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brlyt.c
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brlyt.c
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/******************************************************************************
* brlyt.c *
* Part of Benzin *
* Handles BRLYT banner datas. *
* Copyright (C)2009 SquidMan (Alex Marshall) <[email protected]> *
* Copyright (C)2009 megazig (Stephen Simpson) <[email protected]> *
* Copyright (C)2009 Matt_P (Matthew Parlane) *
* Copyright (C)2009 comex *
* Copyright (C)2009 booto *
* All Rights Reserved, HACKERCHANNEL. *
******************************************************************************/
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <mxml.h>
#include "general.h"
#include "types.h"
#include "brlyt.h"
#include "memory.h"
#include "xml.h"
#include "endian.h"
#ifdef DEBUGBRLYT
#define dbgprintf printf
#else
#define dbgprintf //
#endif //DEBUGBRLYT
#define MAXIMUM_TAGS_SIZE (0x1000)
// MAGIC
char pic1_magic[] = "pic1";
char pan1_magic[] = "pan1";
char bnd1_magic[] = "bnd1";
char wnd1_magic[] = "wnd1";
char lyt1_magic[] = "lyt1";
char grp1_magic[] = "grp1";
char txl1_magic[] = "txl1";
char mat1_magic[] = "mat1";
char fnl1_magic[] = "fnl1";
char txt1_magic[] = "txt1";
char gre1_magic[] = "gre1";
char grs1_magic[] = "grs1";
char pae1_magic[] = "pae1";
char pas1_magic[] = "pas1";
char usd1_magic[] = "usd1";
// CONSTANTS
char originX[3][15];
char originY[3][15];
char wraps[4][20];
char tgen_types[11][20];
char tgen_src[21][20];
char mtxsrc[42][20];
char tevcolor[4][20];
char matsrc[2][20];
char scale[10][20];
char compare[8][20];
char aop[5][20];
char blendmode[5][20];
char logicop[16][20];
char blendfactor[8][20];
char chanid[10][20];
char tevswapsel[4][20];
char texcoord[10][20] =
{
"GX_TEXCOORD0",
"GX_TEXCOORD1",
"GX_TEXCOORD2",
"GX_TEXCOORD3",
"GX_TEXCOORD4",
"GX_TEXCOORD5",
"GX_TEXCOORD6",
"GX_TEXCOORD7",
"GX_MAXCOORD",
"GX_TEXCOORDNULL"
};
char texmap[11][20] =
{
"GX_TEXMAP0",
"GX_TEXMAP1",
"GX_TEXMAP2",
"GX_TEXMAP3",
"GX_TEXMAP4",
"GX_TEXMAP5",
"GX_TEXMAP6",
"GX_TEXMAP7",
"GX_MAX_TEXMAP",
"GX_TEXMAP_NULL",
"GX_TEXMAP_DISABLE"
};
static size_t BRLYT_fileoffset = 0;
char *materials;
int numberOfMaterials;
int lengthOfMaterials;
char *textures;
int numberOfTextures;
int lengthOfTextures;
void SetupConstants( )
{
int o;
for ( o = 0 ; o < 3 ; o++ )
memset( originX[o] , 0 , 15 );
strcpy( originX[0] , "Left" );
strcpy( originX[1] , "Center" );
strcpy( originX[2] , "Right" );
for ( o = 0 ; o < 3 ; o++ )
memset( originY[o] , 0 , 15 );
strcpy( originY[0] , "Top" );
strcpy( originY[1] , "Center" );
strcpy( originY[2] , "Bottom" );
for ( o = 0 ; o < 4 ; o++ )
memset( wraps[o] , 0 , 20 );
strcpy( wraps[0] , "GX_CLAMP" );
strcpy( wraps[1] , "GX_REPEAT" );
strcpy( wraps[2] , "GX_MIRROR" );
strcpy( wraps[3] , "GX_MAXTEXWRAPMODE" );
for ( o = 0 ; o < 11 ; o++ )
memset( tgen_types[o] , 0 , 20 );
strcpy( tgen_types[0] , "GX_TG_MTX3x4" );
strcpy( tgen_types[1] , "GX_TG_MTX2x4" );
strcpy( tgen_types[2] , "GX_TG_BUMP0" );
strcpy( tgen_types[3] , "GX_TG_BUMP1" );
strcpy( tgen_types[4] , "GX_TG_BUMP2" );
strcpy( tgen_types[5] , "GX_TG_BUMP3" );
strcpy( tgen_types[6] , "GX_TG_BUMP4" );
strcpy( tgen_types[7] , "GX_TG_BUMP5" );
strcpy( tgen_types[8] , "GX_TG_BUMP6" );
strcpy( tgen_types[9] , "GX_TG_BUMP7" );
strcpy( tgen_types[10] , "GX_TG_SRTG" );
for ( o = 0 ; o < 21 ; o++ )
memset( tgen_src[o] , 0 , 20 );
strcpy( tgen_src[0] , "GX_TG_POS" );
strcpy( tgen_src[1] , "GX_TG_NRM" );
strcpy( tgen_src[2] , "GX_TG_BINRM" );
strcpy( tgen_src[3] , "GX_TG_TANGEN" );
strcpy( tgen_src[4] , "GX_TG_TEX0" );
strcpy( tgen_src[5] , "GX_TG_TEX1" );
strcpy( tgen_src[6] , "GX_TG_TEX2" );
strcpy( tgen_src[7] , "GX_TG_TEX3" );
strcpy( tgen_src[8] , "GX_TG_TEX4" );
strcpy( tgen_src[9] , "GX_TG_TEX5" );
strcpy( tgen_src[10] , "GX_TG_TEX6" );
strcpy( tgen_src[11] , "GX_TG_TEX7" );
strcpy( tgen_src[12] , "GX_TG_TEXCOORD0" );
strcpy( tgen_src[13] , "GX_TG_TEXCOORD1" );
strcpy( tgen_src[14] , "GX_TG_TEXCOORD2" );
strcpy( tgen_src[15] , "GX_TG_TEXCOORD3" );
strcpy( tgen_src[16] , "GX_TG_TEXCOORD4" );
strcpy( tgen_src[17] , "GX_TG_TEXCOORD5" );
strcpy( tgen_src[18] , "GX_TG_TEXCOORD6" );
strcpy( tgen_src[19] , "GX_TG_COLOR0" );
strcpy( tgen_src[20] , "GX_TG_COLOR1" );
for ( o = 0 ; o < 42 ; o++ )
memset( mtxsrc[o] , 0 , 20 );
strcpy( mtxsrc[0] , "GX_PNMTX0" );
strcpy( mtxsrc[1] , "GX_PNMTX1" );
strcpy( mtxsrc[2] , "GX_PNMTX2" );
strcpy( mtxsrc[3] , "GX_PNMTX3" );
strcpy( mtxsrc[4] , "GX_PNMTX4" );
strcpy( mtxsrc[5] , "GX_PNMTX5" );
