void MapReader1700::read_warp_locations(CMap& map, BinaryFile& mapfile)
{
for (unsigned short j = 0; j < MAPHEIGHT; j++) {
for (unsigned short i = 0; i < MAPWIDTH; i++) {
TileType iType = (TileType)mapfile.read_i32();
if (iType >= 0 && iType < NUMTILETYPES) {
map.mapdatatop[i][j].iType = iType;
map.mapdatatop[i][j].iFlags = g_iTileTypeConversion[iType];
} else {
map.mapdatatop[i][j].iType = tile_nonsolid;
map.mapdatatop[i][j].iFlags = tile_flag_nonsolid;
}
map.warpdata[i][j].direction = (WarpEnterDirection)mapfile.read_i32();
map.warpdata[i][j].connection = (short)mapfile.read_i32();
map.warpdata[i][j].id = (short)mapfile.read_i32();
for (short sType = 0; sType < 6; sType += 5)
map.nospawn[sType][i][j] = mapfile.read_i32() == 0 ? false : true;
//Copy player no spawn areas into team no spawn areas
for (short sType = 1; sType < 5; sType++)
map.nospawn[sType][i][j] = map.nospawn[0][i][j];
}
}
}
void MapReader1700::read_platforms(CMap& map, BinaryFile& mapfile, bool fPreview)
{
map.clearPlatforms();
//Load moving platforms
map.iNumPlatforms = (short)mapfile.read_i32();
map.platforms = new MovingPlatform*[map.iNumPlatforms];
for (short iPlatform = 0; iPlatform < map.iNumPlatforms; iPlatform++) {
short iWidth = (short)mapfile.read_i32();
short iHeight = (short)mapfile.read_i32();
TilesetTile ** tiles = new TilesetTile*[iWidth];
MapTile ** types = new MapTile*[iWidth];
read_platform_tiles(map, mapfile, iWidth, iHeight, tiles, types);
short iDrawLayer = 2;
//printf("Layer: %d\n", iDrawLayer);
short iPathType = 0;
//printf("PathType: %d\n", iPathType);
MovingPlatformPath* path = NULL;
path = read_platform_path_details(mapfile, iPathType, fPreview);
if (!path)
continue;
MovingPlatform * platform = new MovingPlatform(tiles, types, iWidth, iHeight, iDrawLayer, path, fPreview);
map.platforms[iPlatform] = platform;
map.platformdrawlayer[iDrawLayer].push_back(platform);
}
}
void MapReader1802::read_eyecandy(CMap& map, BinaryFile& mapfile)
{
//Read in eyecandy to use
//For all layers if the map format supports it
map.eyecandy[0] = (short)mapfile.read_i32();
map.eyecandy[1] = (short)mapfile.read_i32();
map.eyecandy[2] = (short)mapfile.read_i32();
}
void MapReader1800::read_items(CMap& map, BinaryFile& mapfile)
{
//Load map items (like carryable spikes and springs)
map.iNumMapItems = mapfile.read_i32();
for (short j = 0; j < map.iNumMapItems; j++) {
map.mapitems[j].itype = mapfile.read_i32();
map.mapitems[j].ix = mapfile.read_i32();
map.mapitems[j].iy = mapfile.read_i32();
}
}
void MapReader1800::read_gamemode_settings(CMap& map, BinaryFile& mapfile)
{
//read mode item locations like flags and race goals
map.iNumRaceGoals = (short)mapfile.read_i32();
for (unsigned short j = 0; j < map.iNumRaceGoals; j++) {
map.racegoallocations[j].x = (short)mapfile.read_i32();
map.racegoallocations[j].y = (short)mapfile.read_i32();
}
map.iNumFlagBases = (short)mapfile.read_i32();
for (unsigned short j = 0; j < map.iNumFlagBases; j++) {
map.flagbaselocations[j].x = (short)mapfile.read_i32();
map.flagbaselocations[j].y = (short)mapfile.read_i32();
}
}
void MapReader1500::read_tiles(CMap& map, BinaryFile& mapfile)
{
unsigned short i, j;
// 2. load map data
for (j = 0; j < MAPHEIGHT; j++) {
for (i = 0; i < MAPWIDTH; i++) {
//Read everything into layer 1
short iTileID = (short)mapfile.read_i32();
TilesetTile * tile = &map.mapdata[i][j][1];
