AaronCameron.net

What's your point?

• 
• 
• 
• 
• 

Not a Member? - Login or Create an Account...MC Offline

Wednesday the 19th of June 2013 @ 12:41am

Front Page Projects Your Profile About

LibN2L N2L Home Older News Downloads Documentation (n2l5) Class Hierarchy Compound List File List n2l:: Members Functions Whole n2l:: Ref Documentation (libN2L-4) Class Hierarchy Compound List File List n2l:: Members Functions Whole n2l:: Ref Bugtracker Project Page Report a Bug Bug List Related Things Life 2130 Devel Game Journal

LibN2L-4 Library Code Reference Classes Compounds Files Members Method Index Full Reference n2l::cRVisualTriMesh Class Reference #include <cRVisualTriMesh.h> Collaboration diagram for n2l::cRVisualTriMesh: [legend]List of all members. Public Types typedef const tVector3f * tConstVertexIterator typedef tVector3f * tVertexIterator typedef const cRTriMeshFace * tConstFaceIterator Public Member Functions cRVisualTriMesh () cRVisualTriMesh (const cRVisualTriMesh &iMesh) cRVisualTriMesh (const cVfsNodeInterface &iNode) cRVisualTriMesh (const cDynVar &iDef) ~cRVisualTriMesh () void load (const cVfsNodeInterface &iNode) Load a N2L Visual TriMesh definition from the provided vfs node, and load it with the appropriat method. void load (const cDynVar &iDef) Load the N2L Visual TriMesh definition in the provided dynvariable. void render (const cAutoPtr< const cGLTexture > &i_iTexture, const tRenderOptions iOptions) const Render the mesh The texture may be set to 0 to use the textures defined within the mesh's materials (if defined). void render (const cGLTexture &iTexture) const Render the mesh. void clear () Completely empty the mesh. cRVisualTriMesh & operator= (const cRVisualTriMesh &iMesh) Assignment. cMaterial & material (const tString &iMaterialName) cMaterial & material (const tUint &iIndex) void selectVertexListByMaterial (std::list< tVector3f > &oList, const tString &iMaterialName) const Request a vertex list from the model by material type. void selectFaceIndexListByName (std::list< tUint > &oList, const tString &iName) const Request a list of indices into the face array by the name assigned to them. void selectVertexListByName (std::list< tVector3f > &oList, const tString &iName) const Request a vertex list from the model by 'name' property. void selectVertexListByContainer (std::list< tVector3f > &oList, const tString &iName) const void selectVertexIndexListByName (std::list< tUint > &oList, const tString &iName) const void selectVertexIndexListByContainer (std::list< tUint > &oList, const tString &iName) const void selectVertexIndexListByAnyName (std::list< tUint > &oList, const tString &iName, const tString &iPrefx="__") const Returns the merger of all vertex indicies that are in an object that matches iName, a container that matches iName, or a container that matches '__'.iName. void selectVertexListByAnyName (std::list< tVector3f > &oList, const tString &iName, const tString &iPrefx="__") const const tConstVertexIterator vertexBegin () const const tConstVertexIterator vertexEnd () const const tConstFaceIterator faceBegin () const const tConstFaceIterator faceEnd () const const tVertexIterator vertexBegin () const tVertexIterator vertexEnd () const tVector3f & vertex (const tUint iIndex) const const tVector3f & normal (const tUint iIndex) const const cRTriMeshFace & face (const tUint iIndex) const const tString & name (const tUint iIndex) const const tUint numVertices () const const tUint numFaces () const const tUint numNames () const const tVector3f dimensions () const Get the dimensions of the current mesh. const tFloat boundingRadius () const Calculate the radius of the smallest sphere necessary to entirely encompass the geometry. const tFloat scaledBoundingRadius (const tVector3f &iScale) const Does the same as boundingRadius, but applies the scaling vector. void scale (const tVector3f &iScale) Scale the model by this vector. Classes class cRTriMeshFace Detailed Description Definition at line 44 of file cRVisualTriMesh.h. Member Typedef Documentation typedef const cRTriMeshFace* n2l::cRVisualTriMesh::tConstFaceIterator   Definition at line 61 of file cRVisualTriMesh.h. typedef const tVector3f* n2l::cRVisualTriMesh::tConstVertexIterator   Definition at line 58 of file cRVisualTriMesh.h. typedef tVector3f* n2l::cRVisualTriMesh::tVertexIterator   Definition at line 59 of file cRVisualTriMesh.h. Constructor & Destructor Documentation n2l::cRVisualTriMesh::cRVisualTriMesh (   )    Definition at line 39 of file cRVisualTriMesh.cpp. n2l::cRVisualTriMesh::cRVisualTriMesh (  const cRVisualTriMesh &  iMesh  )    Definition at line 45 of file cRVisualTriMesh.cpp. n2l::cRVisualTriMesh::cRVisualTriMesh (  const cVfsNodeInterface &  iNode  )    Definition at line 52 of file cRVisualTriMesh.cpp. References load(). n2l::cRVisualTriMesh::cRVisualTriMesh (  const cDynVar &  iDef  )    Definition at line 59 of file cRVisualTriMesh.cpp. References load(). n2l::cRVisualTriMesh::~cRVisualTriMesh (   )    Definition at line 66 of file cRVisualTriMesh.cpp. References clear(). Member Function Documentation const tFloat n2l::cRVisualTriMesh::boundingRadius (   )  const   Calculate the radius of the smallest sphere necessary to entirely encompass the geometry. Warning: There's almost certainly a better way to do this, and the current implementation is terribly slow. Best to cache this radius, otherwise you'll gain nothing from culling because the sphere will take so long to calculate :) Definition at line 581 of file cRVisualTriMesh.cpp. References n2l::n2lMax(). void n2l::cRVisualTriMesh::clear (   )    Completely empty the mesh. Nothing will be drawn. Definition at line 366 of file cRVisualTriMesh.cpp. Referenced by operator=(), and ~cRVisualTriMesh(). const tVector3f n2l::cRVisualTriMesh::dimensions (   )  const   Get the dimensions of the current mesh. Note: The n2l mesh compiler normalizes the model so that the longest dimension is 1. Definition at line 562 of file cRVisualTriMesh.cpp. References n2l::n2lMax(), n2l::n2lMin(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::set(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::x(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::y(), and n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::z(). const cRTriMeshFace& n2l::cRVisualTriMesh::face (  const tUint  iIndex  )  const [inline]   Definition at line 161 of file cRVisualTriMesh.h. Referenced by render(). const tConstFaceIterator n2l::cRVisualTriMesh::faceBegin (   )  const [inline]   Definition at line 153 of file cRVisualTriMesh.h. const tConstFaceIterator n2l::cRVisualTriMesh::faceEnd (   )  const [inline]   Definition at line 154 of file cRVisualTriMesh.h. void n2l::cRVisualTriMesh::load (  const cDynVar &  iDef  )    Load the N2L Visual TriMesh definition in the provided dynvariable. Definition at line 92 of file cRVisualTriMesh.cpp. void n2l::cRVisualTriMesh::load (  const cVfsNodeInterface &  iNode  )    Load a N2L Visual TriMesh definition from the provided vfs node, and load it with the appropriat method. Definition at line 72 of file cRVisualTriMesh.cpp. References n2l::cVfsNodeInterface::name(), n2l::cDynVar::unserialize(), and n2l::vfsNodeFileWithHeader(). Referenced by cRVisualTriMesh(). cMaterial & n2l::cRVisualTriMesh::material (  const tUint &  iIndex  )    Definition at line 458 of file cRVisualTriMesh.cpp. cMaterial & n2l::cRVisualTriMesh::material (  const tString &  iMaterialName  )    Definition at line 447 of file cRVisualTriMesh.cpp. References name(). const tString& n2l::cRVisualTriMesh::name (  const tUint  iIndex  )  const [inline]   Definition at line 162 of file cRVisualTriMesh.h. Referenced by material(). const tVector3f& n2l::cRVisualTriMesh::normal (  const tUint  iIndex  )  const [inline]   Definition at line 160 of file cRVisualTriMesh.h. const tUint n2l::cRVisualTriMesh::numFaces (   )  const [inline]   Definition at line 165 of file cRVisualTriMesh.h. const tUint n2l::cRVisualTriMesh::numNames (   )  const [inline]   Definition at line 166 of file cRVisualTriMesh.h. const tUint n2l::cRVisualTriMesh::numVertices (   )  const [inline]   Definition at line 164 of file cRVisualTriMesh.h. cRVisualTriMesh & n2l::cRVisualTriMesh::operator= (  const cRVisualTriMesh &  iMesh  )    Assignment. Note: This assignment will deep copy non-const values fromt the mesh, but will shallow copy reference counted automatically handled children. Definition at line 394 of file cRVisualTriMesh.cpp. References clear(), mFaces, mMaterials, mNames, mNormals, mNumValues, mTexCoords, and mVertices. void n2l::cRVisualTriMesh::render (  const cGLTexture &  iTexture  )  const   Render the mesh. Note: This render is identical to the render() above, except it is optimized for 'R_Normal' rendering, and assumes that the texture is set AND enabled. Definition at line 279 of file cRVisualTriMesh.cpp. References n2l::cGLTexture::bind(), face(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::glNormal3f(), n2l::cVector2< TComponent, TComponentDiff, TMagnitude >::glTexCoord2f(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::glVertex3f(), n2l::MatOpt_Normal, n2l::cRVisualTriMesh::cRTriMeshFace::mFlags, n2l::cRVisualTriMesh::cRTriMeshFace::mMat, n2l::cRVisualTriMesh::cRTriMeshFace::mNA, n2l::cRVisualTriMesh::cRTriMeshFace::mNB, n2l::cRVisualTriMesh::cRTriMeshFace::mNC, n2l::cRVisualTriMesh::cRTriMeshFace::mUVA, n2l::cRVisualTriMesh::cRTriMeshFace::mUVB, n2l::cRVisualTriMesh::cRTriMeshFace::mUVC, n2l::cRVisualTriMesh::cRTriMeshFace::mVA, n2l::cRVisualTriMesh::cRTriMeshFace::mVB, n2l::cRVisualTriMesh::cRTriMeshFace::mVC, and n2l::cMaterial::useMaterial(). void n2l::cRVisualTriMesh::render (  const cAutoPtr< const cGLTexture > &  i_iTexture, const tRenderOptions  iOptions )  const   Render the mesh The texture may be set to 0 to use the textures defined within the mesh's materials (if defined). If provided, the skin will override any internal textures. Definition at line 106 of file cRVisualTriMesh.cpp. References face(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::glNormal3f(), n2l::cVector2< TComponent, TComponentDiff, TMagnitude >::glTexCoord2f(), n2l::cVector3< TComponent, TComponentDiff, TMagnitude >::glVertex3f(), n2l::cAutoPtr< TPtr >::isSet(), n2l::MatOpt_Normal, n2l::MatOpt_NoTextures, n2l::MatOpt_ZeroDiffAmbEmis, n2l::MatOpt_ZeroSpecular, n2l::cRVisualTriMesh::cRTriMeshFace::mFlags, n2l::cRVisualTriMesh::cRTriMeshFace::mMat, n2l::cRVisualTriMesh::cRTriMeshFace::mNA, n2l::cRVisualTriMesh::cRTriMeshFace::mNB, n2l::cRVisualTriMesh::cRTriMeshFace::mNC, n2l::cRVisualTriMesh::cRTriMeshFace::mUVA, n2l::cRVisualTriMesh::cRTriMeshFace::mUVB, n2l::cRVisualTriMesh::cRTriMeshFace::mUVC, n2l::cRVisualTriMesh::cRTriMeshFace::mVA, n2l::cRVisualTriMesh::cRTriMeshFace::mVB, n2l::cRVisualTriMesh::cRTriMeshFace::mVC, n2l::R_FaceLighting, n2l::R_MultiPass, n2l::R_NoMaterials, n2l::R_NoNormals, n2l::R_NoTextures, n2l::R_ShowNormals, n2l::R_TwoSided, n2l::R_Wireframe, and n2l::cMaterial::useMaterial(). void n2l::cRVisualTriMesh::scale (  const tVector3f &  iScale  )    Scale the model by this vector. Definition at line 600 of file cRVisualTriMesh.cpp. const tFloat n2l::cRVisualTriMesh::scaledBoundingRadius (  const tVector3f &  iScale  )  const   Does the same as boundingRadius, but applies the scaling vector. This allows for the calculation of a bounding radius when the final model will always be scaled by a certain amount. Definition at line 590 of file cRVisualTriMesh.cpp. References n2l::n2lMax(). void n2l::cRVisualTriMesh::selectFaceIndexListByName (  std::list< tUint > &  oList, const tString &  iName )  const   Request a list of indices into the face array by the name assigned to them. void n2l::cRVisualTriMesh::selectVertexIndexListByAnyName (  std::list< tUint > &  oList, const tString &  iName, const tString &  iPrefx = "__" )  const   Returns the merger of all vertex indicies that are in an object that matches iName, a container that matches iName, or a container that matches '__'.iName. Warning: Vertices which appear twice in the patterns mentioned will be added twice, no duplication detection is done. void n2l::cRVisualTriMesh::selectVertexIndexListByContainer (  std::list< tUint > &  oList, const tString &  iName )  const void n2l::cRVisualTriMesh::selectVertexIndexListByName (  std::list< tUint > &  oList, const tString &  iName )  const void n2l::cRVisualTriMesh::selectVertexListByAnyName (  std::list< tVector3f > &  oList, const tString &  iName, const tString &  iPrefx = "__" )  const void n2l::cRVisualTriMesh::selectVertexListByContainer (  std::list< tVector3f > &  oList, const tString &  iName )  const void n2l::cRVisualTriMesh::selectVertexListByMaterial (  std::list< tVector3f > &  oList, const tString &  iMaterialName )  const   Request a vertex list from the model by material type. void n2l::cRVisualTriMesh::selectVertexListByName (  std::list< tVector3f > &  oList, const tString &  iName )  const   Request a vertex list from the model by 'name' property. const tVector3f& n2l::cRVisualTriMesh::vertex (  const tUint  iIndex  )  const [inline]   Definition at line 159 of file cRVisualTriMesh.h. const tVertexIterator n2l::cRVisualTriMesh::vertexBegin (   )  [inline]   Definition at line 156 of file cRVisualTriMesh.h. const tConstVertexIterator n2l::cRVisualTriMesh::vertexBegin (   )  const [inline]   Definition at line 150 of file cRVisualTriMesh.h. const tVertexIterator n2l::cRVisualTriMesh::vertexEnd (   )  [inline]   Definition at line 157 of file cRVisualTriMesh.h. const tConstVertexIterator n2l::cRVisualTriMesh::vertexEnd (   )  const [inline]   Definition at line 151 of file cRVisualTriMesh.h. The documentation for this class was generated from the following files: cRVisualTriMesh.h cRVisualTriMesh.cpp

©2013 Aaron Cameron