strcpy( mtxsrc[6] , "GX_PNMTX6" );
strcpy( mtxsrc[7] , "GX_PNMTX7" );
strcpy( mtxsrc[8] , "GX_PNMTX8" );
strcpy( mtxsrc[9] , "GX_PNMTX9" );
strcpy( mtxsrc[10] , "GX_TEXMTX0" );
strcpy( mtxsrc[11] , "GX_TEXMTX1" );
strcpy( mtxsrc[12] , "GX_TEXMTX2" );
strcpy( mtxsrc[13] , "GX_TEXMTX3" );
strcpy( mtxsrc[14] , "GX_TEXMTX4" );
strcpy( mtxsrc[15] , "GX_TEXMTX5" );
strcpy( mtxsrc[16] , "GX_TEXMTX6" );
strcpy( mtxsrc[17] , "GX_TEXMTX7" );
strcpy( mtxsrc[18] , "GX_TEXMTX8" );
strcpy( mtxsrc[19] , "GX_TEXMTX9" );
strcpy( mtxsrc[20] , "GX_IDENTITY" );
strcpy( mtxsrc[21] , "GX_DTTMTX0" );
strcpy( mtxsrc[22] , "GX_DTTMTX1" );
strcpy( mtxsrc[23] , "GX_DTTMTX2" );
strcpy( mtxsrc[24] , "GX_DTTMTX3" );
strcpy( mtxsrc[25] , "GX_DTTMTX4" );
strcpy( mtxsrc[26] , "GX_DTTMTX5" );
strcpy( mtxsrc[27] , "GX_DTTMTX6" );
strcpy( mtxsrc[28] , "GX_DTTMTX7" );
strcpy( mtxsrc[29] , "GX_DTTMTX8" );
strcpy( mtxsrc[30] , "GX_DTTMTX9" );
strcpy( mtxsrc[31] , "GX_DTTMTX1" );
strcpy( mtxsrc[32] , "GX_DTTMTX1" );
strcpy( mtxsrc[33] , "GX_DTTMTX12" );
strcpy( mtxsrc[34] , "GX_DTTMTX13" );
strcpy( mtxsrc[35] , "GX_DTTMTX14" );
strcpy( mtxsrc[36] , "GX_DTTMTX15" );
strcpy( mtxsrc[37] , "GX_DTTMTX16" );
strcpy( mtxsrc[38] , "GX_DTTMTX17" );
strcpy( mtxsrc[39] , "GX_DTTMTX18" );
strcpy( mtxsrc[40] , "GX_DTTMTX19" );
strcpy( mtxsrc[41] , "GX_DTTIDENTITY" ); // actually 125 not 124
for ( o = 0 ; o < 4 ; o++ )
memset( tevcolor[o] , 0 , 20 );
strcpy( tevcolor[0] , "GX_CH_RED" );
strcpy( tevcolor[1] , "GX_CH_GREEN" );
strcpy( tevcolor[2] , "GX_CH_BLUE" );
strcpy( tevcolor[3] , "GX_CH_ALPHA" );
for ( o = 0 ; o < 2 ; o++ )
memset( matsrc[o] , 0 , 20 );
strcpy( matsrc[0] , "GX_SRC_REG" );
strcpy( matsrc[1] , "GX_SRC_VTX" );
for ( o = 0 ; o < 10 ; o++ )
memset( scale[o] , 0 , 20 );
strcpy( scale[0] , "GX_ITS_1" );
strcpy( scale[1] , "GX_ITS_2" );
strcpy( scale[2] , "GX_ITS_4" );
strcpy( scale[3] , "GX_ITS_8" );
strcpy( scale[4] , "GX_ITS_16" );
strcpy( scale[5] , "GX_ITS_32" );
strcpy( scale[6] , "GX_ITS_64" );
strcpy( scale[7] , "GX_ITS_128" );
strcpy( scale[8] , "GX_ITS_256" );
strcpy( scale[9] , "GX_MAX_ITSCALE" );
for ( o = 0 ; o < 8 ; o++ )
memset( compare[o] , 0 , 20 );
strcpy( compare[0] , "GX_NEVER" );
strcpy( compare[1] , "GX_LESS" );
strcpy( compare[2] , "GX_EQUAL" );
strcpy( compare[3] , "GX_LEQUAL" );
strcpy( compare[4] , "GX_GREATER" );
strcpy( compare[5] , "GX_NEQUAL" );
strcpy( compare[6] , "GX_GEQUAL" );
strcpy( compare[7] , "GX_ALWAYS" );
for ( o = 0 ; o < 5 ; o++ )
memset( aop[o] , 0 , 20 );
strcpy( aop[0] , "GX_AOP_AND" );
strcpy( aop[1] , "GX_AOP_OR" );
strcpy( aop[2] , "GX_AOP_XOR" );
strcpy( aop[3] , "GX_AOP_XNOR" );
strcpy( aop[4] , "GX_MAX_ALPHAOP" );
for ( o = 0 ; o < 5 ; o++ )
memset( blendmode[o] , 0 , 20 );
strcpy( blendmode[0] , "GX_BM_NONE" );
strcpy( blendmode[1] , "GX_BM_BLEND" );
strcpy( blendmode[2] , "GX_BM_LOGIC" );
strcpy( blendmode[3] , "GX_BM_SUBTRACT" );
strcpy( blendmode[4] , "GX_MAX_BLENDMODE" );
for ( o = 0 ; o < 8 ; o++ )
memset( blendfactor[o] , 0 , 20 );
strcpy( blendfactor[0] , "GX_BL_ZERO" );
strcpy( blendfactor[1] , "GX_BL_ONE" );
strcpy( blendfactor[2] , "GX_BL_SRCCLR" );
strcpy( blendfactor[3] , "GX_BL_INVSRCCLR" );
strcpy( blendfactor[4] , "GX_BL_SRCALPHA" );
strcpy( blendfactor[5] , "GX_BL_INVSRCALPHA" );
strcpy( blendfactor[6] , "GX_BL_DSTALPHA" );
strcpy( blendfactor[7] , "GX_BL_INVDSTALPHA" );
for ( o = 0 ; o < 16 ; o++ )
memset( logicop[o] , 0 , 20 );
strcpy( logicop[0] , "GX_LO_CLEAR" );
strcpy( logicop[1] , "GX_LO_AND" );
strcpy( logicop[2] , "GX_LO_REVAND" );
strcpy( logicop[3] , "GX_LO_COPY" );
strcpy( logicop[4] , "GX_LO_INVAND" );
strcpy( logicop[5] , "GX_LO_NOOP" );
strcpy( logicop[6] , "GX_LO_XOR" );
strcpy( logicop[7] , "GX_LO_OR" );
strcpy( logicop[8] , "GX_LO_NOR" );
strcpy( logicop[9] , "GX_LO_EQUIV" );
strcpy( logicop[10] , "GX_LO_INV" );
strcpy( logicop[11] , "GX_LO_REVOR" );
strcpy( logicop[12] , "GX_LO_INVCOPY" );
strcpy( logicop[13] , "GX_LO_INVOR" );
strcpy( logicop[14] , "GX_LO_NAND" );
strcpy( logicop[15] , "GX_LO_SET" );
for ( o = 0 ; o < 10 ; o++ )
memset( chanid[o] , 0 , 20 );
strcpy( chanid[0] , "GX_COLOR0" );
strcpy( chanid[1] , "GX_COLOR1" );
strcpy( chanid[2] , "GX_ALPHA0" );
strcpy( chanid[3] , "GX_ALPHA1" );
strcpy( chanid[4] , "GX_COLOR0A0" );
strcpy( chanid[5] , "GX_COLOR1A1" );
strcpy( chanid[6] , "GX_COLORZERO" );
strcpy( chanid[7] , "GX_BUMP" );
strcpy( chanid[8] , "GX_BUMPN" );
strcpy( chanid[9] , "GX_COLORNULL" );
for ( o = 0 ; o < 4 ; o++ )
memset( tevswapsel[o] , 0 , 20 );
strcpy( tevswapsel[0] , "GX_TEV_SWAP0" );
