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romkazvo
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ResourceCompilerPC/StatCGFCompiler/StatObj.h
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245
ResourceCompilerPC/StatCGFCompiler/StatObj.h
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////////////////////////////////////////////////////////////////////////////
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//
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// Crytek Engine Source File.
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// Copyright (C), Crytek Studios, 2002.
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// -------------------------------------------------------------------------
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// File name: statobj.h
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// Version: v1.00
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// Created: 28/5/2001 by Vladimir Kajalin
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// Compilers: Visual Studio.NET
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// Description:
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// -------------------------------------------------------------------------
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// History:
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//
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////////////////////////////////////////////////////////////////////////////
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#ifndef STAT_OBJ_H
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#define STAT_OBJ_H
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const int FAR_TEX_COUNT = 24; // number of sprites per object
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const int FAR_TEX_ANGLE = (360/FAR_TEX_COUNT);
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const int FAR_TEX_SIZE = 64;
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const int SHADOW_TEX_SIZE = 256;
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class CIndexedMesh;
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class CCObject;
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#include "../Cry3DEngine/Cry3DEngineBase.h"
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#include "list2.h"
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struct CStatObjSV;
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struct ItShadowVolume;
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#include "istatobj.h"
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#define STATOBJ_EFT_PLANT (EFT_USER_FIRST+1)
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#define STATOBJ_EFT_PLANT_IN_SHADOW (EFT_USER_FIRST+2)
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struct CStatObj : public Cry3DEngineBase, IStatObj
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{
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CStatObj(ISystem * pSystem);
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~CStatObj();
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CIndexedMesh * m_pTriData;
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CIndexedMesh * GetTriData() { return m_pTriData; }
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int m_nLoadedTrisCount;
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float GetCenterZ() { return m_vBoxMax.z*0.5f; }
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const Vec3d GetCenter() { return (m_vBoxMax+m_vBoxMin)*0.5f; }
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inline float GetRadius() { return m_fObjectRadius; }
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char m_szFolderName[256];
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char m_szFileName [256];
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char m_szGeomName [256];
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bool m_bDefaultObject;
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TArray<int> m_lstShaderTemplates;
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TArray <SShaderParam> m_ShaderParams;
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uint m_arrSpriteTexID[FAR_TEX_COUNT];
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float m_fObjectRadius;
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void InitParams(float sizeZ);
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public:
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// Loader
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bool LoadObject(const char * szFileName, const char * szGeomName, int Stripify, bool bLoadAdditinalInfo, bool bKeepInLocalSpace, bool bLoadLater = false);
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//! Returns script material name
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virtual const char * GetScriptMaterialName(int Id=-1);
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virtual void Render(const SRendParams & rParams, int nLodLevel=0);
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//virtual void RenderModel(const RenderParams *pParams);
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virtual void RenderShadowVolumes(const SRendParams *pParams);
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//! Refresh object ( reload shaders or/and object geometry )
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virtual void Refresh(int nFlags);
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virtual bool SetShaderTemplate(int nTemplate, const char *TemplName, const char *ShaderName, bool bOnlyRegister=false);
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virtual void SetShaderFloat(const char *Name, float Val);
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//virtual void SetRefractFactor(float fRefr) { m_fRefractFactor = fRefr; }
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//! set shadow volume
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ItShadowVolume *GetShadowVolume() { return (m_pSvObj);}
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//! get shadow volume
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void SetShadowVolume(ItShadowVolume *pSvObj) { m_pSvObj=pSvObj;}
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//Marco's NOTE: NEVER OVERRIDE THESE FLAGS!
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//! get flags
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int GetFlags() { return (m_dwFlags); }
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//! set flags
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void SetFlags(int dwFlags) { m_dwFlags=dwFlags; }
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//Marco's NOTE: NEVER OVERRIDE THESE FLAGS!
