Contents User Forum Source Index APIs by Task APIs by Level Data G3D::MD2Model::PosedMD2Model Class Reference #include <MD2Model.h> Inherits G3D::PosedModel. List of all members. Public Types typedef ReferenceCountedPointer< class PosedModel >  Ref Public Member Functions virtual CoordinateFrame  coordinateFrame () const virtual const Array< MeshAlg::Edge > &  edges () const virtual const Array< MeshAlg::Face > &  faces () const virtual void  getCoordinateFrame (CoordinateFrame &) const virtual void  getObjectSpaceBoundingBox (Box &) const virtual void  getObjectSpaceBoundingSphere (Sphere &) const virtual void  getObjectSpaceFaceNormals (Array< Vector3 > &faceNormals, bool normalize=true) const virtual void  getWorldSpaceBoundingBox (Box &box) const virtual void  getWorldSpaceBoundingSphere (Sphere &s) const virtual void  getWorldSpaceFaceNormals (Array< Vector3 > &faceNormals, bool normalize=true) const virtual void  getWorldSpaceGeometry (MeshAlg::Geometry &geometry) const virtual bool  hasTexCoords () const virtual bool  hasTransparency () const virtual std::string  name () const virtual int  numBoundaryEdges () const int  numBrokenEdges () const virtual int  numWeldedBoundaryEdges () const virtual Box  objectSpaceBoundingBox () const virtual Sphere  objectSpaceBoundingSphere () const virtual const Array< Vector3 > &  objectSpaceFaceNormals (bool normalize=true) const virtual const MeshAlg::Geometry &  objectSpaceGeometry () const   PosedMD2Model (MD2ModelRef _model, const CoordinateFrame &_cframe, const Pose &_pose, bool _useMat, const GMaterial &_mat) void  ReferenceCountedObject_zeroWeakPointers () virtual void  render (RenderDevice *renderDevice) const virtual void  renderNonShadowed (RenderDevice *rd, const LightingRef &lighting) const virtual void  renderShadowedLightPass (RenderDevice *rd, const GLight &light) const virtual void  renderShadowMappedLightPass (RenderDevice *rd, const GLight &light, const Matrix4 &lightMVP, const Texture::Ref &shadowMap) const virtual void  sendGeometry (RenderDevice *rd) const virtual const Array< Vector2 > &  texCoords () const virtual const Array< int > &  triangleIndices () const virtual const Array< MeshAlg::Vertex > &  vertices () const virtual const Array< MeshAlg::Edge > &  weldedEdges () const virtual const Array< MeshAlg::Face > &  weldedFaces () const virtual const Array< MeshAlg::Vertex > &  weldedVertices () const virtual Box  worldSpaceBoundingBox () const virtual Sphere  worldSpaceBoundingSphere () const virtual  ~PosedMD2Model () Static Public Member Functions static void  operator delete (void *p) static void *  operator new (size_t size) static void  sort (const Array< PosedModel::Ref > &inModels, const Vector3 &wsLookVector, Array< PosedModel::Ref > &opaque) static void  sort (const Array< PosedModel::Ref > &inModels, const Vector3 &wsLookVector, Array< PosedModel::Ref > &opaque, Array< PosedModel::Ref > &transparent) Public Attributes CoordinateFrame  cframe Array< Vector3 >  faceNormals MeshAlg::Geometry  geometry GMaterial  material MD2ModelRef  model Pose  pose AtomicInt32  ReferenceCountedObject_refCount _WeakPtrLinkedList *  ReferenceCountedObject_weakPointer bool  useMaterial Protected Member Functions virtual void  defaultRender (RenderDevice *rd) const Member Typedef Documentation typedef ReferenceCountedPointer<class PosedModel> G3D::PosedModel::Ref [inherited] Constructor & Destructor Documentation G3D::MD2Model::PosedMD2Model::PosedMD2Model ( MD2ModelRef  _model, const CoordinateFrame &  _cframe, const Pose &  _pose, bool  _useMat, const GMaterial &  _mat   ) virtual G3D::MD2Model::PosedMD2Model::~PosedMD2Model (  )  [inline, virtual] Member Function Documentation virtual CoordinateFrame G3D::PosedModel::coordinateFrame (  )  const [virtual, inherited] virtual void G3D::PosedModel::defaultRender ( RenderDevice *  rd  )  const [protected, virtual, inherited] Implementation must obey the current stencil, depth write, color write, and depth test modes. Implementation may freely set the blending, and alpha test modes. Default implementation renders the triangles returned by getIndices and getGeometry. virtual const Array<MeshAlg::Edge>& G3D::MD2Model::PosedMD2Model::edges (  )  const [virtual] Implements G3D::PosedModel. virtual const Array<MeshAlg::Face>& G3D::MD2Model::PosedMD2Model::faces (  )  const [virtual] Adjacency information respecting the underlying connectivity of the mesh-- colocated vertices are treated as distinct. Implements