/*
 * This file is part of the Simutrans project under the Artistic License.
 * (see LICENSE.txt)
 */

#include <string>
#include <math.h>

#include "../builder/wegbauer.h"
#include "../descriptor/way_desc.h"
#include "../pathes.h"
#include "../player/finance.h"
#include "../player/simplay.h"
#include "../simconst.h"
#include "../simdebug.h"
#include "../simmain.h"
#include "../simtypes.h"
#include "../sys/simsys.h"
#include "../utils/simrandom.h"
#include "../utils/simstring.h"
#include "../vehicle/vehicle_base.h"
#include "../world/simworld.h"
#include "environment.h"
#include "loadsave.h"
#include "settings.h"
#include "tabfile.h"
#include "translator.h"

#include "../tpl/minivec_tpl.h"
#include "../descriptor/ground_desc.h"


#define NEVER 0xFFFFU


settings_t::settings_t()
{
	// default climate zones
	set_default_climates( );

	for(  int i=0; i<10; i++  ) {
		locality_factor_per_year[i].year = 0;
		locality_factor_per_year[i].factor = 0;
	}
	locality_factor_per_year[0].factor = 100;

#ifdef OTTD_LIKE
	// crossconnect all factories (like OTTD and similar games)
	crossconnect_factories=true;
	crossconnect_factor=100;
#endif

	just_in_time = env_t::just_in_time;

	// read default from env_t
	// should be set in simmain.cc (taken from pak-set simuconf.tab
	way_height_clearance = env_t::default_settings.get_way_height_clearance();
	if (way_height_clearance >2) {
		// if outside bounds, then set to default = 1
		way_height_clearance = 1;
	}

	strcpy( language_code_names, "en" );

	// default AIs active
	for(  int i=0;  i<MAX_PLAYER_COUNT;  i++  ) {
		if(  i<2  ) {
			player_type[i] = player_t::HUMAN;
		}
		else if(  i==3  ) {
			player_type[i] = player_t::AI_PASSENGER;
		}
		else if(  i==6  ) {
			player_type[i] = player_t::AI_GOODS;
		}
		else {
			player_type[i] = player_t::EMPTY;
		}
		// undefined colors
		default_player_color[i][0] = 255;
		default_player_color[i][1] = 255;
	}
	default_player_color_random = false;
	default_ai_construction_speed = env_t::default_ai_construction_speed;

	/* the big cost section */
	cst_kw_per_credit = 512;

	for(  int i=0; i<10; i++  ) {
		startingmoneyperyear[i].year = 0;
		startingmoneyperyear[i].money = 0;
		startingmoneyperyear[i].interpol = 0;
	}

	motd = "";
}



void settings_t::set_default_climates()
{
	climate_generator = HEIGHT_BASED;

	static sint16 borders_min[MAX_CLIMATES] = { -3, -3, -3, -2, 0, 7,  8, 10 };
	static sint16 borders_max[MAX_CLIMATES] = { -3,  0,  0,  1, 8, 9, 10, 13 };
	for( int i = 0; i < MAX_CLIMATES; i++ ) {
		climate_borders[i][0] = borders_min[i];
		climate_borders[i][1] = borders_max[i];
	}
	climate_borders[0][1] = borders_min[0];

	static sint8 temperatures[5] = { 20, 15, 8, 0, -10  };
	for( int i = 0; i < 5; i++ ) {
		climate_temperature_borders[i] = temperatures[i];
	}

	patch_size_percentage = 10;

	desert_humidity = 65;
	tropic_humidity = 75;

	moisture = 1;
	moisture_water = 1;
	winter_snowline = 7;

	wind_direction = ribi_t::west; // west wind
}


void settings_t::reset_after_global_settings_reload()
{
	freeplay = false;
	env_t::default_settings.set_freeplay(false);
	allow_player_change = true;
	// restore default player colors to undefined
	for (int i = 0; i < MAX_PLAYER_COUNT; i++) {
		default_player_color[i][0] = 255;
		default_player_color[i][1] = 255;
	}
	default_player_color_random = false;
}

void settings_t::rdwr(loadsave_t *file)
{
	// used to be called einstellungen_t - keep old name during save/load for compatibility
	xml_tag_t e( file, "einstellungen_t" );

	if(file->is_version_less(86, 0)) {
		uint32 dummy;

		file->rdwr_long(size_x );
		size_y = size_x;

		file->rdwr_long(map_number );

