134 lines
4.8 KiB
C++
134 lines
4.8 KiB
C++
#pragma once
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#include "TerrainDefine.h"
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#include "TerrainFaceNormalInfo.h"
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#include <kfile/KStream.h>
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#include <kfile/KFileManager.h>
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#include <list>
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/** vertex coverage factor를 구하기 위해 인접 타일을 알아야 하므로 상하좌우로 1씩의 여분이 더 있어야 한다.
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또한 face normal vector를 구하기 위해 우측과 하단엔 1개의 여분이 추가로 더 필요하다. */
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const int c_nTileExtendUpper = 1;
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const int c_nTileExtendLower = 2;
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/// 디폴트 라이트
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const K3DLight c_defaultStaticLight = K3DLight
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( K3DColor( 1.f, 1.f, 1.f )
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, K3DColor( 1.f, 1.f, 1.f )
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, K3DColor( 0.38f, 0.38f, 0.38f )
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, K3DVector( 0.333333f, 0.666666f, -0.666666f ) );
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class CTerrainInfoForSegment : public CTerrainInfo
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{
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public:
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struct INITSTRUCT
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{
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std::string strMapFileName; ///< 문자열이 비어있다면 ( 영역 밖의 세그먼트를 의미 ) 해당 세그먼트는 0으로 초기화 된다.
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int nSegmentIndexInMap;
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};
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struct PROPLOAD_INFO
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{
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NFM_PROPSTRUCT_V15* pPropLoadStructs;
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int nPropLoadCount;
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PROPLOAD_INFO() : pPropLoadStructs( NULL ), nPropLoadCount( 0 ) { }
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~PROPLOAD_INFO()
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{
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SAFE_DELETE_ARRAY(pPropLoadStructs);
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}
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};
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struct SPEEDGRASSLOAD_INFO
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{
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struct SpeedGrassGroup
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{
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int nSpeedGrassID;
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int nSpeedGrassLoadCount;
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NFM_SPEED_GRASS_V1* pSpeedGrassLoadStructs;
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SpeedGrassGroup() : nSpeedGrassID( 0 ),
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nSpeedGrassLoadCount( 0 ),
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pSpeedGrassLoadStructs(NULL)
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{}
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~SpeedGrassGroup()
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{
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SAFE_DELETE_ARRAY( pSpeedGrassLoadStructs );
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}
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};
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int nSpeedGrassGroupCount;
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SpeedGrassGroup* pSpeedGrassGroup;
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SPEEDGRASSLOAD_INFO() : nSpeedGrassGroupCount( 0 ),
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pSpeedGrassGroup( NULL )
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{}
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~SPEEDGRASSLOAD_INFO()
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{
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clear();
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}
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void clear()
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{
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SAFE_DELETE_ARRAY( pSpeedGrassGroup );
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}
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};
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/// pInitStruct는 9개가 연속해서 있어야 한다.
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CTerrainInfoForSegment( const K3DPoint& rOrigin, const INITSTRUCT* pInitStruct, int nTileCount, float fTileLength, PROPLOAD_INFO& rPropLoadInfo, SPEEDGRASSLOAD_INFO& rSpeedGrassLoadInfo );
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virtual ~CTerrainInfoForSegment();
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const K3DPoint& GetOrigin() const { return m_ptOrigin; }
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const TERRAINMAP_PROPERTIES::COLORING& GetMapColoring() const { return m_MapProperties.Coloring; }
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const K3DLight& GetTerrainLight() const { return m_litTerrain; }
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void SetTerrainLight( const K3DLight& rLight ) { m_litTerrain = rLight; }
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/// 지형 primitive 생성 필요 여부 ( 지형 표시를 끈 맵 또는 맵이 없는 부분은 생성할 필요가 없다. )
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bool NeedPrimitive() const { return m_MapProperties.bShowTerrainInGame; }
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/// 세그먼트에 사용되고 있는 타일들의 종류를 모두 얻는다.
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void GetUsingTileList( std::list<WORD>& rGetList ) const;
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float GetCenterX() const { return m_ptOrigin.x + 0.5f * GetSegmentLength(); }
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float GetCenterY() const { return m_ptOrigin.y + 0.5f * GetSegmentLength(); }
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float GetSegmentLength() const { return m_fTileLength * float( m_nTileCount ); }
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// CTerrainInfo의 가상함수 오버로딩
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public:
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WORD GetTile( int nX, int nY ) const;
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WORD GetFillBit( int nStage, int nX, int nY ) const;
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float GetHeight( int nX, int nY ) const;
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unsigned __int64 GetAttrData( int nX, int nY ) const;
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KTripleColor GetColor( int nX, int nY ) const;
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K3DVertex GetVertex( int nX, int nY ) const;
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K3DVector GetVertexNormalVector( int nX, int nY ) const;
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BYTE GetVertexCoverageFactor( int nStage, int nX, int nY ) const;
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bool GetAttribute( int nAttrX, int nAttrY ) const;
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WORD GetGameTile( float x, float y ) const; ///< 월드좌표
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float GetZ( float x, float y ) const; ///< 월드좌표
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KTripleColor GetColorByWorldCoordinate( float x, float y ) const; ///< 월드좌표
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void GetTriangle( float x, float y, K3DVector& v1, K3DVector& v2, K3DVector& v3 ) const;
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private:
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K3DPoint m_ptOrigin;
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int m_nTileCount;
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int m_nVertexCount;
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float m_fTileLength;
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NFM_SEGMENTHEADER_V11 m_SegmentHeader;
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int m_nExtendedTileCount;
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NFM_VERTEXSTRUCT_V11* m_pExtendedVertexStruct;
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NFM_VERTEXSTRUCT_V11 m_DefaultData;
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TERRAINMAP_PROPERTIES m_MapProperties; ///< map properties
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K3DLight m_litTerrain; ///< 지형용 라이트. 지형 primitive는 라이트 처리가 불가능 하므로 버텍스 칼라에서 직접 이것으로 계산해준다.
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K3DVector* m_pVertexNormal; ///< vertex normal vector
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const NFM_VERTEXSTRUCT_V11* GetVertexStruct( int nX, int nY ) const;
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void LoadMapFiles( const INITSTRUCT* pInitStruct, PROPLOAD_INFO& rPropLoadInfo, SPEEDGRASSLOAD_INFO& rSpeedGrassLoadInfo );
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bool LoadPropertiesAndProps( const INITSTRUCT* pInitStruct, PROPLOAD_INFO& rPropLoadInfo, SPEEDGRASSLOAD_INFO& rSpeedGrassLoadInfo );
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void LoadSegment( KStream* pStream, int nLoadPosX, int nLoadPosY, int nSavePosX, int nSavePosY, int nWidth, int nHeight, bool bHeaderLoad );
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};
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