdnative.Dictionary)
	CanInstance() gdnative.Bool
	GetState() SceneStateImplementer
	Instance(editState gdnative.Int) NodeImplementer
}

PackedSceneImplementer is an interface that implements the methods of the PackedScene class.

type PacketPeer ¶ 

type PacketPeer struct {
	Reference
	// contains filtered or unexported fields
}

PacketPeer is an abstraction and base class for packet-based protocols (such as UDP). It provides an API for sending and receiving packets both as raw data or variables. This makes it easy to transfer data over a protocol, without having to encode data as low level bytes or having to worry about network ordering.

func (*PacketPeer) BaseClass ¶ 

func (o *PacketPeer) BaseClass() string

func (*PacketPeer) GetAvailablePacketCount ¶ 

func (o *PacketPeer) GetAvailablePacketCount() gdnative.Int
        Return the number of packets currently available in the ring-buffer.
	Args: [], Returns: int

func (*PacketPeer) GetPacket ¶ 

func (o *PacketPeer) GetPacket() gdnative.PoolByteArray
        Get a raw packet.
	Args: [], Returns: PoolByteArray

func (*PacketPeer) GetPacketError ¶ 

func (o *PacketPeer) GetPacketError() gdnative.Error
        Return the error state of the last packet received (via [method get_packet] and [method get_var]).
	Args: [], Returns: enum.Error

func (*PacketPeer) GetVar ¶ 

func (o *PacketPeer) GetVar() gdnative.Variant
        Get a Variant.
	Args: [], Returns: Variant

func (*PacketPeer) IsObjectDecodingAllowed ¶ 

func (o *PacketPeer) IsObjectDecodingAllowed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PacketPeer) PutPacket ¶ 

func (o *PacketPeer) PutPacket(buffer gdnative.PoolByteArray) gdnative.Error
        Send a raw packet.
	Args: [{ false buffer PoolByteArray}], Returns: enum.Error

func (*PacketPeer) PutVar ¶ 

func (o *PacketPeer) PutVar(variable gdnative.Variant) gdnative.Error
        Send a Variant as a packet.
	Args: [{ false var Variant}], Returns: enum.Error

func (*PacketPeer) SetAllowObjectDecoding ¶ 

func (o *PacketPeer) SetAllowObjectDecoding(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type PacketPeerImplementer ¶ 

type PacketPeerImplementer interface {
	ReferenceImplementer
	GetAvailablePacketCount() gdnative.Int
	GetPacket() gdnative.PoolByteArray
	GetVar() gdnative.Variant
	IsObjectDecodingAllowed() gdnative.Bool
	SetAllowObjectDecoding(enable gdnative.Bool)
}

PacketPeerImplementer is an interface that implements the methods of the PacketPeer class.

type PacketPeerStream ¶ 

type PacketPeerStream struct {
	PacketPeer
	// contains filtered or unexported fields
}

PacketStreamPeer provides a wrapper for working using packets over a stream. This allows for using packet based code with StreamPeers. PacketPeerStream implements a custom protocol over the StreamPeer, so the user should not read or write to the wrapped StreamPeer directly.

func (*PacketPeerStream) BaseClass ¶ 

func (o *PacketPeerStream) BaseClass() string

func (*PacketPeerStream) GetInputBufferMaxSize ¶ 

func (o *PacketPeerStream) GetInputBufferMaxSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PacketPeerStream) GetOutputBufferMaxSize ¶ 

func (o *PacketPeerStream) GetOutputBufferMaxSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PacketPeerStream) GetStreamPeer ¶ 

func (o *PacketPeerStream) GetStreamPeer() StreamPeerImplementer
        Undocumented
	Args: [], Returns: StreamPeer

func (*PacketPeerStream) SetInputBufferMaxSize ¶ 

func (o *PacketPeerStream) SetInputBufferMaxSize(maxSizeBytes gdnative.Int)
        Undocumented
	Args: [{ false max_size_bytes int}], Returns: void

func (*PacketPeerStream) SetOutputBufferMaxSize ¶ 

func (o *PacketPeerStream) SetOutputBufferMaxSize(maxSizeBytes gdnative.Int)
        Undocumented
	Args: [{ false max_size_bytes int}], Returns: void

func (*PacketPeerStream) SetStreamPeer ¶ 

func (o *PacketPeerStream) SetStreamPeer(peer StreamPeerImplementer)
        Undocumented
	Args: [{ false peer StreamPeer}], Returns: void

type PacketPeerStreamImplementer ¶ 

type PacketPeerStreamImplementer interface {
	PacketPeerImplementer
	GetInputBufferMaxSize() gdnative.Int
	GetOutputBufferMaxSize() gdnative.Int
	GetStreamPeer() StreamPeerImplementer
	SetInputBufferMaxSize(maxSizeBytes gdnative.Int)
	SetOutputBufferMaxSize(maxSizeBytes gdnative.Int)
	SetStreamPeer(peer StreamPeerImplementer)
}

PacketPeerStreamImplementer is an interface that implements the methods of the PacketPeerStream class.

type PacketPeerUDP ¶ 

type PacketPeerUDP struct {
	PacketPeer
	// contains filtered or unexported fields
}

UDP packet peer. Can be used to send raw UDP packets as well as [Variant]s.

func (*PacketPeerUDP) BaseClass ¶ 

func (o *PacketPeerUDP) BaseClass() string

func (*PacketPeerUDP) Close ¶ 

func (o *PacketPeerUDP) Close()
        Close the UDP socket the [code]PacketPeerUDP[/code] is currently listening on.
	Args: [], Returns: void

func (*PacketPeerUDP) GetPacketIp ¶ 

func (o *PacketPeerUDP) GetPacketIp() gdnative.String
        Return the IP of the remote peer that sent the last packet(that was received with [method get_packet] or [method get_var]).
	Args: [], Returns: String

func (*PacketPeerUDP) GetPacketPort ¶ 

func (o *PacketPeerUDP) GetPacketPort() gdnative.Int
        Return the port of the remote peer that sent the last packet(that was received with [method get_packet] or [method get_var]).
	Args: [], Returns: int

func (*PacketPeerUDP) IsListening ¶ 

func (o *PacketPeerUDP) IsListening() gdnative.Bool
        Return whether this [code]PacketPeerUDP[/code] is listening.
	Args: [], Returns: bool

func (*PacketPeerUDP) Listen ¶ 

func (o *PacketPeerUDP) Listen(port gdnative.Int, bindAddress gdnative.String, recvBufSize gdnative.Int) gdnative.Error
        Make this [code]PacketPeerUDP[/code] listen on the "port" binding to "bind_address" with a buffer size "recv_buf_size". If "bind_address" is set as "*" (default), the peer will listen on all available addresses (both IPv4 and IPv6). If "bind_address" is set as "0.0.0.0" (for IPv4) or "::" (for IPv6), the peer will listen on all available addresses matching that IP type. If "bind_address" is set to any valid address (e.g. "192.168.1.101", "::1", etc), the peer will only listen on the interface with that addresses (or fail if no interface with the given address exists).
	Args: [{ false port int} {* true bind_address String} {65536 true recv_buf_size int}], Returns: enum.Error

func (*PacketPeerUDP) SetDestAddress ¶ 

func (o *PacketPeerUDP) SetDestAddress(host gdnative.String, port gdnative.Int) gdnative.Error
        Set the destination address and port for sending packets and variables, a hostname will be resolved using if valid.
	Args: [{ false host String} { false port int}], Returns: enum.Error

func (*PacketPeerUDP) Wait ¶ 

func (o *PacketPeerUDP) Wait() gdnative.Error
        Wait for a packet to arrive on the listening port, see [method listen].
	Args: [], Returns: enum.Error

type PacketPeerUDPImplementer ¶ 

type PacketPeerUDPImplementer interface {
	PacketPeerImplementer
	Close()
	GetPacketIp() gdnative.String
	GetPacketPort() gdnative.Int
	IsListening() gdnative.Bool
}

PacketPeerUDPImplementer is an interface that implements the methods of the PacketPeerUDP class.

type Panel ¶ 

type Panel struct {
	Control
	// contains filtered or unexported fields
}

Panel is a Control that displays an opaque background. It's commonly used as a parent and container for other types of Control nodes.

func (*Panel) BaseClass ¶ 

func (o *Panel) BaseClass() string

type PanelContainer ¶ 

type PanelContainer struct {
	Container
	// contains filtered or unexported fields
}

Panel container type. This container fits controls inside of the delimited area of a stylebox. It's useful for giving controls an outline.

func (*PanelContainer) BaseClass ¶ 

func (o *PanelContainer) BaseClass() string

type PanelContainerImplementer ¶ 

type PanelContainerImplementer interface {
	ContainerImplementer
}

PanelContainerImplementer is an interface that implements the methods of the PanelContainer class.

type PanelImplementer ¶ 

type PanelImplementer interface {
	ControlImplementer
}

PanelImplementer is an interface that implements the methods of the Panel class.

type PanoramaSky ¶ 

type PanoramaSky struct {
	Sky
	// contains filtered or unexported fields
}

func (*PanoramaSky) BaseClass ¶ 

func (o *PanoramaSky) BaseClass() string

func (*PanoramaSky) GetPanorama ¶ 

func (o *PanoramaSky) GetPanorama() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*PanoramaSky) SetPanorama ¶ 

func (o *PanoramaSky) SetPanorama(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

type PanoramaSkyImplementer ¶ 

type PanoramaSkyImplementer interface {
	SkyImplementer
	GetPanorama() TextureImplementer
	SetPanorama(texture TextureImplementer)
}

PanoramaSkyImplementer is an interface that implements the methods of the PanoramaSky class.

type ParallaxBackground ¶ 

type ParallaxBackground struct {
	CanvasLayer
	// contains filtered or unexported fields
}

A ParallaxBackground uses one or more ParallaxLayer child nodes to create a parallax effect. Each ParallaxLayer can move at a different speed using [member ParallaxLayer.motion_offset]. This creates an illusion of depth in a 2D game. If not used with a Camera2D, you must manually calculate the [member scroll_offset].

func (*ParallaxBackground) BaseClass ¶ 

func (o *ParallaxBackground) BaseClass() string

func (*ParallaxBackground) GetLimitBegin ¶ 

func (o *ParallaxBackground) GetLimitBegin() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxBackground) GetLimitEnd ¶ 

func (o *ParallaxBackground) GetLimitEnd() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxBackground) GetScrollBaseOffset ¶ 

func (o *ParallaxBackground) GetScrollBaseOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxBackground) GetScrollBaseScale ¶ 

func (o *ParallaxBackground) GetScrollBaseScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxBackground) GetScrollOffset ¶ 

func (o *ParallaxBackground) GetScrollOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxBackground) IsIgnoreCameraZoom ¶ 

func (o *ParallaxBackground) IsIgnoreCameraZoom() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ParallaxBackground) SetIgnoreCameraZoom ¶ 

func (o *ParallaxBackground) SetIgnoreCameraZoom(ignore gdnative.Bool)
        Undocumented
	Args: [{ false ignore bool}], Returns: void

func (*ParallaxBackground) SetLimitBegin ¶ 

func (o *ParallaxBackground) SetLimitBegin(ofs gdnative.Vector2)
        Undocumented
	Args: [{ false ofs Vector2}], Returns: void

func (*ParallaxBackground) SetLimitEnd ¶ 

func (o *ParallaxBackground) SetLimitEnd(ofs gdnative.Vector2)
        Undocumented
	Args: [{ false ofs Vector2}], Returns: void

func (*ParallaxBackground) SetScrollBaseOffset ¶ 

func (o *ParallaxBackground) SetScrollBaseOffset(ofs gdnative.Vector2)
        Undocumented
	Args: [{ false ofs Vector2}], Returns: void

func (*ParallaxBackground) SetScrollBaseScale ¶ 

func (o *ParallaxBackground) SetScrollBaseScale(scale gdnative.Vector2)
        Undocumented
	Args: [{ false scale Vector2}], Returns: void

func (*ParallaxBackground) SetScrollOffset ¶ 

func (o *ParallaxBackground) SetScrollOffset(ofs gdnative.Vector2)
        Undocumented
	Args: [{ false ofs Vector2}], Returns: void

func (*ParallaxBackground) X_CameraMoved ¶ 

func (o *ParallaxBackground) X_CameraMoved(arg0 gdnative.Transform2D, arg1 gdnative.Vector2)
        Undocumented
	Args: [{ false arg0 Transform2D} { false arg1 Vector2}], Returns: void

type ParallaxBackgroundImplementer ¶ 

type ParallaxBackgroundImplementer interface {
	CanvasLayerImplementer
	X_CameraMoved(arg0 gdnative.Transform2D, arg1 gdnative.Vector2)
	GetLimitBegin() gdnative.Vector2
	GetLimitEnd() gdnative.Vector2
	GetScrollBaseOffset() gdnative.Vector2
	GetScrollBaseScale() gdnative.Vector2
	GetScrollOffset() gdnative.Vector2
	IsIgnoreCameraZoom() gdnative.Bool
	SetIgnoreCameraZoom(ignore gdnative.Bool)
	SetLimitBegin(ofs gdnative.Vector2)
	SetLimitEnd(ofs gdnative.Vector2)
	SetScrollBaseOffset(ofs gdnative.Vector2)
	SetScrollBaseScale(scale gdnative.Vector2)
	SetScrollOffset(ofs gdnative.Vector2)
}

ParallaxBackgroundImplementer is an interface that implements the methods of the ParallaxBackground class.

type ParallaxLayer ¶ 

type ParallaxLayer struct {
	Node2D
	// contains filtered or unexported fields
}

A ParallaxLayer must be the child of a ParallaxBackground node. Each ParallaxLayer can be set to move at different speeds relative to the camera movement or the [member ParallaxBackground.scroll_offset] value. This node's children will be affected by its scroll offset.

func (*ParallaxLayer) BaseClass ¶ 

func (o *ParallaxLayer) BaseClass() string

func (*ParallaxLayer) GetMirroring ¶ 

func (o *ParallaxLayer) GetMirroring() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxLayer) GetMotionOffset ¶ 

func (o *ParallaxLayer) GetMotionOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxLayer) GetMotionScale ¶ 

func (o *ParallaxLayer) GetMotionScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*ParallaxLayer) SetMirroring ¶ 

func (o *ParallaxLayer) SetMirroring(mirror gdnative.Vector2)
        Undocumented
	Args: [{ false mirror Vector2}], Returns: void

func (*ParallaxLayer) SetMotionOffset ¶ 

func (o *ParallaxLayer) SetMotionOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*ParallaxLayer) SetMotionScale ¶ 

func (o *ParallaxLayer) SetMotionScale(scale gdnative.Vector2)
        Undocumented
	Args: [{ false scale Vector2}], Returns: void

type ParallaxLayerImplementer ¶ 

type ParallaxLayerImplementer interface {
	Node2DImplementer
	GetMirroring() gdnative.Vector2
	GetMotionOffset() gdnative.Vector2
	GetMotionScale() gdnative.Vector2
	SetMirroring(mirror gdnative.Vector2)
	SetMotionOffset(offset gdnative.Vector2)
	SetMotionScale(scale gdnative.Vector2)
}

ParallaxLayerImplementer is an interface that implements the methods of the ParallaxLayer class.

type Particles ¶ 

type Particles struct {
	GeometryInstance
	// contains filtered or unexported fields
}

3D particle node used to create a variety of particle systems and effects. [code]Particles[/code] features an emitter that generates some number of particles at a given rate. Use the [code]process_material[/code] property to add a ParticlesMaterial to configure particle appearance and behavior. Alternatively, you can add a ShaderMaterial which will be applied to all particles.

func (*Particles) BaseClass ¶ 

func (o *Particles) BaseClass() string

func (*Particles) CaptureAabb ¶ 

func (o *Particles) CaptureAabb() gdnative.Aabb

Args: [], Returns: AABB

func (*Particles) GetAmount ¶ 

func (o *Particles) GetAmount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles) GetDrawOrder ¶ 

func (o *Particles) GetDrawOrder() ParticlesDrawOrder
        Undocumented
	Args: [], Returns: enum.Particles::DrawOrder

func (*Particles) GetDrawPassMesh ¶ 

func (o *Particles) GetDrawPassMesh(pass gdnative.Int) MeshImplementer
        Undocumented
	Args: [{ false pass int}], Returns: Mesh

func (*Particles) GetDrawPasses ¶ 

func (o *Particles) GetDrawPasses() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles) GetExplosivenessRatio ¶ 

func (o *Particles) GetExplosivenessRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles) GetFixedFps ¶ 

func (o *Particles) GetFixedFps() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles) GetFractionalDelta ¶ 

func (o *Particles) GetFractionalDelta() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles) GetLifetime ¶ 

func (o *Particles) GetLifetime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles) GetOneShot ¶ 

func (o *Particles) GetOneShot() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles) GetPreProcessTime ¶ 

func (o *Particles) GetPreProcessTime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles) GetProcessMaterial ¶ 

func (o *Particles) GetProcessMaterial() MaterialImplementer
        Undocumented
	Args: [], Returns: Material

func (*Particles) GetRandomnessRatio ¶ 

func (o *Particles) GetRandomnessRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles) GetSpeedScale ¶ 

func (o *Particles) GetSpeedScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles) GetUseLocalCoordinates ¶ 

func (o *Particles) GetUseLocalCoordinates() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles) GetVisibilityAabb ¶ 

func (o *Particles) GetVisibilityAabb() gdnative.Aabb
        Undocumented
	Args: [], Returns: AABB

func (*Particles) IsEmitting ¶ 

func (o *Particles) IsEmitting() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles) Restart ¶ 

func (o *Particles) Restart()

Args: [], Returns: void

func (*Particles) SetAmount ¶ 

func (o *Particles) SetAmount(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*Particles) SetDrawOrder ¶ 

func (o *Particles) SetDrawOrder(order gdnative.Int)
        Undocumented
	Args: [{ false order int}], Returns: void

func (*Particles) SetDrawPassMesh ¶ 

func (o *Particles) SetDrawPassMesh(pass gdnative.Int, mesh MeshImplementer)
        Undocumented
	Args: [{ false pass int} { false mesh Mesh}], Returns: void

func (*Particles) SetDrawPasses ¶ 

func (o *Particles) SetDrawPasses(passes gdnative.Int)
        Undocumented
	Args: [{ false passes int}], Returns: void

func (*Particles) SetEmitting ¶ 

func (o *Particles) SetEmitting(emitting gdnative.Bool)
        Undocumented
	Args: [{ false emitting bool}], Returns: void

func (*Particles) SetExplosivenessRatio ¶ 

func (o *Particles) SetExplosivenessRatio(ratio gdnative.Real)
        Undocumented
	Args: [{ false ratio float}], Returns: void

func (*Particles) SetFixedFps ¶ 

func (o *Particles) SetFixedFps(fps gdnative.Int)
        Undocumented
	Args: [{ false fps int}], Returns: void

func (*Particles) SetFractionalDelta ¶ 

func (o *Particles) SetFractionalDelta(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Particles) SetLifetime ¶ 

func (o *Particles) SetLifetime(secs gdnative.Real)
        Undocumented
	Args: [{ false secs float}], Returns: void

func (*Particles) SetOneShot ¶ 

func (o *Particles) SetOneShot(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Particles) SetPreProcessTime ¶ 

func (o *Particles) SetPreProcessTime(secs gdnative.Real)
        Undocumented
	Args: [{ false secs float}], Returns: void

func (*Particles) SetProcessMaterial ¶ 

func (o *Particles) SetProcessMaterial(material MaterialImplementer)
        Undocumented
	Args: [{ false material Material}], Returns: void

func (*Particles) SetRandomnessRatio ¶ 

func (o *Particles) SetRandomnessRatio(ratio gdnative.Real)
        Undocumented
	Args: [{ false ratio float}], Returns: void

func (*Particles) SetSpeedScale ¶ 

func (o *Particles) SetSpeedScale(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

func (*Particles) SetUseLocalCoordinates ¶ 

func (o *Particles) SetUseLocalCoordinates(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Particles) SetVisibilityAabb ¶ 

func (o *Particles) SetVisibilityAabb(aabb gdnative.Aabb)
        Undocumented
	Args: [{ false aabb AABB}], Returns: void

type Particles2D ¶ 

type Particles2D struct {
	Node2D
	// contains filtered or unexported fields
}

2D particle node used to create a variety of particle systems and effects. [code]Particles2D[/code] features an emitter that generates some number of particles at a given rate. Use the [code]process_material[/code] property to add a ParticlesMaterial to configure particle appearance and behavior. Alternatively, you can add a ShaderMaterial which will be applied to all particles.

func (*Particles2D) BaseClass ¶ 

func (o *Particles2D) BaseClass() string

func (*Particles2D) CaptureRect ¶ 

func (o *Particles2D) CaptureRect() gdnative.Rect2

Args: [], Returns: Rect2

func (*Particles2D) GetAmount ¶ 

func (o *Particles2D) GetAmount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles2D) GetDrawOrder ¶ 

func (o *Particles2D) GetDrawOrder() Particles2DDrawOrder
        Undocumented
	Args: [], Returns: enum.Particles2D::DrawOrder

func (*Particles2D) GetExplosivenessRatio ¶ 

func (o *Particles2D) GetExplosivenessRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles2D) GetFixedFps ¶ 

func (o *Particles2D) GetFixedFps() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles2D) GetFractionalDelta ¶ 

func (o *Particles2D) GetFractionalDelta() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles2D) GetHFrames ¶ 

func (o *Particles2D) GetHFrames() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles2D) GetLifetime ¶ 

func (o *Particles2D) GetLifetime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles2D) GetNormalMap ¶ 

func (o *Particles2D) GetNormalMap() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Particles2D) GetOneShot ¶ 

func (o *Particles2D) GetOneShot() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles2D) GetPreProcessTime ¶ 

func (o *Particles2D) GetPreProcessTime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles2D) GetProcessMaterial ¶ 

func (o *Particles2D) GetProcessMaterial() MaterialImplementer
        Undocumented
	Args: [], Returns: Material

func (*Particles2D) GetRandomnessRatio ¶ 

func (o *Particles2D) GetRandomnessRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles2D) GetSpeedScale ¶ 

func (o *Particles2D) GetSpeedScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Particles2D) GetTexture ¶ 

func (o *Particles2D) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Particles2D) GetUseLocalCoordinates ¶ 

func (o *Particles2D) GetUseLocalCoordinates() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles2D) GetVFrames ¶ 

func (o *Particles2D) GetVFrames() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Particles2D) GetVisibilityRect ¶ 

func (o *Particles2D) GetVisibilityRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*Particles2D) IsEmitting ¶ 

func (o *Particles2D) IsEmitting() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Particles2D) Restart ¶ 

func (o *Particles2D) Restart()

Args: [], Returns: void

func (*Particles2D) SetAmount ¶ 

func (o *Particles2D) SetAmount(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*Particles2D) SetDrawOrder ¶ 

func (o *Particles2D) SetDrawOrder(order gdnative.Int)
        Undocumented
	Args: [{ false order int}], Returns: void

func (*Particles2D) SetEmitting ¶ 

func (o *Particles2D) SetEmitting(emitting gdnative.Bool)
        Undocumented
	Args: [{ false emitting bool}], Returns: void

func (*Particles2D) SetExplosivenessRatio ¶ 

func (o *Particles2D) SetExplosivenessRatio(ratio gdnative.Real)
        Undocumented
	Args: [{ false ratio float}], Returns: void

func (*Particles2D) SetFixedFps ¶ 

func (o *Particles2D) SetFixedFps(fps gdnative.Int)
        Undocumented
	Args: [{ false fps int}], Returns: void

func (*Particles2D) SetFractionalDelta ¶ 

func (o *Particles2D) SetFractionalDelta(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Particles2D) SetHFrames ¶ 

func (o *Particles2D) SetHFrames(frames gdnative.Int)
        Undocumented
	Args: [{ false frames int}], Returns: void

func (*Particles2D) SetLifetime ¶ 

func (o *Particles2D) SetLifetime(secs gdnative.Real)
        Undocumented
	Args: [{ false secs float}], Returns: void

func (*Particles2D) SetNormalMap ¶ 

func (o *Particles2D) SetNormalMap(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Particles2D) SetOneShot ¶ 

func (o *Particles2D) SetOneShot(secs gdnative.Bool)
        Undocumented
	Args: [{ false secs bool}], Returns: void

func (*Particles2D) SetPreProcessTime ¶ 

func (o *Particles2D) SetPreProcessTime(secs gdnative.Real)
        Undocumented
	Args: [{ false secs float}], Returns: void

func (*Particles2D) SetProcessMaterial ¶ 

func (o *Particles2D) SetProcessMaterial(material MaterialImplementer)
        Undocumented
	Args: [{ false material Material}], Returns: void

func (*Particles2D) SetRandomnessRatio ¶ 

func (o *Particles2D) SetRandomnessRatio(ratio gdnative.Real)
        Undocumented
	Args: [{ false ratio float}], Returns: void

func (*Particles2D) SetSpeedScale ¶ 

func (o *Particles2D) SetSpeedScale(scale gdnative.Real)
        Undocumented
	Args: [{ false scale float}], Returns: void

func (*Particles2D) SetTexture ¶ 

func (o *Particles2D) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Particles2D) SetUseLocalCoordinates ¶ 

func (o *Particles2D) SetUseLocalCoordinates(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Particles2D) SetVFrames ¶ 

func (o *Particles2D) SetVFrames(frames gdnative.Int)
        Undocumented
	Args: [{ false frames int}], Returns: void

func (*Particles2D) SetVisibilityRect ¶ 

func (o *Particles2D) SetVisibilityRect(aabb gdnative.Rect2)
        Undocumented
	Args: [{ false aabb Rect2}], Returns: void

type Particles2DDrawOrder ¶ 

type Particles2DDrawOrder int

Particles2DDrawOrder is an enum for DrawOrder values. 

const (
	Particles2DDrawOrderIndex    Particles2DDrawOrder = 0
	Particles2DDrawOrderLifetime Particles2DDrawOrder = 1
)

type Particles2DImplementer ¶ 

type Particles2DImplementer interface {
	Node2DImplementer
	CaptureRect() gdnative.Rect2
	GetAmount() gdnative.Int
	GetExplosivenessRatio() gdnative.Real
	GetFixedFps() gdnative.Int
	GetFractionalDelta() gdnative.Bool
	GetHFrames() gdnative.Int
	GetLifetime() gdnative.Real
	GetNormalMap() TextureImplementer
	GetOneShot() gdnative.Bool
	GetPreProcessTime() gdnative.Real
	GetProcessMaterial() MaterialImplementer
	GetRandomnessRatio() gdnative.Real
	GetSpeedScale() gdnative.Real
	GetTexture() TextureImplementer
	GetUseLocalCoordinates() gdnative.Bool
	GetVFrames() gdnative.Int
	GetVisibilityRect() gdnative.Rect2
	IsEmitting() gdnative.Bool
	Restart()
	SetAmount(amount gdnative.Int)
	SetDrawOrder(order gdnative.Int)
	SetEmitting(emitting gdnative.Bool)
	SetExplosivenessRatio(ratio gdnative.Real)
	SetFixedFps(fps gdnative.Int)
	SetFractionalDelta(enable gdnative.Bool)
	SetHFrames(frames gdnative.Int)
	SetLifetime(secs gdnative.Real)
	SetNormalMap(texture TextureImplementer)
	SetOneShot(secs gdnative.Bool)
	SetPreProcessTime(secs gdnative.Real)
	SetProcessMaterial(material MaterialImplementer)
	SetRandomnessRatio(ratio gdnative.Real)
	SetSpeedScale(scale gdnative.Real)
	SetTexture(texture TextureImplementer)
	SetUseLocalCoordinates(enable gdnative.Bool)
	SetVFrames(frames gdnative.Int)
	SetVisibilityRect(aabb gdnative.Rect2)
}

Particles2DImplementer is an interface that implements the methods of the Particles2D class.

type ParticlesDrawOrder ¶ 

type ParticlesDrawOrder int

ParticlesDrawOrder is an enum for DrawOrder values. 

const (
	ParticlesDrawOrderIndex     ParticlesDrawOrder = 0
	ParticlesDrawOrderLifetime  ParticlesDrawOrder = 1
	ParticlesDrawOrderViewDepth ParticlesDrawOrder = 2
)

type ParticlesImplementer ¶ 

type ParticlesImplementer interface {
	GeometryInstanceImplementer
	CaptureAabb() gdnative.Aabb
	GetAmount() gdnative.Int
	GetDrawPassMesh(pass gdnative.Int) MeshImplementer
	GetDrawPasses() gdnative.Int
	GetExplosivenessRatio() gdnative.Real
	GetFixedFps() gdnative.Int
	GetFractionalDelta() gdnative.Bool
	GetLifetime() gdnative.Real
	GetOneShot() gdnative.Bool
	GetPreProcessTime() gdnative.Real
	GetProcessMaterial() MaterialImplementer
	GetRandomnessRatio() gdnative.Real
	GetSpeedScale() gdnative.Real
	GetUseLocalCoordinates() gdnative.Bool
	GetVisibilityAabb() gdnative.Aabb
	IsEmitting() gdnative.Bool
	Restart()
	SetAmount(amount gdnative.Int)
	SetDrawOrder(order gdnative.Int)
	SetDrawPassMesh(pass gdnative.Int, mesh MeshImplementer)
	SetDrawPasses(passes gdnative.Int)
	SetEmitting(emitting gdnative.Bool)
	SetExplosivenessRatio(ratio gdnative.Real)
	SetFixedFps(fps gdnative.Int)
	SetFractionalDelta(enable gdnative.Bool)
	SetLifetime(secs gdnative.Real)
	SetOneShot(enable gdnative.Bool)
	SetPreProcessTime(secs gdnative.Real)
	SetProcessMaterial(material MaterialImplementer)
	SetRandomnessRatio(ratio gdnative.Real)
	SetSpeedScale(scale gdnative.Real)
	SetUseLocalCoordinates(enable gdnative.Bool)
	SetVisibilityAabb(aabb gdnative.Aabb)
}

ParticlesImplementer is an interface that implements the methods of the Particles class.

type ParticlesMaterial ¶ 

type ParticlesMaterial struct {
	Material
	// contains filtered or unexported fields
}

ParticlesMaterial defines particle properties and behavior. It is used in the [code]process_material[/code] of Particles and Particles2D emitter nodes. Some of this material's properties are applied to each particle when emitted, while others can have a CurveTexture applied to vary values over the lifetime of the particle.

func (*ParticlesMaterial) BaseClass ¶ 

func (o *ParticlesMaterial) BaseClass() string

func (*ParticlesMaterial) GetColor ¶ 

func (o *ParticlesMaterial) GetColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ParticlesMaterial) GetColorRamp ¶ 

func (o *ParticlesMaterial) GetColorRamp() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*ParticlesMaterial) GetEmissionBoxExtents ¶ 

func (o *ParticlesMaterial) GetEmissionBoxExtents() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*ParticlesMaterial) GetEmissionColorTexture ¶ 

func (o *ParticlesMaterial) GetEmissionColorTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*ParticlesMaterial) GetEmissionNormalTexture ¶ 

func (o *ParticlesMaterial) GetEmissionNormalTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*ParticlesMaterial) GetEmissionPointCount ¶ 

func (o *ParticlesMaterial) GetEmissionPointCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ParticlesMaterial) GetEmissionPointTexture ¶ 

func (o *ParticlesMaterial) GetEmissionPointTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*ParticlesMaterial) GetEmissionShape ¶ 

func (o *ParticlesMaterial) GetEmissionShape() ParticlesMaterialEmissionShape
        Undocumented
	Args: [], Returns: enum.ParticlesMaterial::EmissionShape

func (*ParticlesMaterial) GetEmissionSphereRadius ¶ 

func (o *ParticlesMaterial) GetEmissionSphereRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ParticlesMaterial) GetFlag ¶ 

func (o *ParticlesMaterial) GetFlag(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*ParticlesMaterial) GetFlatness ¶ 

func (o *ParticlesMaterial) GetFlatness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ParticlesMaterial) GetGravity ¶ 

func (o *ParticlesMaterial) GetGravity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*ParticlesMaterial) GetParam ¶ 

func (o *ParticlesMaterial) GetParam(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*ParticlesMaterial) GetParamRandomness ¶ 

func (o *ParticlesMaterial) GetParamRandomness(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*ParticlesMaterial) GetParamTexture ¶ 

func (o *ParticlesMaterial) GetParamTexture(param gdnative.Int) TextureImplementer
        Undocumented
	Args: [{ false param int}], Returns: Texture

func (*ParticlesMaterial) GetSpread ¶ 

func (o *ParticlesMaterial) GetSpread() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ParticlesMaterial) GetTrailColorModifier ¶ 

func (o *ParticlesMaterial) GetTrailColorModifier() GradientTextureImplementer
        Undocumented
	Args: [], Returns: GradientTexture

func (*ParticlesMaterial) GetTrailDivisor ¶ 

func (o *ParticlesMaterial) GetTrailDivisor() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ParticlesMaterial) GetTrailSizeModifier ¶ 

func (o *ParticlesMaterial) GetTrailSizeModifier() CurveTextureImplementer
        Undocumented
	Args: [], Returns: CurveTexture

func (*ParticlesMaterial) SetColor ¶ 

func (o *ParticlesMaterial) SetColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ParticlesMaterial) SetColorRamp ¶ 

func (o *ParticlesMaterial) SetColorRamp(ramp TextureImplementer)
        Undocumented
	Args: [{ false ramp Texture}], Returns: void

func (*ParticlesMaterial) SetEmissionBoxExtents ¶ 

func (o *ParticlesMaterial) SetEmissionBoxExtents(extents gdnative.Vector3)
        Undocumented
	Args: [{ false extents Vector3}], Returns: void

func (*ParticlesMaterial) SetEmissionColorTexture ¶ 

func (o *ParticlesMaterial) SetEmissionColorTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*ParticlesMaterial) SetEmissionNormalTexture ¶ 

func (o *ParticlesMaterial) SetEmissionNormalTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*ParticlesMaterial) SetEmissionPointCount ¶ 

func (o *ParticlesMaterial) SetEmissionPointCount(pointCount gdnative.Int)
        Undocumented
	Args: [{ false point_count int}], Returns: void

func (*ParticlesMaterial) SetEmissionPointTexture ¶ 

func (o *ParticlesMaterial) SetEmissionPointTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*ParticlesMaterial) SetEmissionShape ¶ 

func (o *ParticlesMaterial) SetEmissionShape(shape gdnative.Int)
        Undocumented
	Args: [{ false shape int}], Returns: void

func (*ParticlesMaterial) SetEmissionSphereRadius ¶ 

func (o *ParticlesMaterial) SetEmissionSphereRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

func (*ParticlesMaterial) SetFlag ¶ 

func (o *ParticlesMaterial) SetFlag(flag gdnative.Int, enable gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false enable bool}], Returns: void

func (*ParticlesMaterial) SetFlatness ¶ 

func (o *ParticlesMaterial) SetFlatness(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*ParticlesMaterial) SetGravity ¶ 

func (o *ParticlesMaterial) SetGravity(accelVec gdnative.Vector3)
        Undocumented
	Args: [{ false accel_vec Vector3}], Returns: void

func (*ParticlesMaterial) SetParam ¶ 

func (o *ParticlesMaterial) SetParam(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*ParticlesMaterial) SetParamRandomness ¶ 

func (o *ParticlesMaterial) SetParamRandomness(param gdnative.Int, randomness gdnative.Real)
        Undocumented
	Args: [{ false param int} { false randomness float}], Returns: void

func (*ParticlesMaterial) SetParamTexture ¶ 

func (o *ParticlesMaterial) SetParamTexture(param gdnative.Int, texture TextureImplementer)
        Undocumented
	Args: [{ false param int} { false texture Texture}], Returns: void

func (*ParticlesMaterial) SetSpread ¶ 

func (o *ParticlesMaterial) SetSpread(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*ParticlesMaterial) SetTrailColorModifier ¶ 

func (o *ParticlesMaterial) SetTrailColorModifier(texture GradientTextureImplementer)
        Undocumented
	Args: [{ false texture GradientTexture}], Returns: void

func (*ParticlesMaterial) SetTrailDivisor ¶ 

func (o *ParticlesMaterial) SetTrailDivisor(divisor gdnative.Int)
        Undocumented
	Args: [{ false divisor int}], Returns: void

func (*ParticlesMaterial) SetTrailSizeModifier ¶ 

func (o *ParticlesMaterial) SetTrailSizeModifier(texture CurveTextureImplementer)
        Undocumented
	Args: [{ false texture CurveTexture}], Returns: void

type ParticlesMaterialEmissionShape ¶ 

type ParticlesMaterialEmissionShape int

ParticlesMaterialEmissionShape is an enum for EmissionShape values. 

const (
	ParticlesMaterialEmissionShapeBox            ParticlesMaterialEmissionShape = 2
	ParticlesMaterialEmissionShapeDirectedPoints ParticlesMaterialEmissionShape = 4
	ParticlesMaterialEmissionShapePoint          ParticlesMaterialEmissionShape = 0
	ParticlesMaterialEmissionShapePoints         ParticlesMaterialEmissionShape = 3
	ParticlesMaterialEmissionShapeSphere         ParticlesMaterialEmissionShape = 1
)

type ParticlesMaterialFlags ¶ 

type ParticlesMaterialFlags int

ParticlesMaterialFlags is an enum for Flags values. 

const (
	ParticlesMaterialFlagAlignYToVelocity ParticlesMaterialFlags = 0
	ParticlesMaterialFlagMax              ParticlesMaterialFlags = 4
	ParticlesMaterialFlagRotateY          ParticlesMaterialFlags = 1
)

type ParticlesMaterialImplementer ¶ 

type ParticlesMaterialImplementer interface {
	MaterialImplementer
	GetColor() gdnative.Color
	GetColorRamp() TextureImplementer
	GetEmissionBoxExtents() gdnative.Vector3
	GetEmissionColorTexture() TextureImplementer
	GetEmissionNormalTexture() TextureImplementer
	GetEmissionPointCount() gdnative.Int
	GetEmissionPointTexture() TextureImplementer
	GetEmissionSphereRadius() gdnative.Real
	GetFlag(flag gdnative.Int) gdnative.Bool
	GetFlatness() gdnative.Real
	GetGravity() gdnative.Vector3
	GetParam(param gdnative.Int) gdnative.Real
	GetParamRandomness(param gdnative.Int) gdnative.Real
	GetParamTexture(param gdnative.Int) TextureImplementer
	GetSpread() gdnative.Real
	GetTrailColorModifier() GradientTextureImplementer
	GetTrailDivisor() gdnative.Int
	GetTrailSizeModifier() CurveTextureImplementer
	SetColor(color gdnative.Color)
	SetColorRamp(ramp TextureImplementer)
	SetEmissionBoxExtents(extents gdnative.Vector3)
	SetEmissionColorTexture(texture TextureImplementer)
	SetEmissionNormalTexture(texture TextureImplementer)
	SetEmissionPointCount(pointCount gdnative.Int)
	SetEmissionPointTexture(texture TextureImplementer)
	SetEmissionShape(shape gdnative.Int)
	SetEmissionSphereRadius(radius gdnative.Real)
	SetFlag(flag gdnative.Int, enable gdnative.Bool)
	SetFlatness(amount gdnative.Real)
	SetGravity(accelVec gdnative.Vector3)
	SetParam(param gdnative.Int, value gdnative.Real)
	SetParamRandomness(param gdnative.Int, randomness gdnative.Real)
	SetParamTexture(param gdnative.Int, texture TextureImplementer)
	SetSpread(degrees gdnative.Real)
	SetTrailColorModifier(texture GradientTextureImplementer)
	SetTrailDivisor(divisor gdnative.Int)
	SetTrailSizeModifier(texture CurveTextureImplementer)
}

ParticlesMaterialImplementer is an interface that implements the methods of the ParticlesMaterial class.

type ParticlesMaterialParameter ¶ 

type ParticlesMaterialParameter int

ParticlesMaterialParameter is an enum for Parameter values. 

const (
	ParticlesMaterialParamAngle                 ParticlesMaterialParameter = 7
	ParticlesMaterialParamAngularVelocity       ParticlesMaterialParameter = 1
	ParticlesMaterialParamAnimOffset            ParticlesMaterialParameter = 11
	ParticlesMaterialParamAnimSpeed             ParticlesMaterialParameter = 10
	ParticlesMaterialParamDamping               ParticlesMaterialParameter = 6
	ParticlesMaterialParamHueVariation          ParticlesMaterialParameter = 9
	ParticlesMaterialParamInitialLinearVelocity ParticlesMaterialParameter = 0
	ParticlesMaterialParamLinearAccel           ParticlesMaterialParameter = 3
	ParticlesMaterialParamMax                   ParticlesMaterialParameter = 12
	ParticlesMaterialParamOrbitVelocity         ParticlesMaterialParameter = 2
	ParticlesMaterialParamRadialAccel           ParticlesMaterialParameter = 4
	ParticlesMaterialParamScale                 ParticlesMaterialParameter = 8
	ParticlesMaterialParamTangentialAccel       ParticlesMaterialParameter = 5
)

type Path ¶ 

type Path struct {
	Spatial
	// contains filtered or unexported fields
}

This class is a container/Node-ification of a Curve3D, so it can have Spatial properties and Node info.

func (*Path) BaseClass ¶ 

func (o *Path) BaseClass() string

func (*Path) GetCurve ¶ 

func (o *Path) GetCurve() Curve3DImplementer
        Undocumented
	Args: [], Returns: Curve3D

func (*Path) SetCurve ¶ 

func (o *Path) SetCurve(curve Curve3DImplementer)
        Undocumented
	Args: [{ false curve Curve3D}], Returns: void

func (*Path) X_CurveChanged ¶ 

func (o *Path) X_CurveChanged()
        Undocumented
	Args: [], Returns: void

type Path2D ¶ 

type Path2D struct {
	Node2D
	// contains filtered or unexported fields
}

Can have PathFollow2D child-nodes moving along the Curve2D. See PathFollow2D for more information on this usage.

func (*Path2D) BaseClass ¶ 

func (o *Path2D) BaseClass() string

func (*Path2D) GetCurve ¶ 

func (o *Path2D) GetCurve() Curve2DImplementer
        Undocumented
	Args: [], Returns: Curve2D

func (*Path2D) SetCurve ¶ 

func (o *Path2D) SetCurve(curve Curve2DImplementer)
        Undocumented
	Args: [{ false curve Curve2D}], Returns: void

func (*Path2D) X_CurveChanged ¶ 

func (o *Path2D) X_CurveChanged()
        Undocumented
	Args: [], Returns: void

type Path2DImplementer ¶ 

type Path2DImplementer interface {
	Node2DImplementer
	X_CurveChanged()
	GetCurve() Curve2DImplementer
	SetCurve(curve Curve2DImplementer)
}

Path2DImplementer is an interface that implements the methods of the Path2D class.

type PathFollow ¶ 

type PathFollow struct {
	Spatial
	// contains filtered or unexported fields
}

This node takes its parent Path, and returns the coordinates of a point within it, given a distance from the first vertex. It is useful for making other nodes follow a path, without coding the movement pattern. For that, the nodes must be descendants of this node. Then, when setting an offset in this node, the descendant nodes will move accordingly.

func (*PathFollow) BaseClass ¶ 

func (o *PathFollow) BaseClass() string

func (*PathFollow) GetCubicInterpolation ¶ 

func (o *PathFollow) GetCubicInterpolation() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PathFollow) GetHOffset ¶ 

func (o *PathFollow) GetHOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow) GetOffset ¶ 

func (o *PathFollow) GetOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow) GetRotationMode ¶ 

func (o *PathFollow) GetRotationMode() PathFollowRotationMode
        Undocumented
	Args: [], Returns: enum.PathFollow::RotationMode

func (*PathFollow) GetUnitOffset ¶ 

func (o *PathFollow) GetUnitOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow) GetVOffset ¶ 

func (o *PathFollow) GetVOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow) HasLoop ¶ 

func (o *PathFollow) HasLoop() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PathFollow) SetCubicInterpolation ¶ 

func (o *PathFollow) SetCubicInterpolation(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*PathFollow) SetHOffset ¶ 

func (o *PathFollow) SetHOffset(hOffset gdnative.Real)
        Undocumented
	Args: [{ false h_offset float}], Returns: void

func (*PathFollow) SetLoop ¶ 

func (o *PathFollow) SetLoop(loop gdnative.Bool)
        Undocumented
	Args: [{ false loop bool}], Returns: void

func (*PathFollow) SetOffset ¶ 

func (o *PathFollow) SetOffset(offset gdnative.Real)
        Undocumented
	Args: [{ false offset float}], Returns: void

func (*PathFollow) SetRotationMode ¶ 

func (o *PathFollow) SetRotationMode(rotationMode gdnative.Int)
        Undocumented
	Args: [{ false rotation_mode int}], Returns: void

func (*PathFollow) SetUnitOffset ¶ 

func (o *PathFollow) SetUnitOffset(unitOffset gdnative.Real)
        Undocumented
	Args: [{ false unit_offset float}], Returns: void

func (*PathFollow) SetVOffset ¶ 

func (o *PathFollow) SetVOffset(vOffset gdnative.Real)
        Undocumented
	Args: [{ false v_offset float}], Returns: void

type PathFollow2D ¶ 

type PathFollow2D struct {
	Node2D
	// contains filtered or unexported fields
}

This node takes its parent Path2D, and returns the coordinates of a point within it, given a distance from the first vertex. It is useful for making other nodes follow a path, without coding the movement pattern. For that, the nodes must be descendants of this node. Then, when setting an offset in this node, the descendant nodes will move accordingly.

func (*PathFollow2D) BaseClass ¶ 

func (o *PathFollow2D) BaseClass() string

func (*PathFollow2D) GetCubicInterpolation ¶ 

func (o *PathFollow2D) GetCubicInterpolation() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PathFollow2D) GetHOffset ¶ 

func (o *PathFollow2D) GetHOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow2D) GetLookahead ¶ 

func (o *PathFollow2D) GetLookahead() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow2D) GetOffset ¶ 

func (o *PathFollow2D) GetOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow2D) GetUnitOffset ¶ 

func (o *PathFollow2D) GetUnitOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow2D) GetVOffset ¶ 

func (o *PathFollow2D) GetVOffset() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PathFollow2D) HasLoop ¶ 

func (o *PathFollow2D) HasLoop() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PathFollow2D) IsRotating ¶ 

func (o *PathFollow2D) IsRotating() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PathFollow2D) SetCubicInterpolation ¶ 

func (o *PathFollow2D) SetCubicInterpolation(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*PathFollow2D) SetHOffset ¶ 

func (o *PathFollow2D) SetHOffset(hOffset gdnative.Real)
        Undocumented
	Args: [{ false h_offset float}], Returns: void

func (*PathFollow2D) SetLookahead ¶ 

func (o *PathFollow2D) SetLookahead(lookahead gdnative.Real)
        Undocumented
	Args: [{ false lookahead float}], Returns: void

func (*PathFollow2D) SetLoop ¶ 

func (o *PathFollow2D) SetLoop(loop gdnative.Bool)
        Undocumented
	Args: [{ false loop bool}], Returns: void

func (*PathFollow2D) SetOffset ¶ 

func (o *PathFollow2D) SetOffset(offset gdnative.Real)
        Undocumented
	Args: [{ false offset float}], Returns: void

func (*PathFollow2D) SetRotate ¶ 

func (o *PathFollow2D) SetRotate(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*PathFollow2D) SetUnitOffset ¶ 

func (o *PathFollow2D) SetUnitOffset(unitOffset gdnative.Real)
        Undocumented
	Args: [{ false unit_offset float}], Returns: void

func (*PathFollow2D) SetVOffset ¶ 

func (o *PathFollow2D) SetVOffset(vOffset gdnative.Real)
        Undocumented
	Args: [{ false v_offset float}], Returns: void

type PathFollow2DImplementer ¶ 

type PathFollow2DImplementer interface {
	Node2DImplementer
	GetCubicInterpolation() gdnative.Bool
	GetHOffset() gdnative.Real
	GetLookahead() gdnative.Real
	GetOffset() gdnative.Real
	GetUnitOffset() gdnative.Real
	GetVOffset() gdnative.Real
	HasLoop() gdnative.Bool
	IsRotating() gdnative.Bool
	SetCubicInterpolation(enable gdnative.Bool)
	SetHOffset(hOffset gdnative.Real)
	SetLookahead(lookahead gdnative.Real)
	SetLoop(loop gdnative.Bool)
	SetOffset(offset gdnative.Real)
	SetRotate(enable gdnative.Bool)
	SetUnitOffset(unitOffset gdnative.Real)
	SetVOffset(vOffset gdnative.Real)
}

PathFollow2DImplementer is an interface that implements the methods of the PathFollow2D class.

type PathFollowImplementer ¶ 

type PathFollowImplementer interface {
	SpatialImplementer
	GetCubicInterpolation() gdnative.Bool
	GetHOffset() gdnative.Real
	GetOffset() gdnative.Real
	GetUnitOffset() gdnative.Real
	GetVOffset() gdnative.Real
	HasLoop() gdnative.Bool
	SetCubicInterpolation(enable gdnative.Bool)
	SetHOffset(hOffset gdnative.Real)
	SetLoop(loop gdnative.Bool)
	SetOffset(offset gdnative.Real)
	SetRotationMode(rotationMode gdnative.Int)
	SetUnitOffset(unitOffset gdnative.Real)
	SetVOffset(vOffset gdnative.Real)
}

PathFollowImplementer is an interface that implements the methods of the PathFollow class.

type PathFollowRotationMode ¶ 

type PathFollowRotationMode int

PathFollowRotationMode is an enum for RotationMode values. 

const (
	PathFollowRotationNone PathFollowRotationMode = 0
	PathFollowRotationXy   PathFollowRotationMode = 2
	PathFollowRotationXyz  PathFollowRotationMode = 3
	PathFollowRotationY    PathFollowRotationMode = 1
)

type PathImplementer ¶ 

type PathImplementer interface {
	SpatialImplementer
	X_CurveChanged()
	GetCurve() Curve3DImplementer
	SetCurve(curve Curve3DImplementer)
}

PathImplementer is an interface that implements the methods of the Path class.

type PerformanceImplementer ¶ 

type PerformanceImplementer interface {
	ObjectImplementer
	GetMonitor(monitor gdnative.Int) gdnative.Real
}

PerformanceImplementer is an interface that implements the methods of the Performance class.

type PerformanceMonitor ¶ 

type PerformanceMonitor int

PerformanceMonitor is an enum for Monitor values. 

const (
	PerformanceMemoryDynamic                PerformanceMonitor = 4
	PerformanceMemoryDynamicMax             PerformanceMonitor = 6
	PerformanceMemoryMessageBufferMax       PerformanceMonitor = 7
	PerformanceMemoryStatic                 PerformanceMonitor = 3
	PerformanceMemoryStaticMax              PerformanceMonitor = 5
	PerformanceMonitorMax                   PerformanceMonitor = 27
	PerformanceObjectCount                  PerformanceMonitor = 8
	PerformanceObjectNodeCount              PerformanceMonitor = 10
	PerformanceObjectResourceCount          PerformanceMonitor = 9
	PerformancePhysics2DActiveObjects       PerformanceMonitor = 21
	PerformancePhysics2DCollisionPairs      PerformanceMonitor = 22
	PerformancePhysics2DIslandCount         PerformanceMonitor = 23
	PerformancePhysics3DActiveObjects       PerformanceMonitor = 24
	PerformancePhysics3DCollisionPairs      PerformanceMonitor = 25
	PerformancePhysics3DIslandCount         PerformanceMonitor = 26
	PerformanceRenderDrawCallsInFrame       PerformanceMonitor = 16
	PerformanceRenderMaterialChangesInFrame PerformanceMonitor = 13
	PerformanceRenderObjectsInFrame         PerformanceMonitor = 11
	PerformanceRenderShaderChangesInFrame   PerformanceMonitor = 14
	PerformanceRenderSurfaceChangesInFrame  PerformanceMonitor = 15
	PerformanceRenderTextureMemUsed         PerformanceMonitor = 18
	PerformanceRenderUsageVideoMemTotal     PerformanceMonitor = 20
	PerformanceRenderVertexMemUsed          PerformanceMonitor = 19
	PerformanceRenderVerticesInFrame        PerformanceMonitor = 12
	PerformanceRenderVideoMemUsed           PerformanceMonitor = 17
	PerformanceTimeFps                      PerformanceMonitor = 0
	PerformanceTimePhysicsProcess           PerformanceMonitor = 2
	PerformanceTimeProcess                  PerformanceMonitor = 1
)

type Physics2DDirectBodyState ¶ 

type Physics2DDirectBodyState struct {
	Object
	// contains filtered or unexported fields
}

Direct access object to a physics body in the Physics2DServer. This object is passed via the direct state callback of rigid/character bodies, and is intended for changing the direct state of that body.

func (*Physics2DDirectBodyState) BaseClass ¶ 

func (o *Physics2DDirectBodyState) BaseClass() string

func (*Physics2DDirectBodyState) GetAngularVelocity ¶ 

func (o *Physics2DDirectBodyState) GetAngularVelocity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DDirectBodyState) GetContactCollider ¶ 

func (o *Physics2DDirectBodyState) GetContactCollider(contactIdx gdnative.Int) gdnative.Rid
        Return the [RID] of the collider.
	Args: [{ false contact_idx int}], Returns: RID

func (*Physics2DDirectBodyState) GetContactColliderId ¶ 

func (o *Physics2DDirectBodyState) GetContactColliderId(contactIdx gdnative.Int) gdnative.Int
        Return the object id of the collider.
	Args: [{ false contact_idx int}], Returns: int

func (*Physics2DDirectBodyState) GetContactColliderObject ¶ 

func (o *Physics2DDirectBodyState) GetContactColliderObject(contactIdx gdnative.Int) ObjectImplementer
        Return the collider object, this depends on how it was created (will return a scene node if such was used to create it).
	Args: [{ false contact_idx int}], Returns: Object

func (*Physics2DDirectBodyState) GetContactColliderPosition ¶ 

func (o *Physics2DDirectBodyState) GetContactColliderPosition(contactIdx gdnative.Int) gdnative.Vector2
        Return the contact position in the collider.
	Args: [{ false contact_idx int}], Returns: Vector2

func (*Physics2DDirectBodyState) GetContactColliderShape ¶ 

func (o *Physics2DDirectBodyState) GetContactColliderShape(contactIdx gdnative.Int) gdnative.Int
        Return the collider shape index.
	Args: [{ false contact_idx int}], Returns: int

func (*Physics2DDirectBodyState) GetContactColliderShapeMetadata ¶ 

func (o *Physics2DDirectBodyState) GetContactColliderShapeMetadata(contactIdx gdnative.Int) gdnative.Variant
        Return the metadata of the collided shape. This metadata is different from [method Object.get_meta], and is set with [method Physics2DServer.shape_set_data].
	Args: [{ false contact_idx int}], Returns: Variant

func (*Physics2DDirectBodyState) GetContactColliderVelocityAtPosition ¶ 

func (o *Physics2DDirectBodyState) GetContactColliderVelocityAtPosition(contactIdx gdnative.Int) gdnative.Vector2
        Return the linear velocity vector at contact point of the collider.
	Args: [{ false contact_idx int}], Returns: Vector2

func (*Physics2DDirectBodyState) GetContactCount ¶ 

func (o *Physics2DDirectBodyState) GetContactCount() gdnative.Int
        Return the amount of contacts this body has with other bodies. Note that by default this returns 0 unless bodies are configured to log contacts.
	Args: [], Returns: int

func (*Physics2DDirectBodyState) GetContactLocalNormal ¶ 

func (o *Physics2DDirectBodyState) GetContactLocalNormal(contactIdx gdnative.Int) gdnative.Vector2
        Return the local normal (of this body) of the contact point.
	Args: [{ false contact_idx int}], Returns: Vector2

func (*Physics2DDirectBodyState) GetContactLocalPosition ¶ 

func (o *Physics2DDirectBodyState) GetContactLocalPosition(contactIdx gdnative.Int) gdnative.Vector2
        Return the local position (of this body) of the contact point.
	Args: [{ false contact_idx int}], Returns: Vector2

func (*Physics2DDirectBodyState) GetContactLocalShape ¶ 

func (o *Physics2DDirectBodyState) GetContactLocalShape(contactIdx gdnative.Int) gdnative.Int
        Return the local shape index of the collision.
	Args: [{ false contact_idx int}], Returns: int

func (*Physics2DDirectBodyState) GetInverseInertia ¶ 

func (o *Physics2DDirectBodyState) GetInverseInertia() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DDirectBodyState) GetInverseMass ¶ 

func (o *Physics2DDirectBodyState) GetInverseMass() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DDirectBodyState) GetLinearVelocity ¶ 

func (o *Physics2DDirectBodyState) GetLinearVelocity() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DDirectBodyState) GetSpaceState ¶ 

func (o *Physics2DDirectBodyState) GetSpaceState() Physics2DDirectSpaceStateImplementer
        Return the current state of space, useful for queries.
	Args: [], Returns: Physics2DDirectSpaceState

func (*Physics2DDirectBodyState) GetStep ¶ 

func (o *Physics2DDirectBodyState) GetStep() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DDirectBodyState) GetTotalAngularDamp ¶ 

func (o *Physics2DDirectBodyState) GetTotalAngularDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DDirectBodyState) GetTotalGravity ¶ 

func (o *Physics2DDirectBodyState) GetTotalGravity() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DDirectBodyState) GetTotalLinearDamp ¶ 

func (o *Physics2DDirectBodyState) GetTotalLinearDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DDirectBodyState) GetTransform ¶ 

func (o *Physics2DDirectBodyState) GetTransform() gdnative.Transform2D
        Undocumented
	Args: [], Returns: Transform2D

func (*Physics2DDirectBodyState) IntegrateForces ¶ 

func (o *Physics2DDirectBodyState) IntegrateForces()
        Call the built-in force integration code.
	Args: [], Returns: void

func (*Physics2DDirectBodyState) IsSleeping ¶ 

func (o *Physics2DDirectBodyState) IsSleeping() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Physics2DDirectBodyState) SetAngularVelocity ¶ 

func (o *Physics2DDirectBodyState) SetAngularVelocity(velocity gdnative.Real)
        Undocumented
	Args: [{ false velocity float}], Returns: void

func (*Physics2DDirectBodyState) SetLinearVelocity ¶ 

func (o *Physics2DDirectBodyState) SetLinearVelocity(velocity gdnative.Vector2)
        Undocumented
	Args: [{ false velocity Vector2}], Returns: void

func (*Physics2DDirectBodyState) SetSleepState ¶ 

func (o *Physics2DDirectBodyState) SetSleepState(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Physics2DDirectBodyState) SetTransform ¶ 

func (o *Physics2DDirectBodyState) SetTransform(transform gdnative.Transform2D)
        Undocumented
	Args: [{ false transform Transform2D}], Returns: void

type Physics2DDirectBodyStateImplementer ¶ 

type Physics2DDirectBodyStateImplementer interface {
	ObjectImplementer
	GetAngularVelocity() gdnative.Real
	GetContactCollider(contactIdx gdnative.Int) gdnative.Rid
	GetContactColliderId(contactIdx gdnative.Int) gdnative.Int
	GetContactColliderObject(contactIdx gdnative.Int) ObjectImplementer
	GetContactColliderPosition(contactIdx gdnative.Int) gdnative.Vector2
	GetContactColliderShape(contactIdx gdnative.Int) gdnative.Int
	GetContactColliderShapeMetadata(contactIdx gdnative.Int) gdnative.Variant
	GetContactColliderVelocityAtPosition(contactIdx gdnative.Int) gdnative.Vector2
	GetContactCount() gdnative.Int
	GetContactLocalNormal(contactIdx gdnative.Int) gdnative.Vector2
	GetContactLocalPosition(contactIdx gdnative.Int) gdnative.Vector2
	GetContactLocalShape(contactIdx gdnative.Int) gdnative.Int
	GetInverseInertia() gdnative.Real
	GetInverseMass() gdnative.Real
	GetLinearVelocity() gdnative.Vector2
	GetSpaceState() Physics2DDirectSpaceStateImplementer
	GetStep() gdnative.Real
	GetTotalAngularDamp() gdnative.Real
	GetTotalGravity() gdnative.Vector2
	GetTotalLinearDamp() gdnative.Real
	GetTransform() gdnative.Transform2D
	IntegrateForces()
	IsSleeping() gdnative.Bool
	SetAngularVelocity(velocity gdnative.Real)
	SetLinearVelocity(velocity gdnative.Vector2)
	SetSleepState(enabled gdnative.Bool)
	SetTransform(transform gdnative.Transform2D)
}

Physics2DDirectBodyStateImplementer is an interface that implements the methods of the Physics2DDirectBodyState class.

type Physics2DDirectBodyStateSW ¶ 

type Physics2DDirectBodyStateSW struct {
	Physics2DDirectBodyState
	// contains filtered or unexported fields
}

Software implementation of Physics2DDirectBodyState. This object exposes no new methods or properties and should not be used, as Physics2DDirectBodyState selects the best implementation available.

func (*Physics2DDirectBodyStateSW) BaseClass ¶ 

func (o *Physics2DDirectBodyStateSW) BaseClass() string

type Physics2DDirectBodyStateSWImplementer ¶ 

type Physics2DDirectBodyStateSWImplementer interface {
	Physics2DDirectBodyStateImplementer
}

Physics2DDirectBodyStateSWImplementer is an interface that implements the methods of the Physics2DDirectBodyStateSW class.

type Physics2DDirectSpaceState ¶ 

type Physics2DDirectSpaceState struct {
	Object
	// contains filtered or unexported fields
}

Direct access object to a space in the Physics2DServer. It's used mainly to do queries against objects and areas residing in a given space.

func (*Physics2DDirectSpaceState) BaseClass ¶ 

func (o *Physics2DDirectSpaceState) BaseClass() string

func (*Physics2DDirectSpaceState) CastMotion ¶ 

func (o *Physics2DDirectSpaceState) CastMotion(shape Physics2DShapeQueryParametersImplementer) gdnative.Array
        Checks how far the shape can travel toward a point. Note that both the shape and the motion are supplied through a [Physics2DShapeQueryParameters] object. The method will return an array with two floats between 0 and 1, both representing a fraction of [code]motion[/code]. The first is how far the shape can move without triggering a collision, and the second is the point at which a collision will occur. If no collision is detected, the returned array will be [1, 1]. If the shape can not move, the array will be empty ([code]dir.empty()==true[/code]).
	Args: [{ false shape Physics2DShapeQueryParameters}], Returns: Array

func (*Physics2DDirectSpaceState) CollideShape ¶ 

func (o *Physics2DDirectSpaceState) CollideShape(shape Physics2DShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
        Checks the intersections of a shape, given through a [Physics2DShapeQueryParameters] object, against the space. The resulting array contains a list of points where the shape intersects another. Like with [method intersect_shape], the number of returned results can be limited to save processing time.
	Args: [{ false shape Physics2DShapeQueryParameters} {32 true max_results int}], Returns: Array

func (*Physics2DDirectSpaceState) GetRestInfo ¶ 

func (o *Physics2DDirectSpaceState) GetRestInfo(shape Physics2DShapeQueryParametersImplementer) gdnative.Dictionary
        Checks the intersections of a shape, given through a [Physics2DShapeQueryParameters] object, against the space. If it collides with more than one shape, the nearest one is selected. Note that this method does not take into account the [code]motion[/code] property of the object. The returned object is a dictionary containing the following fields: [code]collider_id[/code]: The colliding object's ID. [code]linear_velocity[/code]: The colliding object's velocity [Vector2]. If the object is an [Area2D], the result is [code](0, 0)[/code]. [code]metadata[/code]: The intersecting shape's metadata. This metadata is different from [method Object.get_meta], and is set with [method Physics2DServer.shape_set_data]. [code]normal[/code]: The object's surface normal at the intersection point. [code]point[/code]: The intersection point. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. If the shape did not intersect anything, then an empty dictionary ([code]dir.empty()==true[/code]) is returned instead.
	Args: [{ false shape Physics2DShapeQueryParameters}], Returns: Dictionary

func (*Physics2DDirectSpaceState) IntersectPoint ¶ 

func (o *Physics2DDirectSpaceState) IntersectPoint(point gdnative.Vector2, maxResults gdnative.Int, exclude gdnative.Array, collisionLayer gdnative.Int) gdnative.Array
        Checks whether a point is inside any shape. The shapes the point is inside of are returned in an array containing dictionaries with the following fields: [code]collider[/code]: The colliding object. [code]collider_id[/code]: The colliding object's ID. [code]metadata[/code]: The intersecting shape's metadata. This metadata is different from [method Object.get_meta], and is set with [method Physics2DServer.shape_set_data]. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. Additionally, the method can take an array of objects or [RID]s that are to be excluded from collisions, or a bitmask representing the physics layers to check in.
	Args: [{ false point Vector2} {32 true max_results int} {[] true exclude Array} {2147483647 true collision_layer int}], Returns: Array

func (*Physics2DDirectSpaceState) IntersectRay ¶ 

func (o *Physics2DDirectSpaceState) IntersectRay(from gdnative.Vector2, to gdnative.Vector2, exclude gdnative.Array, collisionLayer gdnative.Int) gdnative.Dictionary
        Intersects a ray in a given space. The returned object is a dictionary with the following fields: [code]collider[/code]: The colliding object. [code]collider_id[/code]: The colliding object's ID. [code]metadata[/code]: The intersecting shape's metadata. This metadata is different from [method Object.get_meta], and is set with [method Physics2DServer.shape_set_data]. [code]normal[/code]: The object's surface normal at the intersection point. [code]position[/code]: The intersection point. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. If the ray did not intersect anything, then an empty dictionary ([code]dir.empty()==true[/code]) is returned instead. Additionally, the method can take an array of objects or [RID]s that are to be excluded from collisions, or a bitmask representing the physics layers to check in.
	Args: [{ false from Vector2} { false to Vector2} {[] true exclude Array} {2147483647 true collision_layer int}], Returns: Dictionary

func (*Physics2DDirectSpaceState) IntersectShape ¶ 

func (o *Physics2DDirectSpaceState) IntersectShape(shape Physics2DShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
        Checks the intersections of a shape, given through a [Physics2DShapeQueryParameters] object, against the space. Note that this method does not take into account the [code]motion[/code] property of the object. The intersected shapes are returned in an array containing dictionaries with the following fields: [code]collider[/code]: The colliding object. [code]collider_id[/code]: The colliding object's ID. [code]metadata[/code]: The intersecting shape's metadata. This metadata is different from [method Object.get_meta], and is set with [method Physics2DServer.shape_set_data]. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. The number of intersections can be limited with the second parameter, to reduce the processing time.
	Args: [{ false shape Physics2DShapeQueryParameters} {32 true max_results int}], Returns: Array

type Physics2DDirectSpaceStateImplementer ¶ 

type Physics2DDirectSpaceStateImplementer interface {
	ObjectImplementer
	CastMotion(shape Physics2DShapeQueryParametersImplementer) gdnative.Array
	CollideShape(shape Physics2DShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
	GetRestInfo(shape Physics2DShapeQueryParametersImplementer) gdnative.Dictionary
	IntersectPoint(point gdnative.Vector2, maxResults gdnative.Int, exclude gdnative.Array, collisionLayer gdnative.Int) gdnative.Array
	IntersectRay(from gdnative.Vector2, to gdnative.Vector2, exclude gdnative.Array, collisionLayer gdnative.Int) gdnative.Dictionary
	IntersectShape(shape Physics2DShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
}

Physics2DDirectSpaceStateImplementer is an interface that implements the methods of the Physics2DDirectSpaceState class.

type Physics2DServerAreaBodyStatus ¶ 

type Physics2DServerAreaBodyStatus int

Physics2DServerAreaBodyStatus is an enum for AreaBodyStatus values. 

const (
	Physics2DServerAreaBodyAdded   Physics2DServerAreaBodyStatus = 0
	Physics2DServerAreaBodyRemoved Physics2DServerAreaBodyStatus = 1
)

type Physics2DServerAreaParameter ¶ 

type Physics2DServerAreaParameter int

Physics2DServerAreaParameter is an enum for AreaParameter values. 

const (
	Physics2DServerAreaParamAngularDamp             Physics2DServerAreaParameter = 6
	Physics2DServerAreaParamGravity                 Physics2DServerAreaParameter = 0
	Physics2DServerAreaParamGravityDistanceScale    Physics2DServerAreaParameter = 3
	Physics2DServerAreaParamGravityIsPoint          Physics2DServerAreaParameter = 2
	Physics2DServerAreaParamGravityPointAttenuation Physics2DServerAreaParameter = 4
	Physics2DServerAreaParamGravityVector           Physics2DServerAreaParameter = 1
	Physics2DServerAreaParamLinearDamp              Physics2DServerAreaParameter = 5
	Physics2DServerAreaParamPriority                Physics2DServerAreaParameter = 7
)

type Physics2DServerAreaSpaceOverrideMode ¶ 

type Physics2DServerAreaSpaceOverrideMode int

Physics2DServerAreaSpaceOverrideMode is an enum for AreaSpaceOverrideMode values. 

const (
	Physics2DServerAreaSpaceOverrideCombine        Physics2DServerAreaSpaceOverrideMode = 1
	Physics2DServerAreaSpaceOverrideCombineReplace Physics2DServerAreaSpaceOverrideMode = 2
	Physics2DServerAreaSpaceOverrideDisabled       Physics2DServerAreaSpaceOverrideMode = 0
	Physics2DServerAreaSpaceOverrideReplace        Physics2DServerAreaSpaceOverrideMode = 3
	Physics2DServerAreaSpaceOverrideReplaceCombine Physics2DServerAreaSpaceOverrideMode = 4
)

type Physics2DServerBodyMode ¶ 

type Physics2DServerBodyMode int

Physics2DServerBodyMode is an enum for BodyMode values. 

const (
	Physics2DServerBodyModeCharacter Physics2DServerBodyMode = 3
	Physics2DServerBodyModeKinematic Physics2DServerBodyMode = 1
	Physics2DServerBodyModeRigid     Physics2DServerBodyMode = 2
	Physics2DServerBodyModeStatic    Physics2DServerBodyMode = 0
)

type Physics2DServerBodyParameter ¶ 

type Physics2DServerBodyParameter int

Physics2DServerBodyParameter is an enum for BodyParameter values. 

const (
	Physics2DServerBodyParamAngularDamp  Physics2DServerBodyParameter = 6
	Physics2DServerBodyParamBounce       Physics2DServerBodyParameter = 0
	Physics2DServerBodyParamFriction     Physics2DServerBodyParameter = 1
	Physics2DServerBodyParamGravityScale Physics2DServerBodyParameter = 4
	Physics2DServerBodyParamInertia      Physics2DServerBodyParameter = 3
	Physics2DServerBodyParamLinearDamp   Physics2DServerBodyParameter = 5
	Physics2DServerBodyParamMass         Physics2DServerBodyParameter = 2
	Physics2DServerBodyParamMax          Physics2DServerBodyParameter = 7
)

type Physics2DServerBodyState ¶ 

type Physics2DServerBodyState int

Physics2DServerBodyState is an enum for BodyState values. 

const (
	Physics2DServerBodyStateAngularVelocity Physics2DServerBodyState = 2
	Physics2DServerBodyStateCanSleep        Physics2DServerBodyState = 4
	Physics2DServerBodyStateLinearVelocity  Physics2DServerBodyState = 1
	Physics2DServerBodyStateSleeping        Physics2DServerBodyState = 3
	Physics2DServerBodyStateTransform       Physics2DServerBodyState = 0
)

type Physics2DServerCCDMode ¶ 

type Physics2DServerCCDMode int

Physics2DServerCCDMode is an enum for CCDMode values. 

const (
	Physics2DServerCcdModeCastRay   Physics2DServerCCDMode = 1
	Physics2DServerCcdModeCastShape Physics2DServerCCDMode = 2
	Physics2DServerCcdModeDisabled  Physics2DServerCCDMode = 0
)

type Physics2DServerDampedStringParam ¶ 

type Physics2DServerDampedStringParam int

Physics2DServerDampedStringParam is an enum for DampedStringParam values. 

const (
	Physics2DServerDampedStringDamping    Physics2DServerDampedStringParam = 2
	Physics2DServerDampedStringRestLength Physics2DServerDampedStringParam = 0
	Physics2DServerDampedStringStiffness  Physics2DServerDampedStringParam = 1
)

type Physics2DServerImplementer ¶ 

type Physics2DServerImplementer interface {
	ObjectImplementer
	AreaAddShape(area gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform2D)
	AreaAttachObjectInstanceId(area gdnative.Rid, id gdnative.Int)
	AreaClearShapes(area gdnative.Rid)
	AreaCreate() gdnative.Rid
	AreaGetObjectInstanceId(area gdnative.Rid) gdnative.Int
	AreaGetParam(area gdnative.Rid, param gdnative.Int) gdnative.Variant
	AreaGetShape(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
	AreaGetShapeCount(area gdnative.Rid) gdnative.Int
	AreaGetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform2D
	AreaGetSpace(area gdnative.Rid) gdnative.Rid
	AreaGetTransform(area gdnative.Rid) gdnative.Transform2D
	AreaRemoveShape(area gdnative.Rid, shapeIdx gdnative.Int)
	AreaSetCollisionLayer(area gdnative.Rid, layer gdnative.Int)
	AreaSetCollisionMask(area gdnative.Rid, mask gdnative.Int)
	AreaSetMonitorCallback(area gdnative.Rid, receiver ObjectImplementer, method gdnative.String)
	AreaSetParam(area gdnative.Rid, param gdnative.Int, value gdnative.Variant)
	AreaSetShape(area gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
	AreaSetShapeDisabled(area gdnative.Rid, shapeIdx gdnative.Int, disable gdnative.Bool)
	AreaSetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform2D)
	AreaSetSpace(area gdnative.Rid, space gdnative.Rid)
	AreaSetSpaceOverrideMode(area gdnative.Rid, mode gdnative.Int)
	AreaSetTransform(area gdnative.Rid, transform gdnative.Transform2D)
	BodyAddCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
	BodyAddForce(body gdnative.Rid, offset gdnative.Vector2, force gdnative.Vector2)
	BodyAddShape(body gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform2D)
	BodyApplyImpulse(body gdnative.Rid, position gdnative.Vector2, impulse gdnative.Vector2)
	BodyAttachObjectInstanceId(body gdnative.Rid, id gdnative.Int)
	BodyClearShapes(body gdnative.Rid)
	BodyCreate() gdnative.Rid
	BodyGetCollisionLayer(body gdnative.Rid) gdnative.Int
	BodyGetCollisionMask(body gdnative.Rid) gdnative.Int
	BodyGetDirectState(body gdnative.Rid) Physics2DDirectBodyStateImplementer
	BodyGetMaxContactsReported(body gdnative.Rid) gdnative.Int
	BodyGetObjectInstanceId(body gdnative.Rid) gdnative.Int
	BodyGetParam(body gdnative.Rid, param gdnative.Int) gdnative.Real
	BodyGetShape(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
	BodyGetShapeCount(body gdnative.Rid) gdnative.Int
	BodyGetShapeMetadata(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Variant
	BodyGetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform2D
	BodyGetSpace(body gdnative.Rid) gdnative.Rid
	BodyGetState(body gdnative.Rid, state gdnative.Int) gdnative.Variant
	BodyIsOmittingForceIntegration(body gdnative.Rid) gdnative.Bool
	BodyRemoveCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
	BodyRemoveShape(body gdnative.Rid, shapeIdx gdnative.Int)
	BodySetAxisVelocity(body gdnative.Rid, axisVelocity gdnative.Vector2)
	BodySetCollisionLayer(body gdnative.Rid, layer gdnative.Int)
	BodySetCollisionMask(body gdnative.Rid, mask gdnative.Int)
	BodySetContinuousCollisionDetectionMode(body gdnative.Rid, mode gdnative.Int)
	BodySetForceIntegrationCallback(body gdnative.Rid, receiver ObjectImplementer, method gdnative.String, userdata gdnative.Variant)
	BodySetMaxContactsReported(body gdnative.Rid, amount gdnative.Int)
	BodySetMode(body gdnative.Rid, mode gdnative.Int)
	BodySetOmitForceIntegration(body gdnative.Rid, enable gdnative.Bool)
	BodySetParam(body gdnative.Rid, param gdnative.Int, value gdnative.Real)
	BodySetShape(body gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
	BodySetShapeAsOneWayCollision(body gdnative.Rid, shapeIdx gdnative.Int, enable gdnative.Bool)
	BodySetShapeDisabled(body gdnative.Rid, shapeIdx gdnative.Int, disable gdnative.Bool)
	BodySetShapeMetadata(body gdnative.Rid, shapeIdx gdnative.Int, metadata gdnative.Variant)
	BodySetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform2D)
	BodySetSpace(body gdnative.Rid, space gdnative.Rid)
	BodySetState(body gdnative.Rid, state gdnative.Int, value gdnative.Variant)
	BodyTestMotion(body gdnative.Rid, from gdnative.Transform2D, motion gdnative.Vector2, margin gdnative.Real, result Physics2DTestMotionResultImplementer) gdnative.Bool
	CapsuleShapeCreate() gdnative.Rid
	CircleShapeCreate() gdnative.Rid
	ConcavePolygonShapeCreate() gdnative.Rid
	ConvexPolygonShapeCreate() gdnative.Rid
	DampedSpringJointCreate(anchorA gdnative.Vector2, anchorB gdnative.Vector2, bodyA gdnative.Rid, bodyB gdnative.Rid) gdnative.Rid
	DampedStringJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
	DampedStringJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
	FreeRid(rid gdnative.Rid)
	GetProcessInfo(processInfo gdnative.Int) gdnative.Int
	GrooveJointCreate(groove1A gdnative.Vector2, groove2A gdnative.Vector2, anchorB gdnative.Vector2, bodyA gdnative.Rid, bodyB gdnative.Rid) gdnative.Rid
	JointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
	JointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
	LineShapeCreate() gdnative.Rid
	PinJointCreate(anchor gdnative.Vector2, bodyA gdnative.Rid, bodyB gdnative.Rid) gdnative.Rid
	RayShapeCreate() gdnative.Rid
	RectangleShapeCreate() gdnative.Rid
	SegmentShapeCreate() gdnative.Rid
	SetActive(active gdnative.Bool)
	ShapeGetData(shape gdnative.Rid) gdnative.Variant
	ShapeSetData(shape gdnative.Rid, data gdnative.Variant)
	SpaceCreate() gdnative.Rid
	SpaceGetDirectState(space gdnative.Rid) Physics2DDirectSpaceStateImplementer
	SpaceGetParam(space gdnative.Rid, param gdnative.Int) gdnative.Real
	SpaceIsActive(space gdnative.Rid) gdnative.Bool
	SpaceSetActive(space gdnative.Rid, active gdnative.Bool)
	SpaceSetParam(space gdnative.Rid, param gdnative.Int, value gdnative.Real)
}

Physics2DServerImplementer is an interface that implements the methods of the Physics2DServer class.

type Physics2DServerJointParam ¶ 

type Physics2DServerJointParam int

Physics2DServerJointParam is an enum for JointParam values. 

const (
	Physics2DServerJointParamBias     Physics2DServerJointParam = 0
	Physics2DServerJointParamMaxBias  Physics2DServerJointParam = 1
	Physics2DServerJointParamMaxForce Physics2DServerJointParam = 2
)

type Physics2DServerJointType ¶ 

type Physics2DServerJointType int

Physics2DServerJointType is an enum for JointType values. 

const (
	Physics2DServerJointDampedSpring Physics2DServerJointType = 2
	Physics2DServerJointGroove       Physics2DServerJointType = 1
	Physics2DServerJointPin          Physics2DServerJointType = 0
)

type Physics2DServerProcessInfo ¶ 

type Physics2DServerProcessInfo int

Physics2DServerProcessInfo is an enum for ProcessInfo values. 

const (
	Physics2DServerInfoActiveObjects  Physics2DServerProcessInfo = 0
	Physics2DServerInfoCollisionPairs Physics2DServerProcessInfo = 1
	Physics2DServerInfoIslandCount    Physics2DServerProcessInfo = 2
)

type Physics2DServerSW ¶ 

type Physics2DServerSW struct {
	// contains filtered or unexported fields
}

This class exposes no new methods or properties and should not be used, as Physics2DServer automatically selects the best implementation available.

func (*Physics2DServerSW) AreaAddShape ¶ 

func (o *Physics2DServerSW) AreaAddShape(area gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform2D)
        Adds a shape to the area, along with a transform matrix. Shapes are usually referenced by their index, so you should track which shape has a given index.
	Args: [{ false area RID} { false shape RID} {((1, 0), (0, 1), (0, 0)) true transform Transform2D}], Returns: void

func (*Physics2DServerSW) AreaAttachObjectInstanceId ¶ 

func (o *Physics2DServerSW) AreaAttachObjectInstanceId(area gdnative.Rid, id gdnative.Int)
        Assigns the area to a descendant of [Object], so it can exist in the node tree.
	Args: [{ false area RID} { false id int}], Returns: void

func (*Physics2DServerSW) AreaClearShapes ¶ 

func (o *Physics2DServerSW) AreaClearShapes(area gdnative.Rid)
        Removes all shapes from an area. It does not delete the shapes, so they can be reassigned later.
	Args: [{ false area RID}], Returns: void

func (*Physics2DServerSW) AreaCreate ¶ 

func (o *Physics2DServerSW) AreaCreate() gdnative.Rid
        Creates an [Area2D].
	Args: [], Returns: RID

func (*Physics2DServerSW) AreaGetObjectInstanceId ¶ 

func (o *Physics2DServerSW) AreaGetObjectInstanceId(area gdnative.Rid) gdnative.Int
        Gets the instance ID of the object the area is assigned to.
	Args: [{ false area RID}], Returns: int

func (*Physics2DServerSW) AreaGetParam ¶ 

func (o *Physics2DServerSW) AreaGetParam(area gdnative.Rid, param gdnative.Int) gdnative.Variant
        Returns an area parameter value. A list of available parameters is on the AREA_PARAM_* constants.
	Args: [{ false area RID} { false param int}], Returns: Variant

func (*Physics2DServerSW) AreaGetShape ¶ 

func (o *Physics2DServerSW) AreaGetShape(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
        Returns the [RID] of the nth shape of an area.
	Args: [{ false area RID} { false shape_idx int}], Returns: RID

func (*Physics2DServerSW) AreaGetShapeCount ¶ 

func (o *Physics2DServerSW) AreaGetShapeCount(area gdnative.Rid) gdnative.Int
        Returns the number of shapes assigned to an area.
	Args: [{ false area RID}], Returns: int

func (*Physics2DServerSW) AreaGetShapeTransform ¶ 

func (o *Physics2DServerSW) AreaGetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform2D
        Returns the transform matrix of a shape within an area.
	Args: [{ false area RID} { false shape_idx int}], Returns: Transform2D

func (*Physics2DServerSW) AreaGetSpace ¶ 

func (o *Physics2DServerSW) AreaGetSpace(area gdnative.Rid) gdnative.Rid
        Returns the space assigned to the area.
	Args: [{ false area RID}], Returns: RID

func (*Physics2DServerSW) AreaGetSpaceOverrideMode ¶ 

func (o *Physics2DServerSW) AreaGetSpaceOverrideMode(area gdnative.Rid) Physics2DServerAreaSpaceOverrideMode
        Returns the space override mode for the area.
	Args: [{ false area RID}], Returns: enum.Physics2DServer::AreaSpaceOverrideMode

func (*Physics2DServerSW) AreaGetTransform ¶ 

func (o *Physics2DServerSW) AreaGetTransform(area gdnative.Rid) gdnative.Transform2D
        Returns the transform matrix for an area.
	Args: [{ false area RID}], Returns: Transform2D

func (*Physics2DServerSW) AreaRemoveShape ¶ 

func (o *Physics2DServerSW) AreaRemoveShape(area gdnative.Rid, shapeIdx gdnative.Int)
        Removes a shape from an area. It does not delete the shape, so it can be reassigned later.
	Args: [{ false area RID} { false shape_idx int}], Returns: void

func (*Physics2DServerSW) AreaSetCollisionLayer ¶ 

func (o *Physics2DServerSW) AreaSetCollisionLayer(area gdnative.Rid, layer gdnative.Int)
        Assigns the area to one or many physics layers.
	Args: [{ false area RID} { false layer int}], Returns: void

func (*Physics2DServerSW) AreaSetCollisionMask ¶ 

func (o *Physics2DServerSW) AreaSetCollisionMask(area gdnative.Rid, mask gdnative.Int)
        Sets which physics layers the area will monitor.
	Args: [{ false area RID} { false mask int}], Returns: void

func (*Physics2DServerSW) AreaSetMonitorCallback ¶ 

func (o *Physics2DServerSW) AreaSetMonitorCallback(area gdnative.Rid, receiver ObjectImplementer, method gdnative.String)
        Sets the function to call when any body/area enters or exits the area. This callback will be called for any object interacting with the area, and takes five parameters: 1: AREA_BODY_ADDED or AREA_BODY_REMOVED, depending on whether the object entered or exited the area. 2: [RID] of the object that entered/exited the area. 3: Instance ID of the object that entered/exited the area. 4: The shape index of the object that entered/exited the area. 5: The shape index of the area where the object entered/exited.
	Args: [{ false area RID} { false receiver Object} { false method String}], Returns: void

func (*Physics2DServerSW) AreaSetParam ¶ 

func (o *Physics2DServerSW) AreaSetParam(area gdnative.Rid, param gdnative.Int, value gdnative.Variant)
        Sets the value for an area parameter. A list of available parameters is on the AREA_PARAM_* constants.
	Args: [{ false area RID} { false param int} { false value Variant}], Returns: void

func (*Physics2DServerSW) AreaSetShape ¶ 

func (o *Physics2DServerSW) AreaSetShape(area gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
        Substitutes a given area shape by another. The old shape is selected by its index, the new one by its [RID].
	Args: [{ false area RID} { false shape_idx int} { false shape RID}], Returns: void

func (*Physics2DServerSW) AreaSetShapeDisabled ¶ 

func (o *Physics2DServerSW) AreaSetShapeDisabled(area gdnative.Rid, shapeIdx gdnative.Int, disable gdnative.Bool)
        Disables a given shape in an area.
	Args: [{ false area RID} { false shape_idx int} { false disable bool}], Returns: void

func (*Physics2DServerSW) AreaSetShapeTransform ¶ 

func (o *Physics2DServerSW) AreaSetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform2D)
        Sets the transform matrix for an area shape.
	Args: [{ false area RID} { false shape_idx int} { false transform Transform2D}], Returns: void

func (*Physics2DServerSW) AreaSetSpace ¶ 

func (o *Physics2DServerSW) AreaSetSpace(area gdnative.Rid, space gdnative.Rid)
        Assigns a space to the area.
	Args: [{ false area RID} { false space RID}], Returns: void

func (*Physics2DServerSW) AreaSetSpaceOverrideMode ¶ 

func (o *Physics2DServerSW) AreaSetSpaceOverrideMode(area gdnative.Rid, mode gdnative.Int)
        Sets the space override mode for the area. The modes are described in the constants AREA_SPACE_OVERRIDE_*.
	Args: [{ false area RID} { false mode int}], Returns: void

func (*Physics2DServerSW) AreaSetTransform ¶ 

func (o *Physics2DServerSW) AreaSetTransform(area gdnative.Rid, transform gdnative.Transform2D)
        Sets the transform matrix for an area.
	Args: [{ false area RID} { false transform Transform2D}], Returns: void

func (*Physics2DServerSW) BaseClass ¶ 

func (o *Physics2DServerSW) BaseClass() string

func (*Physics2DServerSW) BodyAddCollisionException ¶ 

func (o *Physics2DServerSW) BodyAddCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
        Adds a body to the list of bodies exempt from collisions.
	Args: [{ false body RID} { false excepted_body RID}], Returns: void

func (*Physics2DServerSW) BodyAddForce ¶ 

func (o *Physics2DServerSW) BodyAddForce(body gdnative.Rid, offset gdnative.Vector2, force gdnative.Vector2)
        Adds a positioned force to the applied force and torque. As with [method body_apply_impulse], both the force and the offset from the body origin are in global coordinates. A force differs from an impulse in that, while the two are forces, the impulse clears itself after being applied.
	Args: [{ false body RID} { false offset Vector2} { false force Vector2}], Returns: void

func (*Physics2DServerSW) BodyAddShape ¶ 

func (o *Physics2DServerSW) BodyAddShape(body gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform2D)
        Adds a shape to the body, along with a transform matrix. Shapes are usually referenced by their index, so you should track which shape has a given index.
	Args: [{ false body RID} { false shape RID} {((1, 0), (0, 1), (0, 0)) true transform Transform2D}], Returns: void

func (*Physics2DServerSW) BodyApplyImpulse ¶ 

func (o *Physics2DServerSW) BodyApplyImpulse(body gdnative.Rid, position gdnative.Vector2, impulse gdnative.Vector2)
        Adds a positioned impulse to the applied force and torque. Both the force and the offset from the body origin are in global coordinates.
	Args: [{ false body RID} { false position Vector2} { false impulse Vector2}], Returns: void

func (*Physics2DServerSW) BodyAttachObjectInstanceId ¶ 

func (o *Physics2DServerSW) BodyAttachObjectInstanceId(body gdnative.Rid, id gdnative.Int)
        Assigns the area to a descendant of [Object], so it can exist in the node tree.
	Args: [{ false body RID} { false id int}], Returns: void

func (*Physics2DServerSW) BodyClearShapes ¶ 

func (o *Physics2DServerSW) BodyClearShapes(body gdnative.Rid)
        Removes all shapes from a body.
	Args: [{ false body RID}], Returns: void

func (*Physics2DServerSW) BodyCreate ¶ 

func (o *Physics2DServerSW) BodyCreate() gdnative.Rid
        Creates a physics body. The first parameter can be any value from constants BODY_MODE*, for the type of body created. Additionally, the body can be created in sleeping state to save processing time.
	Args: [], Returns: RID

func (*Physics2DServerSW) BodyGetCollisionLayer ¶ 

func (o *Physics2DServerSW) BodyGetCollisionLayer(body gdnative.Rid) gdnative.Int
        Returns the physics layer or layers a body belongs to.
	Args: [{ false body RID}], Returns: int

func (*Physics2DServerSW) BodyGetCollisionMask ¶ 

func (o *Physics2DServerSW) BodyGetCollisionMask(body gdnative.Rid) gdnative.Int
        Returns the physics layer or layers a body can collide with.
	Args: [{ false body RID}], Returns: int

func (*Physics2DServerSW) BodyGetContinuousCollisionDetectionMode ¶ 

func (o *Physics2DServerSW) BodyGetContinuousCollisionDetectionMode(body gdnative.Rid) Physics2DServerCCDMode
        Returns the continuous collision detection mode.
	Args: [{ false body RID}], Returns: enum.Physics2DServer::CCDMode

func (*Physics2DServerSW) BodyGetDirectState ¶ 

func (o *Physics2DServerSW) BodyGetDirectState(body gdnative.Rid) Physics2DDirectBodyStateImplementer
        Returns the [Physics2DDirectBodyState] of the body.
	Args: [{ false body RID}], Returns: Physics2DDirectBodyState

func (*Physics2DServerSW) BodyGetMaxContactsReported ¶ 

func (o *Physics2DServerSW) BodyGetMaxContactsReported(body gdnative.Rid) gdnative.Int
        Returns the maximum contacts that can be reported. See [method body_set_max_contacts_reported].
	Args: [{ false body RID}], Returns: int

func (*Physics2DServerSW) BodyGetMode ¶ 

func (o *Physics2DServerSW) BodyGetMode(body gdnative.Rid) Physics2DServerBodyMode
        Returns the body mode.
	Args: [{ false body RID}], Returns: enum.Physics2DServer::BodyMode

func (*Physics2DServerSW) BodyGetObjectInstanceId ¶ 

func (o *Physics2DServerSW) BodyGetObjectInstanceId(body gdnative.Rid) gdnative.Int
        Gets the instance ID of the object the area is assigned to.
	Args: [{ false body RID}], Returns: int

func (*Physics2DServerSW) BodyGetParam ¶ 

func (o *Physics2DServerSW) BodyGetParam(body gdnative.Rid, param gdnative.Int) gdnative.Real
        Returns the value of a body parameter. A list of available parameters is on the BODY_PARAM_* constants.
	Args: [{ false body RID} { false param int}], Returns: float

func (*Physics2DServerSW) BodyGetShape ¶ 

func (o *Physics2DServerSW) BodyGetShape(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
        Returns the [RID] of the nth shape of a body.
	Args: [{ false body RID} { false shape_idx int}], Returns: RID

func (*Physics2DServerSW) BodyGetShapeCount ¶ 

func (o *Physics2DServerSW) BodyGetShapeCount(body gdnative.Rid) gdnative.Int
        Returns the number of shapes assigned to a body.
	Args: [{ false body RID}], Returns: int

func (*Physics2DServerSW) BodyGetShapeMetadata ¶ 

func (o *Physics2DServerSW) BodyGetShapeMetadata(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Variant
        Returns the metadata of a shape of a body.
	Args: [{ false body RID} { false shape_idx int}], Returns: Variant

func (*Physics2DServerSW) BodyGetShapeTransform ¶ 

func (o *Physics2DServerSW) BodyGetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform2D
        Returns the transform matrix of a body shape.
	Args: [{ false body RID} { false shape_idx int}], Returns: Transform2D

func (*Physics2DServerSW) BodyGetSpace ¶ 

func (o *Physics2DServerSW) BodyGetSpace(body gdnative.Rid) gdnative.Rid
        Returns the [RID] of the space assigned to a body.
	Args: [{ false body RID}], Returns: RID

func (*Physics2DServerSW) BodyGetState ¶ 

func (o *Physics2DServerSW) BodyGetState(body gdnative.Rid, state gdnative.Int) gdnative.Variant
        Returns a body state.
	Args: [{ false body RID} { false state int}], Returns: Variant

func (*Physics2DServerSW) BodyIsOmittingForceIntegration ¶ 

func (o *Physics2DServerSW) BodyIsOmittingForceIntegration(body gdnative.Rid) gdnative.Bool
        Returns whether a body uses a callback function to calculate its own physics (see [method body_set_force_integration_callback]).
	Args: [{ false body RID}], Returns: bool

func (*Physics2DServerSW) BodyRemoveCollisionException ¶ 

func (o *Physics2DServerSW) BodyRemoveCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
        Removes a body from the list of bodies exempt from collisions.
	Args: [{ false body RID} { false excepted_body RID}], Returns: void

func (*Physics2DServerSW) BodyRemoveShape ¶ 

func (o *Physics2DServerSW) BodyRemoveShape(body gdnative.Rid, shapeIdx gdnative.Int)
        Removes a shape from a body. The shape is not deleted, so it can be reused afterwards.
	Args: [{ false body RID} { false shape_idx int}], Returns: void

func (*Physics2DServerSW) BodySetAxisVelocity ¶ 

func (o *Physics2DServerSW) BodySetAxisVelocity(body gdnative.Rid, axisVelocity gdnative.Vector2)
        Sets an axis velocity. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior.
	Args: [{ false body RID} { false axis_velocity Vector2}], Returns: void

func (*Physics2DServerSW) BodySetCollisionLayer ¶ 

func (o *Physics2DServerSW) BodySetCollisionLayer(body gdnative.Rid, layer gdnative.Int)
        Sets the physics layer or layers a body belongs to.
	Args: [{ false body RID} { false layer int}], Returns: void

func (*Physics2DServerSW) BodySetCollisionMask ¶ 

func (o *Physics2DServerSW) BodySetCollisionMask(body gdnative.Rid, mask gdnative.Int)
        Sets the physics layer or layers a body can collide with.
	Args: [{ false body RID} { false mask int}], Returns: void

func (*Physics2DServerSW) BodySetContinuousCollisionDetectionMode ¶ 

func (o *Physics2DServerSW) BodySetContinuousCollisionDetectionMode(body gdnative.Rid, mode gdnative.Int)
        Sets the continuous collision detection mode from any of the CCD_MODE_* constants. Continuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided.
	Args: [{ false body RID} { false mode int}], Returns: void

func (*Physics2DServerSW) BodySetForceIntegrationCallback ¶ 

func (o *Physics2DServerSW) BodySetForceIntegrationCallback(body gdnative.Rid, receiver ObjectImplementer, method gdnative.String, userdata gdnative.Variant)
        Sets the function used to calculate physics for an object, if that object allows it (see [method body_set_omit_force integration]).
	Args: [{ false body RID} { false receiver Object} { false method String} {Null true userdata Variant}], Returns: void

func (*Physics2DServerSW) BodySetMaxContactsReported ¶ 

func (o *Physics2DServerSW) BodySetMaxContactsReported(body gdnative.Rid, amount gdnative.Int)
        Sets the maximum contacts to report. Bodies can keep a log of the contacts with other bodies, this is enabled by setting the maximum amount of contacts reported to a number greater than 0.
	Args: [{ false body RID} { false amount int}], Returns: void

func (*Physics2DServerSW) BodySetMode ¶ 

func (o *Physics2DServerSW) BodySetMode(body gdnative.Rid, mode gdnative.Int)
        Sets the body mode, from one of the constants BODY_MODE*.
	Args: [{ false body RID} { false mode int}], Returns: void

func (*Physics2DServerSW) BodySetOmitForceIntegration ¶ 

func (o *Physics2DServerSW) BodySetOmitForceIntegration(body gdnative.Rid, enable gdnative.Bool)
        Sets whether a body uses a callback function to calculate its own physics (see [method body_set_force_integration_callback]).
	Args: [{ false body RID} { false enable bool}], Returns: void

func (*Physics2DServerSW) BodySetParam ¶ 

func (o *Physics2DServerSW) BodySetParam(body gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a body parameter. A list of available parameters is on the BODY_PARAM_* constants.
	Args: [{ false body RID} { false param int} { false value float}], Returns: void

func (*Physics2DServerSW) BodySetShape ¶ 

func (o *Physics2DServerSW) BodySetShape(body gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
        Substitutes a given body shape by another. The old shape is selected by its index, the new one by its [RID].
	Args: [{ false body RID} { false shape_idx int} { false shape RID}], Returns: void

func (*Physics2DServerSW) BodySetShapeAsOneWayCollision ¶ 

func (o *Physics2DServerSW) BodySetShapeAsOneWayCollision(body gdnative.Rid, shapeIdx gdnative.Int, enable gdnative.Bool)
        Enables one way collision on body if [code]enable[/code] is [code]true[/code].
	Args: [{ false body RID} { false shape_idx int} { false enable bool}], Returns: void

func (*Physics2DServerSW) BodySetShapeDisabled ¶ 

func (o *Physics2DServerSW) BodySetShapeDisabled(body gdnative.Rid, shapeIdx gdnative.Int, disable gdnative.Bool)
        Disables shape in body if [code]disable[/code] is [code]true[/code].
	Args: [{ false body RID} { false shape_idx int} { false disable bool}], Returns: void

func (*Physics2DServerSW) BodySetShapeMetadata ¶ 

func (o *Physics2DServerSW) BodySetShapeMetadata(body gdnative.Rid, shapeIdx gdnative.Int, metadata gdnative.Variant)
        Sets metadata of a shape within a body. This metadata is different from [method Object.set_meta], and can be retrieved on shape queries.
	Args: [{ false body RID} { false shape_idx int} { false metadata Variant}], Returns: void

func (*Physics2DServerSW) BodySetShapeTransform ¶ 

func (o *Physics2DServerSW) BodySetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform2D)
        Sets the transform matrix for a body shape.
	Args: [{ false body RID} { false shape_idx int} { false transform Transform2D}], Returns: void

func (*Physics2DServerSW) BodySetSpace ¶ 

func (o *Physics2DServerSW) BodySetSpace(body gdnative.Rid, space gdnative.Rid)
        Assigns a space to the body (see [method create_space]).
	Args: [{ false body RID} { false space RID}], Returns: void

func (*Physics2DServerSW) BodySetState ¶ 

func (o *Physics2DServerSW) BodySetState(body gdnative.Rid, state gdnative.Int, value gdnative.Variant)
        Sets a body state (see BODY_STATE* constants).
	Args: [{ false body RID} { false state int} { false value Variant}], Returns: void

func (*Physics2DServerSW) BodyTestMotion ¶ 

func (o *Physics2DServerSW) BodyTestMotion(body gdnative.Rid, from gdnative.Transform2D, motion gdnative.Vector2, margin gdnative.Real, result Physics2DTestMotionResultImplementer) gdnative.Bool
        Returns whether a body can move from a given point in a given direction. Apart from the boolean return value, a [Physics2DTestMotionResult] can be passed to return additional information in.
	Args: [{ false body RID} { false from Transform2D} { false motion Vector2} {0.08 true margin float} {Null true result Physics2DTestMotionResult}], Returns: bool

func (*Physics2DServerSW) CapsuleShapeCreate ¶ 

func (o *Physics2DServerSW) CapsuleShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) CircleShapeCreate ¶ 

func (o *Physics2DServerSW) CircleShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) ConcavePolygonShapeCreate ¶ 

func (o *Physics2DServerSW) ConcavePolygonShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) ConvexPolygonShapeCreate ¶ 

func (o *Physics2DServerSW) ConvexPolygonShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) DampedSpringJointCreate ¶ 

func (o *Physics2DServerSW) DampedSpringJointCreate(anchorA gdnative.Vector2, anchorB gdnative.Vector2, bodyA gdnative.Rid, bodyB gdnative.Rid) gdnative.Rid
        Creates a damped spring joint between two bodies. If not specified, the second body is assumed to be the joint itself.
	Args: [{ false anchor_a Vector2} { false anchor_b Vector2} { false body_a RID} {[RID] true body_b RID}], Returns: RID

func (*Physics2DServerSW) DampedStringJointGetParam ¶ 

func (o *Physics2DServerSW) DampedStringJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
        Returns the value of a damped spring joint parameter.
	Args: [{ false joint RID} { false param int}], Returns: float

func (*Physics2DServerSW) DampedStringJointSetParam ¶ 

func (o *Physics2DServerSW) DampedStringJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a damped spring joint parameter. Parameters are explained in the DAMPED_STRING* constants.
	Args: [{ false joint RID} { false param int} { false value float}], Returns: void

func (*Physics2DServerSW) FreeRid ¶ 

func (o *Physics2DServerSW) FreeRid(rid gdnative.Rid)
        Destroys any of the objects created by Physics2DServer. If the [RID] passed is not one of the objects that can be created by Physics2DServer, an error will be sent to the console.
	Args: [{ false rid RID}], Returns: void

func (*Physics2DServerSW) GetProcessInfo ¶ 

func (o *Physics2DServerSW) GetProcessInfo(processInfo gdnative.Int) gdnative.Int
        Returns information about the current state of the 2D physics engine. The states are listed under the INFO_* constants.
	Args: [{ false process_info int}], Returns: int

func (*Physics2DServerSW) GrooveJointCreate ¶ 

func (o *Physics2DServerSW) GrooveJointCreate(groove1A gdnative.Vector2, groove2A gdnative.Vector2, anchorB gdnative.Vector2, bodyA gdnative.Rid, bodyB gdnative.Rid) gdnative.Rid
        Creates a groove joint between two bodies. If not specified, the bodyies are assumed to be the joint itself.
	Args: [{ false groove1_a Vector2} { false groove2_a Vector2} { false anchor_b Vector2} {[RID] true body_a RID} {[RID] true body_b RID}], Returns: RID

func (*Physics2DServerSW) JointGetParam ¶ 

func (o *Physics2DServerSW) JointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
        Returns the value of a joint parameter.
	Args: [{ false joint RID} { false param int}], Returns: float

func (*Physics2DServerSW) JointGetType ¶ 

func (o *Physics2DServerSW) JointGetType(joint gdnative.Rid) Physics2DServerJointType
        Returns the type of a joint (see JOINT_* constants).
	Args: [{ false joint RID}], Returns: enum.Physics2DServer::JointType

func (*Physics2DServerSW) JointSetParam ¶ 

func (o *Physics2DServerSW) JointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets a joint parameter. Parameters are explained in the JOINT_PARAM* constants.
	Args: [{ false joint RID} { false param int} { false value float}], Returns: void

func (*Physics2DServerSW) LineShapeCreate ¶ 

func (o *Physics2DServerSW) LineShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) PinJointCreate ¶ 

func (o *Physics2DServerSW) PinJointCreate(anchor gdnative.Vector2, bodyA gdnative.Rid, bodyB gdnative.Rid) gdnative.Rid
        Creates a pin joint between two bodies. If not specified, the second body is assumed to be the joint itself.
	Args: [{ false anchor Vector2} { false body_a RID} {[RID] true body_b RID}], Returns: RID

func (*Physics2DServerSW) RayShapeCreate ¶ 

func (o *Physics2DServerSW) RayShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) RectangleShapeCreate ¶ 

func (o *Physics2DServerSW) RectangleShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) SegmentShapeCreate ¶ 

func (o *Physics2DServerSW) SegmentShapeCreate() gdnative.Rid

Args: [], Returns: RID

func (*Physics2DServerSW) SetActive ¶ 

func (o *Physics2DServerSW) SetActive(active gdnative.Bool)
        Activates or deactivates the 2D physics engine.
	Args: [{ false active bool}], Returns: void

func (*Physics2DServerSW) ShapeGetData ¶ 

func (o *Physics2DServerSW) ShapeGetData(shape gdnative.Rid) gdnative.Variant
        Returns the shape data.
	Args: [{ false shape RID}], Returns: Variant

func (*Physics2DServerSW) ShapeGetType ¶ 

func (o *Physics2DServerSW) ShapeGetType(shape gdnative.Rid) Physics2DServerShapeType
        Returns the type of shape (see SHAPE_* constants).
	Args: [{ false shape RID}], Returns: enum.Physics2DServer::ShapeType

func (*Physics2DServerSW) ShapeSetData ¶ 

func (o *Physics2DServerSW) ShapeSetData(shape gdnative.Rid, data gdnative.Variant)
        Sets the shape data that defines its shape and size. The data to be passed depends on the kind of shape created [method shape_get_type].
	Args: [{ false shape RID} { false data Variant}], Returns: void

func (*Physics2DServerSW) SpaceCreate ¶ 

func (o *Physics2DServerSW) SpaceCreate() gdnative.Rid
        Creates a space. A space is a collection of parameters for the physics engine that can be assigned to an area or a body. It can be assigned to an area with [method area_set_space], or to a body with [method body_set_space].
	Args: [], Returns: RID

func (*Physics2DServerSW) SpaceGetDirectState ¶ 

func (o *Physics2DServerSW) SpaceGetDirectState(space gdnative.Rid) Physics2DDirectSpaceStateImplementer
        Returns the state of a space, a [Physics2DDirectSpaceState]. This object can be used to make collision/intersection queries.
	Args: [{ false space RID}], Returns: Physics2DDirectSpaceState

func (*Physics2DServerSW) SpaceGetParam ¶ 

func (o *Physics2DServerSW) SpaceGetParam(space gdnative.Rid, param gdnative.Int) gdnative.Real
        Returns the value of a space parameter.
	Args: [{ false space RID} { false param int}], Returns: float

func (*Physics2DServerSW) SpaceIsActive ¶ 

func (o *Physics2DServerSW) SpaceIsActive(space gdnative.Rid) gdnative.Bool
        Returns whether the space is active.
	Args: [{ false space RID}], Returns: bool

func (*Physics2DServerSW) SpaceSetActive ¶ 

func (o *Physics2DServerSW) SpaceSetActive(space gdnative.Rid, active gdnative.Bool)
        Marks a space as active. It will not have an effect, unless it is assigned to an area or body.
	Args: [{ false space RID} { false active bool}], Returns: void

func (*Physics2DServerSW) SpaceSetParam ¶ 

func (o *Physics2DServerSW) SpaceSetParam(space gdnative.Rid, param gdnative.Int, value gdnative.Real)
        Sets the value for a space parameter. A list of available parameters is on the SPACE_PARAM_* constants.
	Args: [{ false space RID} { false param int} { false value float}], Returns: void

type Physics2DServerSWImplementer ¶ 

type Physics2DServerSWImplementer interface {
	Physics2DServerImplementer
}

Physics2DServerSWImplementer is an interface that implements the methods of the Physics2DServerSW class.

