C# Class Horde3DNET.Horde3D

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Méthodes publiques

Méthode	Description
addCameraNode ( int parent, string name, int pipelineRes ) : int	This function creates a new Camera node and attaches it to the specified parent node.
addEmitterNode ( int parent, string name, int matRes, int effectRes, int maxParticleCount, int respawnCount ) : int	This function creates a new Emitter node and attaches it to the specified parent node.
addGroupNode ( int parent, string name ) : int	This function creates a new Group node and attaches it to the specified parent node.
addJointNode ( int parent, string name, int jointIndex ) : int	This function creates a new Joint node and attaches it to the specified parent node.
addLightNode ( int parent, string name, int materialRes, string lightingContext, string shadowContext ) : int	This function creates a new Light node and attaches it to the specified parent node. The direction vector of the untransformed light node is pointing along the the negative z-axis. The specified material resource can define uniforms and projective textures. Furthermore it can contain a shader for doing lighting calculations if deferred shading is used. If no material is required the parameter can be zero. The context names define which shader contexts are used when rendering shadow maps or doing light calculations for forward rendering configurations.
addMeshNode ( int parent, string name, int matRes, int batchStart, int batchCount, int vertRStart, int vertREnd ) : int	This function creates a new Mesh node and attaches it to the specified parent node.
addModelNode ( int parent, string name, int geoRes ) : int	This function creates a new Model node and attaches it to the specified parent node.
addNodes ( int parent, int res ) : int	This function creates several new nodes as described in a SceneGraph resource and attaches them to a specified parent node.
addResource ( int type, string name, int flags ) : int	This function tries to add a resource of a specified type and name to the resource manager. If a resource of the same type and name is already found, the handle to the existing resource is returned instead of creating a new one.
advanceEmitterTime ( int node, float timeDelta ) : bool	This function advances the simulation time of a particle system and continues the particle simulation with timeDelta being the time elapsed since the last call of this function.
castRay ( int node, float ox, float oy, float oz, float dx, float dy, float dz, int numNearest ) : int	This function checks recursively if the specified ray intersects the specified node or one of its children. The function finds intersections relative to the ray origin and returns the number of intersecting scene nodes. The ray is a line segment and is specified by a starting point (the origin) and a finite direction vector which also defines its length. Currently this function is limited to returning intersections with Meshes.
checkExtension ( string extensionName ) : bool	This function checks if a specified extension is contained in the DLL/shared object of the engine.
checkNodeTransformFlag ( int node, bool reset ) : bool	Checks if a scene node has been transformed by the engine.
checkNodeVisibility ( int node, int cameraNode, bool checkOcclusion, bool calcLod ) : int	Checks if a node is visible. This function checks if a specified node is visible from the perspective of a specified camera. The function always checks if the node is in the camera's frustum. If checkOcclusion is true, the function will take into account the occlusion culling information from the previous frame (if occlusion culling is disabled the flag is ignored). The flag calcLod determines whether the detail level for the node should be returned in case it is visible. The function returns -1 if the node is not visible, otherwise 0 (base LOD level) or the computed LOD level.
clear ( ) : void	This function removes all nodes from the scene graph except the root node and releases all resources. Warning: All resource and node IDs are invalid after calling this function.
clearOverlays ( ) : void	Clears the overlays added before using showOverlay
cloneResource ( int sourceRes, string name ) : int	Duplicates a resource. Note: The name string may not contain a colon character (:)
createTexture2D ( string name, int flags, int width, int height, bool renderable ) : int	Adds a Texture2D resource. Note: The name string may not contain a colon character (:)
finalizeFrame ( ) : bool	This function tells the engine that the current frame is finished and that all subsequent rendering operations will be for the next frame.
findNodes ( int node, string name, int type ) : int	Finds scene nodes with the specified properties. This function loops recursively over all children of startNode and adds them to an internal list of results if they match the specified name and type. The result list is cleared each time this function is called. The function returns the number of nodes which were found and added to the list.
findResource ( int type, string name ) : int	This function searches the resource of the specified type and name and returns its handle. If the resource is not available in the resource manager a zero handle is returned. The content path of the specified ResourceType is added automatically.
getCameraProjectionMatrix ( int node, float projMat ) : bool	This function gets the camera projection matrix used for bringing the geometry to screen space and copies it to the specified array.
getCastRayResult ( int index, int node, float &distance, float intersection ) : bool	Returns a result of a previous castRay query.
getMessage ( int &level, float &time ) : string	This function returns the next message string from the message queue and writes additional information to the specified variables. If no message is left over in the queue an empty string is returned.
getNextResource ( int type, int start ) : int	This function searches the resource of the specified type and name and returns its handle. If the resource is not available in the resource manager a zero handle is returned.
getNodeAABB ( int node, float &minX, float &minY, float &minZ, float &maxX, float &maxY, float &maxZ ) : bool	This function stores the world coordinates of the axis aligned bounding box of a specified node in the specified variables. The bounding box is represented using the minimum and maximum coordinates on all three axes.
getNodeChild ( int node, int index ) : int	Returns the handle to a child node.
getNodeFindResult ( int index ) : int	Gets a result from the findNodes query. This function returns the n-th (index) result of a previous findNodes query. The result is the handle to a scene node with the poperties specified at the findNodes query. If the index doesn't exist in the result list the function returns 0.
getNodeParamf ( int node, int param ) : float
getNodeParami ( int node, int param ) : int
getNodeParamstr ( int node, int param ) : string	Gets a property of a scene node.
getNodeParent ( int node ) : int	Returns the parent of a scene node.
getNodeTransform ( int node, float &px, float &py, float &pz, float &rx, float &ry, float &rz, float &sx, float &sy, float &sz ) : bool	This function gets the translation, rotation and scale of a specified scene node object. The coordinates are in local space and contain the transformation of the node relative to its parent.
getNodeTransformMatrices ( int node, IntPtr &relMat, IntPtr &absMat ) : bool	This function returns a pointer to the relative and absolute transformation matrices of the specified node in the specified pointer variables.
getNodeType ( int node ) : SceneNodeTypes	Reads the pixel data of a pipeline render target buffer. This function returns the type of a specified scene node. If the node handle is invalid, the function returns the node type 'Unknown'.
getOption ( EngineOptions param ) : float	This function gets a specified option parameter and returns its value.
getResourceData ( int res, int param ) : IntPtr	This function returns a pointer to the specified data of a specified resource. For information on the format (int, float, ..) of the pointer see the ResourceData description.
getResourceName ( int res ) : string	Returns the name of a resource.
getResourceParamf ( int res, int param ) : float	Gets a property of a resource.
getResourceParami ( int res, int param ) : int	Gets a property of a resource.
getResourceParamstr ( int res, int param ) : string	Gets a property of a resource.
getResourceType ( int res ) : int	This function returns the type of a specified resource. If the resource handle is invalid, the function returns the resource type 'Unknown'.
getStat ( EngineStats param, bool reset ) : float	Gets a statistic value of the engine.
getVersionString ( ) : string	This function returns a string containing the current version of Horde3D.
hasEmitterFinished ( int emitterNode ) : bool	Checks if an Emitter node is still alive.
init ( ) : bool	This function initializes the graphics engine and makes it ready for use. It has to be the first call to the engine except for getVersionString. In order to successfully initialize the engine the calling application must provide a valid OpenGL context. The function can be called several times on different rendering contexts in order to initialize them.