strcpy( tevswapsel[1] , "GX_TEV_SWAP1" );
strcpy( tevswapsel[2] , "GX_TEV_SWAP2" );
strcpy( tevswapsel[3] , "GX_TEV_SWAP3" );
}
static int FourCCsMatch(fourcc cc1, fourcc cc2)
{
int ret = 1;
ret &= (cc1[0] == cc2[0]);
ret &= (cc1[1] == cc2[1]);
ret &= (cc1[2] == cc2[2]);
ret &= (cc1[3] == cc2[3]);
return ret;
}
static void BRLYT_ReadDataFromMemoryX(void* destination, void* input, size_t size)
{
u8* out = (u8*)destination;
u8* in = ((u8*)input) + BRLYT_fileoffset;
memcpy(out, in, size);
}
static void BRLYT_ReadDataFromMemory(void* destination, void* input, size_t size)
{
BRLYT_ReadDataFromMemoryX(destination, input, size);
BRLYT_fileoffset += size;
}
float float_swap_bytes(float float1)
{
u8 *float1c; float1c = (u8*)&float1;
u8 charTemp = 0x00;
charTemp = float1c[0]; float1c[0] = float1c[3]; float1c[3] = charTemp;
charTemp = 0x00;
charTemp = float1c[1]; float1c[1] = float1c[2]; float1c[2] = charTemp;
float *newFloat; newFloat = (float*)float1c;
return *newFloat;
}
u32 bit_extract(u32 num, u32 start, u32 end)
{
if (end == 100) end = start;
u32 mask;
int first;
int firstMask = 1;
for (first=0;first<31-start+1;first++)
{
firstMask *= 2;
}
firstMask -= 1;
int secondMask = 1;
for (first=0;first< 31-end;first++)
{
secondMask *=2;
}
secondMask -= 1;
mask = firstMask - secondMask;
int ret = (num & mask) >> (31 - end);
return ret;
}
char* getMaterial(u16 offset)
{
if (offset == 0) return materials;
char *mat = materials + strlen(materials) + 1;
if (offset > 1)
{
int n;
for (n=1; n<offset;n++)
mat = mat + strlen(mat) + 1;
}
return mat;
}
char* getTexture(u16 offset)
{
if (offset == 0) return textures;
char *tex = textures + strlen(textures) + 1;
if (offset > 1)
{
int n;
for (n=1; n<offset;n++)
tex = tex + strlen(tex) + 1;
}
return tex;
}
u16 findMatOffset(char *mats)
{
int isEqual = 1;
char* mat = materials;
int i;
for (i = 0; isEqual != 0; )
{
isEqual = strcmp(mats, mat);
if (isEqual != 0) i++;
mat = mat + strlen(mat) + 1;
if( i == numberOfMaterials )
{
printf("ERROR: material not found: %s\n", mats);
exit(-1);
}
}
return i;
}
u16 findTexOffset(char *tex)
{
int isEqual = 1;
char* texs = textures;
int i;
for (i = 0; isEqual != 0; )
{
isEqual = strcmp(tex, texs);
if (isEqual != 0) i++;
texs = texs + strlen(texs) + 1;
if( i == numberOfTextures )
{
printf("ERROR: texture not found: %s\n", tex);
exit(-1);
}
}
return i;
}
int BRLYT_ReadEntries(u8* brlyt_file, size_t file_size, brlyt_header header, brlyt_entry* entries)
{
return 0;
}
void BRLYT_CheckHeaderSanity(brlyt_header header, size_t filesize)
{
if((header.magic[0] != 'R') || (header.magic[1] != 'L') || (header.magic[2] != 'Y') || (header.magic[3] != 'T')) {
printf("BRLYT magic doesn't match! %.4s\n", header.magic);
printf("magic: %.4s\n", header.magic);
exit(1);
}
if(header.endian != short_swap_bytes(0xFEFF)){
printf("BRLYT endian is not set for big\n");
printf("endian: %04x\n", short_swap_bytes(header.endian) );
exit(1);
}
if((header.version != short_swap_bytes(0x0008) )&&(header.version != short_swap_bytes(0x000a))){
printf("BRLYT version not right\n");
printf("version: %04x\n", short_swap_bytes(header.version) );
exit(1);
}
if(filesize != be32(header.filesize)) {
printf("BRLYT filesize doesn't match!\n");
exit(1);
}
}
void PrintBRLYTEntry_lyt1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
mxml_node_t *a;
mxml_node_t *size;
mxml_node_t *width;
mxml_node_t *height;
brlyt_lytheader_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_lytheader_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
a = mxmlNewElement(tag, "drawnFromMiddle"); mxmlNewTextf(a, 0, "%02x", data.drawnFromMiddle);
size = mxmlNewElement(tag, "size");
width = mxmlNewElement(size, "width"); mxmlNewTextf(width, 0, "%f", float_swap_bytes(data.width));
height = mxmlNewElement(size, "height"); mxmlNewTextf(height, 0,"%f", float_swap_bytes(data.height));
}
void PrintBRLYTEntry_grp1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
mxml_node_t *subs, *sub;
brlyt_group_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_group_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
mxmlElementSetAttrf(tag, "name", "%s", data.name);
if (short_swap_bytes(data.numsubs) > 0) subs = mxmlNewElement(tag, "subs");
int i;
for (i=0;i<short_swap_bytes(data.numsubs);i++)
{
char subb[16];
memset(subb, 0x00, 16);
BRLYT_ReadDataFromMemory(subb, brlyt_file, sizeof(subb));
sub = mxmlNewElement(subs, "sub"); mxmlNewTextf(sub, 0, "%.16s", subb);
}
}
void PrintBRLYTEntry_txl1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
mxml_node_t *entries;
mxml_node_t *naame;
