// BspScene.h: interface for the CBspScene class. // ////////////////////////////////////////////////////////////////////// #if !defined(AFX_BSPSCENE_H__EFE28EE9_11AC_466C_B92C_4E7930C219D3__INCLUDED_) #define AFX_BSPSCENE_H__EFE28EE9_11AC_466C_B92C_4E7930C219D3__INCLUDED_ #if _MSC_VER > 1000 #pragma once #endif // _MSC_VER > 1000 //#include "BSPBaseDataDefine.h" #include "BspDataDefine.h" #include "Texture.h" #include "List.h" #include "ViewCamera.h" #include "MeshObject.h" typedef float vector2[2]; class CBspScene { class DSurfaceEx { public: DSurface *m_pSurface; vector3 m_vecMax,m_vecMin; List m_ApplyLightList; LPDIRECT3DVERTEXBUFFER8 m_pShadowVertexBuffer; int m_nShadowVertex; List m_ShadowIndicesList; }; class DLightEx { public: DLight *m_pLight; List m_ApplySurface; LPDIRECT3DINDEXBUFFER8 m_pEdgeIndexBuffer; int m_nEdgePoly; }; class CurveBuffer { public: void Render(LPDIRECT3DDEVICE8 pd3dDevice); void FillPatch3(int *numcp, int *size, vector3 *p); void FillPatch2(int *numcp, int *size, vector2 *p); void FillCurve3(int numcp, int size, int stride,vector3 *p); void FillCurve2(int numcp, int size, int stride, vector2 *p); void FillPatchVertex(); int FindLevel(vector3 *v); void FindSize(); void CreateCurveBuffer(DSurface *pSurface,BspVertex *pControlPointVertex); BspVertex *m_pVertex; WORD *m_pIndices; DSurface *m_pSurface; vector3 *m_pControlPoint; int m_PatchSizeWidth; int m_PatchSizeHeight; int m_nIndices; }; class CBSPShader { public: CTexture *m_DiffuseTexture; CTexture *m_BumpTexture; LPDIRECT3DVERTEXBUFFER8 m_pVertexBuffer; LPDIRECT3DINDEXBUFFER8 m_pIndicesBuffer; int m_nPoly; int m_nVertex; int m_nIndices; int m_nDrawIndices; WORD *m_pIndices; List m_ApplyLightList; }; List m_LightEx; List m_ShaderList; List m_DSurfaceEx; CViewCamera m_Camera; List m_CurveBufferList; TNode *m_TNodes,*m_TNodes_p; SurfaceTestT *m_SurfaceTest[MAX_MAP_DRAW_SURFS]; LPDIRECT3DVERTEXBUFFER8 m_pVertexBuffer; LPDIRECT3DINDEXBUFFER8 m_pIndicesBuffer; int m_nLightmap; int m_nMaxIndices; bool m_bCull; DWORD m_dwBSPAmbientVertexShader; DWORD m_dwBSPAmbientPixelShader; DWORD m_dwBSPDiffuseVertexShader; DWORD m_dwBSPDiffusePixelShader; DWORD m_dwBSPSpecularVertexShader; DWORD m_dwBSPSpecularPixelShader; DWORD m_dwBSPShadowVertexShader; LPDIRECT3DCUBETEXTURE8 m_pNormalizeCubeMap; LPDIRECT3DVOLUMETEXTURE8 m_pPointFalloffMap; List m_SurfaceEdgeVertexList; LPDIRECT3DVERTEXBUFFER8 m_pEdgeVertexBuffer; public: int FindShadowEdgeVertex(BspShadowVertex Vertex); void LerpDrawVert(BspVertex *a, BspVertex *b, BspVertex *out); SMesh* CopyMesh(SMesh *mesh); void ProjectPointOntoVector(vector3 &point, vector3 &vStart, vector3 &vEnd, vector3 &vProj); void FreeMesh(SMesh *m); void MakeMeshNormals(SMesh in); void PutMeshOnCurve(SMesh in); SMesh* SubdivideMesh(SMesh in, float maxError, float minLength); void AddPointToBounds(vector3 &v, vector3 &max, vector3 &min); int PlaneTypeForNormal(vector3 p); SMesh* RemoveLinearMeshColumnsRows(SMesh *in); void FacetsForPatch(DSurface *dsurf, int nShader, SurfaceTestT *test); bool CM_GenerateFacetFor4Points(CFaceT *f, BspVertex *a, BspVertex *b, BspVertex *c, BspVertex *d); void TextureMatrixFromPoints(CFaceT *f, BspVertex *a, BspVertex *b, BspVertex *c); void CM_GenerateBoundaryForPoints(float boundary[], float plane[], vector3 &a, vector3 &b); bool PlaneFromPoints(float *plane, vector3 &a, vector3 &b, vector3 &c); bool CM_GenerateFacetFor3Points(CFaceT *f, BspVertex *a, BspVertex *b, BspVertex *c); void FacetsForTriangleSurface(DSurface *dsurf, int nShader, SurfaceTestT *test); void InitSurfacesForTesting(); void TraceAgainstFacet(TraceWorkT *tr,int nShader,CFaceT *facet); bool SphereCull(vector3 &start, vector3 &stop, vector3 &origin, float radius); void TraceAgainstSurface(TraceWorkT *tw, SurfaceTestT *surf); int RecurTraceLine(int node, vector3 &start, vector3 &stop, TraceWorkT *tw); void TraceLine(vector3 &start, vector3 &stop, TraceT *trace, bool testAll, TraceWorkT *tw); void MakeTnode(int nodenum); void InitTrace(); bool RecurTraceLine(int nNode,vector3 &vecStart,vector3 &vecEnd); bool TraceLineCollision(vector3 &vecStart,vector3 vecEnd); void DetectEdge(int *pEdges,int &nEdges,int nEdge0,int nEdge1,DSurface *pSrcSurface,vector3 vecPlaneNormal,vector3 vecPlaneOrigin); void CalcShadowVolume(BspVertex *pVertex,int nVertex,int *pIndices,int nIndices,DSurfaceEx &Surface); void SurfaceLightArrange(); void InitShader(); void CullCollisionPoly(vector3 vecPos); void DeleteLight(); void RenderLight(LPDIRECT3DDEVICE8 pd3dDevice); void UpdateLightmapVector3(int n); void AddLight(vector3 vecLightPos,float fRange,color clr); bool m_bLightmapVector; void LoadLightmapVector3(); bool m_bSkyRender; void RenderBox(LPDIRECT3DDEVICE8 pd3dDevice,DWORD dwColor); void CullWalkLeaf(int n); void CullWalkNodes(int n); void CullPoly(vector3 vecMax,vector3 vecMin,List &PolyList); bool LeafInFrustum(vector3 &vecMax,vector3 &vecMin); void RenderBackend(LPDIRECT3DDEVICE8 pd3dDevice); void RenderInit(); void RenderWalkFace(int n); void RenderWalkLeaf(int n); void RenderWalkNode(int n); int ClassfyPoint(vector3 p, int nPlane); int FindCluster(vector3 vecPos); void Render(LPDIRECT3DDEVICE8 pd3dDevice,vector3 vecViewPos); int CopyLump(DHeader *header,int lump,void **dest,int size); void Load(char *strFilename); CBspScene(); virtual ~CBspScene(); vector3 m_vecMaxBox,m_vecMinBox; int *m_SurfaceInc; int m_EyeCluster;//내 클러스터가 어디냐?// vector3 m_vecViewPos; DShader *m_Shaders; int m_nShader; BspVertex *m_DrawVerts; int m_nDrawVerts; DPlane *m_Planes; int m_nPlanes; DLeaf *m_Leafs; int m_nLeafs; DNode *m_Nodes; int m_nNodes; DSurface *m_DrawSurfaces; int m_nDrawSurfaces; int *m_LeafSurfaces; int m_nLeafSurfaces; int *m_DrawIndex; int m_nDrawIndex; DVisiblity *m_Visibility; int m_nVisibility; DLight *m_Light; int m_nLight; List m_EditLightList; vector3 m_vecCenter,m_vecMax,m_vecMin; CMeshObject *m_pLightObject; int m_SelectLight; vector3 *m_pSurfaceMaxBox; vector3 *m_pSurfaceMinBox; }; #endif // !defined(AFX_BSPSCENE_H__EFE28EE9_11AC_466C_B92C_4E7930C219D3__INCLUDED_)