type Physics2DServerShapeType ¶ 

type Physics2DServerShapeType int

Physics2DServerShapeType is an enum for ShapeType values. 

const (
	Physics2DServerShapeCapsule        Physics2DServerShapeType = 5
	Physics2DServerShapeCircle         Physics2DServerShapeType = 3
	Physics2DServerShapeConcavePolygon Physics2DServerShapeType = 7
	Physics2DServerShapeConvexPolygon  Physics2DServerShapeType = 6
	Physics2DServerShapeCustom         Physics2DServerShapeType = 8
	Physics2DServerShapeLine           Physics2DServerShapeType = 0
	Physics2DServerShapeRay            Physics2DServerShapeType = 1
	Physics2DServerShapeRectangle      Physics2DServerShapeType = 4
	Physics2DServerShapeSegment        Physics2DServerShapeType = 2
)

type Physics2DServerSpaceParameter ¶ 

type Physics2DServerSpaceParameter int

Physics2DServerSpaceParameter is an enum for SpaceParameter values. 

const (
	Physics2DServerSpaceParamBodyAngularVelocitySleepThreshold Physics2DServerSpaceParameter = 4
	Physics2DServerSpaceParamBodyLinearVelocitySleepThreshold  Physics2DServerSpaceParameter = 3
	Physics2DServerSpaceParamBodyMaxAllowedPenetration         Physics2DServerSpaceParameter = 2
	Physics2DServerSpaceParamBodyTimeToSleep                   Physics2DServerSpaceParameter = 5
	Physics2DServerSpaceParamConstraintDefaultBias             Physics2DServerSpaceParameter = 6
	Physics2DServerSpaceParamContactMaxSeparation              Physics2DServerSpaceParameter = 1
	Physics2DServerSpaceParamContactRecycleRadius              Physics2DServerSpaceParameter = 0
)

type Physics2DShapeQueryParameters ¶ 

type Physics2DShapeQueryParameters struct {
	Reference
	// contains filtered or unexported fields
}

This class contains the shape and other parameters for intersection/collision queries.

func (*Physics2DShapeQueryParameters) BaseClass ¶ 

func (o *Physics2DShapeQueryParameters) BaseClass() string

func (*Physics2DShapeQueryParameters) GetCollisionLayer ¶ 

func (o *Physics2DShapeQueryParameters) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Physics2DShapeQueryParameters) GetExclude ¶ 

func (o *Physics2DShapeQueryParameters) GetExclude() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*Physics2DShapeQueryParameters) GetMargin ¶ 

func (o *Physics2DShapeQueryParameters) GetMargin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Physics2DShapeQueryParameters) GetMotion ¶ 

func (o *Physics2DShapeQueryParameters) GetMotion() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DShapeQueryParameters) GetShapeRid ¶ 

func (o *Physics2DShapeQueryParameters) GetShapeRid() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

func (*Physics2DShapeQueryParameters) GetTransform ¶ 

func (o *Physics2DShapeQueryParameters) GetTransform() gdnative.Transform2D
        Undocumented
	Args: [], Returns: Transform2D

func (*Physics2DShapeQueryParameters) SetCollisionLayer ¶ 

func (o *Physics2DShapeQueryParameters) SetCollisionLayer(collisionLayer gdnative.Int)
        Undocumented
	Args: [{ false collision_layer int}], Returns: void

func (*Physics2DShapeQueryParameters) SetExclude ¶ 

func (o *Physics2DShapeQueryParameters) SetExclude(exclude gdnative.Array)
        Undocumented
	Args: [{ false exclude Array}], Returns: void

func (*Physics2DShapeQueryParameters) SetMargin ¶ 

func (o *Physics2DShapeQueryParameters) SetMargin(margin gdnative.Real)
        Undocumented
	Args: [{ false margin float}], Returns: void

func (*Physics2DShapeQueryParameters) SetMotion ¶ 

func (o *Physics2DShapeQueryParameters) SetMotion(motion gdnative.Vector2)
        Undocumented
	Args: [{ false motion Vector2}], Returns: void

func (*Physics2DShapeQueryParameters) SetShape ¶ 

func (o *Physics2DShapeQueryParameters) SetShape(shape ResourceImplementer)
        Set the [Shape2D] that will be used for collision/intersection queries.
	Args: [{ false shape Resource}], Returns: void

func (*Physics2DShapeQueryParameters) SetShapeRid ¶ 

func (o *Physics2DShapeQueryParameters) SetShapeRid(shape gdnative.Rid)
        Undocumented
	Args: [{ false shape RID}], Returns: void

func (*Physics2DShapeQueryParameters) SetTransform ¶ 

func (o *Physics2DShapeQueryParameters) SetTransform(transform gdnative.Transform2D)
        Undocumented
	Args: [{ false transform Transform2D}], Returns: void

type Physics2DShapeQueryParametersImplementer ¶ 

type Physics2DShapeQueryParametersImplementer interface {
	ReferenceImplementer
	GetCollisionLayer() gdnative.Int
	GetExclude() gdnative.Array
	GetMargin() gdnative.Real
	GetMotion() gdnative.Vector2
	GetShapeRid() gdnative.Rid
	GetTransform() gdnative.Transform2D
	SetCollisionLayer(collisionLayer gdnative.Int)
	SetExclude(exclude gdnative.Array)
	SetMargin(margin gdnative.Real)
	SetMotion(motion gdnative.Vector2)
	SetShape(shape ResourceImplementer)
	SetShapeRid(shape gdnative.Rid)
	SetTransform(transform gdnative.Transform2D)
}

Physics2DShapeQueryParametersImplementer is an interface that implements the methods of the Physics2DShapeQueryParameters class.

type Physics2DShapeQueryResult ¶ 

type Physics2DShapeQueryResult struct {
	Reference
	// contains filtered or unexported fields
}

func (*Physics2DShapeQueryResult) BaseClass ¶ 

func (o *Physics2DShapeQueryResult) BaseClass() string

func (*Physics2DShapeQueryResult) GetResultCount ¶ 

func (o *Physics2DShapeQueryResult) GetResultCount() gdnative.Int

Args: [], Returns: int

func (*Physics2DShapeQueryResult) GetResultObject ¶ 

func (o *Physics2DShapeQueryResult) GetResultObject(idx gdnative.Int) ObjectImplementer

Args: [{ false idx int}], Returns: Object

func (*Physics2DShapeQueryResult) GetResultObjectId ¶ 

func (o *Physics2DShapeQueryResult) GetResultObjectId(idx gdnative.Int) gdnative.Int

Args: [{ false idx int}], Returns: int

func (*Physics2DShapeQueryResult) GetResultObjectShape ¶ 

func (o *Physics2DShapeQueryResult) GetResultObjectShape(idx gdnative.Int) gdnative.Int

Args: [{ false idx int}], Returns: int

func (*Physics2DShapeQueryResult) GetResultRid ¶ 

func (o *Physics2DShapeQueryResult) GetResultRid(idx gdnative.Int) gdnative.Rid

Args: [{ false idx int}], Returns: RID

type Physics2DShapeQueryResultImplementer ¶ 

type Physics2DShapeQueryResultImplementer interface {
	ReferenceImplementer
	GetResultCount() gdnative.Int
	GetResultObject(idx gdnative.Int) ObjectImplementer
	GetResultObjectId(idx gdnative.Int) gdnative.Int
	GetResultObjectShape(idx gdnative.Int) gdnative.Int
	GetResultRid(idx gdnative.Int) gdnative.Rid
}

Physics2DShapeQueryResultImplementer is an interface that implements the methods of the Physics2DShapeQueryResult class.

type Physics2DTestMotionResult ¶ 

type Physics2DTestMotionResult struct {
	Reference
	// contains filtered or unexported fields
}

func (*Physics2DTestMotionResult) BaseClass ¶ 

func (o *Physics2DTestMotionResult) BaseClass() string

func (*Physics2DTestMotionResult) GetCollider ¶ 

func (o *Physics2DTestMotionResult) GetCollider() ObjectImplementer
        Undocumented
	Args: [], Returns: Object

func (*Physics2DTestMotionResult) GetColliderId ¶ 

func (o *Physics2DTestMotionResult) GetColliderId() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Physics2DTestMotionResult) GetColliderRid ¶ 

func (o *Physics2DTestMotionResult) GetColliderRid() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

func (*Physics2DTestMotionResult) GetColliderShape ¶ 

func (o *Physics2DTestMotionResult) GetColliderShape() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Physics2DTestMotionResult) GetColliderVelocity ¶ 

func (o *Physics2DTestMotionResult) GetColliderVelocity() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DTestMotionResult) GetCollisionNormal ¶ 

func (o *Physics2DTestMotionResult) GetCollisionNormal() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DTestMotionResult) GetCollisionPoint ¶ 

func (o *Physics2DTestMotionResult) GetCollisionPoint() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DTestMotionResult) GetMotion ¶ 

func (o *Physics2DTestMotionResult) GetMotion() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Physics2DTestMotionResult) GetMotionRemainder ¶ 

func (o *Physics2DTestMotionResult) GetMotionRemainder() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

type Physics2DTestMotionResultImplementer ¶ 

type Physics2DTestMotionResultImplementer interface {
	ReferenceImplementer
	GetCollider() ObjectImplementer
	GetColliderId() gdnative.Int
	GetColliderRid() gdnative.Rid
	GetColliderShape() gdnative.Int
	GetColliderVelocity() gdnative.Vector2
	GetCollisionNormal() gdnative.Vector2
	GetCollisionPoint() gdnative.Vector2
	GetMotion() gdnative.Vector2
	GetMotionRemainder() gdnative.Vector2
}

Physics2DTestMotionResultImplementer is an interface that implements the methods of the Physics2DTestMotionResult class.

type PhysicsBody ¶ 

type PhysicsBody struct {
	CollisionObject
	// contains filtered or unexported fields
}

PhysicsBody is an abstract base class for implementing a physics body. All *Body types inherit from it.

func (*PhysicsBody) AddCollisionExceptionWith ¶ 

func (o *PhysicsBody) AddCollisionExceptionWith(body ObjectImplementer)
        Adds a body to the list of bodies that this body can't collide with.
	Args: [{ false body Object}], Returns: void

func (*PhysicsBody) BaseClass ¶ 

func (o *PhysicsBody) BaseClass() string

func (*PhysicsBody) GetCollisionLayer ¶ 

func (o *PhysicsBody) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsBody) GetCollisionLayerBit ¶ 

func (o *PhysicsBody) GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool

Args: [{ false bit int}], Returns: bool

func (*PhysicsBody) GetCollisionMask ¶ 

func (o *PhysicsBody) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsBody) GetCollisionMaskBit ¶ 

func (o *PhysicsBody) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool

Args: [{ false bit int}], Returns: bool

func (*PhysicsBody) RemoveCollisionExceptionWith ¶ 

func (o *PhysicsBody) RemoveCollisionExceptionWith(body ObjectImplementer)
        Removes a body from the list of bodies that this body can't collide with.
	Args: [{ false body Object}], Returns: void

func (*PhysicsBody) SetCollisionLayer ¶ 

func (o *PhysicsBody) SetCollisionLayer(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*PhysicsBody) SetCollisionLayerBit ¶ 

func (o *PhysicsBody) SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)

Args: [{ false bit int} { false value bool}], Returns: void

func (*PhysicsBody) SetCollisionMask ¶ 

func (o *PhysicsBody) SetCollisionMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*PhysicsBody) SetCollisionMaskBit ¶ 

func (o *PhysicsBody) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)

Args: [{ false bit int} { false value bool}], Returns: void

func (*PhysicsBody) X_GetLayers ¶ 

func (o *PhysicsBody) X_GetLayers() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsBody) X_SetLayers ¶ 

func (o *PhysicsBody) X_SetLayers(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

type PhysicsBody2D ¶ 

type PhysicsBody2D struct {
	CollisionObject2D
	// contains filtered or unexported fields
}

PhysicsBody2D is an abstract base class for implementing a physics body. All *Body2D types inherit from it.

func (*PhysicsBody2D) AddCollisionExceptionWith ¶ 

func (o *PhysicsBody2D) AddCollisionExceptionWith(body ObjectImplementer)
        Adds a body to the list of bodies that this body can't collide with.
	Args: [{ false body Object}], Returns: void

func (*PhysicsBody2D) BaseClass ¶ 

func (o *PhysicsBody2D) BaseClass() string

func (*PhysicsBody2D) GetCollisionLayer ¶ 

func (o *PhysicsBody2D) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsBody2D) GetCollisionLayerBit ¶ 

func (o *PhysicsBody2D) GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
        Return an individual bit on the collision mask.
	Args: [{ false bit int}], Returns: bool

func (*PhysicsBody2D) GetCollisionMask ¶ 

func (o *PhysicsBody2D) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsBody2D) GetCollisionMaskBit ¶ 

func (o *PhysicsBody2D) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
        Return an individual bit on the collision mask.
	Args: [{ false bit int}], Returns: bool

func (*PhysicsBody2D) RemoveCollisionExceptionWith ¶ 

func (o *PhysicsBody2D) RemoveCollisionExceptionWith(body ObjectImplementer)
        Removes a body from the list of bodies that this body can't collide with.
	Args: [{ false body Object}], Returns: void

func (*PhysicsBody2D) SetCollisionLayer ¶ 

func (o *PhysicsBody2D) SetCollisionLayer(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*PhysicsBody2D) SetCollisionLayerBit ¶ 

func (o *PhysicsBody2D) SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the layer mask. This makes getting a body in/out of only one layer easier.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*PhysicsBody2D) SetCollisionMask ¶ 

func (o *PhysicsBody2D) SetCollisionMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*PhysicsBody2D) SetCollisionMaskBit ¶ 

func (o *PhysicsBody2D) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the collision mask. This makes selecting the areas scanned easier.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*PhysicsBody2D) X_GetLayers ¶ 

func (o *PhysicsBody2D) X_GetLayers() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsBody2D) X_SetLayers ¶ 

func (o *PhysicsBody2D) X_SetLayers(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

type PhysicsBody2DImplementer ¶ 

type PhysicsBody2DImplementer interface {
	CollisionObject2DImplementer
	X_GetLayers() gdnative.Int
	X_SetLayers(mask gdnative.Int)
	AddCollisionExceptionWith(body ObjectImplementer)
	GetCollisionLayer() gdnative.Int
	GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	RemoveCollisionExceptionWith(body ObjectImplementer)
	SetCollisionLayer(layer gdnative.Int)
	SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionMask(mask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
}

PhysicsBody2DImplementer is an interface that implements the methods of the PhysicsBody2D class.

type PhysicsBodyImplementer ¶ 

type PhysicsBodyImplementer interface {
	CollisionObjectImplementer
	X_GetLayers() gdnative.Int
	X_SetLayers(mask gdnative.Int)
	AddCollisionExceptionWith(body ObjectImplementer)
	GetCollisionLayer() gdnative.Int
	GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	RemoveCollisionExceptionWith(body ObjectImplementer)
	SetCollisionLayer(layer gdnative.Int)
	SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionMask(mask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
}

PhysicsBodyImplementer is an interface that implements the methods of the PhysicsBody class.

type PhysicsDirectBodyState ¶ 

type PhysicsDirectBodyState struct {
	Object
	// contains filtered or unexported fields
}

func (*PhysicsDirectBodyState) AddForce ¶ 

func (o *PhysicsDirectBodyState) AddForce(force gdnative.Vector3, position gdnative.Vector3)

Args: [{ false force Vector3} { false position Vector3}], Returns: void

func (*PhysicsDirectBodyState) ApplyImpulse ¶ 

func (o *PhysicsDirectBodyState) ApplyImpulse(position gdnative.Vector3, j gdnative.Vector3)

Args: [{ false position Vector3} { false j Vector3}], Returns: void

func (*PhysicsDirectBodyState) ApplyTorqeImpulse ¶ 

func (o *PhysicsDirectBodyState) ApplyTorqeImpulse(j gdnative.Vector3)
        Undocumented
	Args: [{ false j Vector3}], Returns: void

func (*PhysicsDirectBodyState) BaseClass ¶ 

func (o *PhysicsDirectBodyState) BaseClass() string

func (*PhysicsDirectBodyState) GetAngularVelocity ¶ 

func (o *PhysicsDirectBodyState) GetAngularVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*PhysicsDirectBodyState) GetCenterOfMass ¶ 

func (o *PhysicsDirectBodyState) GetCenterOfMass() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*PhysicsDirectBodyState) GetContactCollider ¶ 

func (o *PhysicsDirectBodyState) GetContactCollider(contactIdx gdnative.Int) gdnative.Rid

Args: [{ false contact_idx int}], Returns: RID

func (*PhysicsDirectBodyState) GetContactColliderId ¶ 

func (o *PhysicsDirectBodyState) GetContactColliderId(contactIdx gdnative.Int) gdnative.Int

Args: [{ false contact_idx int}], Returns: int

func (*PhysicsDirectBodyState) GetContactColliderObject ¶ 

func (o *PhysicsDirectBodyState) GetContactColliderObject(contactIdx gdnative.Int) ObjectImplementer

Args: [{ false contact_idx int}], Returns: Object

func (*PhysicsDirectBodyState) GetContactColliderPosition ¶ 

func (o *PhysicsDirectBodyState) GetContactColliderPosition(contactIdx gdnative.Int) gdnative.Vector3

Args: [{ false contact_idx int}], Returns: Vector3

func (*PhysicsDirectBodyState) GetContactColliderShape ¶ 

func (o *PhysicsDirectBodyState) GetContactColliderShape(contactIdx gdnative.Int) gdnative.Int

Args: [{ false contact_idx int}], Returns: int

func (*PhysicsDirectBodyState) GetContactColliderVelocityAtPosition ¶ 

func (o *PhysicsDirectBodyState) GetContactColliderVelocityAtPosition(contactIdx gdnative.Int) gdnative.Vector3

Args: [{ false contact_idx int}], Returns: Vector3

func (*PhysicsDirectBodyState) GetContactCount ¶ 

func (o *PhysicsDirectBodyState) GetContactCount() gdnative.Int

Args: [], Returns: int

func (*PhysicsDirectBodyState) GetContactLocalNormal ¶ 

func (o *PhysicsDirectBodyState) GetContactLocalNormal(contactIdx gdnative.Int) gdnative.Vector3

Args: [{ false contact_idx int}], Returns: Vector3

func (*PhysicsDirectBodyState) GetContactLocalPosition ¶ 

func (o *PhysicsDirectBodyState) GetContactLocalPosition(contactIdx gdnative.Int) gdnative.Vector3

Args: [{ false contact_idx int}], Returns: Vector3

func (*PhysicsDirectBodyState) GetContactLocalShape ¶ 

func (o *PhysicsDirectBodyState) GetContactLocalShape(contactIdx gdnative.Int) gdnative.Int

Args: [{ false contact_idx int}], Returns: int

func (*PhysicsDirectBodyState) GetInverseInertia ¶ 

func (o *PhysicsDirectBodyState) GetInverseInertia() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*PhysicsDirectBodyState) GetInverseMass ¶ 

func (o *PhysicsDirectBodyState) GetInverseMass() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PhysicsDirectBodyState) GetLinearVelocity ¶ 

func (o *PhysicsDirectBodyState) GetLinearVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*PhysicsDirectBodyState) GetPrincipalInertiaAxes ¶ 

func (o *PhysicsDirectBodyState) GetPrincipalInertiaAxes() gdnative.Basis
        Undocumented
	Args: [], Returns: Basis

func (*PhysicsDirectBodyState) GetSpaceState ¶ 

func (o *PhysicsDirectBodyState) GetSpaceState() PhysicsDirectSpaceStateImplementer

Args: [], Returns: PhysicsDirectSpaceState

func (*PhysicsDirectBodyState) GetStep ¶ 

func (o *PhysicsDirectBodyState) GetStep() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PhysicsDirectBodyState) GetTotalAngularDamp ¶ 

func (o *PhysicsDirectBodyState) GetTotalAngularDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PhysicsDirectBodyState) GetTotalGravity ¶ 

func (o *PhysicsDirectBodyState) GetTotalGravity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*PhysicsDirectBodyState) GetTotalLinearDamp ¶ 

func (o *PhysicsDirectBodyState) GetTotalLinearDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PhysicsDirectBodyState) GetTransform ¶ 

func (o *PhysicsDirectBodyState) GetTransform() gdnative.Transform
        Undocumented
	Args: [], Returns: Transform

func (*PhysicsDirectBodyState) IntegrateForces ¶ 

func (o *PhysicsDirectBodyState) IntegrateForces()

Args: [], Returns: void

func (*PhysicsDirectBodyState) IsSleeping ¶ 

func (o *PhysicsDirectBodyState) IsSleeping() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PhysicsDirectBodyState) SetAngularVelocity ¶ 

func (o *PhysicsDirectBodyState) SetAngularVelocity(velocity gdnative.Vector3)
        Undocumented
	Args: [{ false velocity Vector3}], Returns: void

func (*PhysicsDirectBodyState) SetLinearVelocity ¶ 

func (o *PhysicsDirectBodyState) SetLinearVelocity(velocity gdnative.Vector3)
        Undocumented
	Args: [{ false velocity Vector3}], Returns: void

func (*PhysicsDirectBodyState) SetSleepState ¶ 

func (o *PhysicsDirectBodyState) SetSleepState(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*PhysicsDirectBodyState) SetTransform ¶ 

func (o *PhysicsDirectBodyState) SetTransform(transform gdnative.Transform)
        Undocumented
	Args: [{ false transform Transform}], Returns: void

type PhysicsDirectBodyStateImplementer ¶ 

type PhysicsDirectBodyStateImplementer interface {
	ObjectImplementer
	AddForce(force gdnative.Vector3, position gdnative.Vector3)
	ApplyImpulse(position gdnative.Vector3, j gdnative.Vector3)
	ApplyTorqeImpulse(j gdnative.Vector3)
	GetAngularVelocity() gdnative.Vector3
	GetCenterOfMass() gdnative.Vector3
	GetContactCollider(contactIdx gdnative.Int) gdnative.Rid
	GetContactColliderId(contactIdx gdnative.Int) gdnative.Int
	GetContactColliderObject(contactIdx gdnative.Int) ObjectImplementer
	GetContactColliderPosition(contactIdx gdnative.Int) gdnative.Vector3
	GetContactColliderShape(contactIdx gdnative.Int) gdnative.Int
	GetContactColliderVelocityAtPosition(contactIdx gdnative.Int) gdnative.Vector3
	GetContactCount() gdnative.Int
	GetContactLocalNormal(contactIdx gdnative.Int) gdnative.Vector3
	GetContactLocalPosition(contactIdx gdnative.Int) gdnative.Vector3
	GetContactLocalShape(contactIdx gdnative.Int) gdnative.Int
	GetInverseInertia() gdnative.Vector3
	GetInverseMass() gdnative.Real
	GetLinearVelocity() gdnative.Vector3
	GetPrincipalInertiaAxes() gdnative.Basis
	GetSpaceState() PhysicsDirectSpaceStateImplementer
	GetStep() gdnative.Real
	GetTotalAngularDamp() gdnative.Real
	GetTotalGravity() gdnative.Vector3
	GetTotalLinearDamp() gdnative.Real
	GetTransform() gdnative.Transform
	IntegrateForces()
	IsSleeping() gdnative.Bool
	SetAngularVelocity(velocity gdnative.Vector3)
	SetLinearVelocity(velocity gdnative.Vector3)
	SetSleepState(enabled gdnative.Bool)
	SetTransform(transform gdnative.Transform)
}

PhysicsDirectBodyStateImplementer is an interface that implements the methods of the PhysicsDirectBodyState class.

type PhysicsDirectSpaceState ¶ 

type PhysicsDirectSpaceState struct {
	Object
	// contains filtered or unexported fields
}

Direct access object to a space in the PhysicsServer. It's used mainly to do queries against objects and areas residing in a given space.

func (*PhysicsDirectSpaceState) BaseClass ¶ 

func (o *PhysicsDirectSpaceState) BaseClass() string

func (*PhysicsDirectSpaceState) CastMotion ¶ 

func (o *PhysicsDirectSpaceState) CastMotion(shape PhysicsShapeQueryParametersImplementer, motion gdnative.Vector3) gdnative.Array
        Checks whether the shape can travel to a point. The method will return an array with two floats between 0 and 1, both representing a fraction of [code]motion[/code]. The first is how far the shape can move without triggering a collision, and the second is the point at which a collision will occur. If no collision is detected, the returned array will be [1, 1]. If the shape can not move, the array will be empty ([code]dir.empty()==true[/code]).
	Args: [{ false shape PhysicsShapeQueryParameters} { false motion Vector3}], Returns: Array

func (*PhysicsDirectSpaceState) CollideShape ¶ 

func (o *PhysicsDirectSpaceState) CollideShape(shape PhysicsShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
        Checks the intersections of a shape, given through a [PhysicsShapeQueryParameters] object, against the space. The resulting array contains a list of points where the shape intersects another. Like with [method intersect_shape], the number of returned results can be limited to save processing time.
	Args: [{ false shape PhysicsShapeQueryParameters} {32 true max_results int}], Returns: Array

func (*PhysicsDirectSpaceState) GetRestInfo ¶ 

func (o *PhysicsDirectSpaceState) GetRestInfo(shape PhysicsShapeQueryParametersImplementer) gdnative.Dictionary
        Checks the intersections of a shape, given through a [PhysicsShapeQueryParameters] object, against the space. If it collides with more than a shape, the nearest one is selected. The returned object is a dictionary containing the following fields: [code]collider_id[/code]: The colliding object's ID. [code]linear_velocity[/code]: The colliding object's velocity [Vector3]. If the object is an [Area], the result is [code](0, 0, 0)[/code]. [code]normal[/code]: The object's surface normal at the intersection point. [code]point[/code]: The intersection point. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. If the shape did not intersect anything, then an empty dictionary ([code]dir.empty()==true[/code]) is returned instead.
	Args: [{ false shape PhysicsShapeQueryParameters}], Returns: Dictionary

func (*PhysicsDirectSpaceState) IntersectRay ¶ 

func (o *PhysicsDirectSpaceState) IntersectRay(from gdnative.Vector3, to gdnative.Vector3, exclude gdnative.Array, collisionLayer gdnative.Int) gdnative.Dictionary
        Intersects a ray in a given space. The returned object is a dictionary with the following fields: [code]collider[/code]: The colliding object. [code]collider_id[/code]: The colliding object's ID. [code]normal[/code]: The object's surface normal at the intersection point. [code]position[/code]: The intersection point. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. If the ray did not intersect anything, then an empty dictionary ([code]dir.empty()==true[/code]) is returned instead. Additionally, the method can take an array of objects or [RID]s that are to be excluded from collisions, or a bitmask representing the physics layers to check in.
	Args: [{ false from Vector3} { false to Vector3} {[] true exclude Array} {2147483647 true collision_layer int}], Returns: Dictionary

func (*PhysicsDirectSpaceState) IntersectShape ¶ 

func (o *PhysicsDirectSpaceState) IntersectShape(shape PhysicsShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
        Checks the intersections of a shape, given through a [PhysicsShapeQueryParameters] object, against the space. The intersected shapes are returned in an array containing dictionaries with the following fields: [code]collider[/code]: The colliding object. [code]collider_id[/code]: The colliding object's ID. [code]rid[/code]: The intersecting object's [RID]. [code]shape[/code]: The shape index of the colliding shape. The number of intersections can be limited with the second parameter, to reduce the processing time.
	Args: [{ false shape PhysicsShapeQueryParameters} {32 true max_results int}], Returns: Array

type PhysicsDirectSpaceStateImplementer ¶ 

type PhysicsDirectSpaceStateImplementer interface {
	ObjectImplementer
	CastMotion(shape PhysicsShapeQueryParametersImplementer, motion gdnative.Vector3) gdnative.Array
	CollideShape(shape PhysicsShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
	GetRestInfo(shape PhysicsShapeQueryParametersImplementer) gdnative.Dictionary
	IntersectRay(from gdnative.Vector3, to gdnative.Vector3, exclude gdnative.Array, collisionLayer gdnative.Int) gdnative.Dictionary
	IntersectShape(shape PhysicsShapeQueryParametersImplementer, maxResults gdnative.Int) gdnative.Array
}

PhysicsDirectSpaceStateImplementer is an interface that implements the methods of the PhysicsDirectSpaceState class.

type PhysicsServerAreaBodyStatus ¶ 

type PhysicsServerAreaBodyStatus int

PhysicsServerAreaBodyStatus is an enum for AreaBodyStatus values. 

const (
	PhysicsServerAreaBodyAdded   PhysicsServerAreaBodyStatus = 0
	PhysicsServerAreaBodyRemoved PhysicsServerAreaBodyStatus = 1
)

type PhysicsServerAreaParameter ¶ 

type PhysicsServerAreaParameter int

PhysicsServerAreaParameter is an enum for AreaParameter values. 

const (
	PhysicsServerAreaParamAngularDamp             PhysicsServerAreaParameter = 6
	PhysicsServerAreaParamGravity                 PhysicsServerAreaParameter = 0
	PhysicsServerAreaParamGravityDistanceScale    PhysicsServerAreaParameter = 3
	PhysicsServerAreaParamGravityIsPoint          PhysicsServerAreaParameter = 2
	PhysicsServerAreaParamGravityPointAttenuation PhysicsServerAreaParameter = 4
	PhysicsServerAreaParamGravityVector           PhysicsServerAreaParameter = 1
	PhysicsServerAreaParamLinearDamp              PhysicsServerAreaParameter = 5
	PhysicsServerAreaParamPriority                PhysicsServerAreaParameter = 7
)

type PhysicsServerAreaSpaceOverrideMode ¶ 

type PhysicsServerAreaSpaceOverrideMode int

PhysicsServerAreaSpaceOverrideMode is an enum for AreaSpaceOverrideMode values. 

const (
	PhysicsServerAreaSpaceOverrideCombine        PhysicsServerAreaSpaceOverrideMode = 1
	PhysicsServerAreaSpaceOverrideCombineReplace PhysicsServerAreaSpaceOverrideMode = 2
	PhysicsServerAreaSpaceOverrideDisabled       PhysicsServerAreaSpaceOverrideMode = 0
	PhysicsServerAreaSpaceOverrideReplace        PhysicsServerAreaSpaceOverrideMode = 3
	PhysicsServerAreaSpaceOverrideReplaceCombine PhysicsServerAreaSpaceOverrideMode = 4
)

type PhysicsServerBodyAxis ¶ 

type PhysicsServerBodyAxis int

PhysicsServerBodyAxis is an enum for BodyAxis values. 

const (
	PhysicsServerBodyAxisAngularX PhysicsServerBodyAxis = 8
	PhysicsServerBodyAxisAngularY PhysicsServerBodyAxis = 16
	PhysicsServerBodyAxisAngularZ PhysicsServerBodyAxis = 32
	PhysicsServerBodyAxisLinearX  PhysicsServerBodyAxis = 1
	PhysicsServerBodyAxisLinearY  PhysicsServerBodyAxis = 2
	PhysicsServerBodyAxisLinearZ  PhysicsServerBodyAxis = 4
)

type PhysicsServerBodyMode ¶ 

type PhysicsServerBodyMode int

PhysicsServerBodyMode is an enum for BodyMode values. 

const (
	PhysicsServerBodyModeCharacter PhysicsServerBodyMode = 4
	PhysicsServerBodyModeKinematic PhysicsServerBodyMode = 1
	PhysicsServerBodyModeRigid     PhysicsServerBodyMode = 2
	PhysicsServerBodyModeSoft      PhysicsServerBodyMode = 3
	PhysicsServerBodyModeStatic    PhysicsServerBodyMode = 0
)

type PhysicsServerBodyParameter ¶ 

type PhysicsServerBodyParameter int

PhysicsServerBodyParameter is an enum for BodyParameter values. 

const (
	PhysicsServerBodyParamAngularDamp  PhysicsServerBodyParameter = 5
	PhysicsServerBodyParamBounce       PhysicsServerBodyParameter = 0
	PhysicsServerBodyParamFriction     PhysicsServerBodyParameter = 1
	PhysicsServerBodyParamGravityScale PhysicsServerBodyParameter = 3
	PhysicsServerBodyParamLinearDamp   PhysicsServerBodyParameter = 4
	PhysicsServerBodyParamMass         PhysicsServerBodyParameter = 2
	PhysicsServerBodyParamMax          PhysicsServerBodyParameter = 6
)

type PhysicsServerBodyState ¶ 

type PhysicsServerBodyState int

PhysicsServerBodyState is an enum for BodyState values. 

const (
	PhysicsServerBodyStateAngularVelocity PhysicsServerBodyState = 2
	PhysicsServerBodyStateCanSleep        PhysicsServerBodyState = 4
	PhysicsServerBodyStateLinearVelocity  PhysicsServerBodyState = 1
	PhysicsServerBodyStateSleeping        PhysicsServerBodyState = 3
	PhysicsServerBodyStateTransform       PhysicsServerBodyState = 0
)

type PhysicsServerConeTwistJointParam ¶ 

type PhysicsServerConeTwistJointParam int

PhysicsServerConeTwistJointParam is an enum for ConeTwistJointParam values. 

const (
	PhysicsServerConeTwistJointBias       PhysicsServerConeTwistJointParam = 2
	PhysicsServerConeTwistJointRelaxation PhysicsServerConeTwistJointParam = 4
	PhysicsServerConeTwistJointSoftness   PhysicsServerConeTwistJointParam = 3
	PhysicsServerConeTwistJointSwingSpan  PhysicsServerConeTwistJointParam = 0
	PhysicsServerConeTwistJointTwistSpan  PhysicsServerConeTwistJointParam = 1
)

type PhysicsServerG6DOFJointAxisFlag ¶ 

type PhysicsServerG6DOFJointAxisFlag int

PhysicsServerG6DOFJointAxisFlag is an enum for G6DOFJointAxisFlag values. 

const (
	PhysicsServerG6DofJointFlagEnableAngularLimit PhysicsServerG6DOFJointAxisFlag = 1
	PhysicsServerG6DofJointFlagEnableLinearLimit  PhysicsServerG6DOFJointAxisFlag = 0
	PhysicsServerG6DofJointFlagEnableMotor        PhysicsServerG6DOFJointAxisFlag = 2
)

type PhysicsServerG6DOFJointAxisParam ¶ 

type PhysicsServerG6DOFJointAxisParam int

PhysicsServerG6DOFJointAxisParam is an enum for G6DOFJointAxisParam values. 

const (
	PhysicsServerG6DofJointAngularDamping             PhysicsServerG6DOFJointAxisParam = 8
	PhysicsServerG6DofJointAngularErp                 PhysicsServerG6DOFJointAxisParam = 11
	PhysicsServerG6DofJointAngularForceLimit          PhysicsServerG6DOFJointAxisParam = 10
	PhysicsServerG6DofJointAngularLimitSoftness       PhysicsServerG6DOFJointAxisParam = 7
	PhysicsServerG6DofJointAngularLowerLimit          PhysicsServerG6DOFJointAxisParam = 5
	PhysicsServerG6DofJointAngularMotorForceLimit     PhysicsServerG6DOFJointAxisParam = 13
	PhysicsServerG6DofJointAngularMotorTargetVelocity PhysicsServerG6DOFJointAxisParam = 12
	PhysicsServerG6DofJointAngularRestitution         PhysicsServerG6DOFJointAxisParam = 9
	PhysicsServerG6DofJointAngularUpperLimit          PhysicsServerG6DOFJointAxisParam = 6
	PhysicsServerG6DofJointLinearDamping              PhysicsServerG6DOFJointAxisParam = 4
	PhysicsServerG6DofJointLinearLimitSoftness        PhysicsServerG6DOFJointAxisParam = 2
	PhysicsServerG6DofJointLinearLowerLimit           PhysicsServerG6DOFJointAxisParam = 0
	PhysicsServerG6DofJointLinearRestitution          PhysicsServerG6DOFJointAxisParam = 3
	PhysicsServerG6DofJointLinearUpperLimit           PhysicsServerG6DOFJointAxisParam = 1
)

type PhysicsServerHingeJointFlag ¶ 

type PhysicsServerHingeJointFlag int

PhysicsServerHingeJointFlag is an enum for HingeJointFlag values. 

const (
	PhysicsServerHingeJointFlagEnableMotor PhysicsServerHingeJointFlag = 1
	PhysicsServerHingeJointFlagUseLimit    PhysicsServerHingeJointFlag = 0
)

type PhysicsServerHingeJointParam ¶ 

type PhysicsServerHingeJointParam int

PhysicsServerHingeJointParam is an enum for HingeJointParam values. 

const (
	PhysicsServerHingeJointBias                PhysicsServerHingeJointParam = 0
	PhysicsServerHingeJointLimitBias           PhysicsServerHingeJointParam = 3
	PhysicsServerHingeJointLimitLower          PhysicsServerHingeJointParam = 2
	PhysicsServerHingeJointLimitRelaxation     PhysicsServerHingeJointParam = 5
	PhysicsServerHingeJointLimitSoftness       PhysicsServerHingeJointParam = 4
	PhysicsServerHingeJointLimitUpper          PhysicsServerHingeJointParam = 1
	PhysicsServerHingeJointMotorMaxImpulse     PhysicsServerHingeJointParam = 7
	PhysicsServerHingeJointMotorTargetVelocity PhysicsServerHingeJointParam = 6
)

type PhysicsServerImplementer ¶ 

type PhysicsServerImplementer interface {
	ObjectImplementer
	AreaAddShape(area gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform)
	AreaAttachObjectInstanceId(area gdnative.Rid, id gdnative.Int)
	AreaClearShapes(area gdnative.Rid)
	AreaCreate() gdnative.Rid
	AreaGetObjectInstanceId(area gdnative.Rid) gdnative.Int
	AreaGetParam(area gdnative.Rid, param gdnative.Int) gdnative.Variant
	AreaGetShape(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
	AreaGetShapeCount(area gdnative.Rid) gdnative.Int
	AreaGetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform
	AreaGetSpace(area gdnative.Rid) gdnative.Rid
	AreaGetTransform(area gdnative.Rid) gdnative.Transform
	AreaIsRayPickable(area gdnative.Rid) gdnative.Bool
	AreaRemoveShape(area gdnative.Rid, shapeIdx gdnative.Int)
	AreaSetCollisionLayer(area gdnative.Rid, layer gdnative.Int)
	AreaSetCollisionMask(area gdnative.Rid, mask gdnative.Int)
	AreaSetMonitorCallback(area gdnative.Rid, receiver ObjectImplementer, method gdnative.String)
	AreaSetParam(area gdnative.Rid, param gdnative.Int, value gdnative.Variant)
	AreaSetRayPickable(area gdnative.Rid, enable gdnative.Bool)
	AreaSetShape(area gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
	AreaSetShapeTransform(area gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform)
	AreaSetSpace(area gdnative.Rid, space gdnative.Rid)
	AreaSetSpaceOverrideMode(area gdnative.Rid, mode gdnative.Int)
	AreaSetTransform(area gdnative.Rid, transform gdnative.Transform)
	BodyAddCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
	BodyAddShape(body gdnative.Rid, shape gdnative.Rid, transform gdnative.Transform)
	BodyApplyImpulse(body gdnative.Rid, position gdnative.Vector3, impulse gdnative.Vector3)
	BodyApplyTorqueImpulse(body gdnative.Rid, impulse gdnative.Vector3)
	BodyAttachObjectInstanceId(body gdnative.Rid, id gdnative.Int)
	BodyClearShapes(body gdnative.Rid)
	BodyCreate(mode gdnative.Int, initSleeping gdnative.Bool) gdnative.Rid
	BodyGetCollisionLayer(body gdnative.Rid) gdnative.Int
	BodyGetCollisionMask(body gdnative.Rid) gdnative.Int
	BodyGetDirectState(body gdnative.Rid) PhysicsDirectBodyStateImplementer
	BodyGetKinematicSafeMargin(body gdnative.Rid) gdnative.Real
	BodyGetMaxContactsReported(body gdnative.Rid) gdnative.Int
	BodyGetObjectInstanceId(body gdnative.Rid) gdnative.Int
	BodyGetParam(body gdnative.Rid, param gdnative.Int) gdnative.Real
	BodyGetShape(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Rid
	BodyGetShapeCount(body gdnative.Rid) gdnative.Int
	BodyGetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int) gdnative.Transform
	BodyGetSpace(body gdnative.Rid) gdnative.Rid
	BodyGetState(body gdnative.Rid, state gdnative.Int) gdnative.Variant
	BodyIsAxisLocked(body gdnative.Rid, axis gdnative.Int) gdnative.Bool
	BodyIsContinuousCollisionDetectionEnabled(body gdnative.Rid) gdnative.Bool
	BodyIsOmittingForceIntegration(body gdnative.Rid) gdnative.Bool
	BodyIsRayPickable(body gdnative.Rid) gdnative.Bool
	BodyRemoveCollisionException(body gdnative.Rid, exceptedBody gdnative.Rid)
	BodyRemoveShape(body gdnative.Rid, shapeIdx gdnative.Int)
	BodySetAxisLock(body gdnative.Rid, axis gdnative.Int, lock gdnative.Bool)
	BodySetAxisVelocity(body gdnative.Rid, axisVelocity gdnative.Vector3)
	BodySetCollisionLayer(body gdnative.Rid, layer gdnative.Int)
	BodySetCollisionMask(body gdnative.Rid, mask gdnative.Int)
	BodySetEnableContinuousCollisionDetection(body gdnative.Rid, enable gdnative.Bool)
	BodySetForceIntegrationCallback(body gdnative.Rid, receiver ObjectImplementer, method gdnative.String, userdata gdnative.Variant)
	BodySetKinematicSafeMargin(body gdnative.Rid, margin gdnative.Real)
	BodySetMaxContactsReported(body gdnative.Rid, amount gdnative.Int)
	BodySetMode(body gdnative.Rid, mode gdnative.Int)
	BodySetOmitForceIntegration(body gdnative.Rid, enable gdnative.Bool)
	BodySetParam(body gdnative.Rid, param gdnative.Int, value gdnative.Real)
	BodySetRayPickable(body gdnative.Rid, enable gdnative.Bool)
	BodySetShape(body gdnative.Rid, shapeIdx gdnative.Int, shape gdnative.Rid)
	BodySetShapeTransform(body gdnative.Rid, shapeIdx gdnative.Int, transform gdnative.Transform)
	BodySetSpace(body gdnative.Rid, space gdnative.Rid)
	BodySetState(body gdnative.Rid, state gdnative.Int, value gdnative.Variant)
	ConeTwistJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
	ConeTwistJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
	FreeRid(rid gdnative.Rid)
	Generic6DofJointGetFlag(joint gdnative.Rid, axis gdnative.Int, flag gdnative.Int) gdnative.Bool
	Generic6DofJointGetParam(joint gdnative.Rid, axis gdnative.Int, param gdnative.Int) gdnative.Real
	Generic6DofJointSetFlag(joint gdnative.Rid, axis gdnative.Int, flag gdnative.Int, enable gdnative.Bool)
	Generic6DofJointSetParam(joint gdnative.Rid, axis gdnative.Int, param gdnative.Int, value gdnative.Real)
	GetProcessInfo(processInfo gdnative.Int) gdnative.Int
	HingeJointGetFlag(joint gdnative.Rid, flag gdnative.Int) gdnative.Bool
	HingeJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
	HingeJointSetFlag(joint gdnative.Rid, flag gdnative.Int, enabled gdnative.Bool)
	HingeJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
	JointCreateConeTwist(bodyA gdnative.Rid, localRefA gdnative.Transform, bodyB gdnative.Rid, localRefB gdnative.Transform) gdnative.Rid
	JointCreateGeneric6Dof(bodyA gdnative.Rid, localRefA gdnative.Transform, bodyB gdnative.Rid, localRefB gdnative.Transform) gdnative.Rid
	JointCreateHinge(bodyA gdnative.Rid, hingeA gdnative.Transform, bodyB gdnative.Rid, hingeB gdnative.Transform) gdnative.Rid
	JointCreatePin(bodyA gdnative.Rid, localA gdnative.Vector3, bodyB gdnative.Rid, localB gdnative.Vector3) gdnative.Rid
	JointCreateSlider(bodyA gdnative.Rid, localRefA gdnative.Transform, bodyB gdnative.Rid, localRefB gdnative.Transform) gdnative.Rid
	JointGetSolverPriority(joint gdnative.Rid) gdnative.Int
	JointSetSolverPriority(joint gdnative.Rid, priority gdnative.Int)
	PinJointGetLocalA(joint gdnative.Rid) gdnative.Vector3
	PinJointGetLocalB(joint gdnative.Rid) gdnative.Vector3
	PinJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
	PinJointSetLocalA(joint gdnative.Rid, localA gdnative.Vector3)
	PinJointSetLocalB(joint gdnative.Rid, localB gdnative.Vector3)
	PinJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
	SetActive(active gdnative.Bool)
	ShapeCreate(aType gdnative.Int) gdnative.Rid
	ShapeGetData(shape gdnative.Rid) gdnative.Variant
	ShapeSetData(shape gdnative.Rid, data gdnative.Variant)
	SliderJointGetParam(joint gdnative.Rid, param gdnative.Int) gdnative.Real
	SliderJointSetParam(joint gdnative.Rid, param gdnative.Int, value gdnative.Real)
	SpaceCreate() gdnative.Rid
	SpaceGetDirectState(space gdnative.Rid) PhysicsDirectSpaceStateImplementer
	SpaceGetParam(space gdnative.Rid, param gdnative.Int) gdnative.Real
	SpaceIsActive(space gdnative.Rid) gdnative.Bool
	SpaceSetActive(space gdnative.Rid, active gdnative.Bool)
	SpaceSetParam(space gdnative.Rid, param gdnative.Int, value gdnative.Real)
}

PhysicsServerImplementer is an interface that implements the methods of the PhysicsServer class.

type PhysicsServerJointType ¶ 

type PhysicsServerJointType int

PhysicsServerJointType is an enum for JointType values. 

const (
	PhysicsServerJoint6Dof      PhysicsServerJointType = 4
	PhysicsServerJointConeTwist PhysicsServerJointType = 3
	PhysicsServerJointHinge     PhysicsServerJointType = 1
	PhysicsServerJointPin       PhysicsServerJointType = 0
	PhysicsServerJointSlider    PhysicsServerJointType = 2
)

type PhysicsServerPinJointParam ¶ 

type PhysicsServerPinJointParam int

PhysicsServerPinJointParam is an enum for PinJointParam values. 

const (
	PhysicsServerPinJointBias         PhysicsServerPinJointParam = 0
	PhysicsServerPinJointDamping      PhysicsServerPinJointParam = 1
	PhysicsServerPinJointImpulseClamp PhysicsServerPinJointParam = 2
)

type PhysicsServerProcessInfo ¶ 

type PhysicsServerProcessInfo int

PhysicsServerProcessInfo is an enum for ProcessInfo values. 

const (
	PhysicsServerInfoActiveObjects  PhysicsServerProcessInfo = 0
	PhysicsServerInfoCollisionPairs PhysicsServerProcessInfo = 1
	PhysicsServerInfoIslandCount    PhysicsServerProcessInfo = 2
)

type PhysicsServerShapeType ¶ 

type PhysicsServerShapeType int

PhysicsServerShapeType is an enum for ShapeType values. 

const (
	PhysicsServerShapeBox            PhysicsServerShapeType = 3
	PhysicsServerShapeCapsule        PhysicsServerShapeType = 4
	PhysicsServerShapeConcavePolygon PhysicsServerShapeType = 6
	PhysicsServerShapeConvexPolygon  PhysicsServerShapeType = 5
	PhysicsServerShapeCustom         PhysicsServerShapeType = 8
	PhysicsServerShapeHeightmap      PhysicsServerShapeType = 7
	PhysicsServerShapePlane          PhysicsServerShapeType = 0
	PhysicsServerShapeRay            PhysicsServerShapeType = 1
	PhysicsServerShapeSphere         PhysicsServerShapeType = 2
)

type PhysicsServerSliderJointParam ¶ 

type PhysicsServerSliderJointParam int

PhysicsServerSliderJointParam is an enum for SliderJointParam values. 

const (
	PhysicsServerSliderJointAngularLimitDamping          PhysicsServerSliderJointParam = 15
	PhysicsServerSliderJointAngularLimitLower            PhysicsServerSliderJointParam = 12
	PhysicsServerSliderJointAngularLimitRestitution      PhysicsServerSliderJointParam = 14
	PhysicsServerSliderJointAngularLimitSoftness         PhysicsServerSliderJointParam = 13
	PhysicsServerSliderJointAngularLimitUpper            PhysicsServerSliderJointParam = 11
	PhysicsServerSliderJointAngularMotionDamping         PhysicsServerSliderJointParam = 18
	PhysicsServerSliderJointAngularMotionRestitution     PhysicsServerSliderJointParam = 17
	PhysicsServerSliderJointAngularMotionSoftness        PhysicsServerSliderJointParam = 16
	PhysicsServerSliderJointAngularOrthogonalDamping     PhysicsServerSliderJointParam = 21
	PhysicsServerSliderJointAngularOrthogonalRestitution PhysicsServerSliderJointParam = 20
	PhysicsServerSliderJointAngularOrthogonalSoftness    PhysicsServerSliderJointParam = 19
	PhysicsServerSliderJointLinearLimitDamping           PhysicsServerSliderJointParam = 4
	PhysicsServerSliderJointLinearLimitLower             PhysicsServerSliderJointParam = 1
	PhysicsServerSliderJointLinearLimitRestitution       PhysicsServerSliderJointParam = 3
	PhysicsServerSliderJointLinearLimitSoftness          PhysicsServerSliderJointParam = 2
	PhysicsServerSliderJointLinearLimitUpper             PhysicsServerSliderJointParam = 0
	PhysicsServerSliderJointLinearMotionDamping          PhysicsServerSliderJointParam = 7
	PhysicsServerSliderJointLinearMotionRestitution      PhysicsServerSliderJointParam = 6
	PhysicsServerSliderJointLinearMotionSoftness         PhysicsServerSliderJointParam = 5
	PhysicsServerSliderJointLinearOrthogonalDamping      PhysicsServerSliderJointParam = 10
	PhysicsServerSliderJointLinearOrthogonalRestitution  PhysicsServerSliderJointParam = 9
	PhysicsServerSliderJointLinearOrthogonalSoftness     PhysicsServerSliderJointParam = 8
	PhysicsServerSliderJointMax                          PhysicsServerSliderJointParam = 22
)

type PhysicsServerSpaceParameter ¶ 

type PhysicsServerSpaceParameter int

PhysicsServerSpaceParameter is an enum for SpaceParameter values. 

const (
	PhysicsServerSpaceParamBodyAngularVelocityDampRatio      PhysicsServerSpaceParameter = 6
	PhysicsServerSpaceParamBodyAngularVelocitySleepThreshold PhysicsServerSpaceParameter = 4
	PhysicsServerSpaceParamBodyLinearVelocitySleepThreshold  PhysicsServerSpaceParameter = 3
	PhysicsServerSpaceParamBodyMaxAllowedPenetration         PhysicsServerSpaceParameter = 2
	PhysicsServerSpaceParamBodyTimeToSleep                   PhysicsServerSpaceParameter = 5
	PhysicsServerSpaceParamConstraintDefaultBias             PhysicsServerSpaceParameter = 7
	PhysicsServerSpaceParamContactMaxSeparation              PhysicsServerSpaceParameter = 1
	PhysicsServerSpaceParamContactRecycleRadius              PhysicsServerSpaceParameter = 0
)

type PhysicsShapeQueryParameters ¶ 

type PhysicsShapeQueryParameters struct {
	Reference
	// contains filtered or unexported fields
}

func (*PhysicsShapeQueryParameters) BaseClass ¶ 

func (o *PhysicsShapeQueryParameters) BaseClass() string

func (*PhysicsShapeQueryParameters) GetCollisionMask ¶ 

func (o *PhysicsShapeQueryParameters) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PhysicsShapeQueryParameters) GetExclude ¶ 

func (o *PhysicsShapeQueryParameters) GetExclude() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*PhysicsShapeQueryParameters) GetMargin ¶ 

func (o *PhysicsShapeQueryParameters) GetMargin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PhysicsShapeQueryParameters) GetShapeRid ¶ 

func (o *PhysicsShapeQueryParameters) GetShapeRid() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

func (*PhysicsShapeQueryParameters) GetTransform ¶ 

func (o *PhysicsShapeQueryParameters) GetTransform() gdnative.Transform
        Undocumented
	Args: [], Returns: Transform

func (*PhysicsShapeQueryParameters) SetCollisionMask ¶ 

func (o *PhysicsShapeQueryParameters) SetCollisionMask(collisionMask gdnative.Int)
        Undocumented
	Args: [{ false collision_mask int}], Returns: void

func (*PhysicsShapeQueryParameters) SetExclude ¶ 

func (o *PhysicsShapeQueryParameters) SetExclude(exclude gdnative.Array)
        Undocumented
	Args: [{ false exclude Array}], Returns: void

func (*PhysicsShapeQueryParameters) SetMargin ¶ 

func (o *PhysicsShapeQueryParameters) SetMargin(margin gdnative.Real)
        Undocumented
	Args: [{ false margin float}], Returns: void

func (*PhysicsShapeQueryParameters) SetShape ¶ 

func (o *PhysicsShapeQueryParameters) SetShape(shape ResourceImplementer)

Args: [{ false shape Resource}], Returns: void

func (*PhysicsShapeQueryParameters) SetShapeRid ¶ 

func (o *PhysicsShapeQueryParameters) SetShapeRid(shape gdnative.Rid)
        Undocumented
	Args: [{ false shape RID}], Returns: void

func (*PhysicsShapeQueryParameters) SetTransform ¶ 

func (o *PhysicsShapeQueryParameters) SetTransform(transform gdnative.Transform)
        Undocumented
	Args: [{ false transform Transform}], Returns: void

type PhysicsShapeQueryParametersImplementer ¶ 

type PhysicsShapeQueryParametersImplementer interface {
	ReferenceImplementer
	GetCollisionMask() gdnative.Int
	GetExclude() gdnative.Array
	GetMargin() gdnative.Real
	GetShapeRid() gdnative.Rid
	GetTransform() gdnative.Transform
	SetCollisionMask(collisionMask gdnative.Int)
	SetExclude(exclude gdnative.Array)
	SetMargin(margin gdnative.Real)
	SetShape(shape ResourceImplementer)
	SetShapeRid(shape gdnative.Rid)
	SetTransform(transform gdnative.Transform)
}

PhysicsShapeQueryParametersImplementer is an interface that implements the methods of the PhysicsShapeQueryParameters class.

type PhysicsShapeQueryResult ¶ 

type PhysicsShapeQueryResult struct {
	Reference
	// contains filtered or unexported fields
}

func (*PhysicsShapeQueryResult) BaseClass ¶ 

func (o *PhysicsShapeQueryResult) BaseClass() string

func (*PhysicsShapeQueryResult) GetResultCount ¶ 

func (o *PhysicsShapeQueryResult) GetResultCount() gdnative.Int

Args: [], Returns: int

func (*PhysicsShapeQueryResult) GetResultObject ¶ 

func (o *PhysicsShapeQueryResult) GetResultObject(idx gdnative.Int) ObjectImplementer

Args: [{ false idx int}], Returns: Object

func (*PhysicsShapeQueryResult) GetResultObjectId ¶ 

func (o *PhysicsShapeQueryResult) GetResultObjectId(idx gdnative.Int) gdnative.Int

Args: [{ false idx int}], Returns: int

func (*PhysicsShapeQueryResult) GetResultObjectShape ¶ 

func (o *PhysicsShapeQueryResult) GetResultObjectShape(idx gdnative.Int) gdnative.Int

Args: [{ false idx int}], Returns: int

func (*PhysicsShapeQueryResult) GetResultRid ¶ 

func (o *PhysicsShapeQueryResult) GetResultRid(idx gdnative.Int) gdnative.Rid

Args: [{ false idx int}], Returns: RID

type PhysicsShapeQueryResultImplementer ¶ 

type PhysicsShapeQueryResultImplementer interface {
	ReferenceImplementer
	GetResultCount() gdnative.Int
	GetResultObject(idx gdnative.Int) ObjectImplementer
	GetResultObjectId(idx gdnative.Int) gdnative.Int
	GetResultObjectShape(idx gdnative.Int) gdnative.Int
	GetResultRid(idx gdnative.Int) gdnative.Rid
}

PhysicsShapeQueryResultImplementer is an interface that implements the methods of the PhysicsShapeQueryResult class.

type PinJoint ¶ 

type PinJoint struct {
	Joint
	// contains filtered or unexported fields
}

Pin Joint for 3D Rigid Bodies. It pins 2 bodies (rigid or static) together.

func (*PinJoint) BaseClass ¶ 

func (o *PinJoint) BaseClass() string

func (*PinJoint) GetParam ¶ 

func (o *PinJoint) GetParam(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*PinJoint) SetParam ¶ 

func (o *PinJoint) SetParam(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

type PinJoint2D ¶ 

type PinJoint2D struct {
	Joint2D
	// contains filtered or unexported fields
}

Pin Joint for 2D Rigid Bodies. It pins two bodies (rigid or static) together.

func (*PinJoint2D) BaseClass ¶ 

func (o *PinJoint2D) BaseClass() string

func (*PinJoint2D) GetSoftness ¶ 

func (o *PinJoint2D) GetSoftness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PinJoint2D) SetSoftness ¶ 

func (o *PinJoint2D) SetSoftness(softness gdnative.Real)
        Undocumented
	Args: [{ false softness float}], Returns: void

type PinJoint2DImplementer ¶ 

type PinJoint2DImplementer interface {
	Joint2DImplementer
	GetSoftness() gdnative.Real
	SetSoftness(softness gdnative.Real)
}

PinJoint2DImplementer is an interface that implements the methods of the PinJoint2D class.

type PinJointImplementer ¶ 

type PinJointImplementer interface {
	JointImplementer
	GetParam(param gdnative.Int) gdnative.Real
	SetParam(param gdnative.Int, value gdnative.Real)
}

PinJointImplementer is an interface that implements the methods of the PinJoint class.

type PinJointParam ¶ 

type PinJointParam int

PinJointParam is an enum for Param values. 

const (
	PinJointParamBias         PinJointParam = 0
	PinJointParamDamping      PinJointParam = 1
	PinJointParamImpulseClamp PinJointParam = 2
)

type PlaneMesh ¶ 

type PlaneMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Class representing a planar PrimitiveMesh. This flat mesh does not have a thickness.

func (*PlaneMesh) BaseClass ¶ 

func (o *PlaneMesh) BaseClass() string

func (*PlaneMesh) GetSize ¶ 

func (o *PlaneMesh) GetSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*PlaneMesh) GetSubdivideDepth ¶ 

func (o *PlaneMesh) GetSubdivideDepth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PlaneMesh) GetSubdivideWidth ¶ 

func (o *PlaneMesh) GetSubdivideWidth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PlaneMesh) SetSize ¶ 

func (o *PlaneMesh) SetSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*PlaneMesh) SetSubdivideDepth ¶ 

func (o *PlaneMesh) SetSubdivideDepth(subdivide gdnative.Int)
        Undocumented
	Args: [{ false subdivide int}], Returns: void

func (*PlaneMesh) SetSubdivideWidth ¶ 

func (o *PlaneMesh) SetSubdivideWidth(subdivide gdnative.Int)
        Undocumented
	Args: [{ false subdivide int}], Returns: void

type PlaneMeshImplementer ¶ 

type PlaneMeshImplementer interface {
	PrimitiveMeshImplementer
	GetSize() gdnative.Vector2
	GetSubdivideDepth() gdnative.Int
	GetSubdivideWidth() gdnative.Int
	SetSize(size gdnative.Vector2)
	SetSubdivideDepth(subdivide gdnative.Int)
	SetSubdivideWidth(subdivide gdnative.Int)
}

PlaneMeshImplementer is an interface that implements the methods of the PlaneMesh class.

type PlaneShape ¶ 

type PlaneShape struct {
	Shape
	// contains filtered or unexported fields
}

func (*PlaneShape) BaseClass ¶ 

func (o *PlaneShape) BaseClass() string

func (*PlaneShape) GetPlane ¶ 

func (o *PlaneShape) GetPlane() gdnative.Plane
        Undocumented
	Args: [], Returns: Plane

func (*PlaneShape) SetPlane ¶ 

func (o *PlaneShape) SetPlane(plane gdnative.Plane)
        Undocumented
	Args: [{ false plane Plane}], Returns: void

type PlaneShapeImplementer ¶ 

type PlaneShapeImplementer interface {
	ShapeImplementer
	GetPlane() gdnative.Plane
	SetPlane(plane gdnative.Plane)
}

PlaneShapeImplementer is an interface that implements the methods of the PlaneShape class.

type PluginScript ¶ 

type PluginScript struct {
	Script
	// contains filtered or unexported fields
}

Undocumented

func (*PluginScript) BaseClass ¶ 

func (o *PluginScript) BaseClass() string

type PluginScriptImplementer ¶ 

type PluginScriptImplementer interface {
	ScriptImplementer
}

PluginScriptImplementer is an interface that implements the methods of the PluginScript class.

type Polygon2D ¶ 

type Polygon2D struct {
	Node2D
	// contains filtered or unexported fields
}

A Polygon2D is defined by a set of points. Each point is connected to the next, with the final point being connected to the first, resulting in a closed polygon. Polygon2Ds can be filled with color (solid or gradient) or filled with a given texture.

func (*Polygon2D) BaseClass ¶ 

func (o *Polygon2D) BaseClass() string

func (*Polygon2D) GetAntialiased ¶ 

func (o *Polygon2D) GetAntialiased() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Polygon2D) GetColor ¶ 

func (o *Polygon2D) GetColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*Polygon2D) GetInvert ¶ 

func (o *Polygon2D) GetInvert() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Polygon2D) GetInvertBorder ¶ 

func (o *Polygon2D) GetInvertBorder() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Polygon2D) GetOffset ¶ 

func (o *Polygon2D) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Polygon2D) GetPolygon ¶ 

func (o *Polygon2D) GetPolygon() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*Polygon2D) GetTexture ¶ 

func (o *Polygon2D) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Polygon2D) GetTextureOffset ¶ 

func (o *Polygon2D) GetTextureOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Polygon2D) GetTextureRotation ¶ 

func (o *Polygon2D) GetTextureRotation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Polygon2D) GetTextureRotationDegrees ¶ 

func (o *Polygon2D) GetTextureRotationDegrees() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Polygon2D) GetTextureScale ¶ 

func (o *Polygon2D) GetTextureScale() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Polygon2D) GetUv ¶ 

func (o *Polygon2D) GetUv() gdnative.PoolVector2Array
        Undocumented
	Args: [], Returns: PoolVector2Array

func (*Polygon2D) GetVertexColors ¶ 

func (o *Polygon2D) GetVertexColors() gdnative.PoolColorArray
        Undocumented
	Args: [], Returns: PoolColorArray

func (*Polygon2D) SetAntialiased ¶ 

func (o *Polygon2D) SetAntialiased(antialiased gdnative.Bool)
        Undocumented
	Args: [{ false antialiased bool}], Returns: void

func (*Polygon2D) SetColor ¶ 

func (o *Polygon2D) SetColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*Polygon2D) SetInvert ¶ 

func (o *Polygon2D) SetInvert(invert gdnative.Bool)
        Undocumented
	Args: [{ false invert bool}], Returns: void

func (*Polygon2D) SetInvertBorder ¶ 

func (o *Polygon2D) SetInvertBorder(invertBorder gdnative.Real)
        Undocumented
	Args: [{ false invert_border float}], Returns: void

func (*Polygon2D) SetOffset ¶ 

func (o *Polygon2D) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*Polygon2D) SetPolygon ¶ 

func (o *Polygon2D) SetPolygon(polygon gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false polygon PoolVector2Array}], Returns: void

func (*Polygon2D) SetTexture ¶ 

func (o *Polygon2D) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Polygon2D) SetTextureOffset ¶ 

func (o *Polygon2D) SetTextureOffset(textureOffset gdnative.Vector2)
        Undocumented
	Args: [{ false texture_offset Vector2}], Returns: void

func (*Polygon2D) SetTextureRotation ¶ 

func (o *Polygon2D) SetTextureRotation(textureRotation gdnative.Real)
        Undocumented
	Args: [{ false texture_rotation float}], Returns: void

func (*Polygon2D) SetTextureRotationDegrees ¶ 

func (o *Polygon2D) SetTextureRotationDegrees(textureRotation gdnative.Real)
        Undocumented
	Args: [{ false texture_rotation float}], Returns: void

func (*Polygon2D) SetTextureScale ¶ 

func (o *Polygon2D) SetTextureScale(textureScale gdnative.Vector2)
        Undocumented
	Args: [{ false texture_scale Vector2}], Returns: void

func (*Polygon2D) SetUv ¶ 

func (o *Polygon2D) SetUv(uv gdnative.PoolVector2Array)
        Undocumented
	Args: [{ false uv PoolVector2Array}], Returns: void

func (*Polygon2D) SetVertexColors ¶ 

func (o *Polygon2D) SetVertexColors(vertexColors gdnative.PoolColorArray)
        Undocumented
	Args: [{ false vertex_colors PoolColorArray}], Returns: void

type Polygon2DImplementer ¶ 

type Polygon2DImplementer interface {
	Node2DImplementer
	GetAntialiased() gdnative.Bool
	GetColor() gdnative.Color
	GetInvert() gdnative.Bool
	GetInvertBorder() gdnative.Real
	GetOffset() gdnative.Vector2
	GetPolygon() gdnative.PoolVector2Array
	GetTexture() TextureImplementer
	GetTextureOffset() gdnative.Vector2
	GetTextureRotation() gdnative.Real
	GetTextureRotationDegrees() gdnative.Real
	GetTextureScale() gdnative.Vector2
	GetUv() gdnative.PoolVector2Array
	GetVertexColors() gdnative.PoolColorArray
	SetAntialiased(antialiased gdnative.Bool)
	SetColor(color gdnative.Color)
	SetInvert(invert gdnative.Bool)
	SetInvertBorder(invertBorder gdnative.Real)
	SetOffset(offset gdnative.Vector2)
	SetPolygon(polygon gdnative.PoolVector2Array)
	SetTexture(texture TextureImplementer)
	SetTextureOffset(textureOffset gdnative.Vector2)
	SetTextureRotation(textureRotation gdnative.Real)
	SetTextureRotationDegrees(textureRotation gdnative.Real)
	SetTextureScale(textureScale gdnative.Vector2)
	SetUv(uv gdnative.PoolVector2Array)
	SetVertexColors(vertexColors gdnative.PoolColorArray)
}

Polygon2DImplementer is an interface that implements the methods of the Polygon2D class.

type PolygonPathFinder ¶ 

type PolygonPathFinder struct {
	Resource
	// contains filtered or unexported fields
}

func (*PolygonPathFinder) BaseClass ¶ 

func (o *PolygonPathFinder) BaseClass() string

func (*PolygonPathFinder) FindPath ¶ 

func (o *PolygonPathFinder) FindPath(from gdnative.Vector2, to gdnative.Vector2) gdnative.PoolVector2Array

Args: [{ false from Vector2} { false to Vector2}], Returns: PoolVector2Array

func (*PolygonPathFinder) GetBounds ¶ 

func (o *PolygonPathFinder) GetBounds() gdnative.Rect2

Args: [], Returns: Rect2

func (*PolygonPathFinder) GetClosestPoint ¶ 

func (o *PolygonPathFinder) GetClosestPoint(point gdnative.Vector2) gdnative.Vector2

Args: [{ false point Vector2}], Returns: Vector2

func (*PolygonPathFinder) GetIntersections ¶ 

func (o *PolygonPathFinder) GetIntersections(from gdnative.Vector2, to gdnative.Vector2) gdnative.PoolVector2Array

Args: [{ false from Vector2} { false to Vector2}], Returns: PoolVector2Array

func (*PolygonPathFinder) GetPointPenalty ¶ 

func (o *PolygonPathFinder) GetPointPenalty(idx gdnative.Int) gdnative.Real

Args: [{ false idx int}], Returns: float

func (*PolygonPathFinder) IsPointInside ¶ 

func (o *PolygonPathFinder) IsPointInside(point gdnative.Vector2) gdnative.Bool

Args: [{ false point Vector2}], Returns: bool

func (*PolygonPathFinder) SetPointPenalty ¶ 

func (o *PolygonPathFinder) SetPointPenalty(idx gdnative.Int, penalty gdnative.Real)

Args: [{ false idx int} { false penalty float}], Returns: void

func (*PolygonPathFinder) Setup ¶ 

func (o *PolygonPathFinder) Setup(points gdnative.PoolVector2Array, connections gdnative.PoolIntArray)

Args: [{ false points PoolVector2Array} { false connections PoolIntArray}], Returns: void

func (*PolygonPathFinder) X_GetData ¶ 

func (o *PolygonPathFinder) X_GetData() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*PolygonPathFinder) X_SetData ¶ 

func (o *PolygonPathFinder) X_SetData(arg0 gdnative.Dictionary)
        Undocumented
	Args: [{ false arg0 Dictionary}], Returns: void

type PolygonPathFinderImplementer ¶ 

type PolygonPathFinderImplementer interface {
	ResourceImplementer
	X_GetData() gdnative.Dictionary
	X_SetData(arg0 gdnative.Dictionary)
	FindPath(from gdnative.Vector2, to gdnative.Vector2) gdnative.PoolVector2Array
	GetBounds() gdnative.Rect2
	GetClosestPoint(point gdnative.Vector2) gdnative.Vector2
	GetIntersections(from gdnative.Vector2, to gdnative.Vector2) gdnative.PoolVector2Array
	GetPointPenalty(idx gdnative.Int) gdnative.Real
	IsPointInside(point gdnative.Vector2) gdnative.Bool
	SetPointPenalty(idx gdnative.Int, penalty gdnative.Real)
	Setup(points gdnative.PoolVector2Array, connections gdnative.PoolIntArray)
}

PolygonPathFinderImplementer is an interface that implements the methods of the PolygonPathFinder class. 

type Popup struct {
	Control
	// contains filtered or unexported fields
}

Popup is a base Control used to show dialogs and popups. It's a subwindow and modal by default (see Control) and has helpers for custom popup behavior.

func (*Popup) BaseClass ¶ 

func (o *Popup) BaseClass() string

func (*Popup) IsExclusive ¶ 

func (o *Popup) IsExclusive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Popup) PopupCentered ¶ 

func (o *Popup) PopupCentered(size gdnative.Vector2)
        Popup (show the control in modal form) in the center of the screen, at the current size, or at a size determined by "size".
	Args: [{(0, 0) true size Vector2}], Returns: void

func (*Popup) PopupCenteredMinsize ¶ 

func (o *Popup) PopupCenteredMinsize(minsize gdnative.Vector2)
        Popup (show the control in modal form) in the center of the screen, ensuring the size is never smaller than [code]minsize[/code].
	Args: [{(0, 0) true minsize Vector2}], Returns: void

func (*Popup) PopupCenteredRatio ¶ 

func (o *Popup) PopupCenteredRatio(ratio gdnative.Real)
        Popup (show the control in modal form) in the center of the screen, scaled at a ratio of size of the screen.
	Args: [{0.75 true ratio float}], Returns: void

func (*Popup) PopupMethod ¶ 

func (o *Popup) PopupMethod(bounds gdnative.Rect2)
        Popup (show the control in modal form).
	Args: [{(0, 0, 0, 0) true bounds Rect2}], Returns: void

func (*Popup) SetExclusive ¶ 

func (o *Popup) SetExclusive(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type PopupDialog ¶ 

type PopupDialog struct {
	Popup
	// contains filtered or unexported fields
}

PopupDialog is a base class for popup dialogs, along with WindowDialog.

func (*PopupDialog) BaseClass ¶ 

func (o *PopupDialog) BaseClass() string

type PopupDialogImplementer ¶ 

type PopupDialogImplementer interface {
	PopupImplementer
}

PopupDialogImplementer is an interface that implements the methods of the PopupDialog class.

type PopupImplementer ¶ 

type PopupImplementer interface {
	ControlImplementer
	IsExclusive() gdnative.Bool
	PopupMethod(bounds gdnative.Rect2)
	PopupCentered(size gdnative.Vector2)
	PopupCenteredMinsize(minsize gdnative.Vector2)
	PopupCenteredRatio(ratio gdnative.Real)
	SetExclusive(enable gdnative.Bool)
}

PopupImplementer is an interface that implements the methods of the Popup class.

type PopupMenu ¶ 

type PopupMenu struct {
	Popup
	// contains filtered or unexported fields
}

PopupMenu is the typical Control that displays a list of options. They are popular in toolbars or context menus.

func (*PopupMenu) AddCheckItem ¶ 

func (o *PopupMenu) AddCheckItem(label gdnative.String, id gdnative.Int, accel gdnative.Int)
        Add a new checkable item with text "label". An id can optionally be provided, as well as an accelerator. If no id is provided, one will be created from the index. Note that checkable items just display a checkmark, but don't have any built-in checking behavior and must be checked/unchecked manually.
	Args: [{ false label String} {-1 true id int} {0 true accel int}], Returns: void

func (*PopupMenu) AddCheckShortcut ¶ 

func (o *PopupMenu) AddCheckShortcut(shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)

Args: [{ false shortcut ShortCut} {-1 true id int} {False true global bool}], Returns: void

func (*PopupMenu) AddIconCheckItem ¶ 

func (o *PopupMenu) AddIconCheckItem(texture TextureImplementer, label gdnative.String, id gdnative.Int, accel gdnative.Int)
        Add a new checkable item with text "label" and icon "texture". An id can optionally be provided, as well as an accelerator. If no id is provided, one will be created from the index. Note that checkable items just display a checkmark, but don't have any built-in checking behavior and must be checked/unchecked manually.
	Args: [{ false texture Texture} { false label String} {-1 true id int} {0 true accel int}], Returns: void

func (*PopupMenu) AddIconCheckShortcut ¶ 

func (o *PopupMenu) AddIconCheckShortcut(texture TextureImplementer, shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)

Args: [{ false texture Texture} { false shortcut ShortCut} {-1 true id int} {False true global bool}], Returns: void

func (*PopupMenu) AddIconItem ¶ 

func (o *PopupMenu) AddIconItem(texture TextureImplementer, label gdnative.String, id gdnative.Int, accel gdnative.Int)
        Add a new item with text "label" and icon "texture". An id can optionally be provided, as well as an accelerator keybinding. If no id is provided, one will be created from the index.
	Args: [{ false texture Texture} { false label String} {-1 true id int} {0 true accel int}], Returns: void

func (*PopupMenu) AddIconShortcut ¶ 

func (o *PopupMenu) AddIconShortcut(texture TextureImplementer, shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)

Args: [{ false texture Texture} { false shortcut ShortCut} {-1 true id int} {False true global bool}], Returns: void

func (*PopupMenu) AddItem ¶ 

func (o *PopupMenu) AddItem(label gdnative.String, id gdnative.Int, accel gdnative.Int)
        Add a new item with text "label". An id can optionally be provided, as well as an accelerator keybinding. If no id is provided, one will be created from the index.
	Args: [{ false label String} {-1 true id int} {0 true accel int}], Returns: void

func (*PopupMenu) AddSeparator ¶ 

func (o *PopupMenu) AddSeparator()
        Add a separator between items. Separators also occupy an index.
	Args: [], Returns: void

func (*PopupMenu) AddShortcut ¶ 

func (o *PopupMenu) AddShortcut(shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)

Args: [{ false shortcut ShortCut} {-1 true id int} {False true global bool}], Returns: void

func (*PopupMenu) AddSubmenuItem ¶ 

func (o *PopupMenu) AddSubmenuItem(label gdnative.String, submenu gdnative.String, id gdnative.Int)
        Adds an item with a submenu. The submenu is the name of a child PopupMenu node that would be shown when the item is clicked. An id can optionally be provided, but if is isn't provided, one will be created from the index.
	Args: [{ false label String} { false submenu String} {-1 true id int}], Returns: void

func (*PopupMenu) BaseClass ¶ 

func (o *PopupMenu) BaseClass() string

func (*PopupMenu) Clear ¶ 

func (o *PopupMenu) Clear()
        Clear the popup menu, in effect removing all items.
	Args: [], Returns: void

func (*PopupMenu) GetItemAccelerator ¶ 

func (o *PopupMenu) GetItemAccelerator(idx gdnative.Int) gdnative.Int
        Return the accelerator of the item at index "idx". Accelerators are special combinations of keys that activate the item, no matter which control is focused.
	Args: [{ false idx int}], Returns: int

func (*PopupMenu) GetItemCount ¶ 

func (o *PopupMenu) GetItemCount() gdnative.Int
        Return the amount of items.
	Args: [], Returns: int

func (*PopupMenu) GetItemIcon ¶ 

func (o *PopupMenu) GetItemIcon(idx gdnative.Int) TextureImplementer
        Return the icon of the item at index "idx".
	Args: [{ false idx int}], Returns: Texture

func (*PopupMenu) GetItemId ¶ 

func (o *PopupMenu) GetItemId(idx gdnative.Int) gdnative.Int
        Return the id of the item at index "idx".
	Args: [{ false idx int}], Returns: int

func (*PopupMenu) GetItemIndex ¶ 

func (o *PopupMenu) GetItemIndex(id gdnative.Int) gdnative.Int
        Find and return the index of the item containing a given id.
	Args: [{ false id int}], Returns: int

func (*PopupMenu) GetItemMetadata ¶ 

func (o *PopupMenu) GetItemMetadata(idx gdnative.Int) gdnative.Variant
        Return the metadata of an item, which might be of any type. You can set it with [method set_item_metadata], which provides a simple way of assigning context data to items.
	Args: [{ false idx int}], Returns: Variant

func (*PopupMenu) GetItemShortcut ¶ 

func (o *PopupMenu) GetItemShortcut(idx gdnative.Int) ShortCutImplementer

Args: [{ false idx int}], Returns: ShortCut

func (*PopupMenu) GetItemSubmenu ¶ 

func (o *PopupMenu) GetItemSubmenu(idx gdnative.Int) gdnative.String
        Return the submenu name of the item at index "idx".
	Args: [{ false idx int}], Returns: String

func (*PopupMenu) GetItemText ¶ 

func (o *PopupMenu) GetItemText(idx gdnative.Int) gdnative.String
        Return the text of the item at index "idx".
	Args: [{ false idx int}], Returns: String

func (*PopupMenu) GetItemTooltip ¶ 

func (o *PopupMenu) GetItemTooltip(idx gdnative.Int) gdnative.String

Args: [{ false idx int}], Returns: String

func (*PopupMenu) IsHideOnCheckableItemSelection ¶ 

func (o *PopupMenu) IsHideOnCheckableItemSelection() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PopupMenu) IsHideOnItemSelection ¶ 

func (o *PopupMenu) IsHideOnItemSelection() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PopupMenu) IsHideOnStateItemSelection ¶ 

func (o *PopupMenu) IsHideOnStateItemSelection() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*PopupMenu) IsItemCheckable ¶ 

func (o *PopupMenu) IsItemCheckable(idx gdnative.Int) gdnative.Bool
        Return whether the item at index "idx" has a checkbox. Note that checkable items just display a checkmark, but don't have any built-in checking behavior and must be checked/unchecked manually.
	Args: [{ false idx int}], Returns: bool

func (*PopupMenu) IsItemChecked ¶ 

func (o *PopupMenu) IsItemChecked(idx gdnative.Int) gdnative.Bool
        Return the checkstate status of the item at index "idx".
	Args: [{ false idx int}], Returns: bool

func (*PopupMenu) IsItemDisabled ¶ 

func (o *PopupMenu) IsItemDisabled(idx gdnative.Int) gdnative.Bool
        Return whether the item at index "idx" is disabled. When it is disabled it can't be selected, or its action invoked.
	Args: [{ false idx int}], Returns: bool

func (*PopupMenu) IsItemSeparator ¶ 

func (o *PopupMenu) IsItemSeparator(idx gdnative.Int) gdnative.Bool
        Return whether the item is a separator. If it is, it would be displayed as a line.
	Args: [{ false idx int}], Returns: bool

func (*PopupMenu) RemoveItem ¶ 

func (o *PopupMenu) RemoveItem(idx gdnative.Int)
        Removes the item at index "idx" from the menu. Note that the indexes of items after the removed item are going to be shifted by one.
	Args: [{ false idx int}], Returns: void

func (*PopupMenu) SetHideOnCheckableItemSelection ¶ 

func (o *PopupMenu) SetHideOnCheckableItemSelection(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*PopupMenu) SetHideOnItemSelection ¶ 

func (o *PopupMenu) SetHideOnItemSelection(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*PopupMenu) SetHideOnStateItemSelection ¶ 

func (o *PopupMenu) SetHideOnStateItemSelection(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*PopupMenu) SetItemAccelerator ¶ 

func (o *PopupMenu) SetItemAccelerator(idx gdnative.Int, accel gdnative.Int)
        Set the accelerator of the item at index "idx". Accelerators are special combinations of keys that activate the item, no matter which control is focused.
	Args: [{ false idx int} { false accel int}], Returns: void

func (*PopupMenu) SetItemAsCheckable ¶ 

func (o *PopupMenu) SetItemAsCheckable(idx gdnative.Int, enable gdnative.Bool)
        Set whether the item at index "idx" has a checkbox. Note that checkable items just display a checkmark, but don't have any built-in checking behavior and must be checked/unchecked manually.
	Args: [{ false idx int} { false enable bool}], Returns: void

func (*PopupMenu) SetItemAsSeparator ¶ 

func (o *PopupMenu) SetItemAsSeparator(idx gdnative.Int, enable gdnative.Bool)
        Mark the item at index "idx" as a separator, which means that it would be displayed as a mere line.
	Args: [{ false idx int} { false enable bool}], Returns: void

func (*PopupMenu) SetItemChecked ¶ 

func (o *PopupMenu) SetItemChecked(idx gdnative.Int, checked gdnative.Bool)
        Set the checkstate status of the item at index "idx".
	Args: [{ false idx int} { false checked bool}], Returns: void

func (*PopupMenu) SetItemDisabled ¶ 

func (o *PopupMenu) SetItemDisabled(idx gdnative.Int, disabled gdnative.Bool)
        Sets whether the item at index "idx" is disabled or not. When it is disabled it can't be selected, or its action invoked.
	Args: [{ false idx int} { false disabled bool}], Returns: void

func (*PopupMenu) SetItemIcon ¶ 

func (o *PopupMenu) SetItemIcon(idx gdnative.Int, icon TextureImplementer)

Args: [{ false idx int} { false icon Texture}], Returns: void

func (*PopupMenu) SetItemId ¶ 

func (o *PopupMenu) SetItemId(idx gdnative.Int, id gdnative.Int)
        Set the id of the item at index "idx".
	Args: [{ false idx int} { false id int}], Returns: void

func (*PopupMenu) SetItemMetadata ¶ 

func (o *PopupMenu) SetItemMetadata(idx gdnative.Int, metadata gdnative.Variant)
        Sets the metadata of an item, which might be of any type. You can later get it with [method get_item_metadata], which provides a simple way of assigning context data to items.
	Args: [{ false idx int} { false metadata Variant}], Returns: void

func (*PopupMenu) SetItemMultistate ¶ 

func (o *PopupMenu) SetItemMultistate(idx gdnative.Int, state gdnative.Int)

Args: [{ false idx int} { false state int}], Returns: void

func (*PopupMenu) SetItemShortcut ¶ 

func (o *PopupMenu) SetItemShortcut(idx gdnative.Int, shortcut ShortCutImplementer, global gdnative.Bool)

Args: [{ false idx int} { false shortcut ShortCut} {False true global bool}], Returns: void

func (*PopupMenu) SetItemSubmenu ¶ 

func (o *PopupMenu) SetItemSubmenu(idx gdnative.Int, submenu gdnative.String)
        Sets the submenu of the item at index "idx". The submenu is the name of a child PopupMenu node that would be shown when the item is clicked.
	Args: [{ false idx int} { false submenu String}], Returns: void

func (*PopupMenu) SetItemText ¶ 

func (o *PopupMenu) SetItemText(idx gdnative.Int, text gdnative.String)
        Set the text of the item at index "idx".
	Args: [{ false idx int} { false text String}], Returns: void

func (*PopupMenu) SetItemTooltip ¶ 

func (o *PopupMenu) SetItemTooltip(idx gdnative.Int, tooltip gdnative.String)

Args: [{ false idx int} { false tooltip String}], Returns: void

func (*PopupMenu) ToggleItemChecked ¶ 

func (o *PopupMenu) ToggleItemChecked(idx gdnative.Int)

Args: [{ false idx int}], Returns: void

func (*PopupMenu) ToggleItemMultistate ¶ 

func (o *PopupMenu) ToggleItemMultistate(idx gdnative.Int)

Args: [{ false idx int}], Returns: void

func (*PopupMenu) X_GetItems ¶ 

func (o *PopupMenu) X_GetItems() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*PopupMenu) X_GuiInput ¶ 

func (o *PopupMenu) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*PopupMenu) X_SetItems ¶ 

func (o *PopupMenu) X_SetItems(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

func (*PopupMenu) X_SubmenuTimeout ¶ 

func (o *PopupMenu) X_SubmenuTimeout()
        Undocumented
	Args: [], Returns: void

type PopupMenuImplementer ¶ 

type PopupMenuImplementer interface {
	PopupImplementer
	X_GetItems() gdnative.Array
	X_SetItems(arg0 gdnative.Array)
	X_SubmenuTimeout()
	AddCheckItem(label gdnative.String, id gdnative.Int, accel gdnative.Int)
	AddCheckShortcut(shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)
	AddIconCheckItem(texture TextureImplementer, label gdnative.String, id gdnative.Int, accel gdnative.Int)
	AddIconCheckShortcut(texture TextureImplementer, shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)
	AddIconItem(texture TextureImplementer, label gdnative.String, id gdnative.Int, accel gdnative.Int)
	AddIconShortcut(texture TextureImplementer, shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)
	AddItem(label gdnative.String, id gdnative.Int, accel gdnative.Int)
	AddSeparator()
	AddShortcut(shortcut ShortCutImplementer, id gdnative.Int, global gdnative.Bool)
	AddSubmenuItem(label gdnative.String, submenu gdnative.String, id gdnative.Int)
	Clear()
	GetItemAccelerator(idx gdnative.Int) gdnative.Int
	GetItemCount() gdnative.Int
	GetItemIcon(idx gdnative.Int) TextureImplementer
	GetItemId(idx gdnative.Int) gdnative.Int
	GetItemIndex(id gdnative.Int) gdnative.Int
	GetItemMetadata(idx gdnative.Int) gdnative.Variant
	GetItemShortcut(idx gdnative.Int) ShortCutImplementer
	GetItemSubmenu(idx gdnative.Int) gdnative.String
	GetItemText(idx gdnative.Int) gdnative.String
	GetItemTooltip(idx gdnative.Int) gdnative.String
	IsHideOnCheckableItemSelection() gdnative.Bool
	IsHideOnItemSelection() gdnative.Bool
	IsHideOnStateItemSelection() gdnative.Bool
	IsItemCheckable(idx gdnative.Int) gdnative.Bool
	IsItemChecked(idx gdnative.Int) gdnative.Bool
	IsItemDisabled(idx gdnative.Int) gdnative.Bool
	IsItemSeparator(idx gdnative.Int) gdnative.Bool
	RemoveItem(idx gdnative.Int)
	SetHideOnCheckableItemSelection(enable gdnative.Bool)
	SetHideOnItemSelection(enable gdnative.Bool)
	SetHideOnStateItemSelection(enable gdnative.Bool)
	SetItemAccelerator(idx gdnative.Int, accel gdnative.Int)
	SetItemAsCheckable(idx gdnative.Int, enable gdnative.Bool)
	SetItemAsSeparator(idx gdnative.Int, enable gdnative.Bool)
	SetItemChecked(idx gdnative.Int, checked gdnative.Bool)
	SetItemDisabled(idx gdnative.Int, disabled gdnative.Bool)
	SetItemIcon(idx gdnative.Int, icon TextureImplementer)
	SetItemId(idx gdnative.Int, id gdnative.Int)
	SetItemMetadata(idx gdnative.Int, metadata gdnative.Variant)
	SetItemMultistate(idx gdnative.Int, state gdnative.Int)
	SetItemShortcut(idx gdnative.Int, shortcut ShortCutImplementer, global gdnative.Bool)
	SetItemSubmenu(idx gdnative.Int, submenu gdnative.String)
	SetItemText(idx gdnative.Int, text gdnative.String)
	SetItemTooltip(idx gdnative.Int, tooltip gdnative.String)
	ToggleItemChecked(idx gdnative.Int)
	ToggleItemMultistate(idx gdnative.Int)
}

PopupMenuImplementer is an interface that implements the methods of the PopupMenu class.

type PopupPanel ¶ 

type PopupPanel struct {
	Popup
	// contains filtered or unexported fields
}

Class for displaying popups with a panel background. In some cases it might be simpler to use than Popup, since it provides a configurable background. If you are making windows, better check WindowDialog.

func (*PopupPanel) BaseClass ¶ 

func (o *PopupPanel) BaseClass() string

type PopupPanelImplementer ¶ 

type PopupPanelImplementer interface {
	PopupImplementer
}

PopupPanelImplementer is an interface that implements the methods of the PopupPanel class.

type Position2D ¶ 

type Position2D struct {
	Node2D
	// contains filtered or unexported fields
}

Generic 2D Position hint for editing. It's just like a plain Node2D but displays as a cross in the 2D-Editor at all times.

func (*Position2D) BaseClass ¶ 

func (o *Position2D) BaseClass() string

type Position2DImplementer ¶ 

type Position2DImplementer interface {
	Node2DImplementer
}

Position2DImplementer is an interface that implements the methods of the Position2D class.

type Position3D ¶ 

type Position3D struct {
	Spatial
	// contains filtered or unexported fields
}

Generic 3D Position hint for editing. It's just like a plain Spatial but displays as a cross in the 3D-Editor at all times.

func (*Position3D) BaseClass ¶ 

func (o *Position3D) BaseClass() string

type Position3DImplementer ¶ 

type Position3DImplementer interface {
	SpatialImplementer
}

Position3DImplementer is an interface that implements the methods of the Position3D class.

type PrimitiveMesh ¶ 

type PrimitiveMesh struct {
	Mesh
	// contains filtered or unexported fields
}

Base class for all primitive meshes. Handles applying a Material to a primitive mesh.

func (*PrimitiveMesh) BaseClass ¶ 

func (o *PrimitiveMesh) BaseClass() string

func (*PrimitiveMesh) GetMaterial ¶ 

func (o *PrimitiveMesh) GetMaterial() MaterialImplementer
        Undocumented
	Args: [], Returns: Material

func (*PrimitiveMesh) GetMeshArrays ¶ 

func (o *PrimitiveMesh) GetMeshArrays() gdnative.Array

Args: [], Returns: Array

func (*PrimitiveMesh) SetMaterial ¶ 

func (o *PrimitiveMesh) SetMaterial(material MaterialImplementer)
        Undocumented
	Args: [{ false material Material}], Returns: void

func (*PrimitiveMesh) X_Update ¶ 

func (o *PrimitiveMesh) X_Update()
        Undocumented
	Args: [], Returns: void

type PrimitiveMeshImplementer ¶ 

type PrimitiveMeshImplementer interface {
	MeshImplementer
	X_Update()
	GetMaterial() MaterialImplementer
	GetMeshArrays() gdnative.Array
	SetMaterial(material MaterialImplementer)
}

PrimitiveMeshImplementer is an interface that implements the methods of the PrimitiveMesh class.

type PrismMesh ¶ 

type PrismMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Class representing a prism-shaped PrimitiveMesh.

func (*PrismMesh) BaseClass ¶ 

func (o *PrismMesh) BaseClass() string

func (*PrismMesh) GetLeftToRight ¶ 

func (o *PrismMesh) GetLeftToRight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*PrismMesh) GetSize ¶ 

func (o *PrismMesh) GetSize() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*PrismMesh) GetSubdivideDepth ¶ 

func (o *PrismMesh) GetSubdivideDepth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PrismMesh) GetSubdivideHeight ¶ 

func (o *PrismMesh) GetSubdivideHeight() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PrismMesh) GetSubdivideWidth ¶ 

func (o *PrismMesh) GetSubdivideWidth() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*PrismMesh) SetLeftToRight ¶ 

func (o *PrismMesh) SetLeftToRight(leftToRight gdnative.Real)
        Undocumented
	Args: [{ false left_to_right float}], Returns: void

func (*PrismMesh) SetSize ¶ 

func (o *PrismMesh) SetSize(size gdnative.Vector3)
        Undocumented
	Args: [{ false size Vector3}], Returns: void

func (*PrismMesh) SetSubdivideDepth ¶ 

func (o *PrismMesh) SetSubdivideDepth(segments gdnative.Int)
        Undocumented
	Args: [{ false segments int}], Returns: void

func (*PrismMesh) SetSubdivideHeight ¶ 

func (o *PrismMesh) SetSubdivideHeight(segments gdnative.Int)
        Undocumented
	Args: [{ false segments int}], Returns: void

func (*PrismMesh) SetSubdivideWidth ¶ 

func (o *PrismMesh) SetSubdivideWidth(segments gdnative.Int)
        Undocumented
	Args: [{ false segments int}], Returns: void

type PrismMeshImplementer ¶ 

type PrismMeshImplementer interface {
	PrimitiveMeshImplementer
	GetLeftToRight() gdnative.Real
	GetSize() gdnative.Vector3
	GetSubdivideDepth() gdnative.Int
	GetSubdivideHeight() gdnative.Int
	GetSubdivideWidth() gdnative.Int
	SetLeftToRight(leftToRight gdnative.Real)
	SetSize(size gdnative.Vector3)
	SetSubdivideDepth(segments gdnative.Int)
	SetSubdivideHeight(segments gdnative.Int)
	SetSubdivideWidth(segments gdnative.Int)
}

PrismMeshImplementer is an interface that implements the methods of the PrismMesh class.

type ProceduralSky ¶ 

type ProceduralSky struct {
	Sky
	// contains filtered or unexported fields
}

func (*ProceduralSky) BaseClass ¶ 

func (o *ProceduralSky) BaseClass() string

func (*ProceduralSky) GetGroundBottomColor ¶ 

func (o *ProceduralSky) GetGroundBottomColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ProceduralSky) GetGroundCurve ¶ 

func (o *ProceduralSky) GetGroundCurve() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetGroundEnergy ¶ 

func (o *ProceduralSky) GetGroundEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetGroundHorizonColor ¶ 

func (o *ProceduralSky) GetGroundHorizonColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ProceduralSky) GetSkyCurve ¶ 

func (o *ProceduralSky) GetSkyCurve() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSkyEnergy ¶ 

func (o *ProceduralSky) GetSkyEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSkyHorizonColor ¶ 

func (o *ProceduralSky) GetSkyHorizonColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ProceduralSky) GetSkyTopColor ¶ 

func (o *ProceduralSky) GetSkyTopColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ProceduralSky) GetSunAngleMax ¶ 

func (o *ProceduralSky) GetSunAngleMax() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSunAngleMin ¶ 

func (o *ProceduralSky) GetSunAngleMin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSunColor ¶ 

func (o *ProceduralSky) GetSunColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ProceduralSky) GetSunCurve ¶ 

func (o *ProceduralSky) GetSunCurve() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSunEnergy ¶ 

func (o *ProceduralSky) GetSunEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSunLatitude ¶ 

func (o *ProceduralSky) GetSunLatitude() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetSunLongitude ¶ 

func (o *ProceduralSky) GetSunLongitude() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ProceduralSky) GetTextureSize ¶ 

func (o *ProceduralSky) GetTextureSize() ProceduralSkyTextureSize
        Undocumented
	Args: [], Returns: enum.ProceduralSky::TextureSize

func (*ProceduralSky) SetGroundBottomColor ¶ 

func (o *ProceduralSky) SetGroundBottomColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ProceduralSky) SetGroundCurve ¶ 

func (o *ProceduralSky) SetGroundCurve(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*ProceduralSky) SetGroundEnergy ¶ 

func (o *ProceduralSky) SetGroundEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*ProceduralSky) SetGroundHorizonColor ¶ 

func (o *ProceduralSky) SetGroundHorizonColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ProceduralSky) SetSkyCurve ¶ 

func (o *ProceduralSky) SetSkyCurve(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*ProceduralSky) SetSkyEnergy ¶ 

func (o *ProceduralSky) SetSkyEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*ProceduralSky) SetSkyHorizonColor ¶ 

func (o *ProceduralSky) SetSkyHorizonColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ProceduralSky) SetSkyTopColor ¶ 

func (o *ProceduralSky) SetSkyTopColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ProceduralSky) SetSunAngleMax ¶ 

func (o *ProceduralSky) SetSunAngleMax(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*ProceduralSky) SetSunAngleMin ¶ 

func (o *ProceduralSky) SetSunAngleMin(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*ProceduralSky) SetSunColor ¶ 

func (o *ProceduralSky) SetSunColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*ProceduralSky) SetSunCurve ¶ 

func (o *ProceduralSky) SetSunCurve(curve gdnative.Real)
        Undocumented
	Args: [{ false curve float}], Returns: void

func (*ProceduralSky) SetSunEnergy ¶ 

func (o *ProceduralSky) SetSunEnergy(energy gdnative.Real)
        Undocumented
	Args: [{ false energy float}], Returns: void

func (*ProceduralSky) SetSunLatitude ¶ 

func (o *ProceduralSky) SetSunLatitude(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*ProceduralSky) SetSunLongitude ¶ 

func (o *ProceduralSky) SetSunLongitude(degrees gdnative.Real)
        Undocumented
	Args: [{ false degrees float}], Returns: void

func (*ProceduralSky) SetTextureSize ¶ 

func (o *ProceduralSky) SetTextureSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*ProceduralSky) X_ThreadDone ¶ 

func (o *ProceduralSky) X_ThreadDone(image ImageImplementer)
        Undocumented
	Args: [{ false image Image}], Returns: void

func (*ProceduralSky) X_UpdateSky ¶ 

func (o *ProceduralSky) X_UpdateSky()
        Undocumented
	Args: [], Returns: void

type ProceduralSkyImplementer ¶ 

type ProceduralSkyImplementer interface {
	SkyImplementer
	X_ThreadDone(image ImageImplementer)
	X_UpdateSky()
	GetGroundBottomColor() gdnative.Color
	GetGroundCurve() gdnative.Real
	GetGroundEnergy() gdnative.Real
	GetGroundHorizonColor() gdnative.Color
	GetSkyCurve() gdnative.Real
	GetSkyEnergy() gdnative.Real
	GetSkyHorizonColor() gdnative.Color
	GetSkyTopColor() gdnative.Color
	GetSunAngleMax() gdnative.Real
	GetSunAngleMin() gdnative.Real
	GetSunColor() gdnative.Color
	GetSunCurve() gdnative.Real
	GetSunEnergy() gdnative.Real
	GetSunLatitude() gdnative.Real
	GetSunLongitude() gdnative.Real
	SetGroundBottomColor(color gdnative.Color)
	SetGroundCurve(curve gdnative.Real)
	SetGroundEnergy(energy gdnative.Real)
	SetGroundHorizonColor(color gdnative.Color)
	SetSkyCurve(curve gdnative.Real)
	SetSkyEnergy(energy gdnative.Real)
	SetSkyHorizonColor(color gdnative.Color)
	SetSkyTopColor(color gdnative.Color)
	SetSunAngleMax(degrees gdnative.Real)
	SetSunAngleMin(degrees gdnative.Real)
	SetSunColor(color gdnative.Color)
	SetSunCurve(curve gdnative.Real)
	SetSunEnergy(energy gdnative.Real)
	SetSunLatitude(degrees gdnative.Real)
	SetSunLongitude(degrees gdnative.Real)
	SetTextureSize(size gdnative.Int)
}

ProceduralSkyImplementer is an interface that implements the methods of the ProceduralSky class.

type ProceduralSkyTextureSize ¶ 

type ProceduralSkyTextureSize int

ProceduralSkyTextureSize is an enum for TextureSize values. 