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//! get flags
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int GetFlags2() { return (m_dwFlags); }
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//! set flags
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void SetFlags2(int dwFlags) { m_dwFlags2=dwFlags; }
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protected:
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void Physicalize();
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void CreateModelFarImages(int nTexRes);
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CLeafBuffer * m_pLeafBuffer;
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ItShadowVolume *m_pSvObj;
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int m_dwFlags,m_dwFlags2;
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public:
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CLeafBuffer * GetLeafBuffer() { return m_pLeafBuffer; };
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void SetLeafBuffer( CLeafBuffer *buf ) { m_pLeafBuffer = buf; };
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Vec3d m_vBoxMin, m_vBoxMax, m_vBoxCenter;//, m_vGeometryAngles;
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phys_geometry * m_arrPhysGeomInfo[2];
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phys_geometry * GetPhysGeom(int n = 0) { return m_arrPhysGeomInfo[n]; }
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const char *GetFolderName() { return (m_szFolderName); }
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const char *GetFileName() { return (m_szFileName); }
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const char *GetGeoName() { return (m_szGeomName); }
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bool IsSameObject(const char * szFileName, const char * szGeomName);
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//set object's min/max bbox
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void SetBBoxMin(const Vec3d &vBBoxMin) { m_vBoxMin=vBBoxMin; }
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void SetBBoxMax(const Vec3d &vBBoxMax) { m_vBoxMax=vBBoxMax; }
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Vec3d & GetBoxMin() { return m_vBoxMin; }
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Vec3d & GetBoxMax() { return m_vBoxMax; }
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int m_nUsers; // reference counter
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ShadowMapLightSource * m_pSMLSource;
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void MakeShadowMaps(const Vec3d vSunPos);
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protected:
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void MakeBuffers(bool make_tree, int Stripify, char * szCompiledFileName);
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void MakeLeafBuffer( CIndexedMesh *mesh,bool bStripify=false );
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void PrepareShadowMaps(const Vec3d & obj_pos, ShadowMapLightSource * pLSource);
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public:
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// void DrawShadowMapOnTerrain(const Vec3d & pos, const float fScale, float fAlpha, struct IndexedVertexBuffer ** ppShadowGridBuffer, CTerrain * pTerrain, bool bLMapsGeneration);
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int GetAllocatedBytes();
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// IndexedVertexBuffer * MakeShadowGridBuffer(const Vec3d & pos, const float fScale, ShadowMapFrustum*lf, bool translate_projection, CTerrain * pTerrain);
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void AddShadowPoint(int x, int y, list2<struct_VERTEX_FORMAT_P3F> * pList, CTerrain * pTerrain);
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void SetCurDynMask(int nCurDynMask);
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int FindInPosBuffer(const Vec3d & opt, Vec3d * _vbuff, int _vcount, list2<int> * pHash);
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void CompactPosBuffer(Vec3d * _vbuff, int * _vcount, list2<int> * pindices);
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virtual Vec3d GetHelperPos(const char * szHelperName);
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virtual const char *GetHelperById(int nId, Vec3d & vPos, Matrix * pMat, int * pnType);
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virtual const Matrix * GetHelperMatrixByName(const char * szHelperName);
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virtual void UpdateCustomLightingSpritesAndShadowMaps(float fStatObjAmbientLevel, int nTexRes);
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//float m_fRefractFactor;
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float m_fRadiusHors;
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float m_fRadiusVert;
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// float m_fBending;
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// int m_nHideability;
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float & GetRadiusVert() { return m_fRadiusVert; }
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float & GetRadiusHors() { return m_fRadiusHors; }
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virtual void RegisterUser();
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virtual void UnregisterUser();
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virtual bool IsDefaultObject() { return (m_bDefaultObject); }
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virtual bool MakeObjectPicture(UCHAR * pRGBAData, int nWidth);
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#define MAX_STATOBJ_LODS_NUM 3
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CStatObj * m_arrpLowLODs[MAX_STATOBJ_LODS_NUM];
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void LoadLowLODs(int nStripify,bool bLoadAdditinalInfo,bool bKeepInLocalSpace);
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int m_nLoadedLodsNum;
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// virtual int GetHideability() { return m_nHideability; }
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// virtual void SetHideability(int hideability);
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bool IsSpritesCreated() { return m_arrSpriteTexID[0]>0; }
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float GetDistFromPoint(const Vec3d & vPoint);
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int GetLoadedTrisCount() { return m_nLoadedTrisCount; }
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list2<Vec3d> m_lstOcclVolVerts;
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list2<int> m_lstOcclVolInds;
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virtual bool GetOcclusionVolume(list2<Vec3d> * & plstOcclVolVerts, list2<int> * & plstOcclVolInds)
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{
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plstOcclVolVerts = &m_lstOcclVolVerts;
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plstOcclVolInds = &m_lstOcclVolInds;
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return m_lstOcclVolInds.Count() >= 3;
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}
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list2<struct HelperInfo> m_lstHelpers;
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list2<CDLight> m_lstLSources;
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bool Serialize(int & nPos, uchar * pSerBuf, bool bSave, char * szFolderName);
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virtual void FreeTriData();
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// virtual void SetBending(float fBending);
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virtual const CDLight * GetLightSources(int nId);
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void RenderDebugInfo(const SRendParams & rParams, const class CCObject * pObj);
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void DrawMatrix(const Matrix & pMat);
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//! Release method.
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void Release() { delete this; }
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void GetMemoryUsage(class ICrySizer* pSizer);
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int GetMemoryUsage();
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void SpawnParticles( ParticleParams & SpawnParticleParams, const Matrix & matWorldSpace, bool bOnlyUpLookingFaces );
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// connectivity object that gets pre-computed for each model once and then
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// used to extract edge topology by the stencil shadowing module
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class IStencilShadowConnectivity* m_pStencilShadowConnectivity;
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// returns the cached connectivity object for stencil shadows
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class IStencilShadowConnectivity* getStencilShadowConnectivity( );
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//////////////////////////////////////////////////////////////////////////
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// builds the connectivity object for stencil shadows
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// PARAMETERS:
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// iEdgeBuilder - the builder to use to create the connectivity info
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// pbCastShadow - the array of flags, 1 flag per 1 material, if the flag is true, then this material casts shadow, otherwise not
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// numMaterials - number of items in the pbCastShadow array
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void buildStencilShadowConnectivity (class IEdgeConnectivityBuilder *inpEdgeCon, const bool* pbCastShadow, unsigned numMaterials);
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void RenderShadowVolumes (const SRendParams *rParams, int nLimitLOD);
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void ShutDown();
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void Init();
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// loading state
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int m_nStripify;
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bool m_bLoadAdditinalInfo;
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bool m_bKeepInLocalSpace;
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int m_nLastRendFrameId;
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bool m_bStreamable;
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static float m_fStreamingTimePerFrame;
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int m_nSpriteTexRes;
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};
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#endif // STAT_OBJ_H
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