brlyt_numoffs_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_numoffs_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
entries = mxmlNewElement(tag, "entries");
int pos = 4;
pos += data.offs;
int bpos = pos;
int n;
for (n=0;n<short_swap_bytes(data.num);n++)
{
brlyt_offsunk_chunk data2;
BRLYT_ReadDataFromMemory(&data2, brlyt_file, sizeof(brlyt_offsunk_chunk));
int tempLocation = BRLYT_fileoffset;
BRLYT_fileoffset = entry.data_location + bpos + be32(data2.offset);
int toRead = (be32(entry.length) + entry.data_location - 8) - BRLYT_fileoffset;
char nameRead[toRead];
BRLYT_ReadDataFromMemory(nameRead, brlyt_file, sizeof(nameRead));
char tpl = 0;
char *ending = memchr(nameRead, tpl, toRead);
int end = ending - nameRead;
char name[end+1];
memcpy(name, nameRead, sizeof(name));
naame = mxmlNewElement(entries, "name"); mxmlNewTextf(naame, 0, "%s", name);
BRLYT_fileoffset = tempLocation;
int newSize = lengthOfTextures+sizeof(name);
textures = realloc(textures, newSize);
numberOfTextures += 1;
memcpy(textures+lengthOfTextures, name, sizeof(name));
lengthOfTextures = newSize;
}
}
void PrintBRLYTEntry_fnl1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
mxml_node_t *entries;
mxml_node_t *naame;
brlyt_numoffs_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_numoffs_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
entries = mxmlNewElement(tag, "entries");
int pos = 4;
pos += data.offs;
int bpos = pos;
int n;
for (n=0;n<short_swap_bytes(data.num);n++)
{
brlyt_offsunk_chunk data2;
BRLYT_ReadDataFromMemory(&data2, brlyt_file, sizeof(brlyt_offsunk_chunk));
int tempLocation = BRLYT_fileoffset;
BRLYT_fileoffset = entry.data_location + bpos + be32(data2.offset);
int toRead = (be32(entry.length) + entry.data_location - 8) - BRLYT_fileoffset;
char nameRead[toRead];
BRLYT_ReadDataFromMemory(nameRead, brlyt_file, sizeof(nameRead));
char tpl = 0;
char *ending = memchr(nameRead, tpl, toRead);
int end = ending - nameRead;
char name[end+1];
memcpy(name, nameRead, sizeof(name));
naame = mxmlNewElement(entries, "name"); mxmlNewTextf(naame, 0, "%s", name);
BRLYT_fileoffset = tempLocation;
}
}
void PrintPane( brlyt_entry entry , u8* brlyt_file , mxml_node_t * tag )
{
mxml_node_t *flags, *origin, *alpha, *padding;
mxml_node_t *translate, *x, *y, *z;
mxml_node_t *rotate, *scale;
mxml_node_t *size, *width, *height;
brlyt_pane_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_pane_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
mxmlElementSetAttrf(tag, "name", "%s", data.name);
mxmlElementSetAttrf(tag, "userdata", "%s", data.userdata);
flags = mxmlNewElement(tag, "visible"); mxmlNewTextf(flags, 0, "%02x", data.flag1 & 0x1);
flags = mxmlNewElement(tag, "WidescreenAffected"); mxmlNewTextf(flags, 0, "%02x", (data.flag1 & 0x2)>>1);
flags = mxmlNewElement(tag, "flag"); mxmlNewTextf(flags, 0, "%02x", (data.flag1 & 0x4)>>2);
origin = mxmlNewElement(tag, "origin");
mxmlElementSetAttrf(origin, "x", "%s", originX[data.origin%3]);
mxmlElementSetAttrf(origin, "y", "%s", originY[data.origin/3]);
alpha = mxmlNewElement(tag, "alpha"); mxmlNewTextf(alpha, 0, "%02x", data.alpha);
padding = mxmlNewElement(tag, "padding"); mxmlNewTextf(padding, 0, "%02x", data.pad);
translate = mxmlNewElement(tag, "translate");
x = mxmlNewElement(translate, "x"); mxmlNewTextf(x, 0, "%.25f", float_swap_bytes(data.XTrans));
y = mxmlNewElement(translate, "y"); mxmlNewTextf(y, 0, "%.25f", float_swap_bytes(data.YTrans));
z = mxmlNewElement(translate, "z"); mxmlNewTextf(z, 0, "%.25f", float_swap_bytes(data.ZTrans));
rotate = mxmlNewElement(tag, "rotate");
x = mxmlNewElement(rotate, "x"); mxmlNewTextf(x, 0, "%.20f", float_swap_bytes(data.XRotate));
y = mxmlNewElement(rotate, "y"); mxmlNewTextf(y, 0, "%.20f", float_swap_bytes(data.YRotate));
z = mxmlNewElement(rotate, "z"); mxmlNewTextf(z, 0, "%.20f", float_swap_bytes(data.ZRotate));
scale = mxmlNewElement(tag, "scale");
x = mxmlNewElement(scale, "x"); mxmlNewTextf(x, 0, "%.10f", float_swap_bytes(data.XScale));
y = mxmlNewElement(scale, "y"); mxmlNewTextf(y, 0, "%.10f", float_swap_bytes(data.YScale));
size = mxmlNewElement(tag, "size");
width = mxmlNewElement(size, "width"); mxmlNewTextf(width, 0, "%f", float_swap_bytes(data.width));
height = mxmlNewElement(size, "height"); mxmlNewTextf(height, 0, "%f", float_swap_bytes(data.height));
}
void PrintBRLYTEntry_pan1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
PrintPane( entry , brlyt_file , tag );
}
void PrintBRLYTEntry_wnd1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
PrintPane( entry , brlyt_file , tag );