const (
	ProceduralSkyTextureSize1024 ProceduralSkyTextureSize = 2
	ProceduralSkyTextureSize2048 ProceduralSkyTextureSize = 3
	ProceduralSkyTextureSize256  ProceduralSkyTextureSize = 0
	ProceduralSkyTextureSize4096 ProceduralSkyTextureSize = 4
	ProceduralSkyTextureSize512  ProceduralSkyTextureSize = 1
	ProceduralSkyTextureSizeMax  ProceduralSkyTextureSize = 5
)

type ProgressBar ¶ 

type ProgressBar struct {
	Range
	// contains filtered or unexported fields
}

General purpose progress bar. Shows fill percentage from right to left.

func (*ProgressBar) BaseClass ¶ 

func (o *ProgressBar) BaseClass() string

func (*ProgressBar) IsPercentVisible ¶ 

func (o *ProgressBar) IsPercentVisible() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ProgressBar) SetPercentVisible ¶ 

func (o *ProgressBar) SetPercentVisible(visible gdnative.Bool)
        Undocumented
	Args: [{ false visible bool}], Returns: void

type ProgressBarImplementer ¶ 

type ProgressBarImplementer interface {
	RangeImplementer
	IsPercentVisible() gdnative.Bool
	SetPercentVisible(visible gdnative.Bool)
}

ProgressBarImplementer is an interface that implements the methods of the ProgressBar class.

type ProjectSettingsImplementer ¶ 

type ProjectSettingsImplementer interface {
	ObjectImplementer
	AddPropertyInfo(hint gdnative.Dictionary)
	Clear(name gdnative.String)
	GetOrder(name gdnative.String) gdnative.Int
	GetSetting(name gdnative.String) gdnative.Variant
	GlobalizePath(path gdnative.String) gdnative.String
	HasSetting(name gdnative.String) gdnative.Bool
	LoadResourcePack(pack gdnative.String) gdnative.Bool
	LocalizePath(path gdnative.String) gdnative.String
	PropertyCanRevert(name gdnative.String) gdnative.Bool
	PropertyGetRevert(name gdnative.String) gdnative.Variant
	SetInitialValue(name gdnative.String, value gdnative.Variant)
	SetOrder(name gdnative.String, position gdnative.Int)
	SetSetting(name gdnative.String, value gdnative.Variant)
}

ProjectSettingsImplementer is an interface that implements the methods of the ProjectSettings class.

type ProximityGroup ¶ 

type ProximityGroup struct {
	Spatial
	// contains filtered or unexported fields
}

General purpose proximity-detection node.

func (*ProximityGroup) BaseClass ¶ 

func (o *ProximityGroup) BaseClass() string

func (*ProximityGroup) Broadcast ¶ 

func (o *ProximityGroup) Broadcast(name gdnative.String, parameters gdnative.Variant)

Args: [{ false name String} { false parameters Variant}], Returns: void

func (*ProximityGroup) GetDispatchMode ¶ 

func (o *ProximityGroup) GetDispatchMode() ProximityGroupDispatchMode
        Undocumented
	Args: [], Returns: enum.ProximityGroup::DispatchMode

func (*ProximityGroup) GetGridRadius ¶ 

func (o *ProximityGroup) GetGridRadius() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*ProximityGroup) GetGroupName ¶ 

func (o *ProximityGroup) GetGroupName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*ProximityGroup) SetDispatchMode ¶ 

func (o *ProximityGroup) SetDispatchMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*ProximityGroup) SetGridRadius ¶ 

func (o *ProximityGroup) SetGridRadius(radius gdnative.Vector3)
        Undocumented
	Args: [{ false radius Vector3}], Returns: void

func (*ProximityGroup) SetGroupName ¶ 

func (o *ProximityGroup) SetGroupName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*ProximityGroup) X_ProximityGroupBroadcast ¶ 

func (o *ProximityGroup) X_ProximityGroupBroadcast(name gdnative.String, params gdnative.Variant)
        Undocumented
	Args: [{ false name String} { false params Variant}], Returns: void

type ProximityGroupDispatchMode ¶ 

type ProximityGroupDispatchMode int

ProximityGroupDispatchMode is an enum for DispatchMode values. 

const (
	ProximityGroupModeProxy  ProximityGroupDispatchMode = 0
	ProximityGroupModeSignal ProximityGroupDispatchMode = 1
)

type ProximityGroupImplementer ¶ 

type ProximityGroupImplementer interface {
	SpatialImplementer
	X_ProximityGroupBroadcast(name gdnative.String, params gdnative.Variant)
	Broadcast(name gdnative.String, parameters gdnative.Variant)
	GetGridRadius() gdnative.Vector3
	GetGroupName() gdnative.String
	SetDispatchMode(mode gdnative.Int)
	SetGridRadius(radius gdnative.Vector3)
	SetGroupName(name gdnative.String)
}

ProximityGroupImplementer is an interface that implements the methods of the ProximityGroup class.

type ProxyTexture ¶ 

type ProxyTexture struct {
	Texture
	// contains filtered or unexported fields
}

func (*ProxyTexture) BaseClass ¶ 

func (o *ProxyTexture) BaseClass() string

func (*ProxyTexture) GetBase ¶ 

func (o *ProxyTexture) GetBase() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*ProxyTexture) SetBase ¶ 

func (o *ProxyTexture) SetBase(base TextureImplementer)
        Undocumented
	Args: [{ false base Texture}], Returns: void

type ProxyTextureImplementer ¶ 

type ProxyTextureImplementer interface {
	TextureImplementer
	GetBase() TextureImplementer
	SetBase(base TextureImplementer)
}

ProxyTextureImplementer is an interface that implements the methods of the ProxyTexture class.

type QuadMesh ¶ 

type QuadMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Class representing a square mesh with size (2,2,0). Consider using a PlaneMesh if you require a differently sized plane.

func (*QuadMesh) BaseClass ¶ 

func (o *QuadMesh) BaseClass() string

func (*QuadMesh) GetSize ¶ 

func (o *QuadMesh) GetSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*QuadMesh) SetSize ¶ 

func (o *QuadMesh) SetSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

type QuadMeshImplementer ¶ 

type QuadMeshImplementer interface {
	PrimitiveMeshImplementer
	GetSize() gdnative.Vector2
	SetSize(size gdnative.Vector2)
}

QuadMeshImplementer is an interface that implements the methods of the QuadMesh class.

type Range ¶ 

type Range struct {
	Control
	// contains filtered or unexported fields
}

Range is a base class for Control nodes that change a floating point [i]value[/i] between a [i]minimum[/i] and a [i]maximum[/i], using [i]step[/i] and [i]page[/i], for example a ScrollBar.

func (*Range) BaseClass ¶ 

func (o *Range) BaseClass() string

func (*Range) GetAsRatio ¶ 

func (o *Range) GetAsRatio() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Range) GetMax ¶ 

func (o *Range) GetMax() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Range) GetMin ¶ 

func (o *Range) GetMin() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Range) GetPage ¶ 

func (o *Range) GetPage() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Range) GetStep ¶ 

func (o *Range) GetStep() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Range) GetValue ¶ 

func (o *Range) GetValue() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Range) IsRatioExp ¶ 

func (o *Range) IsRatioExp() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Range) IsUsingRoundedValues ¶ 

func (o *Range) IsUsingRoundedValues() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Range) SetAsRatio ¶ 

func (o *Range) SetAsRatio(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*Range) SetExpRatio ¶ 

func (o *Range) SetExpRatio(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Range) SetMax ¶ 

func (o *Range) SetMax(maximum gdnative.Real)
        Undocumented
	Args: [{ false maximum float}], Returns: void

func (*Range) SetMin ¶ 

func (o *Range) SetMin(minimum gdnative.Real)
        Undocumented
	Args: [{ false minimum float}], Returns: void

func (*Range) SetPage ¶ 

func (o *Range) SetPage(pagesize gdnative.Real)
        Undocumented
	Args: [{ false pagesize float}], Returns: void

func (*Range) SetStep ¶ 

func (o *Range) SetStep(step gdnative.Real)
        Undocumented
	Args: [{ false step float}], Returns: void

func (*Range) SetUseRoundedValues ¶ 

func (o *Range) SetUseRoundedValues(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Range) SetValue ¶ 

func (o *Range) SetValue(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*Range) Share ¶ 

func (o *Range) Share(with ObjectImplementer)
        Binds two Ranges together along with any Ranges previously grouped with either of them. When any of Range's member variables change, it will share the new value with all other Ranges in its group.
	Args: [{ false with Object}], Returns: void

func (*Range) Unshare ¶ 

func (o *Range) Unshare()
        Stop Range from sharing its member variables with any other Range.
	Args: [], Returns: void

type RangeImplementer ¶ 

type RangeImplementer interface {
	ControlImplementer
	GetAsRatio() gdnative.Real
	GetMax() gdnative.Real
	GetMin() gdnative.Real
	GetPage() gdnative.Real
	GetStep() gdnative.Real
	GetValue() gdnative.Real
	IsRatioExp() gdnative.Bool
	IsUsingRoundedValues() gdnative.Bool
	SetAsRatio(value gdnative.Real)
	SetExpRatio(enabled gdnative.Bool)
	SetMax(maximum gdnative.Real)
	SetMin(minimum gdnative.Real)
	SetPage(pagesize gdnative.Real)
	SetStep(step gdnative.Real)
	SetUseRoundedValues(enabled gdnative.Bool)
	SetValue(value gdnative.Real)
	Share(with ObjectImplementer)
	Unshare()
}

RangeImplementer is an interface that implements the methods of the Range class.

type RayCast ¶ 

type RayCast struct {
	Spatial
	// contains filtered or unexported fields
}

A RayCast represents a line from its origin to its destination position, [code]cast_to[/code]. It is used to query the 3D space in order to find the closest object along the path of the ray. RayCast can ignore some objects by adding them to the exception list via [code]add_exception[/code], by setting proper filtering with collision layers, or by filtering object types with type masks. Only enabled raycasts will be able to query the space and report collisions. RayCast calculates intersection every physics frame (see Node), and the result is cached so it can be used later until the next frame. If multiple queries are required between physics frames (or during the same frame) use [method force_raycast_update] after adjusting the raycast.

func (*RayCast) AddException ¶ 

func (o *RayCast) AddException(node ObjectImplementer)
        Adds a collision exception so the ray does not report collisions with the specified node.
	Args: [{ false node Object}], Returns: void

func (*RayCast) AddExceptionRid ¶ 

func (o *RayCast) AddExceptionRid(rid gdnative.Rid)
        Adds a collision exception so the ray does not report collisions with the specified [RID].
	Args: [{ false rid RID}], Returns: void

func (*RayCast) BaseClass ¶ 

func (o *RayCast) BaseClass() string

func (*RayCast) ClearExceptions ¶ 

func (o *RayCast) ClearExceptions()
        Removes all collision exceptions for this ray.
	Args: [], Returns: void

func (*RayCast) ForceRaycastUpdate ¶ 

func (o *RayCast) ForceRaycastUpdate()
        Updates the collision information for the ray. Use this method to update the collision information immediately instead of waiting for the next [code]_physics_process[/code] call, for example if the ray or its parent has changed state. Note: [code]enabled == true[/code] is not required for this to work.
	Args: [], Returns: void

func (*RayCast) GetCastTo ¶ 

func (o *RayCast) GetCastTo() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*RayCast) GetCollider ¶ 

func (o *RayCast) GetCollider() ObjectImplementer
        Return the closest object the ray is pointing to. Note that this does not consider the length of the ray, so you must also use [method is_colliding] to check if the object returned is actually colliding with the ray. Example: [codeblock] if RayCast.is_colliding(): var collider = RayCast.get_collider() [/codeblock]
	Args: [], Returns: Object

func (*RayCast) GetColliderShape ¶ 

func (o *RayCast) GetColliderShape() gdnative.Int
        Returns the collision shape of the closest object the ray is pointing to. Note that this does not consider the length of the ray, so you must also use [method is_colliding] to check if the object returned is actually colliding with the ray. Example: [codeblock] if RayCast.is_colliding(): var shape = RayCast.get_collider_shape() [/codeblock]
	Args: [], Returns: int

func (*RayCast) GetCollisionMask ¶ 

func (o *RayCast) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RayCast) GetCollisionMaskBit ¶ 

func (o *RayCast) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the bit index passed is turned on. Note that bit indexes range from 0-19.
	Args: [{ false bit int}], Returns: bool

func (*RayCast) GetCollisionNormal ¶ 

func (o *RayCast) GetCollisionNormal() gdnative.Vector3
        Returns the normal of the intersecting object's shape at the collision point.
	Args: [], Returns: Vector3

func (*RayCast) GetCollisionPoint ¶ 

func (o *RayCast) GetCollisionPoint() gdnative.Vector3
        Returns the collision point at which the ray intersects the closest object. Note: this point is in the [b]global[/b] coordinate system.
	Args: [], Returns: Vector3

func (*RayCast) GetExcludeParentBody ¶ 

func (o *RayCast) GetExcludeParentBody() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RayCast) IsColliding ¶ 

func (o *RayCast) IsColliding() gdnative.Bool
        Return whether the closest object the ray is pointing to is colliding with the vector (considering the vector length).
	Args: [], Returns: bool

func (*RayCast) IsEnabled ¶ 

func (o *RayCast) IsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RayCast) RemoveException ¶ 

func (o *RayCast) RemoveException(node ObjectImplementer)
        Removes a collision exception so the ray does report collisions with the specified node.
	Args: [{ false node Object}], Returns: void

func (*RayCast) RemoveExceptionRid ¶ 

func (o *RayCast) RemoveExceptionRid(rid gdnative.Rid)
        Removes a collision exception so the ray does report collisions with the specified [RID].
	Args: [{ false rid RID}], Returns: void

func (*RayCast) SetCastTo ¶ 

func (o *RayCast) SetCastTo(localPoint gdnative.Vector3)
        Undocumented
	Args: [{ false local_point Vector3}], Returns: void

func (*RayCast) SetCollisionMask ¶ 

func (o *RayCast) SetCollisionMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*RayCast) SetCollisionMaskBit ¶ 

func (o *RayCast) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
        Sets the bit index passed to the [code]value[/code] passed. Note that bit indexes range from 0-19.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*RayCast) SetEnabled ¶ 

func (o *RayCast) SetEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*RayCast) SetExcludeParentBody ¶ 

func (o *RayCast) SetExcludeParentBody(mask gdnative.Bool)
        Undocumented
	Args: [{ false mask bool}], Returns: void

type RayCast2D ¶ 

type RayCast2D struct {
	Node2D
	// contains filtered or unexported fields
}

A RayCast represents a line from its origin to its destination position, [code]cast_to[/code]. It is used to query the 2D space in order to find the closest object along the path of the ray. RayCast2D can ignore some objects by adding them to the exception list via [code]add_exception[/code], by setting proper filtering with collision layers, or by filtering object types with type masks. Only enabled raycasts will be able to query the space and report collisions. RayCast2D calculates intersection every physics frame (see Node), and the result is cached so it can be used later until the next frame. If multiple queries are required between physics frames (or during the same frame) use [method force_raycast_update] after adjusting the raycast.

func (*RayCast2D) AddException ¶ 

func (o *RayCast2D) AddException(node ObjectImplementer)
        Adds a collision exception so the ray does not report collisions with the specified node.
	Args: [{ false node Object}], Returns: void

func (*RayCast2D) AddExceptionRid ¶ 

func (o *RayCast2D) AddExceptionRid(rid gdnative.Rid)
        Adds a collision exception so the ray does not report collisions with the specified [RID].
	Args: [{ false rid RID}], Returns: void

func (*RayCast2D) BaseClass ¶ 

func (o *RayCast2D) BaseClass() string

func (*RayCast2D) ClearExceptions ¶ 

func (o *RayCast2D) ClearExceptions()
        Removes all collision exceptions for this ray.
	Args: [], Returns: void

func (*RayCast2D) ForceRaycastUpdate ¶ 

func (o *RayCast2D) ForceRaycastUpdate()
        Updates the collision information for the ray. Use this method to update the collision information immediately instead of waiting for the next [code]_physics_process[/code] call, for example if the ray or its parent has changed state. Note: [code]enabled == true[/code] is not required for this to work.
	Args: [], Returns: void

func (*RayCast2D) GetCastTo ¶ 

func (o *RayCast2D) GetCastTo() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*RayCast2D) GetCollider ¶ 

func (o *RayCast2D) GetCollider() ObjectImplementer
        Returns the closest object the ray is pointing to. Note that this does not consider the length of the ray, so you must also use [method is_colliding] to check if the object returned is actually colliding with the ray. Example: [codeblock] if RayCast2D.is_colliding(): var collider = RayCast2D.get_collider() [/codeblock]
	Args: [], Returns: Object

func (*RayCast2D) GetColliderShape ¶ 

func (o *RayCast2D) GetColliderShape() gdnative.Int
        Returns the collision shape of the closest object the ray is pointing to. Note that this does not consider the length of the ray, so you must also use [method is_colliding] to check if the object returned is actually colliding with the ray. Example: [codeblock] if RayCast2D.is_colliding(): var shape = RayCast2D.get_collider_shape() [/codeblock]
	Args: [], Returns: int

func (*RayCast2D) GetCollisionMask ¶ 

func (o *RayCast2D) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RayCast2D) GetCollisionMaskBit ¶ 

func (o *RayCast2D) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
        Return an individual bit on the collision mask.
	Args: [{ false bit int}], Returns: bool

func (*RayCast2D) GetCollisionNormal ¶ 

func (o *RayCast2D) GetCollisionNormal() gdnative.Vector2
        Returns the normal of the intersecting object's shape at the collision point.
	Args: [], Returns: Vector2

func (*RayCast2D) GetCollisionPoint ¶ 

func (o *RayCast2D) GetCollisionPoint() gdnative.Vector2
        Returns the collision point at which the ray intersects the closest object. Note: this point is in the [b]global[/b] coordinate system.
	Args: [], Returns: Vector2

func (*RayCast2D) GetExcludeParentBody ¶ 

func (o *RayCast2D) GetExcludeParentBody() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RayCast2D) IsColliding ¶ 

func (o *RayCast2D) IsColliding() gdnative.Bool
        Return whether the closest object the ray is pointing to is colliding with the vector (considering the vector length).
	Args: [], Returns: bool

func (*RayCast2D) IsEnabled ¶ 

func (o *RayCast2D) IsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RayCast2D) RemoveException ¶ 

func (o *RayCast2D) RemoveException(node ObjectImplementer)
        Removes a collision exception so the ray does report collisions with the specified node.
	Args: [{ false node Object}], Returns: void

func (*RayCast2D) RemoveExceptionRid ¶ 

func (o *RayCast2D) RemoveExceptionRid(rid gdnative.Rid)
        Removes a collision exception so the ray does report collisions with the specified [RID].
	Args: [{ false rid RID}], Returns: void

func (*RayCast2D) SetCastTo ¶ 

func (o *RayCast2D) SetCastTo(localPoint gdnative.Vector2)
        Undocumented
	Args: [{ false local_point Vector2}], Returns: void

func (*RayCast2D) SetCollisionMask ¶ 

func (o *RayCast2D) SetCollisionMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*RayCast2D) SetCollisionMaskBit ¶ 

func (o *RayCast2D) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
        Set/clear individual bits on the collision mask. This makes selecting the areas scanned easier.
	Args: [{ false bit int} { false value bool}], Returns: void

func (*RayCast2D) SetEnabled ¶ 

func (o *RayCast2D) SetEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*RayCast2D) SetExcludeParentBody ¶ 

func (o *RayCast2D) SetExcludeParentBody(mask gdnative.Bool)
        Undocumented
	Args: [{ false mask bool}], Returns: void

type RayCast2DImplementer ¶ 

type RayCast2DImplementer interface {
	Node2DImplementer
	AddException(node ObjectImplementer)
	AddExceptionRid(rid gdnative.Rid)
	ClearExceptions()
	ForceRaycastUpdate()
	GetCastTo() gdnative.Vector2
	GetCollider() ObjectImplementer
	GetColliderShape() gdnative.Int
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	GetCollisionNormal() gdnative.Vector2
	GetCollisionPoint() gdnative.Vector2
	GetExcludeParentBody() gdnative.Bool
	IsColliding() gdnative.Bool
	IsEnabled() gdnative.Bool
	RemoveException(node ObjectImplementer)
	RemoveExceptionRid(rid gdnative.Rid)
	SetCastTo(localPoint gdnative.Vector2)
	SetCollisionMask(mask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
	SetEnabled(enabled gdnative.Bool)
	SetExcludeParentBody(mask gdnative.Bool)
}

RayCast2DImplementer is an interface that implements the methods of the RayCast2D class.

type RayCastImplementer ¶ 

type RayCastImplementer interface {
	SpatialImplementer
	AddException(node ObjectImplementer)
	AddExceptionRid(rid gdnative.Rid)
	ClearExceptions()
	ForceRaycastUpdate()
	GetCastTo() gdnative.Vector3
	GetCollider() ObjectImplementer
	GetColliderShape() gdnative.Int
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	GetCollisionNormal() gdnative.Vector3
	GetCollisionPoint() gdnative.Vector3
	GetExcludeParentBody() gdnative.Bool
	IsColliding() gdnative.Bool
	IsEnabled() gdnative.Bool
	RemoveException(node ObjectImplementer)
	RemoveExceptionRid(rid gdnative.Rid)
	SetCastTo(localPoint gdnative.Vector3)
	SetCollisionMask(mask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
	SetEnabled(enabled gdnative.Bool)
	SetExcludeParentBody(mask gdnative.Bool)
}

RayCastImplementer is an interface that implements the methods of the RayCast class.

type RayShape ¶ 

type RayShape struct {
	Shape
	// contains filtered or unexported fields
}

Ray shape for 3D collisions, which can be set into a PhysicsBody or Area. A ray is not really a collision body, instead it tries to separate itself from whatever is touching its far endpoint. It's often useful for characters.

func (*RayShape) BaseClass ¶ 

func (o *RayShape) BaseClass() string

func (*RayShape) GetLength ¶ 

func (o *RayShape) GetLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RayShape) SetLength ¶ 

func (o *RayShape) SetLength(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

type RayShape2D ¶ 

type RayShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Ray shape for 2D collisions. A ray is not really a collision body, instead it tries to separate itself from whatever is touching its far endpoint. It's often useful for characters.

func (*RayShape2D) BaseClass ¶ 

func (o *RayShape2D) BaseClass() string

func (*RayShape2D) GetLength ¶ 

func (o *RayShape2D) GetLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RayShape2D) SetLength ¶ 

func (o *RayShape2D) SetLength(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

type RayShape2DImplementer ¶ 

type RayShape2DImplementer interface {
	Shape2DImplementer
	GetLength() gdnative.Real
	SetLength(length gdnative.Real)
}

RayShape2DImplementer is an interface that implements the methods of the RayShape2D class.

type RayShapeImplementer ¶ 

type RayShapeImplementer interface {
	ShapeImplementer
	GetLength() gdnative.Real
	SetLength(length gdnative.Real)
}

RayShapeImplementer is an interface that implements the methods of the RayShape class.

type RectangleShape2D ¶ 

type RectangleShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Rectangle shape for 2D collisions. This shape is useful for modeling box-like 2D objects.

func (*RectangleShape2D) BaseClass ¶ 

func (o *RectangleShape2D) BaseClass() string

func (*RectangleShape2D) GetExtents ¶ 

func (o *RectangleShape2D) GetExtents() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*RectangleShape2D) SetExtents ¶ 

func (o *RectangleShape2D) SetExtents(extents gdnative.Vector2)
        Undocumented
	Args: [{ false extents Vector2}], Returns: void

type RectangleShape2DImplementer ¶ 

type RectangleShape2DImplementer interface {
	Shape2DImplementer
	GetExtents() gdnative.Vector2
	SetExtents(extents gdnative.Vector2)
}

RectangleShape2DImplementer is an interface that implements the methods of the RectangleShape2D class.

type Reference ¶ 

type Reference struct {
	Object
	// contains filtered or unexported fields
}

Base class for anything that keeps a reference count. Resource and many other helper objects inherit this. References keep an internal reference counter so they are only released when no longer in use.

func (*Reference) BaseClass ¶ 

func (o *Reference) BaseClass() string

func (*Reference) InitRef ¶ 

func (o *Reference) InitRef() gdnative.Bool

Args: [], Returns: bool

func (*Reference) ReferenceMethod ¶ 

func (o *Reference) ReferenceMethod() gdnative.Bool
        Increase the internal reference counter. Use this only if you really know what you are doing.
	Args: [], Returns: bool

func (*Reference) Unreference ¶ 

func (o *Reference) Unreference() gdnative.Bool
        Decrease the internal reference counter. Use this only if you really know what you are doing.
	Args: [], Returns: bool

type ReferenceImplementer ¶ 

type ReferenceImplementer interface {
	ObjectImplementer
	InitRef() gdnative.Bool
	ReferenceMethod() gdnative.Bool
	Unreference() gdnative.Bool
}

ReferenceImplementer is an interface that implements the methods of the Reference class.

type ReferenceRect ¶ 

type ReferenceRect struct {
	Control
	// contains filtered or unexported fields
}

Reference frame for GUI. It's just like an empty control, except a red box is displayed while editing around its size at all times.

func (*ReferenceRect) BaseClass ¶ 

func (o *ReferenceRect) BaseClass() string

type ReferenceRectImplementer ¶ 

type ReferenceRectImplementer interface {
	ControlImplementer
}

ReferenceRectImplementer is an interface that implements the methods of the ReferenceRect class.

type ReflectionProbe ¶ 

type ReflectionProbe struct {
	VisualInstance
	// contains filtered or unexported fields
}

func (*ReflectionProbe) AreShadowsEnabled ¶ 

func (o *ReflectionProbe) AreShadowsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ReflectionProbe) BaseClass ¶ 

func (o *ReflectionProbe) BaseClass() string

func (*ReflectionProbe) GetCullMask ¶ 

func (o *ReflectionProbe) GetCullMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ReflectionProbe) GetExtents ¶ 

func (o *ReflectionProbe) GetExtents() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*ReflectionProbe) GetIntensity ¶ 

func (o *ReflectionProbe) GetIntensity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ReflectionProbe) GetInteriorAmbient ¶ 

func (o *ReflectionProbe) GetInteriorAmbient() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*ReflectionProbe) GetInteriorAmbientEnergy ¶ 

func (o *ReflectionProbe) GetInteriorAmbientEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ReflectionProbe) GetInteriorAmbientProbeContribution ¶ 

func (o *ReflectionProbe) GetInteriorAmbientProbeContribution() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ReflectionProbe) GetMaxDistance ¶ 

func (o *ReflectionProbe) GetMaxDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ReflectionProbe) GetOriginOffset ¶ 

func (o *ReflectionProbe) GetOriginOffset() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*ReflectionProbe) GetUpdateMode ¶ 

func (o *ReflectionProbe) GetUpdateMode() ReflectionProbeUpdateMode
        Undocumented
	Args: [], Returns: enum.ReflectionProbe::UpdateMode

func (*ReflectionProbe) IsBoxProjectionEnabled ¶ 

func (o *ReflectionProbe) IsBoxProjectionEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ReflectionProbe) IsSetAsInterior ¶ 

func (o *ReflectionProbe) IsSetAsInterior() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ReflectionProbe) SetAsInterior ¶ 

func (o *ReflectionProbe) SetAsInterior(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ReflectionProbe) SetCullMask ¶ 

func (o *ReflectionProbe) SetCullMask(layers gdnative.Int)
        Undocumented
	Args: [{ false layers int}], Returns: void

func (*ReflectionProbe) SetEnableBoxProjection ¶ 

func (o *ReflectionProbe) SetEnableBoxProjection(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ReflectionProbe) SetEnableShadows ¶ 

func (o *ReflectionProbe) SetEnableShadows(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ReflectionProbe) SetExtents ¶ 

func (o *ReflectionProbe) SetExtents(extents gdnative.Vector3)
        Undocumented
	Args: [{ false extents Vector3}], Returns: void

func (*ReflectionProbe) SetIntensity ¶ 

func (o *ReflectionProbe) SetIntensity(intensity gdnative.Real)
        Undocumented
	Args: [{ false intensity float}], Returns: void

func (*ReflectionProbe) SetInteriorAmbient ¶ 

func (o *ReflectionProbe) SetInteriorAmbient(ambient gdnative.Color)
        Undocumented
	Args: [{ false ambient Color}], Returns: void

func (*ReflectionProbe) SetInteriorAmbientEnergy ¶ 

func (o *ReflectionProbe) SetInteriorAmbientEnergy(ambientEnergy gdnative.Real)
        Undocumented
	Args: [{ false ambient_energy float}], Returns: void

func (*ReflectionProbe) SetInteriorAmbientProbeContribution ¶ 

func (o *ReflectionProbe) SetInteriorAmbientProbeContribution(ambientProbeContribution gdnative.Real)
        Undocumented
	Args: [{ false ambient_probe_contribution float}], Returns: void

func (*ReflectionProbe) SetMaxDistance ¶ 

func (o *ReflectionProbe) SetMaxDistance(maxDistance gdnative.Real)
        Undocumented
	Args: [{ false max_distance float}], Returns: void

func (*ReflectionProbe) SetOriginOffset ¶ 

func (o *ReflectionProbe) SetOriginOffset(originOffset gdnative.Vector3)
        Undocumented
	Args: [{ false origin_offset Vector3}], Returns: void

func (*ReflectionProbe) SetUpdateMode ¶ 

func (o *ReflectionProbe) SetUpdateMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type ReflectionProbeImplementer ¶ 

type ReflectionProbeImplementer interface {
	VisualInstanceImplementer
	AreShadowsEnabled() gdnative.Bool
	GetCullMask() gdnative.Int
	GetExtents() gdnative.Vector3
	GetIntensity() gdnative.Real
	GetInteriorAmbient() gdnative.Color
	GetInteriorAmbientEnergy() gdnative.Real
	GetInteriorAmbientProbeContribution() gdnative.Real
	GetMaxDistance() gdnative.Real
	GetOriginOffset() gdnative.Vector3
	IsBoxProjectionEnabled() gdnative.Bool
	IsSetAsInterior() gdnative.Bool
	SetAsInterior(enable gdnative.Bool)
	SetCullMask(layers gdnative.Int)
	SetEnableBoxProjection(enable gdnative.Bool)
	SetEnableShadows(enable gdnative.Bool)
	SetExtents(extents gdnative.Vector3)
	SetIntensity(intensity gdnative.Real)
	SetInteriorAmbient(ambient gdnative.Color)
	SetInteriorAmbientEnergy(ambientEnergy gdnative.Real)
	SetInteriorAmbientProbeContribution(ambientProbeContribution gdnative.Real)
	SetMaxDistance(maxDistance gdnative.Real)
	SetOriginOffset(originOffset gdnative.Vector3)
	SetUpdateMode(mode gdnative.Int)
}

ReflectionProbeImplementer is an interface that implements the methods of the ReflectionProbe class.

type ReflectionProbeUpdateMode ¶ 

type ReflectionProbeUpdateMode int

ReflectionProbeUpdateMode is an enum for UpdateMode values. 

const (
	ReflectionProbeUpdateAlways ReflectionProbeUpdateMode = 1
	ReflectionProbeUpdateOnce   ReflectionProbeUpdateMode = 0
)

type RegEx ¶ 

type RegEx struct {
	Reference
	// contains filtered or unexported fields
}

Undocumented

func (*RegEx) BaseClass ¶ 

func (o *RegEx) BaseClass() string

func (*RegEx) Clear ¶ 

func (o *RegEx) Clear()
        Undocumented
	Args: [], Returns: void

func (*RegEx) Compile ¶ 

func (o *RegEx) Compile(pattern gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false pattern String}], Returns: enum.Error

func (*RegEx) GetGroupCount ¶ 

func (o *RegEx) GetGroupCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RegEx) GetNames ¶ 

func (o *RegEx) GetNames() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*RegEx) GetPattern ¶ 

func (o *RegEx) GetPattern() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*RegEx) IsValid ¶ 

func (o *RegEx) IsValid() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RegEx) Search ¶ 

func (o *RegEx) Search(subject gdnative.String, offset gdnative.Int, end gdnative.Int) RegExMatchImplementer
        Undocumented
	Args: [{ false subject String} {0 true offset int} {-1 true end int}], Returns: RegExMatch

func (*RegEx) SearchAll ¶ 

func (o *RegEx) SearchAll(subject gdnative.String, offset gdnative.Int, end gdnative.Int) gdnative.Array
        Undocumented
	Args: [{ false subject String} {0 true offset int} {-1 true end int}], Returns: Array

func (*RegEx) Sub ¶ 

func (o *RegEx) Sub(subject gdnative.String, replacement gdnative.String, all gdnative.Bool, offset gdnative.Int, end gdnative.Int) gdnative.String
        Undocumented
	Args: [{ false subject String} { false replacement String} {False true all bool} {0 true offset int} {-1 true end int}], Returns: String

type RegExImplementer ¶ 

type RegExImplementer interface {
	ReferenceImplementer
	Clear()
	GetGroupCount() gdnative.Int
	GetNames() gdnative.Array
	GetPattern() gdnative.String
	IsValid() gdnative.Bool
	Search(subject gdnative.String, offset gdnative.Int, end gdnative.Int) RegExMatchImplementer
	SearchAll(subject gdnative.String, offset gdnative.Int, end gdnative.Int) gdnative.Array
	Sub(subject gdnative.String, replacement gdnative.String, all gdnative.Bool, offset gdnative.Int, end gdnative.Int) gdnative.String
}

RegExImplementer is an interface that implements the methods of the RegEx class.

type RegExMatch ¶ 

type RegExMatch struct {
	Reference
	// contains filtered or unexported fields
}

Undocumented

func (*RegExMatch) BaseClass ¶ 

func (o *RegExMatch) BaseClass() string

func (*RegExMatch) GetEnd ¶ 

func (o *RegExMatch) GetEnd(name gdnative.Variant) gdnative.Int
        Undocumented
	Args: [{0 true name Variant}], Returns: int

func (*RegExMatch) GetGroupCount ¶ 

func (o *RegExMatch) GetGroupCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RegExMatch) GetNames ¶ 

func (o *RegExMatch) GetNames() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*RegExMatch) GetStart ¶ 

func (o *RegExMatch) GetStart(name gdnative.Variant) gdnative.Int
        Undocumented
	Args: [{0 true name Variant}], Returns: int

func (*RegExMatch) GetString ¶ 

func (o *RegExMatch) GetString(name gdnative.Variant) gdnative.String
        Undocumented
	Args: [{0 true name Variant}], Returns: String

func (*RegExMatch) GetStrings ¶ 

func (o *RegExMatch) GetStrings() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*RegExMatch) GetSubject ¶ 

func (o *RegExMatch) GetSubject() gdnative.String
        Undocumented
	Args: [], Returns: String

type RegExMatchImplementer ¶ 

type RegExMatchImplementer interface {
	ReferenceImplementer
	GetEnd(name gdnative.Variant) gdnative.Int
	GetGroupCount() gdnative.Int
	GetNames() gdnative.Dictionary
	GetStart(name gdnative.Variant) gdnative.Int
	GetString(name gdnative.Variant) gdnative.String
	GetStrings() gdnative.Array
	GetSubject() gdnative.String
}

RegExMatchImplementer is an interface that implements the methods of the RegExMatch class.

type RemoteTransform ¶ 

type RemoteTransform struct {
	Spatial
	// contains filtered or unexported fields
}

RemoteTransform leads the [Transform] of another Spatial derived Node (called the remote node) in the scene. It can be set to track another Node's position, rotation and/or scale. It can update using either global or local coordinates.

func (*RemoteTransform) BaseClass ¶ 

func (o *RemoteTransform) BaseClass() string

func (*RemoteTransform) GetRemoteNode ¶ 

func (o *RemoteTransform) GetRemoteNode() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*RemoteTransform) GetUpdatePosition ¶ 

func (o *RemoteTransform) GetUpdatePosition() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform) GetUpdateRotation ¶ 

func (o *RemoteTransform) GetUpdateRotation() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform) GetUpdateScale ¶ 

func (o *RemoteTransform) GetUpdateScale() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform) GetUseGlobalCoordinates ¶ 

func (o *RemoteTransform) GetUseGlobalCoordinates() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform) SetRemoteNode ¶ 

func (o *RemoteTransform) SetRemoteNode(path gdnative.NodePath)
        Undocumented
	Args: [{ false path NodePath}], Returns: void

func (*RemoteTransform) SetUpdatePosition ¶ 

func (o *RemoteTransform) SetUpdatePosition(updateRemotePosition gdnative.Bool)
        Undocumented
	Args: [{ false update_remote_position bool}], Returns: void

func (*RemoteTransform) SetUpdateRotation ¶ 

func (o *RemoteTransform) SetUpdateRotation(updateRemoteRotation gdnative.Bool)
        Undocumented
	Args: [{ false update_remote_rotation bool}], Returns: void

func (*RemoteTransform) SetUpdateScale ¶ 

func (o *RemoteTransform) SetUpdateScale(updateRemoteScale gdnative.Bool)
        Undocumented
	Args: [{ false update_remote_scale bool}], Returns: void

func (*RemoteTransform) SetUseGlobalCoordinates ¶ 

func (o *RemoteTransform) SetUseGlobalCoordinates(useGlobalCoordinates gdnative.Bool)
        Undocumented
	Args: [{ false use_global_coordinates bool}], Returns: void

type RemoteTransform2D ¶ 

type RemoteTransform2D struct {
	Node2D
	// contains filtered or unexported fields
}

RemoteTransform2D leads the [Transform2D] of another CanvasItem derived Node (called the remote node) in the scene. It can be set to track another Node's position, rotation and/or scale. It can update using either global or local coordinates.

func (*RemoteTransform2D) BaseClass ¶ 

func (o *RemoteTransform2D) BaseClass() string

func (*RemoteTransform2D) GetRemoteNode ¶ 

func (o *RemoteTransform2D) GetRemoteNode() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*RemoteTransform2D) GetUpdatePosition ¶ 

func (o *RemoteTransform2D) GetUpdatePosition() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform2D) GetUpdateRotation ¶ 

func (o *RemoteTransform2D) GetUpdateRotation() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform2D) GetUpdateScale ¶ 

func (o *RemoteTransform2D) GetUpdateScale() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform2D) GetUseGlobalCoordinates ¶ 

func (o *RemoteTransform2D) GetUseGlobalCoordinates() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RemoteTransform2D) SetRemoteNode ¶ 

func (o *RemoteTransform2D) SetRemoteNode(path gdnative.NodePath)
        Undocumented
	Args: [{ false path NodePath}], Returns: void

func (*RemoteTransform2D) SetUpdatePosition ¶ 

func (o *RemoteTransform2D) SetUpdatePosition(updateRemotePosition gdnative.Bool)
        Undocumented
	Args: [{ false update_remote_position bool}], Returns: void

func (*RemoteTransform2D) SetUpdateRotation ¶ 

func (o *RemoteTransform2D) SetUpdateRotation(updateRemoteRotation gdnative.Bool)
        Undocumented
	Args: [{ false update_remote_rotation bool}], Returns: void

func (*RemoteTransform2D) SetUpdateScale ¶ 

func (o *RemoteTransform2D) SetUpdateScale(updateRemoteScale gdnative.Bool)
        Undocumented
	Args: [{ false update_remote_scale bool}], Returns: void

func (*RemoteTransform2D) SetUseGlobalCoordinates ¶ 

func (o *RemoteTransform2D) SetUseGlobalCoordinates(useGlobalCoordinates gdnative.Bool)
        Undocumented
	Args: [{ false use_global_coordinates bool}], Returns: void

type RemoteTransform2DImplementer ¶ 

type RemoteTransform2DImplementer interface {
	Node2DImplementer
	GetRemoteNode() gdnative.NodePath
	GetUpdatePosition() gdnative.Bool
	GetUpdateRotation() gdnative.Bool
	GetUpdateScale() gdnative.Bool
	GetUseGlobalCoordinates() gdnative.Bool
	SetRemoteNode(path gdnative.NodePath)
	SetUpdatePosition(updateRemotePosition gdnative.Bool)
	SetUpdateRotation(updateRemoteRotation gdnative.Bool)
	SetUpdateScale(updateRemoteScale gdnative.Bool)
	SetUseGlobalCoordinates(useGlobalCoordinates gdnative.Bool)
}

RemoteTransform2DImplementer is an interface that implements the methods of the RemoteTransform2D class.

type RemoteTransformImplementer ¶ 

type RemoteTransformImplementer interface {
	SpatialImplementer
	GetRemoteNode() gdnative.NodePath
	GetUpdatePosition() gdnative.Bool
	GetUpdateRotation() gdnative.Bool
	GetUpdateScale() gdnative.Bool
	GetUseGlobalCoordinates() gdnative.Bool
	SetRemoteNode(path gdnative.NodePath)
	SetUpdatePosition(updateRemotePosition gdnative.Bool)
	SetUpdateRotation(updateRemoteRotation gdnative.Bool)
	SetUpdateScale(updateRemoteScale gdnative.Bool)
	SetUseGlobalCoordinates(useGlobalCoordinates gdnative.Bool)
}

RemoteTransformImplementer is an interface that implements the methods of the RemoteTransform class.

type Resource ¶ 

type Resource struct {
	Reference
	// contains filtered or unexported fields
}

Resource is the base class for all resource types. Resources are primarily data containers. They are reference counted and freed when no longer in use. They are also loaded only once from disk, and further attempts to load the resource will return the same reference (all this in contrast to a Node, which is not reference counted and can be instanced from disk as many times as desired). Resources can be saved externally on disk or bundled into another object, such as a Node or another resource.

func (*Resource) BaseClass ¶ 

func (o *Resource) BaseClass() string

func (*Resource) Duplicate ¶ 

func (o *Resource) Duplicate(subresources gdnative.Bool) ResourceImplementer

Args: [{False true subresources bool}], Returns: Resource

func (*Resource) GetLocalScene ¶ 

func (o *Resource) GetLocalScene() NodeImplementer

Args: [], Returns: Node

func (*Resource) GetName ¶ 

func (o *Resource) GetName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Resource) GetPath ¶ 

func (o *Resource) GetPath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Resource) GetRid ¶ 

func (o *Resource) GetRid() gdnative.Rid
        Return the RID of the resource (or an empty RID). Many resources (such as [Texture], [Mesh], etc) are high level abstractions of resources stored in a server, so this function will return the original RID.
	Args: [], Returns: RID

func (*Resource) IsLocalToScene ¶ 

func (o *Resource) IsLocalToScene() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Resource) SetLocalToScene ¶ 

func (o *Resource) SetLocalToScene(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Resource) SetName ¶ 

func (o *Resource) SetName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*Resource) SetPath ¶ 

func (o *Resource) SetPath(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

func (*Resource) SetupLocalToScene ¶ 

func (o *Resource) SetupLocalToScene()

Args: [], Returns: void

func (*Resource) TakeOverPath ¶ 

func (o *Resource) TakeOverPath(path gdnative.String)
        Set the path of the resource. Differs from set_path(), if another [code]Resource[/code] exists with "path" it over-takes it, instead of failing.
	Args: [{ false path String}], Returns: void

func (*Resource) X_SetupLocalToScene ¶ 

func (o *Resource) X_SetupLocalToScene()

Args: [], Returns: void

type ResourceImplementer ¶ 

type ResourceImplementer interface {
	ReferenceImplementer
	X_SetupLocalToScene()
	Duplicate(subresources gdnative.Bool) ResourceImplementer
	GetLocalScene() NodeImplementer
	GetName() gdnative.String
	GetPath() gdnative.String
	GetRid() gdnative.Rid
	IsLocalToScene() gdnative.Bool
	SetLocalToScene(enable gdnative.Bool)
	SetName(name gdnative.String)
	SetPath(path gdnative.String)
	SetupLocalToScene()
	TakeOverPath(path gdnative.String)
}

ResourceImplementer is an interface that implements the methods of the Resource class.

type ResourceImporter ¶ 

type ResourceImporter struct {
	Reference
	// contains filtered or unexported fields
}

func (*ResourceImporter) BaseClass ¶ 

func (o *ResourceImporter) BaseClass() string

type ResourceImporterImplementer ¶ 

type ResourceImporterImplementer interface {
	ReferenceImplementer
}

ResourceImporterImplementer is an interface that implements the methods of the ResourceImporter class.

type ResourceImporterOGGVorbis ¶ 

type ResourceImporterOGGVorbis struct {
	ResourceImporter
	// contains filtered or unexported fields
}

Undocumented

func (*ResourceImporterOGGVorbis) BaseClass ¶ 

func (o *ResourceImporterOGGVorbis) BaseClass() string

type ResourceImporterOGGVorbisImplementer ¶ 

type ResourceImporterOGGVorbisImplementer interface {
	ResourceImporterImplementer
}

ResourceImporterOGGVorbisImplementer is an interface that implements the methods of the ResourceImporterOGGVorbis class.

type ResourceImporterTheora ¶ 

type ResourceImporterTheora struct {
	ResourceImporter
	// contains filtered or unexported fields
}

Undocumented

func (*ResourceImporterTheora) BaseClass ¶ 

func (o *ResourceImporterTheora) BaseClass() string

type ResourceImporterTheoraImplementer ¶ 

type ResourceImporterTheoraImplementer interface {
	ResourceImporterImplementer
}

ResourceImporterTheoraImplementer is an interface that implements the methods of the ResourceImporterTheora class.

type ResourceImporterWebm ¶ 

type ResourceImporterWebm struct {
	ResourceImporter
	// contains filtered or unexported fields
}

Undocumented

func (*ResourceImporterWebm) BaseClass ¶ 

func (o *ResourceImporterWebm) BaseClass() string

type ResourceImporterWebmImplementer ¶ 

type ResourceImporterWebmImplementer interface {
	ResourceImporterImplementer
}

ResourceImporterWebmImplementer is an interface that implements the methods of the ResourceImporterWebm class.

type ResourceInteractiveLoader ¶ 

type ResourceInteractiveLoader struct {
	Reference
	// contains filtered or unexported fields
}

Interactive Resource Loader. This object is returned by ResourceLoader when performing an interactive load. It allows to load with high granularity, so this is mainly useful for displaying load bars/percentages.

func (*ResourceInteractiveLoader) BaseClass ¶ 

func (o *ResourceInteractiveLoader) BaseClass() string

func (*ResourceInteractiveLoader) GetResource ¶ 

func (o *ResourceInteractiveLoader) GetResource() ResourceImplementer
        Return the loaded resource (only if loaded). Otherwise, returns null.
	Args: [], Returns: Resource

func (*ResourceInteractiveLoader) GetStage ¶ 

func (o *ResourceInteractiveLoader) GetStage() gdnative.Int
        Return the load stage. The total amount of stages can be queried with [method get_stage_count]
	Args: [], Returns: int

func (*ResourceInteractiveLoader) GetStageCount ¶ 

func (o *ResourceInteractiveLoader) GetStageCount() gdnative.Int
        Return the total amount of stages (calls to [method poll]) needed to completely load this resource.
	Args: [], Returns: int

func (*ResourceInteractiveLoader) Poll ¶ 

func (o *ResourceInteractiveLoader) Poll() gdnative.Error
        Poll the load. If OK is returned, this means poll will have to be called again. If ERR_FILE_EOF is returned, them the load has finished and the resource can be obtained by calling [method get_resource].
	Args: [], Returns: enum.Error

func (*ResourceInteractiveLoader) Wait ¶ 

func (o *ResourceInteractiveLoader) Wait() gdnative.Error

Args: [], Returns: enum.Error

type ResourceInteractiveLoaderImplementer ¶ 

type ResourceInteractiveLoaderImplementer interface {
	ReferenceImplementer
	GetResource() ResourceImplementer
	GetStage() gdnative.Int
	GetStageCount() gdnative.Int
}

ResourceInteractiveLoaderImplementer is an interface that implements the methods of the ResourceInteractiveLoader class.

type ResourceLoaderImplementer ¶ 

type ResourceLoaderImplementer interface {
	ObjectImplementer
	GetDependencies(path gdnative.String) gdnative.PoolStringArray
	GetRecognizedExtensionsForType(aType gdnative.String) gdnative.PoolStringArray
	Has(path gdnative.String) gdnative.Bool
	Load(path gdnative.String, typeHint gdnative.String, pNoCache gdnative.Bool) ResourceImplementer
	LoadInteractive(path gdnative.String, typeHint gdnative.String) ResourceInteractiveLoaderImplementer
	SetAbortOnMissingResources(abort gdnative.Bool)
}

ResourceLoaderImplementer is an interface that implements the methods of the ResourceLoader class.

type ResourcePreloader ¶ 

type ResourcePreloader struct {
	Node
	// contains filtered or unexported fields
}

Resource Preloader Node. This node is used to preload sub-resources inside a scene, so when the scene is loaded all the resources are ready to use and be retrieved from here.

func (*ResourcePreloader) AddResource ¶ 

func (o *ResourcePreloader) AddResource(name gdnative.String, resource ResourceImplementer)

Args: [{ false name String} { false resource Resource}], Returns: void

func (*ResourcePreloader) BaseClass ¶ 

func (o *ResourcePreloader) BaseClass() string

func (*ResourcePreloader) GetResource ¶ 

func (o *ResourcePreloader) GetResource(name gdnative.String) ResourceImplementer
        Return the resource given a text-id.
	Args: [{ false name String}], Returns: Resource

func (*ResourcePreloader) GetResourceList ¶ 

func (o *ResourcePreloader) GetResourceList() gdnative.PoolStringArray
        Return the list of resources inside the preloader.
	Args: [], Returns: PoolStringArray

func (*ResourcePreloader) HasResource ¶ 

func (o *ResourcePreloader) HasResource(name gdnative.String) gdnative.Bool
        Return true if the preloader has a given resource.
	Args: [{ false name String}], Returns: bool

func (*ResourcePreloader) RemoveResource ¶ 

func (o *ResourcePreloader) RemoveResource(name gdnative.String)
        Remove a resource from the preloader by text id.
	Args: [{ false name String}], Returns: void

func (*ResourcePreloader) RenameResource ¶ 

func (o *ResourcePreloader) RenameResource(name gdnative.String, newname gdnative.String)
        Rename a resource inside the preloader, from a text-id to a new text-id.
	Args: [{ false name String} { false newname String}], Returns: void

func (*ResourcePreloader) X_GetResources ¶ 

func (o *ResourcePreloader) X_GetResources() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*ResourcePreloader) X_SetResources ¶ 

func (o *ResourcePreloader) X_SetResources(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

type ResourcePreloaderImplementer ¶ 

type ResourcePreloaderImplementer interface {
	NodeImplementer
	X_GetResources() gdnative.Array
	X_SetResources(arg0 gdnative.Array)
	AddResource(name gdnative.String, resource ResourceImplementer)
	GetResource(name gdnative.String) ResourceImplementer
	GetResourceList() gdnative.PoolStringArray
	HasResource(name gdnative.String) gdnative.Bool
	RemoveResource(name gdnative.String)
	RenameResource(name gdnative.String, newname gdnative.String)
}

ResourcePreloaderImplementer is an interface that implements the methods of the ResourcePreloader class.

type ResourceSaverImplementer ¶ 

type ResourceSaverImplementer interface {
	ObjectImplementer
	GetRecognizedExtensions(aType ResourceImplementer) gdnative.PoolStringArray
}

ResourceSaverImplementer is an interface that implements the methods of the ResourceSaver class.

type RichTextLabel ¶ 

type RichTextLabel struct {
	Control
	// contains filtered or unexported fields
}

Rich text can contain custom text, fonts, images and some basic formatting. The label manages these as an internal tag stack. It also adapts itself to given width/heights. Note that assignments to [member bbcode_text] clear the tag stack and reconstruct it from the property's contents. Any edits made to [member bbcode_text] will erase previous edits made from other manual sources such as [method append_bbcode] and the [code]push_*[/code] / [method pop] methods.

func (*RichTextLabel) AddImage ¶ 

func (o *RichTextLabel) AddImage(image TextureImplementer)
        Adds an image's opening and closing tags to the tag stack.
	Args: [{ false image Texture}], Returns: void

func (*RichTextLabel) AddText ¶ 

func (o *RichTextLabel) AddText(text gdnative.String)
        Adds raw non-bbcode-parsed text to the tag stack.
	Args: [{ false text String}], Returns: void

func (*RichTextLabel) AppendBbcode ¶ 

func (o *RichTextLabel) AppendBbcode(bbcode gdnative.String) gdnative.Error
        Parses [code]bbcode[/code] and adds tags to the tag stack as needed. Returns the result of the parsing, [code]OK[/code] if successful.
	Args: [{ false bbcode String}], Returns: enum.Error

func (*RichTextLabel) BaseClass ¶ 

func (o *RichTextLabel) BaseClass() string

func (*RichTextLabel) Clear ¶ 

func (o *RichTextLabel) Clear()
        Clears the tag stack and sets [member bbcode_text] to an empty string.
	Args: [], Returns: void

func (*RichTextLabel) GetBbcode ¶ 

func (o *RichTextLabel) GetBbcode() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*RichTextLabel) GetLineCount ¶ 

func (o *RichTextLabel) GetLineCount() gdnative.Int
        Returns the total number of newlines in the tag stack's text tags. Considers wrapped text as one line.
	Args: [], Returns: int

func (*RichTextLabel) GetPercentVisible ¶ 

func (o *RichTextLabel) GetPercentVisible() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RichTextLabel) GetTabSize ¶ 

func (o *RichTextLabel) GetTabSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RichTextLabel) GetText ¶ 

func (o *RichTextLabel) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*RichTextLabel) GetTotalCharacterCount ¶ 

func (o *RichTextLabel) GetTotalCharacterCount() gdnative.Int
        Returns the total number of characters from text tags. Does not include bbcodes.
	Args: [], Returns: int

func (*RichTextLabel) GetVScroll ¶ 

func (o *RichTextLabel) GetVScroll() VScrollBarImplementer
        Returns the vertical scrollbar.
	Args: [], Returns: VScrollBar

func (*RichTextLabel) GetVisibleCharacters ¶ 

func (o *RichTextLabel) GetVisibleCharacters() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RichTextLabel) GetVisibleLineCount ¶ 

func (o *RichTextLabel) GetVisibleLineCount() gdnative.Int
        Returns the number of visible lines.
	Args: [], Returns: int

func (*RichTextLabel) IsMetaUnderlined ¶ 

func (o *RichTextLabel) IsMetaUnderlined() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RichTextLabel) IsOverridingSelectedFontColor ¶ 

func (o *RichTextLabel) IsOverridingSelectedFontColor() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RichTextLabel) IsScrollActive ¶ 

func (o *RichTextLabel) IsScrollActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RichTextLabel) IsScrollFollowing ¶ 

func (o *RichTextLabel) IsScrollFollowing() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RichTextLabel) IsSelectionEnabled ¶ 

func (o *RichTextLabel) IsSelectionEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RichTextLabel) IsUsingBbcode ¶ 

func (o *RichTextLabel) IsUsingBbcode() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RichTextLabel) Newline ¶ 

func (o *RichTextLabel) Newline()
        Adds a newline tag to the tag stack.
	Args: [], Returns: void

func (*RichTextLabel) ParseBbcode ¶ 

func (o *RichTextLabel) ParseBbcode(bbcode gdnative.String) gdnative.Error
        The assignment version of [method append_bbcode]. Clears the tag stack and inserts the new content. Returns [code]OK[/code] if parses [code]bbcode[/code] successfully.
	Args: [{ false bbcode String}], Returns: enum.Error

func (*RichTextLabel) Pop ¶ 

func (o *RichTextLabel) Pop()
        Terminates the current tag. Use after [code]push_*[/code] methods to close bbcodes manually. Does not need to follow [code]add_*[/code] methods.
	Args: [], Returns: void

func (*RichTextLabel) PushAlign ¶ 

func (o *RichTextLabel) PushAlign(align gdnative.Int)
        Adds a [code][right][/code] tag to the tag stack.
	Args: [{ false align int}], Returns: void

func (*RichTextLabel) PushCell ¶ 

func (o *RichTextLabel) PushCell()
        Adds a [code][cell][/code] tag to the tag stack. Must be inside a [table] tag. See [method push_table] for details.
	Args: [], Returns: void

func (*RichTextLabel) PushColor ¶ 

func (o *RichTextLabel) PushColor(color gdnative.Color)
        Adds a [code][color][/code] tag to the tag stack.
	Args: [{ false color Color}], Returns: void

func (*RichTextLabel) PushFont ¶ 

func (o *RichTextLabel) PushFont(font FontImplementer)
        Adds a [code][font][/code] tag to the tag stack. Overrides default fonts for its duration.
	Args: [{ false font Font}], Returns: void

func (*RichTextLabel) PushIndent ¶ 

func (o *RichTextLabel) PushIndent(level gdnative.Int)
        Adds an [code][indent][/code] tag to the tag stack. Multiplies "level" by current tab_size to determine new margin length.
	Args: [{ false level int}], Returns: void

func (*RichTextLabel) PushList ¶ 

func (o *RichTextLabel) PushList(aType gdnative.Int)
        Adds a list tag to the tag stack. Similar to the bbcodes [code][ol][/code] or [code][ul][/code], but supports more list types. Not fully implemented!
	Args: [{ false type int}], Returns: void

func (*RichTextLabel) PushMeta ¶ 

func (o *RichTextLabel) PushMeta(data gdnative.Variant)
        Adds a meta tag to the tag stack. Similar to the bbcode [code][url=something]{text}[/url][/code], but supports non-[String] metadata types.
	Args: [{ false data Variant}], Returns: void

func (*RichTextLabel) PushTable ¶ 

func (o *RichTextLabel) PushTable(columns gdnative.Int)
        Adds a [code][table=columns][/code] tag to the tag stack.
	Args: [{ false columns int}], Returns: void

func (*RichTextLabel) PushUnderline ¶ 

func (o *RichTextLabel) PushUnderline()
        Adds a [code][u][/code] tag to the tag stack.
	Args: [], Returns: void

func (*RichTextLabel) RemoveLine ¶ 

func (o *RichTextLabel) RemoveLine(line gdnative.Int) gdnative.Bool
        Removes a line of content from the label. Returns [code]true[/code] if the line exists.
	Args: [{ false line int}], Returns: bool

func (*RichTextLabel) ScrollToLine ¶ 

func (o *RichTextLabel) ScrollToLine(line gdnative.Int)
        Scrolls the window's top line to match [code]line[/code].
	Args: [{ false line int}], Returns: void

func (*RichTextLabel) SetBbcode ¶ 

func (o *RichTextLabel) SetBbcode(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*RichTextLabel) SetMetaUnderline ¶ 

func (o *RichTextLabel) SetMetaUnderline(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*RichTextLabel) SetOverrideSelectedFontColor ¶ 

func (o *RichTextLabel) SetOverrideSelectedFontColor(override gdnative.Bool)
        Undocumented
	Args: [{ false override bool}], Returns: void

func (*RichTextLabel) SetPercentVisible ¶ 

func (o *RichTextLabel) SetPercentVisible(percentVisible gdnative.Real)
        Undocumented
	Args: [{ false percent_visible float}], Returns: void

func (*RichTextLabel) SetScrollActive ¶ 

func (o *RichTextLabel) SetScrollActive(active gdnative.Bool)
        Undocumented
	Args: [{ false active bool}], Returns: void

func (*RichTextLabel) SetScrollFollow ¶ 

func (o *RichTextLabel) SetScrollFollow(follow gdnative.Bool)
        Undocumented
	Args: [{ false follow bool}], Returns: void

func (*RichTextLabel) SetSelectionEnabled ¶ 

func (o *RichTextLabel) SetSelectionEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*RichTextLabel) SetTabSize ¶ 

func (o *RichTextLabel) SetTabSize(spaces gdnative.Int)
        Undocumented
	Args: [{ false spaces int}], Returns: void

func (*RichTextLabel) SetTableColumnExpand ¶ 

func (o *RichTextLabel) SetTableColumnExpand(column gdnative.Int, expand gdnative.Bool, ratio gdnative.Int)
        Edits the selected columns expansion options. If [code]expand[/code] is [code]true[/code], the column expands in proportion to its expansion ratio versus the other columns' ratios. For example, 2 columns with ratios 3 and 4 plus 70 pixels in available width would expand 30 and 40 pixels, respectively. Columns with a [code]false[/code] expand will not contribute to the total ratio.
	Args: [{ false column int} { false expand bool} { false ratio int}], Returns: void

func (*RichTextLabel) SetText ¶ 

func (o *RichTextLabel) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*RichTextLabel) SetUseBbcode ¶ 

func (o *RichTextLabel) SetUseBbcode(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*RichTextLabel) SetVisibleCharacters ¶ 

func (o *RichTextLabel) SetVisibleCharacters(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*RichTextLabel) X_GuiInput ¶ 

func (o *RichTextLabel) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*RichTextLabel) X_ScrollChanged ¶ 

func (o *RichTextLabel) X_ScrollChanged(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

type RichTextLabelAlign ¶ 

type RichTextLabelAlign int

RichTextLabelAlign is an enum for Align values. 

const (
	RichTextLabelAlignCenter RichTextLabelAlign = 1
	RichTextLabelAlignFill   RichTextLabelAlign = 3
	RichTextLabelAlignLeft   RichTextLabelAlign = 0
	RichTextLabelAlignRight  RichTextLabelAlign = 2
)

type RichTextLabelImplementer ¶ 

type RichTextLabelImplementer interface {
	ControlImplementer
	X_ScrollChanged(arg0 gdnative.Real)
	AddImage(image TextureImplementer)
	AddText(text gdnative.String)
	Clear()
	GetBbcode() gdnative.String
	GetLineCount() gdnative.Int
	GetPercentVisible() gdnative.Real
	GetTabSize() gdnative.Int
	GetText() gdnative.String
	GetTotalCharacterCount() gdnative.Int
	GetVScroll() VScrollBarImplementer
	GetVisibleCharacters() gdnative.Int
	GetVisibleLineCount() gdnative.Int
	IsMetaUnderlined() gdnative.Bool
	IsOverridingSelectedFontColor() gdnative.Bool
	IsScrollActive() gdnative.Bool
	IsScrollFollowing() gdnative.Bool
	IsSelectionEnabled() gdnative.Bool
	IsUsingBbcode() gdnative.Bool
	Newline()
	Pop()
	PushAlign(align gdnative.Int)
	PushCell()
	PushColor(color gdnative.Color)
	PushFont(font FontImplementer)
	PushIndent(level gdnative.Int)
	PushList(aType gdnative.Int)
	PushMeta(data gdnative.Variant)
	PushTable(columns gdnative.Int)
	PushUnderline()
	RemoveLine(line gdnative.Int) gdnative.Bool
	ScrollToLine(line gdnative.Int)
	SetBbcode(text gdnative.String)
	SetMetaUnderline(enable gdnative.Bool)
	SetOverrideSelectedFontColor(override gdnative.Bool)
	SetPercentVisible(percentVisible gdnative.Real)
	SetScrollActive(active gdnative.Bool)
	SetScrollFollow(follow gdnative.Bool)
	SetSelectionEnabled(enabled gdnative.Bool)
	SetTabSize(spaces gdnative.Int)
	SetTableColumnExpand(column gdnative.Int, expand gdnative.Bool, ratio gdnative.Int)
	SetText(text gdnative.String)
	SetUseBbcode(enable gdnative.Bool)
	SetVisibleCharacters(amount gdnative.Int)
}

RichTextLabelImplementer is an interface that implements the methods of the RichTextLabel class.

type RichTextLabelItemType ¶ 

type RichTextLabelItemType int

RichTextLabelItemType is an enum for ItemType values. 

const (
	RichTextLabelItemAlign     RichTextLabelItemType = 7
	RichTextLabelItemColor     RichTextLabelItemType = 5
	RichTextLabelItemFont      RichTextLabelItemType = 4
	RichTextLabelItemFrame     RichTextLabelItemType = 0
	RichTextLabelItemImage     RichTextLabelItemType = 2
	RichTextLabelItemIndent    RichTextLabelItemType = 8
	RichTextLabelItemList      RichTextLabelItemType = 9
	RichTextLabelItemMeta      RichTextLabelItemType = 11
	RichTextLabelItemNewline   RichTextLabelItemType = 3
	RichTextLabelItemTable     RichTextLabelItemType = 10
	RichTextLabelItemText      RichTextLabelItemType = 1
	RichTextLabelItemUnderline RichTextLabelItemType = 6
)

type RichTextLabelListType ¶ 

type RichTextLabelListType int

RichTextLabelListType is an enum for ListType values. 

const (
	RichTextLabelListDots    RichTextLabelListType = 2
	RichTextLabelListLetters RichTextLabelListType = 1
	RichTextLabelListNumbers RichTextLabelListType = 0
)

type RigidBody ¶ 

type RigidBody struct {
	PhysicsBody
	// contains filtered or unexported fields
}

This is the node that implements full 3D physics. This means that you do not control a RigidBody directly. Instead you can apply forces to it (gravity, impulses, etc.), and the physics simulation will calculate the resulting movement, collision, bouncing, rotating, etc. A RigidBody has 4 behavior [member mode]s: Rigid, Static, Character, and Kinematic. [b]Note:[/b] Don't change a RigidBody's position every frame or very often. Sporadic changes work fine, but physics runs at a different granularity (fixed hz) than usual rendering (process callback) and maybe even in a separate thread, so changing this from a process loop will yield strange behavior. If you need to directly affect the body's state, use [method _integrate_forces], which allows you to directly access the physics state. If you need to override the default physics behavior, you can write a custom force integration. See [member custom_integrator].

func (*RigidBody) ApplyImpulse ¶ 

func (o *RigidBody) ApplyImpulse(position gdnative.Vector3, impulse gdnative.Vector3)
        Apply a positioned impulse (which will be affected by the body mass and shape). This is the equivalent of hitting a billiard ball with a cue: a force that is applied once, and only once. Both the impulse and the position are in global coordinates, and the position is relative to the object's origin.
	Args: [{ false position Vector3} { false impulse Vector3}], Returns: void

func (*RigidBody) BaseClass ¶ 

func (o *RigidBody) BaseClass() string

func (*RigidBody) GetAngularDamp ¶ 

func (o *RigidBody) GetAngularDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) GetAngularVelocity ¶ 

func (o *RigidBody) GetAngularVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*RigidBody) GetAxisLock ¶ 

func (o *RigidBody) GetAxisLock(axis gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false axis int}], Returns: bool

func (*RigidBody) GetBounce ¶ 

func (o *RigidBody) GetBounce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) GetCollidingBodies ¶ 

func (o *RigidBody) GetCollidingBodies() gdnative.Array
        Return a list of the bodies colliding with this one. By default, number of max contacts reported is at 0 , see [method set_max_contacts_reported] to increase it. Note that the result of this test is not immediate after moving objects. For performance, list of collisions is updated once per frame and before the physics step. Consider using signals instead.
	Args: [], Returns: Array

func (*RigidBody) GetFriction ¶ 

func (o *RigidBody) GetFriction() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) GetGravityScale ¶ 

func (o *RigidBody) GetGravityScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) GetLinearDamp ¶ 

func (o *RigidBody) GetLinearDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) GetLinearVelocity ¶ 

func (o *RigidBody) GetLinearVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*RigidBody) GetMass ¶ 

func (o *RigidBody) GetMass() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) GetMaxContactsReported ¶ 

func (o *RigidBody) GetMaxContactsReported() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RigidBody) GetMode ¶ 

func (o *RigidBody) GetMode() RigidBodyMode
        Undocumented
	Args: [], Returns: enum.RigidBody::Mode

func (*RigidBody) GetWeight ¶ 

func (o *RigidBody) GetWeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody) IsAbleToSleep ¶ 

func (o *RigidBody) IsAbleToSleep() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody) IsContactMonitorEnabled ¶ 

func (o *RigidBody) IsContactMonitorEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody) IsSleeping ¶ 

func (o *RigidBody) IsSleeping() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody) IsUsingContinuousCollisionDetection ¶ 

func (o *RigidBody) IsUsingContinuousCollisionDetection() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody) IsUsingCustomIntegrator ¶ 

func (o *RigidBody) IsUsingCustomIntegrator() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody) SetAngularDamp ¶ 

func (o *RigidBody) SetAngularDamp(angularDamp gdnative.Real)
        Undocumented
	Args: [{ false angular_damp float}], Returns: void

func (*RigidBody) SetAngularVelocity ¶ 

func (o *RigidBody) SetAngularVelocity(angularVelocity gdnative.Vector3)
        Undocumented
	Args: [{ false angular_velocity Vector3}], Returns: void

func (*RigidBody) SetAxisLock ¶ 

func (o *RigidBody) SetAxisLock(axis gdnative.Int, lock gdnative.Bool)
        Undocumented
	Args: [{ false axis int} { false lock bool}], Returns: void

func (*RigidBody) SetAxisVelocity ¶ 

func (o *RigidBody) SetAxisVelocity(axisVelocity gdnative.Vector3)
        Set an axis velocity. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior.
	Args: [{ false axis_velocity Vector3}], Returns: void

func (*RigidBody) SetBounce ¶ 

func (o *RigidBody) SetBounce(bounce gdnative.Real)
        Undocumented
	Args: [{ false bounce float}], Returns: void

func (*RigidBody) SetCanSleep ¶ 

func (o *RigidBody) SetCanSleep(ableToSleep gdnative.Bool)
        Undocumented
	Args: [{ false able_to_sleep bool}], Returns: void

func (*RigidBody) SetContactMonitor ¶ 

func (o *RigidBody) SetContactMonitor(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*RigidBody) SetFriction ¶ 

func (o *RigidBody) SetFriction(friction gdnative.Real)
        Undocumented
	Args: [{ false friction float}], Returns: void

func (*RigidBody) SetGravityScale ¶ 

func (o *RigidBody) SetGravityScale(gravityScale gdnative.Real)
        Undocumented
	Args: [{ false gravity_scale float}], Returns: void

func (*RigidBody) SetLinearDamp ¶ 

func (o *RigidBody) SetLinearDamp(linearDamp gdnative.Real)
        Undocumented
	Args: [{ false linear_damp float}], Returns: void

func (*RigidBody) SetLinearVelocity ¶ 

func (o *RigidBody) SetLinearVelocity(linearVelocity gdnative.Vector3)
        Undocumented
	Args: [{ false linear_velocity Vector3}], Returns: void

func (*RigidBody) SetMass ¶ 

func (o *RigidBody) SetMass(mass gdnative.Real)
        Undocumented
	Args: [{ false mass float}], Returns: void

func (*RigidBody) SetMaxContactsReported ¶ 

func (o *RigidBody) SetMaxContactsReported(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*RigidBody) SetMode ¶ 

func (o *RigidBody) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*RigidBody) SetSleeping ¶ 

func (o *RigidBody) SetSleeping(sleeping gdnative.Bool)
        Undocumented
	Args: [{ false sleeping bool}], Returns: void

func (*RigidBody) SetUseContinuousCollisionDetection ¶ 

func (o *RigidBody) SetUseContinuousCollisionDetection(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*RigidBody) SetUseCustomIntegrator ¶ 

func (o *RigidBody) SetUseCustomIntegrator(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*RigidBody) SetWeight ¶ 

func (o *RigidBody) SetWeight(weight gdnative.Real)
        Undocumented
	Args: [{ false weight float}], Returns: void

func (*RigidBody) X_BodyEnterTree ¶ 

func (o *RigidBody) X_BodyEnterTree(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*RigidBody) X_BodyExitTree ¶ 

func (o *RigidBody) X_BodyExitTree(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*RigidBody) X_DirectStateChanged ¶ 

func (o *RigidBody) X_DirectStateChanged(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

func (*RigidBody) X_IntegrateForces ¶ 

func (o *RigidBody) X_IntegrateForces(state PhysicsDirectBodyStateImplementer)
        Called during physics processing, allowing you to read and safely modify the simulation state for the object. By default it works in addition to the usual physics behavior, but [method set_use_custom_integrator] allows you to disable the default behavior and do fully custom force integration for a body.
	Args: [{ false state PhysicsDirectBodyState}], Returns: void

type RigidBody2D ¶ 

type RigidBody2D struct {
	PhysicsBody2D
	// contains filtered or unexported fields
}

This node implements simulated 2D physics. You do not control a RigidBody2D directly. Instead you apply forces to it (gravity, impulses, etc.) and the physics simulation calculates the resulting movement based on its mass, friction, and other physical properties. A RigidBody2D has 4 behavior [member mode]s: Rigid, Static, Character, and Kinematic. [b]Note:[/b] You should not change a RigidBody2D's [code]position[/code] or [code]linear_velocity[/code] every frame or even very often. If you need to directly affect the body's state, use [method _integrate_forces], which allows you to directly access the physics state. If you need to override the default physics behavior, you can write a custom force integration. See [member custom_integrator].

func (*RigidBody2D) AddForce ¶ 

func (o *RigidBody2D) AddForce(offset gdnative.Vector2, force gdnative.Vector2)
        Adds a positioned force to the body. Both the force and the offset from the body origin are in global coordinates.
	Args: [{ false offset Vector2} { false force Vector2}], Returns: void

func (*RigidBody2D) ApplyImpulse ¶ 

func (o *RigidBody2D) ApplyImpulse(offset gdnative.Vector2, impulse gdnative.Vector2)
        Applies a positioned impulse to the body (which will be affected by the body mass and shape). This is the equivalent of hitting a billiard ball with a cue: a force that is applied instantaneously. Both the impulse and the offset from the body origin are in global coordinates.
	Args: [{ false offset Vector2} { false impulse Vector2}], Returns: void

func (*RigidBody2D) BaseClass ¶ 

func (o *RigidBody2D) BaseClass() string

func (*RigidBody2D) GetAngularDamp ¶ 

func (o *RigidBody2D) GetAngularDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetAngularVelocity ¶ 

func (o *RigidBody2D) GetAngularVelocity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetAppliedForce ¶ 

func (o *RigidBody2D) GetAppliedForce() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*RigidBody2D) GetAppliedTorque ¶ 

func (o *RigidBody2D) GetAppliedTorque() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetBounce ¶ 

func (o *RigidBody2D) GetBounce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetCollidingBodies ¶ 

func (o *RigidBody2D) GetCollidingBodies() gdnative.Array
        Returns a list of the bodies colliding with this one. Use [member contacts_reported] to set the maximum number reported. You must also set [member contact_monitor] to [code]true[/code]. Note that the result of this test is not immediate after moving objects. For performance, list of collisions is updated once per frame and before the physics step. Consider using signals instead.
	Args: [], Returns: Array

func (*RigidBody2D) GetContinuousCollisionDetectionMode ¶ 

func (o *RigidBody2D) GetContinuousCollisionDetectionMode() RigidBody2DCCDMode
        Undocumented
	Args: [], Returns: enum.RigidBody2D::CCDMode

func (*RigidBody2D) GetFriction ¶ 

func (o *RigidBody2D) GetFriction() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetGravityScale ¶ 

func (o *RigidBody2D) GetGravityScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetInertia ¶ 

func (o *RigidBody2D) GetInertia() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetLinearDamp ¶ 

func (o *RigidBody2D) GetLinearDamp() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetLinearVelocity ¶ 

func (o *RigidBody2D) GetLinearVelocity() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*RigidBody2D) GetMass ¶ 

func (o *RigidBody2D) GetMass() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) GetMaxContactsReported ¶ 

func (o *RigidBody2D) GetMaxContactsReported() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*RigidBody2D) GetMode ¶ 

func (o *RigidBody2D) GetMode() RigidBody2DMode
        Undocumented
	Args: [], Returns: enum.RigidBody2D::Mode

func (*RigidBody2D) GetWeight ¶ 

func (o *RigidBody2D) GetWeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*RigidBody2D) IsAbleToSleep ¶ 

func (o *RigidBody2D) IsAbleToSleep() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody2D) IsContactMonitorEnabled ¶ 

func (o *RigidBody2D) IsContactMonitorEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody2D) IsSleeping ¶ 

func (o *RigidBody2D) IsSleeping() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody2D) IsUsingCustomIntegrator ¶ 

func (o *RigidBody2D) IsUsingCustomIntegrator() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*RigidBody2D) SetAngularDamp ¶ 

func (o *RigidBody2D) SetAngularDamp(angularDamp gdnative.Real)
        Undocumented
	Args: [{ false angular_damp float}], Returns: void

func (*RigidBody2D) SetAngularVelocity ¶ 

func (o *RigidBody2D) SetAngularVelocity(angularVelocity gdnative.Real)
        Undocumented
	Args: [{ false angular_velocity float}], Returns: void

func (*RigidBody2D) SetAppliedForce ¶ 

func (o *RigidBody2D) SetAppliedForce(force gdnative.Vector2)
        Undocumented
	Args: [{ false force Vector2}], Returns: void

func (*RigidBody2D) SetAppliedTorque ¶ 

func (o *RigidBody2D) SetAppliedTorque(torque gdnative.Real)
        Undocumented
	Args: [{ false torque float}], Returns: void

func (*RigidBody2D) SetAxisVelocity ¶ 

func (o *RigidBody2D) SetAxisVelocity(axisVelocity gdnative.Vector2)
        Sets the body's velocity on the given axis. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior.
	Args: [{ false axis_velocity Vector2}], Returns: void

func (*RigidBody2D) SetBounce ¶ 

func (o *RigidBody2D) SetBounce(bounce gdnative.Real)
        Undocumented
	Args: [{ false bounce float}], Returns: void

func (*RigidBody2D) SetCanSleep ¶ 

func (o *RigidBody2D) SetCanSleep(ableToSleep gdnative.Bool)
        Undocumented
	Args: [{ false able_to_sleep bool}], Returns: void

func (*RigidBody2D) SetContactMonitor ¶ 

func (o *RigidBody2D) SetContactMonitor(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*RigidBody2D) SetContinuousCollisionDetectionMode ¶ 

func (o *RigidBody2D) SetContinuousCollisionDetectionMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*RigidBody2D) SetFriction ¶ 

func (o *RigidBody2D) SetFriction(friction gdnative.Real)
        Undocumented
	Args: [{ false friction float}], Returns: void

func (*RigidBody2D) SetGravityScale ¶ 

func (o *RigidBody2D) SetGravityScale(gravityScale gdnative.Real)
        Undocumented
	Args: [{ false gravity_scale float}], Returns: void

func (*RigidBody2D) SetInertia ¶ 

func (o *RigidBody2D) SetInertia(inertia gdnative.Real)
        Undocumented
	Args: [{ false inertia float}], Returns: void

func (*RigidBody2D) SetLinearDamp ¶ 

func (o *RigidBody2D) SetLinearDamp(linearDamp gdnative.Real)
        Undocumented
	Args: [{ false linear_damp float}], Returns: void

func (*RigidBody2D) SetLinearVelocity ¶ 

func (o *RigidBody2D) SetLinearVelocity(linearVelocity gdnative.Vector2)
        Undocumented
	Args: [{ false linear_velocity Vector2}], Returns: void

func (*RigidBody2D) SetMass ¶ 

func (o *RigidBody2D) SetMass(mass gdnative.Real)
        Undocumented
	Args: [{ false mass float}], Returns: void

func (*RigidBody2D) SetMaxContactsReported ¶ 

func (o *RigidBody2D) SetMaxContactsReported(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*RigidBody2D) SetMode ¶ 

func (o *RigidBody2D) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*RigidBody2D) SetSleeping ¶ 

func (o *RigidBody2D) SetSleeping(sleeping gdnative.Bool)
        Undocumented
	Args: [{ false sleeping bool}], Returns: void

func (*RigidBody2D) SetUseCustomIntegrator ¶ 

func (o *RigidBody2D) SetUseCustomIntegrator(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*RigidBody2D) SetWeight ¶ 

func (o *RigidBody2D) SetWeight(weight gdnative.Real)
        Undocumented
	Args: [{ false weight float}], Returns: void

func (*RigidBody2D) TestMotion ¶ 

func (o *RigidBody2D) TestMotion(motion gdnative.Vector2, margin gdnative.Real, result Physics2DTestMotionResultImplementer) gdnative.Bool
        Returns [code]true[/code] if a collision would result from moving in the given vector. [code]margin[/code] increases the size of the shapes involved in the collision detection, and [code]result[/code] is an object of type [Physics2DTestMotionResult], which contains additional information about the collision (should there be one).
	Args: [{ false motion Vector2} {0.08 true margin float} {Null true result Physics2DTestMotionResult}], Returns: bool

func (*RigidBody2D) X_BodyEnterTree ¶ 

func (o *RigidBody2D) X_BodyEnterTree(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*RigidBody2D) X_BodyExitTree ¶ 

func (o *RigidBody2D) X_BodyExitTree(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*RigidBody2D) X_DirectStateChanged ¶ 

func (o *RigidBody2D) X_DirectStateChanged(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

func (*RigidBody2D) X_IntegrateForces ¶ 

func (o *RigidBody2D) X_IntegrateForces(state Physics2DDirectBodyStateImplementer)
        Allows you to read and safely modify the simulation state for the object. Use this instead of [Node._physics_process] if you need to directly change the body's [code]position[/code] or other physics properties. By default it works in addition to the usual physics behavior, but [member custom_integrator] allows you to disable the default behavior and write custom force integration for a body.
	Args: [{ false state Physics2DDirectBodyState}], Returns: void

type RigidBody2DCCDMode ¶ 

type RigidBody2DCCDMode int

RigidBody2DCCDMode is an enum for CCDMode values. 

const (
	RigidBody2DCcdModeCastRay   RigidBody2DCCDMode = 1
	RigidBody2DCcdModeCastShape RigidBody2DCCDMode = 2
	RigidBody2DCcdModeDisabled  RigidBody2DCCDMode = 0
)

type RigidBody2DImplementer ¶ 

type RigidBody2DImplementer interface {
	PhysicsBody2DImplementer
	X_BodyEnterTree(arg0 gdnative.Int)
	X_BodyExitTree(arg0 gdnative.Int)
	X_DirectStateChanged(arg0 ObjectImplementer)
	X_IntegrateForces(state Physics2DDirectBodyStateImplementer)
	AddForce(offset gdnative.Vector2, force gdnative.Vector2)
	ApplyImpulse(offset gdnative.Vector2, impulse gdnative.Vector2)
	GetAngularDamp() gdnative.Real
	GetAngularVelocity() gdnative.Real
	GetAppliedForce() gdnative.Vector2
	GetAppliedTorque() gdnative.Real
	GetBounce() gdnative.Real
	GetCollidingBodies() gdnative.Array
	GetFriction() gdnative.Real
	GetGravityScale() gdnative.Real
	GetInertia() gdnative.Real
	GetLinearDamp() gdnative.Real
	GetLinearVelocity() gdnative.Vector2
	GetMass() gdnative.Real
	GetMaxContactsReported() gdnative.Int
	GetWeight() gdnative.Real
	IsAbleToSleep() gdnative.Bool
	IsContactMonitorEnabled() gdnative.Bool
	IsSleeping() gdnative.Bool
	IsUsingCustomIntegrator() gdnative.Bool
	SetAngularDamp(angularDamp gdnative.Real)
	SetAngularVelocity(angularVelocity gdnative.Real)
	SetAppliedForce(force gdnative.Vector2)
	SetAppliedTorque(torque gdnative.Real)
	SetAxisVelocity(axisVelocity gdnative.Vector2)
	SetBounce(bounce gdnative.Real)
	SetCanSleep(ableToSleep gdnative.Bool)
	SetContactMonitor(enabled gdnative.Bool)
	SetContinuousCollisionDetectionMode(mode gdnative.Int)
	SetFriction(friction gdnative.Real)
	SetGravityScale(gravityScale gdnative.Real)
	SetInertia(inertia gdnative.Real)
	SetLinearDamp(linearDamp gdnative.Real)
	SetLinearVelocity(linearVelocity gdnative.Vector2)
	SetMass(mass gdnative.Real)
	SetMaxContactsReported(amount gdnative.Int)
	SetMode(mode gdnative.Int)
	SetSleeping(sleeping gdnative.Bool)
	SetUseCustomIntegrator(enable gdnative.Bool)
	SetWeight(weight gdnative.Real)
	TestMotion(motion gdnative.Vector2, margin gdnative.Real, result Physics2DTestMotionResultImplementer) gdnative.Bool
}

RigidBody2DImplementer is an interface that implements the methods of the RigidBody2D class.

type RigidBody2DMode ¶ 

type RigidBody2DMode int

RigidBody2DMode is an enum for Mode values. 

const (
	RigidBody2DModeCharacter RigidBody2DMode = 2
	RigidBody2DModeKinematic RigidBody2DMode = 3
	RigidBody2DModeRigid     RigidBody2DMode = 0
	RigidBody2DModeStatic    RigidBody2DMode = 1
)

type RigidBodyImplementer ¶ 

type RigidBodyImplementer interface {
	PhysicsBodyImplementer
	X_BodyEnterTree(arg0 gdnative.Int)
	X_BodyExitTree(arg0 gdnative.Int)
	X_DirectStateChanged(arg0 ObjectImplementer)
	X_IntegrateForces(state PhysicsDirectBodyStateImplementer)
	ApplyImpulse(position gdnative.Vector3, impulse gdnative.Vector3)
	GetAngularDamp() gdnative.Real
	GetAngularVelocity() gdnative.Vector3
	GetAxisLock(axis gdnative.Int) gdnative.Bool
	GetBounce() gdnative.Real
	GetCollidingBodies() gdnative.Array
	GetFriction() gdnative.Real
	GetGravityScale() gdnative.Real
	GetLinearDamp() gdnative.Real
	GetLinearVelocity() gdnative.Vector3
	GetMass() gdnative.Real
	GetMaxContactsReported() gdnative.Int
	GetWeight() gdnative.Real
	IsAbleToSleep() gdnative.Bool
	IsContactMonitorEnabled() gdnative.Bool
	IsSleeping() gdnative.Bool
	IsUsingContinuousCollisionDetection() gdnative.Bool
	IsUsingCustomIntegrator() gdnative.Bool
	SetAngularDamp(angularDamp gdnative.Real)
	SetAngularVelocity(angularVelocity gdnative.Vector3)
	SetAxisLock(axis gdnative.Int, lock gdnative.Bool)
	SetAxisVelocity(axisVelocity gdnative.Vector3)
	SetBounce(bounce gdnative.Real)
	SetCanSleep(ableToSleep gdnative.Bool)
	SetContactMonitor(enabled gdnative.Bool)
	SetFriction(friction gdnative.Real)
	SetGravityScale(gravityScale gdnative.Real)
	SetLinearDamp(linearDamp gdnative.Real)
	SetLinearVelocity(linearVelocity gdnative.Vector3)
	SetMass(mass gdnative.Real)
	SetMaxContactsReported(amount gdnative.Int)
	SetMode(mode gdnative.Int)
	SetSleeping(sleeping gdnative.Bool)
	SetUseContinuousCollisionDetection(enable gdnative.Bool)
	SetUseCustomIntegrator(enable gdnative.Bool)
	SetWeight(weight gdnative.Real)
}

RigidBodyImplementer is an interface that implements the methods of the RigidBody class.

type RigidBodyMode ¶ 

type RigidBodyMode int

RigidBodyMode is an enum for Mode values. 

const (
	RigidBodyModeCharacter RigidBodyMode = 2
	RigidBodyModeKinematic RigidBodyMode = 3
	RigidBodyModeRigid     RigidBodyMode = 0
	RigidBodyModeStatic    RigidBodyMode = 1
)

type SceneState ¶ 

type SceneState struct {
	Reference
	// contains filtered or unexported fields
}

Maintains a list of resources, nodes, exported and overridden properties, and built-in scripts associated with a scene.

func (*SceneState) BaseClass ¶ 

func (o *SceneState) BaseClass() string

func (*SceneState) GetConnectionBinds ¶ 

func (o *SceneState) GetConnectionBinds(idx gdnative.Int) gdnative.Array
        Returns the list of bound parameters for the signal at [code]idx[/code].
	Args: [{ false idx int}], Returns: Array

func (*SceneState) GetConnectionCount ¶ 

func (o *SceneState) GetConnectionCount() gdnative.Int
        Returns the number of signal connections in the scene.
	Args: [], Returns: int

func (*SceneState) GetConnectionFlags ¶ 

func (o *SceneState) GetConnectionFlags(idx gdnative.Int) gdnative.Int
        Returns the flags for the signal at [code]idx[/code]. See [Object]'s [code]CONNECT_*[/code] flags.
	Args: [{ false idx int}], Returns: int

func (*SceneState) GetConnectionMethod ¶ 

func (o *SceneState) GetConnectionMethod(idx gdnative.Int) gdnative.String
        Returns the method connected to the signal at [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*SceneState) GetConnectionSignal ¶ 

func (o *SceneState) GetConnectionSignal(idx gdnative.Int) gdnative.String
        Returns the name of the signal at [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*SceneState) GetConnectionSource ¶ 

func (o *SceneState) GetConnectionSource(idx gdnative.Int) gdnative.NodePath
        Returns the path to the node that owns the signal at [code]idx[/code], relative to the root node.
	Args: [{ false idx int}], Returns: NodePath

func (*SceneState) GetConnectionTarget ¶ 

func (o *SceneState) GetConnectionTarget(idx gdnative.Int) gdnative.NodePath
        Returns the path to the node that owns the method connected to the signal at [code]idx[/code], relative to the root node.
	Args: [{ false idx int}], Returns: NodePath

func (*SceneState) GetNodeCount ¶ 

func (o *SceneState) GetNodeCount() gdnative.Int
        Returns the number of nodes in the scene.
	Args: [], Returns: int

func (*SceneState) GetNodeGroups ¶ 

func (o *SceneState) GetNodeGroups(idx gdnative.Int) gdnative.PoolStringArray
        Returns the list of group names associated with the node at [code]idx[/code].
	Args: [{ false idx int}], Returns: PoolStringArray

func (*SceneState) GetNodeIndex ¶ 

func (o *SceneState) GetNodeIndex(idx gdnative.Int) gdnative.Int

Args: [{ false idx int}], Returns: int

func (*SceneState) GetNodeInstance ¶ 

func (o *SceneState) GetNodeInstance(idx gdnative.Int) PackedSceneImplementer
        Returns the scene for the node at [code]idx[/code] or [code]null[/code] if the node is not an instance.
	Args: [{ false idx int}], Returns: PackedScene

func (*SceneState) GetNodeInstancePlaceholder ¶ 

func (o *SceneState) GetNodeInstancePlaceholder(idx gdnative.Int) gdnative.String
        Returns the path to the represented scene file if the node at [code]idx[/code] is an [InstancePlaceholder].
	Args: [{ false idx int}], Returns: String

func (*SceneState) GetNodeName ¶ 

func (o *SceneState) GetNodeName(idx gdnative.Int) gdnative.String
        Returns the name of the node at [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*SceneState) GetNodeOwnerPath ¶ 

func (o *SceneState) GetNodeOwnerPath(idx gdnative.Int) gdnative.NodePath
        Returns the path to the owner of the node at [code]idx[/code], relative to the root node.
	Args: [{ false idx int}], Returns: NodePath

func (*SceneState) GetNodePath ¶ 

func (o *SceneState) GetNodePath(idx gdnative.Int, forParent gdnative.Bool) gdnative.NodePath
        Returns the path to the node at [code]idx[/code].
	Args: [{ false idx int} {False true for_parent bool}], Returns: NodePath

func (*SceneState) GetNodePropertyCount ¶ 

func (o *SceneState) GetNodePropertyCount(idx gdnative.Int) gdnative.Int
        Returns the number of exported or overridden properties for the node at [code]idx[/code].
	Args: [{ false idx int}], Returns: int

func (*SceneState) GetNodePropertyName ¶ 

func (o *SceneState) GetNodePropertyName(idx gdnative.Int, propIdx gdnative.Int) gdnative.String
        Returns the name of the property at [code]prop_idx[/code] for the node at [code]idx[/code].
	Args: [{ false idx int} { false prop_idx int}], Returns: String

func (*SceneState) GetNodePropertyValue ¶ 

func (o *SceneState) GetNodePropertyValue(idx gdnative.Int, propIdx gdnative.Int) gdnative.Variant
        Returns the value of the property at [code]prop_idx[/code] for the node at [code]idx[/code].
	Args: [{ false idx int} { false prop_idx int}], Returns: Variant

func (*SceneState) GetNodeType ¶ 

func (o *SceneState) GetNodeType(idx gdnative.Int) gdnative.String
        Returns the type of the node at [code]idx[/code].
	Args: [{ false idx int}], Returns: String

func (*SceneState) IsNodeInstancePlaceholder ¶ 

func (o *SceneState) IsNodeInstancePlaceholder(idx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the node at [code]idx[/code] is an [InstancePlaceholder].
	Args: [{ false idx int}], Returns: bool

type SceneStateGenEditState ¶ 

type SceneStateGenEditState int

SceneStateGenEditState is an enum for GenEditState values. 

const (
	SceneStateGenEditStateDisabled SceneStateGenEditState = 0
	SceneStateGenEditStateInstance SceneStateGenEditState = 1
	SceneStateGenEditStateMain     SceneStateGenEditState = 2
)

type SceneStateImplementer ¶ 

type SceneStateImplementer interface {
	ReferenceImplementer
	GetConnectionBinds(idx gdnative.Int) gdnative.Array
	GetConnectionCount() gdnative.Int
	GetConnectionFlags(idx gdnative.Int) gdnative.Int
	GetConnectionMethod(idx gdnative.Int) gdnative.String
	GetConnectionSignal(idx gdnative.Int) gdnative.String
	GetConnectionSource(idx gdnative.Int) gdnative.NodePath
	GetConnectionTarget(idx gdnative.Int) gdnative.NodePath
	GetNodeCount() gdnative.Int
	GetNodeGroups(idx gdnative.Int) gdnative.PoolStringArray
	GetNodeIndex(idx gdnative.Int) gdnative.Int
	GetNodeInstance(idx gdnative.Int) PackedSceneImplementer
	GetNodeInstancePlaceholder(idx gdnative.Int) gdnative.String
	GetNodeName(idx gdnative.Int) gdnative.String
	GetNodeOwnerPath(idx gdnative.Int) gdnative.NodePath
	GetNodePath(idx gdnative.Int, forParent gdnative.Bool) gdnative.NodePath
	GetNodePropertyCount(idx gdnative.Int) gdnative.Int
	GetNodePropertyName(idx gdnative.Int, propIdx gdnative.Int) gdnative.String
	GetNodePropertyValue(idx gdnative.Int, propIdx gdnative.Int) gdnative.Variant
	GetNodeType(idx gdnative.Int) gdnative.String
	IsNodeInstancePlaceholder(idx gdnative.Int) gdnative.Bool
}

SceneStateImplementer is an interface that implements the methods of the SceneState class.

type SceneTree ¶ 

type SceneTree struct {
	MainLoop
	// contains filtered or unexported fields
}

func (*SceneTree) BaseClass ¶ 

func (o *SceneTree) BaseClass() string

func (*SceneTree) CallGroup ¶ 

func (o *SceneTree) CallGroup(group gdnative.String, method gdnative.String) gdnative.Variant

Args: [{ false group String} { false method String}], Returns: Variant

func (*SceneTree) CallGroupFlags ¶ 

func (o *SceneTree) CallGroupFlags(flags gdnative.Int, group gdnative.String, method gdnative.String) gdnative.Variant

Args: [{ false flags int} { false group String} { false method String}], Returns: Variant

func (*SceneTree) ChangeScene ¶ 

func (o *SceneTree) ChangeScene(path gdnative.String) gdnative.Error

Args: [{ false path String}], Returns: enum.Error

func (*SceneTree) ChangeSceneTo ¶ 

func (o *SceneTree) ChangeSceneTo(packedScene PackedSceneImplementer) gdnative.Error

Args: [{ false packed_scene PackedScene}], Returns: enum.Error

func (*SceneTree) CreateTimer ¶ 

func (o *SceneTree) CreateTimer(timeSec gdnative.Real, pauseModeProcess gdnative.Bool) SceneTreeTimerImplementer

Args: [{ false time_sec float} {True true pause_mode_process bool}], Returns: SceneTreeTimer

func (*SceneTree) GetCurrentScene ¶ 

func (o *SceneTree) GetCurrentScene() NodeImplementer
        Undocumented
	Args: [], Returns: Node

func (*SceneTree) GetEditedSceneRoot ¶ 

func (o *SceneTree) GetEditedSceneRoot() NodeImplementer
        Undocumented
	Args: [], Returns: Node

func (*SceneTree) GetFrame ¶ 

func (o *SceneTree) GetFrame() gdnative.Int

Args: [], Returns: int

func (*SceneTree) GetNetworkConnectedPeers ¶ 

func (o *SceneTree) GetNetworkConnectedPeers() gdnative.PoolIntArray

Args: [], Returns: PoolIntArray

func (*SceneTree) GetNetworkPeer ¶ 

func (o *SceneTree) GetNetworkPeer() NetworkedMultiplayerPeerImplementer
        Undocumented
	Args: [], Returns: NetworkedMultiplayerPeer

func (*SceneTree) GetNetworkUniqueId ¶ 

func (o *SceneTree) GetNetworkUniqueId() gdnative.Int

Args: [], Returns: int

func (*SceneTree) GetNodeCount ¶ 

func (o *SceneTree) GetNodeCount() gdnative.Int

Args: [], Returns: int

func (*SceneTree) GetNodesInGroup ¶ 

func (o *SceneTree) GetNodesInGroup(group gdnative.String) gdnative.Array

Args: [{ false group String}], Returns: Array

func (*SceneTree) GetRoot ¶ 

func (o *SceneTree) GetRoot() ViewportImplementer
        Undocumented
	Args: [], Returns: Viewport

func (*SceneTree) GetRpcSenderId ¶ 

func (o *SceneTree) GetRpcSenderId() gdnative.Int

Args: [], Returns: int

func (*SceneTree) HasGroup ¶ 

func (o *SceneTree) HasGroup(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*SceneTree) HasNetworkPeer ¶ 

func (o *SceneTree) HasNetworkPeer() gdnative.Bool
        Returns true if there is a [NetworkedMultiplayerPeer] set (with [method SceneTree.set_network_peer]).
	Args: [], Returns: bool

func (*SceneTree) IsDebuggingCollisionsHint ¶ 

func (o *SceneTree) IsDebuggingCollisionsHint() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SceneTree) IsDebuggingNavigationHint ¶ 

func (o *SceneTree) IsDebuggingNavigationHint() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SceneTree) IsInputHandled ¶ 

func (o *SceneTree) IsInputHandled() gdnative.Bool

Args: [], Returns: bool

func (*SceneTree) IsNetworkServer ¶ 

func (o *SceneTree) IsNetworkServer() gdnative.Bool
        Returns true if this SceneTree's [NetworkedMultiplayerPeer] is in server mode (listening for connections).
	Args: [], Returns: bool

func (*SceneTree) IsPaused ¶ 

func (o *SceneTree) IsPaused() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SceneTree) IsRefusingNewNetworkConnections ¶ 

func (o *SceneTree) IsRefusingNewNetworkConnections() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SceneTree) IsUsingFontOversampling ¶ 

func (o *SceneTree) IsUsingFontOversampling() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SceneTree) NotifyGroup ¶ 

func (o *SceneTree) NotifyGroup(group gdnative.String, notification gdnative.Int)

Args: [{ false group String} { false notification int}], Returns: void

func (*SceneTree) NotifyGroupFlags ¶ 

func (o *SceneTree) NotifyGroupFlags(callFlags gdnative.Int, group gdnative.String, notification gdnative.Int)

Args: [{ false call_flags int} { false group String} { false notification int}], Returns: void

func (*SceneTree) QueueDelete ¶ 

func (o *SceneTree) QueueDelete(obj ObjectImplementer)

Args: [{ false obj Object}], Returns: void

func (*SceneTree) Quit ¶ 

func (o *SceneTree) Quit()

Args: [], Returns: void

func (*SceneTree) ReloadCurrentScene ¶ 

func (o *SceneTree) ReloadCurrentScene() gdnative.Error

Args: [], Returns: enum.Error

func (*SceneTree) SetAutoAcceptQuit ¶ 

func (o *SceneTree) SetAutoAcceptQuit(enabled gdnative.Bool)

Args: [{ false enabled bool}], Returns: void

func (*SceneTree) SetCurrentScene ¶ 

func (o *SceneTree) SetCurrentScene(childNode ObjectImplementer)
        Undocumented
	Args: [{ false child_node Object}], Returns: void

func (*SceneTree) SetDebugCollisionsHint ¶ 

func (o *SceneTree) SetDebugCollisionsHint(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SceneTree) SetDebugNavigationHint ¶ 

func (o *SceneTree) SetDebugNavigationHint(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SceneTree) SetEditedSceneRoot ¶ 

func (o *SceneTree) SetEditedSceneRoot(scene ObjectImplementer)
        Undocumented
	Args: [{ false scene Object}], Returns: void

func (*SceneTree) SetGroup ¶ 

func (o *SceneTree) SetGroup(group gdnative.String, property gdnative.String, value gdnative.Variant)

Args: [{ false group String} { false property String} { false value Variant}], Returns: void

func (*SceneTree) SetGroupFlags ¶ 

func (o *SceneTree) SetGroupFlags(callFlags gdnative.Int, group gdnative.String, property gdnative.String, value gdnative.Variant)

Args: [{ false call_flags int} { false group String} { false property String} { false value Variant}], Returns: void

func (*SceneTree) SetInputAsHandled ¶ 

func (o *SceneTree) SetInputAsHandled()

Args: [], Returns: void

func (*SceneTree) SetNetworkPeer ¶ 

func (o *SceneTree) SetNetworkPeer(peer NetworkedMultiplayerPeerImplementer)
        Undocumented
	Args: [{ false peer NetworkedMultiplayerPeer}], Returns: void

func (*SceneTree) SetPause ¶ 

func (o *SceneTree) SetPause(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SceneTree) SetQuitOnGoBack ¶ 

func (o *SceneTree) SetQuitOnGoBack(enabled gdnative.Bool)

Args: [{ false enabled bool}], Returns: void

func (*SceneTree) SetRefuseNewNetworkConnections ¶ 

func (o *SceneTree) SetRefuseNewNetworkConnections(refuse gdnative.Bool)
        Undocumented
	Args: [{ false refuse bool}], Returns: void

func (*SceneTree) SetScreenStretch ¶ 

func (o *SceneTree) SetScreenStretch(mode gdnative.Int, aspect gdnative.Int, minsize gdnative.Vector2, shrink gdnative.Real)

Args: [{ false mode int} { false aspect int} { false minsize Vector2} {1 true shrink float}], Returns: void

func (*SceneTree) SetUseFontOversampling ¶ 

func (o *SceneTree) SetUseFontOversampling(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SceneTree) X_ChangeScene ¶ 

func (o *SceneTree) X_ChangeScene(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

func (*SceneTree) X_ConnectedToServer ¶ 

func (o *SceneTree) X_ConnectedToServer()
        Undocumented
	Args: [], Returns: void

func (*SceneTree) X_ConnectionFailed ¶ 

func (o *SceneTree) X_ConnectionFailed()
        Undocumented
	Args: [], Returns: void

func (*SceneTree) X_NetworkPeerConnected ¶ 

func (o *SceneTree) X_NetworkPeerConnected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*SceneTree) X_NetworkPeerDisconnected ¶ 

func (o *SceneTree) X_NetworkPeerDisconnected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*SceneTree) X_ServerDisconnected ¶ 

func (o *SceneTree) X_ServerDisconnected()
        Undocumented
	Args: [], Returns: void

type SceneTreeGroupCallFlags ¶ 

type SceneTreeGroupCallFlags int

SceneTreeGroupCallFlags is an enum for GroupCallFlags values. 