isResourceLoaded ( int res ) : bool	Checks if a resource is loaded.
loadResource ( int res, byte data, int size ) : bool	Loads a resource. This function loads data for a resource that was previously added to the resource manager. If data is a NULL-pointer the resource manager is told that the resource doesn't have any data (e.g. the corresponding file was not found). In this case, the resource remains in the unloaded state but is no more returned when querying unloaded resources. When the specified resource is already loaded, the function returns false. Important Note: XML-data must be NULL-terminated
queryUnloadedResource ( int index ) : int	Returns handle to an unloaded resource.
release ( ) : void	This function releases the engine and frees all objects and associated memory. It should be called when the application is destroyed.
releaseUnusedResources ( ) : void	This function releases resources that are no longer used. Unused resources were either told to be released by the user calling removeResource() or are no more referenced by any other engine objects.
removeNode ( int node ) : bool	This function removes the specified node and all of it's children from the scene.
removeResource ( int res ) : int	Removes a resource.
render ( int node ) : bool	This is the main function of the engine. It executes all the rendering, animation and other tasks. The function can be called several times per frame, for example in order to write to different output buffers. camera node used for rendering scene true in case of success, otherwise false
setLightContexts ( int node, string lightingContext, string shadowContext ) : bool	This function sets the lighting and shadow shader contexts of the specified light source. The contexts define which shader code is used when doing lighting calculations or rendering the shadow map. The function works on a Light node or a Group node in which case the call is recursively passed to all child Light nodes.
setMaterialSampler ( int materialRes, string name, int texRes ) : bool	Binds a texture to a sampler of a Material resource.
setMaterialUniform ( int materialRes, string name, float a, float b, float c, float d ) : bool	This function sets the specified shader uniform of the specified material to the specified values.
setModelAnimParams ( int node, int stage, float time, float weight ) : bool	This function sets the current animation time and weight for a specified stage of the specified model. The time corresponds to the frames of the animation and the animation is looped if the time is higher than the maximum number of frames in the Animation resource. The weight is used for animation blending and determines how much influence the stage has compared to the other active stages. When the sum of the weights of all stages is more than one, the animations on the lower stages get priority. The function operates on Model nodes but accepts also Group nodes in which case the call is passed recursively to the Model child nodes.
setModelMorpher ( int node, string target, float weight ) : bool	This function sets the weight of a specified morph target. If the target parameter is an empty string the weight of all morph targets in the specified Model node is modified. The function operates on Model nodes but accepts also Group nodes in which case the call is passed recursively to the Model child nodes. If the specified morph target is not found the function returns false.
setNodeActivation ( int node, bool active ) : bool	This function sets the activation state of the specified node to active or inactive. Inactive nodes are excluded from rendering.
setNodeParamf ( int node, int param, float value ) : bool
setNodeParami ( int node, int param, int value ) : bool	Sets a property of a scene node. This function sets a specified property of the specified node to a specified value. The property must be of the type int or ResHandle.
setNodeParamstr ( int node, int param, string value ) : bool	Sets a property of a scene node.
setNodeParent ( int node, int parent ) : bool	Relocates a node in the scene graph.
setNodeTransform ( int node, float px, float py, float pz, float rx, float ry, float rz, float sx, float sy, float sz ) : bool	This function sets the relative translation, rotation and scale of a specified scene node object. The coordinates are in local space and contain the transformation of the node relative to its parent.
setNodeTransformMatrix ( int node, float mat4x4 ) : bool	This function sets the relative transformation matrix of the specified scene node. It is basically the same as setNodeTransform but takes directly a matrix instead of individual transformation parameters.
setOption ( EngineOptions param, float value ) : bool	This function sets a specified option parameter to a specified value.
setPipelineStageActivation ( int pipelineRes, string stageName, bool enabled ) : bool	Sets the activation state of a pipeline stage.
setResourceParamf ( int res, int param, float value ) : bool	Sets a property of a resource.
setResourceParami ( int res, int param, int value ) : bool	Sets a property of a resource.
setResourceParamstr ( int res, int param, string value ) : bool	Sets a property of a resource.
setShaderPreambles ( string vertPreamble, string fragPreamble ) : void	Sets preambles of all Shader resources.
setupCameraView ( int node, float fov, float aspect, float nearDist, float farDist ) : bool	This function calculates the view frustum planes of the specified camera node using the specified view parameters.
setupModelAnimStage ( int node, int stage, int res, string animMask, bool additive ) : bool	This function is used to setup the specified animation stage (channel) of the specified Model node. The function operates on Model nodes but accepts also Group nodes in which case the call is passed recursively to the Model child nodes. The function is used for animation blending. There is a fixed number of stages (by default 16) on which different animations can be played. The animation mask determines which child-nodes of the model (joints or meshes) are affected by the specified animation on the stage to be configured. If the mask is an empty string, the animation affects all nodes. Otherwise the mask can contain several node names separated by the two character sequence. When a mask is specified, the initial state of all nodes is 'not affected by animation'. For every node in the mask the function recurses down the (skeleton-) hierarchy starting at the currently processed node in the mask and inverts the state of the considered nodes. This makes it possible to do complex animation mixing. A simpler way to do animation mixing is using additive animations. If a stage is configured to be additive the engine calculates the difference between the current frame and the first frame in the animation and adds this delta to the current transformation of the joints or meshes.
setupViewport ( int x, int y, int width, int height, bool resizeBuffers ) : void	This function sets the location and size of the viewport. It has to be called after engine initialization and whenever the size of the rendering context/window changes. The resizeBuffers parameter specifies whether render targets with a size relative to the viewport dimensions should be resized. This is usually desired after engine initialization and when the window is resized but not for just rendering to a part of the framebuffer.
showOverlay ( float x_ll, float y_ll, float u_ll, float v_ll, float x_lr, float y_lr, float u_lr, float v_lr, float x_ur, float y_ur, float u_ur, float v_ur, float x_ul, float y_ul, float u_ul, float v_ul, float colR, float colG, float colB, float colA, int layer, int material ) : void	This function displays an overlay with a specified material at a specified position on the screen. An overlay is a 2D image that can be used to render 2D GUI elements. The coordinate system used has its origin (0, 0) at the lower left corner of the screen and its maximum (1, 1) at the upper right corner. Texture coordinates are using the same system, where the coordinates (0, 0) correspond to the lower left corner of the image. Overlays can have different layers which describe the order in which they are drawn. Overlays with smaller layer numbers are drawn before overlays with higher layer numbers.
unloadResource ( int res ) : bool	This function unloads a previously loaded resource and restores the default values it had before loading. The state is set back to unloaded which makes it possible to load the resource again.
updateResourceData ( int res, int param, byte data, int size ) : bool	This function updates the content of a resource that was successfully loaded before. The new data must have exactly the same data layout as the data that was loaded. Notes on available ResourceData parameters: Tex2DPixelData - Sets the image data of a Texture2D resource. The data must point to a memory block that contains the pixels of the image. Each pixel needs to have 32 bit color data in BGRA format. The dimensions of the image (width, height) must be exactly the same as the dimensions of the image that was originally loaded for the resource. PLEASE NOTE: calls to updateResourceData are not threadsafe and so it might not work in case you have a separated render thread.

