Microsoft-3D-Movie-Maker/INC/SITOBREN.H

#ifndef SITOBREN_H
#define SITOBREN_H

#include <stdio.h>
#include "util.h"
#include "soc.h"	// Needs knowledge of Socrates data structs
#include "tyModel.h"	// API for SoftImage db lib
#include "dkfilter.h"
#include "tySceneT.h"
#include "mssio.h"

/* HASH_FIXED means use a fixed-length hash table; the implication is that
	the hash value will be a small number of bits, so that the table isn't
	too large.  A variable-length hash table will allow for large numbers
	of bits in the hash value. */
#define HASH_FIXED 0

/* Generic hashed database structure */
typedef struct _hshdb
	{
	struct _hshdb *phshdbNext;
	uint luHash;
	} HSHDB, *PHSHDB;

/* Brender Model DataBase structure */
typedef struct _bmdb
	{
	HSHDB hshdb;    // hash DB header
	MODLF *pmodlf;	// the file data
	long cbModlf;
	CHID chidBmdl;	// BMDL child ID
	CNO cnoBmdl;    // BMDL CNO
	char *pszName;  // name of the BMDL
	PGL pglkidCmtl; // GL of CMTL parents' CNOs
	unsigned fFixWrap:1,
		fSpherical:1;
	} BMDB, *PBMDB;

/* Brender MATrix34 DataBase structure */
typedef struct _bmatdb
	{
	HSHDB hshdb;
	int ixf;
	} BMATDB, *PBMATDB;

/* Brender Model HieraRchy */
typedef struct _bmhr
	{
	MODLF *pmodlf;	// the file data
	long cbModlf;
	BMAT34 bmat34;	// XF
	MTRLF mtrlf;
	PSTN pstnMtrlFile;
	BRUFR brufrUOffset;  // Material offsets
	BRUFR brufrVOffset;
	short uMinCrop;      // Material cropping
	short uMaxCrop;
	short vMinCrop;
	short vMaxCrop;
	unsigned fMtrlf:1,
		fCrop:1,
		fAccessory:1,
		fFixWrap:1,
		fSpherical:1;
	char *pszName;
	short ibps;
	struct _bmhr *pbmhrChild;
	struct _bmhr *pbmhrSibling;
	} BMHR, *PBMHR;

/* A color range */
typedef struct _crng
	{
	long lwBase,
		lwRange;
	} CRNG;

/* A CMTL descriptor */
typedef struct _cmtld
	{
	CNO cno;        // the CMTL's CNO
	CHID chidCur;   // the next CHID for the CMTL's children
	short ibps;     // the body part set as specified in the .hrc file
	CHID chid;      // the CHID of this CMTL
	} CMTLD, *PCMTLD;

/* A TMAP descriptor */
typedef struct _tmapd
	{
	PSTN pstn;      // the name of the TMAP
	long ccnoPar;   // the number of MTRL parents
	long xp;        // the size of the bitmap
	long yp;
	} TMAPD, *PTMAPD;

enum
	{
	ttActor = ttLimChlx,    // TMPL initialization
	ttActionS2B,            // Define a single action for the TMPL
	ttBackgroundS2B,        // Define a background
	ttCostume,              // Define a costime for a TMPL

	ttPosition,             // SoftImage POS_STATIC token
	ttInterest,             // SoftImage INT_STATIC token
	ttNearCam,
	ttFarCam,
	ttFovCam,
	ttStatic,               // SoftImage STATIC token

	ttCno,                  // Tokens for converter script cmd parms
	ttCalled,
	ttXRest,
	ttYRest,
	ttZRest,
	ttFilebase,
	ttFirst,
	ttLast,
	ttFlags,
	ttScale,
	ttSkip,
	ttSubmodel,
	ttBPS,
	ttLights,
	ttCameras,
	ttLength,
	ttStep,
	ttUseSets,
	ttNewActorPos,
	ttMaterials,
	ttFilename,

	ttFloat,                // data type is floating point

	ttLimS2B
	};

typedef struct _s2btk
	{
	TOK tok;
	double fl;
	} S2BTK, *PS2BTK;

typedef class S2BLX *PS2BLX;
#define kclsS2BLX 's2bl'
#define S2BLX_PAR LEXB
class S2BLX : public S2BLX_PAR
	{
	RTCLASS_DEC
	ASSERT
	MARKMEM

protected:
	long _ttCur;
	double _fl;

protected:
	virtual void _ReadNumTok(PTOK ptok, achar ch, long lwBase, long cchMax);

public:
	S2BLX(PFIL pfil, bool fUnionStrings = fTrue) :
		S2BLX_PAR(pfil, fUnionStrings)
		{ }
	~S2BLX(void) { }

	virtual bool FGetTok(PTOK ptok);
	bool FGetS2btk(PS2BTK ps2btk);
	void GetFni(PFNI pfni)
		{ _pfil->GetFni(pfni); }
	bool FIsDigit(char ch)
		{ return FPure(_GrfctCh(ch) & fctDec); }
	virtual bool FTextFromTt(long tt, PSTN pstn);
	bool FTextFromS2btk(PS2BTK ps2btk, PSTN pstn);
	};


