config cave_map_generator::create_scenario(const std::vector<std::string>& /*args*/)
{
map_ = t_translation::t_map(width_ + 2 * gamemap::default_border,
t_translation::t_list(height_ + 2 * gamemap::default_border, wall_));
chambers_.clear();
passages_.clear();
res_.clear();
if (const config &settings = cfg_.child("settings")) {
res_ = settings;
}
LOG_NG << "creating scenario....\n";
generate_chambers();
LOG_NG << "placing chambers...\n";
for(std::vector<chamber>::const_iterator c = chambers_.begin(); c != chambers_.end(); ++c) {
place_chamber(*c);
}
LOG_NG << "placing passages...\n";
for(std::vector<passage>::const_iterator p = passages_.begin(); p != passages_.end(); ++p) {
place_passage(*p);
}
LOG_NG << "outputting map....\n";
res_["map_data"] = gamemap::default_map_header +
t_translation::write_game_map(map_, starting_positions_);
LOG_NG << "returning result...\n";
return res_;
}
cave_map_generator::cave_map_generator_job::cave_map_generator_job(const cave_map_generator& pparams, boost::optional<uint32_t> randomseed)
: params(pparams)
, flipx_(false)
, flipy_(false)
, map_(t_translation::ter_map(params.width_ + 2 * gamemap::default_border, params.height_ + 2 * gamemap::default_border/*, params.wall_*/))
, starting_positions_()
, chamber_ids_()
, chambers_()
, passages_()
, res_(params.cfg_.child_or_empty("settings"))
, rng_() //initialises with rand()
{
res_.add_child("event", config_of
("name", "start")
("message", config_of
("message", "scenario_generation=cave is deprecated and will be removed soon.")
)
);
uint32_t seed = randomseed.get_ptr() ? *randomseed.get_ptr() : seed_rng::next_seed();
rng_.seed(seed);
LOG_NG << "creating random cave with seed: " << seed << '\n';
flipx_ = int(rng_() % 100) < params.flipx_chance_;
flipy_ = int(rng_() % 100) < params.flipy_chance_;
LOG_NG << "creating scenario....\n";
generate_chambers();
LOG_NG << "placing chambers...\n";
for(std::vector<chamber>::const_iterator c = chambers_.begin(); c != chambers_.end(); ++c) {
place_chamber(*c);
}
LOG_NG << "placing passages...\n";
for(std::vector<passage>::const_iterator p = passages_.begin(); p != passages_.end(); ++p) {
place_passage(*p);
}
LOG_NG << "outputting map....\n";
res_["map_data"] = t_translation::write_game_map(map_, starting_positions_);
}
cave_map_generator::cave_map_generator_job::cave_map_generator_job(const cave_map_generator& pparams, boost::optional<boost::uint32_t> randomseed)
: params(pparams)
, flipx_(false)
, flipy_(false)
, map_(t_translation::t_map(params.width_ + 2 * gamemap::default_border,
t_translation::t_list(params.height_ + 2 * gamemap::default_border, params.wall_)))
, starting_positions_()
, chamber_ids_()
, chambers_()
, passages_()
, res_(params.cfg_.child_or_empty("settings"))
, rng_() //initialises with rand()
{
uint32_t seed = randomseed.get_ptr() ? *randomseed.get_ptr() : seed_rng::next_seed();
rng_.seed(seed);
std::cerr << "creating random cave with seed:" << seed;
flipx_ = int(rng_() % 100) < params.flipx_chance_;
flipy_ = int(rng_() % 100) < params.flipy_chance_;
LOG_NG << "creating scenario....\n";
generate_chambers();
LOG_NG << "placing chambers...\n";
for(std::vector<chamber>::const_iterator c = chambers_.begin(); c != chambers_.end(); ++c) {
place_chamber(*c);
}
LOG_NG << "placing passages...\n";
for(std::vector<passage>::const_iterator p = passages_.begin(); p != passages_.end(); ++p) {
place_passage(*p);
}
LOG_NG << "outputting map....\n";
config& map = res_.add_child("map");
map["data"] = t_translation::write_game_map(map_, starting_positions_);
map["usage"] = "map";
map["border_size"] = gamemap::default_border;
}