/* | file: inst.c | language: 1 (ANSI C) | produced by: GNU C 4.2.1 | compiler dir: /OST/GraphicsGFX/SDP3430/Source/SGX12.19/GFX_Linux_DDK/src/eurasia/codegen/ffgen | program counter: <0x48758;0x4a6e0> */ typedef unsigned int size_t typedef long long int __quad_t typedef long int __off_t typedef __quad_t __off64_t struct _IO_FILE { int _flags // @0 char* _IO_read_ptr // @4 char* _IO_read_end // @8 char* _IO_read_base // @c char* _IO_write_base // @10 char* _IO_write_ptr // @14 char* _IO_write_end // @18 char* _IO_buf_base // @1c char* _IO_buf_end // @20 char* _IO_save_base // @24 char* _IO_backup_base // @28 char* _IO_save_end // @2c struct _IO_marker* _markers // @30 struct _IO_FILE* _chain // @34 int _fileno // @38 int _flags2 // @3c __off_t _old_offset // @40 short unsigned int _cur_column // @44 signed char _vtable_offset // @46 char[1] _shortbuf // @47 _IO_lock_t* _lock // @48 __off64_t _offset // @50 void* __pad1 // @58 void* __pad2 // @5c void* __pad3 // @60 void* __pad4 // @64 size_t __pad5 // @68 int _mode // @6c char[40] _unused2 // @70 } typedef void _IO_lock_t struct _IO_marker { struct _IO_marker* _next // @0 struct _IO_FILE* _sbuf // @4 int _pos // @8 } typedef unsigned int IMG_UINT typedef unsigned char IMG_UINT8 typedef char IMG_CHAR typedef char* IMG_PCHAR typedef long unsigned int IMG_UINT32 typedef long int IMG_INT32 enum tag_img_bool { IMG_FALSE = 0; //0x0 IMG_TRUE = 1; //0x1 IMG_FORCE_ALIGN = 2147483647; //0x7fffffff } typedef enum tag_img_bool IMG_BOOL typedef void IMG_VOID typedef void* IMG_PVOID typedef IMG_PVOID IMG_HANDLE enum undefined { USEASM_OP_FMAD = 0; //0x0 USEASM_OP_FADM = 1; //0x1 USEASM_OP_FMSA = 2; //0x2 USEASM_OP_FFRC = 3; //0x3 USEASM_OP_FRCP = 4; //0x4 USEASM_OP_FRSQ = 5; //0x5 USEASM_OP_FLOG = 6; //0x6 USEASM_OP_FEXP = 7; //0x7 USEASM_OP_FSQRT = 8; //0x8 USEASM_OP_FSIN = 9; //0x9 USEASM_OP_FCOS = 10; //0xa USEASM_OP_FDP = 11; //0xb USEASM_OP_FMIN = 12; //0xc USEASM_OP_FMAX = 13; //0xd USEASM_OP_FDSX = 14; //0xe USEASM_OP_FDSY = 15; //0xf USEASM_OP_FMAD16 = 16; //0x10 USEASM_OP_FMINMAX = 17; //0x11 USEASM_OP_FMAXMIN = 18; //0x12 USEASM_OP_EFO = 19; //0x13 USEASM_OP_PCKF16F32 = 20; //0x14 USEASM_OP_PCKF16F16 = 21; //0x15 USEASM_OP_PCKF16U16 = 22; //0x16 USEASM_OP_PCKF16S16 = 23; //0x17 USEASM_OP_PCKU16F32 = 24; //0x18 USEASM_OP_PCKU16F16 = 25; //0x19 USEASM_OP_PCKU16U16 = 26; //0x1a USEASM_OP_PCKU16S16 = 27; //0x1b USEASM_OP_PCKS16F32 = 28; //0x1c USEASM_OP_PCKS16F16 = 29; //0x1d USEASM_OP_PCKS16U16 = 30; //0x1e USEASM_OP_PCKS16S16 = 31; //0x1f USEASM_OP_PCKU8F32 = 32; //0x20 USEASM_OP_PCKU8F16 = 33; //0x21 USEASM_OP_PCKU8U16 = 34; //0x22 USEASM_OP_PCKU8S16 = 35; //0x23 USEASM_OP_PCKS8F32 = 36; //0x24 USEASM_OP_PCKS8F16 = 37; //0x25 USEASM_OP_PCKS8U16 = 38; //0x26 USEASM_OP_PCKS8S16 = 39; //0x27 USEASM_OP_PCKO8F32 = 40; //0x28 USEASM_OP_PCKO8F16 = 41; //0x29 USEASM_OP_PCKO8U16 = 42; //0x2a USEASM_OP_PCKO8S16 = 43; //0x2b USEASM_OP_PCKC10U8 = 44; //0x2c USEASM_OP_PCKC10F32 = 45; //0x2d USEASM_OP_PCKC10F16 = 46; //0x2e USEASM_OP_PCKC10U16 = 47; //0x2f USEASM_OP_PCKC10S16 = 48; //0x30 USEASM_OP_UNPCKF32F32 = 49; //0x31 USEASM_OP_UNPCKF32F16 = 50; //0x32 USEASM_OP_UNPCKF32U16 = 51; //0x33 USEASM_OP_UNPCKF32S16 = 52; //0x34 USEASM_OP_UNPCKF32U8 = 53; //0x35 USEASM_OP_UNPCKF32S8 = 54; //0x36 USEASM_OP_UNPCKF32O8 = 55; //0x37 USEASM_OP_UNPCKF32C10 = 56; //0x38 USEASM_OP_UNPCKF16F16 = 57; //0x39 USEASM_OP_UNPCKF16U16 = 58; //0x3a USEASM_OP_UNPCKF16S16 = 59; //0x3b USEASM_OP_UNPCKF16U8 = 60; //0x3c USEASM_OP_UNPCKF16S8 = 61; //0x3d USEASM_OP_UNPCKF16O8 = 62; //0x3e USEASM_OP_UNPCKF16C10 = 63; //0x3f USEASM_OP_UNPCKU16F16 = 64; //0x40 USEASM_OP_UNPCKU16U16 = 65; //0x41 USEASM_OP_UNPCKU16S16 = 66; //0x42 