void Game::Draw3dLab()
{
db3D.clear();
db3D.setBgColor(WHITE);
db3D.setTxtColor(BLACK);
db3DP.clear();
db3DP.setBgColor(WHITE);
db3DP.setTxtColor(BLACK);
int wall_num = 0, middle_wall_type=0;
int leftWalls[8], rightWalls[8];
pixel tmpPx = {0,0,0};
getProjection(middle_wall_type,wall_num, leftWalls, rightWalls);
drawEdge(0, &db3D);
drawEdge(0, &db3DP);
for (int i = 0; i < wall_num; i++) {
if (leftWalls[i] == BLOCK_EMPTY){
if (leftWalls[i + 1]!=BLOCK_EMPTY){
fillWall(i + 1, true, Game::block_types[leftWalls[i + 1]], &db3D);
drawTopEdge(i + 1, true, &db3D);
drawBottomEdge(i + 1, true, &db3D);
}
}
else {
fillWall(i + 1, false, Game::block_types[leftWalls[i]], &db3D);
drawTopEdge(i+1, false, &db3D);
drawBottomEdge(i+1, false, &db3D);
}
drawEdge(i+1, &db3D);
if (rightWalls[i] == BLOCK_EMPTY) {
if (rightWalls[i + 1]!=BLOCK_EMPTY){
fillWall(i + 1, true, Game::block_types[rightWalls[i + 1]], &db3DP);
drawTopEdge(i + 1, true, &db3DP);
drawBottomEdge(i + 1, true, &db3DP);
}
}
else {
fillWall(i + 1, false, Game::block_types[rightWalls[i]], &db3DP);
drawTopEdge(i + 1, false, &db3DP);
drawBottomEdge(i + 1, false, &db3DP);
}
drawEdge(i + 1, &db3DP);
}
db3DP.flip();
db3D.paintFrom(db3DP);
drawFrontWall(wall_num, middle_wall_type);
}
int initMap(int sy, int sx, int nr, int ft, int wt){
// logEntry("Begin initMap()");
if(MAP != NULL){
// logEntry("[WARNING] MAP not NULL.");
MAP = mapFree(MAP);
}
// logEntry("Begin mapAllocate()");
MAP = mapAllocate(MAP, sy, sx);
if(MAP == NULL) return ERR_MALLOC;
// logEntry("mapAllocate() OK!");
int y, x;
// logEntry("Begin bspNew()");
BSPROOT = bspNew(BSPROOT, sy, sx, 4);
if(BSPROOT == NULL) return ERR_MALLOC;
// logEntry("bspNew() OK!");
// logEntry("Begin bspRecursive()");
bspRecursive(BSPROOT, nr);
// logEntry("bspRecursive() OK!");
// logEntry("Begin bspResize()");
bspDoResize(BSPROOT, nr);
// logEntry("bspResize() OK!");
// logEntry("Begin fillMap()");
fillMap(MAP, sy, sx, TILE_BLANK);
// logEntry("fillMap() OK!");
MAPTAIL = &MAP[(sy * sx) - 1];
// logEntry("Begin bspDrawRooms()");
bspDrawRooms(BSPROOT, MAP, nr, sy, sx, ft, wt);
// logEntry("bspDrawRooms() OK!");
int r = nr - 1;
// logEntry("Begin bspLinkRooms()");
for(r; r >= 0; r--){
bspLinkRooms(BSPROOT, MAP, r, sy, sx, ft);
}
// logEntry("bspLinkRooms() OK!");
int d;
// logEntry("Begin bspAddDoors(()");
bspAddDoors(BSPROOT, MAP, nr, sx, ft, wt);
// logEntry("bspAddDoors() OK!");
// logEntry("Begin fillWall()");
fillWall(MAP, sy, sx, ft, wt);
// logEntry("fillWall() OK!");
// logEntry("Begin fillStairs()");
fillStairs(MAP, sy, sx, ft);
// logEntry("fillStairs() OK!");
// logEntry("Seeking suitable position to start player.");
do{
y = getRand_i(0, sy);
x = getRand_i(0, sx);
}while(MAP[CM(y,sx,x)].tT != ft);
// logEntry("Suitable position found.");
player->locY = y;
player->locX = x;
// logEntry("Recording map maximum values to ENGINE.");
genesis->maxY = sy;
genesis->maxX = sx;
// logEntry("Begin bspDel()");
bspDel(BSPROOT);
// logEntry("bspDel() OK!");
int i;
// logEntry("begin seedCreature()");
for(i = 0; i < 25; i++){
seedCreature(genesis->floor, ft); // Keep this out until seedCreature is revised to use spawnCreatur()
}
// logEntry("seedCreature() OK!");
TEST_seedItem();
// logEntry("initMap() OK!");
return ERR_NONE;
}