Method Details

addCameraNode() public static méthode

This function creates a new Camera node and attaches it to the specified parent node.

public static addCameraNode ( int parent, string name, int pipelineRes ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
pipelineRes	int
Résultat	int

addEmitterNode() public static méthode

This function creates a new Emitter node and attaches it to the specified parent node.

public static addEmitterNode ( int parent, string name, int matRes, int effectRes, int maxParticleCount, int respawnCount ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
matRes	int	handle to material resource used for rendering
effectRes	int	handle to effect resource used for configuring particle properties
maxParticleCount	int	maximal number of particles living at the same time
respawnCount	int	number of times a single particle is recreated after dying (-1 for infinite)
Résultat	int

addGroupNode() public static méthode

This function creates a new Group node and attaches it to the specified parent node.

public static addGroupNode ( int parent, string name ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
Résultat	int

addJointNode() public static méthode

This function creates a new Joint node and attaches it to the specified parent node.

public static addJointNode ( int parent, string name, int jointIndex ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
jointIndex	int	index of joint in Geometry resource of parent Model node
Résultat	int

addLightNode() public static méthode

This function creates a new Light node and attaches it to the specified parent node. The direction vector of the untransformed light node is pointing along the the negative z-axis. The specified material resource can define uniforms and projective textures. Furthermore it can contain a shader for doing lighting calculations if deferred shading is used. If no material is required the parameter can be zero. The context names define which shader contexts are used when rendering shadow maps or doing light calculations for forward rendering configurations.