tile->iID = g_tilesetmanager->GetClassicTilesetIndex();
tile->iCol = iTileID % 32;
tile->iRow = iTileID / 32;
TileType iType = g_tilesetmanager->GetClassicTileset()->GetTileType(tile->iCol, tile->iRow);
if (iType >= 0 && iType < NUMTILETYPES) {
map.mapdatatop[i][j].iType = iType;
map.mapdatatop[i][j].iFlags = g_iTileTypeConversion[iType];
} else {
map.mapdatatop[i][j].iType = tile_nonsolid;
map.mapdatatop[i][j].iFlags = tile_flag_nonsolid;
}
map.mapdata[i][j][0].iID = TILESETNONE;
map.mapdata[i][j][2].iID = TILESETNONE;
map.mapdata[i][j][3].iID = TILESETNONE;
}
}
// 3. load objects data
for (j = 0; j < MAPHEIGHT; j++) {
for (i = 0; i < MAPWIDTH; i++) {
map.objectdata[i][j].iType = (short)mapfile.read_i32();
if (map.objectdata[i][j].iType == 6)
map.objectdata[i][j].iType = -1;
map.objectdata[i][j].fHidden = false;
if (map.objectdata[i][j].iType == 1) {
for (short iSetting = 0; iSetting < NUM_BLOCK_SETTINGS; iSetting++)
map.objectdata[i][j].iSettings[iSetting] = g_iDefaultPowerupPresets[0][iSetting];
}
}
}
}
void MapReader1800::read_hazards(CMap& map, BinaryFile& mapfile)
{
//Load map hazards (like fireball strings, rotodiscs, pirhana plants)
map.iNumMapHazards = mapfile.read_i32();
for (short iMapHazard = 0; iMapHazard < map.iNumMapHazards; iMapHazard++) {
map.maphazards[iMapHazard].itype = mapfile.read_i32();
map.maphazards[iMapHazard].ix = mapfile.read_i32();
map.maphazards[iMapHazard].iy = mapfile.read_i32();
for (short iParam = 0; iParam < NUMMAPHAZARDPARAMS; iParam++)
map.maphazards[iMapHazard].iparam[iParam] = mapfile.read_i32();
for (short iParam = 0; iParam < NUMMAPHAZARDPARAMS; iParam++)
map.maphazards[iMapHazard].dparam[iParam] = mapfile.read_float();
}
}
void MapReader1800::read_switchable_blocks(CMap& map, BinaryFile& mapfile)
{
//Read switch block state data
int iNumSwitchBlockData = mapfile.read_i32();
for (short iBlock = 0; iBlock < iNumSwitchBlockData; iBlock++) {
short iCol = mapfile.read_i8();
short iRow = mapfile.read_i8();
map.objectdata[iCol][iRow].iSettings[0] = mapfile.read_i8();
}
}
void MapReader1800::read_extra_tiledata(CMap& map, BinaryFile& mapfile)
{
int iNumExtendedDataBlocks = mapfile.read_i32();
for (short iBlock = 0; iBlock < iNumExtendedDataBlocks; iBlock++) {
short iCol = mapfile.read_i8();
short iRow = mapfile.read_i8();
short iNumSettings = mapfile.read_i8();
for (short iSetting = 0; iSetting < iNumSettings; iSetting++)
map.objectdata[iCol][iRow].iSettings[iSetting] = mapfile.read_i8();
}
}
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 MapReader1800::read_warp_locations(CMap& map, BinaryFile& mapfile)
{
for (unsigned short j = 0; j < MAPHEIGHT; j++) {
for (unsigned short i = 0; i < MAPWIDTH; i++) {
TileType iType = (TileType)mapfile.read_i32();
if (iType >= 0 && iType < NUMTILETYPES) {
map.mapdatatop[i][j].iType = iType;
map.mapdatatop[i][j].iFlags = g_iTileTypeConversion[iType];
} else {
map.mapdatatop[i][j].iType = tile_nonsolid;
map.mapdatatop[i][j].iFlags = tile_flag_nonsolid;
}
map.warpdata[i][j].direction = (WarpEnterDirection)mapfile.read_i32();
map.warpdata[i][j].connection = (short)mapfile.read_i32();
map.warpdata[i][j].id = (short)mapfile.read_i32();
for (short sType = 0; sType < NUMSPAWNAREATYPES; sType++)
map.nospawn[sType][i][j] = mapfile.read_bool();
}
}
}
void MapReader1700::read_tiles(CMap& map, BinaryFile& mapfile)
