void trpgrImageHelper::Init(trpgEndian inNess,char *inDir,
const trpgMatTable &inMatTable,const trpgTexTable &inTexTable,bool separateGeoTyp)
{
ness = inNess;
strcpy(dir,inDir);
this->separateGeoTyp = separateGeoTyp;
matTable = &inMatTable;
texTable = &inTexTable;
// Set up the texture cache
// It doesn't do anything until it's called anyway
char fullBase[1024];
sprintf(fullBase,"%s" PATHSEPERATOR "texFile",dir);
texCache = GetNewRAppFileCache(fullBase,"txf");
if(separateGeoTyp) {
sprintf(fullBase,"%s" PATHSEPERATOR "geotypFile",dir);
geotypCache = GetNewRAppFileCache(fullBase,"txf");
}
else {
geotypCache = texCache;
}
}
// Read Header
// Run through the rest of the header information
bool trpgr_Archive::ReadHeader(bool readAllBlocks)
{
int ret;
if (!fp || headerRead)
return false;
headerRead = true;
// Next int64 should be the header size
trpgEndian cpuNess = trpg_cpu_byte_order();
int32 headerSize;
if (fread(&headerSize,sizeof(int32),1,fp) != 1)
return false;
if (ness != cpuNess)
headerSize = trpg_byteswap_int(headerSize);
int headLen = headerSize;
if (headLen < 0)
return false;
// Read in the header whole
trpgMemReadBuffer buf(ness);
buf.SetLength(headLen);
char *data = buf.GetDataPtr();
if ((ret = GetHeaderData(data,headLen,fp)) != headLen)
return false;
// Set up a parser
// Catch the tables we need for the archive
trpgMatTable1_0 oldMatTable;
trpgTexTable1_0 oldTexTable;
trpgr_Parser parser;
parser.AddCallback(TRPGHEADER,&header);
parser.AddCallback(TRPGMATTABLE,&materialTable); // Went back to oldest style for 2.0
parser.AddCallback(TRPGMATTABLE2,&oldMatTable); // Added 11-14-98 (1.0 material table)
parser.AddCallback(TRPGTEXTABLE,&oldTexTable);
parser.AddCallback(TRPGTEXTABLE2,&texTable); // Added for 2.0
parser.AddCallback(TRPGMODELTABLE,&modelTable);
parser.AddCallback(TRPGLIGHTTABLE,&lightTable); // Added for 2.0
parser.AddCallback(TRPGRANGETABLE,&rangeTable); // Added for 2.0
parser.AddCallback(TRPG_TEXT_STYLE_TABLE,&textStyleTable); // Added for 2.1
parser.AddCallback(TRPG_SUPPORT_STYLE_TABLE,&supportStyleTable);
parser.AddCallback(TRPG_LABEL_PROPERTY_TABLE,&labelPropertyTable);
// Don't read the tile table for v1.0 archives
// It's only really used for 2.0 archives
parser.AddCallback(TRPGTILETABLE2,&tileTable);
// Parse the buffer
if (!parser.Parse(buf))
return false;
if(header.GetIsMaster())
{
// bool firstBlock = true;
//if the master has textures, we want to use them instead of the tables in the
//block archives
// int numTiles = 0;
//tileTable.
int totalrows,totalcols;
trpg2dPoint mhdr_swExtents;
trpg2dPoint mhdr_neExtents;
trpg3dPoint mhdr_Origin;
// integrate header information from the block header.
header.GetExtents(mhdr_swExtents,mhdr_neExtents);
header.GetOrigin(mhdr_Origin);
header.GetBlocks(totalrows,totalcols);
if(readAllBlocks) {
for(int row=0;row<totalrows;row++) {
for(int col=0;col<totalcols;col++) {
// Read each block -- Warning, this can take a while!!!
ReadSubArchive( row, col, cpuNess);
}
}
}
else {
ReadSubArchive( 0, 0, cpuNess);//Get the first archive!
}
}
tileTable.SetCurrentBlock(-1,-1,false);
// 1.0 Compatibility
// If we see an older style material table, convert it to the new style
// This isn't terribly memory efficient, but it does work
if (oldMatTable.isValid())
materialTable = oldMatTable;
if (oldTexTable.isValid())
texTable = oldTexTable;
// Set up a tile cache, if needed
trpgTileTable::TileMode tileMode;
tileTable.GetMode(tileMode);
if (tileMode == trpgTileTable::Local) {
if (tileCache) delete tileCache;
char fullBase[1060];
sprintf(fullBase,"%s" PATHSEPERATOR "tileFile",dir);
tileCache = GetNewRAppFileCache(fullBase,"tpf");
}
valid = true;
return true;
}