const (
	SceneTreeGroupCallDefault  SceneTreeGroupCallFlags = 0
	SceneTreeGroupCallRealtime SceneTreeGroupCallFlags = 2
	SceneTreeGroupCallReverse  SceneTreeGroupCallFlags = 1
	SceneTreeGroupCallUnique   SceneTreeGroupCallFlags = 4
)

type SceneTreeImplementer ¶ 

type SceneTreeImplementer interface {
	MainLoopImplementer
	X_ChangeScene(arg0 ObjectImplementer)
	X_ConnectedToServer()
	X_ConnectionFailed()
	X_NetworkPeerConnected(arg0 gdnative.Int)
	X_NetworkPeerDisconnected(arg0 gdnative.Int)
	X_ServerDisconnected()
	CallGroup(group gdnative.String, method gdnative.String) gdnative.Variant
	CallGroupFlags(flags gdnative.Int, group gdnative.String, method gdnative.String) gdnative.Variant
	CreateTimer(timeSec gdnative.Real, pauseModeProcess gdnative.Bool) SceneTreeTimerImplementer
	GetCurrentScene() NodeImplementer
	GetEditedSceneRoot() NodeImplementer
	GetFrame() gdnative.Int
	GetNetworkConnectedPeers() gdnative.PoolIntArray
	GetNetworkPeer() NetworkedMultiplayerPeerImplementer
	GetNetworkUniqueId() gdnative.Int
	GetNodeCount() gdnative.Int
	GetNodesInGroup(group gdnative.String) gdnative.Array
	GetRoot() ViewportImplementer
	GetRpcSenderId() gdnative.Int
	HasGroup(name gdnative.String) gdnative.Bool
	HasNetworkPeer() gdnative.Bool
	IsDebuggingCollisionsHint() gdnative.Bool
	IsDebuggingNavigationHint() gdnative.Bool
	IsInputHandled() gdnative.Bool
	IsNetworkServer() gdnative.Bool
	IsPaused() gdnative.Bool
	IsRefusingNewNetworkConnections() gdnative.Bool
	IsUsingFontOversampling() gdnative.Bool
	NotifyGroup(group gdnative.String, notification gdnative.Int)
	NotifyGroupFlags(callFlags gdnative.Int, group gdnative.String, notification gdnative.Int)
	QueueDelete(obj ObjectImplementer)
	Quit()
	SetAutoAcceptQuit(enabled gdnative.Bool)
	SetCurrentScene(childNode ObjectImplementer)
	SetDebugCollisionsHint(enable gdnative.Bool)
	SetDebugNavigationHint(enable gdnative.Bool)
	SetEditedSceneRoot(scene ObjectImplementer)
	SetGroup(group gdnative.String, property gdnative.String, value gdnative.Variant)
	SetGroupFlags(callFlags gdnative.Int, group gdnative.String, property gdnative.String, value gdnative.Variant)
	SetInputAsHandled()
	SetNetworkPeer(peer NetworkedMultiplayerPeerImplementer)
	SetPause(enable gdnative.Bool)
	SetQuitOnGoBack(enabled gdnative.Bool)
	SetRefuseNewNetworkConnections(refuse gdnative.Bool)
	SetScreenStretch(mode gdnative.Int, aspect gdnative.Int, minsize gdnative.Vector2, shrink gdnative.Real)
	SetUseFontOversampling(enable gdnative.Bool)
}

SceneTreeImplementer is an interface that implements the methods of the SceneTree class.

type SceneTreeStretchAspect ¶ 

type SceneTreeStretchAspect int

SceneTreeStretchAspect is an enum for StretchAspect values. 

const (
	SceneTreeStretchAspectExpand     SceneTreeStretchAspect = 4
	SceneTreeStretchAspectIgnore     SceneTreeStretchAspect = 0
	SceneTreeStretchAspectKeep       SceneTreeStretchAspect = 1
	SceneTreeStretchAspectKeepHeight SceneTreeStretchAspect = 3
	SceneTreeStretchAspectKeepWidth  SceneTreeStretchAspect = 2
)

type SceneTreeStretchMode ¶ 

type SceneTreeStretchMode int

SceneTreeStretchMode is an enum for StretchMode values. 

const (
	SceneTreeStretchMode2D       SceneTreeStretchMode = 1
	SceneTreeStretchModeDisabled SceneTreeStretchMode = 0
	SceneTreeStretchModeViewport SceneTreeStretchMode = 2
)

type SceneTreeTimer ¶ 

type SceneTreeTimer struct {
	Reference
	// contains filtered or unexported fields
}

func (*SceneTreeTimer) BaseClass ¶ 

func (o *SceneTreeTimer) BaseClass() string

func (*SceneTreeTimer) GetTimeLeft ¶ 

func (o *SceneTreeTimer) GetTimeLeft() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SceneTreeTimer) SetTimeLeft ¶ 

func (o *SceneTreeTimer) SetTimeLeft(time gdnative.Real)
        Undocumented
	Args: [{ false time float}], Returns: void

type SceneTreeTimerImplementer ¶ 

type SceneTreeTimerImplementer interface {
	ReferenceImplementer
	GetTimeLeft() gdnative.Real
	SetTimeLeft(time gdnative.Real)
}

SceneTreeTimerImplementer is an interface that implements the methods of the SceneTreeTimer class.

type Script ¶ 

type Script struct {
	Resource
	// contains filtered or unexported fields
}

A class stored as a resource. The script exends the functionality of all objects that instance it. The 'new' method of a script subclass creates a new instance. [method Object.set_script] extends an existing object, if that object's class matches one of the script's base classes.

func (*Script) BaseClass ¶ 

func (o *Script) BaseClass() string

func (*Script) CanInstance ¶ 

func (o *Script) CanInstance() gdnative.Bool
        Returns true if the script can be instanced.
	Args: [], Returns: bool

func (*Script) GetBaseScript ¶ 

func (o *Script) GetBaseScript() ScriptImplementer

Args: [], Returns: Script

func (*Script) GetInstanceBaseType ¶ 

func (o *Script) GetInstanceBaseType() gdnative.String

Args: [], Returns: String

func (*Script) GetSourceCode ¶ 

func (o *Script) GetSourceCode() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Script) HasScriptSignal ¶ 

func (o *Script) HasScriptSignal(signalName gdnative.String) gdnative.Bool
        Returns true if the script, or a base class, defines a signal with the given name.
	Args: [{ false signal_name String}], Returns: bool

func (*Script) HasSourceCode ¶ 

func (o *Script) HasSourceCode() gdnative.Bool
        Returns true if the script contains non-empty source code.
	Args: [], Returns: bool

func (*Script) InstanceHas ¶ 

func (o *Script) InstanceHas(baseObject ObjectImplementer) gdnative.Bool
        Returns true if 'base_object' is an instance of this script.
	Args: [{ false base_object Object}], Returns: bool

func (*Script) IsTool ¶ 

func (o *Script) IsTool() gdnative.Bool
        Returns true if the script is a tool script. A tool script can run in the editor.
	Args: [], Returns: bool

func (*Script) Reload ¶ 

func (o *Script) Reload(keepState gdnative.Bool) gdnative.Error
        Reloads the script's class implementation. Returns an error code.
	Args: [{False true keep_state bool}], Returns: enum.Error

func (*Script) SetSourceCode ¶ 

func (o *Script) SetSourceCode(source gdnative.String)
        Undocumented
	Args: [{ false source String}], Returns: void

type ScriptEditor ¶ 

type ScriptEditor struct {
	PanelContainer
	// contains filtered or unexported fields
}

func (*ScriptEditor) BaseClass ¶ 

func (o *ScriptEditor) BaseClass() string

func (*ScriptEditor) CanDropDataFw ¶ 

func (o *ScriptEditor) CanDropDataFw(point gdnative.Vector2, data gdnative.Variant, from ObjectImplementer) gdnative.Bool

Args: [{ false point Vector2} { false data Variant} { false from Object}], Returns: bool

func (*ScriptEditor) DropDataFw ¶ 

func (o *ScriptEditor) DropDataFw(point gdnative.Vector2, data gdnative.Variant, from ObjectImplementer)

Args: [{ false point Vector2} { false data Variant} { false from Object}], Returns: void

func (*ScriptEditor) GetCurrentScript ¶ 

func (o *ScriptEditor) GetCurrentScript() ScriptImplementer
        Returns a [Script] that is currently active in editor.
	Args: [], Returns: Script

func (*ScriptEditor) GetDragDataFw ¶ 

func (o *ScriptEditor) GetDragDataFw(point gdnative.Vector2, from ObjectImplementer) gdnative.Variant

Args: [{ false point Vector2} { false from Object}], Returns: Variant

func (*ScriptEditor) GetOpenScripts ¶ 

func (o *ScriptEditor) GetOpenScripts() gdnative.Array
        Returns an array with all [Script] objects which are currently open in editor.
	Args: [], Returns: Array

func (*ScriptEditor) OpenScriptCreateDialog ¶ 

func (o *ScriptEditor) OpenScriptCreateDialog(baseName gdnative.String, basePath gdnative.String)

Args: [{ false base_name String} { false base_path String}], Returns: void

func (*ScriptEditor) X_AddCallback ¶ 

func (o *ScriptEditor) X_AddCallback(arg0 ObjectImplementer, arg1 gdnative.String, arg2 gdnative.PoolStringArray)
        Undocumented
	Args: [{ false arg0 Object} { false arg1 String} { false arg2 PoolStringArray}], Returns: void

func (*ScriptEditor) X_AutosaveScripts ¶ 

func (o *ScriptEditor) X_AutosaveScripts()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_Breaked ¶ 

func (o *ScriptEditor) X_Breaked(arg0 gdnative.Bool, arg1 gdnative.Bool)
        Undocumented
	Args: [{ false arg0 bool} { false arg1 bool}], Returns: void

func (*ScriptEditor) X_CloseAllTabs ¶ 

func (o *ScriptEditor) X_CloseAllTabs()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_CloseCurrentTab ¶ 

func (o *ScriptEditor) X_CloseCurrentTab()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_CloseDiscardCurrentTab ¶ 

func (o *ScriptEditor) X_CloseDiscardCurrentTab(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_CloseDocsTab ¶ 

func (o *ScriptEditor) X_CloseDocsTab()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_CloseOtherTabs ¶ 

func (o *ScriptEditor) X_CloseOtherTabs()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_CopyScriptPath ¶ 

func (o *ScriptEditor) X_CopyScriptPath()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_EditorPause ¶ 

func (o *ScriptEditor) X_EditorPause()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_EditorPlay ¶ 

func (o *ScriptEditor) X_EditorPlay()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_EditorSettingsChanged ¶ 

func (o *ScriptEditor) X_EditorSettingsChanged()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_EditorStop ¶ 

func (o *ScriptEditor) X_EditorStop()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_FileDialogAction ¶ 

func (o *ScriptEditor) X_FileDialogAction(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_GetDebugTooltip ¶ 

func (o *ScriptEditor) X_GetDebugTooltip(arg0 gdnative.String, arg1 ObjectImplementer) gdnative.String
        Undocumented
	Args: [{ false arg0 String} { false arg1 Object}], Returns: String

func (*ScriptEditor) X_GotoScriptLine ¶ 

func (o *ScriptEditor) X_GotoScriptLine(arg0 ReferenceImplementer, arg1 gdnative.Int)
        Undocumented
	Args: [{ false arg0 Reference} { false arg1 int}], Returns: void

func (*ScriptEditor) X_GotoScriptLine2 ¶ 

func (o *ScriptEditor) X_GotoScriptLine2(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_HelpClassGoto ¶ 

func (o *ScriptEditor) X_HelpClassGoto(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_HelpClassOpen ¶ 

func (o *ScriptEditor) X_HelpClassOpen(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_HelpIndex ¶ 

func (o *ScriptEditor) X_HelpIndex(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_HelpOverviewSelected ¶ 

func (o *ScriptEditor) X_HelpOverviewSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_HelpSearch ¶ 

func (o *ScriptEditor) X_HelpSearch(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_HistoryBack ¶ 

func (o *ScriptEditor) X_HistoryBack()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_HistoryForward ¶ 

func (o *ScriptEditor) X_HistoryForward()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_LiveAutoReloadRunningScripts ¶ 

func (o *ScriptEditor) X_LiveAutoReloadRunningScripts()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_MembersOverviewSelected ¶ 

func (o *ScriptEditor) X_MembersOverviewSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_MenuOption ¶ 

func (o *ScriptEditor) X_MenuOption(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_OpenRecentScript ¶ 

func (o *ScriptEditor) X_OpenRecentScript(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_ReloadScripts ¶ 

func (o *ScriptEditor) X_ReloadScripts()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_RequestHelp ¶ 

func (o *ScriptEditor) X_RequestHelp(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_ResSavedCallback ¶ 

func (o *ScriptEditor) X_ResSavedCallback(arg0 ResourceImplementer)
        Undocumented
	Args: [{ false arg0 Resource}], Returns: void

func (*ScriptEditor) X_ResaveScripts ¶ 

func (o *ScriptEditor) X_ResaveScripts(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*ScriptEditor) X_SaveHistory ¶ 

func (o *ScriptEditor) X_SaveHistory()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_ScriptChanged ¶ 

func (o *ScriptEditor) X_ScriptChanged()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_ScriptCreated ¶ 

func (o *ScriptEditor) X_ScriptCreated(arg0 ScriptImplementer)
        Undocumented
	Args: [{ false arg0 Script}], Returns: void

func (*ScriptEditor) X_ScriptListGuiInput ¶ 

func (o *ScriptEditor) X_ScriptListGuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ScriptEditor) X_ScriptSelected ¶ 

func (o *ScriptEditor) X_ScriptSelected(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_ScriptSplitDragged ¶ 

func (o *ScriptEditor) X_ScriptSplitDragged(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*ScriptEditor) X_ShowDebugger ¶ 

func (o *ScriptEditor) X_ShowDebugger(arg0 gdnative.Bool)
        Undocumented
	Args: [{ false arg0 bool}], Returns: void

func (*ScriptEditor) X_TabChanged ¶ 

func (o *ScriptEditor) X_TabChanged(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*ScriptEditor) X_TreeChanged ¶ 

func (o *ScriptEditor) X_TreeChanged()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_UnhandledInput ¶ 

func (o *ScriptEditor) X_UnhandledInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ScriptEditor) X_UpdateRecentScripts ¶ 

func (o *ScriptEditor) X_UpdateRecentScripts()
        Undocumented
	Args: [], Returns: void

func (*ScriptEditor) X_UpdateScriptNames ¶ 

func (o *ScriptEditor) X_UpdateScriptNames()
        Undocumented
	Args: [], Returns: void

type ScriptEditorImplementer ¶ 

type ScriptEditorImplementer interface {
	PanelContainerImplementer
	X_AddCallback(arg0 ObjectImplementer, arg1 gdnative.String, arg2 gdnative.PoolStringArray)
	X_AutosaveScripts()
	X_Breaked(arg0 gdnative.Bool, arg1 gdnative.Bool)
	X_CloseAllTabs()
	X_CloseCurrentTab()
	X_CloseDiscardCurrentTab(arg0 gdnative.String)
	X_CloseDocsTab()
	X_CloseOtherTabs()
	X_CopyScriptPath()
	X_EditorPause()
	X_EditorPlay()
	X_EditorSettingsChanged()
	X_EditorStop()
	X_FileDialogAction(arg0 gdnative.String)
	X_GetDebugTooltip(arg0 gdnative.String, arg1 ObjectImplementer) gdnative.String
	X_GotoScriptLine(arg0 ReferenceImplementer, arg1 gdnative.Int)
	X_GotoScriptLine2(arg0 gdnative.Int)
	X_HelpClassGoto(arg0 gdnative.String)
	X_HelpClassOpen(arg0 gdnative.String)
	X_HelpIndex(arg0 gdnative.String)
	X_HelpOverviewSelected(arg0 gdnative.Int)
	X_HelpSearch(arg0 gdnative.String)
	X_HistoryBack()
	X_HistoryForward()
	X_LiveAutoReloadRunningScripts()
	X_MembersOverviewSelected(arg0 gdnative.Int)
	X_MenuOption(arg0 gdnative.Int)
	X_OpenRecentScript(arg0 gdnative.Int)
	X_ReloadScripts()
	X_RequestHelp(arg0 gdnative.String)
	X_ResSavedCallback(arg0 ResourceImplementer)
	X_ResaveScripts(arg0 gdnative.String)
	X_SaveHistory()
	X_ScriptChanged()
	X_ScriptCreated(arg0 ScriptImplementer)
	X_ScriptListGuiInput(arg0 InputEventImplementer)
	X_ScriptSelected(arg0 gdnative.Int)
	X_ScriptSplitDragged(arg0 gdnative.Real)
	X_ShowDebugger(arg0 gdnative.Bool)
	X_TabChanged(arg0 gdnative.Int)
	X_TreeChanged()
	X_UpdateRecentScripts()
	X_UpdateScriptNames()
	CanDropDataFw(point gdnative.Vector2, data gdnative.Variant, from ObjectImplementer) gdnative.Bool
	DropDataFw(point gdnative.Vector2, data gdnative.Variant, from ObjectImplementer)
	GetCurrentScript() ScriptImplementer
	GetDragDataFw(point gdnative.Vector2, from ObjectImplementer) gdnative.Variant
	GetOpenScripts() gdnative.Array
	OpenScriptCreateDialog(baseName gdnative.String, basePath gdnative.String)
}

ScriptEditorImplementer is an interface that implements the methods of the ScriptEditor class.

type ScriptImplementer ¶ 

type ScriptImplementer interface {
	ResourceImplementer
	CanInstance() gdnative.Bool
	GetBaseScript() ScriptImplementer
	GetInstanceBaseType() gdnative.String
	GetSourceCode() gdnative.String
	HasScriptSignal(signalName gdnative.String) gdnative.Bool
	HasSourceCode() gdnative.Bool
	InstanceHas(baseObject ObjectImplementer) gdnative.Bool
	IsTool() gdnative.Bool
	SetSourceCode(source gdnative.String)
}

ScriptImplementer is an interface that implements the methods of the Script class.

type ScrollBar ¶ 

type ScrollBar struct {
	Range
	// contains filtered or unexported fields
}

Scrollbars are a Range based Control, that display a draggable area (the size of the page). Horizontal (HScrollBar) and Vertical (VScrollBar) versions are available.

func (*ScrollBar) BaseClass ¶ 

func (o *ScrollBar) BaseClass() string

func (*ScrollBar) GetCustomStep ¶ 

func (o *ScrollBar) GetCustomStep() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*ScrollBar) SetCustomStep ¶ 

func (o *ScrollBar) SetCustomStep(step gdnative.Real)
        Undocumented
	Args: [{ false step float}], Returns: void

func (*ScrollBar) X_DragSlaveExit ¶ 

func (o *ScrollBar) X_DragSlaveExit()
        Undocumented
	Args: [], Returns: void

func (*ScrollBar) X_DragSlaveInput ¶ 

func (o *ScrollBar) X_DragSlaveInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ScrollBar) X_GuiInput ¶ 

func (o *ScrollBar) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type ScrollBarImplementer ¶ 

type ScrollBarImplementer interface {
	RangeImplementer
	X_DragSlaveExit()
	X_DragSlaveInput(arg0 InputEventImplementer)
	GetCustomStep() gdnative.Real
	SetCustomStep(step gdnative.Real)
}

ScrollBarImplementer is an interface that implements the methods of the ScrollBar class.

type ScrollContainer ¶ 

type ScrollContainer struct {
	Container
	// contains filtered or unexported fields
}

A ScrollContainer node with a Control child and scrollbar child ([HScrollbar], VScrollBar, or both) will only draw the Control within the ScrollContainer area. Scrollbars will automatically be drawn at the right (for vertical) or bottom (for horizontal) and will enable dragging to move the viewable Control (and its children) within the ScrollContainer. Scrollbars will also automatically resize the grabber based on the minimum_size of the Control relative to the ScrollContainer. Works great with a Panel control. You can set EXPAND on children size flags, so they will upscale to ScrollContainer size if ScrollContainer size is bigger (scroll is invisible for chosen dimension).

func (*ScrollContainer) BaseClass ¶ 

func (o *ScrollContainer) BaseClass() string

func (*ScrollContainer) GetHScroll ¶ 

func (o *ScrollContainer) GetHScroll() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ScrollContainer) GetVScroll ¶ 

func (o *ScrollContainer) GetVScroll() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ScrollContainer) IsHScrollEnabled ¶ 

func (o *ScrollContainer) IsHScrollEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ScrollContainer) IsVScrollEnabled ¶ 

func (o *ScrollContainer) IsVScrollEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ScrollContainer) SetEnableHScroll ¶ 

func (o *ScrollContainer) SetEnableHScroll(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ScrollContainer) SetEnableVScroll ¶ 

func (o *ScrollContainer) SetEnableVScroll(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ScrollContainer) SetHScroll ¶ 

func (o *ScrollContainer) SetHScroll(value gdnative.Int)
        Undocumented
	Args: [{ false value int}], Returns: void

func (*ScrollContainer) SetVScroll ¶ 

func (o *ScrollContainer) SetVScroll(value gdnative.Int)
        Undocumented
	Args: [{ false value int}], Returns: void

func (*ScrollContainer) X_GuiInput ¶ 

func (o *ScrollContainer) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*ScrollContainer) X_ScrollMoved ¶ 

func (o *ScrollContainer) X_ScrollMoved(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*ScrollContainer) X_UpdateScrollbarPosition ¶ 

func (o *ScrollContainer) X_UpdateScrollbarPosition()
        Undocumented
	Args: [], Returns: void

type ScrollContainerImplementer ¶ 

type ScrollContainerImplementer interface {
	ContainerImplementer
	X_ScrollMoved(arg0 gdnative.Real)
	X_UpdateScrollbarPosition()
	GetHScroll() gdnative.Int
	GetVScroll() gdnative.Int
	IsHScrollEnabled() gdnative.Bool
	IsVScrollEnabled() gdnative.Bool
	SetEnableHScroll(enable gdnative.Bool)
	SetEnableVScroll(enable gdnative.Bool)
	SetHScroll(value gdnative.Int)
	SetVScroll(value gdnative.Int)
}

ScrollContainerImplementer is an interface that implements the methods of the ScrollContainer class.

type SegmentShape2D ¶ 

type SegmentShape2D struct {
	Shape2D
	// contains filtered or unexported fields
}

Segment shape for 2D collisions. Consists of two points, [code]a[/code] and [code]b[/code].

func (*SegmentShape2D) BaseClass ¶ 

func (o *SegmentShape2D) BaseClass() string

func (*SegmentShape2D) GetA ¶ 

func (o *SegmentShape2D) GetA() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*SegmentShape2D) GetB ¶ 

func (o *SegmentShape2D) GetB() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*SegmentShape2D) SetA ¶ 

func (o *SegmentShape2D) SetA(a gdnative.Vector2)
        Undocumented
	Args: [{ false a Vector2}], Returns: void

func (*SegmentShape2D) SetB ¶ 

func (o *SegmentShape2D) SetB(b gdnative.Vector2)
        Undocumented
	Args: [{ false b Vector2}], Returns: void

type SegmentShape2DImplementer ¶ 

type SegmentShape2DImplementer interface {
	Shape2DImplementer
	GetA() gdnative.Vector2
	GetB() gdnative.Vector2
	SetA(a gdnative.Vector2)
	SetB(b gdnative.Vector2)
}

SegmentShape2DImplementer is an interface that implements the methods of the SegmentShape2D class.

type Semaphore ¶ 

type Semaphore struct {
	Reference
	// contains filtered or unexported fields
}

A synchronization Semaphore. Element used to synchronize multiple [Thread]s. Initialized to zero on creation. Be careful to avoid deadlocks. For a binary version, see Mutex.

func (*Semaphore) BaseClass ¶ 

func (o *Semaphore) BaseClass() string

func (*Semaphore) Post ¶ 

func (o *Semaphore) Post() gdnative.Error
        Undocumented
	Args: [], Returns: enum.Error

func (*Semaphore) Wait ¶ 

func (o *Semaphore) Wait() gdnative.Error
        Undocumented
	Args: [], Returns: enum.Error

type SemaphoreImplementer ¶ 

type SemaphoreImplementer interface {
	ReferenceImplementer
}

SemaphoreImplementer is an interface that implements the methods of the Semaphore class.

type Separator ¶ 

type Separator struct {
	Control
	// contains filtered or unexported fields
}

Separator is a Control used for separating other controls. It's purely a visual decoration. Horizontal (HSeparator) and Vertical (VSeparator) versions are available.

func (*Separator) BaseClass ¶ 

func (o *Separator) BaseClass() string

type SeparatorImplementer ¶ 

type SeparatorImplementer interface {
	ControlImplementer
}

SeparatorImplementer is an interface that implements the methods of the Separator class.

type Shader ¶ 

type Shader struct {
	Resource
	// contains filtered or unexported fields
}

To be changed, ignore.

func (*Shader) BaseClass ¶ 

func (o *Shader) BaseClass() string

func (*Shader) GetCode ¶ 

func (o *Shader) GetCode() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Shader) GetDefaultTextureParam ¶ 

func (o *Shader) GetDefaultTextureParam(param gdnative.String) TextureImplementer

Args: [{ false param String}], Returns: Texture

func (*Shader) GetMode ¶ 

func (o *Shader) GetMode() ShaderMode

Args: [], Returns: enum.Shader::Mode

func (*Shader) HasParam ¶ 

func (o *Shader) HasParam(name gdnative.String) gdnative.Bool

Args: [{ false name String}], Returns: bool

func (*Shader) SetCode ¶ 

func (o *Shader) SetCode(code gdnative.String)
        Undocumented
	Args: [{ false code String}], Returns: void

func (*Shader) SetDefaultTextureParam ¶ 

func (o *Shader) SetDefaultTextureParam(param gdnative.String, texture TextureImplementer)

Args: [{ false param String} { false texture Texture}], Returns: void

type ShaderImplementer ¶ 

type ShaderImplementer interface {
	ResourceImplementer
	GetCode() gdnative.String
	GetDefaultTextureParam(param gdnative.String) TextureImplementer
	HasParam(name gdnative.String) gdnative.Bool
	SetCode(code gdnative.String)
	SetDefaultTextureParam(param gdnative.String, texture TextureImplementer)
}

ShaderImplementer is an interface that implements the methods of the Shader class.

type ShaderMaterial ¶ 

type ShaderMaterial struct {
	Material
	// contains filtered or unexported fields
}

func (*ShaderMaterial) BaseClass ¶ 

func (o *ShaderMaterial) BaseClass() string

func (*ShaderMaterial) GetShader ¶ 

func (o *ShaderMaterial) GetShader() ShaderImplementer
        Undocumented
	Args: [], Returns: Shader

func (*ShaderMaterial) GetShaderParam ¶ 

func (o *ShaderMaterial) GetShaderParam(param gdnative.String) gdnative.Variant

Args: [{ false param String}], Returns: Variant

func (*ShaderMaterial) SetShader ¶ 

func (o *ShaderMaterial) SetShader(shader ShaderImplementer)
        Undocumented
	Args: [{ false shader Shader}], Returns: void

func (*ShaderMaterial) SetShaderParam ¶ 

func (o *ShaderMaterial) SetShaderParam(param gdnative.String, value gdnative.Variant)

Args: [{ false param String} { false value Variant}], Returns: void

type ShaderMaterialImplementer ¶ 

type ShaderMaterialImplementer interface {
	MaterialImplementer
	GetShader() ShaderImplementer
	GetShaderParam(param gdnative.String) gdnative.Variant
	SetShader(shader ShaderImplementer)
	SetShaderParam(param gdnative.String, value gdnative.Variant)
}

ShaderMaterialImplementer is an interface that implements the methods of the ShaderMaterial class.

type ShaderMode ¶ 

type ShaderMode int

ShaderMode is an enum for Mode values. 

const (
	ShaderModeCanvasItem ShaderMode = 1
	ShaderModeParticles  ShaderMode = 2
	ShaderModeSpatial    ShaderMode = 0
)

type Shape ¶ 

type Shape struct {
	Resource
	// contains filtered or unexported fields
}

Base class for all 3D shape resources. All 3D shapes that inherit from this can be set into a PhysicsBody or Area.

func (*Shape) BaseClass ¶ 

func (o *Shape) BaseClass() string

type Shape2D ¶ 

type Shape2D struct {
	Resource
	// contains filtered or unexported fields
}

Base class for all 2D Shapes. All 2D shape types inherit from this.

func (*Shape2D) BaseClass ¶ 

func (o *Shape2D) BaseClass() string

func (*Shape2D) Collide ¶ 

func (o *Shape2D) Collide(localXform gdnative.Transform2D, withShape Shape2DImplementer, shapeXform gdnative.Transform2D) gdnative.Bool
        Return whether this shape is colliding with another. This method needs the transformation matrix for this shape ([code]local_xform[/code]), the shape to check collisions with ([code]with_shape[/code]), and the transformation matrix of that shape ([code]shape_xform[/code]).
	Args: [{ false local_xform Transform2D} { false with_shape Shape2D} { false shape_xform Transform2D}], Returns: bool

func (*Shape2D) CollideAndGetContacts ¶ 

func (o *Shape2D) CollideAndGetContacts(localXform gdnative.Transform2D, withShape Shape2DImplementer, shapeXform gdnative.Transform2D) gdnative.Variant
        Return a list of the points where this shape touches another. If there are no collisions, the list is empty. This method needs the transformation matrix for this shape ([code]local_xform[/code]), the shape to check collisions with ([code]with_shape[/code]), and the transformation matrix of that shape ([code]shape_xform[/code]).
	Args: [{ false local_xform Transform2D} { false with_shape Shape2D} { false shape_xform Transform2D}], Returns: Variant

func (*Shape2D) CollideWithMotion ¶ 

func (o *Shape2D) CollideWithMotion(localXform gdnative.Transform2D, localMotion gdnative.Vector2, withShape Shape2DImplementer, shapeXform gdnative.Transform2D, shapeMotion gdnative.Vector2) gdnative.Bool
        Return whether this shape would collide with another, if a given movement was applied. This method needs the transformation matrix for this shape ([code]local_xform[/code]), the movement to test on this shape ([code]local_motion[/code]), the shape to check collisions with ([code]with_shape[/code]), the transformation matrix of that shape ([code]shape_xform[/code]), and the movement to test onto the other object ([code]shape_motion[/code]).
	Args: [{ false local_xform Transform2D} { false local_motion Vector2} { false with_shape Shape2D} { false shape_xform Transform2D} { false shape_motion Vector2}], Returns: bool

func (*Shape2D) CollideWithMotionAndGetContacts ¶ 

func (o *Shape2D) CollideWithMotionAndGetContacts(localXform gdnative.Transform2D, localMotion gdnative.Vector2, withShape Shape2DImplementer, shapeXform gdnative.Transform2D, shapeMotion gdnative.Vector2) gdnative.Variant
        Return a list of the points where this shape would touch another, if a given movement was applied. If there are no collisions, the list is empty. This method needs the transformation matrix for this shape ([code]local_xform[/code]), the movement to test on this shape ([code]local_motion[/code]), the shape to check collisions with ([code]with_shape[/code]), the transformation matrix of that shape ([code]shape_xform[/code]), and the movement to test onto the other object ([code]shape_motion[/code]).
	Args: [{ false local_xform Transform2D} { false local_motion Vector2} { false with_shape Shape2D} { false shape_xform Transform2D} { false shape_motion Vector2}], Returns: Variant

func (*Shape2D) GetCustomSolverBias ¶ 

func (o *Shape2D) GetCustomSolverBias() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Shape2D) SetCustomSolverBias ¶ 

func (o *Shape2D) SetCustomSolverBias(bias gdnative.Real)
        Undocumented
	Args: [{ false bias float}], Returns: void

type Shape2DImplementer ¶ 

type Shape2DImplementer interface {
	ResourceImplementer
	Collide(localXform gdnative.Transform2D, withShape Shape2DImplementer, shapeXform gdnative.Transform2D) gdnative.Bool
	CollideAndGetContacts(localXform gdnative.Transform2D, withShape Shape2DImplementer, shapeXform gdnative.Transform2D) gdnative.Variant
	CollideWithMotion(localXform gdnative.Transform2D, localMotion gdnative.Vector2, withShape Shape2DImplementer, shapeXform gdnative.Transform2D, shapeMotion gdnative.Vector2) gdnative.Bool
	CollideWithMotionAndGetContacts(localXform gdnative.Transform2D, localMotion gdnative.Vector2, withShape Shape2DImplementer, shapeXform gdnative.Transform2D, shapeMotion gdnative.Vector2) gdnative.Variant
	GetCustomSolverBias() gdnative.Real
	SetCustomSolverBias(bias gdnative.Real)
}

Shape2DImplementer is an interface that implements the methods of the Shape2D class.

type ShapeImplementer ¶ 

type ShapeImplementer interface {
	ResourceImplementer
}

ShapeImplementer is an interface that implements the methods of the Shape class.

type ShortCut ¶ 

type ShortCut struct {
	Resource
	// contains filtered or unexported fields
}

A shortcut for binding input. Shortcuts are commonly used for interacting with a Control element from a InputEvent.

func (*ShortCut) BaseClass ¶ 

func (o *ShortCut) BaseClass() string

func (*ShortCut) GetAsText ¶ 

func (o *ShortCut) GetAsText() gdnative.String
        Returns the Shortcut's [InputEvent] as a [String].
	Args: [], Returns: String

func (*ShortCut) GetShortcut ¶ 

func (o *ShortCut) GetShortcut() InputEventImplementer
        Undocumented
	Args: [], Returns: InputEvent

func (*ShortCut) IsShortcut ¶ 

func (o *ShortCut) IsShortcut(event InputEventImplementer) gdnative.Bool
        Returns [code]true[/code] if the Shortcut's [InputEvent] equals [code]event[/code].
	Args: [{ false event InputEvent}], Returns: bool

func (*ShortCut) IsValid ¶ 

func (o *ShortCut) IsValid() gdnative.Bool
        If [code]true[/code] this Shortcut is valid.
	Args: [], Returns: bool

func (*ShortCut) SetShortcut ¶ 

func (o *ShortCut) SetShortcut(event InputEventImplementer)
        Undocumented
	Args: [{ false event InputEvent}], Returns: void

type ShortCutImplementer ¶ 

type ShortCutImplementer interface {
	ResourceImplementer
	GetAsText() gdnative.String
	GetShortcut() InputEventImplementer
	IsShortcut(event InputEventImplementer) gdnative.Bool
	IsValid() gdnative.Bool
	SetShortcut(event InputEventImplementer)
}

ShortCutImplementer is an interface that implements the methods of the ShortCut class.

type Signal ¶ 

type Signal struct {
	Name        string
	Args        []SignalArg
	DefaultArgs []SignalDefaultArg
}

Signal is a structure definition that defines a custom Godot signal.

type SignalArg ¶ 

type SignalArg struct {
	Name       gdnative.String
	Value      interface{}
	Hint       gdnative.PropertyHint
	HintString gdnative.String
	Usage      gdnative.PropertyUsageFlags
}

SignalArg is any valid Godot class or variant type.

type SignalDefaultArg ¶ 

type SignalDefaultArg interface{}

type Skeleton ¶ 

type Skeleton struct {
	Spatial
	// contains filtered or unexported fields
}

Skeleton provides a hierarchical interface for managing bones, including pose, rest and animation (see Animation). Skeleton will support rag doll dynamics in the future.

func (*Skeleton) AddBone ¶ 

func (o *Skeleton) AddBone(name gdnative.String)
        Add a bone, with name "name". [method get_bone_count] will become the bone index.
	Args: [{ false name String}], Returns: void

func (*Skeleton) BaseClass ¶ 

func (o *Skeleton) BaseClass() string

func (*Skeleton) BindChildNodeToBone ¶ 

func (o *Skeleton) BindChildNodeToBone(boneIdx gdnative.Int, node ObjectImplementer)
        Deprecated soon.
	Args: [{ false bone_idx int} { false node Object}], Returns: void

func (*Skeleton) ClearBones ¶ 

func (o *Skeleton) ClearBones()
        Clear all the bones in this skeleton.
	Args: [], Returns: void

func (*Skeleton) FindBone ¶ 

func (o *Skeleton) FindBone(name gdnative.String) gdnative.Int
        Return the bone index that matches "name" as its name.
	Args: [{ false name String}], Returns: int

func (*Skeleton) GetBoneCount ¶ 

func (o *Skeleton) GetBoneCount() gdnative.Int
        Return the amount of bones in the skeleton.
	Args: [], Returns: int

func (*Skeleton) GetBoneCustomPose ¶ 

func (o *Skeleton) GetBoneCustomPose(boneIdx gdnative.Int) gdnative.Transform

Args: [{ false bone_idx int}], Returns: Transform

func (*Skeleton) GetBoneGlobalPose ¶ 

func (o *Skeleton) GetBoneGlobalPose(boneIdx gdnative.Int) gdnative.Transform

Args: [{ false bone_idx int}], Returns: Transform

func (*Skeleton) GetBoneName ¶ 

func (o *Skeleton) GetBoneName(boneIdx gdnative.Int) gdnative.String
        Return the name of the bone at index "index"
	Args: [{ false bone_idx int}], Returns: String

func (*Skeleton) GetBoneParent ¶ 

func (o *Skeleton) GetBoneParent(boneIdx gdnative.Int) gdnative.Int
        Return the bone index which is the parent of the bone at "bone_idx". If -1, then bone has no parent. Note that the parent bone returned will always be less than "bone_idx".
	Args: [{ false bone_idx int}], Returns: int

func (*Skeleton) GetBonePose ¶ 

func (o *Skeleton) GetBonePose(boneIdx gdnative.Int) gdnative.Transform
        Return the pose transform for bone "bone_idx".
	Args: [{ false bone_idx int}], Returns: Transform

func (*Skeleton) GetBoneRest ¶ 

func (o *Skeleton) GetBoneRest(boneIdx gdnative.Int) gdnative.Transform
        Return the rest transform for a bone "bone_idx".
	Args: [{ false bone_idx int}], Returns: Transform

func (*Skeleton) GetBoneTransform ¶ 

func (o *Skeleton) GetBoneTransform(boneIdx gdnative.Int) gdnative.Transform

Args: [{ false bone_idx int}], Returns: Transform

func (*Skeleton) GetBoundChildNodesToBone ¶ 

func (o *Skeleton) GetBoundChildNodesToBone(boneIdx gdnative.Int) gdnative.Array
        Deprecated soon.
	Args: [{ false bone_idx int}], Returns: Array

func (*Skeleton) IsBoneRestDisabled ¶ 

func (o *Skeleton) IsBoneRestDisabled(boneIdx gdnative.Int) gdnative.Bool

Args: [{ false bone_idx int}], Returns: bool

func (*Skeleton) SetBoneCustomPose ¶ 

func (o *Skeleton) SetBoneCustomPose(boneIdx gdnative.Int, customPose gdnative.Transform)

Args: [{ false bone_idx int} { false custom_pose Transform}], Returns: void

func (*Skeleton) SetBoneDisableRest ¶ 

func (o *Skeleton) SetBoneDisableRest(boneIdx gdnative.Int, disable gdnative.Bool)

Args: [{ false bone_idx int} { false disable bool}], Returns: void

func (*Skeleton) SetBoneGlobalPose ¶ 

func (o *Skeleton) SetBoneGlobalPose(boneIdx gdnative.Int, pose gdnative.Transform)

Args: [{ false bone_idx int} { false pose Transform}], Returns: void

func (*Skeleton) SetBoneParent ¶ 

func (o *Skeleton) SetBoneParent(boneIdx gdnative.Int, parentIdx gdnative.Int)
        Set the bone index "parent_idx" as the parent of the bone at "bone_idx". If -1, then bone has no parent. Note: "parent_idx" must be less than "bone_idx".
	Args: [{ false bone_idx int} { false parent_idx int}], Returns: void

func (*Skeleton) SetBonePose ¶ 

func (o *Skeleton) SetBonePose(boneIdx gdnative.Int, pose gdnative.Transform)
        Return the pose transform for bone "bone_idx".
	Args: [{ false bone_idx int} { false pose Transform}], Returns: void

func (*Skeleton) SetBoneRest ¶ 

func (o *Skeleton) SetBoneRest(boneIdx gdnative.Int, rest gdnative.Transform)
        Set the rest transform for bone "bone_idx"
	Args: [{ false bone_idx int} { false rest Transform}], Returns: void

func (*Skeleton) UnbindChildNodeFromBone ¶ 

func (o *Skeleton) UnbindChildNodeFromBone(boneIdx gdnative.Int, node ObjectImplementer)
        Deprecated soon.
	Args: [{ false bone_idx int} { false node Object}], Returns: void

func (*Skeleton) UnparentBoneAndRest ¶ 

func (o *Skeleton) UnparentBoneAndRest(boneIdx gdnative.Int)

Args: [{ false bone_idx int}], Returns: void

type SkeletonImplementer ¶ 

type SkeletonImplementer interface {
	SpatialImplementer
	AddBone(name gdnative.String)
	BindChildNodeToBone(boneIdx gdnative.Int, node ObjectImplementer)
	ClearBones()
	FindBone(name gdnative.String) gdnative.Int
	GetBoneCount() gdnative.Int
	GetBoneCustomPose(boneIdx gdnative.Int) gdnative.Transform
	GetBoneGlobalPose(boneIdx gdnative.Int) gdnative.Transform
	GetBoneName(boneIdx gdnative.Int) gdnative.String
	GetBoneParent(boneIdx gdnative.Int) gdnative.Int
	GetBonePose(boneIdx gdnative.Int) gdnative.Transform
	GetBoneRest(boneIdx gdnative.Int) gdnative.Transform
	GetBoneTransform(boneIdx gdnative.Int) gdnative.Transform
	GetBoundChildNodesToBone(boneIdx gdnative.Int) gdnative.Array
	IsBoneRestDisabled(boneIdx gdnative.Int) gdnative.Bool
	SetBoneCustomPose(boneIdx gdnative.Int, customPose gdnative.Transform)
	SetBoneDisableRest(boneIdx gdnative.Int, disable gdnative.Bool)
	SetBoneGlobalPose(boneIdx gdnative.Int, pose gdnative.Transform)
	SetBoneParent(boneIdx gdnative.Int, parentIdx gdnative.Int)
	SetBonePose(boneIdx gdnative.Int, pose gdnative.Transform)
	SetBoneRest(boneIdx gdnative.Int, rest gdnative.Transform)
	UnbindChildNodeFromBone(boneIdx gdnative.Int, node ObjectImplementer)
	UnparentBoneAndRest(boneIdx gdnative.Int)
}

SkeletonImplementer is an interface that implements the methods of the Skeleton class.

type Sky ¶ 

type Sky struct {
	Resource
	// contains filtered or unexported fields
}

The base class for PanoramaSky and ProceduralSky.

func (*Sky) BaseClass ¶ 

func (o *Sky) BaseClass() string

func (*Sky) GetRadianceSize ¶ 

func (o *Sky) GetRadianceSize() SkyRadianceSize
        Undocumented
	Args: [], Returns: enum.Sky::RadianceSize

func (*Sky) SetRadianceSize ¶ 

func (o *Sky) SetRadianceSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

type SkyImplementer ¶ 

type SkyImplementer interface {
	ResourceImplementer
	SetRadianceSize(size gdnative.Int)
}

SkyImplementer is an interface that implements the methods of the Sky class.

type SkyRadianceSize ¶ 

type SkyRadianceSize int

SkyRadianceSize is an enum for RadianceSize values. 

const (
	SkyRadianceSize1024 SkyRadianceSize = 5
	SkyRadianceSize128  SkyRadianceSize = 2
	SkyRadianceSize2048 SkyRadianceSize = 6
	SkyRadianceSize256  SkyRadianceSize = 3
	SkyRadianceSize32   SkyRadianceSize = 0
	SkyRadianceSize512  SkyRadianceSize = 4
	SkyRadianceSize64   SkyRadianceSize = 1
	SkyRadianceSizeMax  SkyRadianceSize = 7
)

type Slider ¶ 

type Slider struct {
	Range
	// contains filtered or unexported fields
}

Base class for GUI Sliders.

func (*Slider) BaseClass ¶ 

func (o *Slider) BaseClass() string

func (*Slider) GetTicks ¶ 

func (o *Slider) GetTicks() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Slider) GetTicksOnBorders ¶ 

func (o *Slider) GetTicksOnBorders() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Slider) IsEditable ¶ 

func (o *Slider) IsEditable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Slider) SetEditable ¶ 

func (o *Slider) SetEditable(editable gdnative.Bool)
        Undocumented
	Args: [{ false editable bool}], Returns: void

func (*Slider) SetTicks ¶ 

func (o *Slider) SetTicks(count gdnative.Int)
        Undocumented
	Args: [{ false count int}], Returns: void

func (*Slider) SetTicksOnBorders ¶ 

func (o *Slider) SetTicksOnBorders(ticksOnBorder gdnative.Bool)
        Undocumented
	Args: [{ false ticks_on_border bool}], Returns: void

func (*Slider) X_GuiInput ¶ 

func (o *Slider) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type SliderImplementer ¶ 

type SliderImplementer interface {
	RangeImplementer
	GetTicks() gdnative.Int
	GetTicksOnBorders() gdnative.Bool
	IsEditable() gdnative.Bool
	SetEditable(editable gdnative.Bool)
	SetTicks(count gdnative.Int)
	SetTicksOnBorders(ticksOnBorder gdnative.Bool)
}

SliderImplementer is an interface that implements the methods of the Slider class.

type SliderJoint ¶ 

type SliderJoint struct {
	Joint
	// contains filtered or unexported fields
}

Slides across the x-axis of the [Pivot] object.

func (*SliderJoint) BaseClass ¶ 

func (o *SliderJoint) BaseClass() string

func (*SliderJoint) GetParam ¶ 

func (o *SliderJoint) GetParam(param gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false param int}], Returns: float

func (*SliderJoint) SetParam ¶ 

func (o *SliderJoint) SetParam(param gdnative.Int, value gdnative.Real)
        Undocumented
	Args: [{ false param int} { false value float}], Returns: void

func (*SliderJoint) X_GetLowerLimitAngular ¶ 

func (o *SliderJoint) X_GetLowerLimitAngular() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SliderJoint) X_GetUpperLimitAngular ¶ 

func (o *SliderJoint) X_GetUpperLimitAngular() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SliderJoint) X_SetLowerLimitAngular ¶ 

func (o *SliderJoint) X_SetLowerLimitAngular(lowerLimitAngular gdnative.Real)
        Undocumented
	Args: [{ false lower_limit_angular float}], Returns: void

func (*SliderJoint) X_SetUpperLimitAngular ¶ 

func (o *SliderJoint) X_SetUpperLimitAngular(upperLimitAngular gdnative.Real)
        Undocumented
	Args: [{ false upper_limit_angular float}], Returns: void

type SliderJointImplementer ¶ 

type SliderJointImplementer interface {
	JointImplementer
	X_GetLowerLimitAngular() gdnative.Real
	X_GetUpperLimitAngular() gdnative.Real
	X_SetLowerLimitAngular(lowerLimitAngular gdnative.Real)
	X_SetUpperLimitAngular(upperLimitAngular gdnative.Real)
	GetParam(param gdnative.Int) gdnative.Real
	SetParam(param gdnative.Int, value gdnative.Real)
}

SliderJointImplementer is an interface that implements the methods of the SliderJoint class.

type SliderJointParam ¶ 

type SliderJointParam int

SliderJointParam is an enum for Param values. 

const (
	SliderJointParamAngularLimitDamping          SliderJointParam = 15
	SliderJointParamAngularLimitLower            SliderJointParam = 12
	SliderJointParamAngularLimitRestitution      SliderJointParam = 14
	SliderJointParamAngularLimitSoftness         SliderJointParam = 13
	SliderJointParamAngularLimitUpper            SliderJointParam = 11
	SliderJointParamAngularMotionDamping         SliderJointParam = 18
	SliderJointParamAngularMotionRestitution     SliderJointParam = 17
	SliderJointParamAngularMotionSoftness        SliderJointParam = 16
	SliderJointParamAngularOrthogonalDamping     SliderJointParam = 21
	SliderJointParamAngularOrthogonalRestitution SliderJointParam = 20
	SliderJointParamAngularOrthogonalSoftness    SliderJointParam = 19
	SliderJointParamLinearLimitDamping           SliderJointParam = 4
	SliderJointParamLinearLimitLower             SliderJointParam = 1
	SliderJointParamLinearLimitRestitution       SliderJointParam = 3
	SliderJointParamLinearLimitSoftness          SliderJointParam = 2
	SliderJointParamLinearLimitUpper             SliderJointParam = 0
	SliderJointParamLinearMotionDamping          SliderJointParam = 7
	SliderJointParamLinearMotionRestitution      SliderJointParam = 6
	SliderJointParamLinearMotionSoftness         SliderJointParam = 5
	SliderJointParamLinearOrthogonalDamping      SliderJointParam = 10
	SliderJointParamLinearOrthogonalRestitution  SliderJointParam = 9
	SliderJointParamLinearOrthogonalSoftness     SliderJointParam = 8
	SliderJointParamMax                          SliderJointParam = 22
)

type Spatial ¶ 

type Spatial struct {
	Node
	// contains filtered or unexported fields
}

Most basic 3D game object, with a 3D [Transform] and visibility settings. All other 3D game objects inherit from Spatial. Use Spatial as a parent node to move, scale, rotate and show/hide children in a 3D project. Affine operations (rotate, scale, translate) happen in parent's local coordinate system, unless the Spatial object is set as top level. Affine operations in this coordinate system correspond to direct affine operations on the Spatial's transform. The word local below refers to this coordinate system. The coordinate system that is attached to the Spatial object itself is referred to as object-local coordinate system.

func (*Spatial) BaseClass ¶ 

func (o *Spatial) BaseClass() string

func (*Spatial) GetGizmo ¶ 

func (o *Spatial) GetGizmo() SpatialGizmoImplementer
        Undocumented
	Args: [], Returns: SpatialGizmo

func (*Spatial) GetGlobalTransform ¶ 

func (o *Spatial) GetGlobalTransform() gdnative.Transform
        Undocumented
	Args: [], Returns: Transform

func (*Spatial) GetParentSpatial ¶ 

func (o *Spatial) GetParentSpatial() SpatialImplementer
        Returns the parent [code]Spatial[/code], or an empty [Object] if no parent exists or parent is not of type [code]Spatial[/code].
	Args: [], Returns: Spatial

func (*Spatial) GetRotation ¶ 

func (o *Spatial) GetRotation() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*Spatial) GetRotationDegrees ¶ 

func (o *Spatial) GetRotationDegrees() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*Spatial) GetScale ¶ 

func (o *Spatial) GetScale() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*Spatial) GetTransform ¶ 

func (o *Spatial) GetTransform() gdnative.Transform
        Undocumented
	Args: [], Returns: Transform

func (*Spatial) GetTranslation ¶ 

func (o *Spatial) GetTranslation() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*Spatial) GetWorld ¶ 

func (o *Spatial) GetWorld() WorldImplementer
        Returns the current [World] resource this Spatial node is registered to.
	Args: [], Returns: World

func (*Spatial) GlobalRotate ¶ 

func (o *Spatial) GlobalRotate(axis gdnative.Vector3, angle gdnative.Real)
        Rotates the global (world) transformation around axis, a unit [Vector3], by specified angle in radians. The rotation axis is in global coordinate system.
	Args: [{ false axis Vector3} { false angle float}], Returns: void

func (*Spatial) GlobalScale ¶ 

func (o *Spatial) GlobalScale(scale gdnative.Vector3)

Args: [{ false scale Vector3}], Returns: void

func (*Spatial) GlobalTranslate ¶ 

func (o *Spatial) GlobalTranslate(offset gdnative.Vector3)
        Moves the global (world) transformation by [Vector3] offset. The offset is in global coordinate system.
	Args: [{ false offset Vector3}], Returns: void

func (*Spatial) Hide ¶ 

func (o *Spatial) Hide()
        Disables rendering of this node. Change Spatial Visible property to false.
	Args: [], Returns: void

func (*Spatial) IsLocalTransformNotificationEnabled ¶ 

func (o *Spatial) IsLocalTransformNotificationEnabled() gdnative.Bool
        Returns whether node notifies about its local transformation changes. Spatial will not propagate this by default.
	Args: [], Returns: bool

func (*Spatial) IsSetAsToplevel ¶ 

func (o *Spatial) IsSetAsToplevel() gdnative.Bool
        Returns whether this node is set as Toplevel, that is whether it ignores its parent nodes transformations.
	Args: [], Returns: bool

func (*Spatial) IsTransformNotificationEnabled ¶ 

func (o *Spatial) IsTransformNotificationEnabled() gdnative.Bool
        Returns whether the node notifies about its global and local transformation changes. Spatial will not propagate this by default.
	Args: [], Returns: bool

func (*Spatial) IsVisible ¶ 

func (o *Spatial) IsVisible() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Spatial) IsVisibleInTree ¶ 

func (o *Spatial) IsVisibleInTree() gdnative.Bool
        Returns whether the node is visible, taking into consideration that its parents visibility.
	Args: [], Returns: bool

func (*Spatial) LookAt ¶ 

func (o *Spatial) LookAt(target gdnative.Vector3, up gdnative.Vector3)
        Rotates itself to point into direction of target position. Operations take place in global space.
	Args: [{ false target Vector3} { false up Vector3}], Returns: void

func (*Spatial) LookAtFromPosition ¶ 

func (o *Spatial) LookAtFromPosition(position gdnative.Vector3, target gdnative.Vector3, up gdnative.Vector3)
        Moves the node to specified position and then rotates itself to point into direction of target position. Operations take place in global space.
	Args: [{ false position Vector3} { false target Vector3} { false up Vector3}], Returns: void

func (*Spatial) Orthonormalize ¶ 

func (o *Spatial) Orthonormalize()
        Resets this node's transformations (like scale, skew and taper) preserving its rotation and translation by performing Gram-Schmidt orthonormalization on this node's [Transform3D].
	Args: [], Returns: void

func (*Spatial) Rotate ¶ 

func (o *Spatial) Rotate(axis gdnative.Vector3, angle gdnative.Real)
        Rotates the local transformation around axis, a unit [Vector3], by specified angle in radians.
	Args: [{ false axis Vector3} { false angle float}], Returns: void

func (*Spatial) RotateObjectLocal ¶ 

func (o *Spatial) RotateObjectLocal(axis gdnative.Vector3, angle gdnative.Real)
        Rotates the local transformation around axis, a unit [Vector3], by specified angle in radians. The rotation axis is in object-local coordinate system.
	Args: [{ false axis Vector3} { false angle float}], Returns: void

func (*Spatial) RotateX ¶ 

func (o *Spatial) RotateX(angle gdnative.Real)
        Rotates the local transformation around the X axis by angle in radians
	Args: [{ false angle float}], Returns: void

func (*Spatial) RotateY ¶ 

func (o *Spatial) RotateY(angle gdnative.Real)
        Rotates the local transformation around the Y axis by angle in radians.
	Args: [{ false angle float}], Returns: void

func (*Spatial) RotateZ ¶ 

func (o *Spatial) RotateZ(angle gdnative.Real)
        Rotates the local transformation around the Z axis by angle in radians.
	Args: [{ false angle float}], Returns: void

func (*Spatial) ScaleObjectLocal ¶ 

func (o *Spatial) ScaleObjectLocal(scale gdnative.Vector3)
        Scales the local transformation by given 3D scale factors in object-local coordinate system.
	Args: [{ false scale Vector3}], Returns: void

func (*Spatial) SetAsToplevel ¶ 

func (o *Spatial) SetAsToplevel(enable gdnative.Bool)
        Makes the node ignore its parents transformations. Node transformations are only in global space.
	Args: [{ false enable bool}], Returns: void

func (*Spatial) SetGizmo ¶ 

func (o *Spatial) SetGizmo(gizmo SpatialGizmoImplementer)
        Undocumented
	Args: [{ false gizmo SpatialGizmo}], Returns: void

func (*Spatial) SetGlobalTransform ¶ 

func (o *Spatial) SetGlobalTransform(global gdnative.Transform)
        Undocumented
	Args: [{ false global Transform}], Returns: void

func (*Spatial) SetIdentity ¶ 

func (o *Spatial) SetIdentity()
        Reset all transformations for this node. Set its [Transform3D] to identity matrix.
	Args: [], Returns: void

func (*Spatial) SetIgnoreTransformNotification ¶ 

func (o *Spatial) SetIgnoreTransformNotification(enabled gdnative.Bool)
        Set whether the node ignores notification that its transformation (global or local) changed.
	Args: [{ false enabled bool}], Returns: void

func (*Spatial) SetNotifyLocalTransform ¶ 

func (o *Spatial) SetNotifyLocalTransform(enable gdnative.Bool)
        Set whether the node notifies about its local transformation changes. Spatial will not propagate this by default.
	Args: [{ false enable bool}], Returns: void

func (*Spatial) SetNotifyTransform ¶ 

func (o *Spatial) SetNotifyTransform(enable gdnative.Bool)
        Set whether the node notifies about its global and local transformation changes. Spatial will not propagate this by default.
	Args: [{ false enable bool}], Returns: void

func (*Spatial) SetRotation ¶ 

func (o *Spatial) SetRotation(euler gdnative.Vector3)
        Undocumented
	Args: [{ false euler Vector3}], Returns: void

func (*Spatial) SetRotationDegrees ¶ 

func (o *Spatial) SetRotationDegrees(eulerDegrees gdnative.Vector3)
        Undocumented
	Args: [{ false euler_degrees Vector3}], Returns: void

func (*Spatial) SetScale ¶ 

func (o *Spatial) SetScale(scale gdnative.Vector3)
        Undocumented
	Args: [{ false scale Vector3}], Returns: void

func (*Spatial) SetTransform ¶ 

func (o *Spatial) SetTransform(local gdnative.Transform)
        Undocumented
	Args: [{ false local Transform}], Returns: void

func (*Spatial) SetTranslation ¶ 

func (o *Spatial) SetTranslation(translation gdnative.Vector3)
        Undocumented
	Args: [{ false translation Vector3}], Returns: void

func (*Spatial) SetVisible ¶ 

func (o *Spatial) SetVisible(visible gdnative.Bool)
        Undocumented
	Args: [{ false visible bool}], Returns: void

func (*Spatial) Show ¶ 

func (o *Spatial) Show()
        Enables rendering of this node. Change Spatial Visible property to "True".
	Args: [], Returns: void

func (*Spatial) ToGlobal ¶ 

func (o *Spatial) ToGlobal(localPoint gdnative.Vector3) gdnative.Vector3
        Transforms [Vector3] "local_point" from this node's local space to world space.
	Args: [{ false local_point Vector3}], Returns: Vector3

func (*Spatial) ToLocal ¶ 

func (o *Spatial) ToLocal(globalPoint gdnative.Vector3) gdnative.Vector3
        Transforms [Vector3] "global_point" from world space to this node's local space.
	Args: [{ false global_point Vector3}], Returns: Vector3

func (*Spatial) Translate ¶ 

func (o *Spatial) Translate(offset gdnative.Vector3)
        Changes the node's position by given offset [Vector3].
	Args: [{ false offset Vector3}], Returns: void

func (*Spatial) TranslateObjectLocal ¶ 

func (o *Spatial) TranslateObjectLocal(offset gdnative.Vector3)

Args: [{ false offset Vector3}], Returns: void

func (*Spatial) UpdateGizmo ¶ 

func (o *Spatial) UpdateGizmo()
        Updates the [SpatialGizmo] of this node.
	Args: [], Returns: void

func (*Spatial) X_UpdateGizmo ¶ 

func (o *Spatial) X_UpdateGizmo()
        Undocumented
	Args: [], Returns: void

type SpatialGizmo ¶ 

type SpatialGizmo struct {
	Reference
	// contains filtered or unexported fields
}

func (*SpatialGizmo) BaseClass ¶ 

func (o *SpatialGizmo) BaseClass() string

type SpatialGizmoImplementer ¶ 

type SpatialGizmoImplementer interface {
	ReferenceImplementer
}

SpatialGizmoImplementer is an interface that implements the methods of the SpatialGizmo class.

type SpatialImplementer ¶ 

type SpatialImplementer interface {
	NodeImplementer
	X_UpdateGizmo()
	GetGizmo() SpatialGizmoImplementer
	GetGlobalTransform() gdnative.Transform
	GetParentSpatial() SpatialImplementer
	GetRotation() gdnative.Vector3
	GetRotationDegrees() gdnative.Vector3
	GetScale() gdnative.Vector3
	GetTransform() gdnative.Transform
	GetTranslation() gdnative.Vector3
	GetWorld() WorldImplementer
	GlobalRotate(axis gdnative.Vector3, angle gdnative.Real)
	GlobalScale(scale gdnative.Vector3)
	GlobalTranslate(offset gdnative.Vector3)
	Hide()
	IsLocalTransformNotificationEnabled() gdnative.Bool
	IsSetAsToplevel() gdnative.Bool
	IsTransformNotificationEnabled() gdnative.Bool
	IsVisible() gdnative.Bool
	IsVisibleInTree() gdnative.Bool
	LookAt(target gdnative.Vector3, up gdnative.Vector3)
	LookAtFromPosition(position gdnative.Vector3, target gdnative.Vector3, up gdnative.Vector3)
	Orthonormalize()
	Rotate(axis gdnative.Vector3, angle gdnative.Real)
	RotateObjectLocal(axis gdnative.Vector3, angle gdnative.Real)
	RotateX(angle gdnative.Real)
	RotateY(angle gdnative.Real)
	RotateZ(angle gdnative.Real)
	ScaleObjectLocal(scale gdnative.Vector3)
	SetAsToplevel(enable gdnative.Bool)
	SetGizmo(gizmo SpatialGizmoImplementer)
	SetGlobalTransform(global gdnative.Transform)
	SetIdentity()
	SetIgnoreTransformNotification(enabled gdnative.Bool)
	SetNotifyLocalTransform(enable gdnative.Bool)
	SetNotifyTransform(enable gdnative.Bool)
	SetRotation(euler gdnative.Vector3)
	SetRotationDegrees(eulerDegrees gdnative.Vector3)
	SetScale(scale gdnative.Vector3)
	SetTransform(local gdnative.Transform)
	SetTranslation(translation gdnative.Vector3)
	SetVisible(visible gdnative.Bool)
	Show()
	ToGlobal(localPoint gdnative.Vector3) gdnative.Vector3
	ToLocal(globalPoint gdnative.Vector3) gdnative.Vector3
	Translate(offset gdnative.Vector3)
	TranslateObjectLocal(offset gdnative.Vector3)
	UpdateGizmo()
}

SpatialImplementer is an interface that implements the methods of the Spatial class.

type SpatialMaterial ¶ 

type SpatialMaterial struct {
	Material
	// contains filtered or unexported fields
}

func (*SpatialMaterial) BaseClass ¶ 

func (o *SpatialMaterial) BaseClass() string

func (*SpatialMaterial) GetAlbedo ¶ 

func (o *SpatialMaterial) GetAlbedo() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*SpatialMaterial) GetAlphaScissorThreshold ¶ 

func (o *SpatialMaterial) GetAlphaScissorThreshold() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetAnisotropy ¶ 

func (o *SpatialMaterial) GetAnisotropy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetAoLightAffect ¶ 

func (o *SpatialMaterial) GetAoLightAffect() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetAoTextureChannel ¶ 

func (o *SpatialMaterial) GetAoTextureChannel() SpatialMaterialTextureChannel
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::TextureChannel

func (*SpatialMaterial) GetBillboardMode ¶ 

func (o *SpatialMaterial) GetBillboardMode() SpatialMaterialBillboardMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::BillboardMode

func (*SpatialMaterial) GetBlendMode ¶ 

func (o *SpatialMaterial) GetBlendMode() SpatialMaterialBlendMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::BlendMode

func (*SpatialMaterial) GetClearcoat ¶ 

func (o *SpatialMaterial) GetClearcoat() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetClearcoatGloss ¶ 

func (o *SpatialMaterial) GetClearcoatGloss() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetCullMode ¶ 

func (o *SpatialMaterial) GetCullMode() SpatialMaterialCullMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::CullMode

func (*SpatialMaterial) GetDepthDeepParallaxMaxLayers ¶ 

func (o *SpatialMaterial) GetDepthDeepParallaxMaxLayers() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SpatialMaterial) GetDepthDeepParallaxMinLayers ¶ 

func (o *SpatialMaterial) GetDepthDeepParallaxMinLayers() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SpatialMaterial) GetDepthDrawMode ¶ 

func (o *SpatialMaterial) GetDepthDrawMode() SpatialMaterialDepthDrawMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::DepthDrawMode

func (*SpatialMaterial) GetDepthScale ¶ 

func (o *SpatialMaterial) GetDepthScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetDetailBlendMode ¶ 

func (o *SpatialMaterial) GetDetailBlendMode() SpatialMaterialBlendMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::BlendMode

func (*SpatialMaterial) GetDetailUv ¶ 

func (o *SpatialMaterial) GetDetailUv() SpatialMaterialDetailUV
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::DetailUV

func (*SpatialMaterial) GetDiffuseMode ¶ 

func (o *SpatialMaterial) GetDiffuseMode() SpatialMaterialDiffuseMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::DiffuseMode

func (*SpatialMaterial) GetDistanceFadeMaxDistance ¶ 

func (o *SpatialMaterial) GetDistanceFadeMaxDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetDistanceFadeMinDistance ¶ 

func (o *SpatialMaterial) GetDistanceFadeMinDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetEmission ¶ 

func (o *SpatialMaterial) GetEmission() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*SpatialMaterial) GetEmissionEnergy ¶ 

func (o *SpatialMaterial) GetEmissionEnergy() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetEmissionOperator ¶ 

func (o *SpatialMaterial) GetEmissionOperator() SpatialMaterialEmissionOperator
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::EmissionOperator

func (*SpatialMaterial) GetFeature ¶ 

func (o *SpatialMaterial) GetFeature(feature gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false feature int}], Returns: bool

func (*SpatialMaterial) GetFlag ¶ 

func (o *SpatialMaterial) GetFlag(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*SpatialMaterial) GetGrow ¶ 

func (o *SpatialMaterial) GetGrow() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetLineWidth ¶ 

func (o *SpatialMaterial) GetLineWidth() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetMetallic ¶ 

func (o *SpatialMaterial) GetMetallic() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetMetallicTextureChannel ¶ 

func (o *SpatialMaterial) GetMetallicTextureChannel() SpatialMaterialTextureChannel
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::TextureChannel

func (*SpatialMaterial) GetNormalScale ¶ 

func (o *SpatialMaterial) GetNormalScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetParticlesAnimHFrames ¶ 

func (o *SpatialMaterial) GetParticlesAnimHFrames() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SpatialMaterial) GetParticlesAnimLoop ¶ 

func (o *SpatialMaterial) GetParticlesAnimLoop() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SpatialMaterial) GetParticlesAnimVFrames ¶ 

func (o *SpatialMaterial) GetParticlesAnimVFrames() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SpatialMaterial) GetPointSize ¶ 

func (o *SpatialMaterial) GetPointSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetProximityFadeDistance ¶ 

func (o *SpatialMaterial) GetProximityFadeDistance() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetRefraction ¶ 

func (o *SpatialMaterial) GetRefraction() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetRefractionTextureChannel ¶ 

func (o *SpatialMaterial) GetRefractionTextureChannel() SpatialMaterialTextureChannel
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::TextureChannel

func (*SpatialMaterial) GetRim ¶ 

func (o *SpatialMaterial) GetRim() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetRimTint ¶ 

func (o *SpatialMaterial) GetRimTint() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetRoughness ¶ 

func (o *SpatialMaterial) GetRoughness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetRoughnessTextureChannel ¶ 

func (o *SpatialMaterial) GetRoughnessTextureChannel() SpatialMaterialTextureChannel
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::TextureChannel

func (*SpatialMaterial) GetSpecular ¶ 

func (o *SpatialMaterial) GetSpecular() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetSpecularMode ¶ 

func (o *SpatialMaterial) GetSpecularMode() SpatialMaterialSpecularMode
        Undocumented
	Args: [], Returns: enum.SpatialMaterial::SpecularMode

func (*SpatialMaterial) GetSubsurfaceScatteringStrength ¶ 

func (o *SpatialMaterial) GetSubsurfaceScatteringStrength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetTexture ¶ 

func (o *SpatialMaterial) GetTexture(param gdnative.Int) TextureImplementer
        Undocumented
	Args: [{ false param int}], Returns: Texture

func (*SpatialMaterial) GetTransmission ¶ 

func (o *SpatialMaterial) GetTransmission() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*SpatialMaterial) GetUv1Offset ¶ 

func (o *SpatialMaterial) GetUv1Offset() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*SpatialMaterial) GetUv1Scale ¶ 

func (o *SpatialMaterial) GetUv1Scale() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*SpatialMaterial) GetUv1TriplanarBlendSharpness ¶ 

func (o *SpatialMaterial) GetUv1TriplanarBlendSharpness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) GetUv2Offset ¶ 

func (o *SpatialMaterial) GetUv2Offset() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*SpatialMaterial) GetUv2Scale ¶ 

func (o *SpatialMaterial) GetUv2Scale() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*SpatialMaterial) GetUv2TriplanarBlendSharpness ¶ 

func (o *SpatialMaterial) GetUv2TriplanarBlendSharpness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpatialMaterial) IsDepthDeepParallaxEnabled ¶ 

func (o *SpatialMaterial) IsDepthDeepParallaxEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpatialMaterial) IsDistanceFadeEnabled ¶ 

func (o *SpatialMaterial) IsDistanceFadeEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpatialMaterial) IsGrowEnabled ¶ 

func (o *SpatialMaterial) IsGrowEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpatialMaterial) IsProximityFadeEnabled ¶ 

func (o *SpatialMaterial) IsProximityFadeEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpatialMaterial) SetAlbedo ¶ 

func (o *SpatialMaterial) SetAlbedo(albedo gdnative.Color)
        Undocumented
	Args: [{ false albedo Color}], Returns: void

func (*SpatialMaterial) SetAlphaScissorThreshold ¶ 

func (o *SpatialMaterial) SetAlphaScissorThreshold(threshold gdnative.Real)
        Undocumented
	Args: [{ false threshold float}], Returns: void

func (*SpatialMaterial) SetAnisotropy ¶ 

func (o *SpatialMaterial) SetAnisotropy(anisotropy gdnative.Real)
        Undocumented
	Args: [{ false anisotropy float}], Returns: void

func (*SpatialMaterial) SetAoLightAffect ¶ 

func (o *SpatialMaterial) SetAoLightAffect(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*SpatialMaterial) SetAoTextureChannel ¶ 

func (o *SpatialMaterial) SetAoTextureChannel(channel gdnative.Int)
        Undocumented
	Args: [{ false channel int}], Returns: void

func (*SpatialMaterial) SetBillboardMode ¶ 

func (o *SpatialMaterial) SetBillboardMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*SpatialMaterial) SetBlendMode ¶ 

func (o *SpatialMaterial) SetBlendMode(blendMode gdnative.Int)
        Undocumented
	Args: [{ false blend_mode int}], Returns: void

func (*SpatialMaterial) SetClearcoat ¶ 

func (o *SpatialMaterial) SetClearcoat(clearcoat gdnative.Real)
        Undocumented
	Args: [{ false clearcoat float}], Returns: void

func (*SpatialMaterial) SetClearcoatGloss ¶ 

func (o *SpatialMaterial) SetClearcoatGloss(clearcoatGloss gdnative.Real)
        Undocumented
	Args: [{ false clearcoat_gloss float}], Returns: void

func (*SpatialMaterial) SetCullMode ¶ 

func (o *SpatialMaterial) SetCullMode(cullMode gdnative.Int)
        Undocumented
	Args: [{ false cull_mode int}], Returns: void

func (*SpatialMaterial) SetDepthDeepParallax ¶ 

func (o *SpatialMaterial) SetDepthDeepParallax(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SpatialMaterial) SetDepthDeepParallaxMaxLayers ¶ 

func (o *SpatialMaterial) SetDepthDeepParallaxMaxLayers(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*SpatialMaterial) SetDepthDeepParallaxMinLayers ¶ 

func (o *SpatialMaterial) SetDepthDeepParallaxMinLayers(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*SpatialMaterial) SetDepthDrawMode ¶ 

func (o *SpatialMaterial) SetDepthDrawMode(depthDrawMode gdnative.Int)
        Undocumented
	Args: [{ false depth_draw_mode int}], Returns: void

func (*SpatialMaterial) SetDepthScale ¶ 

func (o *SpatialMaterial) SetDepthScale(depthScale gdnative.Real)
        Undocumented
	Args: [{ false depth_scale float}], Returns: void

func (*SpatialMaterial) SetDetailBlendMode ¶ 

func (o *SpatialMaterial) SetDetailBlendMode(detailBlendMode gdnative.Int)
        Undocumented
	Args: [{ false detail_blend_mode int}], Returns: void

func (*SpatialMaterial) SetDetailUv ¶ 

func (o *SpatialMaterial) SetDetailUv(detailUv gdnative.Int)
        Undocumented
	Args: [{ false detail_uv int}], Returns: void

func (*SpatialMaterial) SetDiffuseMode ¶ 

func (o *SpatialMaterial) SetDiffuseMode(diffuseMode gdnative.Int)
        Undocumented
	Args: [{ false diffuse_mode int}], Returns: void

func (*SpatialMaterial) SetDistanceFade ¶ 

func (o *SpatialMaterial) SetDistanceFade(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*SpatialMaterial) SetDistanceFadeMaxDistance ¶ 

func (o *SpatialMaterial) SetDistanceFadeMaxDistance(distance gdnative.Real)
        Undocumented
	Args: [{ false distance float}], Returns: void

func (*SpatialMaterial) SetDistanceFadeMinDistance ¶ 

func (o *SpatialMaterial) SetDistanceFadeMinDistance(distance gdnative.Real)
        Undocumented
	Args: [{ false distance float}], Returns: void

func (*SpatialMaterial) SetEmission ¶ 

func (o *SpatialMaterial) SetEmission(emission gdnative.Color)
        Undocumented
	Args: [{ false emission Color}], Returns: void

func (*SpatialMaterial) SetEmissionEnergy ¶ 

func (o *SpatialMaterial) SetEmissionEnergy(emissionEnergy gdnative.Real)
        Undocumented
	Args: [{ false emission_energy float}], Returns: void

func (*SpatialMaterial) SetEmissionOperator ¶ 

func (o *SpatialMaterial) SetEmissionOperator(operator gdnative.Int)
        Undocumented
	Args: [{ false operator int}], Returns: void

func (*SpatialMaterial) SetFeature ¶ 

func (o *SpatialMaterial) SetFeature(feature gdnative.Int, enable gdnative.Bool)
        Undocumented
	Args: [{ false feature int} { false enable bool}], Returns: void

func (*SpatialMaterial) SetFlag ¶ 

func (o *SpatialMaterial) SetFlag(flag gdnative.Int, enable gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false enable bool}], Returns: void

func (*SpatialMaterial) SetGrow ¶ 

func (o *SpatialMaterial) SetGrow(amount gdnative.Real)
        Undocumented
	Args: [{ false amount float}], Returns: void

func (*SpatialMaterial) SetGrowEnabled ¶ 

func (o *SpatialMaterial) SetGrowEnabled(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SpatialMaterial) SetLineWidth ¶ 

func (o *SpatialMaterial) SetLineWidth(lineWidth gdnative.Real)
        Undocumented
	Args: [{ false line_width float}], Returns: void

func (*SpatialMaterial) SetMetallic ¶ 

func (o *SpatialMaterial) SetMetallic(metallic gdnative.Real)
        Undocumented
	Args: [{ false metallic float}], Returns: void

func (*SpatialMaterial) SetMetallicTextureChannel ¶ 

func (o *SpatialMaterial) SetMetallicTextureChannel(channel gdnative.Int)
        Undocumented
	Args: [{ false channel int}], Returns: void

func (*SpatialMaterial) SetNormalScale ¶ 

func (o *SpatialMaterial) SetNormalScale(normalScale gdnative.Real)
        Undocumented
	Args: [{ false normal_scale float}], Returns: void

func (*SpatialMaterial) SetParticlesAnimHFrames ¶ 

func (o *SpatialMaterial) SetParticlesAnimHFrames(frames gdnative.Int)
        Undocumented
	Args: [{ false frames int}], Returns: void

func (*SpatialMaterial) SetParticlesAnimLoop ¶ 

func (o *SpatialMaterial) SetParticlesAnimLoop(frames gdnative.Int)
        Undocumented
	Args: [{ false frames int}], Returns: void

func (*SpatialMaterial) SetParticlesAnimVFrames ¶ 

func (o *SpatialMaterial) SetParticlesAnimVFrames(frames gdnative.Int)
        Undocumented
	Args: [{ false frames int}], Returns: void

func (*SpatialMaterial) SetPointSize ¶ 

func (o *SpatialMaterial) SetPointSize(pointSize gdnative.Real)
        Undocumented
	Args: [{ false point_size float}], Returns: void

func (*SpatialMaterial) SetProximityFade ¶ 

func (o *SpatialMaterial) SetProximityFade(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*SpatialMaterial) SetProximityFadeDistance ¶ 

func (o *SpatialMaterial) SetProximityFadeDistance(distance gdnative.Real)
        Undocumented
	Args: [{ false distance float}], Returns: void

func (*SpatialMaterial) SetRefraction ¶ 

func (o *SpatialMaterial) SetRefraction(refraction gdnative.Real)
        Undocumented
	Args: [{ false refraction float}], Returns: void

func (*SpatialMaterial) SetRefractionTextureChannel ¶ 

func (o *SpatialMaterial) SetRefractionTextureChannel(channel gdnative.Int)
        Undocumented
	Args: [{ false channel int}], Returns: void

func (*SpatialMaterial) SetRim ¶ 

func (o *SpatialMaterial) SetRim(rim gdnative.Real)
        Undocumented
	Args: [{ false rim float}], Returns: void

func (*SpatialMaterial) SetRimTint ¶ 

func (o *SpatialMaterial) SetRimTint(rimTint gdnative.Real)
        Undocumented
	Args: [{ false rim_tint float}], Returns: void

func (*SpatialMaterial) SetRoughness ¶ 

func (o *SpatialMaterial) SetRoughness(roughness gdnative.Real)
        Undocumented
	Args: [{ false roughness float}], Returns: void

func (*SpatialMaterial) SetRoughnessTextureChannel ¶ 

func (o *SpatialMaterial) SetRoughnessTextureChannel(channel gdnative.Int)
        Undocumented
	Args: [{ false channel int}], Returns: void

func (*SpatialMaterial) SetSpecular ¶ 

func (o *SpatialMaterial) SetSpecular(specular gdnative.Real)
        Undocumented
	Args: [{ false specular float}], Returns: void

func (*SpatialMaterial) SetSpecularMode ¶ 

func (o *SpatialMaterial) SetSpecularMode(specularMode gdnative.Int)
        Undocumented
	Args: [{ false specular_mode int}], Returns: void

func (*SpatialMaterial) SetSubsurfaceScatteringStrength ¶ 

func (o *SpatialMaterial) SetSubsurfaceScatteringStrength(strength gdnative.Real)
        Undocumented
	Args: [{ false strength float}], Returns: void

func (*SpatialMaterial) SetTexture ¶ 

func (o *SpatialMaterial) SetTexture(param gdnative.Int, texture TextureImplementer)
        Undocumented
	Args: [{ false param int} { false texture Texture}], Returns: void

func (*SpatialMaterial) SetTransmission ¶ 

func (o *SpatialMaterial) SetTransmission(transmission gdnative.Color)
        Undocumented
	Args: [{ false transmission Color}], Returns: void

func (*SpatialMaterial) SetUv1Offset ¶ 

func (o *SpatialMaterial) SetUv1Offset(offset gdnative.Vector3)
        Undocumented
	Args: [{ false offset Vector3}], Returns: void

func (*SpatialMaterial) SetUv1Scale ¶ 

func (o *SpatialMaterial) SetUv1Scale(scale gdnative.Vector3)
        Undocumented
	Args: [{ false scale Vector3}], Returns: void

func (*SpatialMaterial) SetUv1TriplanarBlendSharpness ¶ 

func (o *SpatialMaterial) SetUv1TriplanarBlendSharpness(sharpness gdnative.Real)
        Undocumented
	Args: [{ false sharpness float}], Returns: void

func (*SpatialMaterial) SetUv2Offset ¶ 

func (o *SpatialMaterial) SetUv2Offset(offset gdnative.Vector3)
        Undocumented
	Args: [{ false offset Vector3}], Returns: void

func (*SpatialMaterial) SetUv2Scale ¶ 

func (o *SpatialMaterial) SetUv2Scale(scale gdnative.Vector3)
        Undocumented
	Args: [{ false scale Vector3}], Returns: void

func (*SpatialMaterial) SetUv2TriplanarBlendSharpness ¶ 

func (o *SpatialMaterial) SetUv2TriplanarBlendSharpness(sharpness gdnative.Real)
        Undocumented
	Args: [{ false sharpness float}], Returns: void

type SpatialMaterialBillboardMode ¶ 

type SpatialMaterialBillboardMode int

SpatialMaterialBillboardMode is an enum for BillboardMode values. 

const (
	SpatialMaterialBillboardDisabled  SpatialMaterialBillboardMode = 0
	SpatialMaterialBillboardEnabled   SpatialMaterialBillboardMode = 1
	SpatialMaterialBillboardFixedY    SpatialMaterialBillboardMode = 2
	SpatialMaterialBillboardParticles SpatialMaterialBillboardMode = 3
)

type SpatialMaterialBlendMode ¶ 

type SpatialMaterialBlendMode int

SpatialMaterialBlendMode is an enum for BlendMode values. 

const (
	SpatialMaterialBlendModeAdd SpatialMaterialBlendMode = 1
	SpatialMaterialBlendModeMix SpatialMaterialBlendMode = 0
	SpatialMaterialBlendModeMul SpatialMaterialBlendMode = 3
	SpatialMaterialBlendModeSub SpatialMaterialBlendMode = 2
)

type SpatialMaterialCullMode ¶ 

type SpatialMaterialCullMode int

SpatialMaterialCullMode is an enum for CullMode values. 

const (
	SpatialMaterialCullBack     SpatialMaterialCullMode = 0
	SpatialMaterialCullDisabled SpatialMaterialCullMode = 2
	SpatialMaterialCullFront    SpatialMaterialCullMode = 1
)

type SpatialMaterialDepthDrawMode ¶ 

type SpatialMaterialDepthDrawMode int

SpatialMaterialDepthDrawMode is an enum for DepthDrawMode values. 

const (
	SpatialMaterialDepthDrawAlphaOpaquePrepass SpatialMaterialDepthDrawMode = 3
	SpatialMaterialDepthDrawAlways             SpatialMaterialDepthDrawMode = 1
	SpatialMaterialDepthDrawDisabled           SpatialMaterialDepthDrawMode = 2
	SpatialMaterialDepthDrawOpaqueOnly         SpatialMaterialDepthDrawMode = 0
)

type SpatialMaterialDetailUV ¶ 

type SpatialMaterialDetailUV int

SpatialMaterialDetailUV is an enum for DetailUV values. 

const (
	SpatialMaterialDetailUv1 SpatialMaterialDetailUV = 0
	SpatialMaterialDetailUv2 SpatialMaterialDetailUV = 1
)

type SpatialMaterialDiffuseMode ¶ 

type SpatialMaterialDiffuseMode int

SpatialMaterialDiffuseMode is an enum for DiffuseMode values. 

const (
	SpatialMaterialDiffuseBurley      SpatialMaterialDiffuseMode = 0
	SpatialMaterialDiffuseLambert     SpatialMaterialDiffuseMode = 1
	SpatialMaterialDiffuseLambertWrap SpatialMaterialDiffuseMode = 2
	SpatialMaterialDiffuseOrenNayar   SpatialMaterialDiffuseMode = 3
	SpatialMaterialDiffuseToon        SpatialMaterialDiffuseMode = 4
)

type SpatialMaterialEmissionOperator ¶ 

type SpatialMaterialEmissionOperator int

SpatialMaterialEmissionOperator is an enum for EmissionOperator values. 

const (
	SpatialMaterialEmissionOpAdd      SpatialMaterialEmissionOperator = 0
	SpatialMaterialEmissionOpMultiply SpatialMaterialEmissionOperator = 1
)

type SpatialMaterialFeature ¶ 

type SpatialMaterialFeature int

SpatialMaterialFeature is an enum for Feature values. 

const (
	SpatialMaterialFeatureAmbientOcclusion    SpatialMaterialFeature = 6
	SpatialMaterialFeatureAnisotropy          SpatialMaterialFeature = 5
	SpatialMaterialFeatureClearcoat           SpatialMaterialFeature = 4
	SpatialMaterialFeatureDepthMapping        SpatialMaterialFeature = 7
	SpatialMaterialFeatureDetail              SpatialMaterialFeature = 11
	SpatialMaterialFeatureEmission            SpatialMaterialFeature = 1
	SpatialMaterialFeatureMax                 SpatialMaterialFeature = 12
	SpatialMaterialFeatureNormalMapping       SpatialMaterialFeature = 2
	SpatialMaterialFeatureRefraction          SpatialMaterialFeature = 10
	SpatialMaterialFeatureRim                 SpatialMaterialFeature = 3
	SpatialMaterialFeatureSubsuraceScattering SpatialMaterialFeature = 8
	SpatialMaterialFeatureTransmission        SpatialMaterialFeature = 9
	SpatialMaterialFeatureTransparent         SpatialMaterialFeature = 0
)

type SpatialMaterialFlags ¶ 

type SpatialMaterialFlags int

SpatialMaterialFlags is an enum for Flags values. 

const (
	SpatialMaterialFlagAlbedoFromVertexColor  SpatialMaterialFlags = 3
	SpatialMaterialFlagAlbedoTextureForceSrgb SpatialMaterialFlags = 13
	SpatialMaterialFlagAoOnUv2                SpatialMaterialFlags = 10
	SpatialMaterialFlagDisableDepthTest       SpatialMaterialFlags = 2
	SpatialMaterialFlagEmissionOnUv2          SpatialMaterialFlags = 11
	SpatialMaterialFlagFixedSize              SpatialMaterialFlags = 6
	SpatialMaterialFlagMax                    SpatialMaterialFlags = 14
	SpatialMaterialFlagSrgbVertexColor        SpatialMaterialFlags = 4
	SpatialMaterialFlagTriplanarUseWorld      SpatialMaterialFlags = 9
	SpatialMaterialFlagUnshaded               SpatialMaterialFlags = 0
	SpatialMaterialFlagUseAlphaScissor        SpatialMaterialFlags = 12
	SpatialMaterialFlagUsePointSize           SpatialMaterialFlags = 5
	SpatialMaterialFlagUseVertexLighting      SpatialMaterialFlags = 1
	SpatialMaterialFlagUv1UseTriplanar        SpatialMaterialFlags = 7
	SpatialMaterialFlagUv2UseTriplanar        SpatialMaterialFlags = 8
)

type SpatialMaterialImplementer ¶ 

type SpatialMaterialImplementer interface {
	MaterialImplementer
	GetAlbedo() gdnative.Color
	GetAlphaScissorThreshold() gdnative.Real
	GetAnisotropy() gdnative.Real
	GetAoLightAffect() gdnative.Real
	GetClearcoat() gdnative.Real
	GetClearcoatGloss() gdnative.Real
	GetDepthDeepParallaxMaxLayers() gdnative.Int
	GetDepthDeepParallaxMinLayers() gdnative.Int
	GetDepthScale() gdnative.Real
	GetDistanceFadeMaxDistance() gdnative.Real
	GetDistanceFadeMinDistance() gdnative.Real
	GetEmission() gdnative.Color
	GetEmissionEnergy() gdnative.Real
	GetFeature(feature gdnative.Int) gdnative.Bool
	GetFlag(flag gdnative.Int) gdnative.Bool
	GetGrow() gdnative.Real
	GetLineWidth() gdnative.Real
	GetMetallic() gdnative.Real
	GetNormalScale() gdnative.Real
	GetParticlesAnimHFrames() gdnative.Int
	GetParticlesAnimLoop() gdnative.Int
	GetParticlesAnimVFrames() gdnative.Int
	GetPointSize() gdnative.Real
	GetProximityFadeDistance() gdnative.Real
	GetRefraction() gdnative.Real
	GetRim() gdnative.Real
	GetRimTint() gdnative.Real
	GetRoughness() gdnative.Real
	GetSpecular() gdnative.Real
	GetSubsurfaceScatteringStrength() gdnative.Real
	GetTexture(param gdnative.Int) TextureImplementer
	GetTransmission() gdnative.Color
	GetUv1Offset() gdnative.Vector3
	GetUv1Scale() gdnative.Vector3
	GetUv1TriplanarBlendSharpness() gdnative.Real
	GetUv2Offset() gdnative.Vector3
	GetUv2Scale() gdnative.Vector3
	GetUv2TriplanarBlendSharpness() gdnative.Real
	IsDepthDeepParallaxEnabled() gdnative.Bool
	IsDistanceFadeEnabled() gdnative.Bool
	IsGrowEnabled() gdnative.Bool
	IsProximityFadeEnabled() gdnative.Bool
	SetAlbedo(albedo gdnative.Color)
	SetAlphaScissorThreshold(threshold gdnative.Real)
	SetAnisotropy(anisotropy gdnative.Real)
	SetAoLightAffect(amount gdnative.Real)
	SetAoTextureChannel(channel gdnative.Int)
	SetBillboardMode(mode gdnative.Int)
	SetBlendMode(blendMode gdnative.Int)
	SetClearcoat(clearcoat gdnative.Real)
	SetClearcoatGloss(clearcoatGloss gdnative.Real)
	SetCullMode(cullMode gdnative.Int)
	SetDepthDeepParallax(enable gdnative.Bool)
	SetDepthDeepParallaxMaxLayers(layer gdnative.Int)
	SetDepthDeepParallaxMinLayers(layer gdnative.Int)
	SetDepthDrawMode(depthDrawMode gdnative.Int)
	SetDepthScale(depthScale gdnative.Real)
	SetDetailBlendMode(detailBlendMode gdnative.Int)
	SetDetailUv(detailUv gdnative.Int)
	SetDiffuseMode(diffuseMode gdnative.Int)
	SetDistanceFade(enabled gdnative.Bool)
	SetDistanceFadeMaxDistance(distance gdnative.Real)
	SetDistanceFadeMinDistance(distance gdnative.Real)
	SetEmission(emission gdnative.Color)
	SetEmissionEnergy(emissionEnergy gdnative.Real)
	SetEmissionOperator(operator gdnative.Int)
	SetFeature(feature gdnative.Int, enable gdnative.Bool)
	SetFlag(flag gdnative.Int, enable gdnative.Bool)
	SetGrow(amount gdnative.Real)
	SetGrowEnabled(enable gdnative.Bool)
	SetLineWidth(lineWidth gdnative.Real)
	SetMetallic(metallic gdnative.Real)
	SetMetallicTextureChannel(channel gdnative.Int)
	SetNormalScale(normalScale gdnative.Real)
	SetParticlesAnimHFrames(frames gdnative.Int)
	SetParticlesAnimLoop(frames gdnative.Int)
	SetParticlesAnimVFrames(frames gdnative.Int)
	SetPointSize(pointSize gdnative.Real)
	SetProximityFade(enabled gdnative.Bool)
	SetProximityFadeDistance(distance gdnative.Real)
	SetRefraction(refraction gdnative.Real)
	SetRefractionTextureChannel(channel gdnative.Int)
	SetRim(rim gdnative.Real)
	SetRimTint(rimTint gdnative.Real)
	SetRoughness(roughness gdnative.Real)
	SetRoughnessTextureChannel(channel gdnative.Int)
	SetSpecular(specular gdnative.Real)
	SetSpecularMode(specularMode gdnative.Int)
	SetSubsurfaceScatteringStrength(strength gdnative.Real)
	SetTexture(param gdnative.Int, texture TextureImplementer)
	SetTransmission(transmission gdnative.Color)
	SetUv1Offset(offset gdnative.Vector3)
	SetUv1Scale(scale gdnative.Vector3)
	SetUv1TriplanarBlendSharpness(sharpness gdnative.Real)
	SetUv2Offset(offset gdnative.Vector3)
	SetUv2Scale(scale gdnative.Vector3)
	SetUv2TriplanarBlendSharpness(sharpness gdnative.Real)
}

SpatialMaterialImplementer is an interface that implements the methods of the SpatialMaterial class.

type SpatialMaterialSpecularMode ¶ 

type SpatialMaterialSpecularMode int

SpatialMaterialSpecularMode is an enum for SpecularMode values. 

const (
	SpatialMaterialSpecularBlinn      SpatialMaterialSpecularMode = 1
	SpatialMaterialSpecularDisabled   SpatialMaterialSpecularMode = 4
	SpatialMaterialSpecularPhong      SpatialMaterialSpecularMode = 2
	SpatialMaterialSpecularSchlickGgx SpatialMaterialSpecularMode = 0
	SpatialMaterialSpecularToon       SpatialMaterialSpecularMode = 3
)

type SpatialMaterialTextureChannel ¶ 

type SpatialMaterialTextureChannel int

SpatialMaterialTextureChannel is an enum for TextureChannel values. 

const (
	SpatialMaterialTextureChannelAlpha     SpatialMaterialTextureChannel = 3
	SpatialMaterialTextureChannelBlue      SpatialMaterialTextureChannel = 2
	SpatialMaterialTextureChannelGrayscale SpatialMaterialTextureChannel = 4
	SpatialMaterialTextureChannelGreen     SpatialMaterialTextureChannel = 1
	SpatialMaterialTextureChannelRed       SpatialMaterialTextureChannel = 0
)

type SpatialMaterialTextureParam ¶ 

type SpatialMaterialTextureParam int

SpatialMaterialTextureParam is an enum for TextureParam values. 

const (
	SpatialMaterialTextureAlbedo               SpatialMaterialTextureParam = 0
	SpatialMaterialTextureAmbientOcclusion     SpatialMaterialTextureParam = 8
	SpatialMaterialTextureClearcoat            SpatialMaterialTextureParam = 6
	SpatialMaterialTextureDepth                SpatialMaterialTextureParam = 9
	SpatialMaterialTextureDetailAlbedo         SpatialMaterialTextureParam = 14
	SpatialMaterialTextureDetailMask           SpatialMaterialTextureParam = 13
	SpatialMaterialTextureDetailNormal         SpatialMaterialTextureParam = 15
	SpatialMaterialTextureEmission             SpatialMaterialTextureParam = 3
	SpatialMaterialTextureFlowmap              SpatialMaterialTextureParam = 7
	SpatialMaterialTextureMax                  SpatialMaterialTextureParam = 16
	SpatialMaterialTextureMetallic             SpatialMaterialTextureParam = 1
	SpatialMaterialTextureNormal               SpatialMaterialTextureParam = 4
	SpatialMaterialTextureRefraction           SpatialMaterialTextureParam = 12
	SpatialMaterialTextureRim                  SpatialMaterialTextureParam = 5
	SpatialMaterialTextureRoughness            SpatialMaterialTextureParam = 2
	SpatialMaterialTextureSubsurfaceScattering SpatialMaterialTextureParam = 10
	SpatialMaterialTextureTransmission         SpatialMaterialTextureParam = 11
)

type SpatialVelocityTracker ¶ 

type SpatialVelocityTracker struct {
	Reference
	// contains filtered or unexported fields
}

func (*SpatialVelocityTracker) BaseClass ¶ 

func (o *SpatialVelocityTracker) BaseClass() string

func (*SpatialVelocityTracker) GetTrackedLinearVelocity ¶ 

func (o *SpatialVelocityTracker) GetTrackedLinearVelocity() gdnative.Vector3

Args: [], Returns: Vector3

func (*SpatialVelocityTracker) IsTrackingPhysicsStep ¶ 

func (o *SpatialVelocityTracker) IsTrackingPhysicsStep() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpatialVelocityTracker) Reset ¶ 

func (o *SpatialVelocityTracker) Reset(position gdnative.Vector3)

Args: [{ false position Vector3}], Returns: void

func (*SpatialVelocityTracker) SetTrackPhysicsStep ¶ 

func (o *SpatialVelocityTracker) SetTrackPhysicsStep(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*SpatialVelocityTracker) UpdatePosition ¶ 

func (o *SpatialVelocityTracker) UpdatePosition(position gdnative.Vector3)

Args: [{ false position Vector3}], Returns: void

type SpatialVelocityTrackerImplementer ¶ 

type SpatialVelocityTrackerImplementer interface {
	ReferenceImplementer
	GetTrackedLinearVelocity() gdnative.Vector3
	IsTrackingPhysicsStep() gdnative.Bool
	Reset(position gdnative.Vector3)
	SetTrackPhysicsStep(enable gdnative.Bool)
	UpdatePosition(position gdnative.Vector3)
}

SpatialVelocityTrackerImplementer is an interface that implements the methods of the SpatialVelocityTracker class.

type SphereMesh ¶ 

type SphereMesh struct {
	PrimitiveMesh
	// contains filtered or unexported fields
}

Class representing a spherical PrimitiveMesh.

func (*SphereMesh) BaseClass ¶ 

func (o *SphereMesh) BaseClass() string

func (*SphereMesh) GetHeight ¶ 

func (o *SphereMesh) GetHeight() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SphereMesh) GetIsHemisphere ¶ 

func (o *SphereMesh) GetIsHemisphere() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SphereMesh) GetRadialSegments ¶ 

func (o *SphereMesh) GetRadialSegments() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SphereMesh) GetRadius ¶ 

func (o *SphereMesh) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SphereMesh) GetRings ¶ 

func (o *SphereMesh) GetRings() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SphereMesh) SetHeight ¶ 

func (o *SphereMesh) SetHeight(height gdnative.Real)
        Undocumented
	Args: [{ false height float}], Returns: void

func (*SphereMesh) SetIsHemisphere ¶ 

func (o *SphereMesh) SetIsHemisphere(isHemisphere gdnative.Bool)
        Undocumented
	Args: [{ false is_hemisphere bool}], Returns: void

func (*SphereMesh) SetRadialSegments ¶ 

func (o *SphereMesh) SetRadialSegments(radialSegments gdnative.Int)
        Undocumented
	Args: [{ false radial_segments int}], Returns: void

func (*SphereMesh) SetRadius ¶ 

func (o *SphereMesh) SetRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

func (*SphereMesh) SetRings ¶ 

func (o *SphereMesh) SetRings(rings gdnative.Int)
        Undocumented
	Args: [{ false rings int}], Returns: void

type SphereMeshImplementer ¶ 

type SphereMeshImplementer interface {
	PrimitiveMeshImplementer
	GetHeight() gdnative.Real
	GetIsHemisphere() gdnative.Bool
	GetRadialSegments() gdnative.Int
	GetRadius() gdnative.Real
	GetRings() gdnative.Int
	SetHeight(height gdnative.Real)
	SetIsHemisphere(isHemisphere gdnative.Bool)
	SetRadialSegments(radialSegments gdnative.Int)
	SetRadius(radius gdnative.Real)
	SetRings(rings gdnative.Int)
}

SphereMeshImplementer is an interface that implements the methods of the SphereMesh class.

type SphereShape ¶ 

type SphereShape struct {
	Shape
	// contains filtered or unexported fields
}

Sphere shape for 3D collisions, which can be set into a PhysicsBody or Area. This shape is useful for modeling sphere-like 3D objects.

func (*SphereShape) BaseClass ¶ 

func (o *SphereShape) BaseClass() string

func (*SphereShape) GetRadius ¶ 

func (o *SphereShape) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SphereShape) SetRadius ¶ 

func (o *SphereShape) SetRadius(radius gdnative.Real)
        Undocumented
	Args: [{ false radius float}], Returns: void

type SphereShapeImplementer ¶ 

type SphereShapeImplementer interface {
	ShapeImplementer
	GetRadius() gdnative.Real
	SetRadius(radius gdnative.Real)
}

SphereShapeImplementer is an interface that implements the methods of the SphereShape class.

type SpinBox ¶ 

type SpinBox struct {
	Range
	// contains filtered or unexported fields
}

SpinBox is a numerical input text field. It allows entering integers and floats.

func (*SpinBox) BaseClass ¶ 

func (o *SpinBox) BaseClass() string

func (*SpinBox) GetLineEdit ¶ 

func (o *SpinBox) GetLineEdit() LineEditImplementer

Args: [], Returns: LineEdit

func (*SpinBox) GetPrefix ¶ 

func (o *SpinBox) GetPrefix() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*SpinBox) GetSuffix ¶ 

func (o *SpinBox) GetSuffix() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*SpinBox) IsEditable ¶ 

func (o *SpinBox) IsEditable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpinBox) SetEditable ¶ 

func (o *SpinBox) SetEditable(editable gdnative.Bool)
        Undocumented
	Args: [{ false editable bool}], Returns: void

func (*SpinBox) SetPrefix ¶ 

func (o *SpinBox) SetPrefix(prefix gdnative.String)
        Undocumented
	Args: [{ false prefix String}], Returns: void

func (*SpinBox) SetSuffix ¶ 

func (o *SpinBox) SetSuffix(suffix gdnative.String)
        Undocumented
	Args: [{ false suffix String}], Returns: void

func (*SpinBox) X_GuiInput ¶ 

func (o *SpinBox) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*SpinBox) X_LineEditFocusExit ¶ 

func (o *SpinBox) X_LineEditFocusExit()
        Undocumented
	Args: [], Returns: void

func (*SpinBox) X_LineEditInput ¶ 

func (o *SpinBox) X_LineEditInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*SpinBox) X_RangeClickTimeout ¶ 

func (o *SpinBox) X_RangeClickTimeout()
        Undocumented
	Args: [], Returns: void

func (*SpinBox) X_TextEntered ¶ 

func (o *SpinBox) X_TextEntered(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

type SpinBoxImplementer ¶ 

type SpinBoxImplementer interface {
	RangeImplementer
	X_LineEditFocusExit()
	X_LineEditInput(arg0 InputEventImplementer)
	X_RangeClickTimeout()
	X_TextEntered(arg0 gdnative.String)
	GetLineEdit() LineEditImplementer
	GetPrefix() gdnative.String
	GetSuffix() gdnative.String
	IsEditable() gdnative.Bool
	SetEditable(editable gdnative.Bool)
	SetPrefix(prefix gdnative.String)
	SetSuffix(suffix gdnative.String)
}

SpinBoxImplementer is an interface that implements the methods of the SpinBox class.

type SplitContainer ¶ 

type SplitContainer struct {
	Container
	// contains filtered or unexported fields
}

Container for splitting two controls vertically or horizontally, with a grabber that allows adjusting the split offset or ratio.

func (*SplitContainer) BaseClass ¶ 

func (o *SplitContainer) BaseClass() string

func (*SplitContainer) GetDraggerVisibility ¶ 

func (o *SplitContainer) GetDraggerVisibility() SplitContainerDraggerVisibility
        Undocumented
	Args: [], Returns: enum.SplitContainer::DraggerVisibility

func (*SplitContainer) GetSplitOffset ¶ 

func (o *SplitContainer) GetSplitOffset() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*SplitContainer) IsCollapsed ¶ 

func (o *SplitContainer) IsCollapsed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SplitContainer) SetCollapsed ¶ 

func (o *SplitContainer) SetCollapsed(collapsed gdnative.Bool)
        Undocumented
	Args: [{ false collapsed bool}], Returns: void

func (*SplitContainer) SetDraggerVisibility ¶ 

func (o *SplitContainer) SetDraggerVisibility(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*SplitContainer) SetSplitOffset ¶ 

func (o *SplitContainer) SetSplitOffset(offset gdnative.Int)
        Undocumented
	Args: [{ false offset int}], Returns: void

func (*SplitContainer) X_GuiInput ¶ 

func (o *SplitContainer) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type SplitContainerDraggerVisibility ¶ 

type SplitContainerDraggerVisibility int

SplitContainerDraggerVisibility is an enum for DraggerVisibility values. 

const (
	SplitContainerDraggerHidden          SplitContainerDraggerVisibility = 1
	SplitContainerDraggerHiddenCollapsed SplitContainerDraggerVisibility = 2
	SplitContainerDraggerVisible         SplitContainerDraggerVisibility = 0
)

type SplitContainerImplementer ¶ 

type SplitContainerImplementer interface {
	ContainerImplementer
	GetSplitOffset() gdnative.Int
	IsCollapsed() gdnative.Bool
	SetCollapsed(collapsed gdnative.Bool)
	SetDraggerVisibility(mode gdnative.Int)
	SetSplitOffset(offset gdnative.Int)
}

SplitContainerImplementer is an interface that implements the methods of the SplitContainer class.

type SpotLight ¶ 

type SpotLight struct {
	Light
	// contains filtered or unexported fields
}

A SpotLight light is a type of Light node that emits lights in a specific direction, in the shape of a cone. The light is attenuated through the distance and this attenuation can be configured by changing the energy, radius and attenuation parameters of Light. TODO: Image of a spotlight.

func (*SpotLight) BaseClass ¶ 

func (o *SpotLight) BaseClass() string

type SpotLightImplementer ¶ 

type SpotLightImplementer interface {
	LightImplementer
}

SpotLightImplementer is an interface that implements the methods of the SpotLight class.