G3D::PosedModel. virtual void G3D::MD2Model::PosedMD2Model::getCoordinateFrame ( CoordinateFrame &  c  )  const [virtual] Object to world space coordinate frame. Implements G3D::PosedModel. virtual void G3D::MD2Model::PosedMD2Model::getObjectSpaceBoundingBox ( Box &   )  const [virtual] Implements G3D::PosedModel. virtual void G3D::MD2Model::PosedMD2Model::getObjectSpaceBoundingSphere ( Sphere &   )  const [virtual] Implements G3D::PosedModel. virtual void G3D::PosedModel::getObjectSpaceFaceNormals ( Array< Vector3 > &  faceNormals, bool  normalize = true   ) const [virtual, inherited] Deprecated: Use objectSpaceFaceNormals() virtual void G3D::PosedModel::getWorldSpaceBoundingBox ( Box &  box  )  const [virtual, inherited] virtual void G3D::PosedModel::getWorldSpaceBoundingSphere ( Sphere &  s  )  const [virtual, inherited] virtual void G3D::PosedModel::getWorldSpaceFaceNormals ( Array< Vector3 > &  faceNormals, bool  normalize = true   ) const [virtual, inherited] virtual void G3D::PosedModel::getWorldSpaceGeometry ( MeshAlg::Geometry &  geometry  )  const [virtual, inherited] Get the world space geometry. virtual bool G3D::MD2Model::PosedMD2Model::hasTexCoords (  )  const [virtual] Returns true if this model has texture coordinates. Reimplemented from G3D::PosedModel. virtual bool G3D::PosedModel::hasTransparency (  )  const [inline, virtual, inherited] If true, this object depends on back-to-front rendering order and should be rendered in sorted order. Default is false. virtual std::string G3D::MD2Model::PosedMD2Model::name (  )  const [virtual] Implements G3D::PosedModel. virtual int G3D::MD2Model::PosedMD2Model::numBoundaryEdges (  )  const [virtual] Number of edges that have only one adjacent face in edges(). These boundary edges are all at the end of the edge list. Implements G3D::PosedModel. int G3D::PosedModel::numBrokenEdges (  )  const [inline, inherited] Deprecated: virtual int G3D::MD2Model::PosedMD2Model::numWeldedBoundaryEdges (  )  const [virtual] Number of edges that have only one adjacent face in weldedEdges(). These boundary edges are all at the end of the edge list. Implements G3D::PosedModel. virtual Box G3D::PosedModel::objectSpaceBoundingBox (  )  const [virtual, inherited] virtual Sphere G3D::PosedModel::objectSpaceBoundingSphere (  )  const [virtual, inherited] virtual const Array<Vector3>& G3D::MD2Model::PosedMD2Model::objectSpaceFaceNormals ( bool  normalize = true  )  const [virtual] Return a pointer to an array of object space face normals. Implements G3D::PosedModel. virtual const MeshAlg::Geometry& G3D::MD2Model::PosedMD2Model::objectSpaceGeometry (  )  const [virtual] Get the object space geometry (faster than getWorldSpaceGeometry). Object and world space geometry only differ by a CoordinateFrame transformation. Implements G3D::PosedModel. static void G3D::MD2Model::PosedMD2Model::operator delete ( void *  p  )  [inline, static] static void* G3D::MD2Model::PosedMD2Model::operator new ( size_t  size  )  [inline, static] void G3D::ReferenceCountedObject::ReferenceCountedObject_zeroWeakPointers (  )  [inline, inherited] Automatically called immediately before the object is deleted. This is not called from the destructor because it needs to be invoked before the subclass destructor. virtual void G3D::MD2Model::PosedMD2Model::render ( RenderDevice *  renderDevice  )  const [virtual] Render using current fixed function lighting environment. Do not change the steBehavior with regard to stencil, shadowing, etc. is intentionally undefinded. Default implementation calls defaultRender. Reimplemented from G3D::PosedModel. virtual void G3D::PosedModel::renderNonShadowed ( RenderDevice *  rd, const LightingRef &  lighting   ) const [virtual, inherited] Render all terms that are independent of shadowing (e.g., transparency, reflection, ambient illumination, emissive illumination, nonShadowCastingLights). Transparent objects are assumed to render additively (but should set the blend mode themselves). Restore all state to the original form on exit. Default implementation invokes render. Implementation must obey the current stencil, depth write, color write, and depth test modes. Implementation may freely set the blending, and alpha test modes. The caller should invoke this in depth sorted back to front order for transparent objects. The default implementation configures the non-shadow casting lights and calls render. Implementation advice: If color write is disabled, don't bother