#define CnoAdd(ccno) (_cnoCur = (((_cnoPar & 0x0FFFF0000) + 0x010000) | (_cnoCur & 0x0FFFF) + (ccno)))
#define CnoNext() CnoAdd(1)

/* Some useful helper functions */
PGL PglcrngFromPal(PGL pglclr);
long LwcrngNearestBrclr(BRCLR brclr, PGL pglclr, PGL pglcrng);

#if HASH_FIXED

#define kcpbmdb 64	// must be a power of 2
#define kmskBmdb (kcpbmdb-1)
#define kcbrgpbmdb (size(PBMDB) * kcpbmdb)
// #define an appropriate fixed-size polynomial here

#else // HASH_FIXED

#define kluCrcPoly 0xEDB88320L
#define kluHashInit 0xFFFFFFFFL

#endif // !HASH_FIXED

#define kszLight "%s-light%d.1-0.sal"
#define kszCam "%s-cam.1-%d.sac"
#define kszBmp "%s-view.1-%d.bmp"
#define kszZpic "%s-view.1-%d.Zpic"
#define kszZbmp "%s-view.1-%d.Zbmp"
#define kftgALite 'SAL'
#define kftgACam 'SAC'
#define kftgS2b 'S2B'
#define kftgCht 'CHT'
#define kftgInc 'H'
#define kftgTmapChkFile 'CPF'
#define kftgZpic 'ZPIC'
#define kftgZbmp 'ZBMP'

// Script parameter types
enum
	{
	ptString = 0,
	ptLong,
	ptBRS,
	ptBRA,

	ptNil = -1
	};

#define kcscrpMax 10

typedef struct _scrp
	{
	long pt;	// parameter type
	long tt;	// token for this parm
	char szErr[80];
	} SCRP, *PSCRP;

extern const SCRP rgscrpActor[];
extern const SCRP rgscrpAction[];
extern const SCRP rgscrpBackground[];

enum
	{
	kmdQuiet = 0,
	kmdHelpful,
	kmdVerbose
	};

enum
	{
	kmdbpsNone = 0,      // ignore body part set info
	kmdbpsNumberedOnly,  // keep only those nodes with body part set info
	kmdbpsAllMesh,       // keep null nodes with body part set info, and all mesh nodes
	kmdbpsAllMeshNull,   // keep all null and mesh nodes

	kmdbpsLim
	};

enum
	{
	fs2bNil = 0,
	kfs2bContinue = 1,
	kfs2bPreprocess = 2,
	kfs2bFixWrap = 4
	};

typedef class S2B *PS2B;
#define kclsS2B 'S2B'
#define S2B_PAR BASE
class S2B : public S2B_PAR
	{
	RTCLASS_DEC
	ASSERT
	MARKMEM
	NOCOPY(S2B)

#ifdef DEBUG
	void AssertValidBmhr(PBMHR pbmhr);
	void MarkBmhr(PBMHR pbmhr);
#endif // DEBUG

protected:
	/* Used by script interpreter and chunk output code */
	PS2BLX _ps2blx;	// used to process script file
	CHSE _chse;     // used to dump chunk text to output file
	CTG _ctgPar;	// CTG and CNO of current parent
	CNO _cnoPar;
	CNO _cnoCur;	// Current chunk number
	STN _stnT;		// tmp buf for S2B to use
	S2BTK _s2btk;	// current script token
	int _iZsign;	// Z multiplier

	/* Used by TMPL-specific stuff */
	STN _stnTmpl;
	STN _stnActn;
	CHID _chidActn;	// Next available ACTN CHID
	CHID _chidBmdl;
	CHID _chidCmtl;
	short _ibpCur;	// current body part #
	PGL _pglibactPar;
	PGL _pglbs;
	PGL _pglcmtld;
	PGG _pggcl;
	PGL _pglxf;
	PGL _pglibps;   // list of body part sets to generate costumes for
	PGG _pggcm;
	PGG _pggtmapd;  // list of TMAP chunks used by the current actor
#if HASH_FIXED
	PBMDB *_prgpbmdb;	// BMDL database
//	PBMATDB *_prgpbmatdb;	// BMAT34 database
#else /* HASH_FIXED */
	PGL _pglpbmdb;      // BMDL database
	PGL _pglpbmatdb;    // XF database
#endif /* !HASH_FIXED */
	PBMHR _pbmhr;	// BMDL hierarchy for current cel
	int _cMesh;		// count of mesh nodes for current cel
	int _cFace;		// count of all polygons (faces) for current cel
	CPS *_prgcps;

	/* Bitfields */
		/* General items */
	uint _mdVerbose:2,
		_uRound:4,
		_uRoundXF:4;
	bool _fContinue:1,
		_fPreprocess:1,
		_fFixWrap:1;
		/* TMPL-specific items */
	bool _fMakeGlpi:1,
		_fColorOnly:1,
		_fMakeCostume:1,
		_fCostumeOnly:1;
	uint _mdBPS:2;