public static addLightNode ( int parent, string name, int materialRes, string lightingContext, string shadowContext ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
materialRes	int	material resource for light configuration or 0 if not used
lightingContext	string	name of the shader context used for doing light calculations
shadowContext	string	name of the shader context used for doing shadow map rendering
Résultat	int

addMeshNode() public static méthode

This function creates a new Mesh node and attaches it to the specified parent node.

public static addMeshNode ( int parent, string name, int matRes, int batchStart, int batchCount, int vertRStart, int vertREnd ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
matRes	int	Material resource used by Mesh node
batchStart	int	first vertex index in Geometry resource of parent Model node
batchCount	int	number of vertex indices in Geometry resource of parent Model node
vertRStart	int	minimum vertex array index contained in Geometry resource indices of parent Model node
vertREnd	int	maximum vertex array index contained in Geometry resource indices of parent Model node
Résultat	int

addModelNode() public static méthode

This function creates a new Model node and attaches it to the specified parent node.

public static addModelNode ( int parent, string name, int geoRes ) : int
parent	int	handle to parent node to which the new node will be attached
name	string	name of the node
geoRes	int	Geometry resource used by Model node
Résultat	int

addNodes() public static méthode

This function creates several new nodes as described in a SceneGraph resource and attaches them to a specified parent node.

public static addNodes ( int parent, int res ) : int
parent	int	handle to parent node to which the root of the new nodes will be attached
res	int	handle to the SceneGraph resource
Résultat	int

addResource() public static méthode

This function tries to add a resource of a specified type and name to the resource manager. If a resource of the same type and name is already found, the handle to the existing resource is returned instead of creating a new one.

public static addResource ( int type, string name, int flags ) : int
type	int	type of the resource
name	string	name of the resource
flags	int	flags used for creating the resource
Résultat	int

advanceEmitterTime() public static méthode

This function advances the simulation time of a particle system and continues the particle simulation with timeDelta being the time elapsed since the last call of this function.

public static advanceEmitterTime ( int node, float timeDelta ) : bool
node	int	handle to the Emitter node which will be modified
timeDelta	float	time delta in seconds
Résultat	bool

castRay() public static méthode

This function checks recursively if the specified ray intersects the specified node or one of its children. The function finds intersections relative to the ray origin and returns the number of intersecting scene nodes. The ray is a line segment and is specified by a starting point (the origin) and a finite direction vector which also defines its length. Currently this function is limited to returning intersections with Meshes.

public static castRay ( int node, float ox, float oy, float oz, float dx, float dy, float dz, int numNearest ) : int
node	int	node at which intersection check is beginning
ox	float	ray origin
oy	float	ray origin
oz	float	ray origin
dx	float	ray direction vector also specifying ray length
dy	float	ray direction vector also specifying ray length
dz	float	ray direction vector also specifying ray length
numNearest	int	maximum number of intersection points to be stored (0 for all)
Résultat	int

checkExtension() public static méthode

This function checks if a specified extension is contained in the DLL/shared object of the engine.

public static checkExtension ( string extensionName ) : bool
extensionName	string	name of the extension
Résultat	bool

checkNodeTransformFlag() public static méthode

Checks if a scene node has been transformed by the engine.

public static checkNodeTransformFlag ( int node, bool reset ) : bool
node	int	handle to the node to be accessed
reset	bool	flag indicating whether transformation flag shall be reset
Résultat	bool

checkNodeVisibility() public static méthode

Checks if a node is visible.

This function checks if a specified node is visible from the perspective of a specified camera. The function always checks if the node is in the camera's frustum. If checkOcclusion is true, the function will take into account the occlusion culling information from the previous frame (if occlusion culling is disabled the flag is ignored). The flag calcLod determines whether the detail level for the node should be returned in case it is visible. The function returns -1 if the node is not visible, otherwise 0 (base LOD level) or the computed LOD level.

public static checkNodeVisibility ( int node, int cameraNode, bool checkOcclusion, bool calcLod ) : int
node	int	node to be checked for visibility
cameraNode	int	camera node from which the visibility test is done
checkOcclusion	bool	specifies if occlusion info from previous frame should be taken into account
calcLod	bool	specifies if LOD level should be computed
Résultat	int

clear() public static méthode

This function removes all nodes from the scene graph except the root node and releases all resources. Warning: All resource and node IDs are invalid after calling this function.

public static clear ( ) : void
Résultat	void

clearOverlays() public static méthode

Clears the overlays added before using showOverlay

public static clearOverlays ( ) : void
Résultat	void

cloneResource() public static méthode

Duplicates a resource.

*Note: The name string may not contain a colon character (:)*

public static cloneResource ( int sourceRes, string name ) : int
sourceRes	int	handle to resource to be cloned
name	string	name of new resource (can be empty for auto-naming)
Résultat	int

createTexture2D() public static méthode

Adds a Texture2D resource.

*Note: The name string may not contain a colon character (:)*

public static createTexture2D ( string name, int flags, int width, int height, bool renderable ) : int
name	string	name of the resource
flags	int	flags used for creating the resource
width	int	width of the texture image
height	int	height of the texture image
renderable	bool	flag indicating whether the texture can be used as an output buffer for a Camera node
Résultat	int

finalizeFrame() public static méthode

This function tells the engine that the current frame is finished and that all subsequent rendering operations will be for the next frame.

public static finalizeFrame ( ) : bool
Résultat	bool

findNodes() public static méthode

Finds scene nodes with the specified properties.