performing any shading on this object. It may be convenient to support multiple lights by invoking renderShadowedLightPass multiple times. virtual void G3D::PosedModel::renderShadowedLightPass ( RenderDevice *  rd, const GLight &  light   ) const [virtual, inherited] Render illumination from this light source additively. Implementation must set the alpha blending mode to additive. Must obey the current stencil, depth write, and depth test modes. Default implementation enables a single light and calls render. virtual void G3D::PosedModel::renderShadowMappedLightPass ( RenderDevice *  rd, const GLight &  light, const Matrix4 &  lightMVP, const Texture::Ref &  shadowMap   ) const [virtual, inherited] Render illumination from this source additively, held out by the shadow map (which the caller must have computed, probably using renderNonShadowed). Default implementation configures the shadow map in texture unit 1 and calls render. virtual void G3D::MD2Model::PosedMD2Model::sendGeometry ( RenderDevice *  rd  )  const [virtual] Sends all geometry including texture coordinates (uploading it first if necessary) but does not set any render device state or use any textures. This is useful when applying your own G3D::Shader to an existing PosedModel. Reimplemented from G3D::PosedModel. static void G3D::PosedModel::sort ( const Array< PosedModel::Ref > &  inModels, const Vector3 &  wsLookVector, Array< PosedModel::Ref > &  opaque   ) [static, inherited] Sorts the array in place along the look vector from front-to-back. static void G3D::PosedModel::sort ( const Array< PosedModel::Ref > &  inModels, const Vector3 &  wsLookVector, Array< PosedModel::Ref > &  opaque, Array< PosedModel::Ref > &  transparent   ) [static, inherited] Divides the inModels into a front-to-back sorted array of opaque models and a back-to-front sorted array of potentially transparent models. Any data originally in the output arrays is cleared. Parameters: wsLookVector  Sort axis; usually the -Z axis of the camera. virtual const Array<Vector2>& G3D::MD2Model::PosedMD2Model::texCoords (  )  const [virtual] If this model has texture coordinates, returns per-vertex texture coordinates in an array indexed the same as vertices() and geometry.vertexArray, otherwise returns an array of size zero. Default implementation returns an array of size zero. Reimplemented from G3D::PosedModel. virtual const Array<int>& G3D::MD2Model::PosedMD2Model::triangleIndices (  )  const [virtual] Indices into the Geometry that create triangles. May be welded or not, depending on the model. Implements G3D::PosedModel. virtual const Array<MeshAlg::Vertex>& G3D::MD2Model::PosedMD2Model::vertices (  )  const [virtual] Implements G3D::PosedModel. virtual const Array<MeshAlg::Edge>& G3D::MD2Model::PosedMD2Model::weldedEdges (  )  const [virtual] Implements G3D::PosedModel. virtual const Array<MeshAlg::Face>& G3D::MD2Model::PosedMD2Model::weldedFaces (  )  const [virtual] Contain adjacency information that merges colocated vertices (see MeshAlg::weldAdjacency). Implements G3D::PosedModel. virtual const Array<MeshAlg::Vertex>& G3D::MD2Model::PosedMD2Model::weldedVertices (  )  const [virtual] Implements G3D::PosedModel. virtual Box G3D::PosedModel::worldSpaceBoundingBox (  )  const [virtual, inherited] virtual Sphere G3D::PosedModel::worldSpaceBoundingSphere (  )  const [virtual, inherited] Member Data Documentation CoordinateFrame G3D::MD2Model::PosedMD2Model::cframe Array<Vector3> G3D::MD2Model::PosedMD2Model::faceNormals Computed on the first call to objectSpaceFaceNormals. MeshAlg::Geometry G3D::MD2Model::PosedMD2Model::geometry Filled out the first time objectSpaceGeometry is called. GMaterial G3D::MD2Model::PosedMD2Model::material MD2ModelRef G3D::MD2Model::PosedMD2Model::model Pose G3D::MD2Model::PosedMD2Model::pose AtomicInt32 G3D::ReferenceCountedObject::ReferenceCountedObject_refCount [inherited] The long name is to keep this from accidentally conflicting with a subclass's variable name. Do not use or explicitly manipulate this value--its type may change in the future and is not part of the supported API. _WeakPtrLinkedList* G3D::ReferenceCountedObject::ReferenceCountedObject_weakPointer [inherited] Linked list of all weak pointers that reference this (some may be on the stack!). Do not use or explicitly manipulate this value. bool G3D::MD2Model::PosedMD2Model::useMaterial The documentation for this class was generated from the following file: MD2Model.h Hosted by