type Sprite ¶ 

type Sprite struct {
	Node2D
	// contains filtered or unexported fields
}

A node that displays a 2D texture. The texture displayed can be a region from a larger atlas texture, or a frame from a sprite sheet animation.

func (*Sprite) BaseClass ¶ 

func (o *Sprite) BaseClass() string

func (*Sprite) GetFrame ¶ 

func (o *Sprite) GetFrame() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Sprite) GetHframes ¶ 

func (o *Sprite) GetHframes() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Sprite) GetNormalMap ¶ 

func (o *Sprite) GetNormalMap() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Sprite) GetOffset ¶ 

func (o *Sprite) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Sprite) GetRegionRect ¶ 

func (o *Sprite) GetRegionRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*Sprite) GetTexture ¶ 

func (o *Sprite) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Sprite) GetVframes ¶ 

func (o *Sprite) GetVframes() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Sprite) IsCentered ¶ 

func (o *Sprite) IsCentered() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Sprite) IsFlippedH ¶ 

func (o *Sprite) IsFlippedH() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Sprite) IsFlippedV ¶ 

func (o *Sprite) IsFlippedV() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Sprite) IsRegion ¶ 

func (o *Sprite) IsRegion() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Sprite) IsRegionFilterClipEnabled ¶ 

func (o *Sprite) IsRegionFilterClipEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Sprite) SetCentered ¶ 

func (o *Sprite) SetCentered(centered gdnative.Bool)
        Undocumented
	Args: [{ false centered bool}], Returns: void

func (*Sprite) SetFlipH ¶ 

func (o *Sprite) SetFlipH(flipH gdnative.Bool)
        Undocumented
	Args: [{ false flip_h bool}], Returns: void

func (*Sprite) SetFlipV ¶ 

func (o *Sprite) SetFlipV(flipV gdnative.Bool)
        Undocumented
	Args: [{ false flip_v bool}], Returns: void

func (*Sprite) SetFrame ¶ 

func (o *Sprite) SetFrame(frame gdnative.Int)
        Undocumented
	Args: [{ false frame int}], Returns: void

func (*Sprite) SetHframes ¶ 

func (o *Sprite) SetHframes(hframes gdnative.Int)
        Undocumented
	Args: [{ false hframes int}], Returns: void

func (*Sprite) SetNormalMap ¶ 

func (o *Sprite) SetNormalMap(normalMap TextureImplementer)
        Undocumented
	Args: [{ false normal_map Texture}], Returns: void

func (*Sprite) SetOffset ¶ 

func (o *Sprite) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*Sprite) SetRegion ¶ 

func (o *Sprite) SetRegion(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Sprite) SetRegionFilterClip ¶ 

func (o *Sprite) SetRegionFilterClip(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Sprite) SetRegionRect ¶ 

func (o *Sprite) SetRegionRect(rect gdnative.Rect2)
        Undocumented
	Args: [{ false rect Rect2}], Returns: void

func (*Sprite) SetTexture ¶ 

func (o *Sprite) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Sprite) SetVframes ¶ 

func (o *Sprite) SetVframes(vframes gdnative.Int)
        Undocumented
	Args: [{ false vframes int}], Returns: void

type Sprite3D ¶ 

type Sprite3D struct {
	SpriteBase3D
	// contains filtered or unexported fields
}

A node that displays a 2D texture in a 3D environment. The texture displayed can be a region from a larger atlas texture, or a frame from a sprite sheet animation.

func (*Sprite3D) BaseClass ¶ 

func (o *Sprite3D) BaseClass() string

func (*Sprite3D) GetFrame ¶ 

func (o *Sprite3D) GetFrame() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Sprite3D) GetHframes ¶ 

func (o *Sprite3D) GetHframes() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Sprite3D) GetRegionRect ¶ 

func (o *Sprite3D) GetRegionRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*Sprite3D) GetTexture ¶ 

func (o *Sprite3D) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*Sprite3D) GetVframes ¶ 

func (o *Sprite3D) GetVframes() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Sprite3D) IsRegion ¶ 

func (o *Sprite3D) IsRegion() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Sprite3D) SetFrame ¶ 

func (o *Sprite3D) SetFrame(frame gdnative.Int)
        Undocumented
	Args: [{ false frame int}], Returns: void

func (*Sprite3D) SetHframes ¶ 

func (o *Sprite3D) SetHframes(hframes gdnative.Int)
        Undocumented
	Args: [{ false hframes int}], Returns: void

func (*Sprite3D) SetRegion ¶ 

func (o *Sprite3D) SetRegion(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Sprite3D) SetRegionRect ¶ 

func (o *Sprite3D) SetRegionRect(rect gdnative.Rect2)
        Undocumented
	Args: [{ false rect Rect2}], Returns: void

func (*Sprite3D) SetTexture ¶ 

func (o *Sprite3D) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*Sprite3D) SetVframes ¶ 

func (o *Sprite3D) SetVframes(vframes gdnative.Int)
        Undocumented
	Args: [{ false vframes int}], Returns: void

type Sprite3DImplementer ¶ 

type Sprite3DImplementer interface {
	SpriteBase3DImplementer
	GetFrame() gdnative.Int
	GetHframes() gdnative.Int
	GetRegionRect() gdnative.Rect2
	GetTexture() TextureImplementer
	GetVframes() gdnative.Int
	IsRegion() gdnative.Bool
	SetFrame(frame gdnative.Int)
	SetHframes(hframes gdnative.Int)
	SetRegion(enabled gdnative.Bool)
	SetRegionRect(rect gdnative.Rect2)
	SetTexture(texture TextureImplementer)
	SetVframes(vframes gdnative.Int)
}

Sprite3DImplementer is an interface that implements the methods of the Sprite3D class.

type SpriteBase3D ¶ 

type SpriteBase3D struct {
	GeometryInstance
	// contains filtered or unexported fields
}

A node that displays 2D texture information in a 3D environment.

func (*SpriteBase3D) BaseClass ¶ 

func (o *SpriteBase3D) BaseClass() string

func (*SpriteBase3D) GetAlphaCutMode ¶ 

func (o *SpriteBase3D) GetAlphaCutMode() SpriteBase3DAlphaCutMode
        Undocumented
	Args: [], Returns: enum.SpriteBase3D::AlphaCutMode

func (*SpriteBase3D) GetAxis ¶ 

func (o *SpriteBase3D) GetAxis() gdnative.Vector3Axis
        Undocumented
	Args: [], Returns: enum.Vector3::Axis

func (*SpriteBase3D) GetDrawFlag ¶ 

func (o *SpriteBase3D) GetDrawFlag(flag gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false flag int}], Returns: bool

func (*SpriteBase3D) GetItemRect ¶ 

func (o *SpriteBase3D) GetItemRect() gdnative.Rect2

Args: [], Returns: Rect2

func (*SpriteBase3D) GetModulate ¶ 

func (o *SpriteBase3D) GetModulate() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*SpriteBase3D) GetOffset ¶ 

func (o *SpriteBase3D) GetOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*SpriteBase3D) GetOpacity ¶ 

func (o *SpriteBase3D) GetOpacity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpriteBase3D) GetPixelSize ¶ 

func (o *SpriteBase3D) GetPixelSize() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*SpriteBase3D) IsCentered ¶ 

func (o *SpriteBase3D) IsCentered() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpriteBase3D) IsFlippedH ¶ 

func (o *SpriteBase3D) IsFlippedH() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpriteBase3D) IsFlippedV ¶ 

func (o *SpriteBase3D) IsFlippedV() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*SpriteBase3D) SetAlphaCutMode ¶ 

func (o *SpriteBase3D) SetAlphaCutMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*SpriteBase3D) SetAxis ¶ 

func (o *SpriteBase3D) SetAxis(axis gdnative.Int)
        Undocumented
	Args: [{ false axis int}], Returns: void

func (*SpriteBase3D) SetCentered ¶ 

func (o *SpriteBase3D) SetCentered(centered gdnative.Bool)
        Undocumented
	Args: [{ false centered bool}], Returns: void

func (*SpriteBase3D) SetDrawFlag ¶ 

func (o *SpriteBase3D) SetDrawFlag(flag gdnative.Int, enabled gdnative.Bool)
        Undocumented
	Args: [{ false flag int} { false enabled bool}], Returns: void

func (*SpriteBase3D) SetFlipH ¶ 

func (o *SpriteBase3D) SetFlipH(flipH gdnative.Bool)
        Undocumented
	Args: [{ false flip_h bool}], Returns: void

func (*SpriteBase3D) SetFlipV ¶ 

func (o *SpriteBase3D) SetFlipV(flipV gdnative.Bool)
        Undocumented
	Args: [{ false flip_v bool}], Returns: void

func (*SpriteBase3D) SetModulate ¶ 

func (o *SpriteBase3D) SetModulate(modulate gdnative.Color)
        Undocumented
	Args: [{ false modulate Color}], Returns: void

func (*SpriteBase3D) SetOffset ¶ 

func (o *SpriteBase3D) SetOffset(offset gdnative.Vector2)
        Undocumented
	Args: [{ false offset Vector2}], Returns: void

func (*SpriteBase3D) SetOpacity ¶ 

func (o *SpriteBase3D) SetOpacity(opacity gdnative.Real)
        Undocumented
	Args: [{ false opacity float}], Returns: void

func (*SpriteBase3D) SetPixelSize ¶ 

func (o *SpriteBase3D) SetPixelSize(pixelSize gdnative.Real)
        Undocumented
	Args: [{ false pixel_size float}], Returns: void

func (*SpriteBase3D) X_ImUpdate ¶ 

func (o *SpriteBase3D) X_ImUpdate()
        Undocumented
	Args: [], Returns: void

func (*SpriteBase3D) X_QueueUpdate ¶ 

func (o *SpriteBase3D) X_QueueUpdate()
        Undocumented
	Args: [], Returns: void

type SpriteBase3DAlphaCutMode ¶ 

type SpriteBase3DAlphaCutMode int

SpriteBase3DAlphaCutMode is an enum for AlphaCutMode values. 

const (
	SpriteBase3DAlphaCutDisabled      SpriteBase3DAlphaCutMode = 0
	SpriteBase3DAlphaCutDiscard       SpriteBase3DAlphaCutMode = 1
	SpriteBase3DAlphaCutOpaquePrepass SpriteBase3DAlphaCutMode = 2
)

type SpriteBase3DDrawFlags ¶ 

type SpriteBase3DDrawFlags int

SpriteBase3DDrawFlags is an enum for DrawFlags values. 

const (
	SpriteBase3DFlagDoubleSided SpriteBase3DDrawFlags = 2
	SpriteBase3DFlagMax         SpriteBase3DDrawFlags = 3
	SpriteBase3DFlagShaded      SpriteBase3DDrawFlags = 1
	SpriteBase3DFlagTransparent SpriteBase3DDrawFlags = 0
)

type SpriteBase3DImplementer ¶ 

type SpriteBase3DImplementer interface {
	GeometryInstanceImplementer
	X_ImUpdate()
	X_QueueUpdate()
	GetDrawFlag(flag gdnative.Int) gdnative.Bool
	GetItemRect() gdnative.Rect2
	GetModulate() gdnative.Color
	GetOffset() gdnative.Vector2
	GetOpacity() gdnative.Real
	GetPixelSize() gdnative.Real
	IsCentered() gdnative.Bool
	IsFlippedH() gdnative.Bool
	IsFlippedV() gdnative.Bool
	SetAlphaCutMode(mode gdnative.Int)
	SetAxis(axis gdnative.Int)
	SetCentered(centered gdnative.Bool)
	SetDrawFlag(flag gdnative.Int, enabled gdnative.Bool)
	SetFlipH(flipH gdnative.Bool)
	SetFlipV(flipV gdnative.Bool)
	SetModulate(modulate gdnative.Color)
	SetOffset(offset gdnative.Vector2)
	SetOpacity(opacity gdnative.Real)
	SetPixelSize(pixelSize gdnative.Real)
}

SpriteBase3DImplementer is an interface that implements the methods of the SpriteBase3D class.

type SpriteFrames ¶ 

type SpriteFrames struct {
	Resource
	// contains filtered or unexported fields
}

Sprite frame library for AnimatedSprite. Contains frames and animation data for playback.

func (*SpriteFrames) AddAnimation ¶ 

func (o *SpriteFrames) AddAnimation(anim gdnative.String)
        Adds a new animation to the the library.
	Args: [{ false anim String}], Returns: void

func (*SpriteFrames) AddFrame ¶ 

func (o *SpriteFrames) AddFrame(anim gdnative.String, frame TextureImplementer, atPosition gdnative.Int)
        Adds a frame to the given animation.
	Args: [{ false anim String} { false frame Texture} {-1 true at_position int}], Returns: void

func (*SpriteFrames) BaseClass ¶ 

func (o *SpriteFrames) BaseClass() string

func (*SpriteFrames) Clear ¶ 

func (o *SpriteFrames) Clear(anim gdnative.String)
        Removes all frames from the given animation.
	Args: [{ false anim String}], Returns: void

func (*SpriteFrames) ClearAll ¶ 

func (o *SpriteFrames) ClearAll()
        Removes all animations. A "default" animation will be created.
	Args: [], Returns: void

func (*SpriteFrames) GetAnimationLoop ¶ 

func (o *SpriteFrames) GetAnimationLoop(anim gdnative.String) gdnative.Bool
        If [code]true[/code] the given animation will loop.
	Args: [{ false anim String}], Returns: bool

func (*SpriteFrames) GetAnimationSpeed ¶ 

func (o *SpriteFrames) GetAnimationSpeed(anim gdnative.String) gdnative.Real
        The animation's speed in frames per second.
	Args: [{ false anim String}], Returns: float

func (*SpriteFrames) GetFrame ¶ 

func (o *SpriteFrames) GetFrame(anim gdnative.String, idx gdnative.Int) TextureImplementer
        Returns the animation's selected frame.
	Args: [{ false anim String} { false idx int}], Returns: Texture

func (*SpriteFrames) GetFrameCount ¶ 

func (o *SpriteFrames) GetFrameCount(anim gdnative.String) gdnative.Int
        Returns the number of frames in the animation.
	Args: [{ false anim String}], Returns: int

func (*SpriteFrames) HasAnimation ¶ 

func (o *SpriteFrames) HasAnimation(anim gdnative.String) gdnative.Bool
        If [code]true[/code] the named animation exists.
	Args: [{ false anim String}], Returns: bool

func (*SpriteFrames) RemoveAnimation ¶ 

func (o *SpriteFrames) RemoveAnimation(anim gdnative.String)
        Removes the given animation.
	Args: [{ false anim String}], Returns: void

func (*SpriteFrames) RemoveFrame ¶ 

func (o *SpriteFrames) RemoveFrame(anim gdnative.String, idx gdnative.Int)
        Removes the animation's selected frame.
	Args: [{ false anim String} { false idx int}], Returns: void

func (*SpriteFrames) RenameAnimation ¶ 

func (o *SpriteFrames) RenameAnimation(anim gdnative.String, newname gdnative.String)
        Changes the animation's name to [code]newname[/code].
	Args: [{ false anim String} { false newname String}], Returns: void

func (*SpriteFrames) SetAnimationLoop ¶ 

func (o *SpriteFrames) SetAnimationLoop(anim gdnative.String, loop gdnative.Bool)
        If [code]true[/code] the animation will loop.
	Args: [{ false anim String} { false loop bool}], Returns: void

func (*SpriteFrames) SetAnimationSpeed ¶ 

func (o *SpriteFrames) SetAnimationSpeed(anim gdnative.String, speed gdnative.Real)
        The animation's speed in frames per second.
	Args: [{ false anim String} { false speed float}], Returns: void

func (*SpriteFrames) SetFrame ¶ 

func (o *SpriteFrames) SetFrame(anim gdnative.String, idx gdnative.Int, txt TextureImplementer)
        Sets the texture of the given frame.
	Args: [{ false anim String} { false idx int} { false txt Texture}], Returns: void

func (*SpriteFrames) X_GetAnimations ¶ 

func (o *SpriteFrames) X_GetAnimations() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*SpriteFrames) X_GetFrames ¶ 

func (o *SpriteFrames) X_GetFrames() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*SpriteFrames) X_SetAnimations ¶ 

func (o *SpriteFrames) X_SetAnimations(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

func (*SpriteFrames) X_SetFrames ¶ 

func (o *SpriteFrames) X_SetFrames(arg0 gdnative.Array)
        Undocumented
	Args: [{ false arg0 Array}], Returns: void

type SpriteFramesImplementer ¶ 

type SpriteFramesImplementer interface {
	ResourceImplementer
	X_GetAnimations() gdnative.Array
	X_GetFrames() gdnative.Array
	X_SetAnimations(arg0 gdnative.Array)
	X_SetFrames(arg0 gdnative.Array)
	AddAnimation(anim gdnative.String)
	AddFrame(anim gdnative.String, frame TextureImplementer, atPosition gdnative.Int)
	Clear(anim gdnative.String)
	ClearAll()
	GetAnimationLoop(anim gdnative.String) gdnative.Bool
	GetAnimationSpeed(anim gdnative.String) gdnative.Real
	GetFrame(anim gdnative.String, idx gdnative.Int) TextureImplementer
	GetFrameCount(anim gdnative.String) gdnative.Int
	HasAnimation(anim gdnative.String) gdnative.Bool
	RemoveAnimation(anim gdnative.String)
	RemoveFrame(anim gdnative.String, idx gdnative.Int)
	RenameAnimation(anim gdnative.String, newname gdnative.String)
	SetAnimationLoop(anim gdnative.String, loop gdnative.Bool)
	SetAnimationSpeed(anim gdnative.String, speed gdnative.Real)
	SetFrame(anim gdnative.String, idx gdnative.Int, txt TextureImplementer)
}

SpriteFramesImplementer is an interface that implements the methods of the SpriteFrames class.

type SpriteImplementer ¶ 

type SpriteImplementer interface {
	Node2DImplementer
	GetFrame() gdnative.Int
	GetHframes() gdnative.Int
	GetNormalMap() TextureImplementer
	GetOffset() gdnative.Vector2
	GetRegionRect() gdnative.Rect2
	GetTexture() TextureImplementer
	GetVframes() gdnative.Int
	IsCentered() gdnative.Bool
	IsFlippedH() gdnative.Bool
	IsFlippedV() gdnative.Bool
	IsRegion() gdnative.Bool
	IsRegionFilterClipEnabled() gdnative.Bool
	SetCentered(centered gdnative.Bool)
	SetFlipH(flipH gdnative.Bool)
	SetFlipV(flipV gdnative.Bool)
	SetFrame(frame gdnative.Int)
	SetHframes(hframes gdnative.Int)
	SetNormalMap(normalMap TextureImplementer)
	SetOffset(offset gdnative.Vector2)
	SetRegion(enabled gdnative.Bool)
	SetRegionFilterClip(enabled gdnative.Bool)
	SetRegionRect(rect gdnative.Rect2)
	SetTexture(texture TextureImplementer)
	SetVframes(vframes gdnative.Int)
}

SpriteImplementer is an interface that implements the methods of the Sprite class.

type StaticBody ¶ 

type StaticBody struct {
	PhysicsBody
	// contains filtered or unexported fields
}

Static body for 3D Physics. A static body is a simple body that is not intended to move. They don't consume any CPU resources in contrast to a [RigidBody3D] so they are great for scenario collision. A static body can also be animated by using simulated motion mode. This is useful for implementing functionalities such as moving platforms. When this mode is active the body can be animated and automatically computes linear and angular velocity to apply in that frame and to influence other bodies. Alternatively, a constant linear or angular velocity can be set for the static body, so even if it doesn't move, it affects other bodies as if it was moving (this is useful for simulating conveyor belts or conveyor wheels).

func (*StaticBody) BaseClass ¶ 

func (o *StaticBody) BaseClass() string

func (*StaticBody) GetBounce ¶ 

func (o *StaticBody) GetBounce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*StaticBody) GetConstantAngularVelocity ¶ 

func (o *StaticBody) GetConstantAngularVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*StaticBody) GetConstantLinearVelocity ¶ 

func (o *StaticBody) GetConstantLinearVelocity() gdnative.Vector3
        Undocumented
	Args: [], Returns: Vector3

func (*StaticBody) GetFriction ¶ 

func (o *StaticBody) GetFriction() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*StaticBody) SetBounce ¶ 

func (o *StaticBody) SetBounce(bounce gdnative.Real)
        Undocumented
	Args: [{ false bounce float}], Returns: void

func (*StaticBody) SetConstantAngularVelocity ¶ 

func (o *StaticBody) SetConstantAngularVelocity(vel gdnative.Vector3)
        Undocumented
	Args: [{ false vel Vector3}], Returns: void

func (*StaticBody) SetConstantLinearVelocity ¶ 

func (o *StaticBody) SetConstantLinearVelocity(vel gdnative.Vector3)
        Undocumented
	Args: [{ false vel Vector3}], Returns: void

func (*StaticBody) SetFriction ¶ 

func (o *StaticBody) SetFriction(friction gdnative.Real)
        Undocumented
	Args: [{ false friction float}], Returns: void

type StaticBody2D ¶ 

type StaticBody2D struct {
	PhysicsBody2D
	// contains filtered or unexported fields
}

Static body for 2D Physics. A StaticBody2D is a body that is not intended to move. It is ideal for implementing objects in the environment, such as walls or platforms. Additionally, a constant linear or angular velocity can be set for the static body, which will affect colliding bodies as if it were moving (for example, a conveyor belt).

func (*StaticBody2D) BaseClass ¶ 

func (o *StaticBody2D) BaseClass() string

func (*StaticBody2D) GetBounce ¶ 

func (o *StaticBody2D) GetBounce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*StaticBody2D) GetConstantAngularVelocity ¶ 

func (o *StaticBody2D) GetConstantAngularVelocity() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*StaticBody2D) GetConstantLinearVelocity ¶ 

func (o *StaticBody2D) GetConstantLinearVelocity() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*StaticBody2D) GetFriction ¶ 

func (o *StaticBody2D) GetFriction() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*StaticBody2D) SetBounce ¶ 

func (o *StaticBody2D) SetBounce(bounce gdnative.Real)
        Undocumented
	Args: [{ false bounce float}], Returns: void

func (*StaticBody2D) SetConstantAngularVelocity ¶ 

func (o *StaticBody2D) SetConstantAngularVelocity(vel gdnative.Real)
        Undocumented
	Args: [{ false vel float}], Returns: void

func (*StaticBody2D) SetConstantLinearVelocity ¶ 

func (o *StaticBody2D) SetConstantLinearVelocity(vel gdnative.Vector2)
        Undocumented
	Args: [{ false vel Vector2}], Returns: void

func (*StaticBody2D) SetFriction ¶ 

func (o *StaticBody2D) SetFriction(friction gdnative.Real)
        Undocumented
	Args: [{ false friction float}], Returns: void

type StaticBody2DImplementer ¶ 

type StaticBody2DImplementer interface {
	PhysicsBody2DImplementer
	GetBounce() gdnative.Real
	GetConstantAngularVelocity() gdnative.Real
	GetConstantLinearVelocity() gdnative.Vector2
	GetFriction() gdnative.Real
	SetBounce(bounce gdnative.Real)
	SetConstantAngularVelocity(vel gdnative.Real)
	SetConstantLinearVelocity(vel gdnative.Vector2)
	SetFriction(friction gdnative.Real)
}

StaticBody2DImplementer is an interface that implements the methods of the StaticBody2D class.

type StaticBodyImplementer ¶ 

type StaticBodyImplementer interface {
	PhysicsBodyImplementer
	GetBounce() gdnative.Real
	GetConstantAngularVelocity() gdnative.Vector3
	GetConstantLinearVelocity() gdnative.Vector3
	GetFriction() gdnative.Real
	SetBounce(bounce gdnative.Real)
	SetConstantAngularVelocity(vel gdnative.Vector3)
	SetConstantLinearVelocity(vel gdnative.Vector3)
	SetFriction(friction gdnative.Real)
}

StaticBodyImplementer is an interface that implements the methods of the StaticBody class.

type StreamPeer ¶ 

type StreamPeer struct {
	Reference
	// contains filtered or unexported fields
}

StreamPeer is an abstraction and base class for stream-based protocols (such as TCP or Unix Sockets). It provides an API for sending and receiving data through streams as raw data or strings.

func (*StreamPeer) BaseClass ¶ 

func (o *StreamPeer) BaseClass() string

func (*StreamPeer) Get16 ¶ 

func (o *StreamPeer) Get16() gdnative.Int
        Get a signed 16 bit value from the stream.
	Args: [], Returns: int

func (*StreamPeer) Get32 ¶ 

func (o *StreamPeer) Get32() gdnative.Int
        Get a signed 32 bit value from the stream.
	Args: [], Returns: int

func (*StreamPeer) Get64 ¶ 

func (o *StreamPeer) Get64() gdnative.Int
        Get a signed 64 bit value from the stream.
	Args: [], Returns: int

func (*StreamPeer) Get8 ¶ 

func (o *StreamPeer) Get8() gdnative.Int
        Get a signed byte from the stream.
	Args: [], Returns: int

func (*StreamPeer) GetAvailableBytes ¶ 

func (o *StreamPeer) GetAvailableBytes() gdnative.Int
        Return the amount of bytes this [code]StreamPeer[/code] has available.
	Args: [], Returns: int

func (*StreamPeer) GetData ¶ 

func (o *StreamPeer) GetData(bytes gdnative.Int) gdnative.Array
        Return a chunk data with the received bytes. The amount of bytes to be received can be requested in the "bytes" argument. If not enough bytes are available, the function will block until the desired amount is received. This function returns two values, an Error code and a data array.
	Args: [{ false bytes int}], Returns: Array

func (*StreamPeer) GetDouble ¶ 

func (o *StreamPeer) GetDouble() gdnative.Real
        Get a double-precision float from the stream.
	Args: [], Returns: float

func (*StreamPeer) GetFloat ¶ 

func (o *StreamPeer) GetFloat() gdnative.Real
        Get a single-precision float from the stream.
	Args: [], Returns: float

func (*StreamPeer) GetPartialData ¶ 

func (o *StreamPeer) GetPartialData(bytes gdnative.Int) gdnative.Array
        Return a chunk data with the received bytes. The amount of bytes to be received can be requested in the "bytes" argument. If not enough bytes are available, the function will return how many were actually received. This function returns two values, an Error code, and a data array.
	Args: [{ false bytes int}], Returns: Array

func (*StreamPeer) GetString ¶ 

func (o *StreamPeer) GetString(bytes gdnative.Int) gdnative.String
        Get a string with byte-length "bytes" from the stream.
	Args: [{ false bytes int}], Returns: String

func (*StreamPeer) GetU16 ¶ 

func (o *StreamPeer) GetU16() gdnative.Int
        Get an unsigned 16 bit value from the stream.
	Args: [], Returns: int

func (*StreamPeer) GetU32 ¶ 

func (o *StreamPeer) GetU32() gdnative.Int
        Get an unsigned 32 bit value from the stream.
	Args: [], Returns: int

func (*StreamPeer) GetU64 ¶ 

func (o *StreamPeer) GetU64() gdnative.Int
        Get an unsigned 64 bit value from the stream.
	Args: [], Returns: int

func (*StreamPeer) GetU8 ¶ 

func (o *StreamPeer) GetU8() gdnative.Int
        Get an unsigned byte from the stream.
	Args: [], Returns: int

func (*StreamPeer) GetUtf8String ¶ 

func (o *StreamPeer) GetUtf8String(bytes gdnative.Int) gdnative.String
        Get a utf8 string with byte-length "bytes" from the stream (this decodes the string sent as utf8).
	Args: [{ false bytes int}], Returns: String

func (*StreamPeer) GetVar ¶ 

func (o *StreamPeer) GetVar() gdnative.Variant
        Get a Variant from the stream.
	Args: [], Returns: Variant

func (*StreamPeer) IsBigEndianEnabled ¶ 

func (o *StreamPeer) IsBigEndianEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*StreamPeer) Put16 ¶ 

func (o *StreamPeer) Put16(value gdnative.Int)
        Put a signed 16 bit value into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) Put32 ¶ 

func (o *StreamPeer) Put32(value gdnative.Int)
        Put a signed 32 bit value into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) Put64 ¶ 

func (o *StreamPeer) Put64(value gdnative.Int)
        Put a signed 64 bit value into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) Put8 ¶ 

func (o *StreamPeer) Put8(value gdnative.Int)
        Put a signed byte into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) PutData ¶ 

func (o *StreamPeer) PutData(data gdnative.PoolByteArray) gdnative.Error
        Send a chunk of data through the connection, blocking if necessary until the data is done sending. This function returns an Error code.
	Args: [{ false data PoolByteArray}], Returns: enum.Error

func (*StreamPeer) PutDouble ¶ 

func (o *StreamPeer) PutDouble(value gdnative.Real)
        Put a double-precision float into the stream.
	Args: [{ false value float}], Returns: void

func (*StreamPeer) PutFloat ¶ 

func (o *StreamPeer) PutFloat(value gdnative.Real)
        Put a single-precision float into the stream.
	Args: [{ false value float}], Returns: void

func (*StreamPeer) PutPartialData ¶ 

func (o *StreamPeer) PutPartialData(data gdnative.PoolByteArray) gdnative.Array
        Send a chunk of data through the connection, if all the data could not be sent at once, only part of it will. This function returns two values, an Error code and an integer, describing how much data was actually sent.
	Args: [{ false data PoolByteArray}], Returns: Array

func (*StreamPeer) PutU16 ¶ 

func (o *StreamPeer) PutU16(value gdnative.Int)
        Put an unsigned 16 bit value into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) PutU32 ¶ 

func (o *StreamPeer) PutU32(value gdnative.Int)
        Put an unsigned 32 bit value into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) PutU64 ¶ 

func (o *StreamPeer) PutU64(value gdnative.Int)
        Put an unsigned 64 bit value into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) PutU8 ¶ 

func (o *StreamPeer) PutU8(value gdnative.Int)
        Put an unsigned byte into the stream.
	Args: [{ false value int}], Returns: void

func (*StreamPeer) PutUtf8String ¶ 

func (o *StreamPeer) PutUtf8String(value gdnative.String)
        Put a zero-terminated utf8 string into the stream.
	Args: [{ false value String}], Returns: void

func (*StreamPeer) PutVar ¶ 

func (o *StreamPeer) PutVar(value gdnative.Variant)
        Put a Variant into the stream.
	Args: [{ false value Variant}], Returns: void

func (*StreamPeer) SetBigEndian ¶ 

func (o *StreamPeer) SetBigEndian(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type StreamPeerBuffer ¶ 

type StreamPeerBuffer struct {
	StreamPeer
	// contains filtered or unexported fields
}

func (*StreamPeerBuffer) BaseClass ¶ 

func (o *StreamPeerBuffer) BaseClass() string

func (*StreamPeerBuffer) Clear ¶ 

func (o *StreamPeerBuffer) Clear()

Args: [], Returns: void

func (*StreamPeerBuffer) Duplicate ¶ 

func (o *StreamPeerBuffer) Duplicate() StreamPeerBufferImplementer

Args: [], Returns: StreamPeerBuffer

func (*StreamPeerBuffer) GetDataArray ¶ 

func (o *StreamPeerBuffer) GetDataArray() gdnative.PoolByteArray
        Undocumented
	Args: [], Returns: PoolByteArray

func (*StreamPeerBuffer) GetPosition ¶ 

func (o *StreamPeerBuffer) GetPosition() gdnative.Int

Args: [], Returns: int

func (*StreamPeerBuffer) GetSize ¶ 

func (o *StreamPeerBuffer) GetSize() gdnative.Int

Args: [], Returns: int

func (*StreamPeerBuffer) Resize ¶ 

func (o *StreamPeerBuffer) Resize(size gdnative.Int)

Args: [{ false size int}], Returns: void

func (*StreamPeerBuffer) Seek ¶ 

func (o *StreamPeerBuffer) Seek(position gdnative.Int)

Args: [{ false position int}], Returns: void

func (*StreamPeerBuffer) SetDataArray ¶ 

func (o *StreamPeerBuffer) SetDataArray(data gdnative.PoolByteArray)
        Undocumented
	Args: [{ false data PoolByteArray}], Returns: void

type StreamPeerBufferImplementer ¶ 

type StreamPeerBufferImplementer interface {
	StreamPeerImplementer
	Clear()
	Duplicate() StreamPeerBufferImplementer
	GetDataArray() gdnative.PoolByteArray
	GetPosition() gdnative.Int
	GetSize() gdnative.Int
	Resize(size gdnative.Int)
	Seek(position gdnative.Int)
	SetDataArray(data gdnative.PoolByteArray)
}

StreamPeerBufferImplementer is an interface that implements the methods of the StreamPeerBuffer class.

type StreamPeerImplementer ¶ 

type StreamPeerImplementer interface {
	ReferenceImplementer
	Get16() gdnative.Int
	Get32() gdnative.Int
	Get64() gdnative.Int
	Get8() gdnative.Int
	GetAvailableBytes() gdnative.Int
	GetData(bytes gdnative.Int) gdnative.Array
	GetDouble() gdnative.Real
	GetFloat() gdnative.Real
	GetPartialData(bytes gdnative.Int) gdnative.Array
	GetString(bytes gdnative.Int) gdnative.String
	GetU16() gdnative.Int
	GetU32() gdnative.Int
	GetU64() gdnative.Int
	GetU8() gdnative.Int
	GetUtf8String(bytes gdnative.Int) gdnative.String
	GetVar() gdnative.Variant
	IsBigEndianEnabled() gdnative.Bool
	Put16(value gdnative.Int)
	Put32(value gdnative.Int)
	Put64(value gdnative.Int)
	Put8(value gdnative.Int)
	PutDouble(value gdnative.Real)
	PutFloat(value gdnative.Real)
	PutPartialData(data gdnative.PoolByteArray) gdnative.Array
	PutU16(value gdnative.Int)
	PutU32(value gdnative.Int)
	PutU64(value gdnative.Int)
	PutU8(value gdnative.Int)
	PutUtf8String(value gdnative.String)
	PutVar(value gdnative.Variant)
	SetBigEndian(enable gdnative.Bool)
}

StreamPeerImplementer is an interface that implements the methods of the StreamPeer class.

type StreamPeerSSL ¶ 

type StreamPeerSSL struct {
	StreamPeer
	// contains filtered or unexported fields
}

SSL Stream peer. This object can be used to connect to SSL servers.

func (*StreamPeerSSL) AcceptStream ¶ 

func (o *StreamPeerSSL) AcceptStream(stream StreamPeerImplementer) gdnative.Error

Args: [{ false stream StreamPeer}], Returns: enum.Error

func (*StreamPeerSSL) BaseClass ¶ 

func (o *StreamPeerSSL) BaseClass() string

func (*StreamPeerSSL) ConnectToStream ¶ 

func (o *StreamPeerSSL) ConnectToStream(stream StreamPeerImplementer, validateCerts gdnative.Bool, forHostname gdnative.String) gdnative.Error
        Connect to a peer using an underlying [StreamPeer] "stream", when "validate_certs" is true, [code]StreamPeerSSL[/code] will validate that the certificate presented by the peer matches the "for_hostname".
	Args: [{ false stream StreamPeer} {False true validate_certs bool} { true for_hostname String}], Returns: enum.Error

func (*StreamPeerSSL) DisconnectFromStream ¶ 

func (o *StreamPeerSSL) DisconnectFromStream()
        Disconnect from host.
	Args: [], Returns: void

func (*StreamPeerSSL) GetStatus ¶ 

func (o *StreamPeerSSL) GetStatus() StreamPeerSSLStatus
        Return the status of the connection, one of STATUS_* enum.
	Args: [], Returns: enum.StreamPeerSSL::Status

type StreamPeerSSLImplementer ¶ 

type StreamPeerSSLImplementer interface {
	StreamPeerImplementer
	DisconnectFromStream()
}

StreamPeerSSLImplementer is an interface that implements the methods of the StreamPeerSSL class.

type StreamPeerSSLStatus ¶ 

type StreamPeerSSLStatus int

StreamPeerSSLStatus is an enum for Status values. 

const (
	StreamPeerSSLStatusConnected             StreamPeerSSLStatus = 1
	StreamPeerSSLStatusDisconnected          StreamPeerSSLStatus = 0
	StreamPeerSSLStatusErrorHostnameMismatch StreamPeerSSLStatus = 3
	StreamPeerSSLStatusErrorNoCertificate    StreamPeerSSLStatus = 2
)

type StreamPeerTCP ¶ 

type StreamPeerTCP struct {
	StreamPeer
	// contains filtered or unexported fields
}

TCP Stream peer. This object can be used to connect to TCP servers, or also is returned by a tcp server.

func (*StreamPeerTCP) BaseClass ¶ 

func (o *StreamPeerTCP) BaseClass() string

func (*StreamPeerTCP) ConnectToHost ¶ 

func (o *StreamPeerTCP) ConnectToHost(host gdnative.String, port gdnative.Int) gdnative.Error
        Connect to the specified host:port pair. A hostname will be resolved if valid. Returns [OK] on success or [FAILED] on failure.
	Args: [{ false host String} { false port int}], Returns: enum.Error

func (*StreamPeerTCP) DisconnectFromHost ¶ 

func (o *StreamPeerTCP) DisconnectFromHost()
        Disconnect from host.
	Args: [], Returns: void

func (*StreamPeerTCP) GetConnectedHost ¶ 

func (o *StreamPeerTCP) GetConnectedHost() gdnative.String
        Return the IP of this peer.
	Args: [], Returns: String

func (*StreamPeerTCP) GetConnectedPort ¶ 

func (o *StreamPeerTCP) GetConnectedPort() gdnative.Int
        Return the port of this peer.
	Args: [], Returns: int

func (*StreamPeerTCP) GetStatus ¶ 

func (o *StreamPeerTCP) GetStatus() StreamPeerTCPStatus
        Return the status of the connection, one of STATUS_* enum.
	Args: [], Returns: enum.StreamPeerTCP::Status

func (*StreamPeerTCP) IsConnectedToHost ¶ 

func (o *StreamPeerTCP) IsConnectedToHost() gdnative.Bool

Args: [], Returns: bool

func (*StreamPeerTCP) SetNoDelay ¶ 

func (o *StreamPeerTCP) SetNoDelay(enabled gdnative.Bool)
        Disable Nagle algorithm to improve latency for small packets. Note that for applications that send large packets, or need to transfer a lot of data, this can reduce total bandwidth.
	Args: [{ false enabled bool}], Returns: void

type StreamPeerTCPImplementer ¶ 

type StreamPeerTCPImplementer interface {
	StreamPeerImplementer
	DisconnectFromHost()
	GetConnectedHost() gdnative.String
	GetConnectedPort() gdnative.Int
	IsConnectedToHost() gdnative.Bool
	SetNoDelay(enabled gdnative.Bool)
}

StreamPeerTCPImplementer is an interface that implements the methods of the StreamPeerTCP class.

type StreamPeerTCPStatus ¶ 

type StreamPeerTCPStatus int

StreamPeerTCPStatus is an enum for Status values. 

const (
	StreamPeerTCPStatusConnected  StreamPeerTCPStatus = 2
	StreamPeerTCPStatusConnecting StreamPeerTCPStatus = 1
	StreamPeerTCPStatusError      StreamPeerTCPStatus = 3
	StreamPeerTCPStatusNone       StreamPeerTCPStatus = 0
)

type StreamTexture ¶ 

type StreamTexture struct {
	Texture
	// contains filtered or unexported fields
}

A texture that is loaded from a .stex file.

func (*StreamTexture) BaseClass ¶ 

func (o *StreamTexture) BaseClass() string

func (*StreamTexture) GetLoadPath ¶ 

func (o *StreamTexture) GetLoadPath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*StreamTexture) Load ¶ 

func (o *StreamTexture) Load(path gdnative.String) gdnative.Error
        Undocumented
	Args: [{ false path String}], Returns: enum.Error

type StreamTextureImplementer ¶ 

type StreamTextureImplementer interface {
	TextureImplementer
	GetLoadPath() gdnative.String
}

StreamTextureImplementer is an interface that implements the methods of the StreamTexture class.

type StyleBox ¶ 

type StyleBox struct {
	Resource
	// contains filtered or unexported fields
}

StyleBox is Resource that provides an abstract base class for drawing stylized boxes for the UI. StyleBoxes are used for drawing the styles of buttons, line edit backgrounds, tree backgrounds, etc. and also for testing a transparency mask for pointer signals. If mask test fails on a StyleBox assigned as mask to a control, clicks and motion signals will go through it to the one below.

func (*StyleBox) BaseClass ¶ 

func (o *StyleBox) BaseClass() string

func (*StyleBox) Draw ¶ 

func (o *StyleBox) Draw(canvasItem gdnative.Rid, rect gdnative.Rect2)

Args: [{ false canvas_item RID} { false rect Rect2}], Returns: void

func (*StyleBox) GetCenterSize ¶ 

func (o *StyleBox) GetCenterSize() gdnative.Vector2

Args: [], Returns: Vector2

func (*StyleBox) GetDefaultMargin ¶ 

func (o *StyleBox) GetDefaultMargin(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*StyleBox) GetMargin ¶ 

func (o *StyleBox) GetMargin(margin gdnative.Int) gdnative.Real
        Return the offset of margin "margin" (see MARGIN_* enum).
	Args: [{ false margin int}], Returns: float

func (*StyleBox) GetMinimumSize ¶ 

func (o *StyleBox) GetMinimumSize() gdnative.Vector2
        Return the minimum size that this stylebox can be shrunk to.
	Args: [], Returns: Vector2

func (*StyleBox) GetOffset ¶ 

func (o *StyleBox) GetOffset() gdnative.Vector2
        Return the "offset" of a stylebox, this is a helper function, like writing [code]Vector2(style.get_margin(MARGIN_LEFT), style.get_margin(MARGIN_TOP))[/code].
	Args: [], Returns: Vector2

func (*StyleBox) SetDefaultMargin ¶ 

func (o *StyleBox) SetDefaultMargin(margin gdnative.Int, offset gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false offset float}], Returns: void

func (*StyleBox) TestMask ¶ 

func (o *StyleBox) TestMask(point gdnative.Vector2, rect gdnative.Rect2) gdnative.Bool
        Test a position in a rectangle, return whether it passes the mask test.
	Args: [{ false point Vector2} { false rect Rect2}], Returns: bool

type StyleBoxEmpty ¶ 

type StyleBoxEmpty struct {
	StyleBox
	// contains filtered or unexported fields
}

Empty stylebox (really does not display anything).

func (*StyleBoxEmpty) BaseClass ¶ 

func (o *StyleBoxEmpty) BaseClass() string

type StyleBoxEmptyImplementer ¶ 

type StyleBoxEmptyImplementer interface {
	StyleBoxImplementer
}

StyleBoxEmptyImplementer is an interface that implements the methods of the StyleBoxEmpty class.

type StyleBoxFlat ¶ 

type StyleBoxFlat struct {
	StyleBox
	// contains filtered or unexported fields
}

This stylebox can be used to achieve all kinds of looks without the need of a texture. Those properties are customizable: - Color - Border width (individual width for each border) - Rounded corners (individual radius for each corner) - Shadow About corner radius: Setting corner radius to high values is allowed. As soon as corners would overlap the stylebox will switch to a relative system. Example: [codeblock] height = 30 corner_radius_top_left = 50 corner_radius_bottom_left = 100 [/codeblock] The relative system now would take the 1:2 ratio of the two left corners to calculate the actual corner width. Both corners added will [b]never[/b] be more than the height. Result: [codeblock] corner_radius_top_left: 10 corner_radius_bottom_left: 20 [/codeblock]

func (*StyleBoxFlat) BaseClass ¶ 

func (o *StyleBoxFlat) BaseClass() string

func (*StyleBoxFlat) GetAaSize ¶ 

func (o *StyleBoxFlat) GetAaSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*StyleBoxFlat) GetBgColor ¶ 

func (o *StyleBoxFlat) GetBgColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*StyleBoxFlat) GetBorderBlend ¶ 

func (o *StyleBoxFlat) GetBorderBlend() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*StyleBoxFlat) GetBorderColor ¶ 

func (o *StyleBoxFlat) GetBorderColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*StyleBoxFlat) GetBorderWidth ¶ 

func (o *StyleBoxFlat) GetBorderWidth(margin gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false margin int}], Returns: int

func (*StyleBoxFlat) GetBorderWidthMin ¶ 

func (o *StyleBoxFlat) GetBorderWidthMin() gdnative.Int

Args: [], Returns: int

func (*StyleBoxFlat) GetCornerDetail ¶ 

func (o *StyleBoxFlat) GetCornerDetail() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*StyleBoxFlat) GetCornerRadius ¶ 

func (o *StyleBoxFlat) GetCornerRadius(corner gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false corner int}], Returns: int

func (*StyleBoxFlat) GetExpandMargin ¶ 

func (o *StyleBoxFlat) GetExpandMargin(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*StyleBoxFlat) GetShadowColor ¶ 

func (o *StyleBoxFlat) GetShadowColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*StyleBoxFlat) GetShadowSize ¶ 

func (o *StyleBoxFlat) GetShadowSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*StyleBoxFlat) IsAntiAliased ¶ 

func (o *StyleBoxFlat) IsAntiAliased() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*StyleBoxFlat) IsDrawCenterEnabled ¶ 

func (o *StyleBoxFlat) IsDrawCenterEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*StyleBoxFlat) SetAaSize ¶ 

func (o *StyleBoxFlat) SetAaSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*StyleBoxFlat) SetAntiAliased ¶ 

func (o *StyleBoxFlat) SetAntiAliased(antiAliased gdnative.Bool)
        Undocumented
	Args: [{ false anti_aliased bool}], Returns: void

func (*StyleBoxFlat) SetBgColor ¶ 

func (o *StyleBoxFlat) SetBgColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*StyleBoxFlat) SetBorderBlend ¶ 

func (o *StyleBoxFlat) SetBorderBlend(blend gdnative.Bool)
        Undocumented
	Args: [{ false blend bool}], Returns: void

func (*StyleBoxFlat) SetBorderColor ¶ 

func (o *StyleBoxFlat) SetBorderColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*StyleBoxFlat) SetBorderWidth ¶ 

func (o *StyleBoxFlat) SetBorderWidth(margin gdnative.Int, width gdnative.Int)
        Undocumented
	Args: [{ false margin int} { false width int}], Returns: void

func (*StyleBoxFlat) SetBorderWidthAll ¶ 

func (o *StyleBoxFlat) SetBorderWidthAll(width gdnative.Int)

Args: [{ false width int}], Returns: void

func (*StyleBoxFlat) SetCornerDetail ¶ 

func (o *StyleBoxFlat) SetCornerDetail(detail gdnative.Int)
        Undocumented
	Args: [{ false detail int}], Returns: void

func (*StyleBoxFlat) SetCornerRadius ¶ 

func (o *StyleBoxFlat) SetCornerRadius(corner gdnative.Int, radius gdnative.Int)
        Undocumented
	Args: [{ false corner int} { false radius int}], Returns: void

func (*StyleBoxFlat) SetCornerRadiusAll ¶ 

func (o *StyleBoxFlat) SetCornerRadiusAll(radius gdnative.Int)

Args: [{ false radius int}], Returns: void

func (*StyleBoxFlat) SetCornerRadiusIndividual ¶ 

func (o *StyleBoxFlat) SetCornerRadiusIndividual(radiusTopLeft gdnative.Int, radiusTopRight gdnative.Int, radiusBottomRight gdnative.Int, radiusBottomLeft gdnative.Int)

Args: [{ false radius_top_left int} { false radius_top_right int} { false radius_bottom_right int} { false radius_bottom_left int}], Returns: void

func (*StyleBoxFlat) SetDrawCenter ¶ 

func (o *StyleBoxFlat) SetDrawCenter(drawCenter gdnative.Bool)
        Undocumented
	Args: [{ false draw_center bool}], Returns: void

func (*StyleBoxFlat) SetExpandMargin ¶ 

func (o *StyleBoxFlat) SetExpandMargin(margin gdnative.Int, size gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false size float}], Returns: void

func (*StyleBoxFlat) SetExpandMarginAll ¶ 

func (o *StyleBoxFlat) SetExpandMarginAll(size gdnative.Real)

Args: [{ false size float}], Returns: void

func (*StyleBoxFlat) SetExpandMarginIndividual ¶ 

func (o *StyleBoxFlat) SetExpandMarginIndividual(sizeLeft gdnative.Real, sizeTop gdnative.Real, sizeRight gdnative.Real, sizeBottom gdnative.Real)

Args: [{ false size_left float} { false size_top float} { false size_right float} { false size_bottom float}], Returns: void

func (*StyleBoxFlat) SetShadowColor ¶ 

func (o *StyleBoxFlat) SetShadowColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*StyleBoxFlat) SetShadowSize ¶ 

func (o *StyleBoxFlat) SetShadowSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

type StyleBoxFlatImplementer ¶ 

type StyleBoxFlatImplementer interface {
	StyleBoxImplementer
	GetAaSize() gdnative.Int
	GetBgColor() gdnative.Color
	GetBorderBlend() gdnative.Bool
	GetBorderColor() gdnative.Color
	GetBorderWidth(margin gdnative.Int) gdnative.Int
	GetBorderWidthMin() gdnative.Int
	GetCornerDetail() gdnative.Int
	GetCornerRadius(corner gdnative.Int) gdnative.Int
	GetExpandMargin(margin gdnative.Int) gdnative.Real
	GetShadowColor() gdnative.Color
	GetShadowSize() gdnative.Int
	IsAntiAliased() gdnative.Bool
	IsDrawCenterEnabled() gdnative.Bool
	SetAaSize(size gdnative.Int)
	SetAntiAliased(antiAliased gdnative.Bool)
	SetBgColor(color gdnative.Color)
	SetBorderBlend(blend gdnative.Bool)
	SetBorderColor(color gdnative.Color)
	SetBorderWidth(margin gdnative.Int, width gdnative.Int)
	SetBorderWidthAll(width gdnative.Int)
	SetCornerDetail(detail gdnative.Int)
	SetCornerRadius(corner gdnative.Int, radius gdnative.Int)
	SetCornerRadiusAll(radius gdnative.Int)
	SetCornerRadiusIndividual(radiusTopLeft gdnative.Int, radiusTopRight gdnative.Int, radiusBottomRight gdnative.Int, radiusBottomLeft gdnative.Int)
	SetDrawCenter(drawCenter gdnative.Bool)
	SetExpandMargin(margin gdnative.Int, size gdnative.Real)
	SetExpandMarginAll(size gdnative.Real)
	SetExpandMarginIndividual(sizeLeft gdnative.Real, sizeTop gdnative.Real, sizeRight gdnative.Real, sizeBottom gdnative.Real)
	SetShadowColor(color gdnative.Color)
	SetShadowSize(size gdnative.Int)
}

StyleBoxFlatImplementer is an interface that implements the methods of the StyleBoxFlat class.

type StyleBoxImplementer ¶ 

type StyleBoxImplementer interface {
	ResourceImplementer
	Draw(canvasItem gdnative.Rid, rect gdnative.Rect2)
	GetCenterSize() gdnative.Vector2
	GetDefaultMargin(margin gdnative.Int) gdnative.Real
	GetMargin(margin gdnative.Int) gdnative.Real
	GetMinimumSize() gdnative.Vector2
	GetOffset() gdnative.Vector2
	SetDefaultMargin(margin gdnative.Int, offset gdnative.Real)
	TestMask(point gdnative.Vector2, rect gdnative.Rect2) gdnative.Bool
}

StyleBoxImplementer is an interface that implements the methods of the StyleBox class.

type StyleBoxLine ¶ 

type StyleBoxLine struct {
	StyleBox
	// contains filtered or unexported fields
}

func (*StyleBoxLine) BaseClass ¶ 

func (o *StyleBoxLine) BaseClass() string

func (*StyleBoxLine) GetColor ¶ 

func (o *StyleBoxLine) GetColor() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*StyleBoxLine) GetGrow ¶ 

func (o *StyleBoxLine) GetGrow() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*StyleBoxLine) GetThickness ¶ 

func (o *StyleBoxLine) GetThickness() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*StyleBoxLine) IsVertical ¶ 

func (o *StyleBoxLine) IsVertical() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*StyleBoxLine) SetColor ¶ 

func (o *StyleBoxLine) SetColor(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*StyleBoxLine) SetGrow ¶ 

func (o *StyleBoxLine) SetGrow(grow gdnative.Real)
        Undocumented
	Args: [{ false grow float}], Returns: void

func (*StyleBoxLine) SetThickness ¶ 

func (o *StyleBoxLine) SetThickness(thickness gdnative.Int)
        Undocumented
	Args: [{ false thickness int}], Returns: void

func (*StyleBoxLine) SetVertical ¶ 

func (o *StyleBoxLine) SetVertical(vertical gdnative.Bool)
        Undocumented
	Args: [{ false vertical bool}], Returns: void

type StyleBoxLineImplementer ¶ 

type StyleBoxLineImplementer interface {
	StyleBoxImplementer
	GetColor() gdnative.Color
	GetGrow() gdnative.Real
	GetThickness() gdnative.Int
	IsVertical() gdnative.Bool
	SetColor(color gdnative.Color)
	SetGrow(grow gdnative.Real)
	SetThickness(thickness gdnative.Int)
	SetVertical(vertical gdnative.Bool)
}

StyleBoxLineImplementer is an interface that implements the methods of the StyleBoxLine class.

type StyleBoxTexture ¶ 

type StyleBoxTexture struct {
	StyleBox
	// contains filtered or unexported fields
}

Texture Based 3x3 scale style. This stylebox performs a 3x3 scaling of a texture, where only the center cell is fully stretched. This allows for the easy creation of bordered styles.

func (*StyleBoxTexture) BaseClass ¶ 

func (o *StyleBoxTexture) BaseClass() string

func (*StyleBoxTexture) GetExpandMarginSize ¶ 

func (o *StyleBoxTexture) GetExpandMarginSize(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*StyleBoxTexture) GetHAxisStretchMode ¶ 

func (o *StyleBoxTexture) GetHAxisStretchMode() StyleBoxTextureAxisStretchMode
        Undocumented
	Args: [], Returns: enum.StyleBoxTexture::AxisStretchMode

func (*StyleBoxTexture) GetMarginSize ¶ 

func (o *StyleBoxTexture) GetMarginSize(margin gdnative.Int) gdnative.Real
        Undocumented
	Args: [{ false margin int}], Returns: float

func (*StyleBoxTexture) GetModulate ¶ 

func (o *StyleBoxTexture) GetModulate() gdnative.Color
        Undocumented
	Args: [], Returns: Color

func (*StyleBoxTexture) GetNormalMap ¶ 

func (o *StyleBoxTexture) GetNormalMap() ResourceImplementer
        Undocumented
	Args: [], Returns: Resource

func (*StyleBoxTexture) GetRegionRect ¶ 

func (o *StyleBoxTexture) GetRegionRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*StyleBoxTexture) GetTexture ¶ 

func (o *StyleBoxTexture) GetTexture() ResourceImplementer
        Undocumented
	Args: [], Returns: Resource

func (*StyleBoxTexture) GetVAxisStretchMode ¶ 

func (o *StyleBoxTexture) GetVAxisStretchMode() StyleBoxTextureAxisStretchMode
        Undocumented
	Args: [], Returns: enum.StyleBoxTexture::AxisStretchMode

func (*StyleBoxTexture) IsDrawCenterEnabled ¶ 

func (o *StyleBoxTexture) IsDrawCenterEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*StyleBoxTexture) SetDrawCenter ¶ 

func (o *StyleBoxTexture) SetDrawCenter(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*StyleBoxTexture) SetExpandMarginAll ¶ 

func (o *StyleBoxTexture) SetExpandMarginAll(size gdnative.Real)

Args: [{ false size float}], Returns: void

func (*StyleBoxTexture) SetExpandMarginIndividual ¶ 

func (o *StyleBoxTexture) SetExpandMarginIndividual(sizeLeft gdnative.Real, sizeTop gdnative.Real, sizeRight gdnative.Real, sizeBottom gdnative.Real)

Args: [{ false size_left float} { false size_top float} { false size_right float} { false size_bottom float}], Returns: void

func (*StyleBoxTexture) SetExpandMarginSize ¶ 

func (o *StyleBoxTexture) SetExpandMarginSize(margin gdnative.Int, size gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false size float}], Returns: void

func (*StyleBoxTexture) SetHAxisStretchMode ¶ 

func (o *StyleBoxTexture) SetHAxisStretchMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*StyleBoxTexture) SetMarginSize ¶ 

func (o *StyleBoxTexture) SetMarginSize(margin gdnative.Int, size gdnative.Real)
        Undocumented
	Args: [{ false margin int} { false size float}], Returns: void

func (*StyleBoxTexture) SetModulate ¶ 

func (o *StyleBoxTexture) SetModulate(color gdnative.Color)
        Undocumented
	Args: [{ false color Color}], Returns: void

func (*StyleBoxTexture) SetNormalMap ¶ 

func (o *StyleBoxTexture) SetNormalMap(normalMap ResourceImplementer)
        Undocumented
	Args: [{ false normal_map Resource}], Returns: void

func (*StyleBoxTexture) SetRegionRect ¶ 

func (o *StyleBoxTexture) SetRegionRect(region gdnative.Rect2)
        Undocumented
	Args: [{ false region Rect2}], Returns: void

func (*StyleBoxTexture) SetTexture ¶ 

func (o *StyleBoxTexture) SetTexture(texture ResourceImplementer)
        Undocumented
	Args: [{ false texture Resource}], Returns: void

func (*StyleBoxTexture) SetVAxisStretchMode ¶ 

func (o *StyleBoxTexture) SetVAxisStretchMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type StyleBoxTextureAxisStretchMode ¶ 

type StyleBoxTextureAxisStretchMode int

StyleBoxTextureAxisStretchMode is an enum for AxisStretchMode values. 

const (
	StyleBoxTextureAxisStretchModeStretch StyleBoxTextureAxisStretchMode = 0
	StyleBoxTextureAxisStretchModeTile    StyleBoxTextureAxisStretchMode = 1
	StyleBoxTextureAxisStretchModeTileFit StyleBoxTextureAxisStretchMode = 2
)

type StyleBoxTextureImplementer ¶ 

type StyleBoxTextureImplementer interface {
	StyleBoxImplementer
	GetExpandMarginSize(margin gdnative.Int) gdnative.Real
	GetMarginSize(margin gdnative.Int) gdnative.Real
	GetModulate() gdnative.Color
	GetNormalMap() ResourceImplementer
	GetRegionRect() gdnative.Rect2
	GetTexture() ResourceImplementer
	IsDrawCenterEnabled() gdnative.Bool
	SetDrawCenter(enable gdnative.Bool)
	SetExpandMarginAll(size gdnative.Real)
	SetExpandMarginIndividual(sizeLeft gdnative.Real, sizeTop gdnative.Real, sizeRight gdnative.Real, sizeBottom gdnative.Real)
	SetExpandMarginSize(margin gdnative.Int, size gdnative.Real)
	SetHAxisStretchMode(mode gdnative.Int)
	SetMarginSize(margin gdnative.Int, size gdnative.Real)
	SetModulate(color gdnative.Color)
	SetNormalMap(normalMap ResourceImplementer)
	SetRegionRect(region gdnative.Rect2)
	SetTexture(texture ResourceImplementer)
	SetVAxisStretchMode(mode gdnative.Int)
}

StyleBoxTextureImplementer is an interface that implements the methods of the StyleBoxTexture class.

type SurfaceTool ¶ 

type SurfaceTool struct {
	Reference
	// contains filtered or unexported fields
}

The [code]SurfaceTool[/code] is used to construct a Mesh by specifying vertex attributes individually. It can be used to construct a Mesh from script. All properties except index need to be added before a call to [method add_vertex]. For example adding vertex colors and UVs looks like [codeblock] var st = SurfaceTool.new() st.begin(Mesh.PRIMITIVE_TRIANGLES) st.add_color(Color(1, 0, 0)) st.add_uv(Vector2(0, 0)) st.add_vertex(Vector3(0, 0, 0)) [/codeblock] The [code]SurfaceTool[/code] now contains one vertex of a triangle which has a UV coordinate and a specified [Color]. If another vertex were added without calls to [method add_uv] or [method add_color] then the last values would be used. It is very important that vertex attributes are passed [b]before[/b] the call to [method add_vertex], failure to do this will result in an error when committing the vertex information to a mesh.

func (*SurfaceTool) AddBones ¶ 

func (o *SurfaceTool) AddBones(bones gdnative.PoolIntArray)
        Add an array of bones for the next Vertex to use.
	Args: [{ false bones PoolIntArray}], Returns: void

func (*SurfaceTool) AddColor ¶ 

func (o *SurfaceTool) AddColor(color gdnative.Color)
        Specify a [Color] for the next Vertex to use.
	Args: [{ false color Color}], Returns: void

func (*SurfaceTool) AddIndex ¶ 

func (o *SurfaceTool) AddIndex(index gdnative.Int)
        Adds an index to index array if you are using indexed Vertices. Does not need to be called before adding Vertex.
	Args: [{ false index int}], Returns: void

func (*SurfaceTool) AddNormal ¶ 

func (o *SurfaceTool) AddNormal(normal gdnative.Vector3)
        Specify a normal for the next Vertex to use.
	Args: [{ false normal Vector3}], Returns: void

func (*SurfaceTool) AddSmoothGroup ¶ 

func (o *SurfaceTool) AddSmoothGroup(smooth gdnative.Bool)
        Specify whether current Vertex (if using only Vertex arrays) or current index (if also using index arrays) should utilize smooth normals for normal calculation.
	Args: [{ false smooth bool}], Returns: void

func (*SurfaceTool) AddTangent ¶ 

func (o *SurfaceTool) AddTangent(tangent gdnative.Plane)
        Specify a Tangent for the next Vertex to use.
	Args: [{ false tangent Plane}], Returns: void

func (*SurfaceTool) AddToFormat ¶ 

func (o *SurfaceTool) AddToFormat(flags gdnative.Int)

Args: [{ false flags int}], Returns: void

func (*SurfaceTool) AddTriangleFan ¶ 

func (o *SurfaceTool) AddTriangleFan(vertexes gdnative.PoolVector3Array, uvs gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uv2S gdnative.PoolVector2Array, normals gdnative.PoolVector3Array, tangents gdnative.Array)
        Insert a triangle fan made of array data into [Mesh] being constructed.
	Args: [{ false vertexes PoolVector3Array} {[] true uvs PoolVector2Array} {[PoolColorArray] true colors PoolColorArray} {[] true uv2s PoolVector2Array} {[] true normals PoolVector3Array} {[] true tangents Array}], Returns: void

func (*SurfaceTool) AddUv ¶ 

func (o *SurfaceTool) AddUv(uv gdnative.Vector2)
        Specify UV Coordinate for next Vertex to use.
	Args: [{ false uv Vector2}], Returns: void

func (*SurfaceTool) AddUv2 ¶ 

func (o *SurfaceTool) AddUv2(uv2 gdnative.Vector2)
        Specify an optional second set of UV coordinates for next Vertex to use.
	Args: [{ false uv2 Vector2}], Returns: void

func (*SurfaceTool) AddVertex ¶ 

func (o *SurfaceTool) AddVertex(vertex gdnative.Vector3)
        Specify position of current Vertex. Should be called after specifying other vertex properties (e.g. Color, UV).
	Args: [{ false vertex Vector3}], Returns: void

func (*SurfaceTool) AddWeights ¶ 

func (o *SurfaceTool) AddWeights(weights gdnative.PoolRealArray)
        Specify weight value for next Vertex to use.
	Args: [{ false weights PoolRealArray}], Returns: void

func (*SurfaceTool) AppendFrom ¶ 

func (o *SurfaceTool) AppendFrom(existing MeshImplementer, surface gdnative.Int, transform gdnative.Transform)

Args: [{ false existing Mesh} { false surface int} { false transform Transform}], Returns: void

func (*SurfaceTool) BaseClass ¶ 

func (o *SurfaceTool) BaseClass() string

func (*SurfaceTool) Begin ¶ 

func (o *SurfaceTool) Begin(primitive gdnative.Int)
        Called before adding any Vertices. Takes the primitive type as an argument (e.g. Mesh.PRIMITIVE_TRIANGLES).
	Args: [{ false primitive int}], Returns: void

func (*SurfaceTool) Clear ¶ 

func (o *SurfaceTool) Clear()
        Clear all information passed into the surface tool so far.
	Args: [], Returns: void

func (*SurfaceTool) Commit ¶ 

func (o *SurfaceTool) Commit(existing ArrayMeshImplementer, flags gdnative.Int) ArrayMeshImplementer
        Returns a constructed [ArrayMesh] from current information passed in. If an existing [ArrayMesh] is passed in as an argument, will add an extra surface to the existing [ArrayMesh].
	Args: [{Null true existing ArrayMesh} {97792 true flags int}], Returns: ArrayMesh

func (*SurfaceTool) CreateFrom ¶ 

func (o *SurfaceTool) CreateFrom(existing MeshImplementer, surface gdnative.Int)

Args: [{ false existing Mesh} { false surface int}], Returns: void

func (*SurfaceTool) Deindex ¶ 

func (o *SurfaceTool) Deindex()
        Removes index array by expanding Vertex array.
	Args: [], Returns: void

func (*SurfaceTool) GenerateNormals ¶ 

func (o *SurfaceTool) GenerateNormals()
        Generates normals from Vertices so you do not have to do it manually.
	Args: [], Returns: void

func (*SurfaceTool) GenerateTangents ¶ 

func (o *SurfaceTool) GenerateTangents()

Args: [], Returns: void

func (*SurfaceTool) Index ¶ 

func (o *SurfaceTool) Index()
        Shrinks Vertex array by creating an index array. Avoids reusing Vertices.
	Args: [], Returns: void

func (*SurfaceTool) SetMaterial ¶ 

func (o *SurfaceTool) SetMaterial(material MaterialImplementer)
        Sets [Material] to be used by the [Mesh] you are constructing.
	Args: [{ false material Material}], Returns: void

type SurfaceToolImplementer ¶ 

type SurfaceToolImplementer interface {
	ReferenceImplementer
	AddBones(bones gdnative.PoolIntArray)
	AddColor(color gdnative.Color)
	AddIndex(index gdnative.Int)
	AddNormal(normal gdnative.Vector3)
	AddSmoothGroup(smooth gdnative.Bool)
	AddTangent(tangent gdnative.Plane)
	AddToFormat(flags gdnative.Int)
	AddTriangleFan(vertexes gdnative.PoolVector3Array, uvs gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uv2S gdnative.PoolVector2Array, normals gdnative.PoolVector3Array, tangents gdnative.Array)
	AddUv(uv gdnative.Vector2)
	AddUv2(uv2 gdnative.Vector2)
	AddVertex(vertex gdnative.Vector3)
	AddWeights(weights gdnative.PoolRealArray)
	AppendFrom(existing MeshImplementer, surface gdnative.Int, transform gdnative.Transform)
	Begin(primitive gdnative.Int)
	Clear()
	Commit(existing ArrayMeshImplementer, flags gdnative.Int) ArrayMeshImplementer
	CreateFrom(existing MeshImplementer, surface gdnative.Int)
	Deindex()
	GenerateNormals()
	GenerateTangents()
	Index()
	SetMaterial(material MaterialImplementer)
}

SurfaceToolImplementer is an interface that implements the methods of the SurfaceTool class.

type TCP_Server ¶ 

type TCP_Server struct {
	Reference
	// contains filtered or unexported fields
}

TCP Server class. Listens to connections on a port and returns a StreamPeerTCP when got a connection.

func (*TCP_Server) BaseClass ¶ 

func (o *TCP_Server) BaseClass() string

func (*TCP_Server) IsConnectionAvailable ¶ 

func (o *TCP_Server) IsConnectionAvailable() gdnative.Bool
        Return true if a connection is available for taking.
	Args: [], Returns: bool

func (*TCP_Server) Listen ¶ 

func (o *TCP_Server) Listen(port gdnative.Int, bindAddress gdnative.String) gdnative.Error
        Listen on the "port" binding to "bind_address". If "bind_address" is set as "*" (default), the server will listen on all available addresses (both IPv4 and IPv6). If "bind_address" is set as "0.0.0.0" (for IPv4) or "::" (for IPv6), the server will listen on all available addresses matching that IP type. If "bind_address" is set to any valid address (e.g. "192.168.1.101", "::1", etc), the server will only listen on the interface with that addresses (or fail if no interface with the given address exists).
	Args: [{ false port int} {* true bind_address String}], Returns: enum.Error

func (*TCP_Server) Stop ¶ 

func (o *TCP_Server) Stop()
        Stop listening.
	Args: [], Returns: void

func (*TCP_Server) TakeConnection ¶ 

func (o *TCP_Server) TakeConnection() StreamPeerTCPImplementer
        If a connection is available, return a StreamPeerTCP with the connection/
	Args: [], Returns: StreamPeerTCP

type TCP_ServerImplementer ¶ 

type TCP_ServerImplementer interface {
	ReferenceImplementer
	IsConnectionAvailable() gdnative.Bool
	Stop()
	TakeConnection() StreamPeerTCPImplementer
}

TCP_ServerImplementer is an interface that implements the methods of the TCP_Server class.

type TabContainer ¶ 

type TabContainer struct {
	Control
	// contains filtered or unexported fields
}

Sets the active tab's [code]visible[/code] property to the value [code]true[/code]. Sets all other children's to [code]false[/code]. Ignores non-Control children. Individual tabs are always visible unless you use [method set_tab_disabled] and [method set_tab_title] to hide it. To hide only a tab's content, nest the content inside a child Control, so it receives the [code]TabContainer[/code]'s visibility setting instead.

func (*TabContainer) AreTabsVisible ¶ 

func (o *TabContainer) AreTabsVisible() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TabContainer) BaseClass ¶ 

func (o *TabContainer) BaseClass() string

func (*TabContainer) GetCurrentTab ¶ 

func (o *TabContainer) GetCurrentTab() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TabContainer) GetCurrentTabControl ¶ 

func (o *TabContainer) GetCurrentTabControl() ControlImplementer
        Returns the child [Control] node located at the active tab index.
	Args: [], Returns: Control

func (*TabContainer) GetPopup ¶ 

func (o *TabContainer) GetPopup() PopupImplementer
        Returns the [Popup] node instance if one has been set already with [method set_popup].
	Args: [], Returns: Popup

func (*TabContainer) GetPreviousTab ¶ 

func (o *TabContainer) GetPreviousTab() gdnative.Int
        Returns the previously active tab index.
	Args: [], Returns: int

func (*TabContainer) GetTabAlign ¶ 

func (o *TabContainer) GetTabAlign() TabContainerTabAlign
        Undocumented
	Args: [], Returns: enum.TabContainer::TabAlign

func (*TabContainer) GetTabControl ¶ 

func (o *TabContainer) GetTabControl(idx gdnative.Int) ControlImplementer
        Returns the currently visible tab's [Control] node.
	Args: [{ false idx int}], Returns: Control

func (*TabContainer) GetTabCount ¶ 

func (o *TabContainer) GetTabCount() gdnative.Int
        Returns the number of tabs.
	Args: [], Returns: int

func (*TabContainer) GetTabDisabled ¶ 

func (o *TabContainer) GetTabDisabled(tabIdx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the tab at index [code]tab_idx[/code] is disabled.
	Args: [{ false tab_idx int}], Returns: bool

func (*TabContainer) GetTabIcon ¶ 

func (o *TabContainer) GetTabIcon(tabIdx gdnative.Int) TextureImplementer
        Returns the [Texture] for the tab at index [code]tab_idx[/code] or null if the tab has no [Texture].
	Args: [{ false tab_idx int}], Returns: Texture

func (*TabContainer) GetTabTitle ¶ 

func (o *TabContainer) GetTabTitle(tabIdx gdnative.Int) gdnative.String
        Returns the title of the tab at index [code]tab_idx[/code]. Tab titles default to the name of the indexed child node, but this can be overridden with [method set_tab_title].
	Args: [{ false tab_idx int}], Returns: String

func (*TabContainer) SetCurrentTab ¶ 

func (o *TabContainer) SetCurrentTab(tabIdx gdnative.Int)
        Undocumented
	Args: [{ false tab_idx int}], Returns: void

func (*TabContainer) SetPopup ¶ 

func (o *TabContainer) SetPopup(popup ObjectImplementer)
        If set on a [Popup] node instance, a popup menu icon appears in the top-right corner of the [code]TabContainer[/code]. Clicking it will expand the [Popup] node.
	Args: [{ false popup Object}], Returns: void

func (*TabContainer) SetTabAlign ¶ 

func (o *TabContainer) SetTabAlign(align gdnative.Int)
        Undocumented
	Args: [{ false align int}], Returns: void

func (*TabContainer) SetTabDisabled ¶ 

func (o *TabContainer) SetTabDisabled(tabIdx gdnative.Int, disabled gdnative.Bool)
        If [code]disabled[/code] is false, hides the tab at index [code]tab_idx[/code]. Note that its title text will remain, unless also removed with [method set_tab_title].
	Args: [{ false tab_idx int} { false disabled bool}], Returns: void

func (*TabContainer) SetTabIcon ¶ 

func (o *TabContainer) SetTabIcon(tabIdx gdnative.Int, icon TextureImplementer)
        Sets an icon for the tab at index [code]tab_idx[/code].
	Args: [{ false tab_idx int} { false icon Texture}], Returns: void

func (*TabContainer) SetTabTitle ¶ 

func (o *TabContainer) SetTabTitle(tabIdx gdnative.Int, title gdnative.String)
        Sets a title for the tab at index [code]tab_idx[/code]. Tab titles default to the name of the indexed child node, but this can be overridden with [method set_tab_title].
	Args: [{ false tab_idx int} { false title String}], Returns: void

func (*TabContainer) SetTabsVisible ¶ 

func (o *TabContainer) SetTabsVisible(visible gdnative.Bool)
        Undocumented
	Args: [{ false visible bool}], Returns: void

func (*TabContainer) X_ChildRenamedCallback ¶ 

func (o *TabContainer) X_ChildRenamedCallback()
        Undocumented
	Args: [], Returns: void

func (*TabContainer) X_GuiInput ¶ 

func (o *TabContainer) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*TabContainer) X_OnThemeChanged ¶ 

func (o *TabContainer) X_OnThemeChanged()
        Undocumented
	Args: [], Returns: void

func (*TabContainer) X_UpdateCurrentTab ¶ 

func (o *TabContainer) X_UpdateCurrentTab()
        Undocumented
	Args: [], Returns: void

type TabContainerImplementer ¶ 

type TabContainerImplementer interface {
	ControlImplementer
	X_ChildRenamedCallback()
	X_OnThemeChanged()
	X_UpdateCurrentTab()
	AreTabsVisible() gdnative.Bool
	GetCurrentTab() gdnative.Int
	GetCurrentTabControl() ControlImplementer
	GetPopup() PopupImplementer
	GetPreviousTab() gdnative.Int
	GetTabControl(idx gdnative.Int) ControlImplementer
	GetTabCount() gdnative.Int
	GetTabDisabled(tabIdx gdnative.Int) gdnative.Bool
	GetTabIcon(tabIdx gdnative.Int) TextureImplementer
	GetTabTitle(tabIdx gdnative.Int) gdnative.String
	SetCurrentTab(tabIdx gdnative.Int)
	SetPopup(popup ObjectImplementer)
	SetTabAlign(align gdnative.Int)
	SetTabDisabled(tabIdx gdnative.Int, disabled gdnative.Bool)
	SetTabIcon(tabIdx gdnative.Int, icon TextureImplementer)
	SetTabTitle(tabIdx gdnative.Int, title gdnative.String)
	SetTabsVisible(visible gdnative.Bool)
}

TabContainerImplementer is an interface that implements the methods of the TabContainer class.

type TabContainerTabAlign ¶ 

type TabContainerTabAlign int

TabContainerTabAlign is an enum for TabAlign values. 

const (
	TabContainerAlignCenter TabContainerTabAlign = 1
	TabContainerAlignLeft   TabContainerTabAlign = 0
	TabContainerAlignRight  TabContainerTabAlign = 2
)

type Tabs ¶ 

type Tabs struct {
	Control
	// contains filtered or unexported fields
}

Simple tabs control, similar to TabContainer but is only in charge of drawing tabs, not interact with children.

func (*Tabs) AddTab ¶ 

func (o *Tabs) AddTab(title gdnative.String, icon TextureImplementer)

Args: [{ true title String} {[Object:null] true icon Texture}], Returns: void

func (*Tabs) BaseClass ¶ 

func (o *Tabs) BaseClass() string

func (*Tabs) EnsureTabVisible ¶ 

func (o *Tabs) EnsureTabVisible(idx gdnative.Int)

Args: [{ false idx int}], Returns: void

func (*Tabs) GetCurrentTab ¶ 

func (o *Tabs) GetCurrentTab() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Tabs) GetOffsetButtonsVisible ¶ 

func (o *Tabs) GetOffsetButtonsVisible() gdnative.Bool

Args: [], Returns: bool

func (*Tabs) GetScrollingEnabled ¶ 

func (o *Tabs) GetScrollingEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Tabs) GetTabAlign ¶ 

func (o *Tabs) GetTabAlign() TabsTabAlign
        Undocumented
	Args: [], Returns: enum.Tabs::TabAlign

func (*Tabs) GetTabCloseDisplayPolicy ¶ 

func (o *Tabs) GetTabCloseDisplayPolicy() TabsCloseButtonDisplayPolicy
        Undocumented
	Args: [], Returns: enum.Tabs::CloseButtonDisplayPolicy

func (*Tabs) GetTabCount ¶ 

func (o *Tabs) GetTabCount() gdnative.Int

Args: [], Returns: int

func (*Tabs) GetTabDisabled ¶ 

func (o *Tabs) GetTabDisabled(tabIdx gdnative.Int) gdnative.Bool

Args: [{ false tab_idx int}], Returns: bool

func (*Tabs) GetTabIcon ¶ 

func (o *Tabs) GetTabIcon(tabIdx gdnative.Int) TextureImplementer

Args: [{ false tab_idx int}], Returns: Texture

func (*Tabs) GetTabOffset ¶ 

func (o *Tabs) GetTabOffset() gdnative.Int

Args: [], Returns: int

func (*Tabs) GetTabRect ¶ 

func (o *Tabs) GetTabRect(tabIdx gdnative.Int) gdnative.Rect2
        Returns tab [Rect2] with local position and size.
	Args: [{ false tab_idx int}], Returns: Rect2

func (*Tabs) GetTabTitle ¶ 

func (o *Tabs) GetTabTitle(tabIdx gdnative.Int) gdnative.String

Args: [{ false tab_idx int}], Returns: String

func (*Tabs) MoveTab ¶ 

func (o *Tabs) MoveTab(from gdnative.Int, to gdnative.Int)
        Rearrange tab.
	Args: [{ false from int} { false to int}], Returns: void

func (*Tabs) RemoveTab ¶ 

func (o *Tabs) RemoveTab(tabIdx gdnative.Int)

Args: [{ false tab_idx int}], Returns: void

func (*Tabs) SetCurrentTab ¶ 

func (o *Tabs) SetCurrentTab(tabIdx gdnative.Int)
        Undocumented
	Args: [{ false tab_idx int}], Returns: void

func (*Tabs) SetScrollingEnabled ¶ 

func (o *Tabs) SetScrollingEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Tabs) SetTabAlign ¶ 

func (o *Tabs) SetTabAlign(align gdnative.Int)
        Undocumented
	Args: [{ false align int}], Returns: void

func (*Tabs) SetTabCloseDisplayPolicy ¶ 

func (o *Tabs) SetTabCloseDisplayPolicy(policy gdnative.Int)
        Undocumented
	Args: [{ false policy int}], Returns: void

func (*Tabs) SetTabDisabled ¶ 

func (o *Tabs) SetTabDisabled(tabIdx gdnative.Int, disabled gdnative.Bool)

Args: [{ false tab_idx int} { false disabled bool}], Returns: void

func (*Tabs) SetTabIcon ¶ 

func (o *Tabs) SetTabIcon(tabIdx gdnative.Int, icon TextureImplementer)

Args: [{ false tab_idx int} { false icon Texture}], Returns: void

func (*Tabs) SetTabTitle ¶ 

func (o *Tabs) SetTabTitle(tabIdx gdnative.Int, title gdnative.String)

Args: [{ false tab_idx int} { false title String}], Returns: void

func (*Tabs) X_GuiInput ¶ 

func (o *Tabs) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type TabsCloseButtonDisplayPolicy ¶ 

type TabsCloseButtonDisplayPolicy int

TabsCloseButtonDisplayPolicy is an enum for CloseButtonDisplayPolicy values. 

const (
	TabsCloseButtonMax            TabsCloseButtonDisplayPolicy = 3
	TabsCloseButtonShowActiveOnly TabsCloseButtonDisplayPolicy = 1
	TabsCloseButtonShowAlways     TabsCloseButtonDisplayPolicy = 2
	TabsCloseButtonShowNever      TabsCloseButtonDisplayPolicy = 0
)

type TabsImplementer ¶ 

type TabsImplementer interface {
	ControlImplementer
	AddTab(title gdnative.String, icon TextureImplementer)
	EnsureTabVisible(idx gdnative.Int)
	GetCurrentTab() gdnative.Int
	GetOffsetButtonsVisible() gdnative.Bool
	GetScrollingEnabled() gdnative.Bool
	GetTabCount() gdnative.Int
	GetTabDisabled(tabIdx gdnative.Int) gdnative.Bool
	GetTabIcon(tabIdx gdnative.Int) TextureImplementer
	GetTabOffset() gdnative.Int
	GetTabRect(tabIdx gdnative.Int) gdnative.Rect2
	GetTabTitle(tabIdx gdnative.Int) gdnative.String
	MoveTab(from gdnative.Int, to gdnative.Int)
	RemoveTab(tabIdx gdnative.Int)
	SetCurrentTab(tabIdx gdnative.Int)
	SetScrollingEnabled(enabled gdnative.Bool)
	SetTabAlign(align gdnative.Int)
	SetTabCloseDisplayPolicy(policy gdnative.Int)
	SetTabDisabled(tabIdx gdnative.Int, disabled gdnative.Bool)
	SetTabIcon(tabIdx gdnative.Int, icon TextureImplementer)
	SetTabTitle(tabIdx gdnative.Int, title gdnative.String)
}

TabsImplementer is an interface that implements the methods of the Tabs class.

type TabsTabAlign ¶ 

type TabsTabAlign int

TabsTabAlign is an enum for TabAlign values. 

const (
	TabsAlignCenter TabsTabAlign = 1
	TabsAlignLeft   TabsTabAlign = 0
	TabsAlignMax    TabsTabAlign = 3
	TabsAlignRight  TabsTabAlign = 2
)

type TextEdit ¶ 

type TextEdit struct {
	Control
	// contains filtered or unexported fields
}

TextEdit is meant for editing large, multiline text. It also has facilities for editing code, such as syntax highlighting support and multiple levels of undo/redo.

func (*TextEdit) AddColorRegion ¶ 

func (o *TextEdit) AddColorRegion(beginKey gdnative.String, endKey gdnative.String, color gdnative.Color, lineOnly gdnative.Bool)
        Add color region (given the delimiters) and its colors.
	Args: [{ false begin_key String} { false end_key String} { false color Color} {False true line_only bool}], Returns: void

func (*TextEdit) AddKeywordColor ¶ 

func (o *TextEdit) AddKeywordColor(keyword gdnative.String, color gdnative.Color)
        Add a keyword and its color.
	Args: [{ false keyword String} { false color Color}], Returns: void

func (*TextEdit) BaseClass ¶ 

func (o *TextEdit) BaseClass() string

func (*TextEdit) CanFold ¶ 

func (o *TextEdit) CanFold(line gdnative.Int) gdnative.Bool

Args: [{ false line int}], Returns: bool

func (*TextEdit) ClearColors ¶ 

func (o *TextEdit) ClearColors()
        Clear all the syntax coloring information.
	Args: [], Returns: void

func (*TextEdit) ClearUndoHistory ¶ 

func (o *TextEdit) ClearUndoHistory()
        Clear the undo history.
	Args: [], Returns: void

func (*TextEdit) Copy ¶ 

func (o *TextEdit) Copy()
        Copy the current selection.
	Args: [], Returns: void

func (*TextEdit) CursorGetBlinkEnabled ¶ 

func (o *TextEdit) CursorGetBlinkEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) CursorGetBlinkSpeed ¶ 

func (o *TextEdit) CursorGetBlinkSpeed() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*TextEdit) CursorGetColumn ¶ 

func (o *TextEdit) CursorGetColumn() gdnative.Int
        Return the column the editing cursor is at.
	Args: [], Returns: int

func (*TextEdit) CursorGetLine ¶ 

func (o *TextEdit) CursorGetLine() gdnative.Int
        Return the line the editing cursor is at.
	Args: [], Returns: int

func (*TextEdit) CursorIsBlockMode ¶ 

func (o *TextEdit) CursorIsBlockMode() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) CursorSetBlinkEnabled ¶ 

func (o *TextEdit) CursorSetBlinkEnabled(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) CursorSetBlinkSpeed ¶ 

func (o *TextEdit) CursorSetBlinkSpeed(blinkSpeed gdnative.Real)
        Undocumented
	Args: [{ false blink_speed float}], Returns: void

func (*TextEdit) CursorSetBlockMode ¶ 

func (o *TextEdit) CursorSetBlockMode(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) CursorSetColumn ¶ 

func (o *TextEdit) CursorSetColumn(column gdnative.Int, adjustViewport gdnative.Bool)

Args: [{ false column int} {True true adjust_viewport bool}], Returns: void

func (*TextEdit) CursorSetLine ¶ 

func (o *TextEdit) CursorSetLine(line gdnative.Int, adjustViewport gdnative.Bool, canBeHidden gdnative.Bool)

Args: [{ false line int} {True true adjust_viewport bool} {True true can_be_hidden bool}], Returns: void

func (*TextEdit) Cut ¶ 

func (o *TextEdit) Cut()
        Cut the current selection.
	Args: [], Returns: void

func (*TextEdit) Deselect ¶ 

func (o *TextEdit) Deselect()
        Clears the current selection.
	Args: [], Returns: void

func (*TextEdit) FoldAllLines ¶ 

func (o *TextEdit) FoldAllLines()

Args: [], Returns: void

func (*TextEdit) FoldLine ¶ 

func (o *TextEdit) FoldLine(line gdnative.Int)

Args: [{ false line int}], Returns: void

func (*TextEdit) GetLine ¶ 

func (o *TextEdit) GetLine(line gdnative.Int) gdnative.String
        Return the text of a specific line.
	Args: [{ false line int}], Returns: String

func (*TextEdit) GetLineCount ¶ 

func (o *TextEdit) GetLineCount() gdnative.Int
        Return the amount of total lines in the text.
	Args: [], Returns: int

func (*TextEdit) GetMenu ¶ 

func (o *TextEdit) GetMenu() PopupMenuImplementer

Args: [], Returns: PopupMenu

func (*TextEdit) GetSelectionFromColumn ¶ 

func (o *TextEdit) GetSelectionFromColumn() gdnative.Int
        Return the selection begin column.
	Args: [], Returns: int

func (*TextEdit) GetSelectionFromLine ¶ 

func (o *TextEdit) GetSelectionFromLine() gdnative.Int
        Return the selection begin line.
	Args: [], Returns: int

func (*TextEdit) GetSelectionText ¶ 

func (o *TextEdit) GetSelectionText() gdnative.String
        Return the text inside the selection.
	Args: [], Returns: String

func (*TextEdit) GetSelectionToColumn ¶ 

func (o *TextEdit) GetSelectionToColumn() gdnative.Int
        Return the selection end column.
	Args: [], Returns: int

func (*TextEdit) GetSelectionToLine ¶ 

func (o *TextEdit) GetSelectionToLine() gdnative.Int
        Return the selection end line.
	Args: [], Returns: int

func (*TextEdit) GetText ¶ 

func (o *TextEdit) GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*TextEdit) GetVScrollSpeed ¶ 

func (o *TextEdit) GetVScrollSpeed() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*TextEdit) GetWordUnderCursor ¶ 

func (o *TextEdit) GetWordUnderCursor() gdnative.String

Args: [], Returns: String

func (*TextEdit) InsertTextAtCursor ¶ 

func (o *TextEdit) InsertTextAtCursor(text gdnative.String)
        Insert a given text at the cursor position.
	Args: [{ false text String}], Returns: void

func (*TextEdit) IsContextMenuEnabled ¶ 

func (o *TextEdit) IsContextMenuEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsFolded ¶ 

func (o *TextEdit) IsFolded(line gdnative.Int) gdnative.Bool

Args: [{ false line int}], Returns: bool

func (*TextEdit) IsHidingEnabled ¶ 

func (o *TextEdit) IsHidingEnabled() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TextEdit) IsHighlightAllOccurrencesEnabled ¶ 

func (o *TextEdit) IsHighlightAllOccurrencesEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsHighlightCurrentLineEnabled ¶ 

func (o *TextEdit) IsHighlightCurrentLineEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsLineHidden ¶ 

func (o *TextEdit) IsLineHidden(line gdnative.Int) gdnative.Bool

Args: [{ false line int}], Returns: bool

func (*TextEdit) IsOverridingSelectedFontColor ¶ 

func (o *TextEdit) IsOverridingSelectedFontColor() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsReadonly ¶ 

func (o *TextEdit) IsReadonly() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsRightClickMovingCaret ¶ 

func (o *TextEdit) IsRightClickMovingCaret() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsSelectionActive ¶ 

func (o *TextEdit) IsSelectionActive() gdnative.Bool
        Return true if the selection is active.
	Args: [], Returns: bool

func (*TextEdit) IsShowLineNumbersEnabled ¶ 

func (o *TextEdit) IsShowLineNumbersEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsSmoothScrollEnabled ¶ 

func (o *TextEdit) IsSmoothScrollEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsSyntaxColoringEnabled ¶ 

func (o *TextEdit) IsSyntaxColoringEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) IsWrapping ¶ 

func (o *TextEdit) IsWrapping() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextEdit) MenuOption ¶ 

func (o *TextEdit) MenuOption(option gdnative.Int)

Args: [{ false option int}], Returns: void

func (*TextEdit) Paste ¶ 

func (o *TextEdit) Paste()
        Paste the current selection.
	Args: [], Returns: void

func (*TextEdit) Redo ¶ 

func (o *TextEdit) Redo()
        Perform redo operation.
	Args: [], Returns: void

func (*TextEdit) Search ¶ 

func (o *TextEdit) Search(key gdnative.String, flags gdnative.Int, fromLine gdnative.Int, fromColumn gdnative.Int) gdnative.PoolIntArray
        Perform a search inside the text. Search flags can be specified in the SEARCH_* enum.
	Args: [{ false key String} { false flags int} { false from_line int} { false from_column int}], Returns: PoolIntArray

func (*TextEdit) Select ¶ 

func (o *TextEdit) Select(fromLine gdnative.Int, fromColumn gdnative.Int, toLine gdnative.Int, toColumn gdnative.Int)
        Perform selection, from line/column to line/column.
	Args: [{ false from_line int} { false from_column int} { false to_line int} { false to_column int}], Returns: void

func (*TextEdit) SelectAll ¶ 

func (o *TextEdit) SelectAll()
        Select all the text.
	Args: [], Returns: void

func (*TextEdit) SetContextMenuEnabled ¶ 

func (o *TextEdit) SetContextMenuEnabled(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetHidingEnabled ¶ 

func (o *TextEdit) SetHidingEnabled(enable gdnative.Int)
        Undocumented
	Args: [{ false enable int}], Returns: void

func (*TextEdit) SetHighlightAllOccurrences ¶ 

func (o *TextEdit) SetHighlightAllOccurrences(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetHighlightCurrentLine ¶ 

func (o *TextEdit) SetHighlightCurrentLine(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*TextEdit) SetLineAsHidden ¶ 

func (o *TextEdit) SetLineAsHidden(line gdnative.Int, enable gdnative.Bool)

Args: [{ false line int} { false enable bool}], Returns: void

func (*TextEdit) SetOverrideSelectedFontColor ¶ 

func (o *TextEdit) SetOverrideSelectedFontColor(override gdnative.Bool)
        Undocumented
	Args: [{ false override bool}], Returns: void

func (*TextEdit) SetReadonly ¶ 

func (o *TextEdit) SetReadonly(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetRightClickMovesCaret ¶ 

func (o *TextEdit) SetRightClickMovesCaret(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetShowLineNumbers ¶ 

func (o *TextEdit) SetShowLineNumbers(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetSmoothScrollEnable ¶ 

func (o *TextEdit) SetSmoothScrollEnable(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetSyntaxColoring ¶ 

func (o *TextEdit) SetSyntaxColoring(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) SetText ¶ 

func (o *TextEdit) SetText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*TextEdit) SetVScrollSpeed ¶ 

func (o *TextEdit) SetVScrollSpeed(speed gdnative.Real)
        Undocumented
	Args: [{ false speed float}], Returns: void

func (*TextEdit) SetWrap ¶ 

func (o *TextEdit) SetWrap(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextEdit) ToggleFoldLine ¶ 

func (o *TextEdit) ToggleFoldLine(line gdnative.Int)
        Toggle the folding of the code block at the given line.
	Args: [{ false line int}], Returns: void

func (*TextEdit) Undo ¶ 

func (o *TextEdit) Undo()
        Perform undo operation.
	Args: [], Returns: void

func (*TextEdit) UnfoldLine ¶ 

func (o *TextEdit) UnfoldLine(line gdnative.Int)

Args: [{ false line int}], Returns: void

func (*TextEdit) UnhideAllLines ¶ 

func (o *TextEdit) UnhideAllLines()

Args: [], Returns: void

func (*TextEdit) X_ClickSelectionHeld ¶ 

func (o *TextEdit) X_ClickSelectionHeld()
        Undocumented
	Args: [], Returns: void

func (*TextEdit) X_CursorChangedEmit ¶ 

func (o *TextEdit) X_CursorChangedEmit()
        Undocumented
	Args: [], Returns: void

func (*TextEdit) X_GuiInput ¶ 

func (o *TextEdit) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*TextEdit) X_PushCurrentOp ¶ 

func (o *TextEdit) X_PushCurrentOp()
        Undocumented
	Args: [], Returns: void

func (*TextEdit) X_ScrollMoved ¶ 

func (o *TextEdit) X_ScrollMoved(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*TextEdit) X_TextChangedEmit ¶ 

func (o *TextEdit) X_TextChangedEmit()
        Undocumented
	Args: [], Returns: void

func (*TextEdit) X_ToggleDrawCaret ¶ 

func (o *TextEdit) X_ToggleDrawCaret()
        Undocumented
	Args: [], Returns: void

func (*TextEdit) X_VScrollInput ¶ 

func (o *TextEdit) X_VScrollInput()
        Undocumented
	Args: [], Returns: void

type TextEditImplementer ¶ 

type TextEditImplementer interface {
	ControlImplementer
	X_ClickSelectionHeld()
	X_CursorChangedEmit()
	X_PushCurrentOp()
	X_ScrollMoved(arg0 gdnative.Real)
	X_TextChangedEmit()
	X_ToggleDrawCaret()
	X_VScrollInput()
	AddColorRegion(beginKey gdnative.String, endKey gdnative.String, color gdnative.Color, lineOnly gdnative.Bool)
	AddKeywordColor(keyword gdnative.String, color gdnative.Color)
	CanFold(line gdnative.Int) gdnative.Bool
	ClearColors()
	ClearUndoHistory()
	Copy()
	CursorGetBlinkEnabled() gdnative.Bool
	CursorGetBlinkSpeed() gdnative.Real
	CursorGetColumn() gdnative.Int
	CursorGetLine() gdnative.Int
	CursorIsBlockMode() gdnative.Bool
	CursorSetBlinkEnabled(enable gdnative.Bool)
	CursorSetBlinkSpeed(blinkSpeed gdnative.Real)
	CursorSetBlockMode(enable gdnative.Bool)
	CursorSetColumn(column gdnative.Int, adjustViewport gdnative.Bool)
	CursorSetLine(line gdnative.Int, adjustViewport gdnative.Bool, canBeHidden gdnative.Bool)
	Cut()
	Deselect()
	FoldAllLines()
	FoldLine(line gdnative.Int)
	GetLine(line gdnative.Int) gdnative.String
	GetLineCount() gdnative.Int
	GetMenu() PopupMenuImplementer
	GetSelectionFromColumn() gdnative.Int
	GetSelectionFromLine() gdnative.Int
	GetSelectionText() gdnative.String
	GetSelectionToColumn() gdnative.Int
	GetSelectionToLine() gdnative.Int
	GetText() gdnative.String
	GetVScrollSpeed() gdnative.Real
	GetWordUnderCursor() gdnative.String
	InsertTextAtCursor(text gdnative.String)
	IsContextMenuEnabled() gdnative.Bool
	IsFolded(line gdnative.Int) gdnative.Bool
	IsHidingEnabled() gdnative.Int
	IsHighlightAllOccurrencesEnabled() gdnative.Bool
	IsHighlightCurrentLineEnabled() gdnative.Bool
	IsLineHidden(line gdnative.Int) gdnative.Bool
	IsOverridingSelectedFontColor() gdnative.Bool
	IsReadonly() gdnative.Bool
	IsRightClickMovingCaret() gdnative.Bool
	IsSelectionActive() gdnative.Bool
	IsShowLineNumbersEnabled() gdnative.Bool
	IsSmoothScrollEnabled() gdnative.Bool
	IsSyntaxColoringEnabled() gdnative.Bool
	IsWrapping() gdnative.Bool
	MenuOption(option gdnative.Int)
	Paste()
	Redo()
	Search(key gdnative.String, flags gdnative.Int, fromLine gdnative.Int, fromColumn gdnative.Int) gdnative.PoolIntArray
	Select(fromLine gdnative.Int, fromColumn gdnative.Int, toLine gdnative.Int, toColumn gdnative.Int)
	SelectAll()
	SetContextMenuEnabled(enable gdnative.Bool)
	SetHidingEnabled(enable gdnative.Int)
	SetHighlightAllOccurrences(enable gdnative.Bool)
	SetHighlightCurrentLine(enabled gdnative.Bool)
	SetLineAsHidden(line gdnative.Int, enable gdnative.Bool)
	SetOverrideSelectedFontColor(override gdnative.Bool)
	SetReadonly(enable gdnative.Bool)
	SetRightClickMovesCaret(enable gdnative.Bool)
	SetShowLineNumbers(enable gdnative.Bool)
	SetSmoothScrollEnable(enable gdnative.Bool)
	SetSyntaxColoring(enable gdnative.Bool)
	SetText(text gdnative.String)
	SetVScrollSpeed(speed gdnative.Real)
	SetWrap(enable gdnative.Bool)
	ToggleFoldLine(line gdnative.Int)
	Undo()
	UnfoldLine(line gdnative.Int)
	UnhideAllLines()
}

TextEditImplementer is an interface that implements the methods of the TextEdit class.

type TextEditMenuItems ¶ 

type TextEditMenuItems int

TextEditMenuItems is an enum for MenuItems values. 

const (
	TextEditMenuClear     TextEditMenuItems = 3
	TextEditMenuCopy      TextEditMenuItems = 1
	TextEditMenuCut       TextEditMenuItems = 0
	TextEditMenuMax       TextEditMenuItems = 6
	TextEditMenuPaste     TextEditMenuItems = 2
	TextEditMenuSelectAll TextEditMenuItems = 4
	TextEditMenuUndo      TextEditMenuItems = 5
)

type TextEditSearchFlags ¶ 

type TextEditSearchFlags int

TextEditSearchFlags is an enum for SearchFlags values. 

const (
	TextEditSearchBackwards  TextEditSearchFlags = 4
	TextEditSearchMatchCase  TextEditSearchFlags = 1
	TextEditSearchWholeWords TextEditSearchFlags = 2
)

type Texture ¶ 

type Texture struct {
	Resource
	// contains filtered or unexported fields
}

A texture works by registering an image in the video hardware, which then can be used in 3D models or 2D Sprite or GUI Control.

func (*Texture) BaseClass ¶ 

func (o *Texture) BaseClass() string

func (*Texture) Draw ¶ 

func (o *Texture) Draw(canvasItem gdnative.Rid, position gdnative.Vector2, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer)

Args: [{ false canvas_item RID} { false position Vector2} {1,1,1,1 true modulate Color} {False true transpose bool} {Null true normal_map Texture}], Returns: void

func (*Texture) DrawRect ¶ 

func (o *Texture) DrawRect(canvasItem gdnative.Rid, rect gdnative.Rect2, tile gdnative.Bool, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer)

Args: [{ false canvas_item RID} { false rect Rect2} { false tile bool} {1,1,1,1 true modulate Color} {False true transpose bool} {Null true normal_map Texture}], Returns: void

func (*Texture) DrawRectRegion ¶ 

func (o *Texture) DrawRectRegion(canvasItem gdnative.Rid, rect gdnative.Rect2, srcRect gdnative.Rect2, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer, clipUv gdnative.Bool)

Args: [{ false canvas_item RID} { false rect Rect2} { false src_rect Rect2} {1,1,1,1 true modulate Color} {False true transpose bool} {Null true normal_map Texture} {True true clip_uv bool}], Returns: void

func (*Texture) GetData ¶ 

func (o *Texture) GetData() ImageImplementer

Args: [], Returns: Image

func (*Texture) GetFlags ¶ 

func (o *Texture) GetFlags() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Texture) GetHeight ¶ 

func (o *Texture) GetHeight() gdnative.Int
        Return the texture height.
	Args: [], Returns: int

func (*Texture) GetSize ¶ 

func (o *Texture) GetSize() gdnative.Vector2
        Return the texture size.
	Args: [], Returns: Vector2

func (*Texture) GetWidth ¶ 

func (o *Texture) GetWidth() gdnative.Int
        Return the texture width.
	Args: [], Returns: int

func (*Texture) HasAlpha ¶ 

func (o *Texture) HasAlpha() gdnative.Bool

Args: [], Returns: bool

func (*Texture) SetFlags ¶ 

func (o *Texture) SetFlags(flags gdnative.Int)
        Undocumented
	Args: [{ false flags int}], Returns: void

type TextureButton ¶ 

type TextureButton struct {
	BaseButton
	// contains filtered or unexported fields
}

[code]TextureButton[/code] has the same functionality as Button, except it uses sprites instead of Godot's Theme resource. It is faster to create, but it doesn't support localization like more complex Controls. The Normal state's texture is required. Others are optional.

func (*TextureButton) BaseClass ¶ 

func (o *TextureButton) BaseClass() string

func (*TextureButton) GetClickMask ¶ 

func (o *TextureButton) GetClickMask() BitMapImplementer
        Undocumented
	Args: [], Returns: BitMap

func (*TextureButton) GetDisabledTexture ¶ 

func (o *TextureButton) GetDisabledTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureButton) GetExpand ¶ 

func (o *TextureButton) GetExpand() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextureButton) GetFocusedTexture ¶ 

func (o *TextureButton) GetFocusedTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureButton) GetHoverTexture ¶ 

func (o *TextureButton) GetHoverTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureButton) GetNormalTexture ¶ 

func (o *TextureButton) GetNormalTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureButton) GetPressedTexture ¶ 

func (o *TextureButton) GetPressedTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureButton) GetStretchMode ¶ 

func (o *TextureButton) GetStretchMode() TextureButtonStretchMode
        Undocumented
	Args: [], Returns: enum.TextureButton::StretchMode

func (*TextureButton) SetClickMask ¶ 

func (o *TextureButton) SetClickMask(mask BitMapImplementer)
        Undocumented
	Args: [{ false mask BitMap}], Returns: void

func (*TextureButton) SetDisabledTexture ¶ 

func (o *TextureButton) SetDisabledTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*TextureButton) SetExpand ¶ 

func (o *TextureButton) SetExpand(pExpand gdnative.Bool)
        Undocumented
	Args: [{ false p_expand bool}], Returns: void

func (*TextureButton) SetFocusedTexture ¶ 

func (o *TextureButton) SetFocusedTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*TextureButton) SetHoverTexture ¶ 

func (o *TextureButton) SetHoverTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*TextureButton) SetNormalTexture ¶ 

func (o *TextureButton) SetNormalTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*TextureButton) SetPressedTexture ¶ 

func (o *TextureButton) SetPressedTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*TextureButton) SetStretchMode ¶ 

func (o *TextureButton) SetStretchMode(pMode gdnative.Int)
        Undocumented
	Args: [{ false p_mode int}], Returns: void

type TextureButtonImplementer ¶ 

type TextureButtonImplementer interface {
	BaseButtonImplementer
	GetClickMask() BitMapImplementer
	GetDisabledTexture() TextureImplementer
	GetExpand() gdnative.Bool
	GetFocusedTexture() TextureImplementer
	GetHoverTexture() TextureImplementer
	GetNormalTexture() TextureImplementer
	GetPressedTexture() TextureImplementer
	SetClickMask(mask BitMapImplementer)
	SetDisabledTexture(texture TextureImplementer)
	SetExpand(pExpand gdnative.Bool)
	SetFocusedTexture(texture TextureImplementer)
	SetHoverTexture(texture TextureImplementer)
	SetNormalTexture(texture TextureImplementer)
	SetPressedTexture(texture TextureImplementer)
	SetStretchMode(pMode gdnative.Int)
}

