sp::scene Namespace Reference

Add 3D object management functions and scene rendering can be found in this namespace. More...

Namespaces
namespace	MeshGenerator
namespace	MeshModifier
	Namespace for mesh buffer modification. This is only to modify vertex coordinates and delta connections.
namespace	TreeBuilder
Classes
struct	SMeshConstruct
	Basic meshes construction settings. More...
class	BasicMeshGenerator
	!! More...
class	ConvexPolyhedron
class	SPrimitiveVertex2D
class	SMeshVertex3D
struct	SMeshTriangle3D
class	Projection3D
class	Transformation2D
class	Transformation3D
struct	STreeNodeTriangleData
class	TreeNode
	This is the tree node base class. More...
class	BSPTreeNode
	BSP tree node class used for BSP scenes. More...
class	ImageTreeNode
class	KDTreeNode
	kd-Tree node class for universal usage. More...
class	OBBTreeNode
	Oriented bounding box tree node class used for bounding volume hierarchies. More...
class	OcTreeNode
	Oct tree (or rather OcTree) node class used for collision detection and intersection optimization. More...
class	QuadTreeNode
	Quad tree node class used for terrain patches and optimization purposes. More...
class	ViewFrustum
class	BoundingVolume
class	FirstPersonCamera
class	MaterialNode
class	ClipVertex
class	RenderNode
	Interface for all renderable objects: visible 3d geometry and light sources or a whole scene graph. More...
class	Billboard
class	Camera
class	SceneGraph
class	SceneGraphFamilyTree
class	SceneGraphPortalBased
class	SceneGraphSimple
class	SceneGraphSimpleStream
class	Light
class	SceneManager
struct	SCmpTransTriangle
class	Mesh
class	SceneNode
class	Portal
class	Sector
class	Terrain
class	MeshLoader
class	SceneLoader
class	MeshLoader3DS
class	MeshLoaderB3D
class	MeshLoaderMD2
class	MeshLoaderMD3
class	MeshLoaderMS3D
class	MeshLoaderOBJ
class	MeshLoaderSPM
class	MeshLoaderX
class	MeshSaver
class	MeshSaverB3D
class	MeshSaverOBJ
class	MeshSaverSPM
class	SceneLoaderBSP1
	This is the "Quake 1" BSP scene loader. More...
class	SceneLoaderBSP3
	This is the "Quake III Arena" BSP scene loader. More...
class	BSPLoaderExtensions
class	SceneLoaderSPSB
class	BaseCollisionPhysicsObject
class	CharacterController
class	CollisionBox
class	CollisionCapsule
class	CollisionCone
struct	SCollisionFace
struct	SContactBase
struct	SIntersectionContact
struct	SCollisionContact
class	CollisionCylinder
class	CollisionGraph
class	CollisionLineBased
class	CollisionMaterial
class	CollisionMesh
class	CollisionNode
class	CollisionPlane
class	CollisionSphere
class	Animation
struct	SVertexGroup
struct	SVertexKeyframe