{
short iClassicTilesetID = g_tilesetmanager->GetIndexFromName("Classic");
unsigned short i, j, k;
for (j = 0; j < MAPHEIGHT; j++) {
for (i = 0; i < MAPWIDTH; i++) {
for (k = 0; k < MAPLAYERS; k++) {
short iTileID = (short)mapfile.read_i32();
TilesetTile * tile = &map.mapdata[i][j][k];
if (iTileID == TILESETSIZE) {
tile->iID = TILESETNONE;
tile->iCol = 0;
tile->iRow = 0;
} else {
tile->iID = iClassicTilesetID;
tile->iCol = iTileID % TILESETWIDTH;
tile->iRow = iTileID / TILESETWIDTH;
}
}
map.objectdata[i][j].iType = (short)mapfile.read_i32();
if (map.objectdata[i][j].iType == 15)
map.objectdata[i][j].iType = -1;
map.objectdata[i][j].fHidden = false;
if (map.objectdata[i][j].iType == 1) {
for (short iSetting = 0; iSetting < NUM_BLOCK_SETTINGS; iSetting++)
map.objectdata[i][j].iSettings[iSetting] = g_iDefaultPowerupPresets[0][iSetting];
}
}
}
}
void MapReader1700::read_switches(CMap& map, BinaryFile& mapfile)
{
//Read on/off switches
for (unsigned short iSwitch = 0; iSwitch < 4; iSwitch++) {
map.iSwitches[iSwitch] = 1 - (short)mapfile.read_i32();
}
//Set all the on/off blocks correctly
for (unsigned short j = 0; j < MAPHEIGHT; j++) {
for (unsigned short i = 0; i < MAPWIDTH; i++) {
if (map.objectdata[i][j].iType >= 11 && map.objectdata[i][j].iType <= 14) {
map.objectdata[i][j].iSettings[0] = map.iSwitches[map.objectdata[i][j].iType - 11];
}
}
}
}
void MapReader1800::read_platform_tiles(CMap& map, BinaryFile& mapfile,
short iWidth, short iHeight, TilesetTile**& tiles, MapTile**& types)
{
for (short iCol = 0; iCol < iWidth; iCol++) {
tiles[iCol] = new TilesetTile[iHeight];
types[iCol] = new MapTile[iHeight];
for (short iRow = 0; iRow < iHeight; iRow++) {
TilesetTile * tile = &tiles[iCol][iRow];
tile->iID = mapfile.read_i8();
tile->iCol = mapfile.read_i8();
tile->iRow = mapfile.read_i8();
if (tile->iID >= 0) {
if (iMaxTilesetID != -1 && tile->iID > iMaxTilesetID)
tile->iID = 0;
//Make sure the column and row we read in is within the bounds of the tileset
if (tile->iCol < 0 || (tilesetwidths && tile->iCol >= tilesetwidths[tile->iID]))
tile->iCol = 0;
if (tile->iRow < 0 || (tilesetheights && tile->iRow >= tilesetheights[tile->iID]))
tile->iRow = 0;
//Convert tileset ids into the current game's tileset's ids
if (translationid)
tile->iID = translationid[tile->iID];
}
TileType iType = (TileType)mapfile.read_i32();
if (iType >= 0 && iType < NUMTILETYPES) {
types[iCol][iRow].iType = iType;
types[iCol][iRow].iFlags = g_iTileTypeConversion[iType];
} else {
types[iCol][iRow].iType = tile_nonsolid;
types[iCol][iRow].iFlags = tile_flag_nonsolid;
}
}
}
}
void MapReader1700::read_platform_tiles(CMap& map, BinaryFile& mapfile,
short iWidth, short iHeight, TilesetTile**& tiles, MapTile**& types)
{
for (short iCol = 0; iCol < iWidth; iCol++) {
tiles[iCol] = new TilesetTile[iHeight];
types[iCol] = new MapTile[iHeight];
for (short iRow = 0; iRow < iHeight; iRow++) {
TilesetTile * tile = &tiles[iCol][iRow];
short iTile = mapfile.read_i32();
TileType type;
if (iTile == TILESETSIZE) {
tile->iID = TILESETNONE;
tile->iCol = 0;
tile->iRow = 0;
type = tile_nonsolid;
} else {
tile->iID = g_tilesetmanager->GetClassicTilesetIndex();
tile->iCol = iTile % TILESETWIDTH;
tile->iRow = iTile / TILESETWIDTH;
type = g_tilesetmanager->GetClassicTileset()->GetTileType(tile->iCol, tile->iRow);
}