mxml_node_t *wndd, *unkk, *count, *offset1, *offset2, *padding;
int i, j;
brlyt_wnd wndy;
BRLYT_ReadDataFromMemory(&wndy, brlyt_file, sizeof(brlyt_wnd));
wndd = mxmlNewElement(tag, "wnd");
for(i=0;i<4;i++)
{
unkk = mxmlNewElement(wndd, "coordinate"); mxmlNewTextf(unkk, 0, "%f", float_swap_bytes(wndy.coords[i]));
}
count = mxmlNewElement(wndd, "FrameCount"); mxmlNewTextf(count, 0, "%02x", wndy.frame_count);
offset1 = mxmlNewElement(wndd, "offset1"); mxmlNewTextf(offset1, 0, "%08x", be32(wndy.offset1));
offset2 = mxmlNewElement(wndd, "offset2"); mxmlNewTextf(offset2, 0, "%08x", be32(wndy.offset2));
mxml_node_t *wnddd, *colors, *material;
brlyt_wnd1 wndy1;
BRLYT_ReadDataFromMemory(&wndy1, brlyt_file, sizeof(brlyt_wnd1));
wnddd = mxmlNewElement(tag, "wnd1");
for(i=0;i<4;i++)
{
colors = mxmlNewElement(wnddd, "color"); mxmlNewTextf(colors, 0, "%08x", int_swap_bytes(wndy1.colors[i]));
}
material = mxmlNewElement(wnddd, "material"); mxmlElementSetAttrf(material, "name", "%s", getMaterial(short_swap_bytes(wndy1.material)));
count = mxmlNewElement(wnddd, "CoordinateCount"); mxmlNewTextf(count, 0, "%02x", short_swap_bytes(wndy1.coordinate_count));
padding = mxmlNewElement(wnddd, "padding"); mxmlNewTextf(padding, 0, "%02x", short_swap_bytes(wndy1.padding));
mxml_node_t *wnddddd, *texcoord;
for ( i = 0 ; i < wndy1.coordinate_count ; i++ ){
brlyt_wnd3 wndy3;
BRLYT_ReadDataFromMemory(&wndy3, brlyt_file, sizeof(brlyt_wnd3));
wnddddd = mxmlNewElement(tag, "Coords");
for ( j = 0 ; j < 8 ; j++ ) {
texcoord = mxmlNewElement(wnddddd, "texcoord"); mxmlNewTextf(texcoord, 0, "%f", float_swap_bytes(wndy3.texcoords[j]));
}
}
mxml_node_t *wndddddd, *offsett;
brlyt_wnd4 wndy4;
for(i=0;i<wndy.frame_count;i++)
{
BRLYT_ReadDataFromMemory(&wndy4, brlyt_file, sizeof(brlyt_wnd4));
wndddddd = mxmlNewElement(tag, "wnd4");
offsett = mxmlNewElement(wndddddd, "offset"); mxmlNewTextf(offsett, 0, "%08x", be32(wndy4.offset));
}
mxml_node_t *wndmat, *matrl;
brlyt_wnd4_mat wndy4mat;
for(i=0;i<wndy.frame_count;i++)
{
BRLYT_ReadDataFromMemory(&wndy4mat, brlyt_file, sizeof(brlyt_wnd4_mat));
wndmat = mxmlNewElement(tag, "wnd4mat");
matrl = mxmlNewElement(wndmat, "material"); mxmlElementSetAttrf(matrl, "name", "%s", getMaterial(short_swap_bytes(wndy4mat.material)));
matrl = mxmlNewElement(wndmat, "index"); mxmlNewTextf(matrl, 0, "%02x", wndy4mat.index);
matrl = mxmlNewElement(wndmat, "padding"); mxmlNewTextf(matrl, 0, "%02x", wndy4mat.padding);
}
}
void PrintBRLYTEntry_usd1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
// DO SOMETHING COOL
mxml_node_t *usd, *val, *isworking, *stringg;
brlyt_usdstart_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_numoffs_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
int n = 0;
for (n=0;n<short_swap_bytes(data.string_count);n++)
{
u32 tempOffset = BRLYT_fileoffset;
brlyt_usdmain_chunk data2;
BRLYT_ReadDataFromMemory(&data2, brlyt_file, sizeof(brlyt_usdmain_chunk));
usd = mxmlNewElement(tag, "usdentry");
val = mxmlNewElement(usd, "unk5"); mxmlNewTextf(val, 0, "%04x", short_swap_bytes(data2.unk5));
val = mxmlNewElement(usd, "unk6"); mxmlNewTextf(val, 0, "%02x", data2.unk6);
val = mxmlNewElement(usd, "unk7"); mxmlNewTextf(val, 0, "%02x", data2.unk7);
BRLYT_fileoffset = tempOffset + be32(data2.is_working_offset);
u32 working;
BRLYT_ReadDataFromMemoryX(&working, brlyt_file, sizeof(u32));
isworking = mxmlNewElement(usd, "isWorking"); mxmlNewTextf(isworking, 0, "%08x", be32(working));
BRLYT_fileoffset = tempOffset + be32(data2.string_offset);
char string_name[8];
BRLYT_ReadDataFromMemoryX(string_name, brlyt_file, sizeof(char) * 8);
stringg = mxmlNewElement(usd, "string"); mxmlNewTextf(stringg, 0, "%s", string_name);
BRLYT_fileoffset = tempOffset + 0xC;
}
}
void PrintBRLYTEntry_bnd1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
PrintPane( entry , brlyt_file , tag );
}
void PrintBRLYTEntry_pic1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
PrintPane( entry , brlyt_file , tag );
brlyt_pic_chunk data2;
BRLYT_ReadDataFromMemory(&data2, brlyt_file, sizeof(brlyt_pic_chunk));
mxml_node_t *material, *color, *vtx, *coordinates, *set, *coord;
material = mxmlNewElement(tag, "material"); mxmlElementSetAttrf(material, "name", "%s", getMaterial(short_swap_bytes(data2.mat_num)));
color = mxmlNewElement(tag, "colors");
vtx = mxmlNewElement(color, "vtxColorTL");
mxmlElementSetAttrf( vtx , "r" , "%02x" , ( be32(data2.vtx_colors[0]) >> 24 ) & 0xff );
mxmlElementSetAttrf( vtx , "g" , "%02x" , ( be32(data2.vtx_colors[0]) >> 16 ) & 0xff );