		// to be compatible with previous savegames
		dummy = 0;
		file->rdwr_long(dummy ); //dummy!
		factory_count = 12;
		tourist_attractions = 12;

		// now towns
		mean_citizen_count = 1600;
		dummy =  city_count;
		file->rdwr_long(dummy );
		dummy &= 127;
		if(dummy>63) {
			dbg->warning("settings_t::rdwr()", "This game was saved with too many cities! (%i of maximum 63). Simutrans may crash!", dummy);
		}
		city_count = dummy;

		// rest
		file->rdwr_long(dummy ); // scroll ignored
		file->rdwr_long(traffic_level );
		file->rdwr_long(dummy); // pedestrians at stops
		dummy = groundwater;
		file->rdwr_long(dummy );
		groundwater = (sint16)(dummy/16);
		file->rdwr_double(max_mountain_height );
		file->rdwr_double(map_roughness );

		station_coverage_size = 3;
		beginner_mode = false;
		rotation = 0;
	}
	else {
		// newer versions
		file->rdwr_long(size_x );
		file->rdwr_long(map_number );

		// industries
		file->rdwr_long(factory_count );
		if(file->is_version_less(99, 18)) {
			uint32 dummy; // was city chains
			file->rdwr_long(dummy );
		}
		else {
			file->rdwr_long( electric_promille );
		}
		file->rdwr_long(tourist_attractions );

		// now towns
		file->rdwr_long(mean_citizen_count );
		file->rdwr_long(city_count );

		// rest
		if(file->is_version_less(101, 0)) {
			uint32 dummy; // was scroll dir
			file->rdwr_long(dummy );
		}
		file->rdwr_long(traffic_level );
		if (file->is_version_less(123, 2)) {
			sint32 dummy = env_t::stop_pedestrians;
			file->rdwr_long(dummy);
			env_t::stop_pedestrians = dummy;
		}
		sint32 dummy = groundwater;
		file->rdwr_long(dummy );
		if(file->is_version_less(99, 5)) {
			groundwater = (sint16)(dummy/16);
		}
		else {
			groundwater = (sint16)dummy;
		}
		file->rdwr_double(max_mountain_height );
		file->rdwr_double(map_roughness );

		if(file->is_version_atleast(86, 3)) {
			dummy = station_coverage_size;
			file->rdwr_long(dummy );
			station_coverage_size = (uint16)dummy;
		}

		if(file->is_version_atleast(86, 6)) {
			// handle also size on y direction
			file->rdwr_long(size_y );
		}
		else {
			size_y = size_x;
		}

		if(file->is_version_atleast(86, 11)) {
			// some more settings
			file->rdwr_byte(allow_player_change );
			file->rdwr_byte(use_timeline );
			file->rdwr_short(starting_year );
		}
		else {
			allow_player_change = 1;
			use_timeline = 1;
			starting_year = 1930;
		}

		if(file->is_version_atleast(88, 5)) {
			file->rdwr_short(bits_per_month );
		}
		else {
			bits_per_month = 18;
		}

		if(file->is_version_atleast(89, 3)) {
			file->rdwr_bool(beginner_mode );
		}
		else {
			beginner_mode = false;
		}
		if(  file->is_version_atleast(120, 1)  ){
			file->rdwr_byte( just_in_time );
		}
		else if(  file->is_version_atleast(89, 4)  ) {
			bool compat = just_in_time > 0;
			file->rdwr_bool( compat );
			just_in_time = 0;
			if(  compat  ) {
				just_in_time = env_t::just_in_time ? env_t::just_in_time : 1;
			}
		}
		// rotation of the map with respect to the original value
		if(file->is_version_atleast(99, 15)) {
			file->rdwr_byte(rotation );
		}
		else {
			rotation = 0;
		}

		// clear the name when loading ...
		if(file->is_loading()) {
			filename = "";
		}

