bool parser::register_rc_pal(const std::string& map_entry_name, const std::string& rc_array)
{
if(debug_mode()) {
std::cerr << "registering RC palette '" << map_entry_name << "' of color array: " << rc_array << '\n';
}
std::vector<uint32_t> cvt_pal = string2rgb(rc_array);
return rc_pal_tab_.insert( std::make_pair(map_entry_name, cvt_pal) ).second;
}
void game_config_manager::load_game_config(FORCE_RELOAD_CONFIG force_reload)
{
// Make sure that 'debug mode' symbol is set
// if command line parameter is selected
// also if we're in multiplayer and actual debug mode is disabled.
game_config::scoped_preproc_define debug_mode("DEBUG_MODE",
game_config::debug || game_config::mp_debug);
// Game_config already holds requested config in memory.
if(!game_config_.empty() &&
(force_reload == NO_FORCE_RELOAD)
&& old_defines_map_ == cache_.get_preproc_map()) {
return;
}
loadscreen::global_loadscreen_manager loadscreen_manager(disp_.video());
cursor::setter cur(cursor::WAIT);
// The loadscreen will erase the titlescreen.
// NOTE: even without loadscreen, needed after MP lobby.
try {
// Read all game configs.
// First we should load data/,
// then handle terrains so that they are last loaded from data/.
// 2nd everything in userdata.
loadscreen::start_stage("verify cache");
data_tree_checksum();
loadscreen::start_stage("create cache");
// Start transaction so macros are shared.
game_config::config_cache_transaction main_transaction;
cache_.get_config(game_config::path +"/data", game_config_);
main_transaction.lock();
// Put the gfx rules aside so that we can prepend the add-on
// rules to them.
config core_terrain_rules;
core_terrain_rules.splice_children(game_config_, "terrain_graphics");
load_addons_cfg();
// Extract the Lua scripts at toplevel.
extract_preload_scripts(game_config_);
game_config_.clear_children("lua");
// Put the gfx rules back to game config.
game_config_.splice_children(core_terrain_rules, "terrain_graphics");
set_multiplayer_hashes();
set_color_info();
set_unit_data();
terrain_builder::set_terrain_rules_cfg(game_config());
::init_strings(game_config());
theme::set_known_themes(&game_config());
} catch(game::error& e) {
ERR_CONFIG << "Error loading game configuration files\n";
gui2::show_error_message(disp_.video(),
_("Error loading game configuration files: '") +
e.message + _("' (The game will now exit)"));
throw;
}
old_defines_map_ = cache_.get_preproc_map();
// Set new binary paths.
paths_manager_.set_paths(game_config());
}
void game_config_manager::load_game_config(FORCE_RELOAD_CONFIG force_reload,
game_classification const* classification)
{
// Make sure that 'debug mode' symbol is set
// if command line parameter is selected
// also if we're in multiplayer and actual debug mode is disabled.
game_config::scoped_preproc_define debug_mode("DEBUG_MODE",
game_config::debug || game_config::mp_debug);
// Game_config already holds requested config in memory.
if(!game_config_.empty() &&
(force_reload == NO_FORCE_RELOAD)
&& old_defines_map_ == cache_.get_preproc_map()) {
return;
}
loadscreen::global_loadscreen_manager loadscreen_manager(disp_.video());
cursor::setter cur(cursor::WAIT);
// The loadscreen will erase the titlescreen.
// NOTE: even without loadscreen, needed after MP lobby.
try {
// Read all game configs.
// First we should load data/,
// then handle terrains so that they are last loaded from data/.
// 2nd everything in userdata.
loadscreen::start_stage("verify cache");
data_tree_checksum();
loadscreen::start_stage("create cache");
// Start transaction so macros are shared.
game_config::config_cache_transaction main_transaction;
// Load the selected core
cache_.get_config(get_wml_location(preferences::wml_tree_root()), game_config_);
// Load the mainline core definitions to make sure switching back is always possible.
config default_core_cfg;
cache_.get_config(game_config::path + "/data/cores.cfg", default_core_cfg);
game_config_.append(default_core_cfg);
main_transaction.lock();
// Put the gfx rules aside so that we can prepend the add-on
// rules to them.