mxmlElementSetAttrf( vtx , "b" , "%02x" , ( be32(data2.vtx_colors[0]) >> 8 ) & 0xff );
mxmlElementSetAttrf( vtx , "a" , "%02x" , ( be32(data2.vtx_colors[0]) >> 0 ) & 0xff );
vtx = mxmlNewElement(color, "vtxColorTR");
mxmlElementSetAttrf( vtx , "r" , "%02x" , ( be32(data2.vtx_colors[1]) >> 24 ) & 0xff );
mxmlElementSetAttrf( vtx , "g" , "%02x" , ( be32(data2.vtx_colors[1]) >> 16 ) & 0xff );
mxmlElementSetAttrf( vtx , "b" , "%02x" , ( be32(data2.vtx_colors[1]) >> 8 ) & 0xff );
mxmlElementSetAttrf( vtx , "a" , "%02x" , ( be32(data2.vtx_colors[1]) >> 0 ) & 0xff );
vtx = mxmlNewElement(color, "vtxColorBL");
mxmlElementSetAttrf( vtx , "r" , "%02x" , ( be32(data2.vtx_colors[2]) >> 24 ) & 0xff );
mxmlElementSetAttrf( vtx , "g" , "%02x" , ( be32(data2.vtx_colors[2]) >> 16 ) & 0xff );
mxmlElementSetAttrf( vtx , "b" , "%02x" , ( be32(data2.vtx_colors[2]) >> 8 ) & 0xff );
mxmlElementSetAttrf( vtx , "a" , "%02x" , ( be32(data2.vtx_colors[2]) >> 0 ) & 0xff );
vtx = mxmlNewElement(color, "vtxColorBR");
mxmlElementSetAttrf( vtx , "r" , "%02x" , ( be32(data2.vtx_colors[3]) >> 24 ) & 0xff );
mxmlElementSetAttrf( vtx , "g" , "%02x" , ( be32(data2.vtx_colors[3]) >> 16 ) & 0xff );
mxmlElementSetAttrf( vtx , "b" , "%02x" , ( be32(data2.vtx_colors[3]) >> 8 ) & 0xff );
mxmlElementSetAttrf( vtx , "a" , "%02x" , ( be32(data2.vtx_colors[3]) >> 0 ) & 0xff );
coordinates = mxmlNewElement(tag, "coordinates");
int n;
for (n=0;n<data2.num_texcoords;n++)
{
float texcoords[8];
BRLYT_ReadDataFromMemory(texcoords, brlyt_file, sizeof(texcoords));
set = mxmlNewElement(coordinates, "set");
coord = mxmlNewElement(set, "coordTL");
mxmlElementSetAttrf( coord , "s" , "%f" , float_swap_bytes(texcoords[0]) );
mxmlElementSetAttrf( coord , "t" , "%f" , float_swap_bytes(texcoords[1]) );
coord = mxmlNewElement(set, "coordTR");
mxmlElementSetAttrf( coord , "s" , "%f" , float_swap_bytes(texcoords[2]) );
mxmlElementSetAttrf( coord , "t" , "%f" , float_swap_bytes(texcoords[3]) );
coord = mxmlNewElement(set, "coordBL");
mxmlElementSetAttrf( coord , "s" , "%f" , float_swap_bytes(texcoords[4]) );
mxmlElementSetAttrf( coord , "t" , "%f" , float_swap_bytes(texcoords[5]) );
coord = mxmlNewElement(set, "coordBR");
mxmlElementSetAttrf( coord , "s" , "%f" , float_swap_bytes(texcoords[6]) );
mxmlElementSetAttrf( coord , "t" , "%f" , float_swap_bytes(texcoords[7]) );
}
}
void PrintBRLYTEntry_txt1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
PrintPane( entry , brlyt_file , tag );
mxml_node_t *length, *material, *font, *xsize, *ysize, *charsize, *linesize, *alignment, *unkk, *color1, *color2, *text;
brlyt_text_chunk data2;
BRLYT_ReadDataFromMemory(&data2, brlyt_file, sizeof(brlyt_text_chunk));
u8 texty[short_swap_bytes(data2.len2)];
memcpy(texty, &brlyt_file[BRLYT_fileoffset], short_swap_bytes(data2.len2));
length = mxmlNewElement(tag, "length"); mxmlNewTextf(length, 0, "%04x-%04x", short_swap_bytes(data2.len2), short_swap_bytes(data2.len2));
material = mxmlNewElement(tag, "material"); mxmlElementSetAttrf(material, "name", "%s", getMaterial(short_swap_bytes(data2.mat_num)));
font = mxmlNewElement(tag, "font"); mxmlElementSetAttrf(font, "index", "%d", short_swap_bytes(data2.font_idx));
xsize = mxmlNewElement(font, "xsize"); mxmlNewTextf(xsize, 0, "%f", float_swap_bytes(data2.font_size_x));
ysize = mxmlNewElement(font, "ysize"); mxmlNewTextf(ysize, 0, "%f", float_swap_bytes(data2.font_size_y));
charsize = mxmlNewElement(font, "charsize"); mxmlNewTextf(charsize, 0, "%f", float_swap_bytes(data2.char_space));
linesize = mxmlNewElement(font, "linesize"); mxmlNewTextf(linesize, 0, "%f", float_swap_bytes(data2.line_space));
alignment = mxmlNewElement(font, "alignment");
mxmlElementSetAttrf(alignment, "x", "%s", originX[data2.alignment%3]);
mxmlElementSetAttrf(alignment, "y", "%s", originY[data2.alignment/3]);
unkk = mxmlNewElement(font, "whatAmI"); mxmlNewTextf(unkk, 0, "%02x", data2.unk_char);
color1 = mxmlNewElement(tag, "topcolor");// mxmlNewTextf(color1, 0, "%08x", be32(data2.color1) );
mxmlElementSetAttrf(color1, "r", "%02x", ( be32(data2.color1) >> 24 ) & 0xff );
mxmlElementSetAttrf(color1, "g", "%02x", ( be32(data2.color1) >> 16 ) & 0xff );
mxmlElementSetAttrf(color1, "b", "%02x", ( be32(data2.color1) >> 8 ) & 0xff );
mxmlElementSetAttrf(color1, "a", "%02x", ( be32(data2.color1) >> 0 ) & 0xff );
color2 = mxmlNewElement(tag, "bottomcolor");// mxmlNewTextf(color2, 0, "%08x", be32(data2.color2) );
mxmlElementSetAttrf(color2, "r", "%02x", ( be32(data2.color2) >> 24 ) & 0xff );
mxmlElementSetAttrf(color2, "g", "%02x", ( be32(data2.color2) >> 16 ) & 0xff );