This function loops recursively over all children of startNode and adds them to an internal list of results if they match the specified name and type. The result list is cleared each time this function is called. The function returns the number of nodes which were found and added to the list.

public static findNodes ( int node, string name, int type ) : int
node	int
name	string
type	int
Résultat	int

findResource() public static méthode

This function searches the resource of the specified type and name and returns its handle. If the resource is not available in the resource manager a zero handle is returned.

The content path of the specified ResourceType is added automatically.

public static findResource ( int type, string name ) : int
type	int	type of the resource
name	string	name of the resource
Résultat	int

getCameraProjectionMatrix() public static méthode

This function gets the camera projection matrix used for bringing the geometry to screen space and copies it to the specified array.

public static getCameraProjectionMatrix ( int node, float projMat ) : bool
node	int	handle to Camera node
projMat	float	pointer to float array with 16 elements
Résultat	bool

getCastRayResult() public static méthode

Returns a result of a previous castRay query.

public static getCastRayResult ( int index, int node, float &distance, float intersection ) : bool
index	int	index of result to be accessed (range: 0 to number of results returned by castRay)
node	int	handle of intersected node
distance	float	distance from ray origin to intersection point
intersection	float	coordinates of intersection point (float[3] array)
Résultat	bool

getMessage() public static méthode

This function returns the next message string from the message queue and writes additional information to the specified variables. If no message is left over in the queue an empty string is returned.

public static getMessage ( int &level, float &time ) : string
level	int	pointer to variable for storing message level indicating importance (can be NULL)
time	float	pointer to variable for stroing time when message was added (can be NULL)
Résultat	string

getNextResource() public static méthode

This function searches the resource of the specified type and name and returns its handle. If the resource is not available in the resource manager a zero handle is returned.

public static getNextResource ( int type, int start ) : int
type	int	type of the resource
start	int	name of the resource
Résultat	int

getNodeAABB() public static méthode

This function stores the world coordinates of the axis aligned bounding box of a specified node in the specified variables. The bounding box is represented using the minimum and maximum coordinates on all three axes.

public static getNodeAABB ( int node, float &minX, float &minY, float &minZ, float &maxX, float &maxY, float &maxZ ) : bool
node	int	handle to the node which will be accessed
minX	float	variable where minimum x-coordinates will be stored
minY	float	variable where minimum y-coordinates will be stored
minZ	float	variable where minimum z-coordinates will be stored
maxX	float	variable where maximum x-coordinates will be stored
maxY	float	variable where maximum y-coordinates will be stored
maxZ	float	variable where maximum z-coordinates will be stored
Résultat	bool

getNodeChild() public static méthode

Returns the handle to a child node.

public static getNodeChild ( int node, int index ) : int
node	int	handle to the parent node
index	int	index of the child node
Résultat	int

getNodeFindResult() public static méthode

Gets a result from the findNodes query.

This function returns the n-th (index) result of a previous findNodes query. The result is the handle to a scene node with the poperties specified at the findNodes query. If the index doesn't exist in the result list the function returns 0.

public static getNodeFindResult ( int index ) : int
index	int	index of search result
Résultat	int

getNodeParamf() public static méthode

public static getNodeParamf ( int node, int param ) : float
node	int
param	int
Résultat	float

getNodeParami() public static méthode

public static getNodeParami ( int node, int param ) : int
node	int
param	int
Résultat	int

getNodeParamstr() public static méthode

Gets a property of a scene node.

public static getNodeParamstr ( int node, int param ) : string
node	int	handle to the node to be accessed
param	int	parameter to be accessed
Résultat	string

getNodeParent() public static méthode

Returns the parent of a scene node.

public static getNodeParent ( int node ) : int
node	int	handle to the scene node
Résultat	int

getNodeTransform() public static méthode

This function gets the translation, rotation and scale of a specified scene node object. The coordinates are in local space and contain the transformation of the node relative to its parent.

public static getNodeTransform ( int node, float &px, float &py, float &pz, float &rx, float &ry, float &rz, float &sx, float &sy, float &sz ) : bool
node	int	handle to the node which will be accessed
px	float	x variable where position of the node will be stored
py	float	y variable where position of the node will be stored
pz	float	z variable where position of the node will be stored
rx	float	x variable where rotation of the node in Euler angles (degrees) will be stored
ry	float	y variable where rotation of the node in Euler angles (degrees) will be stored
rz	float	z variable where rotation of the node in Euler angles (degrees) will be stored
sx	float	x variable where scale of the node will be stored
sy	float	y variable where scale of the node will be stored
sz	float	z variable where scale of the node will be stored
Résultat	bool

getNodeTransformMatrices() public static méthode

This function returns a pointer to the relative and absolute transformation matrices of the specified node in the specified pointer variables.

public static getNodeTransformMatrices ( int node, IntPtr &relMat, IntPtr &absMat ) : bool
node	int	handle to the scene node whose matrices will be accessed
relMat	System.IntPtr	pointer to a variable where the address of the relative transformation matrix will be stored
absMat	System.IntPtr	pointer to a variable where the address of the absolute transformation matrix will be stored
Résultat	bool

getNodeType() public static méthode

Reads the pixel data of a pipeline render target buffer. This function returns the type of a specified scene node. If the node handle is invalid, the function returns the node type 'Unknown'.

