void MapReader1701::read_background(CMap& map, BinaryFile& mapfile)
{
//Read in background to use
mapfile.read_string_long(map.szBackgroundFile, 128);
for (short iBackground = 0; iBackground < 26; iBackground++) {
const char * szFindUnderscore = strstr(g_szBackgroundConversion[iBackground], "_");
// All items must have an underscore in g_szBackgroundConversion
assert(szFindUnderscore);
szFindUnderscore++;
if (!strcmp(szFindUnderscore, map.szBackgroundFile)) {
assert(strlen(g_szBackgroundConversion[iBackground]) <= 128);
strcpy(map.szBackgroundFile, g_szBackgroundConversion[iBackground]);
}
}
}
void MapReader1800::read_tileset(BinaryFile& mapfile)
{
//Load tileset information
short iNumTilesets = (short)mapfile.read_i32();
TilesetTranslation * translation = new TilesetTranslation[iNumTilesets];
iMaxTilesetID = 0; //Figure out how big the translation array needs to be
for (short iTileset = 0; iTileset < iNumTilesets; iTileset++) {
short iTilesetID = mapfile.read_i32();
translation[iTileset].iID = iTilesetID;
if (iTilesetID > iMaxTilesetID)
iMaxTilesetID = iTilesetID;
mapfile.read_string_long(translation[iTileset].szName, 128);
}
translationid = new short[iMaxTilesetID + 1];
tilesetwidths = new short[iMaxTilesetID + 1];
tilesetheights = new short[iMaxTilesetID + 1];
for (short iTileset = 0; iTileset < iNumTilesets; iTileset++) {
short iID = translation[iTileset].iID;
translationid[iID] = g_tilesetmanager->GetIndexFromName(translation[iTileset].szName);
if (translationid[iID] == TILESETUNKNOWN) {
tilesetwidths[iID] = 1;
tilesetheights[iID] = 1;
} else {
tilesetwidths[iID] = g_tilesetmanager->GetTileset(translationid[iID])->GetWidth();
tilesetheights[iID] = g_tilesetmanager->GetTileset(translationid[iID])->GetHeight();
}
}
delete [] translation;
}
void MapReader1702::read_background(CMap& map, BinaryFile& mapfile)
{
//Read in background to use
mapfile.read_string_long(map.szBackgroundFile, 128);
}