if (type >= 0 && type < NUMTILETYPES) {
types[iCol][iRow].iType = type;
types[iCol][iRow].iFlags = g_iTileTypeConversion[type];
} else {
map.mapdatatop[iCol][iRow].iType = tile_nonsolid;
map.mapdatatop[iCol][iRow].iFlags = tile_flag_nonsolid;
}
}
}
}
bool MapReader1700::read_spawn_areas(CMap& map, BinaryFile& mapfile)
{
//Read spawn areas
for (unsigned short i = 0; i < 6; i += 5) {
map.totalspawnsize[i] = 0;
map.numspawnareas[i] = (short)mapfile.read_i32();
if (map.numspawnareas[i] > MAXSPAWNAREAS) {
cout << endl << " ERROR: Number of spawn areas (" << map.numspawnareas[i]
<< ") was greater than max allowed (" << MAXSPAWNAREAS << ')'
<< endl;
return false;
}
for (int m = 0; m < map.numspawnareas[i]; m++) {
map.spawnareas[i][m].left = (short)mapfile.read_i32();
map.spawnareas[i][m].top = (short)mapfile.read_i32();
map.spawnareas[i][m].width = (short)mapfile.read_i32();
map.spawnareas[i][m].height = (short)mapfile.read_i32();
map.spawnareas[i][m].size = (short)mapfile.read_i32();
map.totalspawnsize[i] += map.spawnareas[i][m].size;
}
}
//Copy player spawn areas to team specific spawn areas
for (short iType = 1; iType < 5; iType++) {
map.totalspawnsize[iType] = map.totalspawnsize[0];
map.numspawnareas[iType] = map.numspawnareas[0];
for (int m = 0; m < map.numspawnareas[0]; m++) {
map.spawnareas[iType][m].left = map.spawnareas[0][m].left;
map.spawnareas[iType][m].top = map.spawnareas[0][m].top;
map.spawnareas[iType][m].width = map.spawnareas[0][m].width;
map.spawnareas[iType][m].height = map.spawnareas[0][m].height;
map.spawnareas[iType][m].size = map.spawnareas[0][m].size;
}
}
return true;
}
bool MapReader1800::read_spawn_areas(CMap& map, BinaryFile& mapfile)
{
for (unsigned short i = 0; i < NUMSPAWNAREATYPES; i++) {
map.totalspawnsize[i] = 0;
map.numspawnareas[i] = (short)mapfile.read_i32();
if (map.numspawnareas[i] > MAXSPAWNAREAS) {
cout << endl << " ERROR: Number of spawn areas (" << map.numspawnareas[i]
<< ") was greater than max allowed (" << MAXSPAWNAREAS << ')'
<< endl;
return false;
}
for (int m = 0; m < map.numspawnareas[i]; m++) {
map.spawnareas[i][m].left = (short)mapfile.read_i32();
map.spawnareas[i][m].top = (short)mapfile.read_i32();
map.spawnareas[i][m].width = (short)mapfile.read_i32();
map.spawnareas[i][m].height = (short)mapfile.read_i32();
map.spawnareas[i][m].size = (short)mapfile.read_i32();
map.totalspawnsize[i] += map.spawnareas[i][m].size;
}
//If no spawn areas were identified, then create one big spawn area
if (map.totalspawnsize[i] == 0) {
map.numspawnareas[i] = 1;
map.spawnareas[i][0].left = 0;
map.spawnareas[i][0].width = 20;
map.spawnareas[i][0].top = 1;
map.spawnareas[i][0].height = 12;
map.spawnareas[i][0].size = 220;
map.totalspawnsize[i] = 220;
}
}
return true;
}
void MapReader1701::read_music_category(CMap& map, BinaryFile& mapfile)
{
map.musicCategoryID = mapfile.read_i32();
}
void MapReader1500::read_background(CMap& map, BinaryFile& mapfile)
{
// Read old background IDs and convert that to a background filename
map.backgroundID = (short)mapfile.read_i32();
strcpy(map.szBackgroundFile, g_szBackgroundConversion[map.backgroundID]);
}
void MapReader1800::read_switches(CMap& map, BinaryFile& mapfile)
{
// Read the on/off switch state of the four colors (turned on or off)
for (short iSwitch = 0; iSwitch < 4; iSwitch++)
map.iSwitches[iSwitch] = (short)mapfile.read_i32();
}