public static getNodeType ( int node ) : SceneNodeTypes
node	int	handle to the scene node whose type will be returned
Résultat	SceneNodeTypes

getOption() public static méthode

This function gets a specified option parameter and returns its value.

public static getOption ( EngineOptions param ) : float
param	EngineOptions	option parameter
Résultat	float

getResourceData() public static méthode

This function returns a pointer to the specified data of a specified resource. For information on the format (int, float, ..) of the pointer see the ResourceData description.

public static getResourceData ( int res, int param ) : IntPtr
res	int	handle to the resource to be accessed
param	int	parameter indicating data of the resource that will be accessed
Résultat	IntPtr

getResourceName() public static méthode

Returns the name of a resource.

public static getResourceName ( int res ) : string
res	int	handle to the resource
Résultat	string

getResourceParamf() public static méthode

Gets a property of a resource.

public static getResourceParamf ( int res, int param ) : float
res	int	handle to the resource to be accessed
param	int	parameter to be accessed
Résultat	float

getResourceParami() public static méthode

Gets a property of a resource.

public static getResourceParami ( int res, int param ) : int
res	int	handle to the resource to be accessed
param	int	parameter to be accessed
Résultat	int

getResourceParamstr() public static méthode

Gets a property of a resource.

public static getResourceParamstr ( int res, int param ) : string
res	int	handle to the resource to be accessed
param	int	parameter to be accessed
Résultat	string

getResourceType() public static méthode

This function returns the type of a specified resource. If the resource handle is invalid, the function returns the resource type 'Unknown'.

public static getResourceType ( int res ) : int
res	int	handle to the resource whose type will be returned
Résultat	int

getStat() public static méthode

Gets a statistic value of the engine.

public static getStat ( EngineStats param, bool reset ) : float
param	EngineStats	statistic parameter
reset	bool	flag specifying whether statistic value should be reset
Résultat	float

getVersionString() public static méthode

This function returns a string containing the current version of Horde3D.

public static getVersionString ( ) : string
Résultat	string

hasEmitterFinished() public static méthode

Checks if an Emitter node is still alive.

public static hasEmitterFinished ( int emitterNode ) : bool
emitterNode	int	emitterNode - handle to the Emitter node which is checked
Résultat	bool

init() public static méthode

This function initializes the graphics engine and makes it ready for use. It has to be the first call to the engine except for getVersionString. In order to successfully initialize the engine the calling application must provide a valid OpenGL context. The function can be called several times on different rendering contexts in order to initialize them.

public static init ( ) : bool
Résultat	bool

isResourceLoaded() public static méthode

Checks if a resource is loaded.

public static isResourceLoaded ( int res ) : bool
res	int	handle to the resource to be checked
Résultat	bool

loadResource() public static méthode

Loads a resource.

This function loads data for a resource that was previously added to the resource manager. If data is a NULL-pointer the resource manager is told that the resource doesn't have any data (e.g. the corresponding file was not found). In this case, the resource remains in the unloaded state but is no more returned when querying unloaded resources. When the specified resource is already loaded, the function returns false. *Important Note: XML-data must be NULL-terminated*

public static loadResource ( int res, byte data, int size ) : bool
res	int
data	byte	the data to be loaded
size	int	size of the data block
Résultat	bool

queryUnloadedResource() public static méthode

Returns handle to an unloaded resource.

public static queryUnloadedResource ( int index ) : int
index	int	index of unloaded resource within the internal list of unloaded resources (starting with 0)
Résultat	int

release() public static méthode

This function releases the engine and frees all objects and associated memory. It should be called when the application is destroyed.

public static release ( ) : void
Résultat	void

releaseUnusedResources() public static méthode

This function releases resources that are no longer used. Unused resources were either told to be released by the user calling removeResource() or are no more referenced by any other engine objects.

public static releaseUnusedResources ( ) : void
Résultat	void

removeNode() public static méthode

This function removes the specified node and all of it's children from the scene.

public static removeNode ( int node ) : bool
node	int	handle to the node to be removed
Résultat	bool

removeResource() public static méthode

Removes a resource.

public static removeResource ( int res ) : int
res	int	handle to the resource to be removed
Résultat	int

render() public static méthode

This is the main function of the engine. It executes all the rendering, animation and other tasks. The function can be called several times per frame, for example in order to write to different output buffers. camera node used for rendering scene true in case of success, otherwise false

public static render ( int node ) : bool
node	int
Résultat	bool

setLightContexts() public static méthode

This function sets the lighting and shadow shader contexts of the specified light source. The contexts define which shader code is used when doing lighting calculations or rendering the shadow map. The function works on a Light node or a Group node in which case the call is recursively passed to all child Light nodes.

public static setLightContexts ( int node, string lightingContext, string shadowContext ) : bool
node	int	handle to the node to be modified
lightingContext	string	name of the shader context used for performing lighting calculations
shadowContext	string
Résultat	bool

setMaterialSampler() public static méthode

Binds a texture to a sampler of a Material resource.

public static setMaterialSampler ( int materialRes, string name, int texRes ) : bool
materialRes	int
name	string
texRes	int
Résultat	bool

setMaterialUniform() public static méthode

This function sets the specified shader uniform of the specified material to the specified values.

public static setMaterialUniform ( int materialRes, string name, float a, float b, float c, float d ) : bool
materialRes	int
name	string	name of the uniform as defined in Material resource
a	float	value of first component
b	float	value of second component
c	float	value of third component
d	float	value of fourth component
Résultat	bool

setModelAnimParams() public static méthode

This function sets the current animation time and weight for a specified stage of the specified model.