	Stores the keyframe coordinate and normal for a vertex. More...
struct	SMorphTargetVertex
struct	SNodeKeyframe
	Stores the transformation and duration for a node animation keyframe. More...
class	AnimationJoint
struct	SJointKeyframe
	Joint keyframe structure. More...
class	AnimationJointGroup
struct	SAnimSequence
	Animation sequence structure. This is used to store a fixed animation sequence for easy access. More...
struct	SAnimQueue
class	AnimationPlayback
struct	SSurfaceVertex
struct	SWeight
struct	SVertex
class	AnimationSkeleton
class	KeyframeSequence
class	MeshAnimation
	Extension class for mesh based animations (MorphTargetAnimation and SkeletalAnimation). More...
class	MorphTargetAnimation
class	NodeAnimation
class	SkeletalAnimation
Typedefs
typedef Projection3D< f32 >	Projection
typedef Transformation2D< f32 >	ScreenSpaceTransformation
typedef Transformation3D< f32 >	Transformation
typedef boost::function< void(TreeNode *Node)	TreeNodeDestructorCallback )
typedef boost::function< bool(CharacterController *Controller, const CollisionNode *Rival, const SCollisionContact &Contact)	CharacterContactCallback )
typedef boost::function< bool(const CollisionNode *Node)	IntersectionCriteriaCallback )
typedef boost::function< bool(CollisionMaterial *Material, CollisionNode *Node, const CollisionNode *Rival, const SCollisionContact &Contact)	CollisionContactCallback )
typedef boost::function< void(AnimationPlayback &Playback, bool isSetManual)>	PlaybackFrameCallback
Enumerations
enum	ENodeOrderTypes { ORDER_FOREGROUND = -1, ORDER_NORMAL = 0, ORDER_BACKGROUND = 1 }
	Object order types for sorting. More...
enum	ELightModels { LIGHT_DIRECTIONAL = 0, LIGHT_POINT, LIGHT_SPOT }
	Light source models. More...
enum	EBasicMeshes {   MESH_CUBE, MESH_CONE, MESH_CYLINDER, MESH_SPHERE,   MESH_ICOSPHERE, MESH_TORUS, MESH_TORUSKNOT, MESH_SPIRAL,   MESH_PIPE, MESH_PLANE, MESH_DISK, MESH_CUBOCTAHEDRON,   MESH_TETRAHEDRON, MESH_OCTAHEDRON, MESH_DODECAHEDRON, MESH_ICOSAHEDRON,   MESH_TEAPOT, MESH_WIRE_CUBE }
	Basic meshes that can be constructed by the MeshGenerator. More...
enum	EMeshFileFormats {   MESHFORMAT_UNKNOWN, MESHFORMAT_SPM, MESHFORMAT_3DS, MESHFORMAT_MS3D,   MESHFORMAT_X, MESHFORMAT_B3D, MESHFORMAT_MD2, MESHFORMAT_MD3,   MESHFORMAT_OBJ, MESHFORMAT_OGRE, MESHFORMAT_LWO }
	Mesh file formats. More...
enum	ESceneFileFormats { SCENEFORMAT_UNKNOWN, SCENEFORMAT_SPSB, SCENEFORMAT_BSP1, SCENEFORMAT_BSP3 }
	Scene file formats. More...
enum	ESuperShapeModels {   SUPERSHAPE_SMALL_CRYSTAL1 = 0, SUPERSHAPE_SMALL_CRYSTAL2, SUPERSHAPE_SMALL_STAR1, SUPERSHAPE_SMALL_STAR2,   SUPERSHAPE_SMALL_STAR3, SUPERSHAPE_SMALL_STAR4, SUPERSHAPE_BIG_STAR1, SUPERSHAPE_URCHIN1,   SUPERSHAPE_CUSHION1, SUPERSHAPE_RANDOM }