USEASM_OP_UNPCKU16U8 = 67; //0x43 USEASM_OP_UNPCKU16S8 = 68; //0x44 USEASM_OP_UNPCKU16O8 = 69; //0x45 USEASM_OP_UNPCKU16C10 = 70; //0x46 USEASM_OP_UNPCKS16F16 = 71; //0x47 USEASM_OP_UNPCKS16U16 = 72; //0x48 USEASM_OP_UNPCKS16S16 = 73; //0x49 USEASM_OP_UNPCKS16U8 = 74; //0x4a USEASM_OP_UNPCKS16S8 = 75; //0x4b USEASM_OP_UNPCKS16O8 = 76; //0x4c USEASM_OP_UNPCKS16C10 = 77; //0x4d USEASM_OP_UNPCKU8U8 = 78; //0x4e USEASM_OP_UNPCKC10C10 = 79; //0x4f USEASM_OP_AND = 80; //0x50 USEASM_OP_OR = 81; //0x51 USEASM_OP_XOR = 82; //0x52 USEASM_OP_SHL = 83; //0x53 USEASM_OP_SHR = 84; //0x54 USEASM_OP_ASR = 85; //0x55 USEASM_OP_ROL = 86; //0x56 USEASM_OP_RLP = 87; //0x57 USEASM_OP_SOP2 = 88; //0x58 USEASM_OP_SOP2WM = 89; //0x59 USEASM_OP_SOP3 = 90; //0x5a USEASM_OP_U8DOT3 = 91; //0x5b USEASM_OP_U8DOT4 = 92; //0x5c USEASM_OP_U16DOT3 = 93; //0x5d USEASM_OP_U16DOT4 = 94; //0x5e USEASM_OP_U8DOT3OFF = 95; //0x5f USEASM_OP_U8DOT4OFF = 96; //0x60 USEASM_OP_U16DOT3OFF = 97; //0x61 USEASM_OP_U16DOT4OFF = 98; //0x62 USEASM_OP_IMA8 = 99; //0x63 USEASM_OP_IMA16 = 100; //0x64 USEASM_OP_IMAE = 101; //0x65 USEASM_OP_IMA32 = 102; //0x66 USEASM_OP_IDIV = 103; //0x67 USEASM_OP_ADIF = 104; //0x68 USEASM_OP_ADIFSUM = 105; //0x69 USEASM_OP_FIRV = 106; //0x6a USEASM_OP_FIRVH = 107; //0x6b USEASM_OP_BILIN = 108; //0x6c USEASM_OP_FIRH = 109; //0x6d USEASM_OP_FIRHH = 110; //0x6e USEASM_OP_SSUM16 = 111; //0x6f USEASM_OP_SMP1D = 112; //0x70 USEASM_OP_SMP2D = 113; //0x71 USEASM_OP_SMP3D = 114; //0x72 USEASM_OP_SMP1DBIAS = 115; //0x73 USEASM_OP_SMP2DBIAS = 116; //0x74 USEASM_OP_SMP3DBIAS = 117; //0x75 USEASM_OP_SMP1DREPLACE = 118; //0x76 USEASM_OP_SMP2DREPLACE = 119; //0x77 USEASM_OP_SMP3DREPLACE = 120; //0x78 USEASM_OP_SMP1DGRAD = 121; //0x79 USEASM_OP_SMP2DGRAD = 122; //0x7a USEASM_OP_SMP3DGRAD = 123; //0x7b USEASM_OP_LDAB = 124; //0x7c USEASM_OP_LDAW = 125; //0x7d USEASM_OP_LDAD = 126; //0x7e USEASM_OP_STAB = 127; //0x7f USEASM_OP_STAW = 128; //0x80 USEASM_OP_STAD = 129; //0x81 USEASM_OP_LDLB = 130; //0x82 USEASM_OP_LDLW = 131; //0x83 USEASM_OP_LDLD = 132; //0x84 USEASM_OP_STLB = 133; //0x85 USEASM_OP_STLW = 134; //0x86 USEASM_OP_STLD = 135; //0x87 USEASM_OP_LDTB = 136; //0x88 USEASM_OP_LDTW = 137; //0x89 USEASM_OP_LDTD = 138; //0x8a USEASM_OP_STTB = 139; //0x8b USEASM_OP_STTW = 140; //0x8c USEASM_OP_STTD = 141; //0x8d USEASM_OP_ELDD = 142; //0x8e USEASM_OP_ELDQ = 143; //0x8f USEASM_OP_BA = 144; //0x90 USEASM_OP_BR = 145; //0x91 USEASM_OP_LAPC = 146; //0x92 USEASM_OP_IDF = 147; //0x93 USEASM_OP_WDF = 148; //0x94 USEASM_OP_EMITPIXEL1 = 149; //0x95 USEASM_OP_EMITPIXEL2 = 150; //0x96 USEASM_OP_EMITSTATE = 151; //0x97 USEASM_OP_EMITVERTEX = 152; //0x98 USEASM_OP_EMITPRIMITIVE = 153; //0x99 USEASM_OP_EMITPDS = 154; //0x9a USEASM_OP_MOV = 155; //0x9b USEASM_OP_FMOV = 156; //0x9c USEASM_OP_FMUL = 157; //0x9d USEASM_OP_FADD = 158; //0x9e USEASM_OP_FSSQ = 159; //0x9f USEASM_OP_LABEL = 160; //0xa0 USEASM_OP_FSUB = 161; //0xa1 USEASM_OP_SETPGT = 162; //0xa2 USEASM_OP_SETPGTE = 163; //0xa3 USEASM_OP_SETPEQ = 164; //0xa4 USEASM_OP_SETPLT = 165; //0xa5 USEASM_OP_SETPLTE = 166; //0xa6 USEASM_OP_SETPNEQ = 167; //0xa7 USEASM_OP_SDM = 168; //0xa8 USEASM_OP_SDA = 169; //0xa9 USEASM_OP_AMM = 170; //0xaa USEASM_OP_SMM = 171; //0xab USEASM_OP_AMS = 172; //0xac USEASM_OP_SMS = 173; //0xad USEASM_OP_DMA = 174; //0xae USEASM_OP_NOP = 175; //0xaf USEASM_OP_FTZ = 176; //0xb0 USEASM_OP_FTNZ = 177; //0xb1 USEASM_OP_U16TZ = 178; //0xb2 USEASM_OP_U16TNZ = 179; //0xb3 USEASM_OP_SMOA = 180; //0xb4 USEASM_OP_SMR = 181; //0xb5 USEASM_OP_SMLSI = 182; //0xb6 USEASM_OP_SMBO = 183; //0xb7 USEASM_OP_IMO = 184; //0xb8 USEASM_OP_SETFC = 185; //0xb9 USEASM_OP_FDP3 = 186; //0xba USEASM_OP_FDP4 = 187; //0xbb USEASM_OP_FDPC = 188; //0xbc USEASM_OP_FDPC3 = 189; //0xbd USEASM_OP_FDPC4 = 190; //0xbe USEASM_OP_FDDP = 191; //0xbf USEASM_OP_FDDP3 = 192; //0xc0 USEASM_OP_FDDP4 = 193; //0xc1 USEASM_OP_FDDPC = 194; //0xc2 USEASM_OP_FDDPC3 = 195; //0xc3 USEASM_OP_FDDPC4 = 196; //0xc4 USEASM_OP_LOCK = 197; //0xc5 USEASM_OP_RELEASE = 198; //0xc6 USEASM_OP_FSUBFLR = 199; //0xc7 USEASM_OP_LDR = 200; //0xc8 USEASM_OP_STR = 201; //0xc9 USEASM_OP_PCOEFF = 202; //0xca USEASM_OP_PTOFF = 203; //0xcb USEASM_OP_ATST8 = 204; //0xcc USEASM_OP_DEPTHF = 205; //0xcd USEASM_OP_WOP = 206; //0xce USEASM_OP_SETM = 207; //0xcf USEASM_OP_PHAS = 208; //0xd0 USEASM_OP_PHASIMM = 209; //0xd1 USEASM_OP_AINTRP1 = 210; //0xd2 USEASM_OP_AINTRP2 = 211; //0xd3 USEASM_OP_AADD = 212; //0xd4 USEASM_OP_ASUB = 213; //0xd5 USEASM_OP_ASOP = 214; //0xd6 USEASM_OP_ARSOP = 215; //0xd7 USEASM_OP_ALRP = 216; //0xd8 USEASM_OP_LRP1 = 217; //0xd9 USEASM_OP_LRP2 = 218; //0xda USEASM_OP_ASOP2 = 219; //0xdb USEASM_OP_FPADD16 = 220; //0xdc USEASM_OP_FPSUB16 = 221; //0xdd USEASM_OP_FPMUL16 = 222; //0xde USEASM_OP_FPADDU16 = 223; //0xdf USEASM_OP_FPSUBU16 = 224; //0xe0 USEASM_OP_FPMULU16 = 225; //0xe1 USEASM_OP_IADD16 = 226; //0xe2 USEASM_OP_ISUB16 = 227; //0xe3 USEASM_OP_IMUL16 = 228; //0xe4 USEASM_OP_IADDU16 = 229; //0xe5 USEASM_OP_ISUBU16 = 230; //0xe6 USEASM_OP_IMULU16 = 231; //0xe7 USEASM_OP_IADD32 = 232; //0xe8 USEASM_OP_IADD8 = 233; //0xe9 USEASM_OP_ISUB8 = 234; //0xea USEASM_OP_IMUL8 = 235; //0xeb USEASM_OP_IMULU8 = 236; //0xec USEASM_OP_IMOV16 = 237; //0xed USEASM_OP_IADDU32 = 238; //0xee USEASM_OP_PADDING = 239; //0xef USEASM_OP_MOVC = 240; //0xf0 USEASM_OP_MOVMSK = 241; //0xf1 USEASM_OP_FPMA = 242; //0xf2 USEASM_OP_IADDU8 = 243; //0xf3 USEASM_OP_ISUBU8 = 244; //0xf4 USEASM_OP_FPMUL8 = 245; //0xf5 USEASM_OP_FPADD8 = 246; //0xf6 USEASM_OP_FPSUB8 = 247; //0xf7 USEASM_OP_FNRM32 = 248; //0xf8 USEASM_OP_FNRM16 = 249; //0xf9 USEASM_OP_MOEST = 250; //0xfa USEASM_OP_CF = 251; //0xfb USEASM_OP_CI = 252; //0xfc USEASM_OP_CFI = 253; //0xfd USEASM_OP_EMITMTEVERTEX = 254; //0xfe USEASM_OP_EMITMTESTATE = 255; //0xff USEASM_OP_EMITVCBVERTEX = 256; //0x100 USEASM_OP_EMITVCBSTATE = 257; //0x101 USEASM_OP_MAXIMUM = 258; //0x102 } typedef enum undefined UseasmOpcode enum UseasmRegTypeTAG { USEASM_REGTYPE_TEMP = 0; //0x0 USEASM_REGTYPE_OUTPUT = 1; //0x1 USEASM_REGTYPE_PRIMATTR = 2; //0x2 USEASM_REGTYPE_SECATTR = 3; //0x3 USEASM_REGTYPE_INDEX = 4; //0x4 USEASM_REGTYPE_GLOBAL = 5; //0x5 USEASM_REGTYPE_FPCONSTANT = 6; //0x6 USEASM_REGTYPE_FPINTERNAL = 7; //0x7 USEASM_REGTYPE_IMMEDIATE = 8; //0x8 USEASM_REGTYPE_LINK = 9; //0x9 USEASM_REGTYPE_DRC = 10; //0xa USEASM_REGTYPE_LABEL = 11; //0xb USEASM_REGTYPE_PREDICATE = 12; //0xc USEASM_REGTYPE_CLIPPLANE = 13; //0xd USEASM_REGTYPE_ADDRESSMODE = 14; //0xe USEASM_REGTYPE_SWIZZLE = 15; //0xf USEASM_REGTYPE_INTSRCSEL = 16; //0x10 USEASM_REGTYPE_FILTERCOEFF = 17; //0x11 USEASM_REGTYPE_LABEL_WITH_OFFSET = 18; //0x12 USEASM_REGTYPE_TEMP_NAMED = 19; //0x13 USEASM_REGTYPE_MAXIMUM = 20; //0x14 } typedef enum UseasmRegTypeTAG UseasmRegType struct _USE_REGISTER { IMG_UINT32 uNumber // @0 IMG_UINT32 uType // @4 IMG_UINT32 uFlags // @8 IMG_UINT32 uIndex // @c IMG_UINT32 uNamedRegLink // @10 } typedef struct _USE_REGISTER USE_REGISTER struct _USE_INST { IMG_UINT32 uOpcode // @0 IMG_UINT32 uFlags1 // @4 IMG_UINT32 uFlags2 // @8 IMG_UINT32 uFlags3 // @c IMG_UINT32 uTest // @10 USE_REGISTER[11] asArg // @14 struct _USE_INST* psPrev // @f0 struct _USE_INST* psNext // @f4 IMG_UINT32 uSourceLine // @f8 IMG_PCHAR pszSourceFile // @fc } typedef struct _USE_INST USE_INST enum undefined { FFTNL_ENABLES1_VERTEXBLENDING = 1; //0x1 FFTNL_ENABLES1_TRANSFORMNORMALS = 2; //0x2 FFTNL_ENABLES1_MATRIXPALETTEBLENDING = 4; //0x4 FFTNL_ENABLES1_STANDARDTRANSFORMATION = 8; //0x8 FFTNL_ENABLES1_NORMALISENORMALS = 16; //0x10 FFTNL_ENABLES1_FOGCOORD = 32; //0x20 FFTNL_ENABLES1_FOGLINEAR = 64; //0x40 FFTNL_ENABLES1_FOGEXP = 128; //0x80 FFTNL_ENABLES1_FOGEXP2 = 256; //0x100 FFTNL_ENABLES1_CLIPPING = 512; //0x200 FFTNL_ENABLES1_EYEPOSITION = 1024; //0x400 FFTNL_ENABLES1_VERTEXTOEYEVECTOR = 2048; //0x800 FFTNL_ENABLES1_LIGHTINGENABLED = 4096; //0x1000 FFTNL_ENABLES1_LIGHTINGTWOSIDED = 8192; //0x2000 FFTNL_ENABLES1_LOCALVIEWER = 16384; //0x4000 FFTNL_ENABLES1_SEPARATESPECULAR = 32768; //0x8000 FFTNL_ENABLES1_TEXTURINGENABLED = 65536; //0x10000 FFTNL_ENABLES1_TEXGENSPHEREMAP = 131072; //0x20000 FFTNL_ENABLES1_REFLECTIONMAP = 262144; //0x40000 FFTNL_ENABLES1_COLOURMATERIAL = 524288; //0x80000 FFTNL_ENABLES1_POINTSIZEARRAY = 1048576; //0x100000 FFTNL_ENABLES1_TEXGEN = 2097152; //0x200000 FFTNL_ENABLES1_USEMVFORNORMALTRANSFORM = 4194304; //0x400000 FFTNL_ENABLES1_POINTATTEN = 8388608; //0x800000 FFTNL_ENABLES1_UNCLAMPEDCOLOURS = 16777216; //0x1000000 FFTNL_ENABLES1_SECONDARYCOLOUR = 33554432; //0x2000000 FFTNL_ENABLES1_FOGCOORDEYEPOS = 67108864; //0x4000000 FFTNL_ENABLES1_VERTCOLOUREMISSIVE = 134217728; //0x8000000 FFTNL_ENABLES1_VERTCOLOURAMBIENT = 268435456; //0x10000000 FFTNL_ENABLES1_VERTCOLOURDIFFUSE = 536870912; //0x20000000 FFTNL_ENABLES1_VERTCOLOURSPECULAR = 1073741824; //0x40000000 FFTNL_ENABLES1_FORCEDWORD = 2147483647; //0x7fffffff } typedef enum undefined FFTNLEnables1 enum undefined { FFTNL_ENABLES2_POINTS = 1; //0x1 FFTNL_ENABLES2_POINTSPRITES = 2; //0x2 FFTNL_ENABLES2_FORCEDWORD = 2147483647; //0x7fffffff } typedef enum undefined FFTNLEnables2 enum FFCodeGenMethod_TAG { FFCGM_ONE_PASS = 0; //0x0 FFCGM_TWO_PASS = 1; //0x1 } typedef enum FFCodeGenMethod_TAG FFCodeGenMethod enum FFCodeGenFlags_TAG { FFGENCGF_REDIRECT_OUTPUT_TO_INPUT = 1; //0x1 FFGENCGF_INPUT_REG_SIZE_4 = 2; //0x2 } typedef enum FFCodeGenFlags_TAG FFCodeGenFlags struct FFTNLGenDesc_TAG { FFTNLEnables1 eFFTNLEnables1 // @0 FFTNLEnables2 eFFTNLEnables2 // @4 IMG_UINT32 uSecAttrConstBaseAddressReg // @8 IMG_UINT32 uSecAttrStart // @c IMG_UINT32 uSecAttrEnd // @10 IMG_UINT32 uSecAttrAllOther // @14 FFCodeGenMethod eCodeGenMethod // @18 FFCodeGenFlags eCodeGenFlags // @1c IMG_UINT32 uEnabledClipPlanes // @20 IMG_UINT32 uNumBlendUnits // @24 IMG_UINT32 uNumMatrixPaletteEntries // @28 IMG_UINT32 uEnabledSpotLocalLights // @2c IMG_UINT32 uEnabledSpotInfiniteLights // @30 IMG_UINT32 uEnabledPointLocalLights // @34 IMG_UINT32 uEnabledPointInfiniteLights // @38 IMG_UINT32 uLightHasSpecular // @3c IMG_UINT32 uEnabledPassthroughCoords // @40 IMG_UINT8[16] aubPassthroughCoordMask // @44 IMG_UINT32 uEnabledEyeLinearCoords // @54 IMG_UINT8[16] aubEyeLinearCoordMask // @58 IMG_UINT32 uEnabledObjLinearCoords // @68 IMG_UINT8[16] aubObjLinearCoordMask // @6c IMG_UINT32 uEnabledSphereMapCoords // @7c IMG_UINT8[16] aubSphereMapCoordMask // @80 IMG_UINT32 uEnabledNormalMapCoords // @90 IMG_UINT8[16] aubNormalMapCoordMask // @94 IMG_UINT32 uEnabledPositionMapCoords // @a4 IMG_UINT8[16] aubPositionMapCoordMask // @a8 IMG_UINT32 uEnabledReflectionMapCoords // @b8 IMG_UINT8[16] aubReflectionMapCoordMask // @bc IMG_UINT32 uEnabledTextureMatrices // @cc IMG_UINT32 uEnabledVertexBlendUnits // @d0 } typedef struct FFTNLGenDesc_TAG FFTNLGenDesc enum FFGenRegDescTAG { FFGEN_INPUT_COLOR = 0; //0x0 FFGEN_INPUT_SECONDARYCOLOR = 1; //0x1 FFGEN_INPUT_NORMAL = 2; //0x2 FFGEN_INPUT_VERTEX = 3; //0x3 FFGEN_INPUT_MULTITEXCOORD0 = 4; //0x4 FFGEN_INPUT_MULTITEXCOORD1 = 5; //0x5 FFGEN_INPUT_MULTITEXCOORD2 = 6; //0x6 FFGEN_INPUT_MULTITEXCOORD3 = 7; //0x7 FFGEN_INPUT_MULTITEXCOORD4 = 8; //0x8 FFGEN_INPUT_MULTITEXCOORD5 = 9; //0x9 FFGEN_INPUT_MULTITEXCOORD6 = 10; //0xa FFGEN_INPUT_MULTITEXCOORD7 = 11; //0xb FFGEN_INPUT_FOGCOORD = 12; //0xc FFGEN_INPUT_VERTEXBLENDWEIGHT = 13; //0xd FFGEN_INPUT_VERTEXMATRIXINDEX = 14; //0xe FFGEN_INPUT_POINTSIZE = 15; //0xf FFGEN_OUTPUT_POSITION = 16; //0x10 FFGEN_OUTPUT_POINTSIZE = 17; //0x11 FFGEN_OUTPUT_CLIPVERTEX = 18; //0x12 FFGEN_OUTPUT_FRONTCOLOR = 19; //0x13 FFGEN_OUTPUT_BACKCOLOR = 20; //0x14 FFGEN_OUTPUT_FRONTSECONDARYCOLOR = 21; //0x15 FFGEN_OUTPUT_BACKSECONDARYCOLOR = 22; //0x16 FFGEN_OUTPUT_TEXCOORD = 23; //0x17 FFGEN_OUTPUT_FOGFRAGCOORD = 24; //0x18 FFGEN_OUTPUT_POINTSPRITE = 25; //0x19 FFGEN_STATE_MODELVIEWMATRIX = 26; //0x1a FFGEN_STATE_PROJECTMATRIX = 27; //0x1b FFGEN_STATE_MODELVIEWPROJECTIONMATRIX = 28; //0x1c FFGEN_STATE_TEXTUREMATRIX = 29; //0x1d FFGEN_STATE_MODELVIEWMATRIXINVERSETRANSPOSE = 30; //0x1e FFGEN_STATE_MATRIXPALETTEINDEXCLAMP = 31; //0x1f FFGEN_STATE_MODELVIEWMATRIXPALETTE = 32; //0x20 FFGEN_STATE_MODELVIEWMATRIXINVERSETRANSPOSEPALETTE = 33; //0x21 FFGEN_STATE_CLIPPLANE = 34; //0x22 FFGEN_STATE_POINT = 35; //0x23 FFGEN_STATE_FRONTMATERIAL = 36; //0x24 FFGEN_STATE_BACKMATERIAL = 37; //0x25 FFGEN_STATE_LIGHTSOURCE = 38; //0x26 FFGEN_STATE_LIGHTSOURCE0 = 39; //0x27 FFGEN_STATE_LIGHTSOURCE1 = 40; //0x28 FFGEN_STATE_LIGHTSOURCE2 = 41; //0x29 FFGEN_STATE_LIGHTSOURCE3 = 42; //0x2a FFGEN_STATE_LIGHTSOURCE4 = 43; //0x2b FFGEN_STATE_LIGHTSOURCE5 = 44; //0x2c FFGEN_STATE_LIGHTSOURCE6 = 45; //0x2d FFGEN_STATE_LIGHTSOURCE7 = 46; //0x2e FFGEN_STATE_LIGHTMODEL = 47; //0x2f FFGEN_STATE_FRONTLIGHTMODELPRODUCT = 48; //0x30 FFGEN_STATE_BACKLIGHTMODELPRODUCT = 49; //0x31 FFGEN_STATE_FRONTLIGHTPRODUCT = 50; //0x32 FFGEN_STATE_BACKLIGHTPRODUCT = 51; //0x33 FFGEN_STATE_EYEPLANES = 52; //0x34 FFGEN_STATE_EYEPLANET = 53; //0x35 FFGEN_STATE_EYEPLANER = 54; //0x36 FFGEN_STATE_EYEPLANEQ = 55; //0x37 FFGEN_STATE_OBJECTPLANES = 56; //0x38 FFGEN_STATE_OBJECTPLANET = 57; //0x39 FFGEN_STATE_OBJECTPLANER = 58; //0x3a FFGEN_STATE_OBJECTPLANEQ = 59; //0x3b FFGEN_STATE_PMXFOGPARAM = 60; //0x3c FFGEN_STATE_PMXPOINTSIZE = 61; //0x3d FFTNL_NUM_REGISTER_DESCRIPTIONS = 62; //0x3e } typedef enum FFGenRegDescTAG FFGenRegDesc enum undefined { FFGEN_WDF_0 = 1; //0x1 FFGEN_WDF_1 = 2; //0x2 FFGEN_WDF_2 = 3; //0x3 FFGEN_WDF_3 = 4; //0x4 } typedef enum undefined FFGenWDFStatus struct FFGenReg_TAG { UseasmRegType eType // @0 IMG_UINT32 uOffset // @4 IMG_UINT32 uSizeInDWords // @8 FFGenRegDesc eBindingRegDesc // @c FFGenWDFStatus eWDFStatus // @10 IMG_UINT32 uIndex // @14 } typedef struct FFGenReg_TAG FFGenReg struct FFGenRegList_TAG { FFGenReg* psReg // @0 struct FFGenRegList_TAG* psNext // @4 struct FFGenRegList_TAG* psPrev // @8 } typedef struct FFGenRegList_TAG FFGenRegList typedef struct { IMG_UINT32 bUSEPerInstanceMode // @0 IMG_UINT32 ui32InstructionCount // @4 IMG_UINT32* pui32Instructions // @8 IMG_UINT32 ui32PrimaryAttributeCount // @c IMG_UINT32 ui32SecondaryAttributeCount // @10 IMG_UINT32 ui32TemporaryRegisterCount // @14 IMG_UINT32 ui32MemoryConstantCount // @18 } FFGEN_PROGRAM_DETAILS struct FFGenProgram_TAG { FFGEN_PROGRAM_DETAILS* psFFGENProgramDetails // @0 FFGenRegList* psConstantsList // @4 FFGenRegList* psInputsList // @8 FFGenRegList* psOutputsList // @c IMG_UINT32 uNumTexCoordUnits // @10 IMG_UINT32[16] auOutputTexDimensions // @14 IMG_UINT32 uMemoryConstantsSize // @54 IMG_UINT32 uMemConstBaseAddrSAReg // @58 IMG_UINT32 uSecAttribSize // @5c IMG_UINT32 uSecAttribStart // @60 IMG_UINT32 uHashValue // @64 IMG_UINT32 uRefCount // @68 struct FFGenProgram_TAG* psNext // @6c struct FFGenProgram_TAG* psPrev // @70 } typedef struct FFGenProgram_TAG FFGenProgram typedef IMG_PVOID* FFGEN_MALLOCFN typedef void* IMG_PVOID