601 lines
17 KiB
C++
Executable File
601 lines
17 KiB
C++
Executable File
//-----------------------------------------------------------------------------
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// Torque Game Engine
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// Copyright (C) GarageGames.com, Inc.
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//-----------------------------------------------------------------------------
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#ifndef _EDITGEOMETRY_H_
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#define _EDITGEOMETRY_H_
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//Includes
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#ifndef _PLATFORM_H_
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#include "platform/platform.h"
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#endif
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#ifndef _PLATFORMASSERT_H_
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#include "platform/platformAssert.h"
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#endif
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#ifndef _MORIANBASICS_H_
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#include "map2difPlus/morianBasics.h"
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#endif
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#ifndef _MORIANUTIL_H_
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#include "map2difPlus/morianUtil.h"
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#endif
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#ifndef _BSPNODE_H_
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#include "map2difPlus/bspNode.h"
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#endif
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#ifndef _MPLANE_H_
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#include "math/mPlane.h"
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#endif
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#ifndef _COLOR_H_
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#include "core/color.h"
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#endif
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#ifndef _EDITFLOORPLANRES_H_
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#include "map2difPlus/editFloorPlanRes.h"
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#endif
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#ifndef _INTERIOR_H_
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#include "interior/interior.h"
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#endif
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#include "interior/interiorMap.h"
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#include "interior/interiorResObjects.h"
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class Tokenizer;
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class Interior;
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class CSGBrush;
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class GBitmap;
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class CSGPlane;
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class WorldSpawnEntity;
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class MirrorSurfaceEntity;
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class TriggerEntity;
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class DoorEntity;
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class ForceFieldEntity;
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class PathStartEntity;
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class SpecialNodeEntity;
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class GameEntity;
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class InteriorResource;
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struct TempHullReference;
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//------------------------------------------------------------------------------
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class EditGeometry
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{
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friend class EditBSPNode;
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friend class Lighting;
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friend void parseBrushList(Vector<CSGBrush*>& Brushes, Tokenizer* pToker);
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//-------------------------------------- first class structures
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public:
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struct Portal {
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U32 portalId;
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S32 planeEQIndex;
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S32 frontZone;
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S32 backZone;
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bool passAmbientLight;
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Vector<Winding> windings;
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Point3D mMin;
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Point3D mMax;
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Point3D x;
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Point3D y;
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};
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struct Zone {
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U32 zoneId;
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bool active;
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bool ambientLit;
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Vector<U32> referencingPortals;
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};
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struct Surface {
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bool isMemberOfZone(U32);
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U32 uniqueKey;
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U32 planeIndex;
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U32 textureIndex;
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Winding winding;
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Winding originalWinding;
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U32 texGenIndex;
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U32 lMapDimX;
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U32 lMapDimY;
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U32 offsetX;
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U32 offsetY;
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bool lmapTexGenSwapped;
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F32 lmapTexGenX[4];
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F32 lmapTexGenY[4];
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F32 tempScale[2];
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GBitmap* pLMap;
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GBitmap* pNormalLMap;
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GBitmap* pAlarmLMap;
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U32 sheetIndex;
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U32 alarmSheetIndex;
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U32 flags;
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U32 fanMask;
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U32 numLights;
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U32 stateDataStart;
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bool mustPortalExtend;
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U32 temptemptemp;
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U32 sgLightingScale;
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ColorI sgSelfIllumination;
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};
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struct NullSurface {
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U32 planeIndex;
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Winding winding;
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U32 flags;
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};
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class Entity {
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public:
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Entity() { }
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virtual ~Entity() { };
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InteriorDict mDictionary;
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Vector<CSGBrush*> mBrushes;
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virtual bool parseEntityDescription(InteriorMapResource::Entity* ent) = 0;
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virtual BrushType getBrushType() = 0;
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virtual bool isPointClass() const = 0;
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virtual const char* getName() const = 0;
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virtual const Point3D& getOrigin() const = 0;
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virtual void grabSurface(Surface&) { }
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};
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struct PlaneHashEntry {
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U32 planeIndex;
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PlaneHashEntry* pNext;
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};
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struct PointHashEntry {
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U32 pointIndex;
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PointHashEntry* pNext;