	Pre defined super shape models. More...
enum	EKDTreeBuildingConcepts { KDTREECONCEPT_CENTER, KDTREECONCEPT_AVERAGE }
	Concepts of building a kd-Tree. More...
enum	ETreeNodeTypes {   TREENODE_QUADTREE, TREENODE_POINTQUADTREE, TREENODE_OCTREE, TREENODE_BSPTREE,   TREENODE_KDTREE, TREENODE_OBBTREE }
	Node types for tree-hierarchy. More...
enum	EKDTreeAxles { KDTREE_XAXIS = 0, KDTREE_YAXIS, KDTREE_ZAXIS }
	kd-Tree node axles. More...
enum	EViewFrustumPlanes {   VIEWFRUSTUM_NEAR = 0, VIEWFRUSTUM_FAR, VIEWFRUSTUM_LEFT, VIEWFRUSTUM_RIGHT,   VIEWFRUSTUM_BOTTOM, VIEWFRUSTUM_TOP, VIEWFRUSTUM_PLANE_COUNT }
	View frustum plane sides. More...
enum	EBoundingVolumes { BOUNDING_NONE, BOUNDING_SPHERE, BOUNDING_BOX }
	Bounding volume types. More...
enum	EFirstPersonCameraFlags { FPCAMERAFLAG_NONE = 0x00, FPCAMERAFLAG_USEARROWS = 0x01 }
enum	ESceneGraphs {   SCENEGRAPH_CUSTOM, SCENEGRAPH_SIMPLE, SCENEGRAPH_SIMPLE_STREAM, SCENEGRAPH_FAMILY_TREE,   SCENEGRAPH_PORTAL_BASED }
	Supported scene graphs. More...
enum	ERenderListSortMethods { RENDERLIST_SORT_DEPTHDISTANCE, RENDERLIST_SORT_MESHBUFFER }
	Sort methods for the render node list. More...
enum	ENodeTypes {   NODE_BASICNODE, NODE_CUSTOM, NODE_SCENEGRAPH, NODE_CAMERA,   NODE_LIGHT, NODE_MESH, NODE_BILLBOARD, NODE_TERRAIN }
	Scene node types. More...
enum	EMeshLoaderFlags { MESHFLAG_SINGLE_MODEL = 0x0001 }
	Mesh loader flags. Used in the SceneManager::loadMesh function. More...
enum	EMD2AnimTypes {   MD2ANIM_STAND = 0, MD2ANIM_RUN, MD2ANIM_ATTACK, MD2ANIM_PAIN_A,   MD2ANIM_PAIN_B, MD2ANIM_PAIN_C, MD2ANIM_JUMP, MD2ANIM_FLIP,   MD2ANIM_SALUTE, MD2ANIM_FALLBACK, MD2ANIM_WAVE, MD2ANIM_POINT,   MD2ANIM_CROUCH_STAND, MD2ANIM_CROUCH_WALK, MD2ANIM_CROUCH_ATTACK, MD2ANIM_CROUCH_PAIN,   MD2ANIM_CROUCH_DEATH, MD2ANIM_DEATH_FALLBACK, MD2ANIM_DEATH_FALLFORWARD, MD2ANIM_DEATH_FALLBACKSLOW,   MD2ANIM_BOOM, MD2ANIM_MAX_ANIMATIONS }
enum	EModelSPMChunkFlags {   MDLSPM_CHUNK_NONE = 0x0000, MDLSPM_CHUNK_GOURAUDSHADING = 0x0008, MDLSPM_CHUNK_NODE_ANIM = 0x0010, MDLSPM_CHUNK_MORPHTARGET_ANIM = 0x0020,   MDLSPM_CHUNK_SKELETAL_ANIM = 0x0040, MDLSPM_CHUNK_INDEX32BIT = 0x0001, MDLSPM_CHUNK_VERTEXCOLOR = 0x0002, MDLSPM_CHUNK_VERTEXFOG = 0x0004,   MDLSPM_CHUNK_VERTEXNORMAL = 0x0008, MDLSPM_CHUNK_TEXTUREINTERN = 0x0010, MDLSPM_CHUNK_TEXTUREMATRIX = 0x0020 }