		// climate borders, no overlapping borders are possible
		if(  file->is_version_atleast(91, 0)  ){
			if(  file->is_version_less(121,1)  ) {
				sint16 old_climate_borders[ MAX_CLIMATES ];
				for( int cl = 0; cl < MAX_CLIMATES; cl++ ) {
					old_climate_borders[cl] = climate_borders[cl][0];
				}
				if(  file->is_version_less(120, 6)  ) {
					old_climate_borders[arctic_climate] -= groundwater;
				}
				for(  int i=0;  i<8;  i++ ) {
					file->rdwr_short(old_climate_borders[i] );
				}
				if(  file->is_version_less(120, 6)  ) {
					old_climate_borders[arctic_climate] += groundwater;
				}

				if(  file->is_loading()  &&  file->is_version_less(112, 7)  ) {
					groundwater *= env_t::pak_height_conversion_factor;
					for(  int i = 0;  i < MAX_CLIMATES;  i++  ) {
						old_climate_borders[i] *= env_t::pak_height_conversion_factor;
					}
				}
				// convert to new borders if loading, es keep the current
				if(  file->is_loading()  ) {
					for(  int cl = 0;  cl < MAX_CLIMATES-1;  cl++  ) {
						climate_borders[cl][0] = old_climate_borders[cl];
						climate_borders[cl][1] = old_climate_borders[cl+1];
					}
					climate_borders[0][1] = old_climate_borders[0];
					climate_borders[arctic_climate][1] = old_climate_borders[arctic_climate];
				}
			}
			else {
				for(  int i=0;  i<8;  i++ ) {
					file->rdwr_short( climate_borders[i][0] );
					file->rdwr_short( climate_borders[i][1] );
				}
				file->rdwr_byte( tropic_humidity );
				file->rdwr_byte( desert_humidity );
				for(  int i=0;  i<5;  i++ ) {
					file->rdwr_byte( climate_temperature_borders[i] );
				}
				file->rdwr_byte( patch_size_percentage );
			}
			file->rdwr_short( winter_snowline );
		}

		// vehicle may need realignment afterwards!
		if(file->is_version_less(99, 19)) {
			vehicle_base_t::set_diagonal_multiplier( pak_diagonal_multiplier, 1024 );
		}
		else {
			uint16 old_multiplier = pak_diagonal_multiplier;
			file->rdwr_short( old_multiplier );
			vehicle_base_t::set_diagonal_multiplier( pak_diagonal_multiplier, old_multiplier );
			// since vehicle will need realignment afterwards!
		}

		if(file->is_version_atleast(101, 0)) {
			// game mechanics
			file->rdwr_short(origin_x );
			file->rdwr_short(origin_y );

			file->rdwr_long(passenger_factor );

			// town grow stuff
			if(file->is_version_atleast(102, 2)) {
				file->rdwr_long(passenger_multiplier );
				file->rdwr_long(mail_multiplier );
				file->rdwr_long(goods_multiplier );
				file->rdwr_long(electricity_multiplier );
				file->rdwr_long(growthfactor_small );
				file->rdwr_long(growthfactor_medium );
				file->rdwr_long(growthfactor_large );
				file->rdwr_short(factory_worker_percentage );
				file->rdwr_short(tourist_percentage );
				file->rdwr_short(factory_worker_radius );
			}

			file->rdwr_long(electric_promille );

			file->rdwr_short(min_factory_spacing );
			file->rdwr_bool(crossconnect_factories );
			file->rdwr_short(crossconnect_factor );

			if (file->is_version_less(123, 2)) {
				file->rdwr_bool(env_t::random_pedestrians);
			}
			file->rdwr_long(stadtauto_duration );

			file->rdwr_bool(numbered_stations );
			if(  file->is_version_less(102, 3)  ) {
				if(  file->is_loading()  ) {
					num_city_roads = 1;
					city_roads[0].intro = 0;
					city_roads[0].retire = 0;
					// intercity roads were not saved in old savegames
					num_intercity_roads = 0;
				}
				file->rdwr_str(city_roads[0].name, lengthof(city_roads[0].name) );
			}
			else {
				// several roads ...
				file->rdwr_short(num_city_roads );
				if(  num_city_roads>=10  ) {
					dbg->fatal("settings_t::rdwr()", "Too many (%i) city roads!", num_city_roads);
				}
				for(  int i=0;  i<num_city_roads;  i++  ) {
					file->rdwr_str(city_roads[i].name, lengthof(city_roads[i].name) );
					file->rdwr_short(city_roads[i].intro );
					file->rdwr_short(city_roads[i].retire );
				}
				// several intercity roads ...
				file->rdwr_short(num_intercity_roads );
				if(  num_intercity_roads>=10  ) {
					dbg->fatal("settings_t::rdwr()", "Too many (%i) intercity roads!", num_intercity_roads);
				}
				for(  int i=0;  i<num_intercity_roads;  i++  ) {
					file->rdwr_str(intercity_roads[i].name, lengthof(intercity_roads[i].name) );
					file->rdwr_short(intercity_roads[i].intro );
					file->rdwr_short(intercity_roads[i].retire );
				}
			}
			file->rdwr_long(max_route_steps );
			file->rdwr_long(max_transfers );
			file->rdwr_long(max_hops );

			file->rdwr_long(beginner_price_factor );

