/* | file: icvt_core.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/tools/intern/usc | program counter: <0x0;0x5468> */ 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 int[64] __jmp_buf typedef struct { long unsigned int[32] __val // @0 } __sigset_t struct __jmp_buf_tag { __jmp_buf __jmpbuf // @0 int __mask_was_saved // @100 __sigset_t __saved_mask // @104 } typedef struct __jmp_buf_tag[1] jmp_buf typedef unsigned char IMG_BYTE typedef char IMG_CHAR typedef char* IMG_PCHAR typedef short unsigned int IMG_UINT16 typedef long unsigned int IMG_UINT32 typedef long unsigned int* IMG_PUINT32 typedef long int IMG_INT32 typedef float IMG_FLOAT typedef float* IMG_PFLOAT 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 enum tag_img_bool* IMG_PBOOL typedef void* IMG_PVOID enum undefined { SGX_CORE_ID_INVALID = 0; //0x0 SGX_CORE_ID_520 = 1; //0x1 SGX_CORE_ID_530 = 2; //0x2 SGX_CORE_ID_535 = 3; //0x3 SGX_CORE_ID_540 = 4; //0x4 SGX_CORE_ID_545 = 5; //0x5 } typedef enum undefined SGX_CORE_ID_TYPE struct _SGX_CORE_INFO { SGX_CORE_ID_TYPE eID // @0 IMG_UINT32 uiRev // @4 } typedef struct _SGX_CORE_INFO SGX_CORE_INFO struct _SGX_CORE_BUGS { SGX_CORE_ID_TYPE eCoreType // @0 IMG_UINT32 ui32CoreRevision // @4 IMG_UINT32 ui32Flags // @8 } typedef struct _SGX_CORE_BUGS SGX_CORE_BUGS struct _SGX_CORE_FEATURES { IMG_UINT32 ui32Flags // @0 IMG_UINT32 ui32NumMutexes // @4 IMG_UINT32 ui32NumMonitors // @8 IMG_UINT32 ui32TextureStateSize // @c IMG_UINT32 ui32NumUSEPipes // @10 IMG_UINT32 ui32NumProgramCounterBits // @14 } typedef struct _SGX_CORE_FEATURES SGX_CORE_FEATURES 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 } 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* PUSE_INST typedef IMG_PVOID* USEASM_REALLOCFN typedef void* IMG_PVOID typedef IMG_UINT32* USEASM_GETLABELADDRFN typedef long unsigned int IMG_UINT32 typedef void* USEASM_SETLABELADDRFN void typedef IMG_PCHAR* USEASM_GETLABELNAMEFN typedef char* IMG_PCHAR typedef void* USEASM_ASSEMBLERERRORFN void typedef void* USEASM_LADDRNOTIFY void struct _USEASM_CONTEXT { IMG_PVOID pvContext // @0 IMG_PVOID pvLabelState // @4 USEASM_REALLOCFN pfnRealloc // @8 USEASM_GETLABELADDRFN pfnGetLabelAddress // @c USEASM_SETLABELADDRFN pfnSetLabelAddress // @10 USEASM_GETLABELNAMEFN pfnGetLabelName // @14 USEASM_ASSEMBLERERRORFN pfnAssemblerError // @18 USEASM_LADDRNOTIFY pfnLADDRNotify // @1c } typedef struct _USEASM_CONTEXT* PUSEASM_CONTEXT typedef void* IMG_PVOID void void enum tagUF_OPCODE { UFOP_ADD = 0; //0x0 UFOP_SUB = 1; //0x1 UFOP_MUL = 2; //0x2 UFOP_MAD = 3; //0x3 UFOP_DOT2ADD = 4; //0x4 UFOP_DOT3 = 5; //0x5 UFOP_DOT4 = 6; //0x6 UFOP_RECIP = 7; //0x7 UFOP_RSQRT = 8; //0x8 UFOP_EXP = 9; //0x9 UFOP_LOG = 10; //0xa UFOP_CMP = 11; //0xb UFOP_CND = 12; //0xc UFOP_FRC = 13; //0xd UFOP_FLR = 14; //0xe UFOP_TRC = 15; //0xf UFOP_RNE = 16; //0x10 UFOP_CEIL = 17; //0x11 UFOP_LRP = 18; //0x12 UFOP_POW = 19; //0x13 UFOP_MIN = 20; //0x14 UFOP_MAX = 21; //0x15 UFOP_CRS = 22; //0x16 UFOP_NRM = 23; //0x17 UFOP_ABS = 24; //0x18 UFOP_SINCOS = 25; //0x19 UFOP_SINCOS2 = 26; //0x1a UFOP_M4X4 = 27; //0x1b UFOP_M4X3 = 28; //0x1c UFOP_M3X4 = 29; //0x1d UFOP_M3X3 = 30; //0x1e UFOP_M3X2 = 31; //0x1f UFOP_DSX = 32; //0x20 UFOP_DSY = 33; //0x21 UFOP_DST = 34; //0x22 UFOP_LIT = 35; //0x23 UFOP_OGLLIT = 36; //0x24 UFOP_SLT = 37; //0x25 UFOP_SGE = 38; //0x26 UFOP_SGN = 39; //0x27 UFOP_SETBEQ = 40; //0x28 UFOP_SETBGE = 41; //0x29 UFOP_SETBLT = 42; //0x2a UFOP_SETBNE = 43; //0x2b UFOP_MOVCBIT = 44; //0x2c UFOP_DIV = 45; //0x2d UFOP_SQRT = 46; //0x2e UFOP_AND = 47; //0x2f UFOP_SHL = 48; //0x30 UFOP_ASR = 49; //0x31 UFOP_NOT = 50; //0x32 UFOP_OR = 51; //0x33 UFOP_SHR = 52; //0x34 UFOP_XOR = 53; //0x35 UFOP_LD = 54; //0x36 UFOP_LDB = 55; //0x37 UFOP_LDL = 56; //0x38 UFOP_LDP = 57; //0x39 UFOP_LDPIFTC = 58; //0x3a UFOP_LDD = 59; //0x3b UFOP_LDC = 60; //0x3c UFOP_LDCLZ = 61; //0x3d UFOP_KPLT = 62; //0x3e UFOP_KPLE = 63; //0x3f UFOP_KILLNZBIT = 64; //0x40 UFOP_IF = 65; //0x41 UFOP_ELSE = 66; //0x42 UFOP_ENDIF = 67; //0x43 UFOP_CALL = 68; //0x44 UFOP_CALLNZ = 69; //0x45 UFOP_RET = 70; //0x46 UFOP_LOOP = 71; //0x47 UFOP_ENDLOOP = 72; //0x48 UFOP_REP = 73; //0x49 UFOP_ENDREP = 74; //0x4a UFOP_IFC = 75; //0x4b UFOP_BREAK = 76; //0x4c UFOP_BREAKC = 77; //0x4d UFOP_SETP = 78; //0x4e UFOP_LABEL = 79; //0x4f UFOP_IFP = 80; //0x50 UFOP_BREAKP = 81; //0x51 UFOP_CALLP = 82; //0x52 UFOP_GLSLLOOP = 83; //0x53 UFOP_GLSLSTATICLOOP = 84; //0x54 UFOP_GLSLENDLOOP = 85; //0x55 UFOP_GLSLCONTINUE = 86; //0x56 UFOP_GLSLLOOPTAIL = 87; //0x57 UFOP_BREAKNZBIT = 88; //0x58 UFOP_CALLNZBIT = 89; //0x59 UFOP_RETNZBIT = 90; //0x5a UFOP_CONTINUENZBIT = 91; //0x5b UFOP_IFNZBIT = 92; //0x5c UFOP_SWITCH = 93; //0x5d UFOP_CASE = 94; //0x5e UFOP_DEFAULT = 95; //0x5f UFOP_ENDSWITCH = 96; //0x60 UFOP_NOP = 97; //0x61 UFOP_MOV = 98; //0x62 UFOP_MOVA_TRC = 99; //0x63 UFOP_MOVA_RNE = 100; //0x64 UFOP_MOVA_INT = 101; //0x65 UFOP_EXPP = 102; //0x66 UFOP_LOGP = 103; //0x67 UFOP_DOT4_CP = 104; //0x68 UFOP_MUL2 = 105; //0x69 UFOP_DIV2 = 106; //0x6a UFOP_MAXIMUM = 107; //0x6b } typedef enum tagUF_OPCODE UF_OPCODE enum tagUNIFLEX_SRCMOD { UFREG_SMOD_NONE = 0; //0x0 UFREG_SMOD_COMPLEMENT = 1; //0x1 UFREG_SMOD_SIGNED = 2; //0x2 UFREG_SMOD_BIAS = 3; //0x3 UFREG_SMOD_TIMES2 = 4; //0x4 } enum tagUF_REGTYPE { UFREG_TYPE_TEMP = 0; //0x0 UFREG_TYPE_COL = 1; //0x1 UFREG_TYPE_TEXCOORD = 2; //0x2 UFREG_TYPE_CONST = 3; //0x3 UFREG_TYPE_TEX = 4; //0x4 UFREG_TYPE_HW_CONST = 5; //0x5 UFREG_TYPE_PSOUTPUT = 6; //0x6 UFREG_TYPE_ICONST = 7; //0x7 UFREG_TYPE_BCONST = 8; //0x8 UFREG_TYPE_MISC = 9; //0x9 UFREG_TYPE_COMPOP = 10; //0xa UFREG_TYPE_LABEL = 11; //0xb UFREG_TYPE_PREDICATE = 12; //0xc UFREG_TYPE_TEXCOORDP = 13; //0xd UFREG_TYPE_TEXCOORDPIFTC = 14; //0xe UFREG_TYPE_VSINPUT = 15; //0xf UFREG_TYPE_VSOUTPUT = 16; //0x10 UFREG_TYPE_ADDRESS = 17; //0x11 UFREG_TYPE_INDEXABLETEMP = 19; //0x13 UFREG_TYPE_CLIPPLANE = 20; //0x14 UFREG_TYPE_IMMEDIATE = 21; //0x15 UFREG_TYPE_MAXIMUM = 22; //0x16 } typedef enum tagUF_REGTYPE UF_REGTYPE struct _UNIFLEX_INDEXABLE_TEMP_SIZE { IMG_UINT32 uTag // @0 IMG_UINT32 uSize // @4 } typedef struct _UNIFLEX_INDEXABLE_TEMP_SIZE* PUNIFLEX_INDEXABLE_TEMP_SIZE struct _UNIFLEX_CONSTS_RANGE { IMG_UINT32 uRangeStart // @0 IMG_UINT32 uRangeEnd // @4 } typedef struct _UNIFLEX_CONSTS_RANGE* PUNIFLEX_CONSTS_RANGE struct _UNIFLEX_CONSTS_BUFF_RANGES { IMG_UINT32 uConstRangesCount // @0 PUNIFLEX_CONSTS_RANGE psRanges // @4 } typedef struct _UNIFLEX_CONSTS_BUFF_RANGES UNIFLEX_CONSTS_BUFF_RANGES struct _UNIFLEX_PROGRAM_PARAMETERS { IMG_UINT32 uConstantBase // @0 IMG_UINT32 uScratchBase // @4 IMG_UINT32 uBooleanConsts // @8 IMG_UINT32 uIntegerConsts // @c IMG_UINT32 uTextureState // @10 IMG_UINT32 uInRegisterConstantOffset // @14 IMG_UINT32 uInRegisterConstantLimit // @18 UNIFLEX_CONSTS_BUFF_RANGES[18] psConstsBuffRanges // @1c IMG_UINT32 uIndexableTempBase // @ac IMG_UINT32 uIndexableTempArrayCount // @b0 PUNIFLEX_INDEXABLE_TEMP_SIZE psIndexableTempArraySizes // @b4 IMG_UINT32 uU24ScaleConstantNum // @b8 IMG_UINT32 uPackDestType // @bc IMG_UINT32 uPackPrecision // @c0 IMG_UINT32 uFeedbackInstCount // @c4 IMG_UINT32 uExtraPARegisters // @c8 IMG_UINT32 uNumAvailableTemporaries // @cc IMG_UINT32 uCentroidMask // @d0 IMG_UINT32[4] puOutputSaturate // @d4 SGX_CORE_INFO sTarget // @e4 IMG_UINT32[2] puValidVSOutputs // @ec IMG_UINT32 uTextureStateConstOffset // @f4 IMG_UINT32 uValidPSOutputs // @f8 IMG_UINT32[18] puRelativeConstantMax // @fc IMG_UINT32 uVSPointSizeOutputNum // @144 } typedef struct _UNIFLEX_PROGRAM_PARAMETERS* PUNIFLEX_PROGRAM_PARAMETERS enum tagUSC_CHANNELFORM { USC_CHANNELFORM_INVALID = 0; //0x0 USC_CHANNELFORM_U8 = 1; //0x1 USC_CHANNELFORM_S8 = 2; //0x2 USC_CHANNELFORM_U16 = 3; //0x3 USC_CHANNELFORM_S16 = 4; //0x4 USC_CHANNELFORM_F16 = 5; //0x5 USC_CHANNELFORM_F32 = 6; //0x6 USC_CHANNELFORM_ZERO = 7; //0x7 USC_CHANNELFORM_ONE = 8; //0x8 USC_CHANNELFORM_U24 = 9; //0x9 USC_CHANNELFORM_U8_UN = 10; //0xa USC_CHANNELFORM_C10 = 11; //0xb } typedef enum tagUSC_CHANNELFORM USC_CHANNELFORM struct _UNIFLEX_TEXFORM_ { USC_CHANNELFORM[4] peChannelForm // @0 IMG_UINT32 uSwizzle // @10 IMG_BOOL bTwoResult // @14 IMG_UINT32 uChunkSize // @18 IMG_UINT32 uCSCConst // @1c IMG_BOOL bUsePCF // @20 IMG_BOOL bTFSwapRedAndBlue // @24 } typedef struct _UNIFLEX_TEXFORM_* PUNIFLEX_TEXFORM enum tagUFREG_RELATIVEINDEX { UFREG_RELATIVEINDEX_NONE = 0; //0x0 UFREG_RELATIVEINDEX_A0X = 1; //0x1 UFREG_RELATIVEINDEX_A0Y = 2; //0x2 UFREG_RELATIVEINDEX_A0Z = 3; //0x3 UFREG_RELATIVEINDEX_A0W = 4; //0x4 UFREG_RELATIVEINDEX_AL = 5; //0x5 UFREG_RELATIVEINDEX_TEMP_REG = 6; //0x6 } typedef enum tagUFREG_RELATIVEINDEX UFREG_RELATIVEINDEX enum agUF_REGFORMAT { UF_REGFORMAT_F32 = 0; //0x0 UF_REGFORMAT_F16 = 1; //0x1 UF_REGFORMAT_C10 = 2; //0x2 UF_REGFORMAT_U8 = 3; //0x3 UF_REGFORMAT_I32 = 4; //0x4 UF_REGFORMAT_U32 = 5; //0x5 } typedef enum agUF_REGFORMAT UF_REGFORMAT struct _UF_REGISTER_ { IMG_UINT32 uNum // @0 UF_REGTYPE eType // @4 UF_REGFORMAT eFormat // @8 union { IMG_UINT16 uSwiz IMG_BYTE byMask } u // @c IMG_BYTE byMod // @e UFREG_RELATIVEINDEX eRelativeIndex // @10 UF_REGTYPE eRelativeType // @14 IMG_UINT32 uRelativeNum // @18 IMG_BYTE byRelativeChan // @1c IMG_UINT32 uArrayTag // @20 IMG_UINT32 uAddressAlignment // @24 } typedef struct _UF_REGISTER_ UF_REGISTER typedef struct _UF_REGISTER_* PUF_REGISTER struct _UNIFLEX_INST_ { UF_OPCODE eOpCode // @0 UF_REGISTER sDest // @4 UF_REGISTER sDest2 // @2c UF_REGISTER[4] asSrc // @54 IMG_UINT32 uPredicate // @f4 struct _UNIFLEX_INST_* psILink // @f8 struct _UNIFLEX_INST_* psBLink // @fc } typedef struct _UNIFLEX_INST_* PUNIFLEX_INST struct _UNIFLEX_CONSTDEF_ { IMG_UINT32 uCount // @0 IMG_PUINT32 puConstStaticFlags // @4 IMG_PFLOAT pfConst // @8 } typedef struct _UNIFLEX_CONSTDEF_* PUNIFLEX_CONSTDEF enum tagUNIFLEX_TEXTURE_COORDINATE { UNIFLEX_TEXTURE_COORDINATE_0 = 0; //0x0 UNIFLEX_TEXTURE_COORDINATE_1 = 1; //0x1 UNIFLEX_TEXTURE_COORDINATE_2 = 2; //0x2 UNIFLEX_TEXTURE_COORDINATE_3 = 3; //0x3 UNIFLEX_TEXTURE_COORDINATE_4 = 4; //0x4 UNIFLEX_TEXTURE_COORDINATE_5 = 5; //0x5 UNIFLEX_TEXTURE_COORDINATE_6 = 6; //0x6 UNIFLEX_TEXTURE_COORDINATE_7 = 7; //0x7 UNIFLEX_TEXTURE_COORDINATE_8 = 8; //0x8 UNIFLEX_TEXTURE_COORDINATE_9 = 9; //0x9 UNIFLEX_TEXTURE_COORDINATE_V0 = 10; //0xa UNIFLEX_TEXTURE_COORDINATE_V1 = 11; //0xb UNIFLEX_TEXTURE_COORDINATE_FOG = 12; //0xc UNIFLEX_TEXTURE_COORDINATE_POSITION = 13; //0xd } typedef enum tagUNIFLEX_TEXTURE_COORDINATE UNIFLEX_TEXTURE_COORDINATE enum tagUNIFLEX_TEXLOAD_FORMAT { UNIFLEX_TEXLOAD_FORMAT_F32 = 0; //0x0 UNIFLEX_TEXLOAD_FORMAT_F16 = 1; //0x1 UNIFLEX_TEXLOAD_FORMAT_C10 = 2; //0x2 UNIFLEX_TEXLOAD_FORMAT_U8 = 3; //0x3 } typedef enum tagUNIFLEX_TEXLOAD_FORMAT UNIFLEX_TEXLOAD_FORMAT struct tagUNIFLEX_TEXTURE_LOAD { IMG_UINT32 uTexture // @0 IMG_UINT32 uChunk // @4 UNIFLEX_TEXTURE_COORDINATE eCoordinate // @8 IMG_UINT32 uCoordinateDimension // @c IMG_BOOL bProjected // @10 UNIFLEX_TEXLOAD_FORMAT eFormat // @14 IMG_BOOL bCentroid // @18 IMG_UINT32 uNumAttributes // @1c } typedef struct tagUNIFLEX_TEXTURE_LOAD UNIFLEX_TEXTURE_LOAD typedef struct tagUNIFLEX_TEXTURE_LOAD* PUNIFLEX_TEXTURE_LOAD enum tagUNIFLEX_TEXTURE_UNPACK_FORMAT { UNIFLEX_TEXTURE_UNPACK_FORMAT_NATIVE = 0; //0x0 UNIFLEX_TEXTURE_UNPACK_FORMAT_C10 = 1; //0x1 UNIFLEX_TEXTURE_UNPACK_FORMAT_F16 = 2; //0x2 UNIFLEX_TEXTURE_UNPACK_FORMAT_F32 = 3; //0x3 } typedef enum tagUNIFLEX_TEXTURE_UNPACK_FORMAT UNIFLEX_TEXTURE_UNPACK_FORMAT struct tagUNIFLEX_TEXTURE_UNPACK { UNIFLEX_TEXTURE_UNPACK_FORMAT eFormat // @0 IMG_BOOL bNormalise // @4 } typedef struct tagUNIFLEX_TEXTURE_UNPACK UNIFLEX_TEXTURE_UNPACK enum tagUNIFLEX_CONST_FORMAT { UNIFLEX_CONST_FORMAT_F32 = 0; //0x0 UNIFLEX_CONST_FORMAT_F16 = 1; //0x1 UNIFLEX_CONST_FORMAT_C10 = 2; //0x2 UNIFLEX_CONST_FORMAT_STATIC = 3; //0x3 UNIFLEX_CONST_FORMAT_CONSTS_BUFFER_BASE = 4; //0x4 } typedef enum tagUNIFLEX_CONST_FORMAT UNIFLEX_CONST_FORMAT enum undefined { USC_METRICS_INTERMEDIATE_CODE_GENERATION = 0; //0x0 USC_METRICS_VALUE_NUMBERING = 1; //0x1 USC_METRICS_ASSIGN_INDEX_REGISTERS = 2; //0x2 USC_METRICS_FLATTEN_CONDITIONALS_AND_ELIMINATE_MOVES = 3; //0x3 USC_METRICS_INTEGER_OPTIMIZATIONS = 4; //0x4 USC_METRICS_MERGE_IDENTICAL_INSTRUCTIONS = 5; //0x5 USC_METRICS_INSTRUCTION_SELECTION = 6; //0x6 USC_METRICS_REGISTER_ALLOCATION = 8; //0x8 USC_METRICS_C10_REGISTER_ALLOCATION = 9; //0x9 USC_METRICS_FINALISE_SHADER = 10; //0xa USC_METRICS_CUSTOM_TIMER_A = 11; //0xb USC_METRICS_CUSTOM_TIMER_B = 12; //0xc USC_METRICS_CUSTOM_TIMER_C = 13; //0xd USC_METRICS_LAST = 14; //0xe } typedef enum undefined USC_METRICS typedef IMG_PVOID* USC_ALLOCFN typedef void* USC_FREEFN typedef void* USC_PRINTFN typedef void* USC_PDUMPFN void typedef void* USC_STARTFN void typedef void* USC_FINISHFN struct _USC_MEMO_ { IMG_PVOID pvData // @0 } typedef struct _USC_MEMO_ USC_MEMO struct _USC_CHUNK_ { IMG_UINT32 uIndex // @0 IMG_PVOID* pvArray // @4 struct _USC_CHUNK_* psPrev // @8 struct _USC_CHUNK_* psNext // @c } typedef struct _USC_CHUNK_* USC_PCHUNK struct _USC_ARRAY_ { IMG_UINT32 uProps // @0 IMG_UINT32 uChunk // @4 IMG_UINT32 uSize // @8 IMG_PVOID pvDefault // @c USC_PCHUNK psFirst // @10 USC_MEMO sMemo // @14 } typedef struct _USC_ARRAY_* USC_PARRAY struct _USC_VECTOR_ { IMG_UINT32 uHeader // @0 IMG_UINT32 uChunk // @4 USC_PCHUNK psFirst // @8 USC_MEMO sMemo // @c } typedef struct _USC_VECTOR_ USC_VECTOR enum _USC_GRAPH_TYPE_ { GRAPH_NULL = 0; //0x0 GRAPH_PLAIN = 2; //0x2 GRAPH_SYM = 4; //0x4 GRAPH_REFL = 8; //0x8 } typedef enum _USC_GRAPH_TYPE_ USC_GRAPH_TYPE struct _USC_GRAPH_ { IMG_UINT32 uChunk // @0 USC_GRAPH_TYPE eType // @4 IMG_PVOID pvDefault // @8 USC_PARRAY psArray // @c } typedef struct _USC_GRAPH_* USC_PGRAPH typedef struct { USC_VECTOR sPredicate // @0 USC_VECTOR sPrimAttr // @10 USC_VECTOR sTemp // @20 USC_VECTOR sOutput // @30 IMG_UINT32[1] puFpInternal // @40 IMG_UINT32[1] puIndexReg // @44 } REGISTER_LIVESET typedef struct { USC_VECTOR sPredicate // @0 USC_VECTOR sPrimAttr // @10 USC_VECTOR sTemp // @20 USC_VECTOR sOutput // @30 IMG_UINT32[1] puFpInternal // @40 IMG_UINT32[1] puIndexReg // @44 }* PREGISTER_LIVESET struct _INST_DESC { IMG_PCHAR pszName // @0 IMG_UINT32 uFlags // @4 IMG_UINT32 uArgumentCount // @8 IMG_BOOL bHasDest // @c IMG_BOOL bCanRepeat // @10 IMG_UINT32 uMaxRepeatCount // @14 IMG_BOOL bCanUseRepeatMask // @18 IMG_BOOL bDestMaskable // @1c IMG_UINT32[3] puMoeArgRemap // @20 IMG_BOOL bCanPredicate // @2c IMG_UINT32 uUseasmOpcode // @30 } typedef struct _INST_DESC INST_DESC enum _IOPCODE { IMOV = 1; //0x1 IFMOV = 2; //0x2 IFADD = 3; //0x3 IFSUB = 4; //0x4 IFMUL = 5; //0x5 IFMAD = 6; //0x6 IFADM = 7; //0x7 IFMSA = 8; //0x8 IFDP = 9; //0x9 IFDDP = 10; //0xa IFRCP = 11; //0xb IFRSQ = 12; //0xc IFLOG = 13; //0xd IFEXP = 14; //0xe IFDSX = 15; //0xf IFDSY = 16; //0x10 IFMIN = 17; //0x11 IFMAX = 18; //0x12 IFSUBFLR = 19; //0x13 IEFO = 20; //0x14 ILOADCONST = 21; //0x15 ILDAB = 22; //0x16 ISTAB = 23; //0x17 ILDLB = 24; //0x18 ISTLB = 25; //0x19 ILDAW = 26; //0x1a ISTAW = 27; //0x1b ILDLW = 28; //0x1c ISTLW = 29; //0x1d ILDAD = 30; //0x1e ISTAD = 31; //0x1f ILDLD = 32; //0x20 ISTLD = 33; //0x21 IELDD = 34; //0x22 IELDQ = 35; //0x23 IIDF = 36; //0x24 IWDF = 37; //0x25 IIMA16 = 38; //0x26 IIMAE = 39; //0x27 IUNPCKS16S8 = 40; //0x28 IUNPCKU16U8 = 41; //0x29 IUNPCKU16U16 = 42; //0x2a IUNPCKU16F16 = 43; //0x2b IPCKU16F32 = 44; //0x2c IPCKS16F32 = 45; //0x2d IPCKU8U8 = 46; //0x2e IPCKU8F16 = 47; //0x2f IPCKU8F32 = 48; //0x30 IPCKC10C10 = 49; //0x31 IPCKC10F32 = 50; //0x32 IUNPCKF16C10 = 51; //0x33 IUNPCKF16O8 = 52; //0x34 IUNPCKF16U8 = 53; //0x35 IUNPCKF16S8 = 54; //0x36 IUNPCKF16U16 = 55; //0x37 IUNPCKF16S16 = 56; //0x38 IPCKF16F16 = 57; //0x39 IPCKF16F32 = 58; //0x3a IUNPCKF32C10 = 59; //0x3b IUNPCKF32O8 = 60; //0x3c IUNPCKF32U8 = 61; //0x3d IUNPCKF32S8 = 62; //0x3e IUNPCKF32U16 = 63; //0x3f IUNPCKF32S16 = 64; //0x40 IUNPCKF32F16 = 65; //0x41 IPCKC10F16 = 66; //0x42 ICOMBC10 = 67; //0x43 ISMP = 68; //0x44 ISMPBIAS = 69; //0x45 ISMPREPLACE = 70; //0x46 ISMPGRAD = 71; //0x47 ISHL = 72; //0x48 ISHR = 73; //0x49 IASR = 74; //0x4a IAND = 75; //0x4b IXOR = 76; //0x4c IOR = 77; //0x4d IRLP = 78; //0x4e IBR = 79; //0x4f ICALL = 80; //0x50 ILABEL = 81; //0x51 ILAPC = 82; //0x52 ISETL = 83; //0x53 ISAVL = 84; //0x54 IDRVPADDING = 85; //0x55 ISMLSI = 86; //0x56 ISMR = 87; //0x57 ISETFC = 88; //0x58 ISMBO = 89; //0x59 INOP = 90; //0x5a ISOPWM = 91; //0x5b ISOP2 = 92; //0x5c ISOP3 = 93; //0x5d ILRP1 = 94; //0x5e IFPMA = 95; //0x5f IFPADD8 = 96; //0x60 IFPSUB8 = 97; //0x61 IFDPC = 98; //0x62 IU8DOT3 = 99; //0x63 IU8DOT4 = 100; //0x64 IU8DOT3OFF = 101; //0x65 IU8DOT4OFF = 102; //0x66 IU16DOT3 = 103; //0x67 IU16DOT4 = 104; //0x68 IU16DOT3OFF = 105; //0x69 IU16DOT4OFF = 106; //0x6a IMOVC = 107; //0x6b IMOVC_C10 = 108; //0x6c IMOVC_I32 = 109; //0x6d IFMOV16 = 110; //0x6e IFADD16 = 111; //0x6f IFMUL16 = 112; //0x70 IFMAD16 = 113; //0x71 ILDARRF32 = 114; //0x72 ILDARRF16 = 115; //0x73 ILDARRC10 = 116; //0x74 ISTARRF32 = 117; //0x75 ISTARRF16 = 118; //0x76 ISTARRC10 = 119; //0x77 ISMP_USP = 