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https://github.com/microsoft/Microsoft-3D-Movie-Maker.git
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111 lines
2.9 KiB
C++
111 lines
2.9 KiB
C++
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/*************************************************************************
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Texture map (TMAP)
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This manages I/O and caching for BPMPs
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*************************************************************************/
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#ifndef TMAP_H
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#define TMAP_H
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const CTG kctgTmap = 'TMAP';
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const CTG kctgTxxf = 'TXXF';
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// tmap on file
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struct TMAPF
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{
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short bo;
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short osk;
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short cbRow;
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byte type;
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byte grftmap;
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short xpLeft;
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short ypTop;
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short dxp;
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short dyp;
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short xpOrigin;
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short ypOrigin;
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// void *rgb; // pixels follow immediately after TMAPF
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};
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const ulong kbomTmapf = 0x54555000;
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/* A TeXture XransForm on File */
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typedef struct _txxff
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{
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short bo; // byte order
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short osk; // OS kind
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BMAT23 bmat23;
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} TXXFF, *PTXXFF;
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const BOM kbomTxxff = 0x5FFF0000;
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// REVIEW *****: should TMAPs have shade table chunks under them, or
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// is the shade table a global animal? Right now it's global.
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/****************************************
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The TMAP class
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****************************************/
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typedef class TMAP *PTMAP;
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#define TMAP_PAR BACO
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#define kclsTMAP 'TMAP'
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class TMAP : public TMAP_PAR
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{
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RTCLASS_DEC
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ASSERT
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MARKMEM
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protected:
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BPMP _bpmp;
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bool _fImported; // if fTrue, BRender allocated the pixels
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// if fFalse, we allocated the pixels
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protected:
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TMAP(void) {} // can't instantiate directly; must use PtmapRead
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#ifdef NOT_YET_REVIEWED
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void TMAP::_SortInverseTable(byte *prgb, long cbRgb, BRCLR brclrLo,
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BRCLR brclrHi);
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#endif // NOT_YET_REVIEWED
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public:
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~TMAP(void);
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// REVIEW *****(peted): MBMP's ...Read function just takes a PBLCK; this
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// is more like the FRead... function, just without the BACO stuff. Why
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// the difference?
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// Addendum: to enable compiling 'TMAP' chunks, I added an FWrite that does
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// take just a PBLCK. Should this be necessary for PtmapRead in the future,
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// it's a simple matter of extracting the code in PtmapRead that is needed,
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// like I did for FWrite.
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static PTMAP PtmapRead(PCFL pcfl, CTG ctg, CNO cno);
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bool FWrite(PCFL pcfl, CTG ctg, CNO *pcno);
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// a chunky resource reader for a TMAP
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static bool FReadTmap(PCRF pcrf, CTG ctg, CNO cno, PBLCK pblck,
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PBACO *ppbaco, long *pcb);
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// Given a BPMP (a Brender br_pixelmap), create a TMAP
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static PTMAP PtmapNewFromBpmp(BPMP *pbpmp);
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// Give back the bpmp for this TMAP
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BPMP *Pbpmp(void) { return &_bpmp; }
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// Reads a .bmp file.
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static PTMAP PtmapReadNative(FNI *pfni, PGL pglclr = pvNil);
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// Writes a standalone TMAP-chunk file (not a .chk)
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bool FWriteTmapChkFile(PFNI pfniDst, bool fCompress, PMSNK pmsnkErr = pvNil);
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// Creates a TMAP from the width, height, and an array of bytes
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static PTMAP PtmapNew(byte *prgbPixels, long dxWidth, long dxHeight);
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// Some useful file methods
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long CbOnFile(void)
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{ return(size(TMAPF) + LwMul(_bpmp.row_bytes, _bpmp.height)); }
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bool FWrite(PBLCK pblck);
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#ifdef NOT_YET_REVIEWED
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// Useful shade-table type method
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byte * PrgbBuildInverseTable(void);
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#endif // NOT_YET_REVIEWED
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};
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#endif // TMAP_H
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