			// name of stops
			file->rdwr_str(language_code_names, lengthof(language_code_names) );

			// restore AI state
			for(  int i=0;  i<15;  i++  ) {
				if(file->is_version_less(122,1)) {
					bool player_active = true;
					file->rdwr_bool(player_active);
				}
				file->rdwr_byte(player_type[i] );
				if(  file->is_version_less(102, 3)  ) {
					char dummy[2] = { 0, 0 };
					file->rdwr_str(dummy, lengthof(dummy) );
				}
			}

			// cost section ...
			file->rdwr_bool(freeplay );
			if(  file->is_version_atleast(102, 3)  ) {
				file->rdwr_longlong(starting_money );
				// these must be saved, since new player will get different amounts eventually
				for(  int i=0;  i<10;  i++  ) {
					file->rdwr_short(startingmoneyperyear[i].year );
					file->rdwr_longlong(startingmoneyperyear[i].money );
					file->rdwr_bool(startingmoneyperyear[i].interpol );
				}
			}
			else {
				// compatibility code
				sint64 save_starting_money = starting_money;
				if(  file->is_saving()  ) {
					if(save_starting_money==0) {
						save_starting_money = get_starting_money(starting_year );
					}
					if(save_starting_money==0) {
						save_starting_money = env_t::default_settings.get_starting_money(starting_year );
					}
					if(save_starting_money==0) {
						save_starting_money = 20000000;
					}
				}
				file->rdwr_longlong(save_starting_money );
				if(file->is_loading()) {
					if(save_starting_money==0) {
						save_starting_money = env_t::default_settings.get_starting_money(starting_year );
					}
					if(save_starting_money==0) {
						save_starting_money = 20000000;
					}
					starting_money = save_starting_money;
				}
			}
			file->rdwr_long(maint_building );

			file->rdwr_longlong(cst_multiply_dock );
			file->rdwr_longlong(cst_multiply_station );
			file->rdwr_longlong(cst_multiply_roadstop );
			file->rdwr_longlong(cst_multiply_airterminal );
			file->rdwr_longlong(cst_multiply_post );
			file->rdwr_longlong(cst_multiply_headquarter );
			file->rdwr_longlong(cst_depot_rail );
			file->rdwr_longlong(cst_depot_road );
			file->rdwr_longlong(cst_depot_ship );
			file->rdwr_longlong(cst_depot_air );
			if(  file->is_version_less(102, 2)  ) {
				sint64 dummy64 = 100000;
				file->rdwr_longlong(dummy64 );
				file->rdwr_longlong(dummy64 );
				file->rdwr_longlong(dummy64 );
			}
			// alter landscape
			file->rdwr_longlong(cst_buy_land );
			file->rdwr_longlong(cst_alter_land );
			file->rdwr_longlong(cst_set_slope );
			file->rdwr_longlong(cst_found_city );
			file->rdwr_longlong(cst_multiply_found_industry );
			file->rdwr_longlong(cst_remove_tree );
			file->rdwr_longlong(cst_multiply_remove_haus );
			file->rdwr_longlong(cst_multiply_remove_field );
			// cost for transformers
			file->rdwr_longlong(cst_transformer );
			file->rdwr_longlong(cst_maintain_transformer );

			if(  file->is_version_atleast(120, 3)  ) {
				file->rdwr_longlong(cst_make_public_months);
			}

			if(  file->is_version_atleast(120, 9)  ) {
				file->rdwr_longlong(cst_multiply_merge_halt);
			}

			// wayfinder
			file->rdwr_long(way_count_straight );
			file->rdwr_long(way_count_curve );
			file->rdwr_long(way_count_double_curve );
			file->rdwr_long(way_count_90_curve );
			file->rdwr_long(way_count_slope );
			file->rdwr_long(way_count_tunnel );
			file->rdwr_long(way_max_bridge_len );
			file->rdwr_long(way_count_leaving_way );
		}
		else {
			// name of stops
			set_name_language_iso( env_t::language_iso );