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};
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struct TexGenPlanes {
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PlaneF planeX;
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PlaneF planeY;
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};
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//-------------------------------------- animated lighting structures
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public:
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struct StateData {
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GBitmap* pLMap; // 8-Bit intensity map
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U32 surfaceIndex; // Surface affected by this state
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U32 stateDataIndex; // index
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};
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struct LightState {
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ColorI color;
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F32 duration;
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Vector<StateData> stateData;
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};
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struct AnimatedLight {
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char* name;
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U32 type; // From Interior::LightType
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bool alarm; // entity->mAlarmStatus != NormalOnly
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Vector<LightState*> states;
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AnimatedLight() : name(NULL), type(0) { }
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};
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Vector<AnimatedLight*> mAnimatedLights;
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//-------------------------------------- arenas
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public:
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class PlaneHashArena {
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Vector<PlaneHashEntry*> mBuffers;
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U32 arenaSize;
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PlaneHashEntry* currBuffer;
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U32 currPosition;
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public:
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PlaneHashArena(U32 _arenaSize);
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~PlaneHashArena();
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PlaneHashEntry* allocateEntry();
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};
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class PointHashArena {
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Vector<PointHashEntry*> mBuffers;
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U32 arenaSize;
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PointHashEntry* currBuffer;
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U32 currPosition;
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public:
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PointHashArena(U32 _arenaSize);
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~PointHashArena();
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PointHashEntry* allocateEntry();
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};
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//------------------------------------------------------------------------------
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//-------------------------------------- DATA
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private:
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//-------------------------------------- Error variables
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U32 mNumAmbiguousBrushes;
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U32 mNumOrphanPolys;
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//-------------------------------------- Brushes and texture vars
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public:
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Point3D mMinBound;
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Point3D mMaxBound;
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public:
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U32 mCurrBrushId;
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U32 mSurfaceKey;
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Vector<CSGBrush*> mStructuralBrushes;
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Vector<CSGBrush*> mDetailBrushes;
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Vector<CSGBrush*> mSpecialCollisionBrushes;
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Vector<CSGBrush*> mVehicleCollisionBrushes;
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Vector<NullSurface> mVehicleNullSurfaces;
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Vector<CSGBrush*> mPortalBrushes;
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Vector<Entity*> mPortalEntities;
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Vector<char*> mTextureNames;
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Vector<GBitmap*> mTextures;
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Vector<Portal*> mPortals;
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Vector<Zone*> mZones;
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U32 mOutsideZoneIndex;
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Vector<TexGenPlanes> mTexGenEQs;
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Vector<Surface> mSurfaces;
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Vector<NullSurface> mNullSurfaces;
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Vector<GBitmap*> mLightmaps;
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bool mHasAlarmState;
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//-------------------------------------- Nav Graph Generation
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bool mPerformExtrusion;
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bool mGenerateGraph;
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bool mHashPlanes, mHashPoints;
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UniqueVector mGraphSurfacePts;
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EditFloorPlanResource mEditFloorPlanRes;
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//-------------------------------------- Planes and Points
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PlaneHashEntry mPlaneHashTable[1 << 12];
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Vector<PlaneEQ> mPlaneEQs;
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Vector<S32> mPlaneRemaps;
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U16 remapPlaneIndex(S32 inPlaneIndex);
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U16 remapVehiclePlaneIndex(S32 inPlaneIndex, Interior*);
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PointHashEntry mPointHashTable[1 << 12];
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Vector<Point3D> mPoints;
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struct ExportPointMapEntry {
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U32 originalIndex;
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U32 runtimeIndex;
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};
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Vector<ExportPointMapEntry> mExportPointMap;
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Vector<ExportPointMapEntry> mVehicleExportPointMap;
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public:
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PlaneHashArena mPlaneHashArena;
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PointHashArena mPointHashArena;
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//-------------------------------------- BSP info
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public:
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NodeArena mNodeArena;
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VisLinkArena mVisLinkArena;
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private:
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EditBSPNode* mBSPRoot;
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//-------------------------------------- Entity information
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public:
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WorldSpawnEntity* mWorldEntity;
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Vector<Entity*> mEntities;
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//------------------------------------------------------------------------------
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//-------------------------------------- FUNCTIONS
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private:
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Entity* parseEntity(Tokenizer* pToker);
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const Entity* getNamedEntity(const char*) const;
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public:
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const char* insertTexture(const char*);
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void fixSparkles();
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void convertToStrips();
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void markSurfaceOriginalPoints();
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void sortSurfaces();
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void sortLitSurfaces();