enum	ESceneLoaderFlags {   SCENEFLAG_ABSOLUTEPATH = 0x00000001, SCENEFLAG_CONFIG = 0x00000002, SCENEFLAG_MESHES = 0x00000004, SCENEFLAG_LIGHTS = 0x00000008,   SCENEFLAG_CAMERAS = 0x00000010, SCENEFLAG_WAYPOINTS = 0x00000020, SCENEFLAG_BOUNDVOLUMES = 0x00000040, SCENEFLAG_SOUNDS = 0x00000080,   SCENEFLAG_SPRITES = 0x00000100, SCENEFLAG_ANIMNODES = 0x00000200, SCENEFLAG_TEXTURES = 0x00010000, SCENEFLAG_LIGHTMAPS = 0x00020000,   SCENEFLAG_SHADERS = 0x00040000, SCENEFLAG_STORYBOARDITEMS = 0x00080000, SCENEFLAG_OBJECTS, SCENEFLAG_ALL = ~0 }
enum	ECollisionModels {   COLLISION_NONE = 0, COLLISION_SPHERE, COLLISION_CAPSULE, COLLISION_CYLINDER,   COLLISION_CONE, COLLISION_BOX, COLLISION_PLANE, COLLISION_MESH }
	Collision models. More...
enum	ECollisionFlags {   COLLISIONFLAG_NONE = 0x00, COLLISIONFLAG_DETECTION = 0x01, COLLISIONFLAG_RESOLVE = 0x02 | COLLISIONFLAG_DETECTION, COLLISIONFLAG_INTERSECTION = 0x04,   COLLISIONFLAG_PERMANENT_UPDATE = 0x08, COLLISIONFLAG_FULL }
	Flags for collision detection. More...
enum	ECollisionSupportFlags {   COLLISIONSUPPORT_NONE = 0x00, COLLISIONSUPPORT_SPHERE = 0x01, COLLISIONSUPPORT_CAPSULE = 0x02, COLLISIONSUPPORT_CYLINDER = 0x04,   COLLISIONSUPPORT_CONE = 0x08, COLLISIONSUPPORT_BOX = 0x10, COLLISIONSUPPORT_PLANE = 0x20, COLLISIONSUPPORT_MESH = 0x40,   COLLISIONSUPPORT_ALL = ~0 }
	Flags for collision detection support to rival collision nodes. More...
enum	EAnimationTypes { ANIMATION_NODE, ANIMATION_MORPHTARGET, ANIMATION_SKELETAL }
	Types of animation classes. More...
enum	EAnimationFlags { ANIMFLAG_NO_GROUPING = 0x01, ANIMFLAG_NO_TRANSFORMATION = 0x02 }
	Animation flags. More...
enum	EAnimPlaybackModes {   PLAYBACK_ONESHOT, PLAYBACK_ONELOOP, PLAYBACK_LOOP, PLAYBACK_PINGPONG,   PLAYBACK_PINGPONG_LOOP }
	Animation playback modes. More...
enum	EKeyframeFlags { KEYFRAME_POSITION = 0x01, KEYFRAME_ROTATION = 0x02, KEYFRAME_SCALE = 0x04, KEYFRAME_ALL = KEYFRAME_POSITION | KEYFRAME_ROTATION | KEYFRAME_SCALE }
Functions
bool	cmpObjectLights (Light *ObjA, Light *ObjB)
bool	compareSceneNodes (SceneNode *ObjA, SceneNode *ObjB)
bool	cmpTransparentSurface (video::MeshBuffer *obj1, video::MeshBuffer *obj2)
bool	cmpTransparentTriangle (const SCmpTransTriangle &obj1, const SCmpTransTriangle &obj2)
void	clbTerrainTreeNodeDestructor (TreeNode *Node)
bool	ChCtrlCollisionMaterial (CollisionMaterial *Material, CollisionNode *Node, const CollisionNode *Rival, const SCollisionContact &Contact)
bool	operator< (const SSurfaceVertex &ObjA, const SSurfaceVertex &ObjB)
Variables
bool	__spLightIDList [MAX_COUNT_OF_SCENELIGHTS] = { 0 }
dim::matrix4f	spProjectionMatrix
dim::matrix4f	spViewMatrix
dim::matrix4f	spViewInvMatrix
dim::matrix4f	spWorldMatrix
dim::matrix4f	spTextureMatrix [MAX_COUNT_OF_TEXTURES]
dim::matrix4f	spColorMatrix