TextureButtonImplementer is an interface that implements the methods of the TextureButton class.

type TextureButtonStretchMode ¶ 

type TextureButtonStretchMode int

TextureButtonStretchMode is an enum for StretchMode values. 

const (
	TextureButtonStretchKeep               TextureButtonStretchMode = 2
	TextureButtonStretchKeepAspect         TextureButtonStretchMode = 4
	TextureButtonStretchKeepAspectCentered TextureButtonStretchMode = 5
	TextureButtonStretchKeepAspectCovered  TextureButtonStretchMode = 6
	TextureButtonStretchKeepCentered       TextureButtonStretchMode = 3
	TextureButtonStretchScale              TextureButtonStretchMode = 0
	TextureButtonStretchTile               TextureButtonStretchMode = 1
)

type TextureFlags ¶ 

type TextureFlags int

TextureFlags is an enum for Flags values. 

const (
	TextureFlagsDefault          TextureFlags = 7
	TextureFlagAnisotropicFilter TextureFlags = 8
	TextureFlagConvertToLinear   TextureFlags = 16
	TextureFlagFilter            TextureFlags = 4
	TextureFlagMipmaps           TextureFlags = 1
	TextureFlagMirroredRepeat    TextureFlags = 32
	TextureFlagRepeat            TextureFlags = 2
	TextureFlagVideoSurface      TextureFlags = 4096
)

type TextureImplementer ¶ 

type TextureImplementer interface {
	ResourceImplementer
	Draw(canvasItem gdnative.Rid, position gdnative.Vector2, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer)
	DrawRect(canvasItem gdnative.Rid, rect gdnative.Rect2, tile gdnative.Bool, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer)
	DrawRectRegion(canvasItem gdnative.Rid, rect gdnative.Rect2, srcRect gdnative.Rect2, modulate gdnative.Color, transpose gdnative.Bool, normalMap TextureImplementer, clipUv gdnative.Bool)
	GetData() ImageImplementer
	GetFlags() gdnative.Int
	GetHeight() gdnative.Int
	GetSize() gdnative.Vector2
	GetWidth() gdnative.Int
	HasAlpha() gdnative.Bool
	SetFlags(flags gdnative.Int)
}

TextureImplementer is an interface that implements the methods of the Texture class.

type TextureProgress ¶ 

type TextureProgress struct {
	Range
	// contains filtered or unexported fields
}

TextureProgress works like ProgressBar but it uses up to 3 textures instead of Godot's Theme resource. Works horizontally, vertically, and radially.

func (*TextureProgress) BaseClass ¶ 

func (o *TextureProgress) BaseClass() string

func (*TextureProgress) GetFillDegrees ¶ 

func (o *TextureProgress) GetFillDegrees() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*TextureProgress) GetFillMode ¶ 

func (o *TextureProgress) GetFillMode() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TextureProgress) GetNinePatchStretch ¶ 

func (o *TextureProgress) GetNinePatchStretch() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextureProgress) GetOverTexture ¶ 

func (o *TextureProgress) GetOverTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureProgress) GetProgressTexture ¶ 

func (o *TextureProgress) GetProgressTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureProgress) GetRadialCenterOffset ¶ 

func (o *TextureProgress) GetRadialCenterOffset() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*TextureProgress) GetRadialInitialAngle ¶ 

func (o *TextureProgress) GetRadialInitialAngle() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*TextureProgress) GetStretchMargin ¶ 

func (o *TextureProgress) GetStretchMargin(margin gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false margin int}], Returns: int

func (*TextureProgress) GetUnderTexture ¶ 

func (o *TextureProgress) GetUnderTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureProgress) SetFillDegrees ¶ 

func (o *TextureProgress) SetFillDegrees(mode gdnative.Real)
        Undocumented
	Args: [{ false mode float}], Returns: void

func (*TextureProgress) SetFillMode ¶ 

func (o *TextureProgress) SetFillMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*TextureProgress) SetNinePatchStretch ¶ 

func (o *TextureProgress) SetNinePatchStretch(stretch gdnative.Bool)
        Undocumented
	Args: [{ false stretch bool}], Returns: void

func (*TextureProgress) SetOverTexture ¶ 

func (o *TextureProgress) SetOverTexture(tex TextureImplementer)
        Undocumented
	Args: [{ false tex Texture}], Returns: void

func (*TextureProgress) SetProgressTexture ¶ 

func (o *TextureProgress) SetProgressTexture(tex TextureImplementer)
        Undocumented
	Args: [{ false tex Texture}], Returns: void

func (*TextureProgress) SetRadialCenterOffset ¶ 

func (o *TextureProgress) SetRadialCenterOffset(mode gdnative.Vector2)
        Undocumented
	Args: [{ false mode Vector2}], Returns: void

func (*TextureProgress) SetRadialInitialAngle ¶ 

func (o *TextureProgress) SetRadialInitialAngle(mode gdnative.Real)
        Undocumented
	Args: [{ false mode float}], Returns: void

func (*TextureProgress) SetStretchMargin ¶ 

func (o *TextureProgress) SetStretchMargin(margin gdnative.Int, value gdnative.Int)
        Undocumented
	Args: [{ false margin int} { false value int}], Returns: void

func (*TextureProgress) SetUnderTexture ¶ 

func (o *TextureProgress) SetUnderTexture(tex TextureImplementer)
        Undocumented
	Args: [{ false tex Texture}], Returns: void

type TextureProgressFillMode ¶ 

type TextureProgressFillMode int

TextureProgressFillMode is an enum for FillMode values. 

const (
	TextureProgressFillBottomToTop      TextureProgressFillMode = 3
	TextureProgressFillClockwise        TextureProgressFillMode = 4
	TextureProgressFillCounterClockwise TextureProgressFillMode = 5
	TextureProgressFillLeftToRight      TextureProgressFillMode = 0
	TextureProgressFillRightToLeft      TextureProgressFillMode = 1
	TextureProgressFillTopToBottom      TextureProgressFillMode = 2
)

type TextureProgressImplementer ¶ 

type TextureProgressImplementer interface {
	RangeImplementer
	GetFillDegrees() gdnative.Real
	GetFillMode() gdnative.Int
	GetNinePatchStretch() gdnative.Bool
	GetOverTexture() TextureImplementer
	GetProgressTexture() TextureImplementer
	GetRadialCenterOffset() gdnative.Vector2
	GetRadialInitialAngle() gdnative.Real
	GetStretchMargin(margin gdnative.Int) gdnative.Int
	GetUnderTexture() TextureImplementer
	SetFillDegrees(mode gdnative.Real)
	SetFillMode(mode gdnative.Int)
	SetNinePatchStretch(stretch gdnative.Bool)
	SetOverTexture(tex TextureImplementer)
	SetProgressTexture(tex TextureImplementer)
	SetRadialCenterOffset(mode gdnative.Vector2)
	SetRadialInitialAngle(mode gdnative.Real)
	SetStretchMargin(margin gdnative.Int, value gdnative.Int)
	SetUnderTexture(tex TextureImplementer)
}

TextureProgressImplementer is an interface that implements the methods of the TextureProgress class.

type TextureRect ¶ 

type TextureRect struct {
	Control
	// contains filtered or unexported fields
}

Use TextureRect to draw icons and sprites in your User Interfaces. To create panels and menu boxes, take a look at [NinePatchFrame]. Its Stretch Mode property controls the texture's scale and placement. It can scale, tile and stay centered inside its bounding rectangle. TextureRect is one of the 5 most common nodes to create game UI.

func (*TextureRect) BaseClass ¶ 

func (o *TextureRect) BaseClass() string

func (*TextureRect) GetStretchMode ¶ 

func (o *TextureRect) GetStretchMode() TextureRectStretchMode
        Undocumented
	Args: [], Returns: enum.TextureRect::StretchMode

func (*TextureRect) GetTexture ¶ 

func (o *TextureRect) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TextureRect) HasExpand ¶ 

func (o *TextureRect) HasExpand() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TextureRect) SetExpand ¶ 

func (o *TextureRect) SetExpand(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TextureRect) SetStretchMode ¶ 

func (o *TextureRect) SetStretchMode(stretchMode gdnative.Int)
        Undocumented
	Args: [{ false stretch_mode int}], Returns: void

func (*TextureRect) SetTexture ¶ 

func (o *TextureRect) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

type TextureRectImplementer ¶ 

type TextureRectImplementer interface {
	ControlImplementer
	GetTexture() TextureImplementer
	HasExpand() gdnative.Bool
	SetExpand(enable gdnative.Bool)
	SetStretchMode(stretchMode gdnative.Int)
	SetTexture(texture TextureImplementer)
}

TextureRectImplementer is an interface that implements the methods of the TextureRect class.

type TextureRectStretchMode ¶ 

type TextureRectStretchMode int

TextureRectStretchMode is an enum for StretchMode values. 

const (
	TextureRectStretchKeep               TextureRectStretchMode = 3
	TextureRectStretchKeepAspect         TextureRectStretchMode = 5
	TextureRectStretchKeepAspectCentered TextureRectStretchMode = 6
	TextureRectStretchKeepAspectCovered  TextureRectStretchMode = 7
	TextureRectStretchKeepCentered       TextureRectStretchMode = 4
	TextureRectStretchScale              TextureRectStretchMode = 1
	TextureRectStretchScaleOnExpand      TextureRectStretchMode = 0
	TextureRectStretchTile               TextureRectStretchMode = 2
)

type Theme ¶ 

type Theme struct {
	Resource
	// contains filtered or unexported fields
}

Theme for skinning controls. Controls can be skinned individually, but for complex applications it's more efficient to just create a global theme that defines everything. This theme can be applied to any Control, and it and its children will automatically use it. Theme resources can be alternatively loaded by writing them in a .theme file, see docs for more info.

func (*Theme) BaseClass ¶ 

func (o *Theme) BaseClass() string

func (*Theme) ClearColor ¶ 

func (o *Theme) ClearColor(name gdnative.String, aType gdnative.String)
        Clears theme [Color] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: void

func (*Theme) ClearConstant ¶ 

func (o *Theme) ClearConstant(name gdnative.String, aType gdnative.String)
        Clears theme constant at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: void

func (*Theme) ClearFont ¶ 

func (o *Theme) ClearFont(name gdnative.String, aType gdnative.String)
        Clears [Font] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: void

func (*Theme) ClearIcon ¶ 

func (o *Theme) ClearIcon(name gdnative.String, aType gdnative.String)
        Clears icon at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: void

func (*Theme) ClearStylebox ¶ 

func (o *Theme) ClearStylebox(name gdnative.String, aType gdnative.String)
        Clears [StyleBox] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: void

func (*Theme) CopyDefaultTheme ¶ 

func (o *Theme) CopyDefaultTheme()
        Sets theme values to a copy of the default theme values.
	Args: [], Returns: void

func (*Theme) GetColor ¶ 

func (o *Theme) GetColor(name gdnative.String, aType gdnative.String) gdnative.Color
        Returns the [Color] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: Color

func (*Theme) GetColorList ¶ 

func (o *Theme) GetColorList(aType gdnative.String) gdnative.PoolStringArray
        Returns all of the [Color]s as a [PoolStringArray] filled with each [Color]'s name, for use in [method get_color], if Theme has [code]type[/code].
	Args: [{ false type String}], Returns: PoolStringArray

func (*Theme) GetConstant ¶ 

func (o *Theme) GetConstant(name gdnative.String, aType gdnative.String) gdnative.Int
        Returns the constant at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: int

func (*Theme) GetConstantList ¶ 

func (o *Theme) GetConstantList(aType gdnative.String) gdnative.PoolStringArray
        Returns all of the constants as a [PoolStringArray] filled with each constant's name, for use in [method get_constant], if Theme has [code]type[/code].
	Args: [{ false type String}], Returns: PoolStringArray

func (*Theme) GetDefaultFont ¶ 

func (o *Theme) GetDefaultFont() FontImplementer
        Undocumented
	Args: [], Returns: Font

func (*Theme) GetFont ¶ 

func (o *Theme) GetFont(name gdnative.String, aType gdnative.String) FontImplementer
        Returns the [Font] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: Font

func (*Theme) GetFontList ¶ 

func (o *Theme) GetFontList(aType gdnative.String) gdnative.PoolStringArray
        Returns all of the [Font]s as a [PoolStringArray] filled with each [Font]'s name, for use in [method get_font], if Theme has [code]type[/code].
	Args: [{ false type String}], Returns: PoolStringArray

func (*Theme) GetIcon ¶ 

func (o *Theme) GetIcon(name gdnative.String, aType gdnative.String) TextureImplementer
        Returns the icon [Texture] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: Texture

func (*Theme) GetIconList ¶ 

func (o *Theme) GetIconList(aType gdnative.String) gdnative.PoolStringArray
        Returns all of the icons as a [PoolStringArray] filled with each [Texture]'s name, for use in [method get_icon], if Theme has [code]type[/code].
	Args: [{ false type String}], Returns: PoolStringArray

func (*Theme) GetStylebox ¶ 

func (o *Theme) GetStylebox(name gdnative.String, aType gdnative.String) StyleBoxImplementer
        Returns the icon [StyleBox] at [code]name[/code] if Theme has [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: StyleBox

func (*Theme) GetStyleboxList ¶ 

func (o *Theme) GetStyleboxList(aType gdnative.String) gdnative.PoolStringArray
        Returns all of the [StyleBox]s as a [PoolStringArray] filled with each [StyleBox]'s name, for use in [method get_stylebox], if Theme has [code]type[/code].
	Args: [{ false type String}], Returns: PoolStringArray

func (*Theme) GetStyleboxTypes ¶ 

func (o *Theme) GetStyleboxTypes() gdnative.PoolStringArray
        Returns all of the [StyleBox] types as a [PoolStringArray] filled with each [StyleBox]'s type, for use in [method get_stylebox] and/or [method get_stylebox_list], if Theme has [code]type[/code].
	Args: [], Returns: PoolStringArray

func (*Theme) GetTypeList ¶ 

func (o *Theme) GetTypeList(aType gdnative.String) gdnative.PoolStringArray
        Returns all of the types in [code]type[/code] as a [PoolStringArray] for use in any of the get_* functions, if Theme has [code]type[/code].
	Args: [{ false type String}], Returns: PoolStringArray

func (*Theme) HasColor ¶ 

func (o *Theme) HasColor(name gdnative.String, aType gdnative.String) gdnative.Bool
        Returns [code]true[/code] if [Color] with [code]name[/code] is in [code]type[/code]. Returns [code]false[/code] if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: bool

func (*Theme) HasConstant ¶ 

func (o *Theme) HasConstant(name gdnative.String, aType gdnative.String) gdnative.Bool
        Returns [code]true[/code] if constant with [code]name[/code] is in [code]type[/code]. Returns [code]false[/code] if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: bool

func (*Theme) HasFont ¶ 

func (o *Theme) HasFont(name gdnative.String, aType gdnative.String) gdnative.Bool
        Returns [code]true[/code] if [Font] with [code]name[/code] is in [code]type[/code]. Returns [code]false[/code] if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: bool

func (*Theme) HasIcon ¶ 

func (o *Theme) HasIcon(name gdnative.String, aType gdnative.String) gdnative.Bool
        Returns [code]true[/code] if icon [Texture] with [code]name[/code] is in [code]type[/code]. Returns [code]false[/code] if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: bool

func (*Theme) HasStylebox ¶ 

func (o *Theme) HasStylebox(name gdnative.String, aType gdnative.String) gdnative.Bool
        Returns [code]true[/code] if [StyleBox] with [code]name[/code] is in [code]type[/code]. Returns [code]false[/code] if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String}], Returns: bool

func (*Theme) SetColor ¶ 

func (o *Theme) SetColor(name gdnative.String, aType gdnative.String, color gdnative.Color)
        Sets Theme's [Color] to [code]color[/code] at [code]name[/code] in [code]type[/code]. Does nothing if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String} { false color Color}], Returns: void

func (*Theme) SetConstant ¶ 

func (o *Theme) SetConstant(name gdnative.String, aType gdnative.String, constant gdnative.Int)
        Sets Theme's constant to [code]constant[/code] at [code]name[/code] in [code]type[/code]. Does nothing if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String} { false constant int}], Returns: void

func (*Theme) SetDefaultFont ¶ 

func (o *Theme) SetDefaultFont(font FontImplementer)
        Undocumented
	Args: [{ false font Font}], Returns: void

func (*Theme) SetFont ¶ 

func (o *Theme) SetFont(name gdnative.String, aType gdnative.String, font FontImplementer)
        Sets Theme's [Font] to [code]font[/code] at [code]name[/code] in [code]type[/code]. Does nothing if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String} { false font Font}], Returns: void

func (*Theme) SetIcon ¶ 

func (o *Theme) SetIcon(name gdnative.String, aType gdnative.String, texture TextureImplementer)
        Sets Theme's icon [Texture] to [code]texture[/code] at [code]name[/code] in [code]type[/code]. Does nothing if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String} { false texture Texture}], Returns: void

func (*Theme) SetStylebox ¶ 

func (o *Theme) SetStylebox(name gdnative.String, aType gdnative.String, texture StyleBoxImplementer)
        Sets Theme's [StyleBox] to [code]stylebox[/code] at [code]name[/code] in [code]type[/code]. Does nothing if Theme does not have [code]type[/code].
	Args: [{ false name String} { false type String} { false texture StyleBox}], Returns: void

func (*Theme) X_EmitThemeChanged ¶ 

func (o *Theme) X_EmitThemeChanged()
        Undocumented
	Args: [], Returns: void

type ThemeImplementer ¶ 

type ThemeImplementer interface {
	ResourceImplementer
	X_EmitThemeChanged()
	ClearColor(name gdnative.String, aType gdnative.String)
	ClearConstant(name gdnative.String, aType gdnative.String)
	ClearFont(name gdnative.String, aType gdnative.String)
	ClearIcon(name gdnative.String, aType gdnative.String)
	ClearStylebox(name gdnative.String, aType gdnative.String)
	CopyDefaultTheme()
	GetColor(name gdnative.String, aType gdnative.String) gdnative.Color
	GetColorList(aType gdnative.String) gdnative.PoolStringArray
	GetConstant(name gdnative.String, aType gdnative.String) gdnative.Int
	GetConstantList(aType gdnative.String) gdnative.PoolStringArray
	GetDefaultFont() FontImplementer
	GetFont(name gdnative.String, aType gdnative.String) FontImplementer
	GetFontList(aType gdnative.String) gdnative.PoolStringArray
	GetIcon(name gdnative.String, aType gdnative.String) TextureImplementer
	GetIconList(aType gdnative.String) gdnative.PoolStringArray
	GetStylebox(name gdnative.String, aType gdnative.String) StyleBoxImplementer
	GetStyleboxList(aType gdnative.String) gdnative.PoolStringArray
	GetStyleboxTypes() gdnative.PoolStringArray
	GetTypeList(aType gdnative.String) gdnative.PoolStringArray
	HasColor(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasConstant(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasFont(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasIcon(name gdnative.String, aType gdnative.String) gdnative.Bool
	HasStylebox(name gdnative.String, aType gdnative.String) gdnative.Bool
	SetColor(name gdnative.String, aType gdnative.String, color gdnative.Color)
	SetConstant(name gdnative.String, aType gdnative.String, constant gdnative.Int)
	SetDefaultFont(font FontImplementer)
	SetFont(name gdnative.String, aType gdnative.String, font FontImplementer)
	SetIcon(name gdnative.String, aType gdnative.String, texture TextureImplementer)
	SetStylebox(name gdnative.String, aType gdnative.String, texture StyleBoxImplementer)
}

ThemeImplementer is an interface that implements the methods of the Theme class.

type Thread ¶ 

type Thread struct {
	Reference
	// contains filtered or unexported fields
}

A unit of execution in a process. Can run methods on [Object]s simultaneously. The use of synchronization via Mutex, Semaphore is advised if working with shared objects.

func (*Thread) BaseClass ¶ 

func (o *Thread) BaseClass() string

func (*Thread) GetId ¶ 

func (o *Thread) GetId() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Thread) IsActive ¶ 

func (o *Thread) IsActive() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Thread) Start ¶ 

func (o *Thread) Start(instance ObjectImplementer, method gdnative.String, userdata gdnative.Variant, priority gdnative.Int) gdnative.Error
        Undocumented
	Args: [{ false instance Object} { false method String} {Null true userdata Variant} {1 true priority int}], Returns: enum.Error

func (*Thread) WaitToFinish ¶ 

func (o *Thread) WaitToFinish() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

type ThreadImplementer ¶ 

type ThreadImplementer interface {
	ReferenceImplementer
	GetId() gdnative.String
	IsActive() gdnative.Bool
	WaitToFinish() gdnative.Variant
}

ThreadImplementer is an interface that implements the methods of the Thread class.

type TileMap ¶ 

type TileMap struct {
	Node2D
	// contains filtered or unexported fields
}

Node for 2D tile-based maps. Tilemaps use a TileSet which contain a list of tiles (textures plus optional collision, navigation, and/or occluder shapes) which are used to create grid-based maps.

func (*TileMap) BaseClass ¶ 

func (o *TileMap) BaseClass() string

func (*TileMap) Clear ¶ 

func (o *TileMap) Clear()
        Clear all cells.
	Args: [], Returns: void

func (*TileMap) GetCell ¶ 

func (o *TileMap) GetCell(x gdnative.Int, y gdnative.Int) gdnative.Int
        Return the tile index of the referenced cell.
	Args: [{ false x int} { false y int}], Returns: int

func (*TileMap) GetCellSize ¶ 

func (o *TileMap) GetCellSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*TileMap) GetCellv ¶ 

func (o *TileMap) GetCellv(position gdnative.Vector2) gdnative.Int
        Return the tile index of the cell referenced by a Vector2.
	Args: [{ false position Vector2}], Returns: int

func (*TileMap) GetClipUv ¶ 

func (o *TileMap) GetClipUv() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TileMap) GetCollisionBounce ¶ 

func (o *TileMap) GetCollisionBounce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*TileMap) GetCollisionFriction ¶ 

func (o *TileMap) GetCollisionFriction() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*TileMap) GetCollisionLayer ¶ 

func (o *TileMap) GetCollisionLayer() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TileMap) GetCollisionLayerBit ¶ 

func (o *TileMap) GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool

Args: [{ false bit int}], Returns: bool

func (*TileMap) GetCollisionMask ¶ 

func (o *TileMap) GetCollisionMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TileMap) GetCollisionMaskBit ¶ 

func (o *TileMap) GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool

Args: [{ false bit int}], Returns: bool

func (*TileMap) GetCollisionUseKinematic ¶ 

func (o *TileMap) GetCollisionUseKinematic() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TileMap) GetCustomTransform ¶ 

func (o *TileMap) GetCustomTransform() gdnative.Transform2D
        Undocumented
	Args: [], Returns: Transform2D

func (*TileMap) GetHalfOffset ¶ 

func (o *TileMap) GetHalfOffset() TileMapHalfOffset
        Undocumented
	Args: [], Returns: enum.TileMap::HalfOffset

func (*TileMap) GetMode ¶ 

func (o *TileMap) GetMode() TileMapMode
        Undocumented
	Args: [], Returns: enum.TileMap::Mode

func (*TileMap) GetOccluderLightMask ¶ 

func (o *TileMap) GetOccluderLightMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TileMap) GetQuadrantSize ¶ 

func (o *TileMap) GetQuadrantSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TileMap) GetTileOrigin ¶ 

func (o *TileMap) GetTileOrigin() TileMapTileOrigin
        Undocumented
	Args: [], Returns: enum.TileMap::TileOrigin

func (*TileMap) GetTileset ¶ 

func (o *TileMap) GetTileset() TileSetImplementer
        Undocumented
	Args: [], Returns: TileSet

func (*TileMap) GetUsedCells ¶ 

func (o *TileMap) GetUsedCells() gdnative.Array
        Return an array of all cells containing a tile from the tileset (i.e. a tile index different from -1).
	Args: [], Returns: Array

func (*TileMap) GetUsedCellsById ¶ 

func (o *TileMap) GetUsedCellsById(id gdnative.Int) gdnative.Array

Args: [{ false id int}], Returns: Array

func (*TileMap) GetUsedRect ¶ 

func (o *TileMap) GetUsedRect() gdnative.Rect2

Args: [], Returns: Rect2

func (*TileMap) IsCellTransposed ¶ 

func (o *TileMap) IsCellTransposed(x gdnative.Int, y gdnative.Int) gdnative.Bool
        Return whether the referenced cell is transposed, i.e. the X and Y axes are swapped (mirroring with regard to the (1,1) vector).
	Args: [{ false x int} { false y int}], Returns: bool

func (*TileMap) IsCellXFlipped ¶ 

func (o *TileMap) IsCellXFlipped(x gdnative.Int, y gdnative.Int) gdnative.Bool
        Return whether the referenced cell is flipped over the X axis.
	Args: [{ false x int} { false y int}], Returns: bool

func (*TileMap) IsCellYFlipped ¶ 

func (o *TileMap) IsCellYFlipped(x gdnative.Int, y gdnative.Int) gdnative.Bool
        Return whether the referenced cell is flipped over the Y axis.
	Args: [{ false x int} { false y int}], Returns: bool

func (*TileMap) IsYSortModeEnabled ¶ 

func (o *TileMap) IsYSortModeEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TileMap) MapToWorld ¶ 

func (o *TileMap) MapToWorld(mapPosition gdnative.Vector2, ignoreHalfOfs gdnative.Bool) gdnative.Vector2
        Return the absolute world position corresponding to the tilemap (grid-based) coordinates given as an argument. Optionally, the tilemap's potential half offset can be ignored.
	Args: [{ false map_position Vector2} {False true ignore_half_ofs bool}], Returns: Vector2

func (*TileMap) SetCell ¶ 

func (o *TileMap) SetCell(x gdnative.Int, y gdnative.Int, tile gdnative.Int, flipX gdnative.Bool, flipY gdnative.Bool, transpose gdnative.Bool, autotileCoord gdnative.Vector2)
        Set the tile index for the cell referenced by its grid-based X and Y coordinates. A tile index of -1 clears the cell. Optionally, the tile can also be flipped over the X and Y coordinates, transposed, or be given autotile coordinates.
	Args: [{ false x int} { false y int} { false tile int} {False true flip_x bool} {False true flip_y bool} {False true transpose bool} {(0, 0) true autotile_coord Vector2}], Returns: void

func (*TileMap) SetCellSize ¶ 

func (o *TileMap) SetCellSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*TileMap) SetCellv ¶ 

func (o *TileMap) SetCellv(position gdnative.Vector2, tile gdnative.Int, flipX gdnative.Bool, flipY gdnative.Bool, transpose gdnative.Bool)
        Set the tile index for the cell referenced by a Vector2 of grid-based coordinates. A tile index of -1 clears the cell. Optionally, the tile can also be flipped over the X and Y axes or transposed.
	Args: [{ false position Vector2} { false tile int} {False true flip_x bool} {False true flip_y bool} {False true transpose bool}], Returns: void

func (*TileMap) SetClipUv ¶ 

func (o *TileMap) SetClipUv(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TileMap) SetCollisionBounce ¶ 

func (o *TileMap) SetCollisionBounce(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*TileMap) SetCollisionFriction ¶ 

func (o *TileMap) SetCollisionFriction(value gdnative.Real)
        Undocumented
	Args: [{ false value float}], Returns: void

func (*TileMap) SetCollisionLayer ¶ 

func (o *TileMap) SetCollisionLayer(layer gdnative.Int)
        Undocumented
	Args: [{ false layer int}], Returns: void

func (*TileMap) SetCollisionLayerBit ¶ 

func (o *TileMap) SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)

Args: [{ false bit int} { false value bool}], Returns: void

func (*TileMap) SetCollisionMask ¶ 

func (o *TileMap) SetCollisionMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*TileMap) SetCollisionMaskBit ¶ 

func (o *TileMap) SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)

Args: [{ false bit int} { false value bool}], Returns: void

func (*TileMap) SetCollisionUseKinematic ¶ 

func (o *TileMap) SetCollisionUseKinematic(useKinematic gdnative.Bool)
        Undocumented
	Args: [{ false use_kinematic bool}], Returns: void

func (*TileMap) SetCustomTransform ¶ 

func (o *TileMap) SetCustomTransform(customTransform gdnative.Transform2D)
        Undocumented
	Args: [{ false custom_transform Transform2D}], Returns: void

func (*TileMap) SetHalfOffset ¶ 

func (o *TileMap) SetHalfOffset(halfOffset gdnative.Int)
        Undocumented
	Args: [{ false half_offset int}], Returns: void

func (*TileMap) SetMode ¶ 

func (o *TileMap) SetMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*TileMap) SetOccluderLightMask ¶ 

func (o *TileMap) SetOccluderLightMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*TileMap) SetQuadrantSize ¶ 

func (o *TileMap) SetQuadrantSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*TileMap) SetTileOrigin ¶ 

func (o *TileMap) SetTileOrigin(origin gdnative.Int)
        Undocumented
	Args: [{ false origin int}], Returns: void

func (*TileMap) SetTileset ¶ 

func (o *TileMap) SetTileset(tileset TileSetImplementer)
        Undocumented
	Args: [{ false tileset TileSet}], Returns: void

func (*TileMap) SetYSortMode ¶ 

func (o *TileMap) SetYSortMode(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TileMap) UpdateBitmaskArea ¶ 

func (o *TileMap) UpdateBitmaskArea(position gdnative.Vector2)
        Applies autotiling rules to the cell (and its adjacent cells) referenced by its grid-based X and Y coordinates.
	Args: [{ false position Vector2}], Returns: void

func (*TileMap) UpdateBitmaskRegion ¶ 

func (o *TileMap) UpdateBitmaskRegion(start gdnative.Vector2, end gdnative.Vector2)
        Applies autotiling rules to the cells in the given region (specified by grid-based X and Y coordinates). Calling with invalid (or missing) parameters applies autotiling rules for the entire TileMap.
	Args: [{(0, 0) true start Vector2} {(0, 0) true end Vector2}], Returns: void

func (*TileMap) WorldToMap ¶ 

func (o *TileMap) WorldToMap(worldPosition gdnative.Vector2) gdnative.Vector2
        Return the tilemap (grid-based) coordinates corresponding to the absolute world position given as an argument.
	Args: [{ false world_position Vector2}], Returns: Vector2

func (*TileMap) X_ClearQuadrants ¶ 

func (o *TileMap) X_ClearQuadrants()
        Undocumented
	Args: [], Returns: void

func (*TileMap) X_GetOldCellSize ¶ 

func (o *TileMap) X_GetOldCellSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TileMap) X_GetTileData ¶ 

func (o *TileMap) X_GetTileData() gdnative.PoolIntArray
        Undocumented
	Args: [], Returns: PoolIntArray

func (*TileMap) X_RecreateQuadrants ¶ 

func (o *TileMap) X_RecreateQuadrants()
        Undocumented
	Args: [], Returns: void

func (*TileMap) X_SetOldCellSize ¶ 

func (o *TileMap) X_SetOldCellSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*TileMap) X_SetTileData ¶ 

func (o *TileMap) X_SetTileData(arg0 gdnative.PoolIntArray)
        Undocumented
	Args: [{ false arg0 PoolIntArray}], Returns: void

func (*TileMap) X_UpdateDirtyQuadrants ¶ 

func (o *TileMap) X_UpdateDirtyQuadrants()
        Undocumented
	Args: [], Returns: void

type TileMapHalfOffset ¶ 

type TileMapHalfOffset int

TileMapHalfOffset is an enum for HalfOffset values. 

const (
	TileMapHalfOffsetDisabled TileMapHalfOffset = 2
	TileMapHalfOffsetX        TileMapHalfOffset = 0
	TileMapHalfOffsetY        TileMapHalfOffset = 1
)

type TileMapImplementer ¶ 

type TileMapImplementer interface {
	Node2DImplementer
	X_ClearQuadrants()
	X_GetOldCellSize() gdnative.Int
	X_GetTileData() gdnative.PoolIntArray
	X_RecreateQuadrants()
	X_SetOldCellSize(size gdnative.Int)
	X_SetTileData(arg0 gdnative.PoolIntArray)
	X_UpdateDirtyQuadrants()
	Clear()
	GetCell(x gdnative.Int, y gdnative.Int) gdnative.Int
	GetCellSize() gdnative.Vector2
	GetCellv(position gdnative.Vector2) gdnative.Int
	GetClipUv() gdnative.Bool
	GetCollisionBounce() gdnative.Real
	GetCollisionFriction() gdnative.Real
	GetCollisionLayer() gdnative.Int
	GetCollisionLayerBit(bit gdnative.Int) gdnative.Bool
	GetCollisionMask() gdnative.Int
	GetCollisionMaskBit(bit gdnative.Int) gdnative.Bool
	GetCollisionUseKinematic() gdnative.Bool
	GetCustomTransform() gdnative.Transform2D
	GetOccluderLightMask() gdnative.Int
	GetQuadrantSize() gdnative.Int
	GetTileset() TileSetImplementer
	GetUsedCells() gdnative.Array
	GetUsedCellsById(id gdnative.Int) gdnative.Array
	GetUsedRect() gdnative.Rect2
	IsCellTransposed(x gdnative.Int, y gdnative.Int) gdnative.Bool
	IsCellXFlipped(x gdnative.Int, y gdnative.Int) gdnative.Bool
	IsCellYFlipped(x gdnative.Int, y gdnative.Int) gdnative.Bool
	IsYSortModeEnabled() gdnative.Bool
	MapToWorld(mapPosition gdnative.Vector2, ignoreHalfOfs gdnative.Bool) gdnative.Vector2
	SetCell(x gdnative.Int, y gdnative.Int, tile gdnative.Int, flipX gdnative.Bool, flipY gdnative.Bool, transpose gdnative.Bool, autotileCoord gdnative.Vector2)
	SetCellSize(size gdnative.Vector2)
	SetCellv(position gdnative.Vector2, tile gdnative.Int, flipX gdnative.Bool, flipY gdnative.Bool, transpose gdnative.Bool)
	SetClipUv(enable gdnative.Bool)
	SetCollisionBounce(value gdnative.Real)
	SetCollisionFriction(value gdnative.Real)
	SetCollisionLayer(layer gdnative.Int)
	SetCollisionLayerBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionMask(mask gdnative.Int)
	SetCollisionMaskBit(bit gdnative.Int, value gdnative.Bool)
	SetCollisionUseKinematic(useKinematic gdnative.Bool)
	SetCustomTransform(customTransform gdnative.Transform2D)
	SetHalfOffset(halfOffset gdnative.Int)
	SetMode(mode gdnative.Int)
	SetOccluderLightMask(mask gdnative.Int)
	SetQuadrantSize(size gdnative.Int)
	SetTileOrigin(origin gdnative.Int)
	SetTileset(tileset TileSetImplementer)
	SetYSortMode(enable gdnative.Bool)
	UpdateBitmaskArea(position gdnative.Vector2)
	UpdateBitmaskRegion(start gdnative.Vector2, end gdnative.Vector2)
	WorldToMap(worldPosition gdnative.Vector2) gdnative.Vector2
}

TileMapImplementer is an interface that implements the methods of the TileMap class.

type TileMapMode ¶ 

type TileMapMode int

TileMapMode is an enum for Mode values. 

const (
	TileMapModeCustom    TileMapMode = 2
	TileMapModeIsometric TileMapMode = 1
	TileMapModeSquare    TileMapMode = 0
)

type TileMapTileOrigin ¶ 

type TileMapTileOrigin int

TileMapTileOrigin is an enum for TileOrigin values. 

const (
	TileMapTileOriginBottomLeft TileMapTileOrigin = 2
	TileMapTileOriginCenter     TileMapTileOrigin = 1
	TileMapTileOriginTopLeft    TileMapTileOrigin = 0
)

type TileSet ¶ 

type TileSet struct {
	Resource
	// contains filtered or unexported fields
}

A TileSet is a library of tiles for a TileMap. It contains a list of tiles, each consisting of a sprite and optional collision shapes. Tiles are referenced by a unique integer ID.

func (*TileSet) AutotileGetBitmaskMode ¶ 

func (o *TileSet) AutotileGetBitmaskMode(id gdnative.Int) TileSetBitmaskMode

Args: [{ false id int}], Returns: enum.TileSet::BitmaskMode

func (*TileSet) AutotileSetBitmaskMode ¶ 

func (o *TileSet) AutotileSetBitmaskMode(id gdnative.Int, mode gdnative.Int)

Args: [{ false id int} { false mode int}], Returns: void

func (*TileSet) BaseClass ¶ 

func (o *TileSet) BaseClass() string

func (*TileSet) Clear ¶ 

func (o *TileSet) Clear()
        Clear all tiles.
	Args: [], Returns: void

func (*TileSet) CreateTile ¶ 

func (o *TileSet) CreateTile(id gdnative.Int)
        Create a new tile which will be referenced by the given ID.
	Args: [{ false id int}], Returns: void

func (*TileSet) FindTileByName ¶ 

func (o *TileSet) FindTileByName(name gdnative.String) gdnative.Int
        Find the first tile matching the given name.
	Args: [{ false name String}], Returns: int

func (*TileSet) GetLastUnusedTileId ¶ 

func (o *TileSet) GetLastUnusedTileId() gdnative.Int
        Return the ID following the last currently used ID, useful when creating a new tile.
	Args: [], Returns: int

func (*TileSet) GetTilesIds ¶ 

func (o *TileSet) GetTilesIds() gdnative.Array
        Return an array of all currently used tile IDs.
	Args: [], Returns: Array

func (*TileSet) RemoveTile ¶ 

func (o *TileSet) RemoveTile(id gdnative.Int)
        Remove the tile referenced by the given ID.
	Args: [{ false id int}], Returns: void

func (*TileSet) TileAddShape ¶ 

func (o *TileSet) TileAddShape(id gdnative.Int, shape Shape2DImplementer, shapeTransform gdnative.Transform2D, oneWay gdnative.Bool, autotileCoord gdnative.Vector2)

Args: [{ false id int} { false shape Shape2D} { false shape_transform Transform2D} {False true one_way bool} {(0, 0) true autotile_coord Vector2}], Returns: void

func (*TileSet) TileGetLightOccluder ¶ 

func (o *TileSet) TileGetLightOccluder(id gdnative.Int) OccluderPolygon2DImplementer
        Return the light occluder of the tile.
	Args: [{ false id int}], Returns: OccluderPolygon2D

func (*TileSet) TileGetMaterial ¶ 

func (o *TileSet) TileGetMaterial(id gdnative.Int) ShaderMaterialImplementer
        Return the material of the tile.
	Args: [{ false id int}], Returns: ShaderMaterial

func (*TileSet) TileGetName ¶ 

func (o *TileSet) TileGetName(id gdnative.Int) gdnative.String
        Return the name of the tile.
	Args: [{ false id int}], Returns: String

func (*TileSet) TileGetNavigationPolygon ¶ 

func (o *TileSet) TileGetNavigationPolygon(id gdnative.Int) NavigationPolygonImplementer
        Return the navigation polygon of the tile.
	Args: [{ false id int}], Returns: NavigationPolygon

func (*TileSet) TileGetNavigationPolygonOffset ¶ 

func (o *TileSet) TileGetNavigationPolygonOffset(id gdnative.Int) gdnative.Vector2
        Return the offset of the tile's navigation polygon.
	Args: [{ false id int}], Returns: Vector2

func (*TileSet) TileGetNormalMap ¶ 

func (o *TileSet) TileGetNormalMap(id gdnative.Int) TextureImplementer

Args: [{ false id int}], Returns: Texture

func (*TileSet) TileGetOccluderOffset ¶ 

func (o *TileSet) TileGetOccluderOffset(id gdnative.Int) gdnative.Vector2
        Return the offset of the tile's light occluder.
	Args: [{ false id int}], Returns: Vector2

func (*TileSet) TileGetRegion ¶ 

func (o *TileSet) TileGetRegion(id gdnative.Int) gdnative.Rect2
        Return the tile sub-region in the texture.
	Args: [{ false id int}], Returns: Rect2

func (*TileSet) TileGetShape ¶ 

func (o *TileSet) TileGetShape(id gdnative.Int, shapeId gdnative.Int) Shape2DImplementer

Args: [{ false id int} { false shape_id int}], Returns: Shape2D

func (*TileSet) TileGetShapeCount ¶ 

func (o *TileSet) TileGetShapeCount(id gdnative.Int) gdnative.Int

Args: [{ false id int}], Returns: int

func (*TileSet) TileGetShapeOneWay ¶ 

func (o *TileSet) TileGetShapeOneWay(id gdnative.Int, shapeId gdnative.Int) gdnative.Bool

Args: [{ false id int} { false shape_id int}], Returns: bool

func (*TileSet) TileGetShapeTransform ¶ 

func (o *TileSet) TileGetShapeTransform(id gdnative.Int, shapeId gdnative.Int) gdnative.Transform2D

Args: [{ false id int} { false shape_id int}], Returns: Transform2D

func (*TileSet) TileGetShapes ¶ 

func (o *TileSet) TileGetShapes(id gdnative.Int) gdnative.Array
        Return the array of shapes of the tile.
	Args: [{ false id int}], Returns: Array

func (*TileSet) TileGetTexture ¶ 

func (o *TileSet) TileGetTexture(id gdnative.Int) TextureImplementer
        Return the texture of the tile.
	Args: [{ false id int}], Returns: Texture

func (*TileSet) TileGetTextureOffset ¶ 

func (o *TileSet) TileGetTextureOffset(id gdnative.Int) gdnative.Vector2
        Return the texture offset of the tile.
	Args: [{ false id int}], Returns: Vector2

func (*TileSet) TileSetLightOccluder ¶ 

func (o *TileSet) TileSetLightOccluder(id gdnative.Int, lightOccluder OccluderPolygon2DImplementer)
        Set a light occluder for the tile.
	Args: [{ false id int} { false light_occluder OccluderPolygon2D}], Returns: void

func (*TileSet) TileSetMaterial ¶ 

func (o *TileSet) TileSetMaterial(id gdnative.Int, material ShaderMaterialImplementer)
        Set the material of the tile.
	Args: [{ false id int} { false material ShaderMaterial}], Returns: void

func (*TileSet) TileSetName ¶ 

func (o *TileSet) TileSetName(id gdnative.Int, name gdnative.String)
        Set the name of the tile, for descriptive purposes.
	Args: [{ false id int} { false name String}], Returns: void

func (*TileSet) TileSetNavigationPolygon ¶ 

func (o *TileSet) TileSetNavigationPolygon(id gdnative.Int, navigationPolygon NavigationPolygonImplementer)
        Set a navigation polygon for the tile.
	Args: [{ false id int} { false navigation_polygon NavigationPolygon}], Returns: void

func (*TileSet) TileSetNavigationPolygonOffset ¶ 

func (o *TileSet) TileSetNavigationPolygonOffset(id gdnative.Int, navigationPolygonOffset gdnative.Vector2)
        Set an offset for the tile's navigation polygon.
	Args: [{ false id int} { false navigation_polygon_offset Vector2}], Returns: void

func (*TileSet) TileSetNormalMap ¶ 

func (o *TileSet) TileSetNormalMap(id gdnative.Int, normalMap TextureImplementer)

Args: [{ false id int} { false normal_map Texture}], Returns: void

func (*TileSet) TileSetOccluderOffset ¶ 

func (o *TileSet) TileSetOccluderOffset(id gdnative.Int, occluderOffset gdnative.Vector2)
        Set an offset for the tile's light occluder.
	Args: [{ false id int} { false occluder_offset Vector2}], Returns: void

func (*TileSet) TileSetRegion ¶ 

func (o *TileSet) TileSetRegion(id gdnative.Int, region gdnative.Rect2)
        Set the tile sub-region in the texture. This is common in texture atlases.
	Args: [{ false id int} { false region Rect2}], Returns: void

func (*TileSet) TileSetShape ¶ 

func (o *TileSet) TileSetShape(id gdnative.Int, shapeId gdnative.Int, shape Shape2DImplementer)

Args: [{ false id int} { false shape_id int} { false shape Shape2D}], Returns: void

func (*TileSet) TileSetShapeOneWay ¶ 

func (o *TileSet) TileSetShapeOneWay(id gdnative.Int, shapeId gdnative.Int, oneWay gdnative.Bool)

Args: [{ false id int} { false shape_id int} { false one_way bool}], Returns: void

func (*TileSet) TileSetShapeTransform ¶ 

func (o *TileSet) TileSetShapeTransform(id gdnative.Int, shapeId gdnative.Int, shapeTransform gdnative.Transform2D)

Args: [{ false id int} { false shape_id int} { false shape_transform Transform2D}], Returns: void

func (*TileSet) TileSetShapes ¶ 

func (o *TileSet) TileSetShapes(id gdnative.Int, shapes gdnative.Array)
        Set an array of shapes for the tile, enabling physics to collide with it.
	Args: [{ false id int} { false shapes Array}], Returns: void

func (*TileSet) TileSetTexture ¶ 

func (o *TileSet) TileSetTexture(id gdnative.Int, texture TextureImplementer)
        Set the texture of the tile.
	Args: [{ false id int} { false texture Texture}], Returns: void

func (*TileSet) TileSetTextureOffset ¶ 

func (o *TileSet) TileSetTextureOffset(id gdnative.Int, textureOffset gdnative.Vector2)
        Set the texture offset of the tile.
	Args: [{ false id int} { false texture_offset Vector2}], Returns: void

func (*TileSet) X_ForwardSubtileSelection ¶ 

func (o *TileSet) X_ForwardSubtileSelection(autotileId gdnative.Int, bitmask gdnative.Int, tilemap ObjectImplementer, tileLocation gdnative.Vector2) gdnative.Vector2

Args: [{ false autotile_id int} { false bitmask int} { false tilemap Object} { false tile_location Vector2}], Returns: Vector2

func (*TileSet) X_IsTileBound ¶ 

func (o *TileSet) X_IsTileBound(drawnId gdnative.Int, neighborId gdnative.Int) gdnative.Bool

Args: [{ false drawn_id int} { false neighbor_id int}], Returns: bool

type TileSetAutotileBindings ¶ 

type TileSetAutotileBindings int

TileSetAutotileBindings is an enum for AutotileBindings values. 

const (
	TileSetBindBottom      TileSetAutotileBindings = 128
	TileSetBindBottomleft  TileSetAutotileBindings = 64
	TileSetBindBottomright TileSetAutotileBindings = 256
	TileSetBindLeft        TileSetAutotileBindings = 8
	TileSetBindRight       TileSetAutotileBindings = 32
	TileSetBindTop         TileSetAutotileBindings = 2
	TileSetBindTopleft     TileSetAutotileBindings = 1
	TileSetBindTopright    TileSetAutotileBindings = 4
)

type TileSetBitmaskMode ¶ 

type TileSetBitmaskMode int

TileSetBitmaskMode is an enum for BitmaskMode values. 

const (
	TileSetBitmask2X2 TileSetBitmaskMode = 0
	TileSetBitmask3X3 TileSetBitmaskMode = 1
)

type TileSetImplementer ¶ 

type TileSetImplementer interface {
	ResourceImplementer
	X_ForwardSubtileSelection(autotileId gdnative.Int, bitmask gdnative.Int, tilemap ObjectImplementer, tileLocation gdnative.Vector2) gdnative.Vector2
	X_IsTileBound(drawnId gdnative.Int, neighborId gdnative.Int) gdnative.Bool
	AutotileSetBitmaskMode(id gdnative.Int, mode gdnative.Int)
	Clear()
	CreateTile(id gdnative.Int)
	FindTileByName(name gdnative.String) gdnative.Int
	GetLastUnusedTileId() gdnative.Int
	GetTilesIds() gdnative.Array
	RemoveTile(id gdnative.Int)
	TileAddShape(id gdnative.Int, shape Shape2DImplementer, shapeTransform gdnative.Transform2D, oneWay gdnative.Bool, autotileCoord gdnative.Vector2)
	TileGetLightOccluder(id gdnative.Int) OccluderPolygon2DImplementer
	TileGetMaterial(id gdnative.Int) ShaderMaterialImplementer
	TileGetName(id gdnative.Int) gdnative.String
	TileGetNavigationPolygon(id gdnative.Int) NavigationPolygonImplementer
	TileGetNavigationPolygonOffset(id gdnative.Int) gdnative.Vector2
	TileGetNormalMap(id gdnative.Int) TextureImplementer
	TileGetOccluderOffset(id gdnative.Int) gdnative.Vector2
	TileGetRegion(id gdnative.Int) gdnative.Rect2
	TileGetShape(id gdnative.Int, shapeId gdnative.Int) Shape2DImplementer
	TileGetShapeCount(id gdnative.Int) gdnative.Int
	TileGetShapeOneWay(id gdnative.Int, shapeId gdnative.Int) gdnative.Bool
	TileGetShapeTransform(id gdnative.Int, shapeId gdnative.Int) gdnative.Transform2D
	TileGetShapes(id gdnative.Int) gdnative.Array
	TileGetTexture(id gdnative.Int) TextureImplementer
	TileGetTextureOffset(id gdnative.Int) gdnative.Vector2
	TileSetLightOccluder(id gdnative.Int, lightOccluder OccluderPolygon2DImplementer)
	TileSetMaterial(id gdnative.Int, material ShaderMaterialImplementer)
	TileSetName(id gdnative.Int, name gdnative.String)
	TileSetNavigationPolygon(id gdnative.Int, navigationPolygon NavigationPolygonImplementer)
	TileSetNavigationPolygonOffset(id gdnative.Int, navigationPolygonOffset gdnative.Vector2)
	TileSetNormalMap(id gdnative.Int, normalMap TextureImplementer)
	TileSetOccluderOffset(id gdnative.Int, occluderOffset gdnative.Vector2)
	TileSetRegion(id gdnative.Int, region gdnative.Rect2)
	TileSetShape(id gdnative.Int, shapeId gdnative.Int, shape Shape2DImplementer)
	TileSetShapeOneWay(id gdnative.Int, shapeId gdnative.Int, oneWay gdnative.Bool)
	TileSetShapeTransform(id gdnative.Int, shapeId gdnative.Int, shapeTransform gdnative.Transform2D)
	TileSetShapes(id gdnative.Int, shapes gdnative.Array)
	TileSetTexture(id gdnative.Int, texture TextureImplementer)
	TileSetTextureOffset(id gdnative.Int, textureOffset gdnative.Vector2)
}

TileSetImplementer is an interface that implements the methods of the TileSet class.

type Timer ¶ 

type Timer struct {
	Node
	// contains filtered or unexported fields
}

Counts down a specified interval and emits a signal on reaching 0. Can be set to repeat or "one shot" mode.

func (*Timer) BaseClass ¶ 

func (o *Timer) BaseClass() string

func (*Timer) GetTimeLeft ¶ 

func (o *Timer) GetTimeLeft() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Timer) GetTimerProcessMode ¶ 

func (o *Timer) GetTimerProcessMode() TimerTimerProcessMode
        Undocumented
	Args: [], Returns: enum.Timer::TimerProcessMode

func (*Timer) GetWaitTime ¶ 

func (o *Timer) GetWaitTime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Timer) HasAutostart ¶ 

func (o *Timer) HasAutostart() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Timer) IsOneShot ¶ 

func (o *Timer) IsOneShot() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Timer) IsPaused ¶ 

func (o *Timer) IsPaused() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Timer) IsStopped ¶ 

func (o *Timer) IsStopped() gdnative.Bool
        Returns [code]true[/code] if the timer is stopped.
	Args: [], Returns: bool

func (*Timer) SetAutostart ¶ 

func (o *Timer) SetAutostart(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Timer) SetOneShot ¶ 

func (o *Timer) SetOneShot(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Timer) SetPaused ¶ 

func (o *Timer) SetPaused(paused gdnative.Bool)
        Undocumented
	Args: [{ false paused bool}], Returns: void

func (*Timer) SetTimerProcessMode ¶ 

func (o *Timer) SetTimerProcessMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Timer) SetWaitTime ¶ 

func (o *Timer) SetWaitTime(timeSec gdnative.Real)
        Undocumented
	Args: [{ false time_sec float}], Returns: void

func (*Timer) Start ¶ 

func (o *Timer) Start()
        Starts the timer. This also resets the remaining time to [code]wait_time[/code]. Note: this method will not resume a paused timer. See [method set_paused].
	Args: [], Returns: void

func (*Timer) Stop ¶ 

func (o *Timer) Stop()
        Stop (cancel) the Timer.
	Args: [], Returns: void

type TimerImplementer ¶ 

type TimerImplementer interface {
	NodeImplementer
	GetTimeLeft() gdnative.Real
	GetWaitTime() gdnative.Real
	HasAutostart() gdnative.Bool
	IsOneShot() gdnative.Bool
	IsPaused() gdnative.Bool
	IsStopped() gdnative.Bool
	SetAutostart(enable gdnative.Bool)
	SetOneShot(enable gdnative.Bool)
	SetPaused(paused gdnative.Bool)
	SetTimerProcessMode(mode gdnative.Int)
	SetWaitTime(timeSec gdnative.Real)
	Start()
	Stop()
}

TimerImplementer is an interface that implements the methods of the Timer class.

type TimerTimerProcessMode ¶ 

type TimerTimerProcessMode int

TimerTimerProcessMode is an enum for TimerProcessMode values. 

const (
	TimerTimerProcessIdle    TimerTimerProcessMode = 1
	TimerTimerProcessPhysics TimerTimerProcessMode = 0
)

type ToolButton ¶ 

type ToolButton struct {
	Button
	// contains filtered or unexported fields
}

This is a helper class to generate a flat Button (see [method Button.set_flat]), creating a ToolButton is equivalent to: [codeblock] var btn = Button.new() btn.set_flat(true) [/codeblock]

func (*ToolButton) BaseClass ¶ 

func (o *ToolButton) BaseClass() string

type ToolButtonImplementer ¶ 

type ToolButtonImplementer interface {
	ButtonImplementer
}

ToolButtonImplementer is an interface that implements the methods of the ToolButton class.

type TouchScreenButton ¶ 

type TouchScreenButton struct {
	Node2D
	// contains filtered or unexported fields
}

Button for touch screen devices. You can set it to be visible on all screens, or only on touch devices.

func (*TouchScreenButton) BaseClass ¶ 

func (o *TouchScreenButton) BaseClass() string

func (*TouchScreenButton) GetAction ¶ 

func (o *TouchScreenButton) GetAction() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*TouchScreenButton) GetBitmask ¶ 

func (o *TouchScreenButton) GetBitmask() BitMapImplementer
        Undocumented
	Args: [], Returns: BitMap

func (*TouchScreenButton) GetShape ¶ 

func (o *TouchScreenButton) GetShape() Shape2DImplementer
        Undocumented
	Args: [], Returns: Shape2D

func (*TouchScreenButton) GetTexture ¶ 

func (o *TouchScreenButton) GetTexture() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TouchScreenButton) GetTexturePressed ¶ 

func (o *TouchScreenButton) GetTexturePressed() TextureImplementer
        Undocumented
	Args: [], Returns: Texture

func (*TouchScreenButton) GetVisibilityMode ¶ 

func (o *TouchScreenButton) GetVisibilityMode() TouchScreenButtonVisibilityMode
        Undocumented
	Args: [], Returns: enum.TouchScreenButton::VisibilityMode

func (*TouchScreenButton) IsPassbyPressEnabled ¶ 

func (o *TouchScreenButton) IsPassbyPressEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TouchScreenButton) IsPressed ¶ 

func (o *TouchScreenButton) IsPressed() gdnative.Bool
        Returns [code]true[/code] if this button is currently pressed.
	Args: [], Returns: bool

func (*TouchScreenButton) IsShapeCentered ¶ 

func (o *TouchScreenButton) IsShapeCentered() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TouchScreenButton) IsShapeVisible ¶ 

func (o *TouchScreenButton) IsShapeVisible() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TouchScreenButton) SetAction ¶ 

func (o *TouchScreenButton) SetAction(action gdnative.String)
        Undocumented
	Args: [{ false action String}], Returns: void

func (*TouchScreenButton) SetBitmask ¶ 

func (o *TouchScreenButton) SetBitmask(bitmask BitMapImplementer)
        Undocumented
	Args: [{ false bitmask BitMap}], Returns: void

func (*TouchScreenButton) SetPassbyPress ¶ 

func (o *TouchScreenButton) SetPassbyPress(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*TouchScreenButton) SetShape ¶ 

func (o *TouchScreenButton) SetShape(shape Shape2DImplementer)
        Undocumented
	Args: [{ false shape Shape2D}], Returns: void

func (*TouchScreenButton) SetShapeCentered ¶ 

func (o *TouchScreenButton) SetShapeCentered(bool gdnative.Bool)
        Undocumented
	Args: [{ false bool bool}], Returns: void

func (*TouchScreenButton) SetShapeVisible ¶ 

func (o *TouchScreenButton) SetShapeVisible(bool gdnative.Bool)
        Undocumented
	Args: [{ false bool bool}], Returns: void

func (*TouchScreenButton) SetTexture ¶ 

func (o *TouchScreenButton) SetTexture(texture TextureImplementer)
        Undocumented
	Args: [{ false texture Texture}], Returns: void

func (*TouchScreenButton) SetTexturePressed ¶ 

func (o *TouchScreenButton) SetTexturePressed(texturePressed TextureImplementer)
        Undocumented
	Args: [{ false texture_pressed Texture}], Returns: void

func (*TouchScreenButton) SetVisibilityMode ¶ 

func (o *TouchScreenButton) SetVisibilityMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*TouchScreenButton) X_Input ¶ 

func (o *TouchScreenButton) X_Input(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type TouchScreenButtonImplementer ¶ 

type TouchScreenButtonImplementer interface {
	Node2DImplementer
	GetAction() gdnative.String
	GetBitmask() BitMapImplementer
	GetShape() Shape2DImplementer
	GetTexture() TextureImplementer
	GetTexturePressed() TextureImplementer
	IsPassbyPressEnabled() gdnative.Bool
	IsPressed() gdnative.Bool
	IsShapeCentered() gdnative.Bool
	IsShapeVisible() gdnative.Bool
	SetAction(action gdnative.String)
	SetBitmask(bitmask BitMapImplementer)
	SetPassbyPress(enabled gdnative.Bool)
	SetShape(shape Shape2DImplementer)
	SetShapeCentered(bool gdnative.Bool)
	SetShapeVisible(bool gdnative.Bool)
	SetTexture(texture TextureImplementer)
	SetTexturePressed(texturePressed TextureImplementer)
	SetVisibilityMode(mode gdnative.Int)
}

TouchScreenButtonImplementer is an interface that implements the methods of the TouchScreenButton class.

type TouchScreenButtonVisibilityMode ¶ 

type TouchScreenButtonVisibilityMode int

TouchScreenButtonVisibilityMode is an enum for VisibilityMode values. 

const (
	TouchScreenButtonVisibilityAlways          TouchScreenButtonVisibilityMode = 0
	TouchScreenButtonVisibilityTouchscreenOnly TouchScreenButtonVisibilityMode = 1
)

type Translation ¶ 

type Translation struct {
	Resource
	// contains filtered or unexported fields
}

Translations are resources that can be loaded/unloaded on demand. They map a string to another string.

func (*Translation) AddMessage ¶ 

func (o *Translation) AddMessage(srcMessage gdnative.String, xlatedMessage gdnative.String)
        Add a message for translation.
	Args: [{ false src_message String} { false xlated_message String}], Returns: void

func (*Translation) BaseClass ¶ 

func (o *Translation) BaseClass() string

func (*Translation) EraseMessage ¶ 

func (o *Translation) EraseMessage(srcMessage gdnative.String)
        Erase a message.
	Args: [{ false src_message String}], Returns: void

func (*Translation) GetLocale ¶ 

func (o *Translation) GetLocale() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*Translation) GetMessage ¶ 

func (o *Translation) GetMessage(srcMessage gdnative.String) gdnative.String
        Return a message for translation.
	Args: [{ false src_message String}], Returns: String

func (*Translation) GetMessageCount ¶ 

func (o *Translation) GetMessageCount() gdnative.Int

Args: [], Returns: int

func (*Translation) GetMessageList ¶ 

func (o *Translation) GetMessageList() gdnative.PoolStringArray
        Return all the messages (keys).
	Args: [], Returns: PoolStringArray

func (*Translation) SetLocale ¶ 

func (o *Translation) SetLocale(locale gdnative.String)
        Undocumented
	Args: [{ false locale String}], Returns: void

func (*Translation) X_GetMessages ¶ 

func (o *Translation) X_GetMessages() gdnative.PoolStringArray
        Undocumented
	Args: [], Returns: PoolStringArray

func (*Translation) X_SetMessages ¶ 

func (o *Translation) X_SetMessages(arg0 gdnative.PoolStringArray)
        Undocumented
	Args: [{ false arg0 PoolStringArray}], Returns: void

type TranslationImplementer ¶ 

type TranslationImplementer interface {
	ResourceImplementer
	X_GetMessages() gdnative.PoolStringArray
	X_SetMessages(arg0 gdnative.PoolStringArray)
	AddMessage(srcMessage gdnative.String, xlatedMessage gdnative.String)
	EraseMessage(srcMessage gdnative.String)
	GetLocale() gdnative.String
	GetMessage(srcMessage gdnative.String) gdnative.String
	GetMessageCount() gdnative.Int
	GetMessageList() gdnative.PoolStringArray
	SetLocale(locale gdnative.String)
}

TranslationImplementer is an interface that implements the methods of the Translation class.

type TranslationServerImplementer ¶ 

type TranslationServerImplementer interface {
	ObjectImplementer
	AddTranslation(translation TranslationImplementer)
	Clear()
	GetLocale() gdnative.String
	GetLocaleName(locale gdnative.String) gdnative.String
	RemoveTranslation(translation TranslationImplementer)
	SetLocale(locale gdnative.String)
	Translate(message gdnative.String) gdnative.String
}

TranslationServerImplementer is an interface that implements the methods of the TranslationServer class.

type Tree ¶ 

type Tree struct {
	Control
	// contains filtered or unexported fields
}

This shows a tree of items that can be selected, expanded and collapsed. The tree can have multiple columns with custom controls like text editing, buttons and popups. It can be useful for structured displays and interactions. Trees are built via code, using TreeItem objects to create the structure. They have a single root but multiple roots can be simulated if a dummy hidden root is added. [codeblock] func _ready(): var tree = Tree.new() var root = tree.create_item() tree.set_hide_root(true) var child1 = tree.create_item(root) var child2 = tree.create_item(root) var subchild1 = tree.create_item(child1) subchild1.set_text(0, "Subchild1") [/codeblock]

func (*Tree) AreColumnTitlesVisible ¶ 

func (o *Tree) AreColumnTitlesVisible() gdnative.Bool
        Returns [code]true[/code] if the column titles are being shown.
	Args: [], Returns: bool

func (*Tree) BaseClass ¶ 

func (o *Tree) BaseClass() string

func (*Tree) Clear ¶ 

func (o *Tree) Clear()
        Clears the tree. This removes all items.
	Args: [], Returns: void

func (*Tree) CreateItem ¶ 

func (o *Tree) CreateItem(parent ObjectImplementer, idx gdnative.Int) ObjectImplementer
        Create an item in the tree and add it as the last child of [code]parent[/code]. If parent is not given, it will be added as the root's last child, or it'll the be the root itself if the tree is empty.
	Args: [{Null true parent Object} {-1 true idx int}], Returns: Object

func (*Tree) EnsureCursorIsVisible ¶ 

func (o *Tree) EnsureCursorIsVisible()
        Makes the currently selected item visible. This will scroll the tree to make sure the selected item is visible.
	Args: [], Returns: void

func (*Tree) GetAllowReselect ¶ 

func (o *Tree) GetAllowReselect() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Tree) GetAllowRmbSelect ¶ 

func (o *Tree) GetAllowRmbSelect() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Tree) GetColumnAtPosition ¶ 

func (o *Tree) GetColumnAtPosition(position gdnative.Vector2) gdnative.Int
        Returns the column index under the given point.
	Args: [{ false position Vector2}], Returns: int

func (*Tree) GetColumnTitle ¶ 

func (o *Tree) GetColumnTitle(column gdnative.Int) gdnative.String
        Returns the column's title.
	Args: [{ false column int}], Returns: String

func (*Tree) GetColumnWidth ¶ 

func (o *Tree) GetColumnWidth(column gdnative.Int) gdnative.Int
        Returns the column's width in pixels.
	Args: [{ false column int}], Returns: int

func (*Tree) GetColumns ¶ 

func (o *Tree) GetColumns() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Tree) GetCustomPopupRect ¶ 

func (o *Tree) GetCustomPopupRect() gdnative.Rect2
        Returns the rectangle for custom popups. Helper to create custom cell controls that display a popup. See [method TreeItem.set_cell_mode].
	Args: [], Returns: Rect2

func (*Tree) GetDropModeFlags ¶ 

func (o *Tree) GetDropModeFlags() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Tree) GetDropSectionAtPosition ¶ 

func (o *Tree) GetDropSectionAtPosition(position gdnative.Vector2) gdnative.Int

Args: [{ false position Vector2}], Returns: int

func (*Tree) GetEdited ¶ 

func (o *Tree) GetEdited() TreeItemImplementer
        Returns the currently edited item. This is only available for custom cell mode.
	Args: [], Returns: TreeItem

func (*Tree) GetEditedColumn ¶ 

func (o *Tree) GetEditedColumn() gdnative.Int
        Returns the column for the currently edited item. This is only available for custom cell mode.
	Args: [], Returns: int

func (*Tree) GetItemAreaRect ¶ 

func (o *Tree) GetItemAreaRect(item ObjectImplementer, column gdnative.Int) gdnative.Rect2
        Returns the rectangle area for the specified item. If column is specified, only get the position and size of that column, otherwise get the rectangle containing all columns.
	Args: [{ false item Object} {-1 true column int}], Returns: Rect2

func (*Tree) GetItemAtPosition ¶ 

func (o *Tree) GetItemAtPosition(position gdnative.Vector2) TreeItemImplementer
        Returns the tree item at the specified position (relative to the tree origin position).
	Args: [{ false position Vector2}], Returns: TreeItem

func (*Tree) GetNextSelected ¶ 

func (o *Tree) GetNextSelected(from ObjectImplementer) TreeItemImplementer
        Returns the next selected item after the given one.
	Args: [{ false from Object}], Returns: TreeItem

func (*Tree) GetPressedButton ¶ 

func (o *Tree) GetPressedButton() gdnative.Int
        Returns the last pressed button's index.
	Args: [], Returns: int

func (*Tree) GetRoot ¶ 

func (o *Tree) GetRoot() TreeItemImplementer
        Returns the tree's root item.
	Args: [], Returns: TreeItem

func (*Tree) GetScroll ¶ 

func (o *Tree) GetScroll() gdnative.Vector2
        Returns the current scrolling position.
	Args: [], Returns: Vector2

func (*Tree) GetSelectMode ¶ 

func (o *Tree) GetSelectMode() TreeSelectMode
        Undocumented
	Args: [], Returns: enum.Tree::SelectMode

func (*Tree) GetSelected ¶ 

func (o *Tree) GetSelected() TreeItemImplementer
        Returns the currently selected item.
	Args: [], Returns: TreeItem

func (*Tree) GetSelectedColumn ¶ 

func (o *Tree) GetSelectedColumn() gdnative.Int
        Returns the current selection's column.
	Args: [], Returns: int

func (*Tree) IsFoldingHidden ¶ 

func (o *Tree) IsFoldingHidden() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Tree) IsRootHidden ¶ 

func (o *Tree) IsRootHidden() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Tree) SetAllowReselect ¶ 

func (o *Tree) SetAllowReselect(allow gdnative.Bool)
        Undocumented
	Args: [{ false allow bool}], Returns: void

func (*Tree) SetAllowRmbSelect ¶ 

func (o *Tree) SetAllowRmbSelect(allow gdnative.Bool)
        Undocumented
	Args: [{ false allow bool}], Returns: void

func (*Tree) SetColumnExpand ¶ 

func (o *Tree) SetColumnExpand(column gdnative.Int, expand gdnative.Bool)
        If [code]true[/code] the column will have the "Expand" flag of [Control].
	Args: [{ false column int} { false expand bool}], Returns: void

func (*Tree) SetColumnMinWidth ¶ 

func (o *Tree) SetColumnMinWidth(column gdnative.Int, minWidth gdnative.Int)
        Set the minimum width of a column.
	Args: [{ false column int} { false min_width int}], Returns: void

func (*Tree) SetColumnTitle ¶ 

func (o *Tree) SetColumnTitle(column gdnative.Int, title gdnative.String)
        Set the title of a column.
	Args: [{ false column int} { false title String}], Returns: void

func (*Tree) SetColumnTitlesVisible ¶ 

func (o *Tree) SetColumnTitlesVisible(visible gdnative.Bool)
        If [code]true[/code] column titles are visible.
	Args: [{ false visible bool}], Returns: void

func (*Tree) SetColumns ¶ 

func (o *Tree) SetColumns(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*Tree) SetDropModeFlags ¶ 

func (o *Tree) SetDropModeFlags(flags gdnative.Int)
        Undocumented
	Args: [{ false flags int}], Returns: void

func (*Tree) SetHideFolding ¶ 

func (o *Tree) SetHideFolding(hide gdnative.Bool)
        Undocumented
	Args: [{ false hide bool}], Returns: void

func (*Tree) SetHideRoot ¶ 

func (o *Tree) SetHideRoot(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Tree) SetSelectMode ¶ 

func (o *Tree) SetSelectMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Tree) X_GuiInput ¶ 

func (o *Tree) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*Tree) X_PopupSelect ¶ 

func (o *Tree) X_PopupSelect(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*Tree) X_RangeClickTimeout ¶ 

func (o *Tree) X_RangeClickTimeout()
        Undocumented
	Args: [], Returns: void

func (*Tree) X_ScrollMoved ¶ 

func (o *Tree) X_ScrollMoved(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

func (*Tree) X_TextEditorEnter ¶ 

func (o *Tree) X_TextEditorEnter(arg0 gdnative.String)
        Undocumented
	Args: [{ false arg0 String}], Returns: void

func (*Tree) X_TextEditorModalClose ¶ 

func (o *Tree) X_TextEditorModalClose()
        Undocumented
	Args: [], Returns: void

func (*Tree) X_ValueEditorChanged ¶ 

func (o *Tree) X_ValueEditorChanged(arg0 gdnative.Real)
        Undocumented
	Args: [{ false arg0 float}], Returns: void

type TreeDropModeFlags ¶ 

type TreeDropModeFlags int

TreeDropModeFlags is an enum for DropModeFlags values. 

const (
	TreeDropModeDisabled  TreeDropModeFlags = 0
	TreeDropModeInbetween TreeDropModeFlags = 2
	TreeDropModeOnItem    TreeDropModeFlags = 1
)

type TreeImplementer ¶ 

type TreeImplementer interface {
	ControlImplementer
	X_PopupSelect(arg0 gdnative.Int)
	X_RangeClickTimeout()
	X_ScrollMoved(arg0 gdnative.Real)
	X_TextEditorEnter(arg0 gdnative.String)
	X_TextEditorModalClose()
	X_ValueEditorChanged(arg0 gdnative.Real)
	AreColumnTitlesVisible() gdnative.Bool
	Clear()
	CreateItem(parent ObjectImplementer, idx gdnative.Int) ObjectImplementer
	EnsureCursorIsVisible()
	GetAllowReselect() gdnative.Bool
	GetAllowRmbSelect() gdnative.Bool
	GetColumnAtPosition(position gdnative.Vector2) gdnative.Int
	GetColumnTitle(column gdnative.Int) gdnative.String
	GetColumnWidth(column gdnative.Int) gdnative.Int
	GetColumns() gdnative.Int
	GetCustomPopupRect() gdnative.Rect2
	GetDropModeFlags() gdnative.Int
	GetDropSectionAtPosition(position gdnative.Vector2) gdnative.Int
	GetEdited() TreeItemImplementer
	GetEditedColumn() gdnative.Int
	GetItemAreaRect(item ObjectImplementer, column gdnative.Int) gdnative.Rect2
	GetItemAtPosition(position gdnative.Vector2) TreeItemImplementer
	GetNextSelected(from ObjectImplementer) TreeItemImplementer
	GetPressedButton() gdnative.Int
	GetRoot() TreeItemImplementer
	GetScroll() gdnative.Vector2
	GetSelected() TreeItemImplementer
	GetSelectedColumn() gdnative.Int
	IsFoldingHidden() gdnative.Bool
	IsRootHidden() gdnative.Bool
	SetAllowReselect(allow gdnative.Bool)
	SetAllowRmbSelect(allow gdnative.Bool)
	SetColumnExpand(column gdnative.Int, expand gdnative.Bool)
	SetColumnMinWidth(column gdnative.Int, minWidth gdnative.Int)
	SetColumnTitle(column gdnative.Int, title gdnative.String)
	SetColumnTitlesVisible(visible gdnative.Bool)
	SetColumns(amount gdnative.Int)
	SetDropModeFlags(flags gdnative.Int)
	SetHideFolding(hide gdnative.Bool)
	SetHideRoot(enable gdnative.Bool)
	SetSelectMode(mode gdnative.Int)
}

TreeImplementer is an interface that implements the methods of the Tree class.

type TreeItem ¶ 

type TreeItem struct {
	Object
	// contains filtered or unexported fields
}

Control for a single item inside a Tree. May have child [code]TreeItem[/code]s and be styled as well as contain buttons.

func (*TreeItem) AddButton ¶ 

func (o *TreeItem) AddButton(column gdnative.Int, button TextureImplementer, buttonIdx gdnative.Int, disabled gdnative.Bool, tooltip gdnative.String)
        Adds a button with [Texture] [code]button[/code] at column [code]column[/code]. The [code]button_idx[/code] index is used to identify the button when calling other methods. If not specified, the next available index is used, which may be retrieved by calling [code]get_buton_count()[/code] immediately after this method. Optionally, the button can be [code]disabled[/code] and have a [code]tooltip[/code].
	Args: [{ false column int} { false button Texture} {-1 true button_idx int} {False true disabled bool} { true tooltip String}], Returns: void

func (*TreeItem) BaseClass ¶ 

func (o *TreeItem) BaseClass() string

func (*TreeItem) ClearCustomBgColor ¶ 

func (o *TreeItem) ClearCustomBgColor(column gdnative.Int)
        Resets the background color for the given column to default.
	Args: [{ false column int}], Returns: void

func (*TreeItem) ClearCustomColor ¶ 

func (o *TreeItem) ClearCustomColor(column gdnative.Int)
        Resets the color for the given column to default.
	Args: [{ false column int}], Returns: void

func (*TreeItem) Deselect ¶ 

func (o *TreeItem) Deselect(column gdnative.Int)
        Deselects the given column.
	Args: [{ false column int}], Returns: void

func (*TreeItem) EraseButton ¶ 

func (o *TreeItem) EraseButton(column gdnative.Int, buttonIdx gdnative.Int)
        Removes the button at index [code]button_idx[/code] in column [code]column[/code].
	Args: [{ false column int} { false button_idx int}], Returns: void

func (*TreeItem) GetButton ¶ 

func (o *TreeItem) GetButton(column gdnative.Int, buttonIdx gdnative.Int) TextureImplementer
        Returns the [Texture] of the button at index [code]button_idx[/code] in column [code]column[/code].
	Args: [{ false column int} { false button_idx int}], Returns: Texture

func (*TreeItem) GetButtonCount ¶ 

func (o *TreeItem) GetButtonCount(column gdnative.Int) gdnative.Int
        Returns the number of buttons in column [code]column[/code]. May be used to get the most recently added button's index, if no index was specified.
	Args: [{ false column int}], Returns: int

func (*TreeItem) GetCellMode ¶ 

func (o *TreeItem) GetCellMode(column gdnative.Int) TreeItemTreeCellMode
        Returns the column's cell mode. See [code]CELL_MODE_*[/code] constants.
	Args: [{ false column int}], Returns: enum.TreeItem::TreeCellMode

func (*TreeItem) GetChildren ¶ 

func (o *TreeItem) GetChildren() TreeItemImplementer
        Returns the TreeItem's child items.
	Args: [], Returns: TreeItem

func (*TreeItem) GetCustomBgColor ¶ 

func (o *TreeItem) GetCustomBgColor(column gdnative.Int) gdnative.Color
        Returns the custom background color of column [code]column[/code].
	Args: [{ false column int}], Returns: Color

func (*TreeItem) GetCustomMinimumHeight ¶ 

func (o *TreeItem) GetCustomMinimumHeight() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*TreeItem) GetExpandRight ¶ 

func (o *TreeItem) GetExpandRight(column gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if [code]expand_right[/code] is set.
	Args: [{ false column int}], Returns: bool

func (*TreeItem) GetIcon ¶ 

func (o *TreeItem) GetIcon(column gdnative.Int) TextureImplementer
        Returns the given column's icon [Texture]. Error if no icon is set.
	Args: [{ false column int}], Returns: Texture

func (*TreeItem) GetIconMaxWidth ¶ 

func (o *TreeItem) GetIconMaxWidth(column gdnative.Int) gdnative.Int
        Returns the column's icon's maximum width.
	Args: [{ false column int}], Returns: int

func (*TreeItem) GetIconRegion ¶ 

func (o *TreeItem) GetIconRegion(column gdnative.Int) gdnative.Rect2
        Returns the icon [Texture] region as [Rect2].
	Args: [{ false column int}], Returns: Rect2

func (*TreeItem) GetMetadata ¶ 

func (o *TreeItem) GetMetadata(column gdnative.Int) gdnative.Variant

Args: [{ false column int}], Returns: Variant

func (*TreeItem) GetNext ¶ 

func (o *TreeItem) GetNext() TreeItemImplementer
        Returns the next TreeItem in the tree.
	Args: [], Returns: TreeItem

func (*TreeItem) GetNextVisible ¶ 

func (o *TreeItem) GetNextVisible() TreeItemImplementer
        Returns the next visible TreeItem in the tree.
	Args: [], Returns: TreeItem

func (*TreeItem) GetParent ¶ 

func (o *TreeItem) GetParent() TreeItemImplementer
        Returns the parent TreeItem.
	Args: [], Returns: TreeItem

func (*TreeItem) GetPrev ¶ 

func (o *TreeItem) GetPrev() TreeItemImplementer
        Returns the previous TreeItem in the tree.
	Args: [], Returns: TreeItem

func (*TreeItem) GetPrevVisible ¶ 

func (o *TreeItem) GetPrevVisible() TreeItemImplementer
        Returns the previous visible TreeItem in the tree.
	Args: [], Returns: TreeItem

func (*TreeItem) GetRange ¶ 

func (o *TreeItem) GetRange(column gdnative.Int) gdnative.Real

Args: [{ false column int}], Returns: float

func (*TreeItem) GetRangeConfig ¶ 

func (o *TreeItem) GetRangeConfig(column gdnative.Int) gdnative.Dictionary

Args: [{ false column int}], Returns: Dictionary

func (*TreeItem) GetText ¶ 

func (o *TreeItem) GetText(column gdnative.Int) gdnative.String
        Returns the given column's text.
	Args: [{ false column int}], Returns: String

func (*TreeItem) GetTextAlign ¶ 

func (o *TreeItem) GetTextAlign(column gdnative.Int) TreeItemTextAlign
        Returns the given column's text alignment.
	Args: [{ false column int}], Returns: enum.TreeItem::TextAlign

func (*TreeItem) GetTooltip ¶ 

func (o *TreeItem) GetTooltip(column gdnative.Int) gdnative.String
        Returns the given column's tooltip.
	Args: [{ false column int}], Returns: String

func (*TreeItem) IsButtonDisabled ¶ 

func (o *TreeItem) IsButtonDisabled(column gdnative.Int, buttonIdx gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the button at index [code]button_idx[/code] for the given column is disabled.
	Args: [{ false column int} { false button_idx int}], Returns: bool

func (*TreeItem) IsChecked ¶ 

func (o *TreeItem) IsChecked(column gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if the given column is checked.
	Args: [{ false column int}], Returns: bool

func (*TreeItem) IsCollapsed ¶ 

func (o *TreeItem) IsCollapsed() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TreeItem) IsCustomSetAsButton ¶ 

func (o *TreeItem) IsCustomSetAsButton(column gdnative.Int) gdnative.Bool

Args: [{ false column int}], Returns: bool

func (*TreeItem) IsEditable ¶ 

func (o *TreeItem) IsEditable(column gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if column [code]column[/code] is editable.
	Args: [{ false column int}], Returns: bool

func (*TreeItem) IsFoldingDisabled ¶ 

func (o *TreeItem) IsFoldingDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*TreeItem) IsSelectable ¶ 

func (o *TreeItem) IsSelectable(column gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if column [code]column[/code] is selectable.
	Args: [{ false column int}], Returns: bool

func (*TreeItem) IsSelected ¶ 

func (o *TreeItem) IsSelected(column gdnative.Int) gdnative.Bool
        Returns [code]true[/code] if column [code]column[/code] is selected.
	Args: [{ false column int}], Returns: bool

func (*TreeItem) MoveToBottom ¶ 

func (o *TreeItem) MoveToBottom()
        Moves this TreeItem to the bottom in the [Tree] hierarchy.
	Args: [], Returns: void

func (*TreeItem) MoveToTop ¶ 

func (o *TreeItem) MoveToTop()
        Moves this TreeItem to the top in the [Tree] hierarchy.
	Args: [], Returns: void

func (*TreeItem) RemoveChild ¶ 

func (o *TreeItem) RemoveChild(child ObjectImplementer)
        Removes the child TreeItem at index [code]index[/code].
	Args: [{ false child Object}], Returns: void

func (*TreeItem) Select ¶ 

func (o *TreeItem) Select(column gdnative.Int)
        Selects the column [code]column[/code].
	Args: [{ false column int}], Returns: void

func (*TreeItem) SetButton ¶ 

func (o *TreeItem) SetButton(column gdnative.Int, buttonIdx gdnative.Int, button TextureImplementer)
        Sets the given column's button [Texture] at index [code]button_idx[/code] to [code]button[/code].
	Args: [{ false column int} { false button_idx int} { false button Texture}], Returns: void

func (*TreeItem) SetCellMode ¶ 

func (o *TreeItem) SetCellMode(column gdnative.Int, mode gdnative.Int)
        Sets the given column's cell mode to [code]mode[/code]. See [code]CELL_MODE_*[/code] constants.
	Args: [{ false column int} { false mode int}], Returns: void

func (*TreeItem) SetChecked ¶ 

func (o *TreeItem) SetChecked(column gdnative.Int, checked gdnative.Bool)
        If [code]true[/code] the column [code]column[/code] is checked.
	Args: [{ false column int} { false checked bool}], Returns: void

func (*TreeItem) SetCollapsed ¶ 

func (o *TreeItem) SetCollapsed(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*TreeItem) SetCustomAsButton ¶ 

func (o *TreeItem) SetCustomAsButton(column gdnative.Int, enable gdnative.Bool)

Args: [{ false column int} { false enable bool}], Returns: void

func (*TreeItem) SetCustomBgColor ¶ 

func (o *TreeItem) SetCustomBgColor(column gdnative.Int, color gdnative.Color, justOutline gdnative.Bool)
        Sets the given column's custom background color and whether to just use it as an outline.
	Args: [{ false column int} { false color Color} {False true just_outline bool}], Returns: void

func (*TreeItem) SetCustomColor ¶ 

func (o *TreeItem) SetCustomColor(column gdnative.Int, color gdnative.Color)
        Sets the given column's custom color.
	Args: [{ false column int} { false color Color}], Returns: void

func (*TreeItem) SetCustomDraw ¶ 

func (o *TreeItem) SetCustomDraw(column gdnative.Int, object ObjectImplementer, callback gdnative.String)
        Sets the given column's custom draw callback to [code]callback[/code] method on [code]object[/code].
	Args: [{ false column int} { false object Object} { false callback String}], Returns: void

func (*TreeItem) SetCustomMinimumHeight ¶ 

func (o *TreeItem) SetCustomMinimumHeight(height gdnative.Int)
        Undocumented
	Args: [{ false height int}], Returns: void

func (*TreeItem) SetDisableFolding ¶ 

func (o *TreeItem) SetDisableFolding(disable gdnative.Bool)
        Undocumented
	Args: [{ false disable bool}], Returns: void

func (*TreeItem) SetEditable ¶ 

func (o *TreeItem) SetEditable(column gdnative.Int, enabled gdnative.Bool)
        If [code]true[/code] column [code]column[/code] is editable.
	Args: [{ false column int} { false enabled bool}], Returns: void

func (*TreeItem) SetExpandRight ¶ 

func (o *TreeItem) SetExpandRight(column gdnative.Int, enable gdnative.Bool)
        If [code]true[/code] column [code]column[/code] is expanded to the right.
	Args: [{ false column int} { false enable bool}], Returns: void

func (*TreeItem) SetIcon ¶ 

func (o *TreeItem) SetIcon(column gdnative.Int, texture TextureImplementer)
        Sets the given column's icon [Texture].
	Args: [{ false column int} { false texture Texture}], Returns: void

func (*TreeItem) SetIconMaxWidth ¶ 

func (o *TreeItem) SetIconMaxWidth(column gdnative.Int, width gdnative.Int)
        Sets the given column's icon's maximum width.
	Args: [{ false column int} { false width int}], Returns: void

func (*TreeItem) SetIconRegion ¶ 

func (o *TreeItem) SetIconRegion(column gdnative.Int, region gdnative.Rect2)
        Sets the given column's icon's texture region.
	Args: [{ false column int} { false region Rect2}], Returns: void

func (*TreeItem) SetMetadata ¶ 

func (o *TreeItem) SetMetadata(column gdnative.Int, meta gdnative.Variant)

Args: [{ false column int} { false meta Variant}], Returns: void

func (*TreeItem) SetRange ¶ 

func (o *TreeItem) SetRange(column gdnative.Int, value gdnative.Real)

Args: [{ false column int} { false value float}], Returns: void

func (*TreeItem) SetRangeConfig ¶ 

func (o *TreeItem) SetRangeConfig(column gdnative.Int, min gdnative.Real, max gdnative.Real, step gdnative.Real, expr gdnative.Bool)

Args: [{ false column int} { false min float} { false max float} { false step float} {False true expr bool}], Returns: void

func (*TreeItem) SetSelectable ¶ 

func (o *TreeItem) SetSelectable(column gdnative.Int, selectable gdnative.Bool)
        If [code]true[/code] the given column is selectable.
	Args: [{ false column int} { false selectable bool}], Returns: void

func (*TreeItem) SetText ¶ 

func (o *TreeItem) SetText(column gdnative.Int, text gdnative.String)

Args: [{ false column int} { false text String}], Returns: void

func (*TreeItem) SetTextAlign ¶ 

func (o *TreeItem) SetTextAlign(column gdnative.Int, textAlign gdnative.Int)
        Sets the given column's text alignment. See [code]ALIGN_*[/code] constants.
	Args: [{ false column int} { false text_align int}], Returns: void

func (*TreeItem) SetTooltip ¶ 

func (o *TreeItem) SetTooltip(column gdnative.Int, tooltip gdnative.String)
        Sets the given column's tooltip text.
	Args: [{ false column int} { false tooltip String}], Returns: void

type TreeItemImplementer ¶ 

type TreeItemImplementer interface {
	ObjectImplementer
	AddButton(column gdnative.Int, button TextureImplementer, buttonIdx gdnative.Int, disabled gdnative.Bool, tooltip gdnative.String)
	ClearCustomBgColor(column gdnative.Int)
	ClearCustomColor(column gdnative.Int)
	Deselect(column gdnative.Int)
	EraseButton(column gdnative.Int, buttonIdx gdnative.Int)
	GetButton(column gdnative.Int, buttonIdx gdnative.Int) TextureImplementer
	GetButtonCount(column gdnative.Int) gdnative.Int
	GetChildren() TreeItemImplementer
	GetCustomBgColor(column gdnative.Int) gdnative.Color
	GetCustomMinimumHeight() gdnative.Int
	GetExpandRight(column gdnative.Int) gdnative.Bool
	GetIcon(column gdnative.Int) TextureImplementer
	GetIconMaxWidth(column gdnative.Int) gdnative.Int
	GetIconRegion(column gdnative.Int) gdnative.Rect2
	GetMetadata(column gdnative.Int) gdnative.Variant
	GetNext() TreeItemImplementer
	GetNextVisible() TreeItemImplementer
	GetParent() TreeItemImplementer
	GetPrev() TreeItemImplementer
	GetPrevVisible() TreeItemImplementer
	GetRange(column gdnative.Int) gdnative.Real
	GetRangeConfig(column gdnative.Int) gdnative.Dictionary
	GetText(column gdnative.Int) gdnative.String
	GetTooltip(column gdnative.Int) gdnative.String
	IsButtonDisabled(column gdnative.Int, buttonIdx gdnative.Int) gdnative.Bool
	IsChecked(column gdnative.Int) gdnative.Bool
	IsCollapsed() gdnative.Bool
	IsCustomSetAsButton(column gdnative.Int) gdnative.Bool
	IsEditable(column gdnative.Int) gdnative.Bool
	IsFoldingDisabled() gdnative.Bool
	IsSelectable(column gdnative.Int) gdnative.Bool
	IsSelected(column gdnative.Int) gdnative.Bool
	MoveToBottom()
	MoveToTop()
	RemoveChild(child ObjectImplementer)
	Select(column gdnative.Int)
	SetButton(column gdnative.Int, buttonIdx gdnative.Int, button TextureImplementer)
	SetCellMode(column gdnative.Int, mode gdnative.Int)
	SetChecked(column gdnative.Int, checked gdnative.Bool)
	SetCollapsed(enable gdnative.Bool)
	SetCustomAsButton(column gdnative.Int, enable gdnative.Bool)
	SetCustomBgColor(column gdnative.Int, color gdnative.Color, justOutline gdnative.Bool)
	SetCustomColor(column gdnative.Int, color gdnative.Color)
	SetCustomDraw(column gdnative.Int, object ObjectImplementer, callback gdnative.String)
	SetCustomMinimumHeight(height gdnative.Int)
	SetDisableFolding(disable gdnative.Bool)
	SetEditable(column gdnative.Int, enabled gdnative.Bool)
	SetExpandRight(column gdnative.Int, enable gdnative.Bool)
	SetIcon(column gdnative.Int, texture TextureImplementer)
	SetIconMaxWidth(column gdnative.Int, width gdnative.Int)
	SetIconRegion(column gdnative.Int, region gdnative.Rect2)
	SetMetadata(column gdnative.Int, meta gdnative.Variant)
	SetRange(column gdnative.Int, value gdnative.Real)
	SetRangeConfig(column gdnative.Int, min gdnative.Real, max gdnative.Real, step gdnative.Real, expr gdnative.Bool)
	SetSelectable(column gdnative.Int, selectable gdnative.Bool)
	SetText(column gdnative.Int, text gdnative.String)
	SetTextAlign(column gdnative.Int, textAlign gdnative.Int)
	SetTooltip(column gdnative.Int, tooltip gdnative.String)
}

TreeItemImplementer is an interface that implements the methods of the TreeItem class.

type TreeItemTextAlign ¶ 

type TreeItemTextAlign int

TreeItemTextAlign is an enum for TextAlign values. 

const (
	TreeItemAlignCenter TreeItemTextAlign = 1
	TreeItemAlignLeft   TreeItemTextAlign = 0
	TreeItemAlignRight  TreeItemTextAlign = 2
)

type TreeItemTreeCellMode ¶ 

type TreeItemTreeCellMode int

TreeItemTreeCellMode is an enum for TreeCellMode values. 

const (
	TreeItemCellModeCheck           TreeItemTreeCellMode = 1
	TreeItemCellModeCustom          TreeItemTreeCellMode = 5
	TreeItemCellModeIcon            TreeItemTreeCellMode = 4
	TreeItemCellModeRange           TreeItemTreeCellMode = 2
	TreeItemCellModeRangeExpression TreeItemTreeCellMode = 3
	TreeItemCellModeString          TreeItemTreeCellMode = 0
)

type TreeSelectMode ¶ 

type TreeSelectMode int

TreeSelectMode is an enum for SelectMode values. 

const (
	TreeSelectMulti  TreeSelectMode = 2
	TreeSelectRow    TreeSelectMode = 1
	TreeSelectSingle TreeSelectMode = 0
)

type TriangleMesh ¶ 

type TriangleMesh struct {
	Reference
	// contains filtered or unexported fields
}

func (*TriangleMesh) BaseClass ¶ 

func (o *TriangleMesh) BaseClass() string

type TriangleMeshImplementer ¶ 

type TriangleMeshImplementer interface {
	ReferenceImplementer
}

TriangleMeshImplementer is an interface that implements the methods of the TriangleMesh class.

type Tween ¶ 

type Tween struct {
	Node
	// contains filtered or unexported fields
}

Node useful for animations with unknown start and end points, procedural animations, making one node follow another, and other simple behavior. Because it is easy to get it wrong, here is a quick usage example: [codeblock] var tween = get_node("Tween") tween.interpolate_property(get_node("Node2D_to_move"), "transform/origin", Vector2(0,0), Vector2(100,100), 1, Tween.TRANS_LINEAR, Tween.EASE_IN_OUT) tween.start() [/codeblock] Some of the methods of this class require a property name. You can get the property name by hovering over the property in the inspector of the editor. Many of the methods accept [code]trans_type[/code] and [code]ease_type[/code]. The first accepts an TRANS_* constant, and refers to the way the timing of the animation is handled (you might want to see [code]http://easings.net/[/code] for some examples). The second accepts an EASE_* constant, and controls the where [code]trans_type[/code] is applied to the interpolation (in the beginning, the end, or both). If you don't know which transition and easing to pick, you can try different TRANS_* constants with EASE_IN_OUT, and use the one that looks best.

func (*Tween) BaseClass ¶ 

func (o *Tween) BaseClass() string

func (*Tween) FollowMethod ¶ 

func (o *Tween) FollowMethod(object ObjectImplementer, method gdnative.String, initialVal gdnative.Variant, target ObjectImplementer, targetMethod gdnative.String, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
        Follow [code]method[/code] of [code]object[/code] and apply the returned value on [code]target_method[/code] of [code]target[/code], beginning from [code]initial_val[/code] for [code]duration[/code] seconds, [code]delay[/code] later. Methods are animated by calling them with consequitive values. [code]trans_type[/code] accepts TRANS_* constants, and is the way the animation is interpolated, while [code]ease_type[/code] accepts EASE_* constants, and controls the place of the interpolation (the beginning, the end, or both). You can read more about them in the class description.
	Args: [{ false object Object} { false method String} { false initial_val Variant} { false target Object} { false target_method String} { false duration float} { false trans_type int} { false ease_type int} {0 true delay float}], Returns: bool

func (*Tween) FollowProperty ¶ 

func (o *Tween) FollowProperty(object ObjectImplementer, property gdnative.NodePath, initialVal gdnative.Variant, target ObjectImplementer, targetProperty gdnative.NodePath, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
        Follow [code]property[/code] of [code]object[/code] and apply it on [code]target_property[/code] of [code]target[/code], beginning from [code]initial_val[/code] for [code]duration[/code] seconds, [code]delay[/code] seconds later. Note that [code]target:target_property[/code] would equal [code]object:property[/code] at the end of the tween. [code]trans_type[/code] accepts TRANS_* constants, and is the way the animation is interpolated, while [code]ease_type[/code] accepts EASE_* constants, and controls the place of the interpolation (the beginning, the end, or both). You can read more about them in the class description.
	Args: [{ false object Object} { false property NodePath} { false initial_val Variant} { false target Object} { false target_property NodePath} { false duration float} { false trans_type int} { false ease_type int} {0 true delay float}], Returns: bool

func (*Tween) GetRuntime ¶ 

func (o *Tween) GetRuntime() gdnative.Real
        Returns the time needed for all tweens to end in seconds, measured from the start. Thus, if you have two tweens, one ending 10 seconds after the start and the other - 20 seconds, it would return 20 seconds, as by that time all tweens would have finished.
	Args: [], Returns: float

func (*Tween) GetSpeedScale ¶ 

func (o *Tween) GetSpeedScale() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*Tween) GetTweenProcessMode ¶ 

func (o *Tween) GetTweenProcessMode() TweenTweenProcessMode
        Undocumented
	Args: [], Returns: enum.Tween::TweenProcessMode

func (*Tween) InterpolateCallback ¶ 

func (o *Tween) InterpolateCallback(object ObjectImplementer, duration gdnative.Real, callback gdnative.String, arg1 gdnative.Variant, arg2 gdnative.Variant, arg3 gdnative.Variant, arg4 gdnative.Variant, arg5 gdnative.Variant) gdnative.Bool
        Call [code]callback[/code] of [code]object[/code] after [code]duration[/code]. [code]arg1[/code]-[code]arg5[/code] are arguments to be passed to the callback.
	Args: [{ false object Object} { false duration float} { false callback String} {Null true arg1 Variant} {Null true arg2 Variant} {Null true arg3 Variant} {Null true arg4 Variant} {Null true arg5 Variant}], Returns: bool

func (*Tween) InterpolateDeferredCallback ¶ 

func (o *Tween) InterpolateDeferredCallback(object ObjectImplementer, duration gdnative.Real, callback gdnative.String, arg1 gdnative.Variant, arg2 gdnative.Variant, arg3 gdnative.Variant, arg4 gdnative.Variant, arg5 gdnative.Variant) gdnative.Bool
        Call [code]callback[/code] of [code]object[/code] after [code]duration[/code] on the main thread (similar to [method Object.call_deferred]). [code]arg1[/code]-[code]arg5[/code] are arguments to be passed to the callback.
	Args: [{ false object Object} { false duration float} { false callback String} {Null true arg1 Variant} {Null true arg2 Variant} {Null true arg3 Variant} {Null true arg4 Variant} {Null true arg5 Variant}], Returns: bool

func (*Tween) InterpolateMethod ¶ 

func (o *Tween) InterpolateMethod(object ObjectImplementer, method gdnative.String, initialVal gdnative.Variant, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
        Animate [code]method[/code] of [code]object[/code] from [code]initial_val[/code] to [code]final_val[/code] for [code]duration[/code] seconds, [code]delay[/code] seconds later. Methods are animated by calling them with consecutive values. [code]trans_type[/code] accepts TRANS_* constants, and is the way the animation is interpolated, while [code]ease_type[/code] accepts EASE_* constants, and controls the place of the interpolation (the beginning, the end, or both). You can read more about them in the class description.
	Args: [{ false object Object} { false method String} { false initial_val Variant} { false final_val Variant} { false duration float} { false trans_type int} { false ease_type int} {0 true delay float}], Returns: bool

func (*Tween) InterpolateProperty ¶ 

func (o *Tween) InterpolateProperty(object ObjectImplementer, property gdnative.NodePath, initialVal gdnative.Variant, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
        Animate [code]property[/code] of [code]object[/code] from [code]initial_val[/code] to [code]final_val[/code] for [code]duration[/code] seconds, [code]delay[/code] seconds later. [code]trans_type[/code] accepts TRANS_* constants, and is the way the animation is interpolated, while [code]ease_type[/code] accepts EASE_* constants, and controls the place of the interpolation (the beginning, the end, or both). You can read more about them in the class description.
	Args: [{ false object Object} { false property NodePath} { false initial_val Variant} { false final_val Variant} { false duration float} { false trans_type int} { false ease_type int} {0 true delay float}], Returns: bool

func (*Tween) IsActive ¶ 

func (o *Tween) IsActive() gdnative.Bool
        Returns true if any tweens are currently running, and false otherwise. Note that this method doesn't consider tweens that have ended.
	Args: [], Returns: bool

func (*Tween) IsRepeat ¶ 

func (o *Tween) IsRepeat() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Tween) Remove ¶ 

func (o *Tween) Remove(object ObjectImplementer, key gdnative.String) gdnative.Bool
        Stop animating and completely remove a tween, given its object and property/method pair. Passing empty String as key will remove all tweens for given object.
	Args: [{ false object Object} { true key String}], Returns: bool

func (*Tween) RemoveAll ¶ 

func (o *Tween) RemoveAll() gdnative.Bool
        Stop animating and completely remove all tweens.
	Args: [], Returns: bool

func (*Tween) Reset ¶ 

func (o *Tween) Reset(object ObjectImplementer, key gdnative.String) gdnative.Bool
        Resets a tween to the initial value (the one given, not the one before the tween), given its object and property/method pair. Passing empty String as key will reset all tweens for given object.
	Args: [{ false object Object} { true key String}], Returns: bool

func (*Tween) ResetAll ¶ 

func (o *Tween) ResetAll() gdnative.Bool
        Resets all tweens to their initial values (the ones given, not those before the tween).
	Args: [], Returns: bool

func (*Tween) Resume ¶ 

func (o *Tween) Resume(object ObjectImplementer, key gdnative.String) gdnative.Bool
        Continue animating a stopped tween, given its object and property/method pair. Passing empty String as key will resume all tweens for given object.
	Args: [{ false object Object} { true key String}], Returns: bool

func (*Tween) ResumeAll ¶ 

func (o *Tween) ResumeAll() gdnative.Bool
        Continue animating all stopped tweens.
	Args: [], Returns: bool

func (*Tween) Seek ¶ 

func (o *Tween) Seek(time gdnative.Real) gdnative.Bool
        Seek the animation to the given [code]time[/code] in seconds.
	Args: [{ false time float}], Returns: bool

func (*Tween) SetActive ¶ 

func (o *Tween) SetActive(active gdnative.Bool)
        Activate/deactivate the tween. You can use this for pausing animations, though [method stop_all] and [method resume_all] might be more fit for this.
	Args: [{ false active bool}], Returns: void

func (*Tween) SetRepeat ¶ 

func (o *Tween) SetRepeat(repeat gdnative.Bool)
        Undocumented
	Args: [{ false repeat bool}], Returns: void

func (*Tween) SetSpeedScale ¶ 

func (o *Tween) SetSpeedScale(speed gdnative.Real)
        Undocumented
	Args: [{ false speed float}], Returns: void

func (*Tween) SetTweenProcessMode ¶ 

func (o *Tween) SetTweenProcessMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Tween) Start ¶ 

func (o *Tween) Start() gdnative.Bool
        Start the tween node. You can define tweens both before and after this.
	Args: [], Returns: bool

func (*Tween) Stop ¶ 

func (o *Tween) Stop(object ObjectImplementer, key gdnative.String) gdnative.Bool
        Stop animating a tween, given its object and property/method pair. Passing empty String as key will stop all tweens for given object.
	Args: [{ false object Object} { true key String}], Returns: bool

func (*Tween) StopAll ¶ 

func (o *Tween) StopAll() gdnative.Bool
        Stop animating all tweens.
	Args: [], Returns: bool

func (*Tween) TargetingMethod ¶ 

func (o *Tween) TargetingMethod(object ObjectImplementer, method gdnative.String, initial ObjectImplementer, initialMethod gdnative.String, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
        Animate [code]method[/code] of [code]object[/code] from the value returned by [code]initial.initial_method[/code] to [code]final_val[/code] for [code]duration[/code] seconds, [code]delay[/code] seconds later. Methods are animated by calling them with consecutive values. [code]trans_type[/code] accepts TRANS_* constants, and is the way the animation is interpolated, while [code]ease_type[/code] accepts EASE_* constants, and controls the place of the interpolation (the beginning, the end, or both). You can read more about them in the class description.
	Args: [{ false object Object} { false method String} { false initial Object} { false initial_method String} { false final_val Variant} { false duration float} { false trans_type int} { false ease_type int} {0 true delay float}], Returns: bool

func (*Tween) TargetingProperty ¶ 

func (o *Tween) TargetingProperty(object ObjectImplementer, property gdnative.NodePath, initial ObjectImplementer, initialVal gdnative.NodePath, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
        Animate [code]property[/code] of [code]object[/code] from the current value of the [code]initial_val[/code] property of [code]initial[/code] to [code]final_val[/code] for [code]duration[/code] seconds, [code]delay[/code] seconds later. [code]trans_type[/code] accepts TRANS_* constants, and is the way the animation is interpolated, while [code]ease_type[/code] accepts EASE_* constants, and controls the place of the interpolation (the beginning, the end, or both). You can read more about them in the class description.
	Args: [{ false object Object} { false property NodePath} { false initial Object} { false initial_val NodePath} { false final_val Variant} { false duration float} { false trans_type int} { false ease_type int} {0 true delay float}], Returns: bool

func (*Tween) Tell ¶ 

func (o *Tween) Tell() gdnative.Real
        Returns the current time of the tween.
	Args: [], Returns: float

func (*Tween) X_Remove ¶ 

func (o *Tween) X_Remove(object ObjectImplementer, key gdnative.String, firstOnly gdnative.Bool)
        Undocumented
	Args: [{ false object Object} { false key String} { false first_only bool}], Returns: void

type TweenEaseType ¶ 

type TweenEaseType int

TweenEaseType is an enum for EaseType values. 