			// default AIs active
			for(  int i=0;  i<MAX_PLAYER_COUNT;  i++  ) {
				if(  i<2  ) {
					player_type[i] = player_t::HUMAN;
				}
				else if(  i==3  ) {
					player_type[i] = player_t::AI_PASSENGER;
				}
				else if(  i<8  ) {
					player_type[i] = player_t::AI_GOODS;
				}
				else {
					player_type[i] = player_t::EMPTY;
				}
			}
		}

		if(file->is_version_atleast(101, 1)) {
			file->rdwr_bool( separate_halt_capacities );
			file->rdwr_byte( pay_for_total_distance );

			file->rdwr_short(starting_month );

			file->rdwr_short( river_number );
			file->rdwr_short( min_river_length );
			file->rdwr_short( max_river_length );
		}

		if(file->is_version_atleast(102, 1)) {
			file->rdwr_bool( avoid_overcrowding );
		}
		if(file->is_version_atleast(102, 2)) {
			file->rdwr_bool( no_routing_over_overcrowding );
			if (file->is_version_less(123, 2)) {
				file->rdwr_bool( with_private_paks );
			}
		}
		if(file->is_version_atleast(102, 3)) {
			// network stuff
			// Superseded by simrand_rdwr in newer versions
			if (file->is_version_less(122, 1)) {
				random_counter = get_random_seed( );
				file->rdwr_long( random_counter );
			}

			if(  !env_t::networkmode  ||  env_t::server  ) {
				frames_per_second = clamp(env_t::fps, env_t::min_fps, env_t::max_fps); // update it on the server to the current setting
				frames_per_step = env_t::network_frames_per_step;
			}
			file->rdwr_long( frames_per_second );
			file->rdwr_long( frames_per_step );
			if(  !env_t::networkmode  ||  env_t::server  ) {
				frames_per_second = env_t::fps; // update it on the server to the current setting
				frames_per_step = env_t::network_frames_per_step;
			}
			file->rdwr_bool( allow_buying_obsolete_vehicles );
			file->rdwr_long( factory_worker_minimum_towns );
			file->rdwr_long( factory_worker_maximum_towns );
			// forest stuff
			file->rdwr_byte( forest_base_size );
			file->rdwr_byte( forest_map_size_divisor );
			file->rdwr_byte( forest_count_divisor );
			file->rdwr_short( forest_inverse_spare_tree_density );
			file->rdwr_byte( max_no_of_trees_on_square );
			file->rdwr_short( tree_climates );
			file->rdwr_short( no_tree_climates );
			bool no_trees = (tree_distribution==TREE_DIST_NONE);
			file->rdwr_bool( no_trees );
			if(  file->is_loading()  ) {
				tree_distribution = no_trees ? TREE_DIST_NONE : TREE_DIST_RANDOM;
			}
			file->rdwr_long( minimum_city_distance );
			file->rdwr_long( industry_increase );
		}
		if(  file->is_version_atleast(110, 0)  ) {
			if(  !env_t::networkmode  ||  env_t::server  ) {
				server_frames_ahead = env_t::server_frames_ahead;
			}
			file->rdwr_long( server_frames_ahead );
			if(  !env_t::networkmode  ||  env_t::server  ) {
				server_frames_ahead = env_t::server_frames_ahead;
			}
			file->rdwr_short( used_vehicle_reduction );
		}

		if(  file->is_version_atleast(110, 1)  ) {
			file->rdwr_bool( default_player_color_random );
			for(  int i=0;  i<MAX_PLAYER_COUNT;  i++  ) {
				file->rdwr_byte( default_player_color[i][0] );
				file->rdwr_byte( default_player_color[i][1] );
			}
		}
		else if(  file->is_loading()  ) {
			default_player_color_random = false;
			for(  int i=0;  i<MAX_PLAYER_COUNT;  i++  ) {
				// default colors for player ...
				default_player_color[i][0] = 255;
				default_player_color[i][1] = 255;
			}
		}

		if(  file->is_version_atleast(110, 5)  ) {
			file->rdwr_short(factory_arrival_periods);
			file->rdwr_bool(factory_enforce_demand);
		}

		if(  file->is_version_atleast(110, 7)  ) {
			for(  int i=0;  i<10;  i++  ) {
				file->rdwr_short(locality_factor_per_year[i].year );
				file->rdwr_long(locality_factor_per_year[i].factor );
			}
			file->rdwr_bool( drive_on_left );
			file->rdwr_bool( signals_on_left );
			file->rdwr_long( way_toll_runningcost_percentage );
			file->rdwr_long( way_toll_waycost_percentage );
		}

		if(  file->is_version_atleast(111, 2)  ) {
			file->rdwr_long( bonus_basefactor );
		}
		else if(  file->is_loading()  ) {
			bonus_basefactor = 125;
		}