mxmlElementSetAttrf(color2, "b", "%02x", ( be32(data2.color2) >> 8 ) & 0xff );
mxmlElementSetAttrf(color2, "a", "%02x", ( be32(data2.color2) >> 0 ) & 0xff );
// int q; for(q=0;q<short_swap_bytes(data2.len2);q++) printf("%02x", texty[q]); // S T U P I D U T F 1 6 T E X T
u8 textbuffer[4096];
int q; for(q=0;q<short_swap_bytes(data2.len2);q++) sprintf((char*)&textbuffer[q*2], "%02x", texty[q]);
text = mxmlNewElement(tag, "text"); mxmlNewTextf(text, 0, "%s", textbuffer);
}
void PrintBRLYTEntry_mat1(brlyt_entry entry, u8* brlyt_file, mxml_node_t *tag)
{
mxml_node_t *entries, *colors, *forecolor, *backcolor, *unk2, *tev_k;
// mxml_node_t * flags;
brlyt_numoffs_chunk data;
BRLYT_fileoffset = entry.data_location;
BRLYT_ReadDataFromMemory(&data, brlyt_file, sizeof(brlyt_numoffs_chunk));
mxmlElementSetAttrf(tag, "type", "%.4s", entry.magic);
int n = 0;
for (n=0;n<short_swap_bytes(data.num);n++)
{
int offset;
BRLYT_ReadDataFromMemory(&offset, brlyt_file, sizeof(offset));
int tempDataLocation = BRLYT_fileoffset;
BRLYT_fileoffset = entry.data_location + be32(offset) - 8;
brlyt_material_chunk data3;
BRLYT_ReadDataFromMemory(&data3, brlyt_file, sizeof(brlyt_material_chunk));
u32 flaggs = be32(data3.flags);
entries = mxmlNewElement(tag, "entries"); mxmlElementSetAttrf(entries, "name", "%s", data3.name);
colors = mxmlNewElement(entries, "colors");
forecolor = mxmlNewElement(colors, "forecolor");
mxmlElementSetAttrf(forecolor, "r", "%d", short_swap_bytes(data3.forecolor[0]));
mxmlElementSetAttrf(forecolor, "g", "%d", short_swap_bytes(data3.forecolor[1]));
mxmlElementSetAttrf(forecolor, "b", "%d", short_swap_bytes(data3.forecolor[2]));
mxmlElementSetAttrf(forecolor, "a", "%d", short_swap_bytes(data3.forecolor[3]));
backcolor = mxmlNewElement(colors, "backcolor");
mxmlElementSetAttrf(backcolor, "r", "%d", short_swap_bytes(data3.backcolor[0]));
mxmlElementSetAttrf(backcolor, "g", "%d", short_swap_bytes(data3.backcolor[1]));
mxmlElementSetAttrf(backcolor, "b", "%d", short_swap_bytes(data3.backcolor[2]));
mxmlElementSetAttrf(backcolor, "a", "%d", short_swap_bytes(data3.backcolor[3]));
unk2 = mxmlNewElement(colors, "colorReg3");
mxmlElementSetAttrf(unk2, "r", "%d", short_swap_bytes(data3.colorReg3[0]));
mxmlElementSetAttrf(unk2, "g", "%d", short_swap_bytes(data3.colorReg3[1]));
mxmlElementSetAttrf(unk2, "b", "%d", short_swap_bytes(data3.colorReg3[2]));
mxmlElementSetAttrf(unk2, "a", "%d", short_swap_bytes(data3.colorReg3[3]));
tev_k = mxmlNewElement(colors, "tev_k1");
mxmlElementSetAttrf(tev_k, "r", "%02x", ( be32(data3.tev_kcolor[0]) >> 24 ) & 0xff );
mxmlElementSetAttrf(tev_k, "g", "%02x", ( be32(data3.tev_kcolor[0]) >> 16 ) & 0xff );
mxmlElementSetAttrf(tev_k, "b", "%02x", ( be32(data3.tev_kcolor[0]) >> 8 ) & 0xff );
mxmlElementSetAttrf(tev_k, "a", "%02x", ( be32(data3.tev_kcolor[0]) >> 0 ) & 0xff );
tev_k = mxmlNewElement(colors, "tev_k2");
mxmlElementSetAttrf(tev_k, "r", "%02x", ( be32(data3.tev_kcolor[1]) >> 24 ) & 0xff );
mxmlElementSetAttrf(tev_k, "g", "%02x", ( be32(data3.tev_kcolor[1]) >> 16 ) & 0xff );
mxmlElementSetAttrf(tev_k, "b", "%02x", ( be32(data3.tev_kcolor[1]) >> 8 ) & 0xff );
mxmlElementSetAttrf(tev_k, "a", "%02x", ( be32(data3.tev_kcolor[1]) >> 0 ) & 0xff );
tev_k = mxmlNewElement(colors, "tev_k3");
mxmlElementSetAttrf(tev_k, "r", "%02x", ( be32(data3.tev_kcolor[2]) >> 24 ) & 0xff );
mxmlElementSetAttrf(tev_k, "g", "%02x", ( be32(data3.tev_kcolor[2]) >> 16 ) & 0xff );
mxmlElementSetAttrf(tev_k, "b", "%02x", ( be32(data3.tev_kcolor[2]) >> 8 ) & 0xff );
mxmlElementSetAttrf(tev_k, "a", "%02x", ( be32(data3.tev_kcolor[2]) >> 0 ) & 0xff );
tev_k = mxmlNewElement(colors, "tev_k4");
mxmlElementSetAttrf(tev_k, "r", "%02x", ( be32(data3.tev_kcolor[3]) >> 24 ) & 0xff );
mxmlElementSetAttrf(tev_k, "g", "%02x", ( be32(data3.tev_kcolor[3]) >> 16 ) & 0xff );
mxmlElementSetAttrf(tev_k, "b", "%02x", ( be32(data3.tev_kcolor[3]) >> 8 ) & 0xff );
mxmlElementSetAttrf(tev_k, "a", "%02x", ( be32(data3.tev_kcolor[3]) >> 0 ) & 0xff );
//flags = mxmlNewElement(entries, "flags"); mxmlNewTextf(flags, 0, "%08x", be32(data3.flags));
int newSize = lengthOfMaterials+strlen(data3.name)+1;
materials = realloc(materials, newSize);
numberOfMaterials += 1;
memcpy(materials+lengthOfMaterials, data3.name, 1+strlen(data3.name));
lengthOfMaterials = newSize;
mxml_node_t *texture, *wrap_t, *wrap_s;
int n;
for (n=0;n<bit_extract(flaggs, 28,31);n++)
{
brlyt_texref_chunk data4;
BRLYT_ReadDataFromMemory(&data4, brlyt_file, sizeof(brlyt_texref_chunk));
int tplOffset = short_swap_bytes(data4.tex_offs);