const (
	TweenEaseIn    TweenEaseType = 0
	TweenEaseInOut TweenEaseType = 2
	TweenEaseOut   TweenEaseType = 1
	TweenEaseOutIn TweenEaseType = 3
)

type TweenImplementer ¶ 

type TweenImplementer interface {
	NodeImplementer
	X_Remove(object ObjectImplementer, key gdnative.String, firstOnly gdnative.Bool)
	FollowMethod(object ObjectImplementer, method gdnative.String, initialVal gdnative.Variant, target ObjectImplementer, targetMethod gdnative.String, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
	FollowProperty(object ObjectImplementer, property gdnative.NodePath, initialVal gdnative.Variant, target ObjectImplementer, targetProperty gdnative.NodePath, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
	GetRuntime() gdnative.Real
	GetSpeedScale() gdnative.Real
	InterpolateCallback(object ObjectImplementer, duration gdnative.Real, callback gdnative.String, arg1 gdnative.Variant, arg2 gdnative.Variant, arg3 gdnative.Variant, arg4 gdnative.Variant, arg5 gdnative.Variant) gdnative.Bool
	InterpolateDeferredCallback(object ObjectImplementer, duration gdnative.Real, callback gdnative.String, arg1 gdnative.Variant, arg2 gdnative.Variant, arg3 gdnative.Variant, arg4 gdnative.Variant, arg5 gdnative.Variant) gdnative.Bool
	InterpolateMethod(object ObjectImplementer, method gdnative.String, initialVal gdnative.Variant, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
	InterpolateProperty(object ObjectImplementer, property gdnative.NodePath, initialVal gdnative.Variant, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
	IsActive() gdnative.Bool
	IsRepeat() gdnative.Bool
	Remove(object ObjectImplementer, key gdnative.String) gdnative.Bool
	RemoveAll() gdnative.Bool
	Reset(object ObjectImplementer, key gdnative.String) gdnative.Bool
	ResetAll() gdnative.Bool
	Resume(object ObjectImplementer, key gdnative.String) gdnative.Bool
	ResumeAll() gdnative.Bool
	Seek(time gdnative.Real) gdnative.Bool
	SetActive(active gdnative.Bool)
	SetRepeat(repeat gdnative.Bool)
	SetSpeedScale(speed gdnative.Real)
	SetTweenProcessMode(mode gdnative.Int)
	Start() gdnative.Bool
	Stop(object ObjectImplementer, key gdnative.String) gdnative.Bool
	StopAll() gdnative.Bool
	TargetingMethod(object ObjectImplementer, method gdnative.String, initial ObjectImplementer, initialMethod gdnative.String, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
	TargetingProperty(object ObjectImplementer, property gdnative.NodePath, initial ObjectImplementer, initialVal gdnative.NodePath, finalVal gdnative.Variant, duration gdnative.Real, transType gdnative.Int, easeType gdnative.Int, delay gdnative.Real) gdnative.Bool
	Tell() gdnative.Real
}

TweenImplementer is an interface that implements the methods of the Tween class.

type TweenTransitionType ¶ 

type TweenTransitionType int

TweenTransitionType is an enum for TransitionType values. 

const (
	TweenTransBack    TweenTransitionType = 10
	TweenTransBounce  TweenTransitionType = 9
	TweenTransCirc    TweenTransitionType = 8
	TweenTransCubic   TweenTransitionType = 7
	TweenTransElastic TweenTransitionType = 6
	TweenTransExpo    TweenTransitionType = 5
	TweenTransLinear  TweenTransitionType = 0
	TweenTransQuad    TweenTransitionType = 4
	TweenTransQuart   TweenTransitionType = 3
	TweenTransQuint   TweenTransitionType = 2
	TweenTransSine    TweenTransitionType = 1
)

type TweenTweenProcessMode ¶ 

type TweenTweenProcessMode int

TweenTweenProcessMode is an enum for TweenProcessMode values. 

const (
	TweenTweenProcessIdle    TweenTweenProcessMode = 1
	TweenTweenProcessPhysics TweenTweenProcessMode = 0
)

type UndoRedo ¶ 

type UndoRedo struct {
	Object
	// contains filtered or unexported fields
}

Helper to manage UndoRedo in the editor or custom tools. It works by storing calls to functions in both 'do' an 'undo' lists. Common behavior is to create an action, then add do/undo calls to functions or property changes, then committing the action.

func (*UndoRedo) AddDoMethod ¶ 

func (o *UndoRedo) AddDoMethod(object ObjectImplementer, method gdnative.String) gdnative.Variant

Args: [{ false object Object} { false method String}], Returns: Variant

func (*UndoRedo) AddDoProperty ¶ 

func (o *UndoRedo) AddDoProperty(object ObjectImplementer, property gdnative.String, value gdnative.Variant)
        Set a property with a custom value.
	Args: [{ false object Object} { false property String} { false value Variant}], Returns: void

func (*UndoRedo) AddDoReference ¶ 

func (o *UndoRedo) AddDoReference(object ObjectImplementer)
        Add a 'do' reference that will be erased if the 'do' history is lost. This is useful mostly for new nodes created for the 'do' call. Do not use for resources.
	Args: [{ false object Object}], Returns: void

func (*UndoRedo) AddUndoMethod ¶ 

func (o *UndoRedo) AddUndoMethod(object ObjectImplementer, method gdnative.String) gdnative.Variant

Args: [{ false object Object} { false method String}], Returns: Variant

func (*UndoRedo) AddUndoProperty ¶ 

func (o *UndoRedo) AddUndoProperty(object ObjectImplementer, property gdnative.String, value gdnative.Variant)
        Undo setting of a property with a custom value.
	Args: [{ false object Object} { false property String} { false value Variant}], Returns: void

func (*UndoRedo) AddUndoReference ¶ 

func (o *UndoRedo) AddUndoReference(object ObjectImplementer)
        Add an 'undo' reference that will be erased if the 'undo' history is lost. This is useful mostly for nodes removed with the 'do' call (not the 'undo' call!).
	Args: [{ false object Object}], Returns: void

func (*UndoRedo) BaseClass ¶ 

func (o *UndoRedo) BaseClass() string

func (*UndoRedo) ClearHistory ¶ 

func (o *UndoRedo) ClearHistory()
        Clear the undo/redo history and associated references.
	Args: [], Returns: void

func (*UndoRedo) CommitAction ¶ 

func (o *UndoRedo) CommitAction()
        Commit the action. All 'do' methods/properties are called/set when this function is called.
	Args: [], Returns: void

func (*UndoRedo) CreateAction ¶ 

func (o *UndoRedo) CreateAction(name gdnative.String, mergeMode gdnative.Int)
        Create a new action. After this is called, do all your calls to [method add_do_method], [method add_undo_method], [method add_do_property] and [method add_undo_property].
	Args: [{ false name String} {0 true merge_mode int}], Returns: void

func (*UndoRedo) GetCurrentActionName ¶ 

func (o *UndoRedo) GetCurrentActionName() gdnative.String
        Get the name of the current action.
	Args: [], Returns: String

func (*UndoRedo) GetVersion ¶ 

func (o *UndoRedo) GetVersion() gdnative.Int
        Get the version, each time a new action is committed, the version number of the UndoRedo is increased automatically. This is useful mostly to check if something changed from a saved version.
	Args: [], Returns: int

func (*UndoRedo) Redo ¶ 

func (o *UndoRedo) Redo()

Args: [], Returns: void

func (*UndoRedo) Undo ¶ 

func (o *UndoRedo) Undo()

Args: [], Returns: void

type UndoRedoImplementer ¶ 

type UndoRedoImplementer interface {
	ObjectImplementer
	AddDoMethod(object ObjectImplementer, method gdnative.String) gdnative.Variant
	AddDoProperty(object ObjectImplementer, property gdnative.String, value gdnative.Variant)
	AddDoReference(object ObjectImplementer)
	AddUndoMethod(object ObjectImplementer, method gdnative.String) gdnative.Variant
	AddUndoProperty(object ObjectImplementer, property gdnative.String, value gdnative.Variant)
	AddUndoReference(object ObjectImplementer)
	ClearHistory()
	CommitAction()
	CreateAction(name gdnative.String, mergeMode gdnative.Int)
	GetCurrentActionName() gdnative.String
	GetVersion() gdnative.Int
	Redo()
	Undo()
}

UndoRedoImplementer is an interface that implements the methods of the UndoRedo class.

type UndoRedoMergeMode ¶ 

type UndoRedoMergeMode int

UndoRedoMergeMode is an enum for MergeMode values. 

const (
	UndoRedoMergeAll     UndoRedoMergeMode = 2
	UndoRedoMergeDisable UndoRedoMergeMode = 0
	UndoRedoMergeEnds    UndoRedoMergeMode = 1
)

type VBoxContainer ¶ 

type VBoxContainer struct {
	BoxContainer
	// contains filtered or unexported fields
}

Vertical box container. See BoxContainer.

func (*VBoxContainer) BaseClass ¶ 

func (o *VBoxContainer) BaseClass() string

type VBoxContainerImplementer ¶ 

type VBoxContainerImplementer interface {
	BoxContainerImplementer
}

VBoxContainerImplementer is an interface that implements the methods of the VBoxContainer class.

type VScrollBar ¶ 

type VScrollBar struct {
	ScrollBar
	// contains filtered or unexported fields
}

func (*VScrollBar) BaseClass ¶ 

func (o *VScrollBar) BaseClass() string

type VScrollBarImplementer ¶ 

type VScrollBarImplementer interface {
	ScrollBarImplementer
}

VScrollBarImplementer is an interface that implements the methods of the VScrollBar class.

type VSeparator ¶ 

type VSeparator struct {
	Separator
	// contains filtered or unexported fields
}

Vertical version of Separator. It is used to separate objects horizontally, though (but it looks vertical!).

func (*VSeparator) BaseClass ¶ 

func (o *VSeparator) BaseClass() string

type VSeparatorImplementer ¶ 

type VSeparatorImplementer interface {
	SeparatorImplementer
}

VSeparatorImplementer is an interface that implements the methods of the VSeparator class.

type VSlider ¶ 

type VSlider struct {
	Slider
	// contains filtered or unexported fields
}

Vertical slider. See Slider. This one goes from left (min) to right (max).

func (*VSlider) BaseClass ¶ 

func (o *VSlider) BaseClass() string

type VSliderImplementer ¶ 

type VSliderImplementer interface {
	SliderImplementer
}

VSliderImplementer is an interface that implements the methods of the VSlider class.

type VSplitContainer ¶ 

type VSplitContainer struct {
	SplitContainer
	// contains filtered or unexported fields
}

Vertical split container. See SplitContainer. This goes from left to right.

func (*VSplitContainer) BaseClass ¶ 

func (o *VSplitContainer) BaseClass() string

type VSplitContainerImplementer ¶ 

type VSplitContainerImplementer interface {
	SplitContainerImplementer
}

VSplitContainerImplementer is an interface that implements the methods of the VSplitContainer class.

type VehicleBody ¶ 

type VehicleBody struct {
	RigidBody
	// contains filtered or unexported fields
}

This nodes implements all the physics logic needed to simulate a car. It is based on the raycast vehicle system commonly found in physics engines. You will need to add a CollisionShape for the main body of your vehicle and add VehicleWheel nodes for the wheels. You should also add a MeshInstance to this node for the 3D model of your car but this model should not include meshes for the wheels. You should control the vehicle by using the [member brake], [member engine_force], and [member steering] properties and not change the position or orientation of this node directly. Note that the origin point of your VehicleBody will determine the center of gravity of your vehicle so it is better to keep this low and move the CollisionShape and MeshInstance upwards.

func (*VehicleBody) BaseClass ¶ 

func (o *VehicleBody) BaseClass() string

func (*VehicleBody) GetBrake ¶ 

func (o *VehicleBody) GetBrake() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleBody) GetEngineForce ¶ 

func (o *VehicleBody) GetEngineForce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleBody) GetSteering ¶ 

func (o *VehicleBody) GetSteering() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleBody) SetBrake ¶ 

func (o *VehicleBody) SetBrake(brake gdnative.Real)
        Undocumented
	Args: [{ false brake float}], Returns: void

func (*VehicleBody) SetEngineForce ¶ 

func (o *VehicleBody) SetEngineForce(engineForce gdnative.Real)
        Undocumented
	Args: [{ false engine_force float}], Returns: void

func (*VehicleBody) SetSteering ¶ 

func (o *VehicleBody) SetSteering(steering gdnative.Real)
        Undocumented
	Args: [{ false steering float}], Returns: void

type VehicleBodyImplementer ¶ 

type VehicleBodyImplementer interface {
	RigidBodyImplementer
	GetBrake() gdnative.Real
	GetEngineForce() gdnative.Real
	GetSteering() gdnative.Real
	SetBrake(brake gdnative.Real)
	SetEngineForce(engineForce gdnative.Real)
	SetSteering(steering gdnative.Real)
}

VehicleBodyImplementer is an interface that implements the methods of the VehicleBody class.

type VehicleWheel ¶ 

type VehicleWheel struct {
	Spatial
	// contains filtered or unexported fields
}

This node needs to be used as a child node of VehicleBody and simulates the behaviour of one of its wheels. This node also acts as a collider to detect if the wheel is touching a surface.

func (*VehicleWheel) BaseClass ¶ 

func (o *VehicleWheel) BaseClass() string

func (*VehicleWheel) GetDampingCompression ¶ 

func (o *VehicleWheel) GetDampingCompression() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetDampingRelaxation ¶ 

func (o *VehicleWheel) GetDampingRelaxation() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetFrictionSlip ¶ 

func (o *VehicleWheel) GetFrictionSlip() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetRadius ¶ 

func (o *VehicleWheel) GetRadius() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetRollInfluence ¶ 

func (o *VehicleWheel) GetRollInfluence() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetSkidinfo ¶ 

func (o *VehicleWheel) GetSkidinfo() gdnative.Real
        Returns a value between 0.0 and 1.0 that indicates whether this wheel is skidding. 0.0 is not skidding, 1.0 means the wheel has lost grip.
	Args: [], Returns: float

func (*VehicleWheel) GetSuspensionMaxForce ¶ 

func (o *VehicleWheel) GetSuspensionMaxForce() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetSuspensionRestLength ¶ 

func (o *VehicleWheel) GetSuspensionRestLength() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetSuspensionStiffness ¶ 

func (o *VehicleWheel) GetSuspensionStiffness() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) GetSuspensionTravel ¶ 

func (o *VehicleWheel) GetSuspensionTravel() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VehicleWheel) IsInContact ¶ 

func (o *VehicleWheel) IsInContact() gdnative.Bool
        Returns true if this wheel is in contact with a surface.
	Args: [], Returns: bool

func (*VehicleWheel) IsUsedAsSteering ¶ 

func (o *VehicleWheel) IsUsedAsSteering() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VehicleWheel) IsUsedAsTraction ¶ 

func (o *VehicleWheel) IsUsedAsTraction() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VehicleWheel) SetDampingCompression ¶ 

func (o *VehicleWheel) SetDampingCompression(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetDampingRelaxation ¶ 

func (o *VehicleWheel) SetDampingRelaxation(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetFrictionSlip ¶ 

func (o *VehicleWheel) SetFrictionSlip(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetRadius ¶ 

func (o *VehicleWheel) SetRadius(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetRollInfluence ¶ 

func (o *VehicleWheel) SetRollInfluence(rollInfluence gdnative.Real)
        Undocumented
	Args: [{ false roll_influence float}], Returns: void

func (*VehicleWheel) SetSuspensionMaxForce ¶ 

func (o *VehicleWheel) SetSuspensionMaxForce(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetSuspensionRestLength ¶ 

func (o *VehicleWheel) SetSuspensionRestLength(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetSuspensionStiffness ¶ 

func (o *VehicleWheel) SetSuspensionStiffness(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetSuspensionTravel ¶ 

func (o *VehicleWheel) SetSuspensionTravel(length gdnative.Real)
        Undocumented
	Args: [{ false length float}], Returns: void

func (*VehicleWheel) SetUseAsSteering ¶ 

func (o *VehicleWheel) SetUseAsSteering(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*VehicleWheel) SetUseAsTraction ¶ 

func (o *VehicleWheel) SetUseAsTraction(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

type VehicleWheelImplementer ¶ 

type VehicleWheelImplementer interface {
	SpatialImplementer
	GetDampingCompression() gdnative.Real
	GetDampingRelaxation() gdnative.Real
	GetFrictionSlip() gdnative.Real
	GetRadius() gdnative.Real
	GetRollInfluence() gdnative.Real
	GetSkidinfo() gdnative.Real
	GetSuspensionMaxForce() gdnative.Real
	GetSuspensionRestLength() gdnative.Real
	GetSuspensionStiffness() gdnative.Real
	GetSuspensionTravel() gdnative.Real
	IsInContact() gdnative.Bool
	IsUsedAsSteering() gdnative.Bool
	IsUsedAsTraction() gdnative.Bool
	SetDampingCompression(length gdnative.Real)
	SetDampingRelaxation(length gdnative.Real)
	SetFrictionSlip(length gdnative.Real)
	SetRadius(length gdnative.Real)
	SetRollInfluence(rollInfluence gdnative.Real)
	SetSuspensionMaxForce(length gdnative.Real)
	SetSuspensionRestLength(length gdnative.Real)
	SetSuspensionStiffness(length gdnative.Real)
	SetSuspensionTravel(length gdnative.Real)
	SetUseAsSteering(enable gdnative.Bool)
	SetUseAsTraction(enable gdnative.Bool)
}

VehicleWheelImplementer is an interface that implements the methods of the VehicleWheel class.

type VideoPlayer ¶ 

type VideoPlayer struct {
	Control
	// contains filtered or unexported fields
}

This control has the ability to play video streams. The only format accepted is the OGV Theora, so any other format must be converted before using in a project.

func (*VideoPlayer) BaseClass ¶ 

func (o *VideoPlayer) BaseClass() string

func (*VideoPlayer) GetAudioTrack ¶ 

func (o *VideoPlayer) GetAudioTrack() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VideoPlayer) GetBufferingMsec ¶ 

func (o *VideoPlayer) GetBufferingMsec() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VideoPlayer) GetBus ¶ 

func (o *VideoPlayer) GetBus() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VideoPlayer) GetStream ¶ 

func (o *VideoPlayer) GetStream() VideoStreamImplementer
        Undocumented
	Args: [], Returns: VideoStream

func (*VideoPlayer) GetStreamName ¶ 

func (o *VideoPlayer) GetStreamName() gdnative.String
        Get the name of the video stream.
	Args: [], Returns: String

func (*VideoPlayer) GetStreamPosition ¶ 

func (o *VideoPlayer) GetStreamPosition() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VideoPlayer) GetVideoTexture ¶ 

func (o *VideoPlayer) GetVideoTexture() TextureImplementer
        Get the current frame of the video as a [Texture].
	Args: [], Returns: Texture

func (*VideoPlayer) GetVolume ¶ 

func (o *VideoPlayer) GetVolume() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VideoPlayer) GetVolumeDb ¶ 

func (o *VideoPlayer) GetVolumeDb() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VideoPlayer) HasAutoplay ¶ 

func (o *VideoPlayer) HasAutoplay() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VideoPlayer) HasExpand ¶ 

func (o *VideoPlayer) HasExpand() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VideoPlayer) IsPaused ¶ 

func (o *VideoPlayer) IsPaused() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VideoPlayer) IsPlaying ¶ 

func (o *VideoPlayer) IsPlaying() gdnative.Bool
        Get whether or not the video is playing.
	Args: [], Returns: bool

func (*VideoPlayer) Play ¶ 

func (o *VideoPlayer) Play()
        Start the video playback.
	Args: [], Returns: void

func (*VideoPlayer) SetAudioTrack ¶ 

func (o *VideoPlayer) SetAudioTrack(track gdnative.Int)
        Undocumented
	Args: [{ false track int}], Returns: void

func (*VideoPlayer) SetAutoplay ¶ 

func (o *VideoPlayer) SetAutoplay(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*VideoPlayer) SetBufferingMsec ¶ 

func (o *VideoPlayer) SetBufferingMsec(msec gdnative.Int)
        Undocumented
	Args: [{ false msec int}], Returns: void

func (*VideoPlayer) SetBus ¶ 

func (o *VideoPlayer) SetBus(bus gdnative.String)
        Undocumented
	Args: [{ false bus String}], Returns: void

func (*VideoPlayer) SetExpand ¶ 

func (o *VideoPlayer) SetExpand(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*VideoPlayer) SetPaused ¶ 

func (o *VideoPlayer) SetPaused(paused gdnative.Bool)
        Undocumented
	Args: [{ false paused bool}], Returns: void

func (*VideoPlayer) SetStream ¶ 

func (o *VideoPlayer) SetStream(stream VideoStreamImplementer)
        Undocumented
	Args: [{ false stream VideoStream}], Returns: void

func (*VideoPlayer) SetStreamPosition ¶ 

func (o *VideoPlayer) SetStreamPosition(position gdnative.Real)
        Undocumented
	Args: [{ false position float}], Returns: void

func (*VideoPlayer) SetVolume ¶ 

func (o *VideoPlayer) SetVolume(volume gdnative.Real)
        Undocumented
	Args: [{ false volume float}], Returns: void

func (*VideoPlayer) SetVolumeDb ¶ 

func (o *VideoPlayer) SetVolumeDb(db gdnative.Real)
        Undocumented
	Args: [{ false db float}], Returns: void

func (*VideoPlayer) Stop ¶ 

func (o *VideoPlayer) Stop()
        Stop the video playback.
	Args: [], Returns: void

type VideoPlayerImplementer ¶ 

type VideoPlayerImplementer interface {
	ControlImplementer
	GetAudioTrack() gdnative.Int
	GetBufferingMsec() gdnative.Int
	GetBus() gdnative.String
	GetStream() VideoStreamImplementer
	GetStreamName() gdnative.String
	GetStreamPosition() gdnative.Real
	GetVideoTexture() TextureImplementer
	GetVolume() gdnative.Real
	GetVolumeDb() gdnative.Real
	HasAutoplay() gdnative.Bool
	HasExpand() gdnative.Bool
	IsPaused() gdnative.Bool
	IsPlaying() gdnative.Bool
	Play()
	SetAudioTrack(track gdnative.Int)
	SetAutoplay(enabled gdnative.Bool)
	SetBufferingMsec(msec gdnative.Int)
	SetBus(bus gdnative.String)
	SetExpand(enable gdnative.Bool)
	SetPaused(paused gdnative.Bool)
	SetStream(stream VideoStreamImplementer)
	SetStreamPosition(position gdnative.Real)
	SetVolume(volume gdnative.Real)
	SetVolumeDb(db gdnative.Real)
	Stop()
}

VideoPlayerImplementer is an interface that implements the methods of the VideoPlayer class.

type VideoStream ¶ 

type VideoStream struct {
	Resource
	// contains filtered or unexported fields
}

func (*VideoStream) BaseClass ¶ 

func (o *VideoStream) BaseClass() string

type VideoStreamImplementer ¶ 

type VideoStreamImplementer interface {
	ResourceImplementer
}

VideoStreamImplementer is an interface that implements the methods of the VideoStream class.

type VideoStreamTheora ¶ 

type VideoStreamTheora struct {
	VideoStream
	// contains filtered or unexported fields
}

Undocumented

func (*VideoStreamTheora) BaseClass ¶ 

func (o *VideoStreamTheora) BaseClass() string

func (*VideoStreamTheora) GetFile ¶ 

func (o *VideoStreamTheora) GetFile() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VideoStreamTheora) SetFile ¶ 

func (o *VideoStreamTheora) SetFile(file gdnative.String)
        Undocumented
	Args: [{ false file String}], Returns: void

type VideoStreamTheoraImplementer ¶ 

type VideoStreamTheoraImplementer interface {
	VideoStreamImplementer
	GetFile() gdnative.String
	SetFile(file gdnative.String)
}

VideoStreamTheoraImplementer is an interface that implements the methods of the VideoStreamTheora class.

type VideoStreamWebm ¶ 

type VideoStreamWebm struct {
	VideoStream
	// contains filtered or unexported fields
}

Undocumented

func (*VideoStreamWebm) BaseClass ¶ 

func (o *VideoStreamWebm) BaseClass() string

func (*VideoStreamWebm) GetFile ¶ 

func (o *VideoStreamWebm) GetFile() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VideoStreamWebm) SetFile ¶ 

func (o *VideoStreamWebm) SetFile(file gdnative.String)
        Undocumented
	Args: [{ false file String}], Returns: void

type VideoStreamWebmImplementer ¶ 

type VideoStreamWebmImplementer interface {
	VideoStreamImplementer
	GetFile() gdnative.String
	SetFile(file gdnative.String)
}

VideoStreamWebmImplementer is an interface that implements the methods of the VideoStreamWebm class.

type Viewport ¶ 

type Viewport struct {
	Node
	// contains filtered or unexported fields
}

A Viewport creates a different view into the screen, or a sub-view inside another viewport. Children 2D Nodes will display on it, and children Camera 3D nodes will render on it too. Optionally, a viewport can have its own 2D or 3D world, so they don't share what they draw with other viewports. If a viewport is a child of a Control, it will automatically take up its same rect and position, otherwise they must be set manually. Viewports can also choose to be audio listeners, so they generate positional audio depending on a 2D or 3D camera child of it. Also, viewports can be assigned to different screens in case the devices have multiple screens. Finally, viewports can also behave as render targets, in which case they will not be visible unless the associated texture is used to draw.

func (*Viewport) BaseClass ¶ 

func (o *Viewport) BaseClass() string

func (*Viewport) FindWorld ¶ 

func (o *Viewport) FindWorld() WorldImplementer
        Return the 3D world of the viewport, or if no such present, the one of the parent viewport.
	Args: [], Returns: World

func (*Viewport) FindWorld2D ¶ 

func (o *Viewport) FindWorld2D() World2DImplementer
        Return the 2D world of the viewport.
	Args: [], Returns: World2D

func (*Viewport) GetCamera ¶ 

func (o *Viewport) GetCamera() CameraImplementer
        Return the active 3D camera.
	Args: [], Returns: Camera

func (*Viewport) GetCanvasTransform ¶ 

func (o *Viewport) GetCanvasTransform() gdnative.Transform2D
        Undocumented
	Args: [], Returns: Transform2D

func (*Viewport) GetClearMode ¶ 

func (o *Viewport) GetClearMode() ViewportClearMode
        Undocumented
	Args: [], Returns: enum.Viewport::ClearMode

func (*Viewport) GetDebugDraw ¶ 

func (o *Viewport) GetDebugDraw() ViewportDebugDraw
        Undocumented
	Args: [], Returns: enum.Viewport::DebugDraw

func (*Viewport) GetFinalTransform ¶ 

func (o *Viewport) GetFinalTransform() gdnative.Transform2D
        Get the total transform of the viewport.
	Args: [], Returns: Transform2D

func (*Viewport) GetGlobalCanvasTransform ¶ 

func (o *Viewport) GetGlobalCanvasTransform() gdnative.Transform2D
        Undocumented
	Args: [], Returns: Transform2D

func (*Viewport) GetHdr ¶ 

func (o *Viewport) GetHdr() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) GetMousePosition ¶ 

func (o *Viewport) GetMousePosition() gdnative.Vector2
        Get the mouse position, relative to the viewport.
	Args: [], Returns: Vector2

func (*Viewport) GetMsaa ¶ 

func (o *Viewport) GetMsaa() ViewportMSAA
        Undocumented
	Args: [], Returns: enum.Viewport::MSAA

func (*Viewport) GetPhysicsObjectPicking ¶ 

func (o *Viewport) GetPhysicsObjectPicking() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) GetRenderInfo ¶ 

func (o *Viewport) GetRenderInfo(info gdnative.Int) gdnative.Int
        Get the specific information about the viewport from rendering pipeline.
	Args: [{ false info int}], Returns: int

func (*Viewport) GetShadowAtlasQuadrantSubdiv ¶ 

func (o *Viewport) GetShadowAtlasQuadrantSubdiv(quadrant gdnative.Int) ViewportShadowAtlasQuadrantSubdiv
        Undocumented
	Args: [{ false quadrant int}], Returns: enum.Viewport::ShadowAtlasQuadrantSubdiv

func (*Viewport) GetShadowAtlasSize ¶ 

func (o *Viewport) GetShadowAtlasSize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*Viewport) GetSize ¶ 

func (o *Viewport) GetSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*Viewport) GetSizeOverride ¶ 

func (o *Viewport) GetSizeOverride() gdnative.Vector2
        Get the size override set with [method set_size_override].
	Args: [], Returns: Vector2

func (*Viewport) GetTexture ¶ 

func (o *Viewport) GetTexture() ViewportTextureImplementer
        Get the viewport's texture, for use with various objects that you want to texture with the viewport.
	Args: [], Returns: ViewportTexture

func (*Viewport) GetUpdateMode ¶ 

func (o *Viewport) GetUpdateMode() ViewportUpdateMode
        Undocumented
	Args: [], Returns: enum.Viewport::UpdateMode

func (*Viewport) GetUsage ¶ 

func (o *Viewport) GetUsage() ViewportUsage
        Undocumented
	Args: [], Returns: enum.Viewport::Usage

func (*Viewport) GetVflip ¶ 

func (o *Viewport) GetVflip() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) GetViewportRid ¶ 

func (o *Viewport) GetViewportRid() gdnative.Rid
        Get the viewport RID from the [VisualServer].
	Args: [], Returns: RID

func (*Viewport) GetVisibleRect ¶ 

func (o *Viewport) GetVisibleRect() gdnative.Rect2
        Return the final, visible rect in global screen coordinates.
	Args: [], Returns: Rect2

func (*Viewport) GetWorld ¶ 

func (o *Viewport) GetWorld() WorldImplementer
        Undocumented
	Args: [], Returns: World

func (*Viewport) GetWorld2D ¶ 

func (o *Viewport) GetWorld2D() World2DImplementer
        Undocumented
	Args: [], Returns: World2D

func (*Viewport) GuiGetDragData ¶ 

func (o *Viewport) GuiGetDragData() gdnative.Variant
        Returns the drag data from the GUI, that was previously returned by [method Control.get_drag_data].
	Args: [], Returns: Variant

func (*Viewport) GuiHasModalStack ¶ 

func (o *Viewport) GuiHasModalStack() gdnative.Bool
        Returns whether there are shown modals on-screen.
	Args: [], Returns: bool

func (*Viewport) HasTransparentBackground ¶ 

func (o *Viewport) HasTransparentBackground() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) InputMethod ¶ 

func (o *Viewport) InputMethod(localEvent InputEventImplementer)

Args: [{ false local_event InputEvent}], Returns: void

func (*Viewport) Is3DDisabled ¶ 

func (o *Viewport) Is3DDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) IsAudioListener ¶ 

func (o *Viewport) IsAudioListener() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) IsAudioListener2D ¶ 

func (o *Viewport) IsAudioListener2D() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) IsInputDisabled ¶ 

func (o *Viewport) IsInputDisabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) IsSizeOverrideEnabled ¶ 

func (o *Viewport) IsSizeOverrideEnabled() gdnative.Bool
        Get the enabled status of the size override set with [method set_size_override].
	Args: [], Returns: bool

func (*Viewport) IsSizeOverrideStretchEnabled ¶ 

func (o *Viewport) IsSizeOverrideStretchEnabled() gdnative.Bool
        Get the enabled status of the size stretch override set with [method set_size_override_stretch].
	Args: [], Returns: bool

func (*Viewport) IsSnapControlsToPixelsEnabled ¶ 

func (o *Viewport) IsSnapControlsToPixelsEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) IsUsingOwnWorld ¶ 

func (o *Viewport) IsUsingOwnWorld() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) SetAsAudioListener ¶ 

func (o *Viewport) SetAsAudioListener(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetAsAudioListener2D ¶ 

func (o *Viewport) SetAsAudioListener2D(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetAttachToScreenRect ¶ 

func (o *Viewport) SetAttachToScreenRect(rect gdnative.Rect2)

Args: [{ false rect Rect2}], Returns: void

func (*Viewport) SetCanvasTransform ¶ 

func (o *Viewport) SetCanvasTransform(xform gdnative.Transform2D)
        Undocumented
	Args: [{ false xform Transform2D}], Returns: void

func (*Viewport) SetClearMode ¶ 

func (o *Viewport) SetClearMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Viewport) SetDebugDraw ¶ 

func (o *Viewport) SetDebugDraw(debugDraw gdnative.Int)
        Undocumented
	Args: [{ false debug_draw int}], Returns: void

func (*Viewport) SetDisable3D ¶ 

func (o *Viewport) SetDisable3D(disable gdnative.Bool)
        Undocumented
	Args: [{ false disable bool}], Returns: void

func (*Viewport) SetDisableInput ¶ 

func (o *Viewport) SetDisableInput(disable gdnative.Bool)
        Undocumented
	Args: [{ false disable bool}], Returns: void

func (*Viewport) SetGlobalCanvasTransform ¶ 

func (o *Viewport) SetGlobalCanvasTransform(xform gdnative.Transform2D)
        Undocumented
	Args: [{ false xform Transform2D}], Returns: void

func (*Viewport) SetHdr ¶ 

func (o *Viewport) SetHdr(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetMsaa ¶ 

func (o *Viewport) SetMsaa(msaa gdnative.Int)
        Undocumented
	Args: [{ false msaa int}], Returns: void

func (*Viewport) SetPhysicsObjectPicking ¶ 

func (o *Viewport) SetPhysicsObjectPicking(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetShadowAtlasQuadrantSubdiv ¶ 

func (o *Viewport) SetShadowAtlasQuadrantSubdiv(quadrant gdnative.Int, subdiv gdnative.Int)
        Undocumented
	Args: [{ false quadrant int} { false subdiv int}], Returns: void

func (*Viewport) SetShadowAtlasSize ¶ 

func (o *Viewport) SetShadowAtlasSize(size gdnative.Int)
        Undocumented
	Args: [{ false size int}], Returns: void

func (*Viewport) SetSize ¶ 

func (o *Viewport) SetSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*Viewport) SetSizeOverride ¶ 

func (o *Viewport) SetSizeOverride(enable gdnative.Bool, size gdnative.Vector2, margin gdnative.Vector2)
        Set the size override of the viewport. If the enable parameter is true, it would use the override, otherwise it would use the default size. If the size parameter is equal to [code](-1, -1)[/code], it won't update the size.
	Args: [{ false enable bool} {(-1, -1) true size Vector2} {(0, 0) true margin Vector2}], Returns: void

func (*Viewport) SetSizeOverrideStretch ¶ 

func (o *Viewport) SetSizeOverrideStretch(enabled gdnative.Bool)
        Set whether the size override affects stretch as well.
	Args: [{ false enabled bool}], Returns: void

func (*Viewport) SetSnapControlsToPixels ¶ 

func (o *Viewport) SetSnapControlsToPixels(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

func (*Viewport) SetTransparentBackground ¶ 

func (o *Viewport) SetTransparentBackground(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetUpdateMode ¶ 

func (o *Viewport) SetUpdateMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*Viewport) SetUsage ¶ 

func (o *Viewport) SetUsage(usage gdnative.Int)
        Undocumented
	Args: [{ false usage int}], Returns: void

func (*Viewport) SetUseArvr ¶ 

func (o *Viewport) SetUseArvr(use gdnative.Bool)
        Undocumented
	Args: [{ false use bool}], Returns: void

func (*Viewport) SetUseOwnWorld ¶ 

func (o *Viewport) SetUseOwnWorld(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetVflip ¶ 

func (o *Viewport) SetVflip(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*Viewport) SetWorld ¶ 

func (o *Viewport) SetWorld(world WorldImplementer)
        Undocumented
	Args: [{ false world World}], Returns: void

func (*Viewport) SetWorld2D ¶ 

func (o *Viewport) SetWorld2D(world2D World2DImplementer)
        Undocumented
	Args: [{ false world_2d World2D}], Returns: void

func (*Viewport) UnhandledInput ¶ 

func (o *Viewport) UnhandledInput(localEvent InputEventImplementer)

Args: [{ false local_event InputEvent}], Returns: void

func (*Viewport) UpdateWorlds ¶ 

func (o *Viewport) UpdateWorlds()
        Force update of the 2D and 3D worlds.
	Args: [], Returns: void

func (*Viewport) UseArvr ¶ 

func (o *Viewport) UseArvr() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*Viewport) WarpMouse ¶ 

func (o *Viewport) WarpMouse(toPosition gdnative.Vector2)
        Warp the mouse to a position, relative to the viewport.
	Args: [{ false to_position Vector2}], Returns: void

func (*Viewport) X_GuiRemoveFocus ¶ 

func (o *Viewport) X_GuiRemoveFocus()
        Undocumented
	Args: [], Returns: void

func (*Viewport) X_GuiShowTooltip ¶ 

func (o *Viewport) X_GuiShowTooltip()
        Undocumented
	Args: [], Returns: void

func (*Viewport) X_VpInput ¶ 

func (o *Viewport) X_VpInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

func (*Viewport) X_VpInputText ¶ 

func (o *Viewport) X_VpInputText(text gdnative.String)
        Undocumented
	Args: [{ false text String}], Returns: void

func (*Viewport) X_VpUnhandledInput ¶ 

func (o *Viewport) X_VpUnhandledInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type ViewportClearMode ¶ 

type ViewportClearMode int

ViewportClearMode is an enum for ClearMode values. 

const (
	ViewportClearModeAlways        ViewportClearMode = 0
	ViewportClearModeNever         ViewportClearMode = 1
	ViewportClearModeOnlyNextFrame ViewportClearMode = 2
)

type ViewportContainer ¶ 

type ViewportContainer struct {
	Container
	// contains filtered or unexported fields
}

func (*ViewportContainer) BaseClass ¶ 

func (o *ViewportContainer) BaseClass() string

func (*ViewportContainer) GetStretchShrink ¶ 

func (o *ViewportContainer) GetStretchShrink() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*ViewportContainer) IsStretchEnabled ¶ 

func (o *ViewportContainer) IsStretchEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*ViewportContainer) SetStretch ¶ 

func (o *ViewportContainer) SetStretch(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*ViewportContainer) SetStretchShrink ¶ 

func (o *ViewportContainer) SetStretchShrink(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*ViewportContainer) X_Input ¶ 

func (o *ViewportContainer) X_Input(event InputEventImplementer)
        Undocumented
	Args: [{ false event InputEvent}], Returns: void

type ViewportContainerImplementer ¶ 

type ViewportContainerImplementer interface {
	ContainerImplementer
	GetStretchShrink() gdnative.Int
	IsStretchEnabled() gdnative.Bool
	SetStretch(enable gdnative.Bool)
	SetStretchShrink(amount gdnative.Int)
}

ViewportContainerImplementer is an interface that implements the methods of the ViewportContainer class.

type ViewportDebugDraw ¶ 

type ViewportDebugDraw int

ViewportDebugDraw is an enum for DebugDraw values. 

const (
	ViewportDebugDrawDisabled  ViewportDebugDraw = 0
	ViewportDebugDrawOverdraw  ViewportDebugDraw = 2
	ViewportDebugDrawUnshaded  ViewportDebugDraw = 1
	ViewportDebugDrawWireframe ViewportDebugDraw = 3
)

type ViewportImplementer ¶ 

type ViewportImplementer interface {
	NodeImplementer
	X_GuiRemoveFocus()
	X_GuiShowTooltip()
	X_VpInput(arg0 InputEventImplementer)
	X_VpInputText(text gdnative.String)
	X_VpUnhandledInput(arg0 InputEventImplementer)
	FindWorld() WorldImplementer
	FindWorld2D() World2DImplementer
	GetCamera() CameraImplementer
	GetCanvasTransform() gdnative.Transform2D
	GetFinalTransform() gdnative.Transform2D
	GetGlobalCanvasTransform() gdnative.Transform2D
	GetHdr() gdnative.Bool
	GetMousePosition() gdnative.Vector2
	GetPhysicsObjectPicking() gdnative.Bool
	GetRenderInfo(info gdnative.Int) gdnative.Int
	GetShadowAtlasSize() gdnative.Int
	GetSize() gdnative.Vector2
	GetSizeOverride() gdnative.Vector2
	GetTexture() ViewportTextureImplementer
	GetVflip() gdnative.Bool
	GetViewportRid() gdnative.Rid
	GetVisibleRect() gdnative.Rect2
	GetWorld() WorldImplementer
	GetWorld2D() World2DImplementer
	GuiGetDragData() gdnative.Variant
	GuiHasModalStack() gdnative.Bool
	HasTransparentBackground() gdnative.Bool
	InputMethod(localEvent InputEventImplementer)
	Is3DDisabled() gdnative.Bool
	IsAudioListener() gdnative.Bool
	IsAudioListener2D() gdnative.Bool
	IsInputDisabled() gdnative.Bool
	IsSizeOverrideEnabled() gdnative.Bool
	IsSizeOverrideStretchEnabled() gdnative.Bool
	IsSnapControlsToPixelsEnabled() gdnative.Bool
	IsUsingOwnWorld() gdnative.Bool
	SetAsAudioListener(enable gdnative.Bool)
	SetAsAudioListener2D(enable gdnative.Bool)
	SetAttachToScreenRect(rect gdnative.Rect2)
	SetCanvasTransform(xform gdnative.Transform2D)
	SetClearMode(mode gdnative.Int)
	SetDebugDraw(debugDraw gdnative.Int)
	SetDisable3D(disable gdnative.Bool)
	SetDisableInput(disable gdnative.Bool)
	SetGlobalCanvasTransform(xform gdnative.Transform2D)
	SetHdr(enable gdnative.Bool)
	SetMsaa(msaa gdnative.Int)
	SetPhysicsObjectPicking(enable gdnative.Bool)
	SetShadowAtlasQuadrantSubdiv(quadrant gdnative.Int, subdiv gdnative.Int)
	SetShadowAtlasSize(size gdnative.Int)
	SetSize(size gdnative.Vector2)
	SetSizeOverride(enable gdnative.Bool, size gdnative.Vector2, margin gdnative.Vector2)
	SetSizeOverrideStretch(enabled gdnative.Bool)
	SetSnapControlsToPixels(enabled gdnative.Bool)
	SetTransparentBackground(enable gdnative.Bool)
	SetUpdateMode(mode gdnative.Int)
	SetUsage(usage gdnative.Int)
	SetUseArvr(use gdnative.Bool)
	SetUseOwnWorld(enable gdnative.Bool)
	SetVflip(enable gdnative.Bool)
	SetWorld(world WorldImplementer)
	SetWorld2D(world2D World2DImplementer)
	UnhandledInput(localEvent InputEventImplementer)
	UpdateWorlds()
	UseArvr() gdnative.Bool
	WarpMouse(toPosition gdnative.Vector2)
}

ViewportImplementer is an interface that implements the methods of the Viewport class.

type ViewportMSAA ¶ 

type ViewportMSAA int

ViewportMSAA is an enum for MSAA values. 

const (
	ViewportMsaa16X      ViewportMSAA = 4
	ViewportMsaa2X       ViewportMSAA = 1
	ViewportMsaa4X       ViewportMSAA = 2
	ViewportMsaa8X       ViewportMSAA = 3
	ViewportMsaaDisabled ViewportMSAA = 0
)

type ViewportRenderInfo ¶ 

type ViewportRenderInfo int

ViewportRenderInfo is an enum for RenderInfo values. 

const (
	ViewportRenderInfoDrawCallsInFrame       ViewportRenderInfo = 5
	ViewportRenderInfoMaterialChangesInFrame ViewportRenderInfo = 2
	ViewportRenderInfoMax                    ViewportRenderInfo = 6
	ViewportRenderInfoObjectsInFrame         ViewportRenderInfo = 0
	ViewportRenderInfoShaderChangesInFrame   ViewportRenderInfo = 3
	ViewportRenderInfoSurfaceChangesInFrame  ViewportRenderInfo = 4
	ViewportRenderInfoVerticesInFrame        ViewportRenderInfo = 1
)

type ViewportShadowAtlasQuadrantSubdiv ¶ 

type ViewportShadowAtlasQuadrantSubdiv int

ViewportShadowAtlasQuadrantSubdiv is an enum for ShadowAtlasQuadrantSubdiv values. 

const (
	ViewportShadowAtlasQuadrantSubdiv1        ViewportShadowAtlasQuadrantSubdiv = 1
	ViewportShadowAtlasQuadrantSubdiv1024     ViewportShadowAtlasQuadrantSubdiv = 6
	ViewportShadowAtlasQuadrantSubdiv16       ViewportShadowAtlasQuadrantSubdiv = 3
	ViewportShadowAtlasQuadrantSubdiv256      ViewportShadowAtlasQuadrantSubdiv = 5
	ViewportShadowAtlasQuadrantSubdiv4        ViewportShadowAtlasQuadrantSubdiv = 2
	ViewportShadowAtlasQuadrantSubdiv64       ViewportShadowAtlasQuadrantSubdiv = 4
	ViewportShadowAtlasQuadrantSubdivDisabled ViewportShadowAtlasQuadrantSubdiv = 0
	ViewportShadowAtlasQuadrantSubdivMax      ViewportShadowAtlasQuadrantSubdiv = 7
)

type ViewportTexture ¶ 

type ViewportTexture struct {
	Texture
	// contains filtered or unexported fields
}

func (*ViewportTexture) BaseClass ¶ 

func (o *ViewportTexture) BaseClass() string

func (*ViewportTexture) GetViewportPathInScene ¶ 

func (o *ViewportTexture) GetViewportPathInScene() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*ViewportTexture) SetViewportPathInScene ¶ 

func (o *ViewportTexture) SetViewportPathInScene(path gdnative.NodePath)
        Undocumented
	Args: [{ false path NodePath}], Returns: void

type ViewportTextureImplementer ¶ 

type ViewportTextureImplementer interface {
	TextureImplementer
	GetViewportPathInScene() gdnative.NodePath
	SetViewportPathInScene(path gdnative.NodePath)
}

ViewportTextureImplementer is an interface that implements the methods of the ViewportTexture class.

type ViewportUpdateMode ¶ 

type ViewportUpdateMode int

ViewportUpdateMode is an enum for UpdateMode values. 

const (
	ViewportUpdateAlways      ViewportUpdateMode = 3
	ViewportUpdateDisabled    ViewportUpdateMode = 0
	ViewportUpdateOnce        ViewportUpdateMode = 1
	ViewportUpdateWhenVisible ViewportUpdateMode = 2
)

type ViewportUsage ¶ 

type ViewportUsage int

ViewportUsage is an enum for Usage values. 

const (
	ViewportUsage2D           ViewportUsage = 0
	ViewportUsage2DNoSampling ViewportUsage = 1
	ViewportUsage3D           ViewportUsage = 2
	ViewportUsage3DNoEffects  ViewportUsage = 3
)

type VisibilityEnabler ¶ 

type VisibilityEnabler struct {
	VisibilityNotifier
	// contains filtered or unexported fields
}

The VisibilityEnabler will disable RigidBody and AnimationPlayer nodes when they are not visible. It will only affect other nodes within the same scene as the VisibilityEnabler itself.

func (*VisibilityEnabler) BaseClass ¶ 

func (o *VisibilityEnabler) BaseClass() string

func (*VisibilityEnabler) IsEnablerEnabled ¶ 

func (o *VisibilityEnabler) IsEnablerEnabled(enabler gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false enabler int}], Returns: bool

func (*VisibilityEnabler) SetEnabler ¶ 

func (o *VisibilityEnabler) SetEnabler(enabler gdnative.Int, enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabler int} { false enabled bool}], Returns: void

func (*VisibilityEnabler) X_NodeRemoved ¶ 

func (o *VisibilityEnabler) X_NodeRemoved(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

type VisibilityEnabler2D ¶ 

type VisibilityEnabler2D struct {
	VisibilityNotifier2D
	// contains filtered or unexported fields
}

The VisibilityEnabler2D will disable RigidBody2D, AnimationPlayer, and other nodes when they are not visible. It will only affect other nodes within the same scene as the VisibilityEnabler2D itself.

func (*VisibilityEnabler2D) BaseClass ¶ 

func (o *VisibilityEnabler2D) BaseClass() string

func (*VisibilityEnabler2D) IsEnablerEnabled ¶ 

func (o *VisibilityEnabler2D) IsEnablerEnabled(enabler gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false enabler int}], Returns: bool

func (*VisibilityEnabler2D) SetEnabler ¶ 

func (o *VisibilityEnabler2D) SetEnabler(enabler gdnative.Int, enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabler int} { false enabled bool}], Returns: void

func (*VisibilityEnabler2D) X_NodeRemoved ¶ 

func (o *VisibilityEnabler2D) X_NodeRemoved(arg0 ObjectImplementer)
        Undocumented
	Args: [{ false arg0 Object}], Returns: void

type VisibilityEnabler2DEnabler ¶ 

type VisibilityEnabler2DEnabler int

VisibilityEnabler2DEnabler is an enum for Enabler values. 

const (
	VisibilityEnabler2DEnablerFreezeBodies         VisibilityEnabler2DEnabler = 1
	VisibilityEnabler2DEnablerMax                  VisibilityEnabler2DEnabler = 6
	VisibilityEnabler2DEnablerParentPhysicsProcess VisibilityEnabler2DEnabler = 4
	VisibilityEnabler2DEnablerParentProcess        VisibilityEnabler2DEnabler = 3
	VisibilityEnabler2DEnablerPauseAnimatedSprites VisibilityEnabler2DEnabler = 5
	VisibilityEnabler2DEnablerPauseAnimations      VisibilityEnabler2DEnabler = 0
	VisibilityEnabler2DEnablerPauseParticles       VisibilityEnabler2DEnabler = 2
)

type VisibilityEnabler2DImplementer ¶ 

type VisibilityEnabler2DImplementer interface {
	VisibilityNotifier2DImplementer
	X_NodeRemoved(arg0 ObjectImplementer)
	IsEnablerEnabled(enabler gdnative.Int) gdnative.Bool
	SetEnabler(enabler gdnative.Int, enabled gdnative.Bool)
}

VisibilityEnabler2DImplementer is an interface that implements the methods of the VisibilityEnabler2D class.

type VisibilityEnablerEnabler ¶ 

type VisibilityEnablerEnabler int

VisibilityEnablerEnabler is an enum for Enabler values. 

const (
	VisibilityEnablerEnablerFreezeBodies    VisibilityEnablerEnabler = 1
	VisibilityEnablerEnablerMax             VisibilityEnablerEnabler = 2
	VisibilityEnablerEnablerPauseAnimations VisibilityEnablerEnabler = 0
)

type VisibilityEnablerImplementer ¶ 

type VisibilityEnablerImplementer interface {
	VisibilityNotifierImplementer
	X_NodeRemoved(arg0 ObjectImplementer)
	IsEnablerEnabled(enabler gdnative.Int) gdnative.Bool
	SetEnabler(enabler gdnative.Int, enabled gdnative.Bool)
}

VisibilityEnablerImplementer is an interface that implements the methods of the VisibilityEnabler class.

type VisibilityNotifier ¶ 

type VisibilityNotifier struct {
	Spatial
	// contains filtered or unexported fields
}

The VisibilityNotifier detects when it is visible on the screen. It also notifies when its bounding rectangle enters or exits the screen or a Camera's view.

func (*VisibilityNotifier) BaseClass ¶ 

func (o *VisibilityNotifier) BaseClass() string

func (*VisibilityNotifier) GetAabb ¶ 

func (o *VisibilityNotifier) GetAabb() gdnative.Aabb
        Undocumented
	Args: [], Returns: AABB

func (*VisibilityNotifier) IsOnScreen ¶ 

func (o *VisibilityNotifier) IsOnScreen() gdnative.Bool
        If [code]true[/code] the bounding box is on the screen.
	Args: [], Returns: bool

func (*VisibilityNotifier) SetAabb ¶ 

func (o *VisibilityNotifier) SetAabb(rect gdnative.Aabb)
        Undocumented
	Args: [{ false rect AABB}], Returns: void

type VisibilityNotifier2D ¶ 

type VisibilityNotifier2D struct {
	Node2D
	// contains filtered or unexported fields
}

The VisibilityNotifier2D detects when it is visible on the screen. It also notifies when its bounding rectangle enters or exits the screen or a viewport.

func (*VisibilityNotifier2D) BaseClass ¶ 

func (o *VisibilityNotifier2D) BaseClass() string

func (*VisibilityNotifier2D) GetRect ¶ 

func (o *VisibilityNotifier2D) GetRect() gdnative.Rect2
        Undocumented
	Args: [], Returns: Rect2

func (*VisibilityNotifier2D) IsOnScreen ¶ 

func (o *VisibilityNotifier2D) IsOnScreen() gdnative.Bool
        If [code]true[/code] the bounding rectangle is on the screen.
	Args: [], Returns: bool

func (*VisibilityNotifier2D) SetRect ¶ 

func (o *VisibilityNotifier2D) SetRect(rect gdnative.Rect2)
        Undocumented
	Args: [{ false rect Rect2}], Returns: void

type VisibilityNotifier2DImplementer ¶ 

type VisibilityNotifier2DImplementer interface {
	Node2DImplementer
	GetRect() gdnative.Rect2
	IsOnScreen() gdnative.Bool
	SetRect(rect gdnative.Rect2)
}

VisibilityNotifier2DImplementer is an interface that implements the methods of the VisibilityNotifier2D class.

type VisibilityNotifierImplementer ¶ 

type VisibilityNotifierImplementer interface {
	SpatialImplementer
	GetAabb() gdnative.Aabb
	IsOnScreen() gdnative.Bool
	SetAabb(rect gdnative.Aabb)
}

VisibilityNotifierImplementer is an interface that implements the methods of the VisibilityNotifier class.

type VisualInstance ¶ 

type VisualInstance struct {
	Spatial
	// contains filtered or unexported fields
}

func (*VisualInstance) BaseClass ¶ 

func (o *VisualInstance) BaseClass() string

func (*VisualInstance) GetAabb ¶ 

func (o *VisualInstance) GetAabb() gdnative.Aabb
        Returns the [AABB] (also known as the bounding box) for this VisualInstance.
	Args: [], Returns: AABB

func (*VisualInstance) GetLayerMask ¶ 

func (o *VisualInstance) GetLayerMask() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualInstance) GetTransformedAabb ¶ 

func (o *VisualInstance) GetTransformedAabb() gdnative.Aabb
        Returns the transformed [AABB] (also known as the bounding box) for this VisualInstance. Transformed in this case means the [AABB] plus the position, rotation, and scale of the [Spatial]s [Transform]
	Args: [], Returns: AABB

func (*VisualInstance) SetBase ¶ 

func (o *VisualInstance) SetBase(base gdnative.Rid)
        Sets the base of the VisualInstance, which changes how the engine handles the VisualInstance under the hood. It is recommended to only use set_base if you know what you're doing.
	Args: [{ false base RID}], Returns: void

func (*VisualInstance) SetLayerMask ¶ 

func (o *VisualInstance) SetLayerMask(mask gdnative.Int)
        Undocumented
	Args: [{ false mask int}], Returns: void

func (*VisualInstance) X_GetVisualInstanceRid ¶ 

func (o *VisualInstance) X_GetVisualInstanceRid() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

type VisualInstanceImplementer ¶ 

type VisualInstanceImplementer interface {
	SpatialImplementer
	X_GetVisualInstanceRid() gdnative.Rid
	GetAabb() gdnative.Aabb
	GetLayerMask() gdnative.Int
	GetTransformedAabb() gdnative.Aabb
	SetBase(base gdnative.Rid)
	SetLayerMask(mask gdnative.Int)
}

VisualInstanceImplementer is an interface that implements the methods of the VisualInstance class.

type VisualScript ¶ 

type VisualScript struct {
	Script
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScript) AddCustomSignal ¶ 

func (o *VisualScript) AddCustomSignal(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScript) AddFunction ¶ 

func (o *VisualScript) AddFunction(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScript) AddNode ¶ 

func (o *VisualScript) AddNode(function gdnative.String, id gdnative.Int, node VisualScriptNodeImplementer, position gdnative.Vector2)
        Undocumented
	Args: [{ false func String} { false id int} { false node VisualScriptNode} {(0, 0) true position Vector2}], Returns: void

func (*VisualScript) AddVariable ¶ 

func (o *VisualScript) AddVariable(name gdnative.String, defaultValue gdnative.Variant, export gdnative.Bool)
        Undocumented
	Args: [{ false name String} {Null true default_value Variant} {False true export bool}], Returns: void

func (*VisualScript) BaseClass ¶ 

func (o *VisualScript) BaseClass() string

func (*VisualScript) CustomSignalAddArgument ¶ 

func (o *VisualScript) CustomSignalAddArgument(name gdnative.String, aType gdnative.Int, argname gdnative.String, index gdnative.Int)
        Undocumented
	Args: [{ false name String} { false type int} { false argname String} {-1 true index int}], Returns: void

func (*VisualScript) CustomSignalGetArgumentCount ¶ 

func (o *VisualScript) CustomSignalGetArgumentCount(name gdnative.String) gdnative.Int
        Undocumented
	Args: [{ false name String}], Returns: int

func (*VisualScript) CustomSignalGetArgumentName ¶ 

func (o *VisualScript) CustomSignalGetArgumentName(name gdnative.String, argidx gdnative.Int) gdnative.String
        Undocumented
	Args: [{ false name String} { false argidx int}], Returns: String

func (*VisualScript) CustomSignalGetArgumentType ¶ 

func (o *VisualScript) CustomSignalGetArgumentType(name gdnative.String, argidx gdnative.Int) gdnative.VariantType
        Undocumented
	Args: [{ false name String} { false argidx int}], Returns: enum.Variant::Type

func (*VisualScript) CustomSignalRemoveArgument ¶ 

func (o *VisualScript) CustomSignalRemoveArgument(name gdnative.String, argidx gdnative.Int)
        Undocumented
	Args: [{ false name String} { false argidx int}], Returns: void

func (*VisualScript) CustomSignalSetArgumentName ¶ 

func (o *VisualScript) CustomSignalSetArgumentName(name gdnative.String, argidx gdnative.Int, argname gdnative.String)
        Undocumented
	Args: [{ false name String} { false argidx int} { false argname String}], Returns: void

func (*VisualScript) CustomSignalSetArgumentType ¶ 

func (o *VisualScript) CustomSignalSetArgumentType(name gdnative.String, argidx gdnative.Int, aType gdnative.Int)
        Undocumented
	Args: [{ false name String} { false argidx int} { false type int}], Returns: void

func (*VisualScript) CustomSignalSwapArgument ¶ 

func (o *VisualScript) CustomSignalSwapArgument(name gdnative.String, argidx gdnative.Int, withidx gdnative.Int)
        Undocumented
	Args: [{ false name String} { false argidx int} { false withidx int}], Returns: void

func (*VisualScript) DataConnect ¶ 

func (o *VisualScript) DataConnect(function gdnative.String, fromNode gdnative.Int, fromPort gdnative.Int, toNode gdnative.Int, toPort gdnative.Int)
        Undocumented
	Args: [{ false func String} { false from_node int} { false from_port int} { false to_node int} { false to_port int}], Returns: void

func (*VisualScript) DataDisconnect ¶ 

func (o *VisualScript) DataDisconnect(function gdnative.String, fromNode gdnative.Int, fromPort gdnative.Int, toNode gdnative.Int, toPort gdnative.Int)
        Undocumented
	Args: [{ false func String} { false from_node int} { false from_port int} { false to_node int} { false to_port int}], Returns: void

func (*VisualScript) GetFunctionNodeId ¶ 

func (o *VisualScript) GetFunctionNodeId(name gdnative.String) gdnative.Int
        Undocumented
	Args: [{ false name String}], Returns: int

func (*VisualScript) GetFunctionScroll ¶ 

func (o *VisualScript) GetFunctionScroll(name gdnative.String) gdnative.Vector2
        Undocumented
	Args: [{ false name String}], Returns: Vector2

func (*VisualScript) GetNode ¶ 

func (o *VisualScript) GetNode(function gdnative.String, id gdnative.Int) VisualScriptNodeImplementer
        Undocumented
	Args: [{ false func String} { false id int}], Returns: VisualScriptNode

func (*VisualScript) GetNodePosition ¶ 

func (o *VisualScript) GetNodePosition(function gdnative.String, id gdnative.Int) gdnative.Vector2
        Undocumented
	Args: [{ false func String} { false id int}], Returns: Vector2

func (*VisualScript) GetVariableDefaultValue ¶ 

func (o *VisualScript) GetVariableDefaultValue(name gdnative.String) gdnative.Variant
        Undocumented
	Args: [{ false name String}], Returns: Variant

func (*VisualScript) GetVariableExport ¶ 

func (o *VisualScript) GetVariableExport(name gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false name String}], Returns: bool

func (*VisualScript) GetVariableInfo ¶ 

func (o *VisualScript) GetVariableInfo(name gdnative.String) gdnative.Dictionary
        Undocumented
	Args: [{ false name String}], Returns: Dictionary

func (*VisualScript) HasCustomSignal ¶ 

func (o *VisualScript) HasCustomSignal(name gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false name String}], Returns: bool

func (*VisualScript) HasDataConnection ¶ 

func (o *VisualScript) HasDataConnection(function gdnative.String, fromNode gdnative.Int, fromPort gdnative.Int, toNode gdnative.Int, toPort gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false func String} { false from_node int} { false from_port int} { false to_node int} { false to_port int}], Returns: bool

func (*VisualScript) HasFunction ¶ 

func (o *VisualScript) HasFunction(name gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false name String}], Returns: bool

func (*VisualScript) HasNode ¶ 

func (o *VisualScript) HasNode(function gdnative.String, id gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false func String} { false id int}], Returns: bool

func (*VisualScript) HasSequenceConnection ¶ 

func (o *VisualScript) HasSequenceConnection(function gdnative.String, fromNode gdnative.Int, fromOutput gdnative.Int, toNode gdnative.Int) gdnative.Bool
        Undocumented
	Args: [{ false func String} { false from_node int} { false from_output int} { false to_node int}], Returns: bool

func (*VisualScript) HasVariable ¶ 

func (o *VisualScript) HasVariable(name gdnative.String) gdnative.Bool
        Undocumented
	Args: [{ false name String}], Returns: bool

func (*VisualScript) RemoveCustomSignal ¶ 

func (o *VisualScript) RemoveCustomSignal(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScript) RemoveFunction ¶ 

func (o *VisualScript) RemoveFunction(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScript) RemoveNode ¶ 

func (o *VisualScript) RemoveNode(function gdnative.String, id gdnative.Int)
        Undocumented
	Args: [{ false func String} { false id int}], Returns: void

func (*VisualScript) RemoveVariable ¶ 

func (o *VisualScript) RemoveVariable(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScript) RenameCustomSignal ¶ 

func (o *VisualScript) RenameCustomSignal(name gdnative.String, newName gdnative.String)
        Undocumented
	Args: [{ false name String} { false new_name String}], Returns: void

func (*VisualScript) RenameFunction ¶ 

func (o *VisualScript) RenameFunction(name gdnative.String, newName gdnative.String)
        Undocumented
	Args: [{ false name String} { false new_name String}], Returns: void

func (*VisualScript) RenameVariable ¶ 

func (o *VisualScript) RenameVariable(name gdnative.String, newName gdnative.String)
        Undocumented
	Args: [{ false name String} { false new_name String}], Returns: void

func (*VisualScript) SequenceConnect ¶ 

func (o *VisualScript) SequenceConnect(function gdnative.String, fromNode gdnative.Int, fromOutput gdnative.Int, toNode gdnative.Int)
        Undocumented
	Args: [{ false func String} { false from_node int} { false from_output int} { false to_node int}], Returns: void

func (*VisualScript) SequenceDisconnect ¶ 

func (o *VisualScript) SequenceDisconnect(function gdnative.String, fromNode gdnative.Int, fromOutput gdnative.Int, toNode gdnative.Int)
        Undocumented
	Args: [{ false func String} { false from_node int} { false from_output int} { false to_node int}], Returns: void

func (*VisualScript) SetFunctionScroll ¶ 

func (o *VisualScript) SetFunctionScroll(name gdnative.String, ofs gdnative.Vector2)
        Undocumented
	Args: [{ false name String} { false ofs Vector2}], Returns: void

func (*VisualScript) SetInstanceBaseType ¶ 

func (o *VisualScript) SetInstanceBaseType(aType gdnative.String)
        Undocumented
	Args: [{ false type String}], Returns: void

func (*VisualScript) SetNodePosition ¶ 

func (o *VisualScript) SetNodePosition(function gdnative.String, id gdnative.Int, position gdnative.Vector2)
        Undocumented
	Args: [{ false func String} { false id int} { false position Vector2}], Returns: void

func (*VisualScript) SetVariableDefaultValue ¶ 

func (o *VisualScript) SetVariableDefaultValue(name gdnative.String, value gdnative.Variant)
        Undocumented
	Args: [{ false name String} { false value Variant}], Returns: void

func (*VisualScript) SetVariableExport ¶ 

func (o *VisualScript) SetVariableExport(name gdnative.String, enable gdnative.Bool)
        Undocumented
	Args: [{ false name String} { false enable bool}], Returns: void

func (*VisualScript) SetVariableInfo ¶ 

func (o *VisualScript) SetVariableInfo(name gdnative.String, value gdnative.Dictionary)
        Undocumented
	Args: [{ false name String} { false value Dictionary}], Returns: void

func (*VisualScript) X_GetData ¶ 

func (o *VisualScript) X_GetData() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*VisualScript) X_NodePortsChanged ¶ 

func (o *VisualScript) X_NodePortsChanged(arg0 gdnative.Int)
        Undocumented
	Args: [{ false arg0 int}], Returns: void

func (*VisualScript) X_SetData ¶ 

func (o *VisualScript) X_SetData(data gdnative.Dictionary)
        Undocumented
	Args: [{ false data Dictionary}], Returns: void

type VisualScriptBasicTypeConstant ¶ 

type VisualScriptBasicTypeConstant struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptBasicTypeConstant) BaseClass ¶ 

func (o *VisualScriptBasicTypeConstant) BaseClass() string

func (*VisualScriptBasicTypeConstant) GetBasicType ¶ 

func (o *VisualScriptBasicTypeConstant) GetBasicType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptBasicTypeConstant) GetBasicTypeConstant ¶ 

func (o *VisualScriptBasicTypeConstant) GetBasicTypeConstant() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptBasicTypeConstant) SetBasicType ¶ 

func (o *VisualScriptBasicTypeConstant) SetBasicType(name gdnative.Int)
        Undocumented
	Args: [{ false name int}], Returns: void

func (*VisualScriptBasicTypeConstant) SetBasicTypeConstant ¶ 

func (o *VisualScriptBasicTypeConstant) SetBasicTypeConstant(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptBasicTypeConstantImplementer ¶ 

type VisualScriptBasicTypeConstantImplementer interface {
	VisualScriptNodeImplementer
	GetBasicTypeConstant() gdnative.String
	SetBasicType(name gdnative.Int)
	SetBasicTypeConstant(name gdnative.String)
}

VisualScriptBasicTypeConstantImplementer is an interface that implements the methods of the VisualScriptBasicTypeConstant class.

type VisualScriptBuiltinFunc ¶ 

type VisualScriptBuiltinFunc struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptBuiltinFunc) BaseClass ¶ 

func (o *VisualScriptBuiltinFunc) BaseClass() string

func (*VisualScriptBuiltinFunc) GetFunc ¶ 

func (o *VisualScriptBuiltinFunc) GetFunc() VisualScriptBuiltinFuncBuiltinFunc
        Undocumented
	Args: [], Returns: enum.VisualScriptBuiltinFunc::BuiltinFunc

func (*VisualScriptBuiltinFunc) SetFunc ¶ 

func (o *VisualScriptBuiltinFunc) SetFunc(which gdnative.Int)
        Undocumented
	Args: [{ false which int}], Returns: void

type VisualScriptBuiltinFuncBuiltinFunc ¶ 

type VisualScriptBuiltinFuncBuiltinFunc int

VisualScriptBuiltinFuncBuiltinFunc is an enum for BuiltinFunc values. 

const (
	VisualScriptBuiltinFuncBytesToVar          VisualScriptBuiltinFuncBuiltinFunc = 61
	VisualScriptBuiltinFuncColorn              VisualScriptBuiltinFuncBuiltinFunc = 62
	VisualScriptBuiltinFuncFuncFuncref         VisualScriptBuiltinFuncBuiltinFunc = 49
	VisualScriptBuiltinFuncFuncMax             VisualScriptBuiltinFuncBuiltinFunc = 63
	VisualScriptBuiltinFuncLogicClamp          VisualScriptBuiltinFuncBuiltinFunc = 46
	VisualScriptBuiltinFuncLogicMax            VisualScriptBuiltinFuncBuiltinFunc = 44
	VisualScriptBuiltinFuncLogicMin            VisualScriptBuiltinFuncBuiltinFunc = 45
	VisualScriptBuiltinFuncLogicNearestPo2     VisualScriptBuiltinFuncBuiltinFunc = 47
	VisualScriptBuiltinFuncMathAbs             VisualScriptBuiltinFuncBuiltinFunc = 16
	VisualScriptBuiltinFuncMathAcos            VisualScriptBuiltinFuncBuiltinFunc = 7
	VisualScriptBuiltinFuncMathAsin            VisualScriptBuiltinFuncBuiltinFunc = 6
	VisualScriptBuiltinFuncMathAtan            VisualScriptBuiltinFuncBuiltinFunc = 8
	VisualScriptBuiltinFuncMathAtan2           VisualScriptBuiltinFuncBuiltinFunc = 9
	VisualScriptBuiltinFuncMathCartesian2Polar VisualScriptBuiltinFuncBuiltinFunc = 41
	VisualScriptBuiltinFuncMathCeil            VisualScriptBuiltinFuncBuiltinFunc = 14
	VisualScriptBuiltinFuncMathCos             VisualScriptBuiltinFuncBuiltinFunc = 1
	VisualScriptBuiltinFuncMathCosh            VisualScriptBuiltinFuncBuiltinFunc = 4
	VisualScriptBuiltinFuncMathDb2Linear       VisualScriptBuiltinFuncBuiltinFunc = 39
	VisualScriptBuiltinFuncMathDecimals        VisualScriptBuiltinFuncBuiltinFunc = 24
	VisualScriptBuiltinFuncMathDectime         VisualScriptBuiltinFuncBuiltinFunc = 29
	VisualScriptBuiltinFuncMathDeg2Rad         VisualScriptBuiltinFuncBuiltinFunc = 36
	VisualScriptBuiltinFuncMathEase            VisualScriptBuiltinFuncBuiltinFunc = 23
	VisualScriptBuiltinFuncMathExp             VisualScriptBuiltinFuncBuiltinFunc = 20
	VisualScriptBuiltinFuncMathFloor           VisualScriptBuiltinFuncBuiltinFunc = 13
	VisualScriptBuiltinFuncMathFmod            VisualScriptBuiltinFuncBuiltinFunc = 11
	VisualScriptBuiltinFuncMathFposmod         VisualScriptBuiltinFuncBuiltinFunc = 12
	VisualScriptBuiltinFuncMathInverseLerp     VisualScriptBuiltinFuncBuiltinFunc = 27
	VisualScriptBuiltinFuncMathIsinf           VisualScriptBuiltinFuncBuiltinFunc = 22
	VisualScriptBuiltinFuncMathIsnan           VisualScriptBuiltinFuncBuiltinFunc = 21
	VisualScriptBuiltinFuncMathLerp            VisualScriptBuiltinFuncBuiltinFunc = 26
	VisualScriptBuiltinFuncMathLinear2Db       VisualScriptBuiltinFuncBuiltinFunc = 38
	VisualScriptBuiltinFuncMathLog             VisualScriptBuiltinFuncBuiltinFunc = 19
	VisualScriptBuiltinFuncMathPolar2Cartesian VisualScriptBuiltinFuncBuiltinFunc = 40
	VisualScriptBuiltinFuncMathPow             VisualScriptBuiltinFuncBuiltinFunc = 18
	VisualScriptBuiltinFuncMathRad2Deg         VisualScriptBuiltinFuncBuiltinFunc = 37
	VisualScriptBuiltinFuncMathRand            VisualScriptBuiltinFuncBuiltinFunc = 31
	VisualScriptBuiltinFuncMathRandf           VisualScriptBuiltinFuncBuiltinFunc = 32
	VisualScriptBuiltinFuncMathRandom          VisualScriptBuiltinFuncBuiltinFunc = 33
	VisualScriptBuiltinFuncMathRandomize       VisualScriptBuiltinFuncBuiltinFunc = 30
	VisualScriptBuiltinFuncMathRandseed        VisualScriptBuiltinFuncBuiltinFunc = 35
	VisualScriptBuiltinFuncMathRangeLerp       VisualScriptBuiltinFuncBuiltinFunc = 28
	VisualScriptBuiltinFuncMathRound           VisualScriptBuiltinFuncBuiltinFunc = 15
	VisualScriptBuiltinFuncMathSeed            VisualScriptBuiltinFuncBuiltinFunc = 34
	VisualScriptBuiltinFuncMathSign            VisualScriptBuiltinFuncBuiltinFunc = 17
	VisualScriptBuiltinFuncMathSin             VisualScriptBuiltinFuncBuiltinFunc = 0
	VisualScriptBuiltinFuncMathSinh            VisualScriptBuiltinFuncBuiltinFunc = 3
	VisualScriptBuiltinFuncMathSqrt            VisualScriptBuiltinFuncBuiltinFunc = 10
	VisualScriptBuiltinFuncMathStepify         VisualScriptBuiltinFuncBuiltinFunc = 25
	VisualScriptBuiltinFuncMathTan             VisualScriptBuiltinFuncBuiltinFunc = 2
	VisualScriptBuiltinFuncMathTanh            VisualScriptBuiltinFuncBuiltinFunc = 5
	VisualScriptBuiltinFuncMathWrap            VisualScriptBuiltinFuncBuiltinFunc = 42
	VisualScriptBuiltinFuncMathWrapf           VisualScriptBuiltinFuncBuiltinFunc = 43
	VisualScriptBuiltinFuncObjWeakref          VisualScriptBuiltinFuncBuiltinFunc = 48
	VisualScriptBuiltinFuncStrToVar            VisualScriptBuiltinFuncBuiltinFunc = 59
	VisualScriptBuiltinFuncTextChar            VisualScriptBuiltinFuncBuiltinFunc = 53
	VisualScriptBuiltinFuncTextPrint           VisualScriptBuiltinFuncBuiltinFunc = 55
	VisualScriptBuiltinFuncTextPrinterr        VisualScriptBuiltinFuncBuiltinFunc = 56
	VisualScriptBuiltinFuncTextPrintraw        VisualScriptBuiltinFuncBuiltinFunc = 57
	VisualScriptBuiltinFuncTextStr             VisualScriptBuiltinFuncBuiltinFunc = 54
	VisualScriptBuiltinFuncTypeConvert         VisualScriptBuiltinFuncBuiltinFunc = 50
	VisualScriptBuiltinFuncTypeExists          VisualScriptBuiltinFuncBuiltinFunc = 52
	VisualScriptBuiltinFuncTypeOf              VisualScriptBuiltinFuncBuiltinFunc = 51
	VisualScriptBuiltinFuncVarToBytes          VisualScriptBuiltinFuncBuiltinFunc = 60
	VisualScriptBuiltinFuncVarToStr            VisualScriptBuiltinFuncBuiltinFunc = 58
)

type VisualScriptBuiltinFuncImplementer ¶ 

type VisualScriptBuiltinFuncImplementer interface {
	VisualScriptNodeImplementer
	SetFunc(which gdnative.Int)
}

VisualScriptBuiltinFuncImplementer is an interface that implements the methods of the VisualScriptBuiltinFunc class.

type VisualScriptClassConstant ¶ 

type VisualScriptClassConstant struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptClassConstant) BaseClass ¶ 

func (o *VisualScriptClassConstant) BaseClass() string

func (*VisualScriptClassConstant) GetBaseType ¶ 

func (o *VisualScriptClassConstant) GetBaseType() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptClassConstant) GetClassConstant ¶ 

func (o *VisualScriptClassConstant) GetClassConstant() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptClassConstant) SetBaseType ¶ 

func (o *VisualScriptClassConstant) SetBaseType(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScriptClassConstant) SetClassConstant ¶ 

func (o *VisualScriptClassConstant) SetClassConstant(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptClassConstantImplementer ¶ 

type VisualScriptClassConstantImplementer interface {
	VisualScriptNodeImplementer
	GetBaseType() gdnative.String
	GetClassConstant() gdnative.String
	SetBaseType(name gdnative.String)
	SetClassConstant(name gdnative.String)
}

VisualScriptClassConstantImplementer is an interface that implements the methods of the VisualScriptClassConstant class.

type VisualScriptComment ¶ 

type VisualScriptComment struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptComment) BaseClass ¶ 

func (o *VisualScriptComment) BaseClass() string

func (*VisualScriptComment) GetDescription ¶ 

func (o *VisualScriptComment) GetDescription() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptComment) GetSize ¶ 

func (o *VisualScriptComment) GetSize() gdnative.Vector2
        Undocumented
	Args: [], Returns: Vector2

func (*VisualScriptComment) GetTitle ¶ 

func (o *VisualScriptComment) GetTitle() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptComment) SetDescription ¶ 

func (o *VisualScriptComment) SetDescription(description gdnative.String)
        Undocumented
	Args: [{ false description String}], Returns: void

func (*VisualScriptComment) SetSize ¶ 

func (o *VisualScriptComment) SetSize(size gdnative.Vector2)
        Undocumented
	Args: [{ false size Vector2}], Returns: void

func (*VisualScriptComment) SetTitle ¶ 

func (o *VisualScriptComment) SetTitle(title gdnative.String)
        Undocumented
	Args: [{ false title String}], Returns: void

type VisualScriptCommentImplementer ¶ 

type VisualScriptCommentImplementer interface {
	VisualScriptNodeImplementer
	GetDescription() gdnative.String
	GetSize() gdnative.Vector2
	GetTitle() gdnative.String
	SetDescription(description gdnative.String)
	SetSize(size gdnative.Vector2)
	SetTitle(title gdnative.String)
}

VisualScriptCommentImplementer is an interface that implements the methods of the VisualScriptComment class.

type VisualScriptCondition ¶ 

type VisualScriptCondition struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptCondition) BaseClass ¶ 

func (o *VisualScriptCondition) BaseClass() string

type VisualScriptConditionImplementer ¶ 

type VisualScriptConditionImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptConditionImplementer is an interface that implements the methods of the VisualScriptCondition class.

type VisualScriptConstant ¶ 

type VisualScriptConstant struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptConstant) BaseClass ¶ 

func (o *VisualScriptConstant) BaseClass() string

func (*VisualScriptConstant) GetConstantType ¶ 

func (o *VisualScriptConstant) GetConstantType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptConstant) GetConstantValue ¶ 

func (o *VisualScriptConstant) GetConstantValue() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

func (*VisualScriptConstant) SetConstantType ¶ 

func (o *VisualScriptConstant) SetConstantType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

func (*VisualScriptConstant) SetConstantValue ¶ 

func (o *VisualScriptConstant) SetConstantValue(value gdnative.Variant)
        Undocumented
	Args: [{ false value Variant}], Returns: void

type VisualScriptConstantImplementer ¶ 

type VisualScriptConstantImplementer interface {
	VisualScriptNodeImplementer
	GetConstantValue() gdnative.Variant
	SetConstantType(aType gdnative.Int)
	SetConstantValue(value gdnative.Variant)
}

VisualScriptConstantImplementer is an interface that implements the methods of the VisualScriptConstant class.

type VisualScriptConstructor ¶ 

type VisualScriptConstructor struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptConstructor) BaseClass ¶ 

func (o *VisualScriptConstructor) BaseClass() string

func (*VisualScriptConstructor) GetConstructor ¶ 

func (o *VisualScriptConstructor) GetConstructor() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*VisualScriptConstructor) GetConstructorType ¶ 

func (o *VisualScriptConstructor) GetConstructorType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptConstructor) SetConstructor ¶ 

func (o *VisualScriptConstructor) SetConstructor(constructor gdnative.Dictionary)
        Undocumented
	Args: [{ false constructor Dictionary}], Returns: void

func (*VisualScriptConstructor) SetConstructorType ¶ 

func (o *VisualScriptConstructor) SetConstructorType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type VisualScriptConstructorImplementer ¶ 

type VisualScriptConstructorImplementer interface {
	VisualScriptNodeImplementer
	GetConstructor() gdnative.Dictionary
	SetConstructor(constructor gdnative.Dictionary)
	SetConstructorType(aType gdnative.Int)
}

VisualScriptConstructorImplementer is an interface that implements the methods of the VisualScriptConstructor class.

type VisualScriptCustomNode ¶ 

type VisualScriptCustomNode struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptCustomNode) BaseClass ¶ 

func (o *VisualScriptCustomNode) BaseClass() string

func (*VisualScriptCustomNode) X_GetCaption ¶ 

func (o *VisualScriptCustomNode) X_GetCaption() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptCustomNode) X_GetCategory ¶ 

func (o *VisualScriptCustomNode) X_GetCategory() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptCustomNode) X_GetInputValuePortCount ¶ 

func (o *VisualScriptCustomNode) X_GetInputValuePortCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptCustomNode) X_GetInputValuePortName ¶ 

func (o *VisualScriptCustomNode) X_GetInputValuePortName(idx gdnative.Int) gdnative.String
        Undocumented
	Args: [{ false idx int}], Returns: String

func (*VisualScriptCustomNode) X_GetInputValuePortType ¶ 

func (o *VisualScriptCustomNode) X_GetInputValuePortType(idx gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false idx int}], Returns: int

func (*VisualScriptCustomNode) X_GetOutputSequencePortCount ¶ 

func (o *VisualScriptCustomNode) X_GetOutputSequencePortCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptCustomNode) X_GetOutputSequencePortText ¶ 

func (o *VisualScriptCustomNode) X_GetOutputSequencePortText(idx gdnative.Int) gdnative.String
        Undocumented
	Args: [{ false idx int}], Returns: String

func (*VisualScriptCustomNode) X_GetOutputValuePortCount ¶ 

func (o *VisualScriptCustomNode) X_GetOutputValuePortCount() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptCustomNode) X_GetOutputValuePortName ¶ 

func (o *VisualScriptCustomNode) X_GetOutputValuePortName(idx gdnative.Int) gdnative.String
        Undocumented
	Args: [{ false idx int}], Returns: String

func (*VisualScriptCustomNode) X_GetOutputValuePortType ¶ 

func (o *VisualScriptCustomNode) X_GetOutputValuePortType(idx gdnative.Int) gdnative.Int
        Undocumented
	Args: [{ false idx int}], Returns: int

func (*VisualScriptCustomNode) X_GetText ¶ 

func (o *VisualScriptCustomNode) X_GetText() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptCustomNode) X_GetWorkingMemorySize ¶ 

func (o *VisualScriptCustomNode) X_GetWorkingMemorySize() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptCustomNode) X_HasInputSequencePort ¶ 

func (o *VisualScriptCustomNode) X_HasInputSequencePort() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VisualScriptCustomNode) X_ScriptChanged ¶ 

func (o *VisualScriptCustomNode) X_ScriptChanged()
        Undocumented
	Args: [], Returns: void

func (*VisualScriptCustomNode) X_Step ¶ 

func (o *VisualScriptCustomNode) X_Step(inputs gdnative.Array, outputs gdnative.Array, startMode gdnative.Int, workingMem gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{ false inputs Array} { false outputs Array} { false start_mode int} { false working_mem Array}], Returns: Variant

type VisualScriptCustomNodeImplementer ¶ 

type VisualScriptCustomNodeImplementer interface {
	VisualScriptNodeImplementer
	X_GetCaption() gdnative.String
	X_GetCategory() gdnative.String
	X_GetInputValuePortCount() gdnative.Int
	X_GetInputValuePortName(idx gdnative.Int) gdnative.String
	X_GetInputValuePortType(idx gdnative.Int) gdnative.Int
	X_GetOutputSequencePortCount() gdnative.Int
	X_GetOutputSequencePortText(idx gdnative.Int) gdnative.String
	X_GetOutputValuePortCount() gdnative.Int
	X_GetOutputValuePortName(idx gdnative.Int) gdnative.String
	X_GetOutputValuePortType(idx gdnative.Int) gdnative.Int
	X_GetText() gdnative.String
	X_GetWorkingMemorySize() gdnative.Int
	X_HasInputSequencePort() gdnative.Bool
	X_ScriptChanged()
	X_Step(inputs gdnative.Array, outputs gdnative.Array, startMode gdnative.Int, workingMem gdnative.Array) gdnative.Variant
}

VisualScriptCustomNodeImplementer is an interface that implements the methods of the VisualScriptCustomNode class.

type VisualScriptCustomNodeStartMode ¶ 

type VisualScriptCustomNodeStartMode int

VisualScriptCustomNodeStartMode is an enum for StartMode values. 

const (
	VisualScriptCustomNodeStartModeBeginSequence    VisualScriptCustomNodeStartMode = 0
	VisualScriptCustomNodeStartModeContinueSequence VisualScriptCustomNodeStartMode = 1
	VisualScriptCustomNodeStartModeResumeYield      VisualScriptCustomNodeStartMode = 2
)

type VisualScriptDeconstruct ¶ 

type VisualScriptDeconstruct struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptDeconstruct) BaseClass ¶ 

func (o *VisualScriptDeconstruct) BaseClass() string

func (*VisualScriptDeconstruct) GetDeconstructType ¶ 

func (o *VisualScriptDeconstruct) GetDeconstructType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptDeconstruct) SetDeconstructType ¶ 

func (o *VisualScriptDeconstruct) SetDeconstructType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

func (*VisualScriptDeconstruct) X_GetElemCache ¶ 

func (o *VisualScriptDeconstruct) X_GetElemCache() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*VisualScriptDeconstruct) X_SetElemCache ¶ 

func (o *VisualScriptDeconstruct) X_SetElemCache(cache gdnative.Array)
        Undocumented
	Args: [{ false _cache Array}], Returns: void

type VisualScriptDeconstructImplementer ¶ 

type VisualScriptDeconstructImplementer interface {
	VisualScriptNodeImplementer
	X_GetElemCache() gdnative.Array
	X_SetElemCache(cache gdnative.Array)
	SetDeconstructType(aType gdnative.Int)
}

VisualScriptDeconstructImplementer is an interface that implements the methods of the VisualScriptDeconstruct class.

type VisualScriptEditorImplementer ¶ 

type VisualScriptEditorImplementer interface {
	ObjectImplementer
	AddCustomNode(name gdnative.String, category gdnative.String, script ScriptImplementer)
	RemoveCustomNode(name gdnative.String, category gdnative.String)
}

VisualScriptEditorImplementer is an interface that implements the methods of the VisualScriptEditor class.

type VisualScriptEmitSignal ¶ 

type VisualScriptEmitSignal struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptEmitSignal) BaseClass ¶ 

func (o *VisualScriptEmitSignal) BaseClass() string

func (*VisualScriptEmitSignal) GetSignal ¶ 

func (o *VisualScriptEmitSignal) GetSignal() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptEmitSignal) SetSignal ¶ 

func (o *VisualScriptEmitSignal) SetSignal(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptEmitSignalImplementer ¶ 

type VisualScriptEmitSignalImplementer interface {
	VisualScriptNodeImplementer
	GetSignal() gdnative.String
	SetSignal(name gdnative.String)
}

VisualScriptEmitSignalImplementer is an interface that implements the methods of the VisualScriptEmitSignal class.

type VisualScriptEngineSingleton ¶ 

type VisualScriptEngineSingleton struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptEngineSingleton) BaseClass ¶ 

func (o *VisualScriptEngineSingleton) BaseClass() string

func (*VisualScriptEngineSingleton) GetSingleton ¶ 

func (o *VisualScriptEngineSingleton) GetSingleton() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptEngineSingleton) SetSingleton ¶ 

func (o *VisualScriptEngineSingleton) SetSingleton(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptEngineSingletonImplementer ¶ 

type VisualScriptEngineSingletonImplementer interface {
	VisualScriptNodeImplementer
	GetSingleton() gdnative.String
	SetSingleton(name gdnative.String)
}

VisualScriptEngineSingletonImplementer is an interface that implements the methods of the VisualScriptEngineSingleton class.

type VisualScriptExpression ¶ 

type VisualScriptExpression struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptExpression) BaseClass ¶ 

func (o *VisualScriptExpression) BaseClass() string

type VisualScriptExpressionImplementer ¶ 

type VisualScriptExpressionImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptExpressionImplementer is an interface that implements the methods of the VisualScriptExpression class.

type VisualScriptFunction ¶ 

type VisualScriptFunction struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptFunction) BaseClass ¶ 

func (o *VisualScriptFunction) BaseClass() string

type VisualScriptFunctionCall ¶ 

type VisualScriptFunctionCall struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptFunctionCall) BaseClass ¶ 

func (o *VisualScriptFunctionCall) BaseClass() string

func (*VisualScriptFunctionCall) GetBasePath ¶ 

func (o *VisualScriptFunctionCall) GetBasePath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*VisualScriptFunctionCall) GetBaseScript ¶ 

func (o *VisualScriptFunctionCall) GetBaseScript() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptFunctionCall) GetBaseType ¶ 

func (o *VisualScriptFunctionCall) GetBaseType() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptFunctionCall) GetBasicType ¶ 

func (o *VisualScriptFunctionCall) GetBasicType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptFunctionCall) GetCallMode ¶ 

func (o *VisualScriptFunctionCall) GetCallMode() VisualScriptFunctionCallCallMode
        Undocumented
	Args: [], Returns: enum.VisualScriptFunctionCall::CallMode

func (*VisualScriptFunctionCall) GetFunction ¶ 

func (o *VisualScriptFunctionCall) GetFunction() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptFunctionCall) GetRpcCallMode ¶ 

func (o *VisualScriptFunctionCall) GetRpcCallMode() VisualScriptFunctionCallRPCCallMode
        Undocumented
	Args: [], Returns: enum.VisualScriptFunctionCall::RPCCallMode

func (*VisualScriptFunctionCall) GetSingleton ¶ 

func (o *VisualScriptFunctionCall) GetSingleton() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptFunctionCall) GetUseDefaultArgs ¶ 

func (o *VisualScriptFunctionCall) GetUseDefaultArgs() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptFunctionCall) GetValidate ¶ 

func (o *VisualScriptFunctionCall) GetValidate() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VisualScriptFunctionCall) SetBasePath ¶ 

func (o *VisualScriptFunctionCall) SetBasePath(basePath gdnative.NodePath)
        Undocumented
	Args: [{ false base_path NodePath}], Returns: void

func (*VisualScriptFunctionCall) SetBaseScript ¶ 

func (o *VisualScriptFunctionCall) SetBaseScript(baseScript gdnative.String)
        Undocumented
	Args: [{ false base_script String}], Returns: void

func (*VisualScriptFunctionCall) SetBaseType ¶ 

func (o *VisualScriptFunctionCall) SetBaseType(baseType gdnative.String)
        Undocumented
	Args: [{ false base_type String}], Returns: void

func (*VisualScriptFunctionCall) SetBasicType ¶ 

func (o *VisualScriptFunctionCall) SetBasicType(basicType gdnative.Int)
        Undocumented
	Args: [{ false basic_type int}], Returns: void

func (*VisualScriptFunctionCall) SetCallMode ¶ 

func (o *VisualScriptFunctionCall) SetCallMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*VisualScriptFunctionCall) SetFunction ¶ 

func (o *VisualScriptFunctionCall) SetFunction(function gdnative.String)
        Undocumented
	Args: [{ false function String}], Returns: void

func (*VisualScriptFunctionCall) SetRpcCallMode ¶ 

func (o *VisualScriptFunctionCall) SetRpcCallMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*VisualScriptFunctionCall) SetSingleton ¶ 

func (o *VisualScriptFunctionCall) SetSingleton(singleton gdnative.String)
        Undocumented
	Args: [{ false singleton String}], Returns: void

func (*VisualScriptFunctionCall) SetUseDefaultArgs ¶ 

func (o *VisualScriptFunctionCall) SetUseDefaultArgs(amount gdnative.Int)
        Undocumented
	Args: [{ false amount int}], Returns: void

func (*VisualScriptFunctionCall) SetValidate ¶ 

func (o *VisualScriptFunctionCall) SetValidate(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*VisualScriptFunctionCall) X_GetArgumentCache ¶ 

func (o *VisualScriptFunctionCall) X_GetArgumentCache() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*VisualScriptFunctionCall) X_SetArgumentCache ¶ 

func (o *VisualScriptFunctionCall) X_SetArgumentCache(argumentCache gdnative.Dictionary)
        Undocumented
	Args: [{ false argument_cache Dictionary}], Returns: void

type VisualScriptFunctionCallCallMode ¶ 

type VisualScriptFunctionCallCallMode int

VisualScriptFunctionCallCallMode is an enum for CallMode values. 

const (
	VisualScriptFunctionCallCallModeBasicType VisualScriptFunctionCallCallMode = 3
	VisualScriptFunctionCallCallModeInstance  VisualScriptFunctionCallCallMode = 2
	VisualScriptFunctionCallCallModeNodePath  VisualScriptFunctionCallCallMode = 1
	VisualScriptFunctionCallCallModeSelf      VisualScriptFunctionCallCallMode = 0
	VisualScriptFunctionCallCallModeSingleton VisualScriptFunctionCallCallMode = 4
)

type VisualScriptFunctionCallImplementer ¶ 

type VisualScriptFunctionCallImplementer interface {
	VisualScriptNodeImplementer
	X_GetArgumentCache() gdnative.Dictionary
	X_SetArgumentCache(argumentCache gdnative.Dictionary)
	GetBasePath() gdnative.NodePath
	GetBaseScript() gdnative.String
	GetBaseType() gdnative.String
	GetFunction() gdnative.String
	GetSingleton() gdnative.String
	GetUseDefaultArgs() gdnative.Int
	GetValidate() gdnative.Bool
	SetBasePath(basePath gdnative.NodePath)
	SetBaseScript(baseScript gdnative.String)
	SetBaseType(baseType gdnative.String)
	SetBasicType(basicType gdnative.Int)
	SetCallMode(mode gdnative.Int)
	SetFunction(function gdnative.String)
	SetRpcCallMode(mode gdnative.Int)
	SetSingleton(singleton gdnative.String)
	SetUseDefaultArgs(amount gdnative.Int)
	SetValidate(enable gdnative.Bool)
}

VisualScriptFunctionCallImplementer is an interface that implements the methods of the VisualScriptFunctionCall class.

type VisualScriptFunctionCallRPCCallMode ¶ 

type VisualScriptFunctionCallRPCCallMode int

VisualScriptFunctionCallRPCCallMode is an enum for RPCCallMode values. 

const (
	VisualScriptFunctionCallRpcDisabled       VisualScriptFunctionCallRPCCallMode = 0
	VisualScriptFunctionCallRpcReliable       VisualScriptFunctionCallRPCCallMode = 1
	VisualScriptFunctionCallRpcReliableToId   VisualScriptFunctionCallRPCCallMode = 3
	VisualScriptFunctionCallRpcUnreliable     VisualScriptFunctionCallRPCCallMode = 2
	VisualScriptFunctionCallRpcUnreliableToId VisualScriptFunctionCallRPCCallMode = 4
)

type VisualScriptFunctionImplementer ¶ 

type VisualScriptFunctionImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptFunctionImplementer is an interface that implements the methods of the VisualScriptFunction class.

type VisualScriptFunctionState ¶ 

type VisualScriptFunctionState struct {
	Reference
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptFunctionState) BaseClass ¶ 

func (o *VisualScriptFunctionState) BaseClass() string

func (*VisualScriptFunctionState) ConnectToSignal ¶ 

func (o *VisualScriptFunctionState) ConnectToSignal(obj ObjectImplementer, signals gdnative.String, args gdnative.Array)
        Undocumented
	Args: [{ false obj Object} { false signals String} { false args Array}], Returns: void

func (*VisualScriptFunctionState) IsValid ¶ 

func (o *VisualScriptFunctionState) IsValid() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VisualScriptFunctionState) Resume ¶ 

func (o *VisualScriptFunctionState) Resume(args gdnative.Array) gdnative.Variant
        Undocumented
	Args: [{Null true args Array}], Returns: Variant

func (*VisualScriptFunctionState) X_SignalCallback ¶ 

func (o *VisualScriptFunctionState) X_SignalCallback() gdnative.Variant
        Undocumented
	Args: [], Returns: Variant

type VisualScriptFunctionStateImplementer ¶ 

type VisualScriptFunctionStateImplementer interface {
	ReferenceImplementer
	X_SignalCallback() gdnative.Variant
	ConnectToSignal(obj ObjectImplementer, signals gdnative.String, args gdnative.Array)
	IsValid() gdnative.Bool
	Resume(args gdnative.Array) gdnative.Variant
}

VisualScriptFunctionStateImplementer is an interface that implements the methods of the VisualScriptFunctionState class.

type VisualScriptGlobalConstant ¶ 

type VisualScriptGlobalConstant struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptGlobalConstant) BaseClass ¶ 

func (o *VisualScriptGlobalConstant) BaseClass() string

func (*VisualScriptGlobalConstant) GetGlobalConstant ¶ 

func (o *VisualScriptGlobalConstant) GetGlobalConstant() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptGlobalConstant) SetGlobalConstant ¶ 

func (o *VisualScriptGlobalConstant) SetGlobalConstant(index gdnative.Int)
        Undocumented
	Args: [{ false index int}], Returns: void

type VisualScriptGlobalConstantImplementer ¶ 

type VisualScriptGlobalConstantImplementer interface {
	VisualScriptNodeImplementer
	GetGlobalConstant() gdnative.Int
	SetGlobalConstant(index gdnative.Int)
}

VisualScriptGlobalConstantImplementer is an interface that implements the methods of the VisualScriptGlobalConstant class.

type VisualScriptImplementer ¶ 

type VisualScriptImplementer interface {
	ScriptImplementer
	X_GetData() gdnative.Dictionary
	X_NodePortsChanged(arg0 gdnative.Int)
	X_SetData(data gdnative.Dictionary)
	AddCustomSignal(name gdnative.String)
	AddFunction(name gdnative.String)
	AddNode(function gdnative.String, id gdnative.Int, node VisualScriptNodeImplementer, position gdnative.Vector2)
	AddVariable(name gdnative.String, defaultValue gdnative.Variant, export gdnative.Bool)
	CustomSignalAddArgument(name gdnative.String, aType gdnative.Int, argname gdnative.String, index gdnative.Int)
	CustomSignalGetArgumentCount(name gdnative.String) gdnative.Int
	CustomSignalGetArgumentName(name gdnative.String, argidx gdnative.Int) gdnative.String
	CustomSignalRemoveArgument(name gdnative.String, argidx gdnative.Int)
	CustomSignalSetArgumentName(name gdnative.String, argidx gdnative.Int, argname gdnative.String)
	CustomSignalSetArgumentType(name gdnative.String, argidx gdnative.Int, aType gdnative.Int)
	CustomSignalSwapArgument(name gdnative.String, argidx gdnative.Int, withidx gdnative.Int)
	DataConnect(function gdnative.String, fromNode gdnative.Int, fromPort gdnative.Int, toNode gdnative.Int, toPort gdnative.Int)
	DataDisconnect(function gdnative.String, fromNode gdnative.Int, fromPort gdnative.Int, toNode gdnative.Int, toPort gdnative.Int)
	GetFunctionNodeId(name gdnative.String) gdnative.Int
	GetFunctionScroll(name gdnative.String) gdnative.Vector2
	GetNode(function gdnative.String, id gdnative.Int) VisualScriptNodeImplementer
	GetNodePosition(function gdnative.String, id gdnative.Int) gdnative.Vector2
	GetVariableDefaultValue(name gdnative.String) gdnative.Variant
	GetVariableExport(name gdnative.String) gdnative.Bool
	GetVariableInfo(name gdnative.String) gdnative.Dictionary
	HasCustomSignal(name gdnative.String) gdnative.Bool
	HasDataConnection(function gdnative.String, fromNode gdnative.Int, fromPort gdnative.Int, toNode gdnative.Int, toPort gdnative.Int) gdnative.Bool
	HasFunction(name gdnative.String) gdnative.Bool
	HasNode(function gdnative.String, id gdnative.Int) gdnative.Bool
	HasSequenceConnection(function gdnative.String, fromNode gdnative.Int, fromOutput gdnative.Int, toNode gdnative.Int) gdnative.Bool
	HasVariable(name gdnative.String) gdnative.Bool
	RemoveCustomSignal(name gdnative.String)
	RemoveFunction(name gdnative.String)
	RemoveNode(function gdnative.String, id gdnative.Int)
	RemoveVariable(name gdnative.String)
	RenameCustomSignal(name gdnative.String, newName gdnative.String)
	RenameFunction(name gdnative.String, newName gdnative.String)
	RenameVariable(name gdnative.String, newName gdnative.String)
	SequenceConnect(function gdnative.String, fromNode gdnative.Int, fromOutput gdnative.Int, toNode gdnative.Int)
	SequenceDisconnect(function gdnative.String, fromNode gdnative.Int, fromOutput gdnative.Int, toNode gdnative.Int)
	SetFunctionScroll(name gdnative.String, ofs gdnative.Vector2)
	SetInstanceBaseType(aType gdnative.String)
	SetNodePosition(function gdnative.String, id gdnative.Int, position gdnative.Vector2)
	SetVariableDefaultValue(name gdnative.String, value gdnative.Variant)
	SetVariableExport(name gdnative.String, enable gdnative.Bool)
	SetVariableInfo(name gdnative.String, value gdnative.Dictionary)
}

VisualScriptImplementer is an interface that implements the methods of the VisualScript class.

type VisualScriptIndexGet ¶ 

type VisualScriptIndexGet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptIndexGet) BaseClass ¶ 

func (o *VisualScriptIndexGet) BaseClass() string

type VisualScriptIndexGetImplementer ¶ 

type VisualScriptIndexGetImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptIndexGetImplementer is an interface that implements the methods of the VisualScriptIndexGet class.

type VisualScriptIndexSet ¶ 

type VisualScriptIndexSet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptIndexSet) BaseClass ¶ 

func (o *VisualScriptIndexSet) BaseClass() string

type VisualScriptIndexSetImplementer ¶ 

type VisualScriptIndexSetImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptIndexSetImplementer is an interface that implements the methods of the VisualScriptIndexSet class.

type VisualScriptInputAction ¶ 

type VisualScriptInputAction struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptInputAction) BaseClass ¶ 

func (o *VisualScriptInputAction) BaseClass() string

func (*VisualScriptInputAction) GetActionMode ¶ 

func (o *VisualScriptInputAction) GetActionMode() VisualScriptInputActionMode
        Undocumented
	Args: [], Returns: enum.VisualScriptInputAction::Mode

func (*VisualScriptInputAction) GetActionName ¶ 

func (o *VisualScriptInputAction) GetActionName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptInputAction) SetActionMode ¶ 

func (o *VisualScriptInputAction) SetActionMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*VisualScriptInputAction) SetActionName ¶ 

func (o *VisualScriptInputAction) SetActionName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptInputActionImplementer ¶ 

type VisualScriptInputActionImplementer interface {
	VisualScriptNodeImplementer
	GetActionName() gdnative.String
	SetActionMode(mode gdnative.Int)
	SetActionName(name gdnative.String)
}