		if(  file->is_version_atleast(111, 4)  ) {
			file->rdwr_bool( allow_underground_transformers );
		}

		if(  file->is_version_atleast(111, 5)  ) {
			file->rdwr_short( special_building_distance );
		}

		if(  file->is_version_atleast(112, 1)  ) {
			file->rdwr_short( factory_maximum_intransit_percentage );
		}

		if(  file->is_version_atleast(112, 2)  ) {
			file->rdwr_short( remove_dummy_player_months );
			file->rdwr_short( unprotect_abandoned_player_months );
		}

		if(  file->is_version_atleast(112, 3)  ) {
			file->rdwr_short( max_factory_spacing );
			file->rdwr_short( max_factory_spacing_percentage );
		}
		if(  file->is_version_atleast(112, 8)  ) {
			file->rdwr_longlong( cst_alter_climate );
			file->rdwr_byte( way_height_clearance );
		}
		if(  file->is_version_atleast(120, 2)  ) {
			file->rdwr_long( default_ai_construction_speed );
		}
		else if(  file->is_loading()  ) {
			default_ai_construction_speed = env_t::default_ai_construction_speed;
		}
		if(  file->is_version_atleast(122,0) ) {
			file->rdwr_byte(lake_height);
			file->rdwr_short(tree_distribution);
		}
		else if(  file->is_version_atleast(120, 2) ) {
			bool this_lake = lake_height > groundwater;
			file->rdwr_bool(this_lake);
			bool no_trees = (tree_distribution==TREE_DIST_NONE);
			file->rdwr_bool( no_trees );
			if( file->is_loading() ) {
				lake_height = this_lake ? 8 : groundwater;
				tree_distribution = no_trees ? TREE_DIST_NONE : TREE_DIST_RANDOM;
			}
		}
		if(  file->is_version_atleast(120, 2) ) {
			file->rdwr_long( max_choose_route_steps );
		}
		if(  file->is_version_atleast(120, 4)  ) {
			file->rdwr_bool(disable_make_way_public);
		}
		if(  file->is_version_atleast(120, 6)  ) {
			file->rdwr_byte(max_rail_convoi_length);
			file->rdwr_byte(max_road_convoi_length);
			file->rdwr_byte(max_ship_convoi_length);
			file->rdwr_byte(max_air_convoi_length);
		}
		if(  file->is_version_atleast(120, 7) ) {
			file->rdwr_byte(world_maximum_height);
			file->rdwr_byte(world_minimum_height);

			world_maximum_height = clamp<sint8>(world_maximum_height, 16, 127);
			world_minimum_height = clamp<sint8>(world_minimum_height, -127, -12);
		}
		if(  file->is_version_atleast(120, 9)  ) {
			file->rdwr_long(allow_merge_distant_halt);
		}
		if(  file->is_version_atleast(122, 1)  ) {
			file->rdwr_enum(climate_generator);
			file->rdwr_byte(wind_direction);
			bool dummy = true;
			file->rdwr_bool(dummy /*was departures_on_time */);
		}
		else if( file->is_loading() ) {
			climate_generator = HEIGHT_BASED;

			switch (rotation) {
				default:
				case 0: wind_direction = ribi_t::west;  break;
				case 1: wind_direction = ribi_t::north; break;
				case 2: wind_direction = ribi_t::east;  break;
				case 3: wind_direction = ribi_t::south; break;
			}
		}
		if(  file->is_version_atleast(122, 2)  ) {
			file->rdwr_bool(stop_halt_as_scheduled);
		}
		// restoring the city speed limit vector
		if (file->is_version_atleast(123, 2)) {
			file->rdwr_short(city_road_speed_limit_num);
			for (uint16 i = 0;  i < city_road_speed_limit_num;  i++) {
				file->rdwr_short(city_road_speed_limit[i]);
			}
		}
		// otherwise the default values of the last one will be used

		if (file->is_version_atleast(124, 2)) {
			file->rdwr_long(way_count_no_way);
			file->rdwr_long(way_count_avoid_crossings);
			file->rdwr_long(way_count_maximum);
		}

		if (file->is_version_atleast(124, 4)) {
			file->rdwr_long(cst_kw_per_credit);
		}
		else {
			cst_kw_per_credit = 512;
		}
	}