The time corresponds to the frames of the animation and the animation is looped if the time is higher than the maximum number of frames in the Animation resource. The weight is used for animation blending and determines how much influence the stage has compared to the other active stages. When the sum of the weights of all stages is more than one, the animations on the lower stages get priority. The function operates on Model nodes but accepts also Group nodes in which case the call is passed recursively to the Model child nodes.

public static setModelAnimParams ( int node, int stage, float time, float weight ) : bool
node	int	handle to the node to be modified
stage	int	index of the animation stage to be modified
time	float	new animation time
weight	float	new animation weight
Résultat	bool

setModelMorpher() public static méthode

This function sets the weight of a specified morph target. If the target parameter is an empty string the weight of all morph targets in the specified Model node is modified. The function operates on Model nodes but accepts also Group nodes in which case the call is passed recursively to the Model child nodes. If the specified morph target is not found the function returns false.

public static setModelMorpher ( int node, string target, float weight ) : bool
node	int	handle to the node to be modified
target	string	name of morph target
weight	float	new weight for morph target
Résultat	bool

setNodeActivation() public static méthode

This function sets the activation state of the specified node to active or inactive. Inactive nodes are excluded from rendering.

public static setNodeActivation ( int node, bool active ) : bool
node	int	handle to the node to be modified
active	bool	boolean value indicating whether node is active or inactive
Résultat	bool

setNodeParamf() public static méthode

public static setNodeParamf ( int node, int param, float value ) : bool
node	int
param	int
value	float
Résultat	bool

setNodeParami() public static méthode

Sets a property of a scene node.

This function sets a specified property of the specified node to a specified value. The property must be of the type int or ResHandle.

public static setNodeParami ( int node, int param, int value ) : bool
node	int	handle to the node to be modified
param	int	parameter to be modified
value	int	new value for the specified parameter
Résultat	bool

setNodeParamstr() public static méthode

Sets a property of a scene node.

public static setNodeParamstr ( int node, int param, string value ) : bool
node	int	handle to the node to be modified
param	int	parameter to be modified
value	string	new value for the specified parameter
Résultat	bool

setNodeParent() public static méthode

Relocates a node in the scene graph.

public static setNodeParent ( int node, int parent ) : bool
node	int	handle to the scene node to be relocated
parent	int	handle to the new parent node
Résultat	bool

setNodeTransform() public static méthode

This function sets the relative translation, rotation and scale of a specified scene node object. The coordinates are in local space and contain the transformation of the node relative to its parent.

public static setNodeTransform ( int node, float px, float py, float pz, float rx, float ry, float rz, float sx, float sy, float sz ) : bool
node	int	handle to the node which will be modified
px	float	x position of the node
py	float	y position of the node
pz	float	z position of the node
rx	float	x rotation of the node in Euler angles (degrees)
ry	float	y rotation of the node in Euler angles (degrees)
rz	float	z rotation of the node in Euler angles (degrees)
sx	float	x scale of the node
sy	float	y scale of the node
sz	float	z scale of the node
Résultat	bool

setNodeTransformMatrix() public static méthode

This function sets the relative transformation matrix of the specified scene node. It is basically the same as setNodeTransform but takes directly a matrix instead of individual transformation parameters.

public static setNodeTransformMatrix ( int node, float mat4x4 ) : bool
node	int	handle to the scene node whose matrix will be updated
mat4x4	float	array of a 4x4 matrix in column major order
Résultat	bool

setOption() public static méthode

This function sets a specified option parameter to a specified value.

public static setOption ( EngineOptions param, float value ) : bool
param	EngineOptions	option parameter
value	float	value of the option parameter
Résultat	bool

setPipelineStageActivation() public static méthode

Sets the activation state of a pipeline stage.

public static setPipelineStageActivation ( int pipelineRes, string stageName, bool enabled ) : bool
pipelineRes	int	handle to the Pipeline resource to be accessed
stageName	string	name of the stage to be modified
enabled	bool	flag indicating whether the stage shall be enabled or disabled
Résultat	bool

setResourceParamf() public static méthode

Sets a property of a resource.

public static setResourceParamf ( int res, int param, float value ) : bool
res	int	handle to the node to be modified
param	int	parameter to be modified
value	float	new value for the specified parameter
Résultat	bool

setResourceParami() public static méthode

Sets a property of a resource.

public static setResourceParami ( int res, int param, int value ) : bool
res	int	handle to the node to be modified
param	int	parameter to be modified
value	int	new value for the specified parameter
Résultat	bool

setResourceParamstr() public static méthode

Sets a property of a resource.

public static setResourceParamstr ( int res, int param, string value ) : bool
res	int	handle to the node to be modified
param	int	parameter to be modified
value	string	new value for the specified parameter
Résultat	bool

setShaderPreambles() public static méthode

Sets preambles of all Shader resources.

public static setShaderPreambles ( string vertPreamble, string fragPreamble ) : void
vertPreamble	string	preamble text of vertex shaders (default: empty string)
fragPreamble	string	preamble text of fragment shaders (default: empty string)
Résultat	void

setupCameraView() public static méthode

This function calculates the view frustum planes of the specified camera node using the specified view parameters.

public static setupCameraView ( int node, float fov, float aspect, float nearDist, float farDist ) : bool
node	int	handle to the Camera node which will be modified
fov	float	field of view (FOV) in degrees
aspect	float	aspect ratio
nearDist	float	distance of near clipping plane
farDist	float	distance of far clipping plane
Résultat	bool

setupModelAnimStage() public static méthode

This function is used to setup the specified animation stage (channel) of the specified Model node.