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private:
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void createBrushPolys();
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void buildBSP();
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void findOutsideZone();
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void enterPortalZoneRefs();
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void ambientVisitZone(const U32 zone);
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void floodAmbientLight();
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public:
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void preprocessLighting();
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private:
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void postProcessLighting(Interior*);
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U32 exportIntensityMap(Interior* pRuntime, GBitmap*);
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void exportLightsToRuntime(Interior* pRuntime);
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void exportDMLToRuntime(Interior* pRuntime, Vector<char*>&);
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U16 exportBSPToRuntime(Interior* pRuntime, EditBSPNode* pNode);
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void exportWindingToRuntime(Interior* pRuntime, const Winding& rWinding);
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void exportVehicleWindingToRuntime(Interior* pRuntime, const Winding& rWinding);
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U32 exportPointToRuntime(Interior* pRuntime, const U32 pointIndex);
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void exportHullToRuntime(Interior* pRuntime, CSGBrush* pBrush);
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U32 exportVehiclePointToRuntime(Interior* pRuntime, const U32 pointIndex);
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void exportVehicleHullToRuntime(Interior* pRuntime, CSGBrush* pBrush);
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void exportHullBins(Interior* pRuntime);
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void exportPlanes(Interior*);
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U32 exportEmitStringToRuntime(Interior* pRuntime,
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const U8* pString,
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const U32 stringLen);
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U32 exportVehicleEmitStringToRuntime(Interior* pRuntime,
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const U8* pString,
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const U32 stringLen);
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bool fixTJuncs();
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void rotateSurfaceToNonColinear(Surface& surface);
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void dumpSurfaceToRuntime(Interior* pRuntime,
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Surface& editSurface);
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void dumpNullSurfaceToRuntime(Interior* pRuntime,
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NullSurface& editSurface);
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void dumpVehicleNullSurfaceToRuntime(Interior* pRuntime,
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NullSurface& editSurface);
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void dumpMirrorToRuntime(Interior* pRuntime,
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MirrorSurfaceEntity* pEntity);
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void dumpTriggerToRuntime(Interior* pRuntime,
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InteriorResource* pResource,
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TriggerEntity* pEntity);
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void dumpPathToRuntime(Interior* pRuntime,
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InteriorResource* pResource,
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PathStartEntity* pEntity);
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//void dumpAISpecialToRuntime(Interior* pRuntime,
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// InteriorResource* pResource,
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// SpecialNodeEntity* pEntity);
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void dumpGameEntityToRuntime(Interior* pRuntime,
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InteriorResource* pResource,
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GameEntity* pEntity);
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void dumpDoorToRuntime(Interior* /*pRuntime*/,
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InteriorResource* pResource,
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DoorEntity* pEntity);
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//void dumpForceFieldToRuntime(Interior* /*pRuntime*/,
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// InteriorResource* pResource,
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// ForceFieldEntity* pEntity);
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void fillInLightmapInfo(Surface& rSurface);
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void adjustLMapTexGen(Surface&);
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void createBrushSurfaces(const CSGBrush& brush);
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void createBoundingVolumes(Interior* pRuntime);
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public:
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EditGeometry();
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~EditGeometry();
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//-------------------------------------- High level functions
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public:
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bool parseMapFile(Tokenizer*);
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bool createBSP();
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void createSurfaces();
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void markEmptyZones();
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void packLMaps();
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void nudge();
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void computeLightmaps(const bool alarmMode);
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bool exportToRuntime(Interior*, InteriorResource*);
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U16 getMaterialIndex(const char* texName) const;
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//-------------------------------------- Point/Plane buffer functions
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public:
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U32 insertPlaneEQ(const Point3D& normal, const F64);
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const U32 getPlaneInverse(const U32 planeIndex);
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const PlaneEQ& getPlaneEQ(const U32) const;
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bool isCoplanar(const U32, const U32) const;
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U32 insertPoint(const Point3D&);
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const Point3D& getPoint(const U32) const;
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void giftWrapPortal(Winding& winding, Portal* portal);
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//-------------------------------------- NavGraph functions
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public:
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void setGraphGeneration(bool generate=false,bool extrude=false);
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void gatherLinksForGraph(EditBSPNode * pLeafNode);
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U32 writeGraphInfo();
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void doGraphExtrusions(Vector<CSGBrush*> & brushList);
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void xferDetailToStructural();
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//-------------------------------------- Statistics
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public:
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U32 getTotalNumBrushes() const;
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U32 getNumStructuralBrushes() const;
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U32 getNumDetailBrushes() const;
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U32 getNumPortalBrushes() const;
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U32 getNumAmbiguousBrushes() const;
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U32 getNumOrphanPolys() const;
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U32 getNumUniquePlanes() const;
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U32 getNumUniquePoints() const;
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U32 getNumZones() const;
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U32 getNumSurfaces() const;
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const Point3D& getMinBound() const;
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const Point3D& getMaxBound() const;
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};
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extern EditGeometry* gWorkingGeometry;
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inline U32 EditGeometry::getNumStructuralBrushes() const
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{
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return mStructuralBrushes.size();
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}