	// sometimes broken savegames could have no legal direction for take off ...
	if( !ribi_t::is_single( wind_direction ) ) {
		wind_direction = ribi_t::west;
	}

	if (file->is_loading()) {
		motd = "";
	}
}


// read the settings from this file
void settings_t::parse_simuconf( tabfile_t& simuconf, sint16& disp_width, sint16& disp_height, sint16 &fullscreen, bool set_objfilename )
{
	tabfileobj_t contents;

	simuconf.read( contents );

	// special day/night colors
	for( int i = 0; i < LIGHT_COUNT; i++ ) {
		char str[ 256 ];
		sprintf( str, "special_color[%i]", i );
		const vector_tpl<int> c = contents.get_ints( str );

		if( c.get_count() >= 6 ) {
			// now update RGB values
			const rgb888_t day_light   = { (uint8)c[0], (uint8)c[1], (uint8)c[2] };
			const rgb888_t night_light = { (uint8)c[3], (uint8)c[4], (uint8)c[5] };

			gfx->set_light_color(i, day_light, night_light);
		}
	}

	// check for fontname, must be a valid name!
	// will be only changed if default!
	std::string fname = trim( contents.get_string( "fontname", env_t::fontname.c_str() ) );
	if( FILE* f = dr_fopen( fname.c_str(), "r" ) ) {
		fclose( f );
		env_t::fontname = fname;
	}
	env_t::fontsize  = contents.get_int( "fontsize", env_t::fontsize );

	env_t::water_animation           = contents.get_int_clamped( "water_animation_ms",          env_t::water_animation,           0, INT_MAX);
	env_t::ground_object_probability = contents.get_int_clamped( "random_grounds_probability",  env_t::ground_object_probability, 0, INT_MAX);
	env_t::moving_object_probability = contents.get_int_clamped( "random_wildlife_probability", env_t::moving_object_probability, 0, INT_MAX);

	env_t::straight_way_without_control = contents.get_int( "straight_way_without_control", env_t::straight_way_without_control ) != 0;

	env_t::road_user_info = contents.get_int( "pedes_and_car_info", env_t::road_user_info ) != 0;
	env_t::tree_info      = contents.get_int( "tree_info",          env_t::tree_info      ) != 0;
	env_t::ground_info    = contents.get_int( "ground_info",        env_t::ground_info    ) != 0;
	env_t::townhall_info  = contents.get_int( "townhall_info",      env_t::townhall_info  ) != 0;
	env_t::single_info    = contents.get_int( "only_single_info",   env_t::single_info    ) != 0;
	env_t::single_line_gui = contents.get_int( "single_line_gui",  env_t::single_line_gui ) != 0;

	env_t::compass_map_position    = contents.get_int( "compass_map_position",    env_t::compass_map_position );
	env_t::compass_screen_position = contents.get_int( "compass_screen_position", env_t::compass_screen_position );

	env_t::window_snap_distance      = contents.get_int( "window_snap_distance",      env_t::window_snap_distance      );
	env_t::window_buttons_right      = contents.get_int( "window_buttons_right",      env_t::window_buttons_right      ) != 0;
	env_t::left_to_right_graphs      = contents.get_int( "left_to_right_graphs",      env_t::left_to_right_graphs      ) != 0;
	env_t::window_frame_active       = contents.get_int( "window_frame_active",       env_t::window_frame_active       ) != 0;
	env_t::second_open_closes_win    = contents.get_int( "second_open_closes_win",    env_t::second_open_closes_win    ) != 0;
	env_t::remember_window_positions = contents.get_int( "remember_window_positions", env_t::remember_window_positions ) != 0;
	env_t::menupos                   = contents.get_int_clamped( "menubar_position",  env_t::menupos, 0, 3);
	env_t::reselect_closes_tool      = contents.get_int( "reselect_closes_tool",      env_t::reselect_closes_tool ) != 0;
	env_t::single_toolbar_mode       = contents.get_int( "single_toolbar",            env_t::single_toolbar_mode ) != 0;
	env_t::stack_toolbars            = contents.get_int( "stack_toolbars",            env_t::stack_toolbars ) != 0;
	env_t::dpi_scale                 = contents.get_int( "dpi_scaling",               env_t::dpi_scale );

	env_t::show_tooltips      = contents.get_int(         "show_tooltips",      env_t::show_tooltips ) != 0;
	env_t::tooltip_delay      = contents.get_int_clamped( "tooltip_delay",      env_t::tooltip_delay,      0, INT_MAX);
	env_t::tooltip_duration   = contents.get_int_clamped( "tooltip_duration",   env_t::tooltip_duration,   0, INT_MAX);
	env_t::toolbar_max_width  = contents.get_int_clamped( "toolbar_max_width",  env_t::toolbar_max_width,  0, INT_MAX);
	env_t::toolbar_max_height = contents.get_int_clamped( "toolbar_max_height", env_t::toolbar_max_height, 0, INT_MAX);