The function operates on Model nodes but accepts also Group nodes in which case the call is passed recursively to the Model child nodes. The function is used for animation blending. There is a fixed number of stages (by default 16) on which different animations can be played. The animation mask determines which child-nodes of the model (joints or meshes) are affected by the specified animation on the stage to be configured. If the mask is an empty string, the animation affects all nodes. Otherwise the mask can contain several node names separated by the two character sequence. When a mask is specified, the initial state of all nodes is 'not affected by animation'. For every node in the mask the function recurses down the (skeleton-) hierarchy starting at the currently processed node in the mask and inverts the state of the considered nodes. This makes it possible to do complex animation mixing. A simpler way to do animation mixing is using additive animations. If a stage is configured to be additive the engine calculates the difference between the current frame and the first frame in the animation and adds this delta to the current transformation of the joints or meshes.

public static setupModelAnimStage ( int node, int stage, int res, string animMask, bool additive ) : bool
node	int	handle to the node to be modified
stage	int	index of the animation stage to be configured
res	int	handle to Animation resource
animMask	string	mask defining which nodes will be affected by animation
additive	bool	flag indicating whether stage is additive
Résultat	bool

setupViewport() public static méthode

This function sets the location and size of the viewport. It has to be called after engine initialization and whenever the size of the rendering context/window changes. The resizeBuffers parameter specifies whether render targets with a size relative to the viewport dimensions should be resized. This is usually desired after engine initialization and when the window is resized but not for just rendering to a part of the framebuffer.

public static setupViewport ( int x, int y, int width, int height, bool resizeBuffers ) : void
x	int	the x-position of the viewport in the rendering context
y	int	the y-position of the viewport in the rendering context
width	int	the width of the viewport
height	int	the height of the viewport
resizeBuffers	bool	specifies whether render targets should be adapted to new size
Résultat	void

showOverlay() public static méthode

This function displays an overlay with a specified material at a specified position on the screen.

An overlay is a 2D image that can be used to render 2D GUI elements. The coordinate system used has its origin (0, 0) at the lower left corner of the screen and its maximum (1, 1) at the upper right corner. Texture coordinates are using the same system, where the coordinates (0, 0) correspond to the lower left corner of the image. Overlays can have different layers which describe the order in which they are drawn. Overlays with smaller layer numbers are drawn before overlays with higher layer numbers.

public static showOverlay ( float x_ll, float y_ll, float u_ll, float v_ll, float x_lr, float y_lr, float u_lr, float v_lr, float x_ur, float y_ur, float u_ur, float v_ur, float x_ul, float y_ul, float u_ul, float v_ul, float colR, float colG, float colB, float colA, int layer, int material ) : void
x_ll	float	x position of the lower left corner
y_ll	float	y position of the lower left corner
u_ll	float	u texture coordinate of the lower left corner
v_ll	float	v texture coordinate of the lower left corner
x_lr	float	x position of the lower right corner
y_lr	float	y position of the lower right corner
u_lr	float	u texture coordinate of the lower right corner
v_lr	float	v texture coordinate of the lower right corner
x_ur	float	x position of the upper right corner
y_ur	float	y position of the upper right corner
u_ur	float	u texture coordinate of the upper right corner
v_ur	float	v texture coordinate of the upper right corner
x_ul	float	x position of the upper left corner
y_ul	float	y position of the upper left corner
u_ul	float	u texture coordinate of the upper left corner
v_ul	float	v texture coordinate of the upper left corner
colR	float	red color value of the overlay that is set for the material's shader
colG	float	green color value of the overlay that is set for the material's shader
colB	float	blue color value of the overlay that is set for the material's shader
colA	float	alpha color value of the overlay that is set for the material's shader
layer	int	layer index of the overlay (Values: from 0 to 7)
material	int	material resource used for rendering
Résultat	void

unloadResource() public static méthode

This function unloads a previously loaded resource and restores the default values it had before loading. The state is set back to unloaded which makes it possible to load the resource again.

public static unloadResource ( int res ) : bool
res	int	handle to resource to be unloaded
Résultat	bool

updateResourceData() public static méthode

This function updates the content of a resource that was successfully loaded before. The new data must have exactly the same data layout as the data that was loaded.

Notes on available ResourceData parameters: Tex2DPixelData - Sets the image data of a Texture2D resource. The data must point to a memory block that contains the pixels of the image. Each pixel needs to have 32 bit color data in BGRA format. The dimensions of the image (width, height) must be exactly the same as the dimensions of the image that was originally loaded for the resource. PLEASE NOTE: calls to updateResourceData are not threadsafe and so it might not work in case you have a separated render thread.

public static updateResourceData ( int res, int param, byte data, int size ) : bool
res	int	handle to the resource for which the data is modified
param	int	data structure which will be updated
data	byte	the new data
size	int	size of the new data block
Résultat	bool