typedef IMG_PVOID* FFGEN_CALLOCFN typedef IMG_PVOID* FFGEN_REALLOCFN typedef void* IMG_PVOID typedef void* FFGEN_FREEFN void typedef void* FFGEN_PRINTFN void enum FFGenProgramTypeTAG { FFGENPT_TNL = 0; //0x0 FFGENPT_GEO = 1; //0x1 } typedef enum FFGenProgramTypeTAG FFGenProgramType struct FFGenContext_TAG { IMG_HANDLE hClientHandle // @0 FFGenProgram* psFFTNLProgramList // @4 IMG_CHAR* pszDisassemblyFileName // @8 FFGEN_MALLOCFN pfnMalloc // @c FFGEN_CALLOCFN pfnCalloc // @10 FFGEN_REALLOCFN pfnRealloc // @14 FFGEN_FREEFN pfnFree // @18 FFGEN_PRINTFN pfnPrint // @1c } typedef struct FFGenContext_TAG FFGenContext struct FFGenInstruction_TAG { UseasmOpcode eOpcode // @0 IMG_UINT32 uFlags1 // @4 IMG_UINT32 uFlags2 // @8 IMG_UINT32 uTest // @c IMG_UINT32 uExtraInfo // @10 FFGenReg*[11] ppsRegs // @14 IMG_INT32[11] aiRegOffsets // @40 IMG_UINT32[11] auRegFlags // @6c IMG_UINT32 uUseRegOffset // @98 IMG_UINT32 uNumRegs // @9c IMG_BOOL bIndexPatch // @a0 IMG_CHAR* pszComment // @a4 } typedef struct FFGenInstruction_TAG FFGenInstruction struct FFGenInstructionList_TAG { FFGenInstruction sInstruction // @0 FFGenReg[11] asRegs // @a8 IMG_UINT32 uLineNumber // @1b0 IMG_UINT32 uInstructionNumber // @1b4 struct FFGenInstructionList_TAG* psNext // @1b8 struct FFGenInstructionList_TAG* psPrev // @1bc } typedef struct FFGenInstructionList_TAG FFGenInstructionList struct UseInstructionList_TAG { USE_INST* psInstruction // @0 IMG_UINT32 uInstructionNumber // @4 struct UseInstructionList_TAG* psNext // @8 } typedef struct UseInstructionList_TAG UseInstructionList struct FFGenCode_TAG { FFGenProgramType eProgramType // @0 FFTNLGenDesc* psFFTNLGenDesc // @4 FFCodeGenMethod eCodeGenMethod // @8 IMG_BOOL bSeondPass // @c FFCodeGenFlags eCodeGenFlags // @10 FFGenInstruction sInstruction // @14 FFGenInstructionList* psStoredInstructionList // @bc FFGenInstructionList* psCurrentInstructionEntry // @c0 FFGenInstructionList* psIndexSetupInstructionList // @c4 IMG_UINT32 uNumInstructionsStored // @c8 FFGenRegList* psFreeTempList // @cc IMG_UINT32 uCurrentTempSize // @d0 IMG_UINT32 uInputSize // @d4 IMG_UINT32 uOutputSize // @d8 IMG_UINT32 uTempSize // @dc IMG_UINT32 uSecAttribStart // @e0 IMG_UINT32 uSecAttribSize // @e4 IMG_UINT32 uMaxSecAttribSize // @e8 IMG_UINT32 uHighSecAttribSize // @ec IMG_INT32 iSAConstBaseAddressAdjust // @f0 IMG_UINT32 uMemoryConstantsSize // @f4 IMG_UINT32 uMaxMemoryConstantsSize // @f8 FFGenRegList* psConstantsList // @fc FFGenRegList* psInputsList // @100 FFGenRegList* psOutputsList // @104 FFGenRegList* psThrowAwayList // @108 FFGenRegList* psIndexableSecondaryList // @10c IMG_UINT32 uNumOutputClipPlanes // @110 IMG_UINT32 uNumConstantClipPlanes // @114 IMG_UINT32[16] auInputTexDimensions // @118 IMG_UINT32[16] auOutputTexDimensions // @158 IMG_UINT32 uNumTexCoordUnits // @198 FFGenReg sSAConstBaseAddress // @19c FFGenReg sImmediateIntReg // @1b4 FFGenReg sImmediateIntReg2 // @1cc FFGenReg sImmediateFloatReg // @1e4 FFGenReg sImmediateFloatReg2 // @1fc FFGenReg[4] asPredicateRegs // @214 FFGenReg sDRCReg // @274 FFGenReg sInternalReg // @28c FFGenReg sLabelReg // @2a4 FFGenReg sRangeReg // @2bc FFGenReg sClipPlaneReg // @2d4 FFGenReg sIndexLowReg // @2ec FFGenReg sIndexHighReg // @304 FFGenReg sIndexLowHighReg // @31c FFGenReg sIntSrcSelReg // @334 FFGenReg* psNormal // @34c FFGenReg* psEyePosition // @350 FFGenReg* psVtxEyeVec // @354 FFGenReg* psVtxEyeVecMag // @358 FFGenReg* psRSQVtxEyeVecMag // @35c FFGenReg* psTexGenR // @360 IMG_BOOL[2] abOutstandingDRC // @364 IMG_UINT32 uLabelCount // @36c IMG_UINT32 uLabelListSize // @370 IMG_CHAR** ppsLabelNames // @374 IMG_UINT32 uConditionalDepth // @378 IMG_UINT32[20] uConditionalLabelStack // @37c USE_INST* psUseInsts // @3cc USE_INST* psCurrentUseInst // @3d0 IMG_UINT32 uNumUseArgs // @3d4 IMG_UINT32 uNumInstructions // @3d8 IMG_UINT32 uAlignedInstructionCount // @3dc IMG_UINT32 uNumHWInstructions // @3e0 UseInstructionList* psIndexPatchUseInsts // @3e4 IMG_UINT32* puHWCode // @3e8 IMG_BOOL bUseRegisterDescriptions // @3ec IMG_UINT32 uEnabledSMBODestBaseOffset // @3f0 FFGenContext* psFFGenContext // @3f4 } typedef struct FFGenCode_TAG FFGenCode // external function void IssueWDFs( FFGenCode* psFFGenCode FFGenInstruction* psInstruction ) { } // external function void COMMENT( FFGenCode* psFFGenCode const IMG_CHAR* pszFormat //variable arguments ) { } // external function PC=<0x48758;0x48788> void DestroyInstructionList( FFGenContext* psFFGenContext UseInstructionList* psList ) { { UseInstructionList* psNext } } // external function void IssueWDFs( FFGenCode* psFFGenCode FFGenInstruction* psInstruction ) { } // external function PC=<0x4878c;0x487ec> void DestroyLabelList( FFGenCode* psFFGenCode ) { IMG_UINT32 i } // external function void COMMENT( FFGenCode* psFFGenCode const IMG_CHAR* pszFormat //variable arguments ) { } // external function void NEW_BLOCK( FFGenCode* psFFGenCode const IMG_CHAR* pszFormat //variable arguments ) { } // external function void NEW_BLOCK( FFGenCode* psFFGenCode const IMG_CHAR* pszFormat //variable arguments ) { } // external function PC=<0x48804;0x488ec> IMG_UINT32 GetLabel( FFGenCode* psFFGenCode IMG_CHAR* pszLabelName ) { IMG_CHAR* pszNewLabelName IMG_UINT32 uLabelID } // function void CheckRegUsage( FFGenCode* psFFGenCode FFGenInstruction* psOrigInst FFGenReg** ppsRegToRelease ) { { FFGenReg* psSrcReg0 FFGenReg* psSrcReg1 { FFGenInstruction sInst FFGenInstruction* psInst IMG_UINT32 uDestBaseOffsetEnabled FFGenReg* psTemp IMG_UINT32 uRegSize { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { } } } } // function void StoreInstruction( FFGenCode* psFFGenCode FFGenInstruction* psInstruction IMG_UINT32 uLineNumber ) { FFGenInstructionList* psNewInstructionEntry FFGenInstruction* psNewInstruction IMG_UINT32 i IMG_BOOL bCountInstruction } // function USE_INST* GetUseInst( FFGenCode* psFFGenCode ) { USE_INST* psUseInst } // function void EncodeReg( FFGenCode* psFFGenCode FFGenReg* psReg IMG_BOOL bUseRegOffset IMG_UINT32 uRegFlags IMG_INT32 iRegOffset ) { USE_INST* psUseInst USE_REGISTER* psUseReg } // function UseInstructionList* AddInstToList( FFGenCode* psFFGenCode UseInstructionList* psInstructionList USE_INST* psInstructionToAdd IMG_UINT32 uLineNumber const IMG_CHAR* pszFileName ) { UseInstructionList* psNewEntry UseInstructionList* psList } // external function PC=<0x488ec;0x490f4> void EncodeInstructionfn( FFGenCode* psFFGenCode FFGenInstruction* psInstruction IMG_UINT32 uLineNumber ) { IMG_UINT32 i USE_INST* psUseInst FFGenReg* psRegToRelease IMG_BOOL bComment StripInstruction: \\ label @0x48cd8 HandleComment: \\ label @0x48fc8 // inlined // function void CheckRegUsage( FFGenCode* psFFGenCode FFGenInstruction* psOrigInst FFGenReg** ppsRegToRelease ) { { FFGenReg* psSrcReg0 FFGenReg* psSrcReg1 { FFGenInstruction sInst FFGenInstruction* psInst IMG_UINT32 uDestBaseOffsetEnabled FFGenReg* psTemp IMG_UINT32 uRegSize { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { } } } } // inlined // function void StoreInstruction( FFGenCode* psFFGenCode FFGenInstruction* psInstruction IMG_UINT32 uLineNumber ) { FFGenInstructionList* psNewInstructionEntry FFGenInstruction* psNewInstruction IMG_UINT32 i IMG_BOOL bCountInstruction } // inlined // function USE_INST* GetUseInst( FFGenCode* psFFGenCode ) { USE_INST* psUseInst } // inlined // function void EncodeReg( FFGenCode* psFFGenCode