120; //0x78 ISMPBIAS_USP = 121; //0x79 ISMPREPLACE_USP = 122; //0x7a ISMPGRAD_USP = 123; //0x7b ISMP_USP_NDR = 124; //0x7c INVALID_MAXARG = 125; //0x7d IOPCODE_MAX = 126; //0x7e } typedef enum _IOPCODE IOPCODE enum undefined { MOE_INCREMENT = 0; //0x0 MOE_SWIZZLE = 1; //0x1 } struct _MOE_DATA { enum undefined eOperandMode // @0 union { IMG_INT32 iIncrement IMG_UINT32 uSwizzle } u // @4 } typedef struct _MOE_DATA MOE_DATA enum _ISSUE_TYPE { SINGLE_INST = 0; //0x0 PRIMARY_INST = 1; //0x1 SECONDARY_INST = 2; //0x2 SCRATCH_INST = 3; //0x3 } typedef enum _ISSUE_TYPE ISSUE_TYPE struct _ARG { IMG_UINT32 uType // @0 IMG_UINT32 uNumber // @4 IMG_UINT32 uIndex // @8 IMG_UINT32 uComponent // @c IMG_BOOL bNegate // @10 IMG_BOOL bAbs // @14 IMG_BOOL bKilled // @18 IMG_UINT32 uImmTempType // @1c IMG_UINT32 uImmTempNum // @20 IMG_UINT32 uArrayOffset // @24 IMG_UINT32 uNumberPreMoe // @28 UF_REGFORMAT eFmt // @2c IMG_UINT32 uF16Swizzle // @30 } typedef struct _ARG ARG typedef struct _ARG* PARG enum _EFO_SRC { I0 = 0; //0x0 I1 = 1; //0x1 A0 = 2; //0x2 A1 = 3; //0x3 M0 = 4; //0x4 M1 = 5; //0x5 SRC0 = 6; //0x6 SRC1 = 7; //0x7 SRC2 = 8; //0x8 } typedef enum _EFO_SRC EFO_SRC struct _EFO_PARAMETERS { EFO_SRC eDSrc // @0 EFO_SRC eI0Src // @4 EFO_SRC eI1Src // @8 EFO_SRC eA0Src0 // @c EFO_SRC eA0Src1 // @10 EFO_SRC eA1Src0 // @14 EFO_SRC eA1Src1 // @18 EFO_SRC eM0Src0 // @1c EFO_SRC eM0Src1 // @20 EFO_SRC eM1Src0 // @24 EFO_SRC eM1Src1 // @28 IMG_BOOL bWriteI0 // @2c IMG_BOOL bWriteI1 // @30 IMG_BOOL bA0RightNeg // @34 IMG_BOOL bA1LeftNeg // @38 IMG_BOOL bIgnoreDest // @3c IMG_BOOL bM0Used // @40 IMG_BOOL bM1Used // @44 IMG_BOOL bA0Used // @48 IMG_BOOL bA1Used // @4c IMG_BOOL bI0Used // @50 IMG_BOOL bI1Used // @54 IMG_BOOL bI0Killed // @58 IMG_BOOL bI1Killed // @5c IMG_BOOL bI0DestValid // @60 IMG_BOOL bI1DestValid // @64 ARG sI0Dest // @68 ARG sI1Dest // @9c } typedef struct _EFO_PARAMETERS* PEFO_PARAMETERS struct _SOP2_PARAMS { IMG_UINT32 uCSel1 // @0 IMG_UINT32 uCSel2 // @4 IMG_BOOL bComplementCSel1 // @8 IMG_BOOL bComplementCSel2 // @c IMG_BOOL bComplementCSrc1 // @10 IMG_UINT32 uCOp // @14 IMG_UINT32 uASel1 // @18 IMG_UINT32 uASel2 // @1c IMG_BOOL bComplementASel1 // @20 IMG_BOOL bComplementASel2 // @24 IMG_UINT32 uAOp // @28 IMG_UINT32 bComplementASrc1 // @2c } typedef struct _SOP2_PARAMS* PSOP2_PARAMS struct _SOP3_PARAMS { IMG_UINT32 uCSel1 // @0 IMG_UINT32 uCSel2 // @4 IMG_BOOL bComplementCSel1 // @8 IMG_BOOL bComplementCSel2 // @c IMG_BOOL bNegateCResult // @10 IMG_UINT32 uCOp // @14 IMG_UINT32 uCoissueOp // @18 IMG_UINT32 uASel1 // @1c IMG_UINT32 uASel2 // @20 IMG_BOOL bComplementASel1 // @24 IMG_BOOL bComplementASel2 // @28 IMG_BOOL bNegateAResult // @2c IMG_UINT32 uAOp // @30 } typedef struct _SOP3_PARAMS* PSOP3_PARAMS struct _LRP1_PARAMS { IMG_UINT32 uCSel10 // @0 IMG_BOOL bComplementCSel10 // @4 IMG_UINT32 uCSel11 // @8 IMG_BOOL bComplementCSel11 // @c IMG_UINT32 uCS // @10 IMG_UINT32 uASel1 // @14 IMG_BOOL bComplementASel1 // @18 IMG_UINT32 uASel2 // @1c IMG_BOOL bComplementASel2 // @20 IMG_UINT32 uAOp // @24 } typedef struct _LRP1_PARAMS* PLRP1_PARAMS struct _SMP_USP_PARAMS_ { IMG_BOOL bProjected // @0 IMG_BOOL bCentroid // @4 IMG_BOOL bNonDependent // @8 IMG_UINT32 uNDRTexCoord // @c IMG_UINT32 uChanMask // @10 IMG_UINT32 uChanSwizzle // @14 IMG_UINT32 uCoordDim // @18 IMG_UINT32[4] auDestMask // @1c IMG_UINT32[4] auLiveChansInDest // @2c UF_REGFORMAT eTexPrecision // @3c } typedef struct _SMP_USP_PARAMS_ SMP_USP_PARAMS typedef struct { IMG_BOOL bIMA32High // @0 IMG_BOOL bIMA32Carry // @4 IMG_UINT32 uIRegDestNum // @8 IMG_BOOL bSigned // @c }* PIMA32_PARAMS typedef struct { IMG_UINT32 uDot34Scale // @0 } DOT34_PARAMS typedef struct { IMG_UINT32 uClipplane // @0 } DPC_PARAMS typedef struct { IMG_UINT32 uCoordSize // @0 IMG_UINT32 uGradSize // @4 IMG_UINT32 uTextureStage // @8 IMG_BOOL bUsesPCF // @c IMG_UINT32 uDimensionality // @10 }* PSMP_PARAMS typedef struct { IMG_UINT32 uCSel0 // @0 IMG_UINT32 uCSel1 // @4 IMG_UINT32 uCSel2 // @8 IMG_UINT32 uASel0 // @c IMG_BOOL bComplementCSel0 // @10 IMG_BOOL bComplementCSel1 // @14 IMG_BOOL bComplementCSel2 // @18 IMG_BOOL bComplementASel0 // @1c IMG_BOOL bComplementASel1 // @20 IMG_BOOL bComplementASel2 // @24 }* PFPMA_PARAMS typedef struct { IMG_UINT32 uSel1 // @0 IMG_UINT32 uSel2 // @4 IMG_BOOL bComplementSel1 // @8 IMG_BOOL bComplementSel2 // @c IMG_UINT32 uCop // @10 IMG_UINT32 uAop // @14 }* PSOPWM_PARAMS typedef struct { IMG_UINT32 uIRegDestNum // @0 } DDP_PARAMS typedef struct { IMG_BOOL bEnableRangeCheck // @0 } LD_PARAMS typedef struct { IMG_BOOL bSrcModNegate // @0 IMG_BOOL bSrcModAbsolute // @4 } NRM_PARAMS typedef struct { IMG_BOOL bRelativeAddress // @0 IMG_BOOL bStaticConst // @4 IMG_UINT32 uStaticConstValue // @8 } LOADCONST_PARAMS typedef struct { IMG_UINT32 uSrc2Type // @0 IMG_BOOL bSigned // @4 IMG_BOOL bCarryIn // @8 IMG_BOOL bCarryOut // @c IMG_UINT32 uCarryIReg // @10 IMG_BOOL bCarryInKilled // @14 } IMAE_PARAMS struct _INST { IOPCODE eOpcode // @0 IMG_UINT32[1] auFlag // @4 IMG_UINT32 uPredSrc // @8 ARG[4] asDest // @c IMG_UINT32 uPredDest // @dc PARG asArg // @e0 IMG_UINT32 uTest // @e4 IMG_UINT32 uRepeat // @e8 IMG_UINT32 uMask // @ec PEFO_PARAMETERS psEfo // @f0 PSOPWM_PARAMS psSopWm // @f4 PSOP2_PARAMS psSop2 // @f8 PSOP3_PARAMS psSop3 // @fc PLRP1_PARAMS psLrp1 // @100 PFPMA_PARAMS psFpma // @104 PIMA32_PARAMS psIma32 // @108 PSMP_PARAMS psSmp // @10c DOT34_PARAMS sDot34 // @110 DPC_PARAMS sDpc // @114 DDP_PARAMS sDdp // @118 LD_PARAMS sLd // @11c NRM_PARAMS sNrm // @120 LOADCONST_PARAMS sLoadConst // @128 IMAE_PARAMS sImae // @134 IMG_UINT32 uDestCount // @14c IMG_UINT32 uDestMask // @150 IMG_UINT32 