---

Detailed Description

Add 3D object management functions and scene rendering can be found in this namespace.

---

Typedef Documentation

typedef boost::function<bool (CharacterController* Controller, const CollisionNode* Rival, const SCollisionContact &Contact) sp::scene::CharacterContactCallback)

Collision contact callback interface for a character controller.

Parameters:

	Controller,:	Pointer to the character controller of the detected contact.
	Rival,:	Pointer to the rival collision node which caused the collision contact.
	Contact,:	Holds the information details about the collision contact.

Returns:

True if the collision is about to be resolved. Otherwise the collision will be ignored and no collision-resolving will be performed.

typedef boost::function<bool (CollisionMaterial* Material, CollisionNode* Node, const CollisionNode* Rival, const SCollisionContact &Contact) sp::scene::CollisionContactCallback)

Collision contact callback interface.

Parameters:

[in]	Material	Pointer to the collision material of the detected contact.
[in]	Node	Pointer to the current collision node which has detected a collision contact with another collision node.
[in]	Rival	Pointer to the rival collision node which caused the collision contact.
[in]	Contact	Holds the information details about the collision contact.

Returns:

True if the collision is about to be resolved. Otherwise the collision will be ignored and no collision-resolving will be performed.

typedef boost::function<bool (const CollisionNode* Node) sp::scene::IntersectionCriteriaCallback)

The intersection criteria callback is used to determine which collision nodes are to be tested for intersection. Use this to sort individual nodes out.

Parameters:

[in]

Node

Pointer to the collision node which is to be tested for intersection.

Returns:

True if this collision node is to be tested. Otherwise false.

typedef boost::function<void (AnimationPlayback &Playback, bool isSetManual)> sp::scene::PlaybackFrameCallback

The playback frame callback can be used to determine when the frame index of an individual animation playback has been changed.

Parameters:

[in,out]	Playback	Specifies the animation playback object whose frame index has changed.
[in]	isSetManual	Specifies whether the frame index change was caused by a "setFrame" function call or not. If false the frame index changed was caused during the common animation playback.

typedef Projection3D<f32> sp::scene::Projection

typedef Transformation2D<f32> sp::scene::ScreenSpaceTransformation

typedef Transformation3D<f32> sp::scene::Transformation

typedef boost::function<void (TreeNode* Node) sp::scene::TreeNodeDestructorCallback)

---

Enumeration Type Documentation

enum sp::scene::EAnimationFlags

Animation flags.

Enumerator:

ANIMFLAG_NO_GROUPING	Disables the automatic group-animation for skeletal-animations.
ANIMFLAG_NO_TRANSFORMATION	Disables the vertex transformation for skeletal-animations.

enum sp::scene::EAnimationTypes

Types of animation classes.

Enumerator:

ANIMATION_NODE	Node animation. An scene node will be transformed (position, rotation and scale).
ANIMATION_MORPHTARGET	Morph-target animation. Vertices of a mesh object will be transformed (vertex coordinate and normal).
ANIMATION_SKELETAL	Skeletal animation. Consists of a skeleton (AnimationSkeleton object) which holds all joints (AnimationJoint objects).

enum sp::scene::EAnimPlaybackModes

Animation playback modes.

Enumerator:

PLAYBACK_ONESHOT	From first- to last frame.
PLAYBACK_ONELOOP	From first- to last frame and back to first frame.
PLAYBACK_LOOP	From first- to last frame forever.
PLAYBACK_PINGPONG	From first- to last frame and backwards.
PLAYBACK_PINGPONG_LOOP	From first- to last frame and backwards forever.

enum sp::scene::EBasicMeshes

Basic meshes that can be constructed by the MeshGenerator.

Enumerator:

MESH_CUBE	Simple cube.
MESH_CONE	Simple cone (with or without cap).
MESH_CYLINDER	Simple cylinder (with or without cap).
MESH_SPHERE	Simple sphere.
MESH_ICOSPHERE	IcoSphere (like in Blender) generated by an Icosahedron with sub-devision.
MESH_TORUS	Torus (or rather ring).
MESH_TORUSKNOT	Torusknot.
MESH_SPIRAL	Spiral with flexible rotation degree (with or without cap).
MESH_PIPE	Pipe (with or without cap).
MESH_PLANE	Simple plane (or rather quad).
MESH_DISK	Simple disk (with or without cap, without cap it looks like a CD-ROM).
MESH_CUBOCTAHEDRON	Polyhedron Cuboctahedron.
MESH_TETRAHEDRON	Platonic body: Tetrahedron.
MESH_OCTAHEDRON	Platonic body: Octahedron.
MESH_DODECAHEDRON	Platonic body: Dodecahedron.
MESH_ICOSAHEDRON	Platonic body: Icosahedron.
MESH_TEAPOT	Original "Utah Teapot". The 3D model par excellence ;-).
MESH_WIRE_CUBE	Simple wire cube.

enum sp::scene::EBoundingVolumes

Bounding volume types.