VisualScriptInputActionImplementer is an interface that implements the methods of the VisualScriptInputAction class.

type VisualScriptInputActionMode ¶ 

type VisualScriptInputActionMode int

VisualScriptInputActionMode is an enum for Mode values. 

const (
	VisualScriptInputActionModeJustPressed  VisualScriptInputActionMode = 2
	VisualScriptInputActionModeJustReleased VisualScriptInputActionMode = 3
	VisualScriptInputActionModePressed      VisualScriptInputActionMode = 0
	VisualScriptInputActionModeReleased     VisualScriptInputActionMode = 1
)

type VisualScriptIterator ¶ 

type VisualScriptIterator struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptIterator) BaseClass ¶ 

func (o *VisualScriptIterator) BaseClass() string

type VisualScriptIteratorImplementer ¶ 

type VisualScriptIteratorImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptIteratorImplementer is an interface that implements the methods of the VisualScriptIterator class.

type VisualScriptLocalVar ¶ 

type VisualScriptLocalVar struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptLocalVar) BaseClass ¶ 

func (o *VisualScriptLocalVar) BaseClass() string

func (*VisualScriptLocalVar) GetVarName ¶ 

func (o *VisualScriptLocalVar) GetVarName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptLocalVar) GetVarType ¶ 

func (o *VisualScriptLocalVar) GetVarType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptLocalVar) SetVarName ¶ 

func (o *VisualScriptLocalVar) SetVarName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScriptLocalVar) SetVarType ¶ 

func (o *VisualScriptLocalVar) SetVarType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type VisualScriptLocalVarImplementer ¶ 

type VisualScriptLocalVarImplementer interface {
	VisualScriptNodeImplementer
	GetVarName() gdnative.String
	SetVarName(name gdnative.String)
	SetVarType(aType gdnative.Int)
}

VisualScriptLocalVarImplementer is an interface that implements the methods of the VisualScriptLocalVar class.

type VisualScriptLocalVarSet ¶ 

type VisualScriptLocalVarSet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptLocalVarSet) BaseClass ¶ 

func (o *VisualScriptLocalVarSet) BaseClass() string

func (*VisualScriptLocalVarSet) GetVarName ¶ 

func (o *VisualScriptLocalVarSet) GetVarName() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptLocalVarSet) GetVarType ¶ 

func (o *VisualScriptLocalVarSet) GetVarType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptLocalVarSet) SetVarName ¶ 

func (o *VisualScriptLocalVarSet) SetVarName(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

func (*VisualScriptLocalVarSet) SetVarType ¶ 

func (o *VisualScriptLocalVarSet) SetVarType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type VisualScriptLocalVarSetImplementer ¶ 

type VisualScriptLocalVarSetImplementer interface {
	VisualScriptNodeImplementer
	GetVarName() gdnative.String
	SetVarName(name gdnative.String)
	SetVarType(aType gdnative.Int)
}

VisualScriptLocalVarSetImplementer is an interface that implements the methods of the VisualScriptLocalVarSet class.

type VisualScriptMathConstant ¶ 

type VisualScriptMathConstant struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptMathConstant) BaseClass ¶ 

func (o *VisualScriptMathConstant) BaseClass() string

func (*VisualScriptMathConstant) GetMathConstant ¶ 

func (o *VisualScriptMathConstant) GetMathConstant() VisualScriptMathConstantMathConstant
        Undocumented
	Args: [], Returns: enum.VisualScriptMathConstant::MathConstant

func (*VisualScriptMathConstant) SetMathConstant ¶ 

func (o *VisualScriptMathConstant) SetMathConstant(which gdnative.Int)
        Undocumented
	Args: [{ false which int}], Returns: void

type VisualScriptMathConstantImplementer ¶ 

type VisualScriptMathConstantImplementer interface {
	VisualScriptNodeImplementer
	SetMathConstant(which gdnative.Int)
}

VisualScriptMathConstantImplementer is an interface that implements the methods of the VisualScriptMathConstant class.

type VisualScriptMathConstantMathConstant ¶ 

type VisualScriptMathConstantMathConstant int

VisualScriptMathConstantMathConstant is an enum for MathConstant values. 

const (
	VisualScriptMathConstantMathConstantE      VisualScriptMathConstantMathConstant = 4
	VisualScriptMathConstantMathConstantHalfPi VisualScriptMathConstantMathConstant = 2
	VisualScriptMathConstantMathConstantInf    VisualScriptMathConstantMathConstant = 6
	VisualScriptMathConstantMathConstantMax    VisualScriptMathConstantMathConstant = 8
	VisualScriptMathConstantMathConstantNan    VisualScriptMathConstantMathConstant = 7
	VisualScriptMathConstantMathConstantOne    VisualScriptMathConstantMathConstant = 0
	VisualScriptMathConstantMathConstantPi     VisualScriptMathConstantMathConstant = 1
	VisualScriptMathConstantMathConstantSqrt2  VisualScriptMathConstantMathConstant = 5
	VisualScriptMathConstantMathConstantTau    VisualScriptMathConstantMathConstant = 3
)

type VisualScriptNode ¶ 

type VisualScriptNode struct {
	Resource
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptNode) BaseClass ¶ 

func (o *VisualScriptNode) BaseClass() string

func (*VisualScriptNode) GetDefaultInputValue ¶ 

func (o *VisualScriptNode) GetDefaultInputValue(portIdx gdnative.Int) gdnative.Variant
        Undocumented
	Args: [{ false port_idx int}], Returns: Variant

func (*VisualScriptNode) GetVisualScript ¶ 

func (o *VisualScriptNode) GetVisualScript() VisualScriptImplementer
        Undocumented
	Args: [], Returns: VisualScript

func (*VisualScriptNode) PortsChangedNotify ¶ 

func (o *VisualScriptNode) PortsChangedNotify()
        Undocumented
	Args: [], Returns: void

func (*VisualScriptNode) SetDefaultInputValue ¶ 

func (o *VisualScriptNode) SetDefaultInputValue(portIdx gdnative.Int, value gdnative.Variant)
        Undocumented
	Args: [{ false port_idx int} { false value Variant}], Returns: void

func (*VisualScriptNode) X_GetDefaultInputValues ¶ 

func (o *VisualScriptNode) X_GetDefaultInputValues() gdnative.Array
        Undocumented
	Args: [], Returns: Array

func (*VisualScriptNode) X_SetDefaultInputValues ¶ 

func (o *VisualScriptNode) X_SetDefaultInputValues(values gdnative.Array)
        Undocumented
	Args: [{ false values Array}], Returns: void

type VisualScriptNodeImplementer ¶ 

type VisualScriptNodeImplementer interface {
	ResourceImplementer
	X_GetDefaultInputValues() gdnative.Array
	X_SetDefaultInputValues(values gdnative.Array)
	GetDefaultInputValue(portIdx gdnative.Int) gdnative.Variant
	GetVisualScript() VisualScriptImplementer
	PortsChangedNotify()
	SetDefaultInputValue(portIdx gdnative.Int, value gdnative.Variant)
}

VisualScriptNodeImplementer is an interface that implements the methods of the VisualScriptNode class.

type VisualScriptOperator ¶ 

type VisualScriptOperator struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptOperator) BaseClass ¶ 

func (o *VisualScriptOperator) BaseClass() string

func (*VisualScriptOperator) GetOperator ¶ 

func (o *VisualScriptOperator) GetOperator() gdnative.VariantOperator
        Undocumented
	Args: [], Returns: enum.Variant::Operator

func (*VisualScriptOperator) GetTyped ¶ 

func (o *VisualScriptOperator) GetTyped() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptOperator) SetOperator ¶ 

func (o *VisualScriptOperator) SetOperator(op gdnative.Int)
        Undocumented
	Args: [{ false op int}], Returns: void

func (*VisualScriptOperator) SetTyped ¶ 

func (o *VisualScriptOperator) SetTyped(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type VisualScriptOperatorImplementer ¶ 

type VisualScriptOperatorImplementer interface {
	VisualScriptNodeImplementer
	SetOperator(op gdnative.Int)
	SetTyped(aType gdnative.Int)
}

VisualScriptOperatorImplementer is an interface that implements the methods of the VisualScriptOperator class.

type VisualScriptPreload ¶ 

type VisualScriptPreload struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptPreload) BaseClass ¶ 

func (o *VisualScriptPreload) BaseClass() string

func (*VisualScriptPreload) GetPreload ¶ 

func (o *VisualScriptPreload) GetPreload() ResourceImplementer
        Undocumented
	Args: [], Returns: Resource

func (*VisualScriptPreload) SetPreload ¶ 

func (o *VisualScriptPreload) SetPreload(resource ResourceImplementer)
        Undocumented
	Args: [{ false resource Resource}], Returns: void

type VisualScriptPreloadImplementer ¶ 

type VisualScriptPreloadImplementer interface {
	VisualScriptNodeImplementer
	GetPreload() ResourceImplementer
	SetPreload(resource ResourceImplementer)
}

VisualScriptPreloadImplementer is an interface that implements the methods of the VisualScriptPreload class.

type VisualScriptPropertyGet ¶ 

type VisualScriptPropertyGet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptPropertyGet) BaseClass ¶ 

func (o *VisualScriptPropertyGet) BaseClass() string

func (*VisualScriptPropertyGet) GetBasePath ¶ 

func (o *VisualScriptPropertyGet) GetBasePath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*VisualScriptPropertyGet) GetBaseScript ¶ 

func (o *VisualScriptPropertyGet) GetBaseScript() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertyGet) GetBaseType ¶ 

func (o *VisualScriptPropertyGet) GetBaseType() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertyGet) GetBasicType ¶ 

func (o *VisualScriptPropertyGet) GetBasicType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptPropertyGet) GetCallMode ¶ 

func (o *VisualScriptPropertyGet) GetCallMode() VisualScriptPropertyGetCallMode
        Undocumented
	Args: [], Returns: enum.VisualScriptPropertyGet::CallMode

func (*VisualScriptPropertyGet) GetIndex ¶ 

func (o *VisualScriptPropertyGet) GetIndex() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertyGet) GetProperty ¶ 

func (o *VisualScriptPropertyGet) GetProperty() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertyGet) SetBasePath ¶ 

func (o *VisualScriptPropertyGet) SetBasePath(basePath gdnative.NodePath)
        Undocumented
	Args: [{ false base_path NodePath}], Returns: void

func (*VisualScriptPropertyGet) SetBaseScript ¶ 

func (o *VisualScriptPropertyGet) SetBaseScript(baseScript gdnative.String)
        Undocumented
	Args: [{ false base_script String}], Returns: void

func (*VisualScriptPropertyGet) SetBaseType ¶ 

func (o *VisualScriptPropertyGet) SetBaseType(baseType gdnative.String)
        Undocumented
	Args: [{ false base_type String}], Returns: void

func (*VisualScriptPropertyGet) SetBasicType ¶ 

func (o *VisualScriptPropertyGet) SetBasicType(basicType gdnative.Int)
        Undocumented
	Args: [{ false basic_type int}], Returns: void

func (*VisualScriptPropertyGet) SetCallMode ¶ 

func (o *VisualScriptPropertyGet) SetCallMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*VisualScriptPropertyGet) SetIndex ¶ 

func (o *VisualScriptPropertyGet) SetIndex(index gdnative.String)
        Undocumented
	Args: [{ false index String}], Returns: void

func (*VisualScriptPropertyGet) SetProperty ¶ 

func (o *VisualScriptPropertyGet) SetProperty(property gdnative.String)
        Undocumented
	Args: [{ false property String}], Returns: void

func (*VisualScriptPropertyGet) X_GetTypeCache ¶ 

func (o *VisualScriptPropertyGet) X_GetTypeCache() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptPropertyGet) X_SetTypeCache ¶ 

func (o *VisualScriptPropertyGet) X_SetTypeCache(typeCache gdnative.Int)
        Undocumented
	Args: [{ false type_cache int}], Returns: void

type VisualScriptPropertyGetCallMode ¶ 

type VisualScriptPropertyGetCallMode int

VisualScriptPropertyGetCallMode is an enum for CallMode values. 

const (
	VisualScriptPropertyGetCallModeInstance VisualScriptPropertyGetCallMode = 2
	VisualScriptPropertyGetCallModeNodePath VisualScriptPropertyGetCallMode = 1
	VisualScriptPropertyGetCallModeSelf     VisualScriptPropertyGetCallMode = 0
)

type VisualScriptPropertyGetImplementer ¶ 

type VisualScriptPropertyGetImplementer interface {
	VisualScriptNodeImplementer
	X_SetTypeCache(typeCache gdnative.Int)
	GetBasePath() gdnative.NodePath
	GetBaseScript() gdnative.String
	GetBaseType() gdnative.String
	GetIndex() gdnative.String
	GetProperty() gdnative.String
	SetBasePath(basePath gdnative.NodePath)
	SetBaseScript(baseScript gdnative.String)
	SetBaseType(baseType gdnative.String)
	SetBasicType(basicType gdnative.Int)
	SetCallMode(mode gdnative.Int)
	SetIndex(index gdnative.String)
	SetProperty(property gdnative.String)
}

VisualScriptPropertyGetImplementer is an interface that implements the methods of the VisualScriptPropertyGet class.

type VisualScriptPropertySet ¶ 

type VisualScriptPropertySet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptPropertySet) BaseClass ¶ 

func (o *VisualScriptPropertySet) BaseClass() string

func (*VisualScriptPropertySet) GetAssignOp ¶ 

func (o *VisualScriptPropertySet) GetAssignOp() VisualScriptPropertySetAssignOp
        Undocumented
	Args: [], Returns: enum.VisualScriptPropertySet::AssignOp

func (*VisualScriptPropertySet) GetBasePath ¶ 

func (o *VisualScriptPropertySet) GetBasePath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*VisualScriptPropertySet) GetBaseScript ¶ 

func (o *VisualScriptPropertySet) GetBaseScript() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertySet) GetBaseType ¶ 

func (o *VisualScriptPropertySet) GetBaseType() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertySet) GetBasicType ¶ 

func (o *VisualScriptPropertySet) GetBasicType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptPropertySet) GetCallMode ¶ 

func (o *VisualScriptPropertySet) GetCallMode() VisualScriptPropertySetCallMode
        Undocumented
	Args: [], Returns: enum.VisualScriptPropertySet::CallMode

func (*VisualScriptPropertySet) GetIndex ¶ 

func (o *VisualScriptPropertySet) GetIndex() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertySet) GetProperty ¶ 

func (o *VisualScriptPropertySet) GetProperty() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptPropertySet) SetAssignOp ¶ 

func (o *VisualScriptPropertySet) SetAssignOp(assignOp gdnative.Int)
        Undocumented
	Args: [{ false assign_op int}], Returns: void

func (*VisualScriptPropertySet) SetBasePath ¶ 

func (o *VisualScriptPropertySet) SetBasePath(basePath gdnative.NodePath)
        Undocumented
	Args: [{ false base_path NodePath}], Returns: void

func (*VisualScriptPropertySet) SetBaseScript ¶ 

func (o *VisualScriptPropertySet) SetBaseScript(baseScript gdnative.String)
        Undocumented
	Args: [{ false base_script String}], Returns: void

func (*VisualScriptPropertySet) SetBaseType ¶ 

func (o *VisualScriptPropertySet) SetBaseType(baseType gdnative.String)
        Undocumented
	Args: [{ false base_type String}], Returns: void

func (*VisualScriptPropertySet) SetBasicType ¶ 

func (o *VisualScriptPropertySet) SetBasicType(basicType gdnative.Int)
        Undocumented
	Args: [{ false basic_type int}], Returns: void

func (*VisualScriptPropertySet) SetCallMode ¶ 

func (o *VisualScriptPropertySet) SetCallMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*VisualScriptPropertySet) SetIndex ¶ 

func (o *VisualScriptPropertySet) SetIndex(index gdnative.String)
        Undocumented
	Args: [{ false index String}], Returns: void

func (*VisualScriptPropertySet) SetProperty ¶ 

func (o *VisualScriptPropertySet) SetProperty(property gdnative.String)
        Undocumented
	Args: [{ false property String}], Returns: void

func (*VisualScriptPropertySet) X_GetTypeCache ¶ 

func (o *VisualScriptPropertySet) X_GetTypeCache() gdnative.Dictionary
        Undocumented
	Args: [], Returns: Dictionary

func (*VisualScriptPropertySet) X_SetTypeCache ¶ 

func (o *VisualScriptPropertySet) X_SetTypeCache(typeCache gdnative.Dictionary)
        Undocumented
	Args: [{ false type_cache Dictionary}], Returns: void

type VisualScriptPropertySetAssignOp ¶ 

type VisualScriptPropertySetAssignOp int

VisualScriptPropertySetAssignOp is an enum for AssignOp values. 

const (
	VisualScriptPropertySetAssignOpAdd        VisualScriptPropertySetAssignOp = 1
	VisualScriptPropertySetAssignOpBitAnd     VisualScriptPropertySetAssignOp = 8
	VisualScriptPropertySetAssignOpBitOr      VisualScriptPropertySetAssignOp = 9
	VisualScriptPropertySetAssignOpBitXor     VisualScriptPropertySetAssignOp = 10
	VisualScriptPropertySetAssignOpDiv        VisualScriptPropertySetAssignOp = 4
	VisualScriptPropertySetAssignOpMod        VisualScriptPropertySetAssignOp = 5
	VisualScriptPropertySetAssignOpMul        VisualScriptPropertySetAssignOp = 3
	VisualScriptPropertySetAssignOpNone       VisualScriptPropertySetAssignOp = 0
	VisualScriptPropertySetAssignOpShiftLeft  VisualScriptPropertySetAssignOp = 6
	VisualScriptPropertySetAssignOpShiftRight VisualScriptPropertySetAssignOp = 7
	VisualScriptPropertySetAssignOpSub        VisualScriptPropertySetAssignOp = 2
)

type VisualScriptPropertySetCallMode ¶ 

type VisualScriptPropertySetCallMode int

VisualScriptPropertySetCallMode is an enum for CallMode values. 

const (
	VisualScriptPropertySetCallModeBasicType VisualScriptPropertySetCallMode = 3
	VisualScriptPropertySetCallModeInstance  VisualScriptPropertySetCallMode = 2
	VisualScriptPropertySetCallModeNodePath  VisualScriptPropertySetCallMode = 1
	VisualScriptPropertySetCallModeSelf      VisualScriptPropertySetCallMode = 0
)

type VisualScriptPropertySetImplementer ¶ 

type VisualScriptPropertySetImplementer interface {
	VisualScriptNodeImplementer
	X_GetTypeCache() gdnative.Dictionary
	X_SetTypeCache(typeCache gdnative.Dictionary)
	GetBasePath() gdnative.NodePath
	GetBaseScript() gdnative.String
	GetBaseType() gdnative.String
	GetIndex() gdnative.String
	GetProperty() gdnative.String
	SetAssignOp(assignOp gdnative.Int)
	SetBasePath(basePath gdnative.NodePath)
	SetBaseScript(baseScript gdnative.String)
	SetBaseType(baseType gdnative.String)
	SetBasicType(basicType gdnative.Int)
	SetCallMode(mode gdnative.Int)
	SetIndex(index gdnative.String)
	SetProperty(property gdnative.String)
}

VisualScriptPropertySetImplementer is an interface that implements the methods of the VisualScriptPropertySet class.

type VisualScriptResourcePath ¶ 

type VisualScriptResourcePath struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptResourcePath) BaseClass ¶ 

func (o *VisualScriptResourcePath) BaseClass() string

func (*VisualScriptResourcePath) GetResourcePath ¶ 

func (o *VisualScriptResourcePath) GetResourcePath() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptResourcePath) SetResourcePath ¶ 

func (o *VisualScriptResourcePath) SetResourcePath(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

type VisualScriptResourcePathImplementer ¶ 

type VisualScriptResourcePathImplementer interface {
	VisualScriptNodeImplementer
	GetResourcePath() gdnative.String
	SetResourcePath(path gdnative.String)
}

VisualScriptResourcePathImplementer is an interface that implements the methods of the VisualScriptResourcePath class.

type VisualScriptReturn ¶ 

type VisualScriptReturn struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptReturn) BaseClass ¶ 

func (o *VisualScriptReturn) BaseClass() string

func (*VisualScriptReturn) GetReturnType ¶ 

func (o *VisualScriptReturn) GetReturnType() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptReturn) IsReturnValueEnabled ¶ 

func (o *VisualScriptReturn) IsReturnValueEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*VisualScriptReturn) SetEnableReturnValue ¶ 

func (o *VisualScriptReturn) SetEnableReturnValue(enable gdnative.Bool)
        Undocumented
	Args: [{ false enable bool}], Returns: void

func (*VisualScriptReturn) SetReturnType ¶ 

func (o *VisualScriptReturn) SetReturnType(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type VisualScriptReturnImplementer ¶ 

type VisualScriptReturnImplementer interface {
	VisualScriptNodeImplementer
	IsReturnValueEnabled() gdnative.Bool
	SetEnableReturnValue(enable gdnative.Bool)
	SetReturnType(aType gdnative.Int)
}

VisualScriptReturnImplementer is an interface that implements the methods of the VisualScriptReturn class.

type VisualScriptSceneNode ¶ 

type VisualScriptSceneNode struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSceneNode) BaseClass ¶ 

func (o *VisualScriptSceneNode) BaseClass() string

func (*VisualScriptSceneNode) GetNodePath ¶ 

func (o *VisualScriptSceneNode) GetNodePath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*VisualScriptSceneNode) SetNodePath ¶ 

func (o *VisualScriptSceneNode) SetNodePath(path gdnative.NodePath)
        Undocumented
	Args: [{ false path NodePath}], Returns: void

type VisualScriptSceneNodeImplementer ¶ 

type VisualScriptSceneNodeImplementer interface {
	VisualScriptNodeImplementer
	GetNodePath() gdnative.NodePath
	SetNodePath(path gdnative.NodePath)
}

VisualScriptSceneNodeImplementer is an interface that implements the methods of the VisualScriptSceneNode class.

type VisualScriptSceneTree ¶ 

type VisualScriptSceneTree struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSceneTree) BaseClass ¶ 

func (o *VisualScriptSceneTree) BaseClass() string

type VisualScriptSceneTreeImplementer ¶ 

type VisualScriptSceneTreeImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptSceneTreeImplementer is an interface that implements the methods of the VisualScriptSceneTree class.

type VisualScriptSelect ¶ 

type VisualScriptSelect struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSelect) BaseClass ¶ 

func (o *VisualScriptSelect) BaseClass() string

func (*VisualScriptSelect) GetTyped ¶ 

func (o *VisualScriptSelect) GetTyped() gdnative.VariantType
        Undocumented
	Args: [], Returns: enum.Variant::Type

func (*VisualScriptSelect) SetTyped ¶ 

func (o *VisualScriptSelect) SetTyped(aType gdnative.Int)
        Undocumented
	Args: [{ false type int}], Returns: void

type VisualScriptSelectImplementer ¶ 

type VisualScriptSelectImplementer interface {
	VisualScriptNodeImplementer
	SetTyped(aType gdnative.Int)
}

VisualScriptSelectImplementer is an interface that implements the methods of the VisualScriptSelect class.

type VisualScriptSelf ¶ 

type VisualScriptSelf struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSelf) BaseClass ¶ 

func (o *VisualScriptSelf) BaseClass() string

type VisualScriptSelfImplementer ¶ 

type VisualScriptSelfImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptSelfImplementer is an interface that implements the methods of the VisualScriptSelf class.

type VisualScriptSequence ¶ 

type VisualScriptSequence struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSequence) BaseClass ¶ 

func (o *VisualScriptSequence) BaseClass() string

func (*VisualScriptSequence) GetSteps ¶ 

func (o *VisualScriptSequence) GetSteps() gdnative.Int
        Undocumented
	Args: [], Returns: int

func (*VisualScriptSequence) SetSteps ¶ 

func (o *VisualScriptSequence) SetSteps(steps gdnative.Int)
        Undocumented
	Args: [{ false steps int}], Returns: void

type VisualScriptSequenceImplementer ¶ 

type VisualScriptSequenceImplementer interface {
	VisualScriptNodeImplementer
	GetSteps() gdnative.Int
	SetSteps(steps gdnative.Int)
}

VisualScriptSequenceImplementer is an interface that implements the methods of the VisualScriptSequence class.

type VisualScriptSubCall ¶ 

type VisualScriptSubCall struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSubCall) BaseClass ¶ 

func (o *VisualScriptSubCall) BaseClass() string

func (*VisualScriptSubCall) X_Subcall ¶ 

func (o *VisualScriptSubCall) X_Subcall(arguments gdnative.Variant) gdnative.Variant
        Undocumented
	Args: [{ false arguments Variant}], Returns: Variant

type VisualScriptSubCallImplementer ¶ 

type VisualScriptSubCallImplementer interface {
	VisualScriptNodeImplementer
	X_Subcall(arguments gdnative.Variant) gdnative.Variant
}

VisualScriptSubCallImplementer is an interface that implements the methods of the VisualScriptSubCall class.

type VisualScriptSwitch ¶ 

type VisualScriptSwitch struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptSwitch) BaseClass ¶ 

func (o *VisualScriptSwitch) BaseClass() string

type VisualScriptSwitchImplementer ¶ 

type VisualScriptSwitchImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptSwitchImplementer is an interface that implements the methods of the VisualScriptSwitch class.

type VisualScriptTypeCast ¶ 

type VisualScriptTypeCast struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptTypeCast) BaseClass ¶ 

func (o *VisualScriptTypeCast) BaseClass() string

func (*VisualScriptTypeCast) GetBaseScript ¶ 

func (o *VisualScriptTypeCast) GetBaseScript() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptTypeCast) GetBaseType ¶ 

func (o *VisualScriptTypeCast) GetBaseType() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptTypeCast) SetBaseScript ¶ 

func (o *VisualScriptTypeCast) SetBaseScript(path gdnative.String)
        Undocumented
	Args: [{ false path String}], Returns: void

func (*VisualScriptTypeCast) SetBaseType ¶ 

func (o *VisualScriptTypeCast) SetBaseType(aType gdnative.String)
        Undocumented
	Args: [{ false type String}], Returns: void

type VisualScriptTypeCastImplementer ¶ 

type VisualScriptTypeCastImplementer interface {
	VisualScriptNodeImplementer
	GetBaseScript() gdnative.String
	GetBaseType() gdnative.String
	SetBaseScript(path gdnative.String)
	SetBaseType(aType gdnative.String)
}

VisualScriptTypeCastImplementer is an interface that implements the methods of the VisualScriptTypeCast class.

type VisualScriptVariableGet ¶ 

type VisualScriptVariableGet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptVariableGet) BaseClass ¶ 

func (o *VisualScriptVariableGet) BaseClass() string

func (*VisualScriptVariableGet) GetVariable ¶ 

func (o *VisualScriptVariableGet) GetVariable() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptVariableGet) SetVariable ¶ 

func (o *VisualScriptVariableGet) SetVariable(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptVariableGetImplementer ¶ 

type VisualScriptVariableGetImplementer interface {
	VisualScriptNodeImplementer
	GetVariable() gdnative.String
	SetVariable(name gdnative.String)
}

VisualScriptVariableGetImplementer is an interface that implements the methods of the VisualScriptVariableGet class.

type VisualScriptVariableSet ¶ 

type VisualScriptVariableSet struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptVariableSet) BaseClass ¶ 

func (o *VisualScriptVariableSet) BaseClass() string

func (*VisualScriptVariableSet) GetVariable ¶ 

func (o *VisualScriptVariableSet) GetVariable() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptVariableSet) SetVariable ¶ 

func (o *VisualScriptVariableSet) SetVariable(name gdnative.String)
        Undocumented
	Args: [{ false name String}], Returns: void

type VisualScriptVariableSetImplementer ¶ 

type VisualScriptVariableSetImplementer interface {
	VisualScriptNodeImplementer
	GetVariable() gdnative.String
	SetVariable(name gdnative.String)
}

VisualScriptVariableSetImplementer is an interface that implements the methods of the VisualScriptVariableSet class.

type VisualScriptWhile ¶ 

type VisualScriptWhile struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptWhile) BaseClass ¶ 

func (o *VisualScriptWhile) BaseClass() string

type VisualScriptWhileImplementer ¶ 

type VisualScriptWhileImplementer interface {
	VisualScriptNodeImplementer
}

VisualScriptWhileImplementer is an interface that implements the methods of the VisualScriptWhile class.

type VisualScriptYield ¶ 

type VisualScriptYield struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptYield) BaseClass ¶ 

func (o *VisualScriptYield) BaseClass() string

func (*VisualScriptYield) GetWaitTime ¶ 

func (o *VisualScriptYield) GetWaitTime() gdnative.Real
        Undocumented
	Args: [], Returns: float

func (*VisualScriptYield) GetYieldMode ¶ 

func (o *VisualScriptYield) GetYieldMode() VisualScriptYieldYieldMode
        Undocumented
	Args: [], Returns: enum.VisualScriptYield::YieldMode

func (*VisualScriptYield) SetWaitTime ¶ 

func (o *VisualScriptYield) SetWaitTime(sec gdnative.Real)
        Undocumented
	Args: [{ false sec float}], Returns: void

func (*VisualScriptYield) SetYieldMode ¶ 

func (o *VisualScriptYield) SetYieldMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

type VisualScriptYieldImplementer ¶ 

type VisualScriptYieldImplementer interface {
	VisualScriptNodeImplementer
	GetWaitTime() gdnative.Real
	SetWaitTime(sec gdnative.Real)
	SetYieldMode(mode gdnative.Int)
}

VisualScriptYieldImplementer is an interface that implements the methods of the VisualScriptYield class.

type VisualScriptYieldSignal ¶ 

type VisualScriptYieldSignal struct {
	VisualScriptNode
	// contains filtered or unexported fields
}

Undocumented

func (*VisualScriptYieldSignal) BaseClass ¶ 

func (o *VisualScriptYieldSignal) BaseClass() string

func (*VisualScriptYieldSignal) GetBasePath ¶ 

func (o *VisualScriptYieldSignal) GetBasePath() gdnative.NodePath
        Undocumented
	Args: [], Returns: NodePath

func (*VisualScriptYieldSignal) GetBaseType ¶ 

func (o *VisualScriptYieldSignal) GetBaseType() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptYieldSignal) GetCallMode ¶ 

func (o *VisualScriptYieldSignal) GetCallMode() VisualScriptYieldSignalCallMode
        Undocumented
	Args: [], Returns: enum.VisualScriptYieldSignal::CallMode

func (*VisualScriptYieldSignal) GetSignal ¶ 

func (o *VisualScriptYieldSignal) GetSignal() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*VisualScriptYieldSignal) SetBasePath ¶ 

func (o *VisualScriptYieldSignal) SetBasePath(basePath gdnative.NodePath)
        Undocumented
	Args: [{ false base_path NodePath}], Returns: void

func (*VisualScriptYieldSignal) SetBaseType ¶ 

func (o *VisualScriptYieldSignal) SetBaseType(baseType gdnative.String)
        Undocumented
	Args: [{ false base_type String}], Returns: void

func (*VisualScriptYieldSignal) SetCallMode ¶ 

func (o *VisualScriptYieldSignal) SetCallMode(mode gdnative.Int)
        Undocumented
	Args: [{ false mode int}], Returns: void

func (*VisualScriptYieldSignal) SetSignal ¶ 

func (o *VisualScriptYieldSignal) SetSignal(signal gdnative.String)
        Undocumented
	Args: [{ false signal String}], Returns: void

type VisualScriptYieldSignalCallMode ¶ 

type VisualScriptYieldSignalCallMode int

VisualScriptYieldSignalCallMode is an enum for CallMode values. 

const (
	VisualScriptYieldSignalCallModeInstance VisualScriptYieldSignalCallMode = 2
	VisualScriptYieldSignalCallModeNodePath VisualScriptYieldSignalCallMode = 1
	VisualScriptYieldSignalCallModeSelf     VisualScriptYieldSignalCallMode = 0
)

type VisualScriptYieldSignalImplementer ¶ 

type VisualScriptYieldSignalImplementer interface {
	VisualScriptNodeImplementer
	GetBasePath() gdnative.NodePath
	GetBaseType() gdnative.String
	GetSignal() gdnative.String
	SetBasePath(basePath gdnative.NodePath)
	SetBaseType(baseType gdnative.String)
	SetCallMode(mode gdnative.Int)
	SetSignal(signal gdnative.String)
}

VisualScriptYieldSignalImplementer is an interface that implements the methods of the VisualScriptYieldSignal class.

type VisualScriptYieldYieldMode ¶ 

type VisualScriptYieldYieldMode int

VisualScriptYieldYieldMode is an enum for YieldMode values. 

const (
	VisualScriptYieldYieldFrame        VisualScriptYieldYieldMode = 1
	VisualScriptYieldYieldPhysicsFrame VisualScriptYieldYieldMode = 2
	VisualScriptYieldYieldWait         VisualScriptYieldYieldMode = 3
)

type VisualServerArrayFormat ¶ 

type VisualServerArrayFormat int

VisualServerArrayFormat is an enum for ArrayFormat values. 

const (
	VisualServerArrayCompressBones     VisualServerArrayFormat = 32768
	VisualServerArrayCompressColor     VisualServerArrayFormat = 4096
	VisualServerArrayCompressDefault   VisualServerArrayFormat = 97792
	VisualServerArrayCompressIndex     VisualServerArrayFormat = 131072
	VisualServerArrayCompressNormal    VisualServerArrayFormat = 1024
	VisualServerArrayCompressTangent   VisualServerArrayFormat = 2048
	VisualServerArrayCompressTexUv     VisualServerArrayFormat = 8192
	VisualServerArrayCompressTexUv2    VisualServerArrayFormat = 16384
	VisualServerArrayCompressVertex    VisualServerArrayFormat = 512
	VisualServerArrayCompressWeights   VisualServerArrayFormat = 65536
	VisualServerArrayFlagUse16BitBones VisualServerArrayFormat = 524288
	VisualServerArrayFlagUse2DVertices VisualServerArrayFormat = 262144
	VisualServerArrayFormatBones       VisualServerArrayFormat = 64
	VisualServerArrayFormatColor       VisualServerArrayFormat = 8
	VisualServerArrayFormatIndex       VisualServerArrayFormat = 256
	VisualServerArrayFormatNormal      VisualServerArrayFormat = 2
	VisualServerArrayFormatTangent     VisualServerArrayFormat = 4
	VisualServerArrayFormatTexUv       VisualServerArrayFormat = 16
	VisualServerArrayFormatTexUv2      VisualServerArrayFormat = 32
	VisualServerArrayFormatVertex      VisualServerArrayFormat = 1
	VisualServerArrayFormatWeights     VisualServerArrayFormat = 128
)

type VisualServerArrayType ¶ 

type VisualServerArrayType int

VisualServerArrayType is an enum for ArrayType values. 

const (
	VisualServerArrayBones   VisualServerArrayType = 6
	VisualServerArrayColor   VisualServerArrayType = 3
	VisualServerArrayIndex   VisualServerArrayType = 8
	VisualServerArrayMax     VisualServerArrayType = 9
	VisualServerArrayNormal  VisualServerArrayType = 1
	VisualServerArrayTangent VisualServerArrayType = 2
	VisualServerArrayTexUv   VisualServerArrayType = 4
	VisualServerArrayTexUv2  VisualServerArrayType = 5
	VisualServerArrayVertex  VisualServerArrayType = 0
	VisualServerArrayWeights VisualServerArrayType = 7
)

type VisualServerBlendShapeMode ¶ 

type VisualServerBlendShapeMode int

VisualServerBlendShapeMode is an enum for BlendShapeMode values. 

const (
	VisualServerBlendShapeModeNormalized VisualServerBlendShapeMode = 0
	VisualServerBlendShapeModeRelative   VisualServerBlendShapeMode = 1
)

type VisualServerCanvasLightMode ¶ 

type VisualServerCanvasLightMode int

VisualServerCanvasLightMode is an enum for CanvasLightMode values. 

const (
	VisualServerCanvasLightModeAdd  VisualServerCanvasLightMode = 0
	VisualServerCanvasLightModeMask VisualServerCanvasLightMode = 3
	VisualServerCanvasLightModeMix  VisualServerCanvasLightMode = 2
	VisualServerCanvasLightModeSub  VisualServerCanvasLightMode = 1
)

type VisualServerCanvasLightShadowFilter ¶ 

type VisualServerCanvasLightShadowFilter int

VisualServerCanvasLightShadowFilter is an enum for CanvasLightShadowFilter values. 

const (
	VisualServerCanvasLightFilterNone  VisualServerCanvasLightShadowFilter = 0
	VisualServerCanvasLightFilterPcf13 VisualServerCanvasLightShadowFilter = 5
	VisualServerCanvasLightFilterPcf3  VisualServerCanvasLightShadowFilter = 1
	VisualServerCanvasLightFilterPcf5  VisualServerCanvasLightShadowFilter = 2
	VisualServerCanvasLightFilterPcf7  VisualServerCanvasLightShadowFilter = 3
	VisualServerCanvasLightFilterPcf9  VisualServerCanvasLightShadowFilter = 4
)

type VisualServerCanvasOccluderPolygonCullMode ¶ 

type VisualServerCanvasOccluderPolygonCullMode int

VisualServerCanvasOccluderPolygonCullMode is an enum for CanvasOccluderPolygonCullMode values. 

const (
	VisualServerCanvasOccluderPolygonCullClockwise        VisualServerCanvasOccluderPolygonCullMode = 1
	VisualServerCanvasOccluderPolygonCullCounterClockwise VisualServerCanvasOccluderPolygonCullMode = 2
	VisualServerCanvasOccluderPolygonCullDisabled         VisualServerCanvasOccluderPolygonCullMode = 0
)

type VisualServerCubeMapSide ¶ 

type VisualServerCubeMapSide int

VisualServerCubeMapSide is an enum for CubeMapSide values. 

const (
	VisualServerCubemapBack   VisualServerCubeMapSide = 5
	VisualServerCubemapBottom VisualServerCubeMapSide = 2
	VisualServerCubemapFront  VisualServerCubeMapSide = 4
	VisualServerCubemapLeft   VisualServerCubeMapSide = 0
	VisualServerCubemapRight  VisualServerCubeMapSide = 1
	VisualServerCubemapTop    VisualServerCubeMapSide = 3
)

type VisualServerEnvironmentBG ¶ 

type VisualServerEnvironmentBG int

VisualServerEnvironmentBG is an enum for EnvironmentBG values. 

const (
	VisualServerEnvBgCanvas     VisualServerEnvironmentBG = 4
	VisualServerEnvBgClearColor VisualServerEnvironmentBG = 0
	VisualServerEnvBgColor      VisualServerEnvironmentBG = 1
	VisualServerEnvBgColorSky   VisualServerEnvironmentBG = 3
	VisualServerEnvBgKeep       VisualServerEnvironmentBG = 5
	VisualServerEnvBgMax        VisualServerEnvironmentBG = 6
	VisualServerEnvBgSky        VisualServerEnvironmentBG = 2
)

type VisualServerEnvironmentDOFBlurQuality ¶ 

type VisualServerEnvironmentDOFBlurQuality int

VisualServerEnvironmentDOFBlurQuality is an enum for EnvironmentDOFBlurQuality values. 

const (
	VisualServerEnvDofBlurQualityHigh   VisualServerEnvironmentDOFBlurQuality = 2
	VisualServerEnvDofBlurQualityLow    VisualServerEnvironmentDOFBlurQuality = 0
	VisualServerEnvDofBlurQualityMedium VisualServerEnvironmentDOFBlurQuality = 1
)

type VisualServerEnvironmentGlowBlendMode ¶ 

type VisualServerEnvironmentGlowBlendMode int

VisualServerEnvironmentGlowBlendMode is an enum for EnvironmentGlowBlendMode values. 

const (
	VisualServerGlowBlendModeAdditive  VisualServerEnvironmentGlowBlendMode = 0
	VisualServerGlowBlendModeReplace   VisualServerEnvironmentGlowBlendMode = 3
	VisualServerGlowBlendModeScreen    VisualServerEnvironmentGlowBlendMode = 1
	VisualServerGlowBlendModeSoftlight VisualServerEnvironmentGlowBlendMode = 2
)

type VisualServerEnvironmentSSAOBlur ¶ 

type VisualServerEnvironmentSSAOBlur int

VisualServerEnvironmentSSAOBlur is an enum for EnvironmentSSAOBlur values. 

const (
	VisualServerEnvSsaoBlur1X1      VisualServerEnvironmentSSAOBlur = 1
	VisualServerEnvSsaoBlur2X2      VisualServerEnvironmentSSAOBlur = 2
	VisualServerEnvSsaoBlur3X3      VisualServerEnvironmentSSAOBlur = 3
	VisualServerEnvSsaoBlurDisabled VisualServerEnvironmentSSAOBlur = 0
)

type VisualServerEnvironmentSSAOQuality ¶ 

type VisualServerEnvironmentSSAOQuality int

VisualServerEnvironmentSSAOQuality is an enum for EnvironmentSSAOQuality values. 

const (
	VisualServerEnvSsaoQualityHigh   VisualServerEnvironmentSSAOQuality = 2
	VisualServerEnvSsaoQualityLow    VisualServerEnvironmentSSAOQuality = 0
	VisualServerEnvSsaoQualityMedium VisualServerEnvironmentSSAOQuality = 1
)

type VisualServerEnvironmentToneMapper ¶ 

type VisualServerEnvironmentToneMapper int

VisualServerEnvironmentToneMapper is an enum for EnvironmentToneMapper values. 

const (
	VisualServerEnvToneMapperAces      VisualServerEnvironmentToneMapper = 3
	VisualServerEnvToneMapperFilmic    VisualServerEnvironmentToneMapper = 2
	VisualServerEnvToneMapperLinear    VisualServerEnvironmentToneMapper = 0
	VisualServerEnvToneMapperReinhardt VisualServerEnvironmentToneMapper = 1
)

type VisualServerFeatures ¶ 

type VisualServerFeatures int

VisualServerFeatures is an enum for Features values. 

const (
	VisualServerFeatureMultithreaded VisualServerFeatures = 1
	VisualServerFeatureShaders       VisualServerFeatures = 0
)

type VisualServerImplementer ¶ 

type VisualServerImplementer interface {
	ObjectImplementer
	BlackBarsSetImages(left gdnative.Rid, top gdnative.Rid, right gdnative.Rid, bottom gdnative.Rid)
	BlackBarsSetMargins(left gdnative.Int, top gdnative.Int, right gdnative.Int, bottom gdnative.Int)
	CameraCreate() gdnative.Rid
	CameraSetCullMask(camera gdnative.Rid, layers gdnative.Int)
	CameraSetEnvironment(camera gdnative.Rid, env gdnative.Rid)
	CameraSetOrthogonal(camera gdnative.Rid, size gdnative.Real, zNear gdnative.Real, zFar gdnative.Real)
	CameraSetPerspective(camera gdnative.Rid, fovyDegrees gdnative.Real, zNear gdnative.Real, zFar gdnative.Real)
	CameraSetTransform(camera gdnative.Rid, transform gdnative.Transform)
	CameraSetUseVerticalAspect(camera gdnative.Rid, enable gdnative.Bool)
	CanvasCreate() gdnative.Rid
	CanvasItemAddCircle(item gdnative.Rid, pos gdnative.Vector2, radius gdnative.Real, color gdnative.Color)
	CanvasItemAddClipIgnore(item gdnative.Rid, ignore gdnative.Bool)
	CanvasItemAddLine(item gdnative.Rid, from gdnative.Vector2, to gdnative.Vector2, color gdnative.Color, width gdnative.Real, antialiased gdnative.Bool)
	CanvasItemAddMesh(item gdnative.Rid, mesh gdnative.Rid, skeleton gdnative.Rid)
	CanvasItemAddMultimesh(item gdnative.Rid, mesh gdnative.Rid, skeleton gdnative.Rid)
	CanvasItemAddNinePatch(item gdnative.Rid, rect gdnative.Rect2, source gdnative.Rect2, texture gdnative.Rid, topleft gdnative.Vector2, bottomright gdnative.Vector2, xAxisMode gdnative.Int, yAxisMode gdnative.Int, drawCenter gdnative.Bool, modulate gdnative.Color, normalMap gdnative.Rid)
	CanvasItemAddParticles(item gdnative.Rid, particles gdnative.Rid, texture gdnative.Rid, normalMap gdnative.Rid, hFrames gdnative.Int, vFrames gdnative.Int)
	CanvasItemAddPolygon(item gdnative.Rid, points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture gdnative.Rid, normalMap gdnative.Rid, antialiased gdnative.Bool)
	CanvasItemAddPolyline(item gdnative.Rid, points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, width gdnative.Real, antialiased gdnative.Bool)
	CanvasItemAddPrimitive(item gdnative.Rid, points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture gdnative.Rid, width gdnative.Real, normalMap gdnative.Rid)
	CanvasItemAddRect(item gdnative.Rid, rect gdnative.Rect2, color gdnative.Color)
	CanvasItemAddSetTransform(item gdnative.Rid, transform gdnative.Transform2D)
	CanvasItemAddTextureRect(item gdnative.Rid, rect gdnative.Rect2, texture gdnative.Rid, tile gdnative.Bool, modulate gdnative.Color, transpose gdnative.Bool, normalMap gdnative.Rid)
	CanvasItemAddTextureRectRegion(item gdnative.Rid, rect gdnative.Rect2, texture gdnative.Rid, srcRect gdnative.Rect2, modulate gdnative.Color, transpose gdnative.Bool, normalMap gdnative.Rid, clipUv gdnative.Bool)
	CanvasItemAddTriangleArray(item gdnative.Rid, indices gdnative.PoolIntArray, points gdnative.PoolVector2Array, colors gdnative.PoolColorArray, uvs gdnative.PoolVector2Array, texture gdnative.Rid, count gdnative.Int, normalMap gdnative.Rid)
	CanvasItemClear(item gdnative.Rid)
	CanvasItemCreate() gdnative.Rid
	CanvasItemSetClip(item gdnative.Rid, clip gdnative.Bool)
	CanvasItemSetCopyToBackbuffer(item gdnative.Rid, enabled gdnative.Bool, rect gdnative.Rect2)
	CanvasItemSetCustomRect(item gdnative.Rid, useCustomRect gdnative.Bool, rect gdnative.Rect2)
	CanvasItemSetDistanceFieldMode(item gdnative.Rid, enabled gdnative.Bool)
	CanvasItemSetDrawBehindParent(item gdnative.Rid, enabled gdnative.Bool)
	CanvasItemSetDrawIndex(item gdnative.Rid, index gdnative.Int)
	CanvasItemSetLightMask(item gdnative.Rid, mask gdnative.Int)
	CanvasItemSetMaterial(item gdnative.Rid, material gdnative.Rid)
	CanvasItemSetModulate(item gdnative.Rid, color gdnative.Color)
	CanvasItemSetParent(item gdnative.Rid, parent gdnative.Rid)
	CanvasItemSetSelfModulate(item gdnative.Rid, color gdnative.Color)
	CanvasItemSetSortChildrenByY(item gdnative.Rid, enabled gdnative.Bool)
	CanvasItemSetTransform(item gdnative.Rid, transform gdnative.Transform2D)
	CanvasItemSetUseParentMaterial(item gdnative.Rid, enabled gdnative.Bool)
	CanvasItemSetVisible(item gdnative.Rid, visible gdnative.Bool)
	CanvasItemSetZAsRelativeToParent(item gdnative.Rid, enabled gdnative.Bool)
	CanvasItemSetZIndex(item gdnative.Rid, zIndex gdnative.Int)
	CanvasLightAttachToCanvas(light gdnative.Rid, canvas gdnative.Rid)
	CanvasLightCreate() gdnative.Rid
	CanvasLightOccluderAttachToCanvas(occluder gdnative.Rid, canvas gdnative.Rid)
	CanvasLightOccluderCreate() gdnative.Rid
	CanvasLightOccluderSetEnabled(occluder gdnative.Rid, enabled gdnative.Bool)
	CanvasLightOccluderSetLightMask(occluder gdnative.Rid, mask gdnative.Int)
	CanvasLightOccluderSetPolygon(occluder gdnative.Rid, polygon gdnative.Rid)
	CanvasLightOccluderSetTransform(occluder gdnative.Rid, transform gdnative.Transform2D)
	CanvasLightSetColor(light gdnative.Rid, color gdnative.Color)
	CanvasLightSetEnabled(light gdnative.Rid, enabled gdnative.Bool)
	CanvasLightSetEnergy(light gdnative.Rid, energy gdnative.Real)
	CanvasLightSetHeight(light gdnative.Rid, height gdnative.Real)
	CanvasLightSetItemCullMask(light gdnative.Rid, mask gdnative.Int)
	CanvasLightSetItemShadowCullMask(light gdnative.Rid, mask gdnative.Int)
	CanvasLightSetLayerRange(light gdnative.Rid, minLayer gdnative.Int, maxLayer gdnative.Int)
	CanvasLightSetMode(light gdnative.Rid, mode gdnative.Int)
	CanvasLightSetScale(light gdnative.Rid, scale gdnative.Real)
	CanvasLightSetShadowBufferSize(light gdnative.Rid, size gdnative.Int)
	CanvasLightSetShadowColor(light gdnative.Rid, color gdnative.Color)
	CanvasLightSetShadowEnabled(light gdnative.Rid, enabled gdnative.Bool)
	CanvasLightSetShadowFilter(light gdnative.Rid, filter gdnative.Int)
	CanvasLightSetShadowGradientLength(light gdnative.Rid, length gdnative.Real)
	CanvasLightSetShadowSmooth(light gdnative.Rid, smooth gdnative.Real)
	CanvasLightSetTexture(light gdnative.Rid, texture gdnative.Rid)
	CanvasLightSetTextureOffset(light gdnative.Rid, offset gdnative.Vector2)
	CanvasLightSetTransform(light gdnative.Rid, transform gdnative.Transform2D)
	CanvasLightSetZRange(light gdnative.Rid, minZ gdnative.Int, maxZ gdnative.Int)
	CanvasOccluderPolygonCreate() gdnative.Rid
	CanvasOccluderPolygonSetCullMode(occluderPolygon gdnative.Rid, mode gdnative.Int)
	CanvasOccluderPolygonSetShape(occluderPolygon gdnative.Rid, shape gdnative.PoolVector2Array, closed gdnative.Bool)
	CanvasOccluderPolygonSetShapeAsLines(occluderPolygon gdnative.Rid, shape gdnative.PoolVector2Array)
	CanvasSetItemMirroring(canvas gdnative.Rid, item gdnative.Rid, mirroring gdnative.Vector2)
	CanvasSetModulate(canvas gdnative.Rid, color gdnative.Color)
	DirectionalLightCreate() gdnative.Rid
	Draw(swapBuffers gdnative.Bool)
	EnvironmentCreate() gdnative.Rid
	EnvironmentSetAdjustment(env gdnative.Rid, enable gdnative.Bool, brightness gdnative.Real, contrast gdnative.Real, saturation gdnative.Real, ramp gdnative.Rid)
	EnvironmentSetAmbientLight(env gdnative.Rid, color gdnative.Color, energy gdnative.Real, skyContibution gdnative.Real)
	EnvironmentSetBackground(env gdnative.Rid, bg gdnative.Int)
	EnvironmentSetBgColor(env gdnative.Rid, color gdnative.Color)
	EnvironmentSetBgEnergy(env gdnative.Rid, energy gdnative.Real)
	EnvironmentSetCanvasMaxLayer(env gdnative.Rid, maxLayer gdnative.Int)
	EnvironmentSetDofBlurFar(env gdnative.Rid, enable gdnative.Bool, distance gdnative.Real, transition gdnative.Real, farAmount gdnative.Real, quality gdnative.Int)
	EnvironmentSetDofBlurNear(env gdnative.Rid, enable gdnative.Bool, distance gdnative.Real, transition gdnative.Real, farAmount gdnative.Real, quality gdnative.Int)
	EnvironmentSetFog(env gdnative.Rid, enable gdnative.Bool, color gdnative.Color, sunColor gdnative.Color, sunAmount gdnative.Real)
	EnvironmentSetFogDepth(env gdnative.Rid, enable gdnative.Bool, depthBegin gdnative.Real, depthCurve gdnative.Real, transmit gdnative.Bool, transmitCurve gdnative.Real)
	EnvironmentSetFogHeight(env gdnative.Rid, enable gdnative.Bool, minHeight gdnative.Real, maxHeight gdnative.Real, heightCurve gdnative.Real)
	EnvironmentSetGlow(env gdnative.Rid, enable gdnative.Bool, levelFlags gdnative.Int, intensity gdnative.Real, strength gdnative.Real, bloomThreshold gdnative.Real, blendMode gdnative.Int, hdrBleedThreshold gdnative.Real, hdrBleedScale gdnative.Real, bicubicUpscale gdnative.Bool)
	EnvironmentSetSky(env gdnative.Rid, sky gdnative.Rid)
	EnvironmentSetSkyCustomFov(env gdnative.Rid, scale gdnative.Real)
	EnvironmentSetSsao(env gdnative.Rid, enable gdnative.Bool, radius gdnative.Real, intensity gdnative.Real, radius2 gdnative.Real, intensity2 gdnative.Real, bias gdnative.Real, lightAffect gdnative.Real, color gdnative.Color, quality gdnative.Int, blur gdnative.Int, bilateralSharpness gdnative.Real)
	EnvironmentSetSsr(env gdnative.Rid, enable gdnative.Bool, maxSteps gdnative.Int, fadeIn gdnative.Real, fadeOut gdnative.Real, depthTolerance gdnative.Real, roughness gdnative.Bool)
	EnvironmentSetTonemap(env gdnative.Rid, toneMapper gdnative.Int, exposure gdnative.Real, white gdnative.Real, autoExposure gdnative.Bool, minLuminance gdnative.Real, maxLuminance gdnative.Real, autoExpSpeed gdnative.Real, autoExpGrey gdnative.Real)
	Finish()
	ForceDraw(swapBuffers gdnative.Bool)
	ForceSync()
	FreeRid(rid gdnative.Rid)
	GetRenderInfo(info gdnative.Int) gdnative.Int
	GetTestCube() gdnative.Rid
	GetTestTexture() gdnative.Rid
	GetWhiteTexture() gdnative.Rid
	GiProbeCreate() gdnative.Rid
	GiProbeGetBias(arg0 gdnative.Rid) gdnative.Real
	GiProbeGetBounds(probe gdnative.Rid) gdnative.Aabb
	GiProbeGetCellSize(probe gdnative.Rid) gdnative.Real
	GiProbeGetDynamicData(arg0 gdnative.Rid) gdnative.PoolIntArray
	GiProbeGetDynamicRange(arg0 gdnative.Rid) gdnative.Int
	GiProbeGetEnergy(arg0 gdnative.Rid) gdnative.Real
	GiProbeGetNormalBias(arg0 gdnative.Rid) gdnative.Real
	GiProbeGetPropagation(arg0 gdnative.Rid) gdnative.Real
	GiProbeGetToCellXform(arg0 gdnative.Rid) gdnative.Transform
	GiProbeIsCompressed(arg0 gdnative.Rid) gdnative.Bool
	GiProbeIsInterior(arg0 gdnative.Rid) gdnative.Bool
	GiProbeSetBias(bias gdnative.Rid, arg1 gdnative.Real)
	GiProbeSetBounds(probe gdnative.Rid, bounds gdnative.Aabb)
	GiProbeSetCellSize(probe gdnative.Rid, rng gdnative.Real)
	GiProbeSetCompress(enable gdnative.Rid, arg1 gdnative.Bool)
	GiProbeSetDynamicData(data gdnative.Rid, arg1 gdnative.PoolIntArray)
	GiProbeSetDynamicRange(rng gdnative.Rid, arg1 gdnative.Int)
	GiProbeSetEnergy(energy gdnative.Rid, arg1 gdnative.Real)
	GiProbeSetInterior(enable gdnative.Rid, arg1 gdnative.Bool)
	GiProbeSetNormalBias(bias gdnative.Rid, arg1 gdnative.Real)
	GiProbeSetPropagation(propagation gdnative.Rid, arg1 gdnative.Real)
	GiProbeSetToCellXform(xform gdnative.Rid, arg1 gdnative.Transform)
	HasChanged() gdnative.Bool
	HasFeature(feature gdnative.Int) gdnative.Bool
	HasOsFeature(feature gdnative.String) gdnative.Bool
	ImmediateBegin(immediate gdnative.Rid, primitive gdnative.Int, texture gdnative.Rid)
	ImmediateClear(immediate gdnative.Rid)
	ImmediateColor(immediate gdnative.Rid, color gdnative.Color)
	ImmediateCreate() gdnative.Rid
	ImmediateEnd(immediate gdnative.Rid)
	ImmediateGetMaterial(immediate gdnative.Rid) gdnative.Rid
	ImmediateNormal(immediate gdnative.Rid, normal gdnative.Vector3)
	ImmediateSetMaterial(immediate gdnative.Rid, material gdnative.Rid)
	ImmediateTangent(immediate gdnative.Rid, tangent gdnative.Plane)
	ImmediateUv(immediate gdnative.Rid, texUv gdnative.Vector2)
	ImmediateUv2(immediate gdnative.Rid, texUv gdnative.Vector2)
	ImmediateVertex(immediate gdnative.Rid, vertex gdnative.Vector3)
	ImmediateVertex2D(immediate gdnative.Rid, vertex gdnative.Vector2)
	Init()
	InstanceAttachObjectInstanceId(instance gdnative.Rid, id gdnative.Int)
	InstanceAttachSkeleton(instance gdnative.Rid, skeleton gdnative.Rid)
	InstanceCreate() gdnative.Rid
	InstanceCreate2(base gdnative.Rid, scenario gdnative.Rid) gdnative.Rid
	InstanceGeometrySetAsInstanceLod(instance gdnative.Rid, asLodOfInstance gdnative.Rid)
	InstanceGeometrySetCastShadowsSetting(instance gdnative.Rid, shadowCastingSetting gdnative.Int)
	InstanceGeometrySetDrawRange(instance gdnative.Rid, min gdnative.Real, max gdnative.Real, minMargin gdnative.Real, maxMargin gdnative.Real)
	InstanceGeometrySetFlag(instance gdnative.Rid, flag gdnative.Int, enabled gdnative.Bool)
	InstanceGeometrySetMaterialOverride(instance gdnative.Rid, material gdnative.Rid)
	InstanceSetBase(instance gdnative.Rid, base gdnative.Rid)
	InstanceSetBlendShapeWeight(instance gdnative.Rid, shape gdnative.Int, weight gdnative.Real)
	InstanceSetCustomAabb(instance gdnative.Rid, aabb gdnative.Aabb)
	InstanceSetExterior(instance gdnative.Rid, enabled gdnative.Bool)
	InstanceSetExtraVisibilityMargin(instance gdnative.Rid, margin gdnative.Real)
	InstanceSetLayerMask(instance gdnative.Rid, mask gdnative.Int)
	InstanceSetScenario(instance gdnative.Rid, scenario gdnative.Rid)
	InstanceSetSurfaceMaterial(instance gdnative.Rid, surface gdnative.Int, material gdnative.Rid)
	InstanceSetTransform(instance gdnative.Rid, transform gdnative.Transform)
	InstanceSetUseLightmap(instance gdnative.Rid, lightmapInstance gdnative.Rid, lightmap gdnative.Rid)
	InstanceSetVisible(instance gdnative.Rid, visible gdnative.Bool)
	InstancesCullAabb(aabb gdnative.Aabb, scenario gdnative.Rid) gdnative.Array
	InstancesCullConvex(convex gdnative.Array, scenario gdnative.Rid) gdnative.Array
	InstancesCullRay(from gdnative.Vector3, to gdnative.Vector3, scenario gdnative.Rid) gdnative.Array
	LightDirectionalSetBlendSplits(light gdnative.Rid, enable gdnative.Bool)
	LightDirectionalSetShadowDepthRangeMode(light gdnative.Rid, rangeMode gdnative.Int)
	LightDirectionalSetShadowMode(light gdnative.Rid, mode gdnative.Int)
	LightOmniSetShadowDetail(light gdnative.Rid, detail gdnative.Int)
	LightOmniSetShadowMode(light gdnative.Rid, mode gdnative.Int)
	LightSetColor(light gdnative.Rid, color gdnative.Color)
	LightSetCullMask(light gdnative.Rid, mask gdnative.Int)
	LightSetNegative(light gdnative.Rid, enable gdnative.Bool)
	LightSetParam(light gdnative.Rid, param gdnative.Int, value gdnative.Real)
	LightSetProjector(light gdnative.Rid, texture gdnative.Rid)
	LightSetReverseCullFaceMode(light gdnative.Rid, enabled gdnative.Bool)
	LightSetShadow(light gdnative.Rid, enabled gdnative.Bool)
	LightSetShadowColor(light gdnative.Rid, color gdnative.Color)
	LightmapCaptureCreate() gdnative.Rid
	LightmapCaptureGetBounds(capture gdnative.Rid) gdnative.Aabb
	LightmapCaptureGetEnergy(capture gdnative.Rid) gdnative.Real
	LightmapCaptureGetOctree(capture gdnative.Rid) gdnative.PoolByteArray
	LightmapCaptureGetOctreeCellSubdiv(capture gdnative.Rid) gdnative.Int
	LightmapCaptureGetOctreeCellTransform(capture gdnative.Rid) gdnative.Transform
	LightmapCaptureSetBounds(capture gdnative.Rid, bounds gdnative.Aabb)
	LightmapCaptureSetEnergy(capture gdnative.Rid, energy gdnative.Real)
	LightmapCaptureSetOctree(capture gdnative.Rid, octree gdnative.PoolByteArray)
	LightmapCaptureSetOctreeCellSubdiv(capture gdnative.Rid, subdiv gdnative.Int)
	LightmapCaptureSetOctreeCellTransform(capture gdnative.Rid, xform gdnative.Transform)
	MakeSphereMesh(latitudes gdnative.Int, longitudes gdnative.Int, radius gdnative.Real) gdnative.Rid
	MaterialCreate() gdnative.Rid
	MaterialGetParam(material gdnative.Rid, parameter gdnative.String) gdnative.Variant
	MaterialGetShader(shaderMaterial gdnative.Rid) gdnative.Rid
	MaterialSetLineWidth(material gdnative.Rid, width gdnative.Real)
	MaterialSetNextPass(material gdnative.Rid, nextMaterial gdnative.Rid)
	MaterialSetParam(material gdnative.Rid, parameter gdnative.String, value gdnative.Variant)
	MaterialSetRenderPriority(material gdnative.Rid, priority gdnative.Int)
	MaterialSetShader(shaderMaterial gdnative.Rid, shader gdnative.Rid)
	MeshAddSurfaceFromArrays(mesh gdnative.Rid, primtive gdnative.Int, arrays gdnative.Array, blendShapes gdnative.Array, compressFormat gdnative.Int)
	MeshClear(mesh gdnative.Rid)
	MeshCreate() gdnative.Rid
	MeshGetBlendShapeCount(mesh gdnative.Rid) gdnative.Int
	MeshGetCustomAabb(mesh gdnative.Rid) gdnative.Aabb
	MeshGetSurfaceCount(mesh gdnative.Rid) gdnative.Int
	MeshRemoveSurface(mesh gdnative.Rid, index gdnative.Int)
	MeshSetBlendShapeCount(mesh gdnative.Rid, amount gdnative.Int)
	MeshSetBlendShapeMode(mesh gdnative.Rid, mode gdnative.Int)
	MeshSetCustomAabb(mesh gdnative.Rid, aabb gdnative.Aabb)
	MeshSurfaceGetAabb(mesh gdnative.Rid, surface gdnative.Int) gdnative.Aabb
	MeshSurfaceGetArray(mesh gdnative.Rid, surface gdnative.Int) gdnative.PoolByteArray
	MeshSurfaceGetArrayIndexLen(mesh gdnative.Rid, surface gdnative.Int) gdnative.Int
	MeshSurfaceGetArrayLen(mesh gdnative.Rid, surface gdnative.Int) gdnative.Int
	MeshSurfaceGetArrays(mesh gdnative.Rid, surface gdnative.Int) gdnative.Array
	MeshSurfaceGetBlendShapeArrays(mesh gdnative.Rid, surface gdnative.Int) gdnative.Array
	MeshSurfaceGetFormat(mesh gdnative.Rid, surface gdnative.Int) gdnative.Int
	MeshSurfaceGetIndexArray(mesh gdnative.Rid, surface gdnative.Int) gdnative.PoolByteArray
	MeshSurfaceGetMaterial(mesh gdnative.Rid, surface gdnative.Int) gdnative.Rid
	MeshSurfaceGetSkeletonAabb(mesh gdnative.Rid, surface gdnative.Int) gdnative.Array
	MeshSurfaceSetMaterial(mesh gdnative.Rid, surface gdnative.Int, material gdnative.Rid)
	MultimeshAllocate(multimesh gdnative.Rid, instances gdnative.Int, transformFormat gdnative.Int, colorFormat gdnative.Int)
	MultimeshGetAabb(multimesh gdnative.Rid) gdnative.Aabb
	MultimeshGetInstanceCount(multimesh gdnative.Rid) gdnative.Int
	MultimeshGetMesh(multimesh gdnative.Rid) gdnative.Rid
	MultimeshGetVisibleInstances(multimesh gdnative.Rid) gdnative.Int
	MultimeshInstanceGetColor(multimesh gdnative.Rid, index gdnative.Int) gdnative.Color
	MultimeshInstanceGetTransform(multimesh gdnative.Rid, index gdnative.Int) gdnative.Transform
	MultimeshInstanceGetTransform2D(multimesh gdnative.Rid, index gdnative.Int) gdnative.Transform2D
	MultimeshInstanceSetColor(multimesh gdnative.Rid, index gdnative.Int, color gdnative.Color)
	MultimeshInstanceSetTransform(multimesh gdnative.Rid, index gdnative.Int, transform gdnative.Transform)
	MultimeshInstanceSetTransform2D(multimesh gdnative.Rid, index gdnative.Int, transform gdnative.Transform2D)
	MultimeshSetMesh(multimesh gdnative.Rid, mesh gdnative.Rid)
	MultimeshSetVisibleInstances(multimesh gdnative.Rid, visible gdnative.Int)
	OmniLightCreate() gdnative.Rid
	ParticlesCreate() gdnative.Rid
	ParticlesGetCurrentAabb(particles gdnative.Rid) gdnative.Aabb
	ParticlesGetEmitting(particles gdnative.Rid) gdnative.Bool
	ParticlesRestart(particles gdnative.Rid)
	ParticlesSetAmount(particles gdnative.Rid, amount gdnative.Int)
	ParticlesSetCustomAabb(particles gdnative.Rid, aabb gdnative.Aabb)
	ParticlesSetDrawOrder(particles gdnative.Rid, order gdnative.Int)
	ParticlesSetDrawPassMesh(particles gdnative.Rid, pass gdnative.Int, mesh gdnative.Rid)
	ParticlesSetDrawPasses(particles gdnative.Rid, count gdnative.Int)
	ParticlesSetEmissionTransform(particles gdnative.Rid, transform gdnative.Transform)
	ParticlesSetEmitting(particles gdnative.Rid, emitting gdnative.Bool)
	ParticlesSetExplosivenessRatio(particles gdnative.Rid, ratio gdnative.Real)
	ParticlesSetFixedFps(particles gdnative.Rid, fps gdnative.Int)
	ParticlesSetFractionalDelta(particles gdnative.Rid, enable gdnative.Bool)
	ParticlesSetLifetime(particles gdnative.Rid, lifetime gdnative.Real)
	ParticlesSetOneShot(particles gdnative.Rid, oneShot gdnative.Bool)
	ParticlesSetPreProcessTime(particles gdnative.Rid, time gdnative.Real)
	ParticlesSetProcessMaterial(particles gdnative.Rid, material gdnative.Rid)
	ParticlesSetRandomnessRatio(particles gdnative.Rid, ratio gdnative.Real)
	ParticlesSetSpeedScale(particles gdnative.Rid, scale gdnative.Real)
	ParticlesSetUseLocalCoordinates(particles gdnative.Rid, enable gdnative.Bool)
	ReflectionProbeCreate() gdnative.Rid
	ReflectionProbeSetAsInterior(probe gdnative.Rid, enable gdnative.Bool)
	ReflectionProbeSetCullMask(probe gdnative.Rid, layers gdnative.Int)
	ReflectionProbeSetEnableBoxProjection(probe gdnative.Rid, enable gdnative.Bool)
	ReflectionProbeSetEnableShadows(probe gdnative.Rid, enable gdnative.Bool)
	ReflectionProbeSetExtents(probe gdnative.Rid, extents gdnative.Vector3)
	ReflectionProbeSetIntensity(probe gdnative.Rid, intensity gdnative.Real)
	ReflectionProbeSetInteriorAmbient(probe gdnative.Rid, color gdnative.Color)
	ReflectionProbeSetInteriorAmbientEnergy(probe gdnative.Rid, energy gdnative.Real)
	ReflectionProbeSetInteriorAmbientProbeContribution(probe gdnative.Rid, contrib gdnative.Real)
	ReflectionProbeSetMaxDistance(probe gdnative.Rid, distance gdnative.Real)
	ReflectionProbeSetOriginOffset(probe gdnative.Rid, offset gdnative.Vector3)
	ReflectionProbeSetUpdateMode(probe gdnative.Rid, mode gdnative.Int)
	RequestFrameDrawnCallback(where ObjectImplementer, method gdnative.String, userdata gdnative.Variant)
	ScenarioCreate() gdnative.Rid
	ScenarioSetDebug(scenario gdnative.Rid, debugMode gdnative.Int)
	ScenarioSetEnvironment(scenario gdnative.Rid, environment gdnative.Rid)
	ScenarioSetFallbackEnvironment(scenario gdnative.Rid, environment gdnative.Rid)
	ScenarioSetReflectionAtlasSize(scenario gdnative.Rid, pSize gdnative.Int, subdiv gdnative.Int)
	SetBootImage(image ImageImplementer, color gdnative.Color, scale gdnative.Bool)
	SetDebugGenerateWireframes(generate gdnative.Bool)
	SetDefaultClearColor(color gdnative.Color)
	ShaderCreate() gdnative.Rid
	ShaderGetCode(shader gdnative.Rid) gdnative.String
	ShaderGetDefaultTextureParam(shader gdnative.Rid, name gdnative.String) gdnative.Rid
	ShaderGetParamList(shader gdnative.Rid) gdnative.Array
	ShaderSetCode(shader gdnative.Rid, code gdnative.String)
	ShaderSetDefaultTextureParam(shader gdnative.Rid, name gdnative.String, texture gdnative.Rid)
	SkeletonAllocate(skeleton gdnative.Rid, bones gdnative.Int, is2DSkeleton gdnative.Bool)
	SkeletonBoneGetTransform(skeleton gdnative.Rid, bone gdnative.Int) gdnative.Transform
	SkeletonBoneGetTransform2D(skeleton gdnative.Rid, bone gdnative.Int) gdnative.Transform2D
	SkeletonBoneSetTransform(skeleton gdnative.Rid, bone gdnative.Int, transform gdnative.Transform)
	SkeletonBoneSetTransform2D(skeleton gdnative.Rid, bone gdnative.Int, transform gdnative.Transform2D)
	SkeletonCreate() gdnative.Rid
	SkeletonGetBoneCount(skeleton gdnative.Rid) gdnative.Int
	SkyCreate() gdnative.Rid
	SkySetTexture(sky gdnative.Rid, cubeMap gdnative.Rid, radianceSize gdnative.Int)
	SpotLightCreate() gdnative.Rid
	Sync()
	TextureAllocate(texture gdnative.Rid, width gdnative.Int, height gdnative.Int, format gdnative.Int, flags gdnative.Int)
	TextureCreate() gdnative.Rid
	TextureCreateFromImage(image ImageImplementer, flags gdnative.Int) gdnative.Rid
	TextureDebugUsage() gdnative.Array
	TextureGetData(texture gdnative.Rid, cubeSide gdnative.Int) ImageImplementer
	TextureGetFlags(texture gdnative.Rid) gdnative.Int
	TextureGetHeight(texture gdnative.Rid) gdnative.Int
	TextureGetPath(texture gdnative.Rid) gdnative.String
	TextureGetTexid(texture gdnative.Rid) gdnative.Int
	TextureGetWidth(texture gdnative.Rid) gdnative.Int
	TextureSetData(texture gdnative.Rid, image ImageImplementer, cubeSide gdnative.Int)
	TextureSetFlags(texture gdnative.Rid, flags gdnative.Int)
	TextureSetPath(texture gdnative.Rid, path gdnative.String)
	TextureSetShrinkAllX2OnSetData(shrink gdnative.Bool)
	TextureSetSizeOverride(texture gdnative.Rid, width gdnative.Int, height gdnative.Int)
	TexturesKeepOriginal(enable gdnative.Bool)
	ViewportAttachCamera(viewport gdnative.Rid, camera gdnative.Rid)
	ViewportAttachCanvas(viewport gdnative.Rid, canvas gdnative.Rid)
	ViewportAttachToScreen(viewport gdnative.Rid, rect gdnative.Rect2, screen gdnative.Int)
	ViewportCreate() gdnative.Rid
	ViewportDetach(viewport gdnative.Rid)
	ViewportGetRenderInfo(viewport gdnative.Rid, info gdnative.Int) gdnative.Int
	ViewportGetTexture(viewport gdnative.Rid) gdnative.Rid
	ViewportRemoveCanvas(viewport gdnative.Rid, canvas gdnative.Rid)
	ViewportSetActive(viewport gdnative.Rid, active gdnative.Bool)
	ViewportSetCanvasLayer(viewport gdnative.Rid, canvas gdnative.Rid, layer gdnative.Int)
	ViewportSetCanvasTransform(viewport gdnative.Rid, canvas gdnative.Rid, offset gdnative.Transform2D)
	ViewportSetClearMode(viewport gdnative.Rid, clearMode gdnative.Int)
	ViewportSetDebugDraw(viewport gdnative.Rid, draw gdnative.Int)
	ViewportSetDisable3D(viewport gdnative.Rid, disabled gdnative.Bool)
	ViewportSetDisableEnvironment(viewport gdnative.Rid, disabled gdnative.Bool)
	ViewportSetGlobalCanvasTransform(viewport gdnative.Rid, transform gdnative.Transform2D)
	ViewportSetHdr(viewport gdnative.Rid, enabled gdnative.Bool)
	ViewportSetHideCanvas(viewport gdnative.Rid, hidden gdnative.Bool)
	ViewportSetHideScenario(viewport gdnative.Rid, hidden gdnative.Bool)
	ViewportSetMsaa(viewport gdnative.Rid, msaa gdnative.Int)
	ViewportSetParentViewport(viewport gdnative.Rid, parentViewport gdnative.Rid)
	ViewportSetScenario(viewport gdnative.Rid, scenario gdnative.Rid)
	ViewportSetShadowAtlasQuadrantSubdivision(viewport gdnative.Rid, quadrant gdnative.Int, subdivision gdnative.Int)
	ViewportSetShadowAtlasSize(viewport gdnative.Rid, size gdnative.Int)
	ViewportSetSize(viewport gdnative.Rid, width gdnative.Int, height gdnative.Int)
	ViewportSetTransparentBackground(viewport gdnative.Rid, enabled gdnative.Bool)
	ViewportSetUpdateMode(viewport gdnative.Rid, updateMode gdnative.Int)
	ViewportSetUsage(viewport gdnative.Rid, usage gdnative.Int)
	ViewportSetUseArvr(viewport gdnative.Rid, useArvr gdnative.Bool)
	ViewportSetVflip(viewport gdnative.Rid, enabled gdnative.Bool)
}

VisualServerImplementer is an interface that implements the methods of the VisualServer class.

type VisualServerInstanceFlags ¶ 

type VisualServerInstanceFlags int

VisualServerInstanceFlags is an enum for InstanceFlags values. 

const (
	VisualServerInstanceFlagMax           VisualServerInstanceFlags = 1
	VisualServerInstanceFlagUseBakedLight VisualServerInstanceFlags = 0
)

type VisualServerInstanceType ¶ 

type VisualServerInstanceType int

VisualServerInstanceType is an enum for InstanceType values. 

const (
	VisualServerInstanceGeometryMask    VisualServerInstanceType = 30
	VisualServerInstanceGiProbe         VisualServerInstanceType = 7
	VisualServerInstanceImmediate       VisualServerInstanceType = 3
	VisualServerInstanceLight           VisualServerInstanceType = 5
	VisualServerInstanceLightmapCapture VisualServerInstanceType = 8
	VisualServerInstanceMax             VisualServerInstanceType = 9
	VisualServerInstanceMesh            VisualServerInstanceType = 1
	VisualServerInstanceMultimesh       VisualServerInstanceType = 2
	VisualServerInstanceNone            VisualServerInstanceType = 0
	VisualServerInstanceParticles       VisualServerInstanceType = 4
	VisualServerInstanceReflectionProbe VisualServerInstanceType = 6
)

type VisualServerLightDirectionalShadowDepthRangeMode ¶ 

type VisualServerLightDirectionalShadowDepthRangeMode int

VisualServerLightDirectionalShadowDepthRangeMode is an enum for LightDirectionalShadowDepthRangeMode values. 

const (
	VisualServerLightDirectionalShadowDepthRangeOptimized VisualServerLightDirectionalShadowDepthRangeMode = 1
	VisualServerLightDirectionalShadowDepthRangeStable    VisualServerLightDirectionalShadowDepthRangeMode = 0
)

type VisualServerLightDirectionalShadowMode ¶ 

type VisualServerLightDirectionalShadowMode int

VisualServerLightDirectionalShadowMode is an enum for LightDirectionalShadowMode values. 

const (
	VisualServerLightDirectionalShadowOrthogonal      VisualServerLightDirectionalShadowMode = 0
	VisualServerLightDirectionalShadowParallel2Splits VisualServerLightDirectionalShadowMode = 1
	VisualServerLightDirectionalShadowParallel4Splits VisualServerLightDirectionalShadowMode = 2
)

type VisualServerLightOmniShadowDetail ¶ 

type VisualServerLightOmniShadowDetail int

VisualServerLightOmniShadowDetail is an enum for LightOmniShadowDetail values. 

const (
	VisualServerLightOmniShadowDetailHorizontal VisualServerLightOmniShadowDetail = 1
	VisualServerLightOmniShadowDetailVertical   VisualServerLightOmniShadowDetail = 0
)

type VisualServerLightOmniShadowMode ¶ 

type VisualServerLightOmniShadowMode int

VisualServerLightOmniShadowMode is an enum for LightOmniShadowMode values. 

const (
	VisualServerLightOmniShadowCube           VisualServerLightOmniShadowMode = 1
	VisualServerLightOmniShadowDualParaboloid VisualServerLightOmniShadowMode = 0
)

type VisualServerLightParam ¶ 

type VisualServerLightParam int

VisualServerLightParam is an enum for LightParam values. 

const (
	VisualServerLightParamAttenuation          VisualServerLightParam = 4
	VisualServerLightParamContactShadowSize    VisualServerLightParam = 7
	VisualServerLightParamEnergy               VisualServerLightParam = 0
	VisualServerLightParamMax                  VisualServerLightParam = 15
	VisualServerLightParamRange                VisualServerLightParam = 3
	VisualServerLightParamShadowBias           VisualServerLightParam = 13
	VisualServerLightParamShadowBiasSplitScale VisualServerLightParam = 14
	VisualServerLightParamShadowMaxDistance    VisualServerLightParam = 8
	VisualServerLightParamShadowNormalBias     VisualServerLightParam = 12
	VisualServerLightParamShadowSplit1Offset   VisualServerLightParam = 9
	VisualServerLightParamShadowSplit2Offset   VisualServerLightParam = 10
	VisualServerLightParamShadowSplit3Offset   VisualServerLightParam = 11
	VisualServerLightParamSpecular             VisualServerLightParam = 2
	VisualServerLightParamSpotAngle            VisualServerLightParam = 5
	VisualServerLightParamSpotAttenuation      VisualServerLightParam = 6
)

type VisualServerLightType ¶ 

type VisualServerLightType int

VisualServerLightType is an enum for LightType values. 

const (
	VisualServerLightDirectional VisualServerLightType = 0
	VisualServerLightOmni        VisualServerLightType = 1
	VisualServerLightSpot        VisualServerLightType = 2
)

type VisualServerMultimeshColorFormat ¶ 

type VisualServerMultimeshColorFormat int

VisualServerMultimeshColorFormat is an enum for MultimeshColorFormat values. 

const (
	VisualServerMultimeshColor8Bit  VisualServerMultimeshColorFormat = 1
	VisualServerMultimeshColorFloat VisualServerMultimeshColorFormat = 2
	VisualServerMultimeshColorNone  VisualServerMultimeshColorFormat = 0
)

type VisualServerMultimeshTransformFormat ¶ 

type VisualServerMultimeshTransformFormat int

VisualServerMultimeshTransformFormat is an enum for MultimeshTransformFormat values. 

const (
	VisualServerMultimeshTransform2D VisualServerMultimeshTransformFormat = 0
	VisualServerMultimeshTransform3D VisualServerMultimeshTransformFormat = 1
)

type VisualServerNinePatchAxisMode ¶ 

type VisualServerNinePatchAxisMode int

VisualServerNinePatchAxisMode is an enum for NinePatchAxisMode values. 

const (
	VisualServerNinePatchStretch VisualServerNinePatchAxisMode = 0
	VisualServerNinePatchTile    VisualServerNinePatchAxisMode = 1
	VisualServerNinePatchTileFit VisualServerNinePatchAxisMode = 2
)

type VisualServerParticlesDrawOrder ¶ 

type VisualServerParticlesDrawOrder int

VisualServerParticlesDrawOrder is an enum for ParticlesDrawOrder values. 

const (
	VisualServerParticlesDrawOrderIndex     VisualServerParticlesDrawOrder = 0
	VisualServerParticlesDrawOrderLifetime  VisualServerParticlesDrawOrder = 1
	VisualServerParticlesDrawOrderViewDepth VisualServerParticlesDrawOrder = 2
)

type VisualServerPrimitiveType ¶ 

type VisualServerPrimitiveType int

VisualServerPrimitiveType is an enum for PrimitiveType values. 

const (
	VisualServerPrimitiveLines         VisualServerPrimitiveType = 1
	VisualServerPrimitiveLineLoop      VisualServerPrimitiveType = 3
	VisualServerPrimitiveLineStrip     VisualServerPrimitiveType = 2
	VisualServerPrimitiveMax           VisualServerPrimitiveType = 7
	VisualServerPrimitivePoints        VisualServerPrimitiveType = 0
	VisualServerPrimitiveTriangles     VisualServerPrimitiveType = 4
	VisualServerPrimitiveTriangleFan   VisualServerPrimitiveType = 6
	VisualServerPrimitiveTriangleStrip VisualServerPrimitiveType = 5
)

type VisualServerReflectionProbeUpdateMode ¶ 

type VisualServerReflectionProbeUpdateMode int

VisualServerReflectionProbeUpdateMode is an enum for ReflectionProbeUpdateMode values. 

const (
	VisualServerReflectionProbeUpdateAlways VisualServerReflectionProbeUpdateMode = 1
	VisualServerReflectionProbeUpdateOnce   VisualServerReflectionProbeUpdateMode = 0
)

type VisualServerRenderInfo ¶ 

type VisualServerRenderInfo int

VisualServerRenderInfo is an enum for RenderInfo values. 

const (
	VisualServerInfoDrawCallsInFrame       VisualServerRenderInfo = 5
	VisualServerInfoMaterialChangesInFrame VisualServerRenderInfo = 2
	VisualServerInfoObjectsInFrame         VisualServerRenderInfo = 0
	VisualServerInfoShaderChangesInFrame   VisualServerRenderInfo = 3
	VisualServerInfoSurfaceChangesInFrame  VisualServerRenderInfo = 4
	VisualServerInfoTextureMemUsed         VisualServerRenderInfo = 8
	VisualServerInfoUsageVideoMemTotal     VisualServerRenderInfo = 6
	VisualServerInfoVertexMemUsed          VisualServerRenderInfo = 9
	VisualServerInfoVerticesInFrame        VisualServerRenderInfo = 1
	VisualServerInfoVideoMemUsed           VisualServerRenderInfo = 7
)

type VisualServerScenarioDebugMode ¶ 

type VisualServerScenarioDebugMode int

VisualServerScenarioDebugMode is an enum for ScenarioDebugMode values. 

const (
	VisualServerScenarioDebugDisabled  VisualServerScenarioDebugMode = 0
	VisualServerScenarioDebugOverdraw  VisualServerScenarioDebugMode = 2
	VisualServerScenarioDebugShadeless VisualServerScenarioDebugMode = 3
	VisualServerScenarioDebugWireframe VisualServerScenarioDebugMode = 1
)

type VisualServerShaderMode ¶ 

type VisualServerShaderMode int

VisualServerShaderMode is an enum for ShaderMode values. 

const (
	VisualServerShaderCanvasItem VisualServerShaderMode = 1
	VisualServerShaderMax        VisualServerShaderMode = 3
	VisualServerShaderParticles  VisualServerShaderMode = 2
	VisualServerShaderSpatial    VisualServerShaderMode = 0
)

type VisualServerShadowCastingSetting ¶ 

type VisualServerShadowCastingSetting int

VisualServerShadowCastingSetting is an enum for ShadowCastingSetting values. 

const (
	VisualServerShadowCastingSettingDoubleSided VisualServerShadowCastingSetting = 2
	VisualServerShadowCastingSettingOff         VisualServerShadowCastingSetting = 0
	VisualServerShadowCastingSettingOn          VisualServerShadowCastingSetting = 1
	VisualServerShadowCastingSettingShadowsOnly VisualServerShadowCastingSetting = 3
)

type VisualServerTextureFlags ¶ 

type VisualServerTextureFlags int

VisualServerTextureFlags is an enum for TextureFlags values. 

const (
	VisualServerTextureFlagsDefault          VisualServerTextureFlags = 7
	VisualServerTextureFlagAnisotropicFilter VisualServerTextureFlags = 8
	VisualServerTextureFlagConvertToLinear   VisualServerTextureFlags = 16
	VisualServerTextureFlagCubemap           VisualServerTextureFlags = 2048
	VisualServerTextureFlagFilter            VisualServerTextureFlags = 4
	VisualServerTextureFlagMipmaps           VisualServerTextureFlags = 1
	VisualServerTextureFlagMirroredRepeat    VisualServerTextureFlags = 32
	VisualServerTextureFlagRepeat            VisualServerTextureFlags = 2
	VisualServerTextureFlagUsedForStreaming  VisualServerTextureFlags = 4096
)

type VisualServerViewportClearMode ¶ 

type VisualServerViewportClearMode int

VisualServerViewportClearMode is an enum for ViewportClearMode values. 

const (
	VisualServerViewportClearAlways        VisualServerViewportClearMode = 0
	VisualServerViewportClearNever         VisualServerViewportClearMode = 1
	VisualServerViewportClearOnlyNextFrame VisualServerViewportClearMode = 2
)

type VisualServerViewportDebugDraw ¶ 

type VisualServerViewportDebugDraw int

VisualServerViewportDebugDraw is an enum for ViewportDebugDraw values. 

const (
	VisualServerViewportDebugDrawDisabled  VisualServerViewportDebugDraw = 0
	VisualServerViewportDebugDrawOverdraw  VisualServerViewportDebugDraw = 2
	VisualServerViewportDebugDrawUnshaded  VisualServerViewportDebugDraw = 1
	VisualServerViewportDebugDrawWireframe VisualServerViewportDebugDraw = 3
)

type VisualServerViewportMSAA ¶ 

type VisualServerViewportMSAA int

VisualServerViewportMSAA is an enum for ViewportMSAA values. 

const (
	VisualServerViewportMsaa16X      VisualServerViewportMSAA = 4
	VisualServerViewportMsaa2X       VisualServerViewportMSAA = 1
	VisualServerViewportMsaa4X       VisualServerViewportMSAA = 2
	VisualServerViewportMsaa8X       VisualServerViewportMSAA = 3
	VisualServerViewportMsaaDisabled VisualServerViewportMSAA = 0
)

type VisualServerViewportRenderInfo ¶ 

type VisualServerViewportRenderInfo int

VisualServerViewportRenderInfo is an enum for ViewportRenderInfo values. 

const (
	VisualServerViewportRenderInfoDrawCallsInFrame       VisualServerViewportRenderInfo = 5
	VisualServerViewportRenderInfoMaterialChangesInFrame VisualServerViewportRenderInfo = 2
	VisualServerViewportRenderInfoMax                    VisualServerViewportRenderInfo = 6
	VisualServerViewportRenderInfoObjectsInFrame         VisualServerViewportRenderInfo = 0
	VisualServerViewportRenderInfoShaderChangesInFrame   VisualServerViewportRenderInfo = 3
	VisualServerViewportRenderInfoSurfaceChangesInFrame  VisualServerViewportRenderInfo = 4
	VisualServerViewportRenderInfoVerticesInFrame        VisualServerViewportRenderInfo = 1
)

type VisualServerViewportUpdateMode ¶ 

type VisualServerViewportUpdateMode int

VisualServerViewportUpdateMode is an enum for ViewportUpdateMode values. 

const (
	VisualServerViewportUpdateAlways      VisualServerViewportUpdateMode = 3
	VisualServerViewportUpdateDisabled    VisualServerViewportUpdateMode = 0
	VisualServerViewportUpdateOnce        VisualServerViewportUpdateMode = 1
	VisualServerViewportUpdateWhenVisible VisualServerViewportUpdateMode = 2
)

type VisualServerViewportUsage ¶ 

type VisualServerViewportUsage int

VisualServerViewportUsage is an enum for ViewportUsage values. 

const (
	VisualServerViewportUsage2D           VisualServerViewportUsage = 0
	VisualServerViewportUsage2DNoSampling VisualServerViewportUsage = 1
	VisualServerViewportUsage3D           VisualServerViewportUsage = 2
	VisualServerViewportUsage3DNoEffects  VisualServerViewportUsage = 3
)

type WeakRef ¶ 

type WeakRef struct {
	Reference
	// contains filtered or unexported fields
}

A weakref can hold a Reference, without contributing to the reference counter. A weakref can be created from an Object using [method @GDScript.weakref]. If this object is not a reference, weakref still works, however, it does not have any effect on the object. Weakrefs are useful in cases where multiple classes have variables that refer to each other. Without weakrefs, using these classes could lead to memory leaks, since both references keep each other from being released. Making part of the variables a weakref can prevent this cyclic dependency, and allows the references to be released.

func (*WeakRef) BaseClass ¶ 

func (o *WeakRef) BaseClass() string

func (*WeakRef) GetRef ¶ 

func (o *WeakRef) GetRef() gdnative.Variant
        Returns the [Object] this weakref is referring to.
	Args: [], Returns: Variant

type WeakRefImplementer ¶ 

type WeakRefImplementer interface {
	ReferenceImplementer
	GetRef() gdnative.Variant
}

WeakRefImplementer is an interface that implements the methods of the WeakRef class.

type WindowDialog ¶ 

type WindowDialog struct {
	Popup
	// contains filtered or unexported fields
}

Windowdialog is the base class for all window-based dialogs. It's a by-default toplevel Control that draws a window decoration and allows motion and resizing.

func (*WindowDialog) BaseClass ¶ 

func (o *WindowDialog) BaseClass() string

func (*WindowDialog) GetCloseButton ¶ 

func (o *WindowDialog) GetCloseButton() TextureButtonImplementer
        Return the close [TextureButton].
	Args: [], Returns: TextureButton

func (*WindowDialog) GetResizable ¶ 

func (o *WindowDialog) GetResizable() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*WindowDialog) GetTitle ¶ 

func (o *WindowDialog) GetTitle() gdnative.String
        Undocumented
	Args: [], Returns: String

func (*WindowDialog) SetResizable ¶ 

func (o *WindowDialog) SetResizable(resizable gdnative.Bool)
        Undocumented
	Args: [{ false resizable bool}], Returns: void

func (*WindowDialog) SetTitle ¶ 

func (o *WindowDialog) SetTitle(title gdnative.String)
        Undocumented
	Args: [{ false title String}], Returns: void

func (*WindowDialog) X_Closed ¶ 

func (o *WindowDialog) X_Closed()
        Undocumented
	Args: [], Returns: void

func (*WindowDialog) X_GuiInput ¶ 

func (o *WindowDialog) X_GuiInput(arg0 InputEventImplementer)
        Undocumented
	Args: [{ false arg0 InputEvent}], Returns: void

type WindowDialogImplementer ¶ 

type WindowDialogImplementer interface {
	PopupImplementer
	X_Closed()
	GetCloseButton() TextureButtonImplementer
	GetResizable() gdnative.Bool
	GetTitle() gdnative.String
	SetResizable(resizable gdnative.Bool)
	SetTitle(title gdnative.String)
}

WindowDialogImplementer is an interface that implements the methods of the WindowDialog class.

type World ¶ 

type World struct {
	Resource
	// contains filtered or unexported fields
}

Class that has everything pertaining to a world. A physics space, a visual scenario and a sound space. Spatial nodes register their resources into the current world.

func (*World) BaseClass ¶ 

func (o *World) BaseClass() string

func (*World) GetDirectSpaceState ¶ 

func (o *World) GetDirectSpaceState() PhysicsDirectSpaceStateImplementer
        Undocumented
	Args: [], Returns: PhysicsDirectSpaceState

func (*World) GetEnvironment ¶ 

func (o *World) GetEnvironment() EnvironmentImplementer
        Undocumented
	Args: [], Returns: Environment

func (*World) GetFallbackEnvironment ¶ 

func (o *World) GetFallbackEnvironment() EnvironmentImplementer
        Undocumented
	Args: [], Returns: Environment

func (*World) GetScenario ¶ 

func (o *World) GetScenario() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

func (*World) GetSpace ¶ 

func (o *World) GetSpace() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

func (*World) SetEnvironment ¶ 

func (o *World) SetEnvironment(env EnvironmentImplementer)
        Undocumented
	Args: [{ false env Environment}], Returns: void

func (*World) SetFallbackEnvironment ¶ 

func (o *World) SetFallbackEnvironment(env EnvironmentImplementer)
        Undocumented
	Args: [{ false env Environment}], Returns: void

type World2D ¶ 

type World2D struct {
	Resource
	// contains filtered or unexported fields
}

Class that has everything pertaining to a 2D world. A physics space, a visual scenario and a sound space. 2D nodes register their resources into the current 2D world.

func (*World2D) BaseClass ¶ 

func (o *World2D) BaseClass() string

func (*World2D) GetCanvas ¶ 

func (o *World2D) GetCanvas() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

func (*World2D) GetDirectSpaceState ¶ 

func (o *World2D) GetDirectSpaceState() Physics2DDirectSpaceStateImplementer
        Undocumented
	Args: [], Returns: Physics2DDirectSpaceState

func (*World2D) GetSpace ¶ 

func (o *World2D) GetSpace() gdnative.Rid
        Undocumented
	Args: [], Returns: RID

type World2DImplementer ¶ 

type World2DImplementer interface {
	ResourceImplementer
	GetCanvas() gdnative.Rid
	GetDirectSpaceState() Physics2DDirectSpaceStateImplementer
	GetSpace() gdnative.Rid
}

World2DImplementer is an interface that implements the methods of the World2D class.

type WorldEnvironment ¶ 

type WorldEnvironment struct {
	Node
	// contains filtered or unexported fields
}

The [code]WorldEnvironment[/code] node is used to configure the default Environment for the scene. The parameters defined in the [code]WorldEnvironment[/code] can be overridden by an Environment node set on the current Camera. Additionally, only one [code]WorldEnvironment[/code] may be instanced in a given scene at a time. The [code]WorldEnvironment[/code] allows the user to specify default lighting parameters (e.g. ambient lighting), various post-processing effects (e.g. SSAO, DOF, Tonemapping), and how to draw the background (e.g. solid color, skybox). Usually, these are added in order to improve the realism/color balance of the scene.

func (*WorldEnvironment) BaseClass ¶ 

func (o *WorldEnvironment) BaseClass() string

func (*WorldEnvironment) GetEnvironment ¶ 

func (o *WorldEnvironment) GetEnvironment() EnvironmentImplementer
        Undocumented
	Args: [], Returns: Environment

func (*WorldEnvironment) SetEnvironment ¶ 

func (o *WorldEnvironment) SetEnvironment(env EnvironmentImplementer)
        Undocumented
	Args: [{ false env Environment}], Returns: void

type WorldEnvironmentImplementer ¶ 

type WorldEnvironmentImplementer interface {
	NodeImplementer
	GetEnvironment() EnvironmentImplementer
	SetEnvironment(env EnvironmentImplementer)
}

WorldEnvironmentImplementer is an interface that implements the methods of the WorldEnvironment class.

type WorldImplementer ¶ 

type WorldImplementer interface {
	ResourceImplementer
	GetDirectSpaceState() PhysicsDirectSpaceStateImplementer
	GetEnvironment() EnvironmentImplementer
	GetFallbackEnvironment() EnvironmentImplementer
	GetScenario() gdnative.Rid
	GetSpace() gdnative.Rid
	SetEnvironment(env EnvironmentImplementer)
	SetFallbackEnvironment(env EnvironmentImplementer)
}

WorldImplementer is an interface that implements the methods of the World class.

type XMLParser ¶ 

type XMLParser struct {
	Reference
	// contains filtered or unexported fields
}

This class can serve as base to make custom XML parsers. Since XML is a very flexible standard, this interface is low level so it can be applied to any possible schema.

func (*XMLParser) BaseClass ¶ 

func (o *XMLParser) BaseClass() string

func (*XMLParser) GetAttributeCount ¶ 

func (o *XMLParser) GetAttributeCount() gdnative.Int
        Get the amount of attributes in the current element.
	Args: [], Returns: int

func (*XMLParser) GetAttributeName ¶ 

func (o *XMLParser) GetAttributeName(idx gdnative.Int) gdnative.String
        Get the name of the attribute specified by the index in [code]idx[/code] argument.
	Args: [{ false idx int}], Returns: String

func (*XMLParser) GetAttributeValue ¶ 

func (o *XMLParser) GetAttributeValue(idx gdnative.Int) gdnative.String
        Get the value of the attribute specified by the index in [code]idx[/code] argument.
	Args: [{ false idx int}], Returns: String

func (*XMLParser) GetCurrentLine ¶ 

func (o *XMLParser) GetCurrentLine() gdnative.Int
        Get the current line in the parsed file (currently not implemented).
	Args: [], Returns: int

func (*XMLParser) GetNamedAttributeValue ¶ 

func (o *XMLParser) GetNamedAttributeValue(name gdnative.String) gdnative.String
        Get the value of a certain attribute of the current element by name. This will raise an error if the element has no such attribute.
	Args: [{ false name String}], Returns: String

func (*XMLParser) GetNamedAttributeValueSafe ¶ 

func (o *XMLParser) GetNamedAttributeValueSafe(name gdnative.String) gdnative.String
        Get the value of a certain attribute of the current element by name. This will return an empty [String] if the attribute is not found.
	Args: [{ false name String}], Returns: String

func (*XMLParser) GetNodeData ¶ 

func (o *XMLParser) GetNodeData() gdnative.String
        Get the contents of a text node. This will raise an error in any other type of node.
	Args: [], Returns: String

func (*XMLParser) GetNodeName ¶ 

func (o *XMLParser) GetNodeName() gdnative.String
        Get the name of the current element node. This will raise an error if the current node type is not [code]NODE_ELEMENT[/code] nor [code]NODE_ELEMENT_END[/code]
	Args: [], Returns: String

func (*XMLParser) GetNodeOffset ¶ 

func (o *XMLParser) GetNodeOffset() gdnative.Int
        Get the byte offset of the current node since the beginning of the file or buffer.
	Args: [], Returns: int

func (*XMLParser) GetNodeType ¶ 

func (o *XMLParser) GetNodeType() XMLParserNodeType
        Get the type of the current node. Compare with [code]NODE_*[/code] constants.
	Args: [], Returns: enum.XMLParser::NodeType

func (*XMLParser) HasAttribute ¶ 

func (o *XMLParser) HasAttribute(name gdnative.String) gdnative.Bool
        Check whether or not the current element has a certain attribute.
	Args: [{ false name String}], Returns: bool

func (*XMLParser) IsEmpty ¶ 

func (o *XMLParser) IsEmpty() gdnative.Bool
        Check whether the current element is empty (this only works for completely empty tags, e.g. <element \>).
	Args: [], Returns: bool

func (*XMLParser) Open ¶ 

func (o *XMLParser) Open(file gdnative.String) gdnative.Error
        Open a XML file for parsing. This returns an error code.
	Args: [{ false file String}], Returns: enum.Error

func (*XMLParser) OpenBuffer ¶ 

func (o *XMLParser) OpenBuffer(buffer gdnative.PoolByteArray) gdnative.Error
        Open a XML raw buffer for parsing. This returns an error code.
	Args: [{ false buffer PoolByteArray}], Returns: enum.Error

func (*XMLParser) Read ¶ 

func (o *XMLParser) Read() gdnative.Error
        Read the next node of the file. This returns an error code.
	Args: [], Returns: enum.Error

func (*XMLParser) Seek ¶ 

func (o *XMLParser) Seek(position gdnative.Int) gdnative.Error
        Move the buffer cursor to a certain offset (since the beginning) and read the next node there. This returns an error code.
	Args: [{ false position int}], Returns: enum.Error

func (*XMLParser) SkipSection ¶ 

func (o *XMLParser) SkipSection()
        Skips the current section. If the node contains other elements, they will be ignored and the cursor will go to the closing of the current element.
	Args: [], Returns: void

type XMLParserImplementer ¶ 

type XMLParserImplementer interface {
	ReferenceImplementer
	GetAttributeCount() gdnative.Int
	GetAttributeName(idx gdnative.Int) gdnative.String
	GetAttributeValue(idx gdnative.Int) gdnative.String
	GetCurrentLine() gdnative.Int
	GetNamedAttributeValue(name gdnative.String) gdnative.String
	GetNamedAttributeValueSafe(name gdnative.String) gdnative.String
	GetNodeData() gdnative.String
	GetNodeName() gdnative.String
	GetNodeOffset() gdnative.Int
	HasAttribute(name gdnative.String) gdnative.Bool
	IsEmpty() gdnative.Bool
	SkipSection()
}

XMLParserImplementer is an interface that implements the methods of the XMLParser class.

type XMLParserNodeType ¶ 

type XMLParserNodeType int

XMLParserNodeType is an enum for NodeType values. 

const (
	XMLParserNodeCdata      XMLParserNodeType = 5
	XMLParserNodeComment    XMLParserNodeType = 4
	XMLParserNodeElement    XMLParserNodeType = 1
	XMLParserNodeElementEnd XMLParserNodeType = 2
	XMLParserNodeNone       XMLParserNodeType = 0
	XMLParserNodeText       XMLParserNodeType = 3
	XMLParserNodeUnknown    XMLParserNodeType = 6
)

type YSort ¶ 

type YSort struct {
	Node2D
	// contains filtered or unexported fields
}

Sort all child nodes based on their Y positions. The child node must inherit from CanvasItem for it to be sorted. Nodes that have a higher Y position will be drawn later, so they will appear on top of nodes that have a lower Y position.

func (*YSort) BaseClass ¶ 

func (o *YSort) BaseClass() string

func (*YSort) IsSortEnabled ¶ 

func (o *YSort) IsSortEnabled() gdnative.Bool
        Undocumented
	Args: [], Returns: bool

func (*YSort) SetSortEnabled ¶ 

func (o *YSort) SetSortEnabled(enabled gdnative.Bool)
        Undocumented
	Args: [{ false enabled bool}], Returns: void

type YSortImplementer ¶ 

type YSortImplementer interface {
	Node2DImplementer
	IsSortEnabled() gdnative.Bool
	SetSortEnabled(enabled gdnative.Bool)
}

YSortImplementer is an interface that implements the methods of the YSort class.

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