uLiveChansInDest // @154 PEFO_STAGEDATA psEfoData // @158 IMG_UINT32 uId // @15c struct _INST* psGroupNext // @160 PREPEAT_GROUP psRepeatGroup // @164 IMG_UINT32[1] puSrcInc // @168 ISSUE_TYPE eIssueType // @16c struct _INST* psCoInst // @170 IMG_UINT32 uIRegUse // @174 IMG_UINT32 uShaderResultHWOperands // @178 SMP_USP_PARAMS sUSPSample // @17c struct _INST* psPrev // @1bc struct _INST* psNext // @1c0 } typedef struct { IMG_UINT32 uEfoGroupId // @0 struct _INST* psEfoGroupPrevWriter // @4 struct _INST* psEfoGroupNextWriter // @8 struct _INST* psEfoGroupFirstReader // @c struct _INST* psEfoGroupNextReader // @10 IMG_BOOL bSelfContained // @14 }* PEFO_STAGEDATA typedef struct { IMG_BOOL bDirty // @0 struct _INST* psPrev // @4 struct _INST* psNext // @8 }* PREPEAT_GROUP enum _INST_FLAGS_ { INST_NULL = 0; //0x0 INST_PRED_NEG = 1; //0x1 INST_PRED_KILLED = 2; //0x2 INST_TEST = 3; //0x3 INST_SKIPINV = 4; //0x4 INST_SYNCSTART = 5; //0x5 INST_NOSCHED = 6; //0x6 INST_DISABLEWB = 7; //0x7 INST_SCALE = 8; //0x8 INST_ONCEONLY = 9; //0x9 INST_FETCH = 10; //0xa INST_TYPE_PRESERVE = 11; //0xb INST_DUMMY_FETCH = 12; //0xc INST_SPILL = 13; //0xd INST_FORMAT_SELECT = 14; //0xe INST_MOE = 15; //0xf INST_SINGLE = 16; //0x10 INST_PRIMARY = 17; //0x11 INST_SECONDARY = 18; //0x12 INST_RESERVED = 19; //0x13 INST_NOEMIT = 20; //0x14 INST_RGB = 21; //0x15 INST_ALPHA = 22; //0x16 INST_FLAGS_NUM = 23; //0x17 } typedef struct _INST* PINST struct _CODEBLOCKLIST { struct _CODEBLOCK* psHead // @0 struct _CODEBLOCK* psTail // @4 } struct _CODEBLOCK { IMG_UINT32 uType // @0 CODEBLOCKLIST sCodeBody // @4 CODEBLOCKLIST sCodeElse // @c CODEBLOCKLIST sCodeLoopTail // @14 struct _CODEBLOCK* psNext // @1c struct _CODEBLOCK* psPrev // @20 PCODEBLOCKLIST psParent // @24 REGISTER_LIVESET sRegistersLiveOut // @28 PREGISTER_LIVESET psLoopRegistersLiveOut // @70 struct _CODEBLOCK* psTypePrev // @74 struct _CODEBLOCK* psTypeNext // @78 union { struct { IMG_UINT32 uFlags // @0 IMG_UINT32 uInstCount // @4 PINST psBody // @8 PINST psBodyTail // @c IMG_BOOL bEfoFmtCtl // @10 IMG_BOOL bColFmtCtl // @14 MOE_DATA[4] asMoeIncSwiz // @18 IMG_UINT32[4] auMoeBaseOffset // @38 } sBasic struct { IMG_UINT32 uPredSrc // @0 IMG_BOOL bPredNegate // @4 IMG_BOOL bSyncEndAfterMain // @8 IMG_BOOL bSyncEndAfterElse // @c IMG_UINT32 uSyncEndPredSrc // @10 struct _CODEBLOCK* psCondPrev // @14 struct _CODEBLOCK* psCondNext // @18 IMG_BOOL bStatic // @1c } sCond struct { IMG_UINT32 uPredSrc // @0 IMG_BOOL bPredNegate // @4 struct _CODEBLOCK* psNestedLoop // @8 IMG_BOOL bSyncEnd // @c IMG_BOOL bStatic // @10 BREAKTYPE eBreakType // @14 } sBreak struct { IMG_UINT32 uPredSrc // @0 IMG_BOOL bPredNegate // @4 struct _CODEBLOCK* psNestedLoop // @8 IMG_BOOL bSyncEnd // @c IMG_BOOL bStatic // @10 } sContinue struct { IMG_UINT32 uDest // @0 IMG_UINT32 uPredSrc // @4 IMG_BOOL bPredNegate // @8 struct _CODEBLOCK* psCallSiteNext // @c IMG_BOOL bSyncEnd // @10 IMG_BOOL bStatic // @14 } sCall struct { IMG_UINT32 uSkipPredSrc // @0 IMG_BOOL bSkipPredNegate // @4 IMG_UINT32 uContinuePredSrc // @8 IMG_BOOL bContinuePredNegate // @c IMG_BOOL bHasSync // @10 IMG_BOOL bSyncEnd // @14 IMG_BOOL bSyncEndForBreak // @18 IMG_BOOL bSyncEndForContinue // @1c IMG_UINT32 uBreakSyncEndPredSrc // @20 IMG_UINT32 uContSyncEndPredSrc // @24 IMG_BOOL bStatic // @28 } sLoop struct { IMG_UINT32 uPredSrc // @0 IMG_BOOL bPredNegate // @4 IMG_BOOL bMain // @8 } sExit struct { IMG_UINT32 uLabel // @0 IMG_BOOL bHasEarlyExit // @4 IMG_UINT32 uFuncFlags // @8 struct _CODEBLOCK* psPrologBlock // @c struct _CODEBLOCK* psResetBlock // @10 struct _CODEBLOCK* psEpilogBlock // @14 struct _CODEBLOCK* psFuncEnd // @18 } sFunc struct { IMG_UINT32 uCaseCount // @0 PSWITCHCASE psCases // @4 IMG_UINT32 uDefaultCase // @8 } sSwitch } u // @7c } typedef struct _CODEBLOCKLIST CODEBLOCKLIST typedef struct _CODEBLOCKLIST* PCODEBLOCKLIST struct _SWITCHCASE { CODEBLOCKLIST sCaseBody // @0 struct _CODEBLOCK* psTestBlock // @8 IMG_BOOL bJustDefault // @c IMG_UINT32 uPredSrc // @10 IMG_BOOL bPredNegate // @14 } typedef struct _SWITCHCASE* PSWITCHCASE enum undefined { BREAKTYPE_UNKNOWN = 0; //0x0 BREAKTYPE_LOOP = 1; //0x1 BREAKTYPE_SWITCH = 2; //0x2 } typedef enum undefined BREAKTYPE typedef struct _CODEBLOCK* PCODEBLOCK struct _FIXED_TEMPORARY_GROUP { IMG_UINT32 uRefCount // @0 IMG_UINT32 uTempCount // @4 IMG_PUINT32 puTemps // @8 IMG_BOOL bFixedNum // @c struct _FIXED_TEMPORARY_GROUP* psNext // @10 } typedef struct _FIXED_TEMPORARY_GROUP* PFIXED_TEMPORARY_GROUP struct tagINTERMEDIATE_STATE { IMG_UINT32 uCompilationStatus // @0 IMG_UINT32 uFlags // @4 PUSC_ALLOC_HEADER psAllocationListHead // @8 USC_PCHUNK[2] apsChunkMem // @c IMG_UINT32 uCompilerFlags // @14 IMG_PUINT32 puTextureDimensions // @18 PUNIFLEX_CONSTDEF psConstants // @1c IMG_UINT32 uProjectedCoordinateMask // @20 const SGX_CORE_FEATURES* psTargetFeatures // @24 const SGX_CORE_BUGS* psTargetBugs // @28 IMG_UINT32 uTexStateSize // @2c IMG_UINT32 uGammaStages // @30 IMG_UINT32 uNrTextureLoads // @34 PUNIFLEX_TEXTURE_LOAD psTextureLoads // @38 IMG_UINT32 uMaxLabel // @3c IMG_UINT32 uNumLabels // @40 IMG_PUINT32 auNestSortedLabel // @44 PLABELDATA psLabelData // @48 IMG_UINT32 uMaxNesting // @4c IMG_UINT32 uNumRegisters // @50 IMG_UINT32 uNumPredicates // @54 IMG_UINT32[18] puRemappedConstCount // @58 USC_PARRAY[18] ppsRemappedConstMap // @a0 USC_PARRAY[18] ppsRemappedConstFormat // @e8 IMG_UINT32[18] puSaForBaseOfConstsBuff // @130 IMG_UINT32 uStaticConstsBuffer // @178 IMG_UINT32 uTextureStateConstsBuffer // @17c IMG_UINT32 uEmitsPresent // @180 CODEBLOCKLIST sMainFunc // @184 IMG_UINT32 uD3DLoopIndexMem // @18c IMG_UINT32 uD3DLoopIndexReg // @190 IMG_UINT32 uLastUpdatedDest // @194 PUNIFLEX_PROGRAM_PARAMETERS psSAOffsets // @198 IMG_UINT32 uTemporaryRegisterCount // @19c IMG_UINT32 uNonDrTextureReadLimit // @1a0 PUNIFLEX_TEXFORM psTextures // @1a4 IMG_UINT32 uIterationSize // @1a8 IMG_UINT32 uPrimaryAttributeRegisterCount // @1ac IMG_UINT32 uPARegistersUsed // @1b0 IMG_UINT32 uInRegisterConstantCount // @1b4 PINREGISTER_CONST psInRegisterConstantMap // @1b8 IMG_UINT32 uConstSecAttrCount // @1bc IMG_UINT32 uLoadedConstSecAttrCount // @1c0 IMG_UINT32 uCalculatedConstSecAttrCount // @1c4 CODEBLOCKLIST sBasicBlockList // @1c8 CODEBLOCKLIST sFlowControlList // @1d0 PCODEBLOCK psCondSiteListHead // @1d8 PCODEBLOCK psCondSiteListTail // @1dc PUSC_VEC_ARRAY_DATA* apsTempVecArray // @1e0 IMG_UINT32 uIndexableTempArraySize // @1e4 IMG_UINT32 uNumVecArrayRegs // @1e8 PUSC_VEC_ARRAY_REG* apsVecArrayReg // @1ec IMG_UINT32 uNonAnisoTexStages // @1f0 IMG_UINT32 uPreambleCount // @1f4 PDGRAPH_STATE psDepState // @1f8 PPRECOVR_STATE psPrecovrState // @1fc IMG_UINT32 uNumPrecovrStates // @200 IMG_UINT32 uNextPackedRegisterTag // @204 PFIXED_TEMPORARY_GROUP psFixedTemporaryGroupListHead // @208 PFIXED_TEMPORARY_GROUP psFixedTemporaryGroupListTail // @20c PCODEBLOCK psPreFeedbackBlock // @210 IMG_UINT32 uPAOutputNum // @214 IMG_PUINT32 puInstructions // @218 IMG_PUINT32 puLabels // @21c PUSEASM_CONTEXT psUseasmContext // @220 IMG_UINT32 uNextLabel // @224 IMG_UINT32 uMainProgInstCount // @228 IMG_UINT32 uMainProgLabelCount // @22c IMG_UINT32 uMainProgStart // @230 IMG_UINT32 uMainProgFeedbackPhase0End // @234 PINST psMainProgFeedbackPhase0EndInst // @238 IMG_UINT32 uMainProgFeedbackPhase1Start // @23c IMG_UINT32 uSAProgInstCount // @240 IMG_UINT32 uSpillAreaSize // @244 USC_ALLOCFN pfnAlloc // @248 USC_FREEFN pfnFree // @24c USC_PRINTFN pfnPrint // @250 IMG_PVOID pvPDumpFnDrvParam // @254 USC_PDUMPFN pfnPDump // @258 IMG_PVOID pvMetricsFnDrvParam // @25c USC_STARTFN pfnStart // @260 USC_FINISHFN pfnFinish // @264 IMG_UINT32 uNonPackedPSOutputType // @268 IMG_UINT32 uNonPackedPSOutputNum // @26c IMG_UINT32 uPackedPSOutputType // @270 IMG_UINT32 uPackedPSOutputNum // @274 IMG_UINT32 uPackedPSOutputMask // @278 IMG_UINT32 uDepthOutputNum // @27c IMG_UINT32 uTexkillOutputNum // @280 IMG_UINT32 uVSClipOutputNum // @284 PCODEBLOCK psSecAttrBlock // @288 IMG_UINT32 uMaximumVSOutput // @28c IMG_UINT32 uColOutputCount // @290 IMG_UINT32 uInRegisterConstantLimit // @294 IMG_UINT32 uVSInputPARegCount // @298 IMG_PUINT32 auVSInputPARegUsage // @29c IMG_UINT32 uMemOffsetAdjust // @2a0 IMG_UINT32[18] puRangeCheckType // @2a4 IMG_UINT32[18] puRangeCheckNumber // @2ec IMG_BOOL bExceptionReturnValid // @334 jmp_buf sExceptionReturn // @338 IMG_UINT32 uTextureUnpackFormatSelectedMask // @4c0 IMG_UINT32 uTextureUnpackFormatReduced // @4c4 UNIFLEX_TEXTURE_UNPACK[16] asTextureUnpackFormat // @4c8 IMG_UINT32 uNumDynamicBranches // @548 IMG_UINT32 uNumOfConstsBuffsAvailable // @54c IMG_UINT32[18] puConstsBufferInUse // @550 IMG_UINT32 uInputTempRegisterCount // @598 IMG_UINT32 uInputMacroTemp // @59c } typedef struct { struct tagINTERMEDIATE_STATE* psState // @0 IMG_UINT32 uBlockInstructionCount // @4 USC_PARRAY psInstructions // @8 USC_PARRAY psTempLastWriter // @c USC_PARRAY psPALastWriter // @10 USC_PARRAY psOutputLastWriter // @14 USC_PARRAY psIRegLastWriter // @18 IMG_UINT32[2] auIndexLastWriter // @1c USC_PARRAY psPredLastWriter // @24 USC_PARRAY[1] apsRegArrayLastWriter // @28 USC_PARRAY psMainDep // @2c USC_PGRAPH psDepGraph // @30 USC_PGRAPH psClosedDepGraph // @34 USC_PARRAY psDepCount // @38 USC_PARRAY psSatDepCount // @3c IMG_UINT32 uAvailInstCount // @40 IMG_UINT32 uRemovedInstCount // @44 }* PDGRAPH_STATE typedef struct { UF_REGTYPE eType // @0 IMG_UINT32 uNum // @4 IMG_UINT32 uMask // @8 IMG_UINT32 uTag // @c IMG_UINT32 uPrecision // @10 UF_REGFORMAT eFormat // @14 }* PPACKED_OUTPUT typedef struct { PPACKED_OUTPUT[16] apsPackedRegisters // @0 IMG_UINT32 uNumPackedRegisters // @40 }* PPRECOVR_STATE struct _USC_VEC_ARRAY_DATA_ { IMG_UINT32 uArrayTag // @0 IMG_UINT32 uSize // @4 IMG_UINT32 uVecs // @8 IMG_UINT32 uLoads // @c IMG_UINT32 uStores // @10 UF_REGFORMAT eFmt // @14 IMG_UINT32 uRegArray // @18 IMG_BOOL bStatic // @1c } typedef struct _USC_VEC_ARRAY_DATA_* PUSC_VEC_ARRAY_DATA struct _USC_VEC_ARRAY_REG_ { IMG_UINT32 uArrayNum // @0 IMG_UINT32 uBaseReg // @4 IMG_UINT32 uRegs // @8 } typedef struct _USC_VEC_ARRAY_REG_* PUSC_VEC_ARRAY_REG struct _USC_ALLOC_HEADER { IMG_UINT32 uSize // @0 IMG_UINT32 uAllocNum // @4 struct _USC_ALLOC_HEADER* psPrev // @8 struct _USC_ALLOC_HEADER* psNext // @c } typedef struct _USC_ALLOC_HEADER* PUSC_ALLOC_HEADER struct _LABELDATA { PCODEBLOCK psDest // @0 IMG_UINT32 uNestingLevel // @4 PCODEBLOCK psCallSiteListHead // @8 REGISTER_LIVESET sCallStartRegistersLive // @c } typedef struct _LABELDATA* PLABELDATA struct _INREGISTER_CONST { IMG_UINT32 uNum // @0 UNIFLEX_CONST_FORMAT eFormat // @4 IMG_UINT32 uBuffer // @8 } typedef struct _INREGISTER_CONST* PINREGISTER_CONST typedef struct tagINTERMEDIATE_STATE* PINTERMEDIATE_STATE // function IMG_UINT32 ChansPerReg( UF_REGFORMAT eFmt ) { } // function IMG_UINT32 GetBit( const IMG_UINT32* auArr const IMG_UINT32 uPos ) { } // external function PC=<0x0;0x368> void ReduceAngleBetweenNegPieToPie( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PARG psSrc PARG psDest ) { ARG sNegPiToPi { PINST psLimmInst } { PINST psInst } { PINST psInst } { PINST psInst } { PINST psInst } } // external function PC=<0x368;0x1248> void ConvertSincos2Core( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PARG psSrc PARG psDestX PARG psDestY IMG_UINT32 uPredicate ) { PINST psInst IMG_UINT32 i ARG[3] asTemp ARG sNegPiToPi { IMG_UINT32 uI { PINST psLimmInst } } { PARG psDest } } // external function PC=<0x1248;0x1c40> void ConvertSincosCore( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PARG psSrc PARG psDestX PARG psDestY IMG_UINT32 uPredicate ) { PINST psInst IMG_UINT32 i ARG[3] asTemp { PARG psDest } } // external function PUSC_VEC_ARRAY_DATA NewVecArrayData( PINTERMEDIATE_STATE psState IMG_UINT32 uArrayTag IMG_UINT32 uVecs IMG_UINT32 uSize UF_REGFORMAT eFmt IMG_UINT32 uLoads ) { PUSC_VEC_ARRAY_DATA psRet } // external function PUSC_VEC_ARRAY_DATA NewVecArrayData( PINTERMEDIATE_STATE psState IMG_UINT32 uArrayTag IMG_UINT32 uVecs IMG_UINT32 uSize UF_REGFORMAT eFmt IMG_UINT32 uLoads ) { PUSC_VEC_ARRAY_DATA psRet } // external function PC=<0x1c8c;0x1e54> void SetupLoadStoreArray( PINTERMEDIATE_STATE psState ) { const IMG_UINT32 uMaxSize const IMG_UINT32 uNumArrays PUSC_VEC_ARRAY_DATA psCurr PUSC_VEC_ARRAY_DATA psData PUSC_VEC_ARRAY_DATA psUse PUSC_VEC_ARRAY_REG psVecReg IMG_UINT32 uVecIdx IMG_UINT32 uNumRegs IMG_UINT32 uAccesses IMG_UINT32 uCtr IMG_UINT32 uCurrIdx IMG_UINT32 uChansPerReg { IMG_UINT32 uBusyness } } // function void ConvertRelativeOffset( PINTERMEDIATE_STATE psState UFREG_RELATIVEINDEX eRelativeIndex UF_REGFORMAT eFormat IMG_UINT32 uCompOffset IMG_PUINT32 puMemIndexTempNum IMG_PUINT32 puRegIndexTempNum ) { { IMG_UINT32 uAddressRegisterIndex } } // external function PC=<0x1e54;0x21b8> void LoadConstantNoHWReg( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PUF_REGISTER psSource IMG_UINT32 uSrcChan PARG psHwSource UF_REGFORMAT eFormat IMG_UINT32 uCompOffset ) { PINST psLoadInst IMG_UINT32 uOffset IMG_UINT32 uTemp { IMG_UINT32 uMemIndexTempNum IMG_UINT32 uRegIndexTempNum // inlined // function void ConvertRelativeOffset( PINTERMEDIATE_STATE psState UFREG_RELATIVEINDEX eRelativeIndex UF_REGFORMAT eFormat IMG_UINT32 uCompOffset IMG_PUINT32 puMemIndexTempNum IMG_PUINT32 puRegIndexTempNum ) { { IMG_UINT32 uAddressRegisterIndex } } } } // function IMG_UINT32 CheckForHwConst( PINTERMEDIATE_STATE psState IMG_UINT32 uNum IMG_UINT32 uChan IMG_BOOL bAllowSourceMod IMG_PBOOL pbNegate ) { IMG_FLOAT fValue IMG_UINT32 uResult IMG_UINT32 uOffset { } } // external function PC=<0x21b8;0x232c> void LoadConstant( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PUF_REGISTER psSource IMG_UINT32 uSrcChan PARG psHwSource IMG_BOOL bAllowSourceMod IMG_PBOOL pbNegate UF_REGFORMAT eFormat IMG_UINT32 uCompOffset ) { { IMG_UINT32 uValue // inlined // function IMG_UINT32 CheckForHwConst( PINTERMEDIATE_STATE psState IMG_UINT32 uNum IMG_UINT32 uChan IMG_BOOL bAllowSourceMod IMG_PBOOL pbNegate ) { IMG_FLOAT fValue IMG_UINT32 uResult IMG_UINT32 uOffset { } } } } // function void LoadTextureState( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_UINT32 uStateOffset PARG psArg ) { UF_REGISTER sSource } // external function PC=<0x232c;0x2390> void LoadMaxTexarrayIndex( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_UINT32 uTexture PARG psArg ) { IMG_UINT32 uMaxTexArrayIndexOffset // inlined // function void LoadTextureState( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_UINT32 uStateOffset PARG psArg ) { UF_REGISTER sSource } } // external function PC=<0x2390;0x25d4> void UnpackU24Channel( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_UINT32 uSrcRegType IMG_UINT32 uSrcRegNum IMG_UINT32 uSample IMG_UINT32 uByteOffset IMG_UINT32 uTemp ) { PINST psScaleInst UF_REGISTER sScaleFactor } // external function PC=<0x25d4;0x2b34> void LoadStoreIndexableTemp( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_BOOL bLoad UF_REGFORMAT eFmt PUF_REGISTER psSource IMG_UINT32 uChanMask IMG_UINT32 uTemp IMG_UINT32 uDataReg ) { IMG_UINT32 i PINST psInst IMG_UINT32 eOpcode IMG_UINT32 uCompDataSize IMG_UINT32 uChansPerReg IMG_UINT32 uDynOffsetReg IMG_UINT32 uChansPerInputReg IMG_UINT32 uChansPerOutputReg IMG_BOOL bHasDynOffset IMG_UINT32 uAddrReg IMG_UINT32 uArrayNum IMG_UINT32 uArrayTag PUSC_VEC_ARRAY_DATA psVecData { IMG_BOOL bFirstChan IMG_UINT32 uSrcChan IMG_UINT32 uRegOffset IMG_UINT32 uLastRegOffset IMG_UINT32 uFirstArg } { IMG_UINT32 uVecs IMG_UINT32 uSize // inlined // external function PUSC_VEC_ARRAY_DATA NewVecArrayData( PINTERMEDIATE_STATE psState IMG_UINT32 uArrayTag IMG_UINT32 uVecs IMG_UINT32 uSize UF_REGFORMAT eFmt IMG_UINT32 uLoads ) { PUSC_VEC_ARRAY_DATA psRet } } } // external function PC=<0x2b34;0x2b88> void StoreIndexableTemp( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PUF_REGISTER psDest UF_REGFORMAT eFmt ) { IMG_UINT32 uChanMask } // function void EmitGradCalc( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_UINT32 uDims PARG psCbase PARG psLbase IMG_BOOL bLODBias ) { IMG_UINT32 uCtr IMG_UINT32 uNum IMG_UINT32 uSrcType IMG_UINT32 uSrcReg IMG_UINT32 uSrcFmt IMG_UINT32 uChan IMG_UINT32 uFmt PINST psInst PINST psPackInst { PINST psExpInst } { IMG_UINT32 uAxisIdx { PINST psMulInst } } } // function void SetBit( IMG_UINT32* auArr IMG_UINT32 uBit IMG_UINT32 uBitData ) { } // external function PC=<0x2b88;0x3b28> void ConvertSamplerInstructionCore( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PUNIFLEX_INST psSrc IMG_UINT32 uChanMask IMG_UINT32 uChanSwizzle PARG psDest IMG_BOOL bConditional ) { PINST psSmpInst IOPCODE eSmpOpcode PUF_REGISTER psUFCoordSrc UF_OPCODE eUFOpcode IMG_UINT32 uSCMask IMG_BOOL bProjected IMG_UINT32 uTextureIdx IMG_UINT32 uTextureDim IMG_UINT32 uCoordSize IMG_UINT32 uCoordMask IMG_UINT32 uGradSize IMG_UINT32 uGradMask IMG_BOOL bCondLod IMG_BOOL bNonDependent PARG psArg IMG_UINT32 uArg IMG_UINT32 uDestOffset IMG_BOOL bCondLodBias { PUNIFLEX_TEXTURE_LOAD psTexLoad