void Maze::generate( unsigned char alg, unsigned long seed, bool frame, bool verbose )
{
switch ( alg )
{
case 0:
generateKruskal( seed, frame, verbose );
break;
case 1:
generatePrim( seed, frame, verbose );
break;
default:
generatePrim( seed, frame, verbose );
}
}
void buildMaze(GLMaze &walls, Matrix<Cell> &graphSpace, Matrix<char> &tileSpace, unsigned int tilesize,
unsigned int texwall, unsigned int texfloor, unsigned int texceil, ConfigInfo *config)
{
graphSpace = Matrix<Cell>(config->matrixDimensions);
int algorithm = config->algorithm;
switch (algorithm) {
case PRIM:
generatePrim(graphSpace);
break;
case DFS:
generateDFS(graphSpace);
break;
case DRUNK:
generateDrunk(graphSpace);
break;
case KRUSKAL:
generateKruskal(graphSpace);
break;
case BINARY:
generateBinary(graphSpace);
break;
case OLDEST:
generateOldest(graphSpace);
break;
case SUBDIVISION:
generateSubdivision(graphSpace);
break;
case RANDOM: /* FALLTHROUGH */
default:
generateRandom(graphSpace);
break;
}
tileSpace = generateTileSpace(graphSpace);
walls.buildAll(tileSpace, tilesize);
walls.buildAABB(tileSpace, tilesize);
walls.texWall = texwall;
walls.texFloor = texfloor;
walls.texCeil = texceil;
#if defined DEVEL_SHOW_MAZE
std::cout << "Generated using [" << AlgorithmTable[algorithm].name << "]" << std::endl << std::endl;
std::cout << tileSpace << std::endl;
#endif
}