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inline U32 EditGeometry::getNumDetailBrushes() const
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{
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return mDetailBrushes.size();
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}
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inline U32 EditGeometry::getNumPortalBrushes() const
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{
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return mPortalBrushes.size();
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}
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inline U32 EditGeometry::getNumAmbiguousBrushes() const
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{
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return mNumAmbiguousBrushes;
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}
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inline U32 EditGeometry::getNumOrphanPolys() const
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{
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return mNumOrphanPolys;
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}
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inline U32 EditGeometry::getTotalNumBrushes() const
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{
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return getNumStructuralBrushes() + getNumDetailBrushes() + getNumPortalBrushes();
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}
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inline U32 EditGeometry::getNumUniquePlanes() const
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{
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return mPlaneEQs.size() / 2;
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}
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inline U32 EditGeometry::getNumUniquePoints() const
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{
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return mPoints.size();
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}
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inline U32 EditGeometry::getNumZones() const
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{
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return mZones.size();
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}
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inline U32 EditGeometry::getNumSurfaces() const
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{
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return mSurfaces.size();
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}
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inline const Point3D& EditGeometry::getMinBound() const
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{
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return mMinBound;
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}
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inline const Point3D& EditGeometry::getMaxBound() const
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{
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return mMaxBound;
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}
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//------------------------------------------------------------------------------
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inline const PlaneEQ& EditGeometry::getPlaneEQ(const U32 planeIndex) const
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{
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AssertFatal(planeIndex < mPlaneEQs.size(), "EditGeometry::getPlaneEQ: planeIndex out of range");
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return mPlaneEQs[planeIndex];
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}
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inline bool EditGeometry::isCoplanar(const U32 planeIndex1, const U32 planeIndex2) const
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{
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AssertFatal(planeIndex1 < mPlaneEQs.size() && planeIndex2 < mPlaneEQs.size(),
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"EditGeometry::isCoplanar: planeIndex out of range");
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return (planeIndex1 & ~1) == (planeIndex2 & ~1);
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}
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inline const Point3D& EditGeometry::getPoint(const U32 index) const
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{
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AssertFatal(index < mPoints.size(), "EditGeometry::getPoint: out of bounds point index");
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return mPoints[index];
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}
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inline const U32 EditGeometry::getPlaneInverse(const U32 planeIndex)
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{
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return (planeIndex ^ 0x1);
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}
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//------------------------------------------------------------------------------
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inline EditGeometry::PlaneHashEntry* EditGeometry::PlaneHashArena::allocateEntry()
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{
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if (currPosition < arenaSize)
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return &currBuffer[currPosition++];
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// Need to add another buffer
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currBuffer = new EditGeometry::PlaneHashEntry[arenaSize];
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currPosition = 1;
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mBuffers.push_back(currBuffer);
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return currBuffer;
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}
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inline EditGeometry::PointHashEntry* EditGeometry::PointHashArena::allocateEntry()
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{
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if (currPosition < arenaSize)
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return &currBuffer[currPosition++];
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// Need to add another buffer
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currBuffer = new EditGeometry::PointHashEntry[arenaSize];
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currPosition = 1;
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mBuffers.push_back(currBuffer);
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return currBuffer;
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}
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//------------------------------------------------------------------------------
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inline F64 PlaneEQ::distanceToPlane(const Point3D& rPoint) const
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{
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return mDot(rPoint, normal) + dist;
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}
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inline PlaneSide PlaneEQ::whichSide(const Point3D& testPoint) const
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{
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F64 distance = distanceToPlane(testPoint);
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if (distance < -gcPlaneDistanceEpsilon)
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return PlaneBack;
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else if (distance > gcPlaneDistanceEpsilon)
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return PlaneFront;
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else
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return PlaneOn;
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}
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inline PlaneSide PlaneEQ::whichSideLow(const Point3D& testPoint) const
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{
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F64 distance = distanceToPlane(testPoint);
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if (distance < -gcPointEpsilon)
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return PlaneBack;
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else if (distance > gcPointEpsilon)
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return PlaneFront;
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else
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return PlaneOn;
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}
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inline PlaneSide PlaneEQ::whichSidePerfect(const Point3D& testPoint) const
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{
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F64 distance = distanceToPlane(testPoint);
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if (distance < 0)
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return PlaneBack;
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else if (distance > 0)
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return PlaneFront;
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else
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return PlaneOn;
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}
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#endif //_EDITGEOMETRY_H_
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