PUNIFLEX_TEXTURE_LOAD psTexLoadEnd { IMG_UINT32 uNumLoads } } { IMG_UINT32 uTCMask UF_REGFORMAT eTCFormat ARG sCoords { IMG_UINT32 uCoord } { ARG sGradients // inlined // function void EmitGradCalc( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock IMG_UINT32 uDims PARG psCbase PARG psLbase IMG_BOOL bLODBias ) { IMG_UINT32 uCtr IMG_UINT32 uNum IMG_UINT32 uSrcType IMG_UINT32 uSrcReg IMG_UINT32 uSrcFmt IMG_UINT32 uChan IMG_UINT32 uFmt PINST psInst PINST psPackInst { PINST psExpInst } { IMG_UINT32 uAxisIdx { PINST psMulInst } } } } } { UNIFLEX_TEXTURE_LOAD* psTexLoad UNIFLEX_TEXTURE_COORDINATE eCoord IMG_UINT32 uTexLoad IMG_UINT32 uPAReg } // inlined // function void SetBit( IMG_UINT32* auArr IMG_UINT32 uBit IMG_UINT32 uBitData ) { } { IMG_UINT32 uDestMask } } // function PC=<0x3b28;0x3e80> void EmitLdStRegMove( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PINST psInsertPoint UF_REGFORMAT eFmt IMG_BOOL bLoad IMG_BOOL bSecond IMG_UINT32 uRegChan IMG_UINT32 uPredReg PARG psDestReg PARG psDataReg ) { PINST psInst PARG psMovSrc IMG_UINT32 uExtraOffset IMG_UINT32 uStoreComp IMG_UINT32 uRegComp IMG_BOOL bOddStoreOffset // inlined // function void SetBit( IMG_UINT32* auArr IMG_UINT32 uBit IMG_UINT32 uBitData ) { } // inlined // function void SetBit( IMG_UINT32* auArr IMG_UINT32 uBit IMG_UINT32 uBitData ) { } } // function IMG_BOOL ExpandLoadStoreInst( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PINST psLdStInst ) { const IMG_UINT32 uFirstStSrc IMG_UINT32 i UF_REGFORMAT eFmt IMG_UINT32 uArrayNum PINST psInst PINST psInsertPoint PINST psLoadInst IMG_UINT32 uCompDataSize IMG_UINT32 uBaseAddr IMG_UINT32 uStaticIdx IMG_UINT32 uRegOffset IMG_UINT32 uDynOffsetType IMG_UINT32 uDynOffsetReg IMG_UINT32 uChanOffset IMG_UINT32 uChansPerDataReg IMG_UINT32 uSrcChan IMG_BOOL bHasDynOffset IMG_BOOL bDynArray ARG sDataReg ARG sTempReg PARG psValReg IMG_UINT32 uChanMask IMG_BOOL bLoad IMG_UINT32 uFirstChan { PUSC_VEC_ARRAY_DATA psVecData } { PINST psAddInst PINST psShiftInst PINST psOrInst } { IMG_BOOL bUnPack IOPCODE eOpcode IMG_UINT32 uReadChan } { IOPCODE eOpcode } { IOPCODE eOpcode } { IMG_BOOL bPack IMG_UINT32 uDestMask IOPCODE eOpcode } } // function void GetLocalAddressingMemoryOffset( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PINST psInsertPoint PARG psOffsetArg IMG_UINT32 uBaseAddr IMG_BOOL bHasDynOffset IMG_UINT32 uDynOffsetReg IMG_UINT32 uCompDataSize ) { PINST psLimmInst IMG_UINT32 uOffset { IMG_UINT32 uSecAttrNum } { IMG_UINT32 uAddrReg } { PINST psAddInst IMG_UINT32 uDynAddrReg } } // function IMG_BOOL ExpandRegLdStInst( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PINST psLdStInst ) { const IMG_UINT32 uMaxIdxOffset const IMG_UINT32 uFirstStSrc IMG_UINT32 uIndexReg UF_REGFORMAT eFmt IMG_UINT32 uBaseReg IMG_UINT32 uStaticIdx IMG_UINT32 uRegChanOffset IMG_UINT32 uStoreChanOffset IMG_UINT32 uChanPerReg IMG_UINT32 uArrayNum IMG_UINT32 uRegArrayNum IMG_UINT32 uRegChan IMG_UINT32 uDstIdx ARG sDestReg ARG sDataReg ARG sIndexReg IMG_UINT32 uChanPerStore IMG_UINT32 uChanMask IMG_UINT32 uIdxOffset IMG_UINT32 uPredReg PUSC_VEC_ARRAY_REG psVecArrayReg PUSC_VEC_ARRAY_DATA psVecArrayData IMG_BOOL bHasDynOffset IMG_BOOL bDynArray IMG_BOOL bLoad { IMG_UINT32 uAddr IMG_BOOL bOddStoreOffset { IMG_BOOL bSetupIdxReg IMG_UINT32 uStoreOffset { ARG sBaseReg UF_REGFORMAT eStoreFmt } } } } // function void EmitLdStRegIndex( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PARG psDynReg PARG psBaseReg UF_REGFORMAT eFmt PINST psInsertPoint IMG_PUINT32 puPredReg ) { IMG_UINT32 uPredReg PINST psInst const IMG_UINT32 uChansPerReg IMG_UINT32 uTempReg { } } // external function PC=<0x3e80;0x5468> IMG_BOOL ExpandLoadStoreBlock( PINTERMEDIATE_STATE psState PCODEBLOCK psBlock IMG_BOOL bRegArray ) { PINST psInst PINST psNextInst IMG_BOOL bBlockChange { IMG_BOOL bChange // inlined // function IMG_BOOL ExpandRegLdStInst( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PINST psLdStInst ) { const IMG_UINT32 uMaxIdxOffset const IMG_UINT32 uFirstStSrc IMG_UINT32 uIndexReg UF_REGFORMAT eFmt IMG_UINT32 uBaseReg IMG_UINT32 uStaticIdx IMG_UINT32 uRegChanOffset IMG_UINT32 uStoreChanOffset IMG_UINT32 uChanPerReg IMG_UINT32 uArrayNum IMG_UINT32 uRegArrayNum IMG_UINT32 uRegChan IMG_UINT32 uDstIdx ARG sDestReg ARG sDataReg ARG sIndexReg IMG_UINT32 uChanPerStore IMG_UINT32 uChanMask IMG_UINT32 uIdxOffset IMG_UINT32 uPredReg PUSC_VEC_ARRAY_REG psVecArrayReg PUSC_VEC_ARRAY_DATA psVecArrayData IMG_BOOL bHasDynOffset IMG_BOOL bDynArray IMG_BOOL bLoad { IMG_UINT32 uAddr IMG_BOOL bOddStoreOffset { IMG_BOOL bSetupIdxReg IMG_UINT32 uStoreOffset { ARG sBaseReg UF_REGFORMAT eStoreFmt } } } } // inlined // function IMG_BOOL ExpandLoadStoreInst( PINTERMEDIATE_STATE psState PCODEBLOCK psCodeBlock PINST psLdStInst ) { const IMG_UINT32 uFirstStSrc IMG_UINT32 i UF_REGFORMAT eFmt IMG_UINT32 uArrayNum PINST psInst PINST psInsertPoint PINST psLoadInst IMG_UINT32 uCompDataSize IMG_UINT32 uBaseAddr IMG_UINT32 uStaticIdx IMG_UINT32 uRegOffset IMG_UINT32 uDynOffsetType IMG_UINT32 uDynOffsetReg IMG_UINT32 uChanOffset IMG_UINT32 uChansPerDataReg IMG_UINT32 uSrcChan IMG_BOOL bHasDynOffset IMG_BOOL bDynArray ARG sDataReg ARG sTempReg PARG psValReg IMG_UINT32 uChanMask IMG_BOOL bLoad IMG_UINT32 uFirstChan { PUSC_VEC_ARRAY_DATA psVecData } { PINST psAddInst PINST psShiftInst PINST psOrInst } { IMG_BOOL bUnPack IOPCODE eOpcode IMG_UINT32 uReadChan } { IOPCODE eOpcode } { IOPCODE eOpcode } { IMG_BOOL bPack IMG_UINT32 uDestMask IOPCODE eOpcode } } } } struct _IO_FILE* stdin struct _IO_FILE* stdout const INST_DESC[NaN] g_psInstDesc const IMG_UINT32[NaN] g_puSwapRedAndBlueChan const IMG_UINT32[NaN] g_puSwapRedAndBlueMask