texture = mxmlNewElement(entries, "texture"); mxmlElementSetAttrf(texture, "name", "%s", getTexture(tplOffset));
wrap_s = mxmlNewElement(texture, "wrap_s");
mxmlNewTextf(wrap_s, 0, "%s", wraps[data4.wrap_s]);
wrap_t = mxmlNewElement(texture, "wrap_t");
mxmlNewTextf(wrap_t, 0, "%s", wraps[data4.wrap_t]);
}
mxml_node_t *tex_coords, *dataa;
// # 0x14 * flags[24-27], followed by
for (n=0;n<bit_extract(flaggs, 24,27);n++)
{
brlyt_tex_srt data4;
BRLYT_ReadDataFromMemory(&data4, brlyt_file, sizeof(brlyt_tex_srt));
tex_coords = mxmlNewElement(entries, "TextureSRT");
dataa = mxmlNewElement(tex_coords, "XTrans"); mxmlNewTextf(dataa, 0, "%.10f", float_swap_bytes(data4.XTrans));
dataa = mxmlNewElement(tex_coords, "YTrans"); mxmlNewTextf(dataa, 0, "%.10f", float_swap_bytes(data4.YTrans));
dataa = mxmlNewElement(tex_coords, "Rotate"); mxmlNewTextf(dataa, 0, "%.10f", float_swap_bytes(data4.Rotate));
dataa = mxmlNewElement(tex_coords, "XScale"); mxmlNewTextf(dataa, 0, "%.10f", float_swap_bytes(data4.XScale));
dataa = mxmlNewElement(tex_coords, "YScale"); mxmlNewTextf(dataa, 0, "%.10f", float_swap_bytes(data4.YScale));
}
mxml_node_t *ua3;
//# 4*flags[20-23], followed by
for (n=0;n<bit_extract(flaggs, 20,23);n++)
{
brlyt_tex_coordgen data4;
BRLYT_ReadDataFromMemory(&data4, brlyt_file, sizeof(brlyt_tex_coordgen));
ua3 = mxmlNewElement(entries, "CoordGen");
dataa = mxmlNewElement(ua3, "tgen_type");
mxmlNewTextf(dataa, 0, "%s", tgen_types[data4.tgen_type]);
dataa = mxmlNewElement(ua3, "tgen_src");
mxmlNewTextf(dataa, 0, "%s", tgen_src[data4.tgen_src]);
dataa = mxmlNewElement(ua3, "MatrixSource");
mxmlNewTextf(dataa, 0, "%s", mtxsrc[data4.mtxsrc/3]);
dataa = mxmlNewElement(ua3, "padding"); mxmlNewTextf(dataa, 0, "%02x", data4.padding);
}
mxml_node_t *ua4;
//# 4 * flags[6]
for (n=0;n<bit_extract(flaggs, 6,100);n++)
{
brlyt_tex_chanctrl data4;
BRLYT_ReadDataFromMemory(&data4, brlyt_file, sizeof(brlyt_tex_chanctrl));
ua4 = mxmlNewElement(entries, "ChanControl");
dataa = mxmlNewElement(ua4, "ColorMatSource");
mxmlNewTextf(dataa, 0, "%s", matsrc[data4.color_matsrc]);
dataa = mxmlNewElement(ua4, "AlphaMatSource");
mxmlNewTextf(dataa, 0, "%s", matsrc[data4.alpha_matsrc]);
dataa = mxmlNewElement(ua4, "Padding1");
mxmlNewTextf(dataa, 0, "%02x", data4.padding1);
dataa = mxmlNewElement(ua4, "Padding2");
mxmlNewTextf(dataa, 0, "%02x", data4.padding2);
}
mxml_node_t *ua5;
//# 4 * flags[4]
for (n=0;n<bit_extract(flaggs, 4,100);n++)
{
brlyt_tex_matcol data4;
BRLYT_ReadDataFromMemory(&data4, brlyt_file, sizeof(brlyt_tex_matcol));
ua5 = mxmlNewElement(entries, "MaterialColor");
dataa = mxmlNewElement(ua5, "red"); mxmlNewTextf(dataa, 0, "%02x", data4.red);
dataa = mxmlNewElement(ua5, "green"); mxmlNewTextf(dataa, 0, "%02x", data4.green);
dataa = mxmlNewElement(ua5, "blue"); mxmlNewTextf(dataa, 0, "%02x", data4.blue);
dataa = mxmlNewElement(ua5, "alpha"); mxmlNewTextf(dataa, 0, "%02x", data4.alpha);
}
mxml_node_t *ua6;
//# 4 * flags[19]
for (n=0;n<bit_extract(flaggs, 19,100);n++)
{
brlyt_tev_swapmodetable data4;
BRLYT_ReadDataFromMemory(&data4, brlyt_file, sizeof(brlyt_tev_swapmodetable));
ua6 = mxmlNewElement(entries, "TevSwapModeTable");
dataa = mxmlNewElement(ua6, "OneRed");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.one & 0x03) >> 0] );
dataa = mxmlNewElement(ua6, "OneGreen");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.one & 0x0C) >> 2] );
dataa = mxmlNewElement(ua6, "OneBlue");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.one & 0x30) >> 4] );
dataa = mxmlNewElement(ua6, "OneAlpha");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.one & 0xC0) >> 6] );
dataa = mxmlNewElement(ua6, "TwoRed");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.two & 0x03) >> 0] );
dataa = mxmlNewElement(ua6, "TwoGreen");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.two & 0x0C) >> 2] );
dataa = mxmlNewElement(ua6, "TwoBlue");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.two & 0x30) >> 4] );
dataa = mxmlNewElement(ua6, "TwoAlpha");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.two & 0xC0) >> 6] );
dataa = mxmlNewElement(ua6, "ThreeRed");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.three & 0x03) >> 0] );
dataa = mxmlNewElement(ua6, "ThreeGreen");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.three & 0x0C) >> 2] );
dataa = mxmlNewElement(ua6, "ThreeBlue");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.three & 0x30) >> 4] );
dataa = mxmlNewElement(ua6, "ThreeAlpha");
mxmlNewTextf(dataa, 0, "%s", tevcolor[(data4.three & 0xC0) >> 6] );