Enumerator:

BOUNDING_NONE	Not used.
BOUNDING_SPHERE	Bounding sphere.
BOUNDING_BOX	Bounding box.

enum sp::scene::ECollisionFlags

Flags for collision detection.

Enumerator:

COLLISIONFLAG_NONE	No collision detection, resolving and intersection tests will be performed.
COLLISIONFLAG_DETECTION	Collision detection is performed.
COLLISIONFLAG_RESOLVE	Collision resolving is performed.
COLLISIONFLAG_INTERSECTION	Intersection tests are performed.
COLLISIONFLAG_PERMANENT_UPDATE	Collision detection will be performed every frame. Otherwise only when the object has been moved.
COLLISIONFLAG_FULL	Collision resolving and intersection tests are performed.

enum sp::scene::ECollisionModels

Collision models.

Enumerator:

COLLISION_NONE	No collision model.
COLLISION_SPHERE	Collision sphere with position and radius.
COLLISION_CAPSULE	Collision capsule with position, rotation, radius and height.
COLLISION_CYLINDER	Collision cylinder with position, rotation, radius and height.
COLLISION_CONE	Collision cone with position, rotation, radius and height.
COLLISION_BOX	Collision box with position, rotation and axis-alined-bounding-box.
COLLISION_PLANE	Collision plane with position and normal vector.
COLLISION_MESH	Collision mesh using kd-Tree.

enum sp::scene::ECollisionSupportFlags

Flags for collision detection support to rival collision nodes.

Enumerator:

COLLISIONSUPPORT_NONE	Collision to no rival collision node is supported.
COLLISIONSUPPORT_SPHERE	Collision to sphere is supported.
COLLISIONSUPPORT_CAPSULE	Collision to capsule is supported.
COLLISIONSUPPORT_CYLINDER	Collision to cylinder is supported.
COLLISIONSUPPORT_CONE	Collision to cone is supported.
COLLISIONSUPPORT_BOX	Collision to box is supported.
COLLISIONSUPPORT_PLANE	Collision to plane is supported.
COLLISIONSUPPORT_MESH	Collision to mesh is supported.
COLLISIONSUPPORT_ALL	COllision to any rival collision node is supported.

enum sp::scene::EFirstPersonCameraFlags

Enumerator:

FPCAMERAFLAG_NONE
FPCAMERAFLAG_USEARROWS

enum sp::scene::EKDTreeAxles

kd-Tree node axles.

Enumerator:

KDTREE_XAXIS	X axis.
KDTREE_YAXIS	Y axis.
KDTREE_ZAXIS	Z axis.

enum sp::scene::EKDTreeBuildingConcepts

Concepts of building a kd-Tree.

Enumerator:

KDTREECONCEPT_CENTER	Center will be used. This is similar to an OcTree.
KDTREECONCEPT_AVERAGE	The average vertex position will be used to determine the next kd-Tree node construction.

enum sp::scene::EKeyframeFlags

Enumerator:

KEYFRAME_POSITION
KEYFRAME_ROTATION
KEYFRAME_SCALE
KEYFRAME_ALL

enum sp::scene::ELightModels

Light source models.

Enumerator:

LIGHT_DIRECTIONAL	Directional light source. Position is unnecessary.
LIGHT_POINT	Point light source. Direction is unnecessary.
LIGHT_SPOT	Spot light source. Position and direction is necessary.

enum sp::scene::EMD2AnimTypes

Enumerator:

MD2ANIM_STAND
MD2ANIM_RUN
MD2ANIM_ATTACK
MD2ANIM_PAIN_A
MD2ANIM_PAIN_B
MD2ANIM_PAIN_C
MD2ANIM_JUMP
MD2ANIM_FLIP
MD2ANIM_SALUTE
MD2ANIM_FALLBACK
MD2ANIM_WAVE
MD2ANIM_POINT
MD2ANIM_CROUCH_STAND
MD2ANIM_CROUCH_WALK
MD2ANIM_CROUCH_ATTACK
MD2ANIM_CROUCH_PAIN
MD2ANIM_CROUCH_DEATH
MD2ANIM_DEATH_FALLBACK
MD2ANIM_DEATH_FALLFORWARD
MD2ANIM_DEATH_FALLBACKSLOW
MD2ANIM_BOOM
MD2ANIM_MAX_ANIMATIONS

enum sp::scene::EMeshFileFormats

Mesh file formats.