config core_terrain_rules;
core_terrain_rules.splice_children(game_config_, "terrain_graphics");
load_addons_cfg();
// If multiplayer campaign is being loaded, [scenario] tags should
// become [multiplayer] tags and campaign's id should be added to them
// to allow to recognize which scenarios belongs to a loaded campaign.
if (classification != NULL) {
if (classification->campaign_type == game_classification::MULTIPLAYER &&
!classification->campaign_define.empty()) {
const config& campaign = game_config().find_child("campaign",
"define", classification->campaign_define);
const std::string& campaign_id = campaign["id"];
const bool require_campaign =
campaign["require_campaign"].to_bool(true);
const config::const_child_itors &ci =
game_config().child_range("scenario");
std::vector<config> scenarios(ci.first, ci.second);
game_config_.clear_children("scenario");
BOOST_FOREACH(config& cfg, scenarios) {
cfg["campaign_id"] = campaign_id;
cfg["require_scenario"] = require_campaign;
game_config_.add_child(lexical_cast<std::string>(game_classification::MULTIPLAYER), cfg);
}
}
}
// Extract the Lua scripts at toplevel.
extract_preload_scripts(game_config_);
game_config_.clear_children("lua");
// Put the gfx rules back to game config.
game_config_.splice_children(core_terrain_rules, "terrain_graphics");
set_multiplayer_hashes();
set_color_info();
set_unit_data();
terrain_builder::set_terrain_rules_cfg(game_config());
::init_strings(game_config());
theme::set_known_themes(&game_config());
} catch(game::error& e) {
int trs_main(void)
{
const int value = u.c[UC_VALUE];
int tmp, typ = TRS_NORM;
int trs;
double adj;
if (debug_mode())
printf("trs: l = %d\r\n", value);
tmp = roll(1, 100);
if (tmp > 80 && tmp <= 90)
typ = TRS_CHEST;
else if (tmp > 90)
typ = TRS_OBJ;
switch (typ) {
case TRS_CHEST:
if ((trs = trs_chest()) == YEP)
return(YEP);
if (trs == MAYBE)
break;
/* fall through */
case TRS_OBJ:
if (trs_obj() == YEP)
return(YEP);
break;
case TRS_NORM:
if (tmp <= 30) {
printf("You see a pile of silver...\r\n");
trs = 100 * rnd() * value + 10;
} else
if (tmp <= 40) {
printf("You see a pile of gold...\r\n");
trs = 500 * rnd() * value + 50;
} else
if (tmp <= 60) {
printf("You see a pile of platinum...\r\n");
trs = 1000 * rnd() * value + 100;
} else
if (tmp <= 72) {
printf("You see some gems...\r\n");
trs = 500.0 * sqrt((double)rnd()) * value + 150.0;
} else {
printf("You see a jewel...\r\n");
trs = 6000.0 * rnd() * rnd() * rnd() * value + 500;
}
trs_top:
utl_dtrp();
printf("Press <CR> to pick it up, <LF> to leave it behind: ");
tmp = getchar();
printf("\r\n");
if (tmp < 0)
tmp = '\n';
if (tmp == '\n') {
u.c[UC_STATE] = XXX_NORM;
break;
}
if (tmp != '\r') {
printf("DUMMY!\007\r\n");
goto trs_top;
}
if (u.i[ROOM_TREASURE_BOOBYTRAPPED] == 1)
if (cbt_ohitu((int) (u.c[UC_DGNLVL] / 1.2)) == YEP)
return(YEP);
printf("The treasure is worth %d gold.\r\n", trs);
u.c[UC_GOLDFOUND] += trs;
u.c[UC_STATE] = XXX_NORM;
adj = u.c[UC_DGNLVL] / (double) u.c[UC_LEVEL];
if (adj > 1.0)
adj = 1.0;
u.c[UC_EXPGAIN] += trs * adj;
break;
default:
printf("trs: internal error\r\n");
unix_exit(1);
}
u.i[ROOM_MONSTER] = u.i[ROOM_TREASURE] = u.i[ROOM_TREASURE_BOOBYTRAPPED] = 0;
save_room(false);
if (u.i[ROOM_SPECIAL] == 0) {
u.c[UC_STATE] = DGN_PROMPT;
return(NOPE);
}
utl_pplot(NOPE);
return(spc_main());
}