	/* Useful data that doesn't wind up in chunks */
	PGL _pglcrng;
	PGL _pglclr;

protected:
	/* General script interpreter and chunk output stuff */
	bool _FDoTtActor(bool *pfHaveActor);
	bool _FDoTtActionS2B(void);
	bool _FDoTtBackgroundS2B(void);
	bool _FDoTtCostume(void);
	bool _FReadCmdline(char *szResult, bool *pfGotTok, const SCRP rgscrp[], ...);
	void _DumpHeader(CTG ctg, CNO cno, PSTN pstnName, bool fPack);

	/* TMPL-specific stuff */
	bool _FInitGlpiCost(bool fForceCost);
	bool _FProcessModel(Model *pmodel, BMAT34 bmat34Acc, PBMHR *ppbmhr,
		PSTN pstnSubmodel = pvNil, PBMHR pbmhrParent = pvNil, int cLevel = 0);
	PBMHR _PbmhrFromModel(Model *pmodel, BMAT34 *pbmat34, PBMHR *ppbmhr,
		PBMHR pbmhrParent, int ibps, bool fAccessory);
	BRS _BrsdwrFromModel(Model *pmodel, BRS rgbrsDwr[]);
	void _CopyVertices(DK_Vertex *vertices, void *pvDst, long cVertices);
	void _CopyFaces(DK_Polygon *polygons, void *pvDst, long cFaces, BRV rgbrv[], long cVertices);
	bool _FProcessBmhr(PBMHR *ppbmhr, short ibpPar = -1);
	bool _FEnsureOneRoot(PBMHR *ppbmhr);
	void _InitBmhr(PBMHR pbmhr);
	void _FlushTmplKids(void);
	bool _FModlfToBmdl(PMODLF pmodlf, PBMDL *ppbmdl);
	bool _FBmdlToModlf(PBMDL pbmdl, PMODLF *ppmodlf, long *pcb);
	bool _FSetCps(PBMHR pbmhr, CPS *pcps);
	bool _FChidFromModlf(PBMHR pbmhr, CHID *pchid, PBMDB *ppbmdb = pvNil);
	bool _FAddBmdlParent(PBMDB pbmdb, KID *pkid);
	bool _FInsertPhshdb(PHSHDB phshdb, PGL pglphshdb);
	bool _FIphshdbFromLuHash(uint luHash, long *piphshdb, PGL pglphshdb);
	PBMDB _PbmdbFindModlf(MODLF *pmodlf, long cbModlf, uint *pluHashList);
	void _InitCrcTable(void);
	uint _LuHashBytesNoTable(uint luHash, void *pv, long cb);
	uint _LuHashBytes(uint luHash, void *pv, long cb);
	bool _FImat34GetBmat34(BMAT34 *pbmat34, long *pimat34);
	void _DisposeBmhr(PBMHR *ppbmhr);
	bool _FDoBodyPart(PBMHR pbmhr, long ibp);
	void _ApplyBmdlXF(PBMHR pbmhr);
	void _TextureFileFromModel(Model *pmodel, PBMHR pbmhr, bool fWrapOnly = fFalse);
	bool _FTmapFromBmp(PBMHR pbmhr, CNO cnoPar, PSTN pstnMtrl);
	bool _FFlushTmaps(void);

	/* BKGD-specific stuff */
	bool _FDumpLites(int cLite, PSTN stnBkgd);
	bool _FDumpCameras(int cCam, PSTN pstnBkgd, int iPalBase, int cPal);
	bool _FBvec3Read(PS2BLX ps2blx, BVEC3 *pbvec3, PS2BTK ps2btk);
	void _Bmat34FromVec3(BVEC3 *pbvec3, BMAT34 *pbmat34);
	void _ReadLite(PSTN pstnLite, LITE *plite);
	void _ReadCam(PSTN pstnCam, CAM *pcam, PGL *ppglapos);
	bool _FZbmpFromZpic(PSTN pstnBkgd, CNO cnoPar, int iCam, long dxp, long dyp,
		CAM *pcam);

	/* Brender-knowledgable utilities */
	bool _FBrsFromS2btk(PS2BTK ps2btk, BRS *pbrs)
		{
		if (ps2btk->tok.tt == ttLong)
			*pbrs = BrIntToScalar(ps2btk->tok.lw);
		else if (ps2btk->tok.tt == ttFloat)
			*pbrs = BrFloatToScalar(ps2btk->fl);
		else
			return fFalse;
		return fTrue;
		}

	S2B(bool fSwapHand, uint mdVerbose, int iRound, int iRoundXF, achar *pszApp);
	~S2B(void);

public:
	static PS2B Ps2bNew(PFIL pfilSrc, bool fSwapHand, uint mdVerbose,
		int iRound, int iRoundXF, char *pszApp);
	bool FConvertSI(PMSNK pmsnkErr, PMSNK pmsnkDst, PFNI pfniInc = pvNil,
		ulong grfs2b = fs2bNil);
	};

#endif // !SITOBREN_H