Enumerator:

MESHFORMAT_UNKNOWN	Unknown file format.
MESHFORMAT_SPM	SoftPixelMesh.
MESHFORMAT_3DS	3D Studio.
MESHFORMAT_MS3D	Milkshape3D.
MESHFORMAT_X	DirectX.
MESHFORMAT_B3D	Blitz3D.
MESHFORMAT_MD2	Quake II model.
MESHFORMAT_MD3	Quake III model.
MESHFORMAT_OBJ	Wavefront Object.
MESHFORMAT_OGRE	OGRE Mesh (unsupported yet).
MESHFORMAT_LWO	LightWave Object (unsupported yet).

enum sp::scene::EMeshLoaderFlags

Mesh loader flags. Used in the SceneManager::loadMesh function.

Enumerator:

MESHFLAG_SINGLE_MODEL

Only a single 3D model is to be created. Disallows model fragmentation.

enum sp::scene::EModelSPMChunkFlags

Enumerator:

MDLSPM_CHUNK_NONE
MDLSPM_CHUNK_GOURAUDSHADING
MDLSPM_CHUNK_NODE_ANIM
MDLSPM_CHUNK_MORPHTARGET_ANIM
MDLSPM_CHUNK_SKELETAL_ANIM
MDLSPM_CHUNK_INDEX32BIT
MDLSPM_CHUNK_VERTEXCOLOR
MDLSPM_CHUNK_VERTEXFOG
MDLSPM_CHUNK_VERTEXNORMAL
MDLSPM_CHUNK_TEXTUREINTERN
MDLSPM_CHUNK_TEXTUREMATRIX

enum sp::scene::ENodeOrderTypes

Object order types for sorting.

Enumerator:

ORDER_FOREGROUND
ORDER_NORMAL
ORDER_BACKGROUND

enum sp::scene::ENodeTypes

Scene node types.

Enumerator:

NODE_BASICNODE	Basic scene node.
NODE_CUSTOM	Custom scene node.
NODE_SCENEGRAPH	Scene graph tree node.
NODE_CAMERA	View camera.
NODE_LIGHT	Light source.
NODE_MESH	3D mesh object.
NODE_BILLBOARD	Billboard/ particle/ sprite.
NODE_TERRAIN	Terrain object.

enum sp::scene::ERenderListSortMethods

Sort methods for the render node list.

Enumerator:

RENDERLIST_SORT_DEPTHDISTANCE	Sorting with dependency to the depth distance between the renderable node and the view camera. This will be used when depth-sorting is enabled for a scene graph.
RENDERLIST_SORT_MESHBUFFER	Sorting with dependency to the mesh buffers. This should be used if depth-sorting is disabled for performance optimization.

enum sp::scene::ESceneFileFormats

Scene file formats.

Enumerator:

SCENEFORMAT_UNKNOWN	Unknown file format.
SCENEFORMAT_SPSB	SoftPixel Sandbox Scene.
SCENEFORMAT_BSP1	BinarySpacePartition v.1 (Quake map).
SCENEFORMAT_BSP3	BinarySpacePartition v.3 (Quake III Arena map).

enum sp::scene::ESceneGraphs

Supported scene graphs.

Enumerator:

SCENEGRAPH_CUSTOM	Custom scene graph (user defined).
SCENEGRAPH_SIMPLE	Simple default scene graph.
SCENEGRAPH_SIMPLE_STREAM	Simple scene graph with streaming (used for multi-threading).
SCENEGRAPH_FAMILY_TREE	Scene graph with child tree hierarchy.
SCENEGRAPH_PORTAL_BASED	Portal-based scene graph.

enum sp::scene::ESceneLoaderFlags

Enumerator:

