void LoadedMap::loadTiles(XMLElement *element, TileSet *target)
{
Logger.logMessage(LOG_STATE, LOG_MAP, "LoadedMap::loadTiles start\n");
assert(target);
while(element != NULL)
{
Tile parsed_tile;
stringstream tile_id (element->Attribute(XML_TILE_ID.c_str()));
tile_id >> parsed_tile.id;
string tile_terrains = element->Attribute(XML_TILE_TERRAIN.c_str());
mapTilesToTerrainPointers(tile_terrains, target, &parsed_tile);
target->tiles.push_back(parsed_tile);
element = element->NextSiblingElement();
}
Logger.logMessage(LOG_DEBUG, LOG_MAP, "LoadedMap::loadTiles: Loaded %d tiles for %s\n",
target->tiles.size(), target->name.c_str());
Logger.logMessage(LOG_STATE, LOG_MAP, "LoadedMap::loadTiles start end\n");
}
void set_slope2d( int id1 , int id2 )
{
tile_id( id1 , id2 );
m_tile[id1].is_slope = true;
m_tile[id2].is_slope = true;
m_tile[id1].slope_type = SLOPE_2_D_1;
m_tile[id2].slope_type = SLOPE_2_D_2;
}
void set_slope4u( int id1 , int id2, int id3 , int id4 )
{
tile_id( id1 , id2 , id3 , id4 );
m_tile[id1].is_slope = true;
m_tile[id2].is_slope = true;
m_tile[id3].is_slope = true;
m_tile[id4].is_slope = true;
m_tile[id1].slope_type = SLOPE_4_U_1;
m_tile[id2].slope_type = SLOPE_4_U_2;
m_tile[id3].slope_type = SLOPE_4_U_3;
m_tile[id4].slope_type = SLOPE_4_U_4;
}
void set_wall( int id )
{
tile_id( id );
m_tile[id].is_wall = true;
}
void set_spike( int id )
{
tile_id( id );
m_tile[id].is_wall = true;
m_tile[id].is_spike = true;
}
void set_pit( int id )
{
tile_id( id );
m_tile[id].is_pit = true;
}