FFGenReg* psReg IMG_BOOL bUseRegOffset IMG_UINT32 uRegFlags IMG_INT32 iRegOffset ) { USE_INST* psUseInst USE_REGISTER* psUseReg } { USE_REGISTER* psUseReg } // inlined // function UseInstructionList* AddInstToList( FFGenCode* psFFGenCode UseInstructionList* psInstructionList USE_INST* psInstructionToAdd IMG_UINT32 uLineNumber const IMG_CHAR* pszFileName ) { UseInstructionList* psNewEntry UseInstructionList* psList } } // external function PC=<0x490f4;0x4916c> IMG_UINT32 GetDRC( FFGenCode* psFFGenCode ) { IMG_UINT32 i FFGenInstruction* psInst } // external function PC=<0x4916c;0x491e4> void EncodeInstructionList( FFGenCode* psFFGenCode ) { FFGenInstructionList* psInstructionEntry { FFGenInstructionList* psCurrentEntry } } // function void SetupNoSchedBeforeEFOs( FFGenCode* psFFGenCode ) { FFGenInstructionList* psInstructionEntry FFGenInstruction* psInst IMG_UINT32 uBackCount IMG_UINT32 uMinBackCount IMG_UINT32 uMaxBackCount IMG_UINT32 uNumPaddingInstructions { IMG_UINT32 i } } // function void M4x4_efos( FFGenCode* psFFGenCode FFGenReg* psDest FFGenReg* psVector FFGenReg* psMatrix IMG_UINT32 uDestBaseoffset ) { FFGenInstruction* psInst FFGenReg* psTemp { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } } // function void M4x4_dp4( FFGenCode* psFFGenCode FFGenReg* psDest FFGenReg* psVector FFGenReg* psMatrix IMG_UINT32 uDestBaseOffset ) { IMG_UINT32 i FFGenInstruction* psInst { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT i } { IMG_UINT i } { IMG_UINT32 i } } // external function PC=<0x491e4;0x4a14c> void M4x4( FFGenCode* psFFGenCode FFGenReg* psDest FFGenReg* psVector FFGenReg* psMatrix IMG_UINT32 uDestBaseOffset IMG_CHAR* pszComment ) { FFGenInstruction* psInst FFGenReg* psTempVector // inlined // function void SetupNoSchedBeforeEFOs( FFGenCode* psFFGenCode ) { FFGenInstructionList* psInstructionEntry FFGenInstruction* psInst IMG_UINT32 uBackCount IMG_UINT32 uMinBackCount IMG_UINT32 uMaxBackCount IMG_UINT32 uNumPaddingInstructions { IMG_UINT32 i } } // inlined // function void M4x4_efos( FFGenCode* psFFGenCode FFGenReg* psDest FFGenReg* psVector FFGenReg* psMatrix IMG_UINT32 uDestBaseoffset ) { FFGenInstruction* psInst FFGenReg* psTemp { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT32 i } } // inlined // function void M4x4_dp4( FFGenCode* psFFGenCode FFGenReg* psDest FFGenReg* psVector FFGenReg* psMatrix IMG_UINT32 uDestBaseOffset ) { IMG_UINT32 i FFGenInstruction* psInst { IMG_UINT32 i } { IMG_UINT32 i } { IMG_UINT i } { IMG_UINT i } { IMG_UINT32 i } } } // external function PC=<0x4a14c;0x4a1c4> void END_PRED( FFGenCode* psFFGenCode IMG_CHAR* pszComment ) { FFGenInstruction* psInst FFGenReg* psLabel IMG_UINT32 uLabelID } // external function PC=<0x4a1c4;0x4a274> void ELSE_PRED( FFGenCode* psFFGenCode IMG_CHAR* pszDesc IMG_CHAR* pszComment ) { FFGenInstruction* psInst FFGenReg* psLabel IMG_UINT32 uElseBlockLabelID IMG_UINT32 uEndBlockLabelID } // external function PC=<0x4a274;0x4a328> void IF_PRED( FFGenCode* psFFGenCode FFGenReg* psPredReg IMG_CHAR* pszDesc IMG_CHAR* pszComment ) { FFGenInstruction* psInst FFGenReg* psLabel IMG_UINT32 uLabelID } // external function PC=<0x4a328;0x4a650> void M4x3( FFGenCode* psFFGenCode FFGenReg* psDest FFGenReg* psVector FFGenReg* psMatrix IMG_CHAR* pszComment ) { IMG_UINT32 i FFGenInstruction* psInst { IMG_UINT i } { IMG_UINT i } } // external function PC=<0x4a650;0x4a6e0> void IssueOutstandingWDFs( FFGenCode* psFFGenCode ) { IMG_UINT32 i FFGenInstruction* psInst IMG_BOOL bOutstandingWDFs } struct _IO_FILE* stdin struct _IO_FILE* stdout const IMG_UINT32[NaN] g_puOpcodeArgumentCount const IMG_UINT32[NaN] g_puOpcodeAcceptsSkipInv const IMG_UINT32[NaN] g_puOpcodeAcceptsNoSched