SCENEFLAG_ABSOLUTEPATH	Load all resources with the absolute path. By default relative paths are used.
SCENEFLAG_CONFIG	Load scene configuration. By default used.
SCENEFLAG_MESHES	Load meshes. By default used.
SCENEFLAG_LIGHTS	Load light sources. By default used.
SCENEFLAG_CAMERAS	Load cameras. By default used.
SCENEFLAG_WAYPOINTS	Load way points. By default used.
SCENEFLAG_BOUNDVOLUMES	Load bounding volumes. By default used.
SCENEFLAG_SOUNDS	Load sounds. By default used.
SCENEFLAG_SPRITES	Load sprites. By default used.
SCENEFLAG_ANIMNODES	Load animation nodes. By default used.
SCENEFLAG_TEXTURES	Load textures and texture classes. By default used.
SCENEFLAG_LIGHTMAPS	Load lightmaps and lightmap scene. By default used.
SCENEFLAG_SHADERS	Load shaders and shader classes. By default used.
SCENEFLAG_STORYBOARDITEMS	Load storyboard items. By default used.
SCENEFLAG_OBJECTS	All objects: meshes, sprites, cameras etc.
SCENEFLAG_ALL	All options are used.

enum sp::scene::ESuperShapeModels

Pre defined super shape models.

Enumerator:

SUPERSHAPE_SMALL_CRYSTAL1
SUPERSHAPE_SMALL_CRYSTAL2
SUPERSHAPE_SMALL_STAR1
SUPERSHAPE_SMALL_STAR2
SUPERSHAPE_SMALL_STAR3
SUPERSHAPE_SMALL_STAR4
SUPERSHAPE_BIG_STAR1
SUPERSHAPE_URCHIN1
SUPERSHAPE_CUSHION1
SUPERSHAPE_RANDOM

enum sp::scene::ETreeNodeTypes

Node types for tree-hierarchy.

Enumerator:

TREENODE_QUADTREE	QuadTree node (four children).
TREENODE_POINTQUADTREE	PointQuadTree node (four children).
TREENODE_OCTREE	OcTree node (or rather OcTree node, eight children).
TREENODE_BSPTREE	BSP (binary-space-partion) tree node (two children).
TREENODE_KDTREE	kd-Tree node (k dimensional binary tree).
TREENODE_OBBTREE	Oriented Bounding Box tree node (list of children).

enum sp::scene::EViewFrustumPlanes

View frustum plane sides.

Enumerator:

VIEWFRUSTUM_NEAR
VIEWFRUSTUM_FAR
VIEWFRUSTUM_LEFT
VIEWFRUSTUM_RIGHT
VIEWFRUSTUM_BOTTOM
VIEWFRUSTUM_TOP
VIEWFRUSTUM_PLANE_COUNT

---

Function Documentation

bool sp::scene::ChCtrlCollisionMaterial	(	CollisionMaterial *	Material,
		CollisionNode *	Node,
		const CollisionNode *	Rival,
		const SCollisionContact &	Contact
	)

void sp::scene::clbTerrainTreeNodeDestructor

(

TreeNode *

Node

)

bool sp::scene::cmpObjectLights	(	Light *	ObjA,
		Light *	ObjB
	)

bool sp::scene::cmpTransparentSurface	(	video::MeshBuffer *	obj1,
		video::MeshBuffer *	obj2
	)

bool sp::scene::cmpTransparentTriangle	(	const SCmpTransTriangle &	obj1,
		const SCmpTransTriangle &	obj2
	)

bool sp::scene::compareSceneNodes	(	SceneNode *	ObjA,
		SceneNode *	ObjB
	)

bool sp::scene::operator<	(	const SSurfaceVertex &	ObjA,
		const SSurfaceVertex &	ObjB
	)			[inline]

---

Variable Documentation

bool sp::scene::__spLightIDList = { 0 }

dim::matrix4f sp::scene::spColorMatrix

dim::matrix4f sp::scene::spProjectionMatrix

Todo:

Redesign this part. Don't use global matrices anymore!

Todo:

Refactor this part. Don't use global matrices anymore!

dim::matrix4f sp::scene::spTextureMatrix

dim::matrix4f sp::scene::spViewInvMatrix

dim::matrix4f sp::scene::spViewMatrix

dim::matrix4f sp::scene::spWorldMatrix