	// how to show the stuff outside the map
	env_t::draw_earth_border = contents.get_int( "draw_earth_border", env_t::draw_earth_border ) != 0;
	env_t::draw_outside_tile = contents.get_int( "draw_outside_tile", env_t::draw_outside_tile ) != 0;

	// display stuff
	env_t::show_names                  = contents.get_int_clamped( "show_names",                     env_t::show_names,                0, 7 );
	env_t::show_month                  = contents.get_int_clamped( "show_month",                     env_t::show_month,                0, 7 );
	env_t::show_vehicle_states         = contents.get_int_clamped( "show_vehicle_states",            env_t::show_vehicle_states,       0, 3 );
	env_t::follow_convoi_underground   = contents.get_int_clamped( "follow_convoi_underground",      env_t::follow_convoi_underground, 0, 2 );
	env_t::max_acceleration            = contents.get_int_clamped( "fast_forward",                   env_t::max_acceleration,          0, 0x7FFF );
	env_t::fps                         = contents.get_int_clamped( "frames_per_second",              env_t::fps,                       env_t::min_fps, env_t::max_fps );
	env_t::ff_fps                      = contents.get_int_clamped( "fast_forward_frames_per_second", env_t::ff_fps,                    env_t::min_fps, env_t::max_fps );
	env_t::num_threads                 = contents.get_int_clamped( "threads",                        env_t::num_threads,               1, min(dr_get_max_threads(), MAX_THREADS) );
	env_t::simple_drawing_default      = contents.get_int_clamped( "simple_drawing_tile_size",       env_t::simple_drawing_default,    2, 256 );

	env_t::simple_drawing_fast_forward = contents.get_int( "simple_drawing_fast_forward", env_t::simple_drawing_fast_forward ) != 0;
	env_t::visualize_schedule          = contents.get_int( "visualize_schedule",          env_t::visualize_schedule ) != 0;

	env_t::hide_rail_return_ticket  = contents.get_int( "hide_rail_return_ticket",   env_t::hide_rail_return_ticket ) != 0;
	env_t::chat_window_transparency = contents.get_int_clamped( "chat_transparency", env_t::chat_window_transparency, 0, 100);

	env_t::hide_keyboard           = contents.get_int( "hide_keyboard", env_t::hide_keyboard ) != 0;
	env_t::numpad_always_moves_map = contents.get_int( "numpad_always_moves_map", env_t::numpad_always_moves_map ) != 0;
	env_t::leftdrag_in_minimap     = contents.get_int( "leftdrag_in_minimap", env_t::leftdrag_in_minimap ) != 0;

	env_t::player_finance_display_account = contents.get_int( "player_finance_display_account", env_t::player_finance_display_account ) != 0;

	// network stuff
	env_t::server_frames_ahead              = contents.get_int_clamped( "server_frames_ahead",             env_t::server_frames_ahead,              0, INT_MAX );
	env_t::additional_client_frames_behind  = contents.get_int_clamped( "additional_client_frames_behind", env_t::additional_client_frames_behind,  0, INT_MAX );
	env_t::network_frames_per_step          = contents.get_int_clamped( "server_frames_per_step",          env_t::network_frames_per_step,          1, INT_MAX );
	env_t::server_sync_steps_between_checks = contents.get_int_clamped( "server_frames_between_checks",    env_t::server_sync_steps_between_checks, 1, INT_MAX );

	env_t::pause_server_no_clients          = contents.get_int( "pause_server_no_clients",  env_t::pause_server_no_clients  ) != 0;
	env_t::server_save_game_on_quit         = contents.get_int( "server_save_game_on_quit", env_t::server_save_game_on_quit ) != 0;
	env_t::reload_and_save_on_quit          = contents.get_int( "reload_and_save_on_quit",  env_t::reload_and_save_on_quit  ) != 0;

	if( !env_t::server ) {
		env_t::server_port = contents.get_int_clamped( "server_port", env_t::server_port, 0, 0xFFFF );
	}
	else {
		env_t::server_port = env_t::server;
	}

	env_t::server_announce          = contents.get_int( "announce_server", env_t::server_announce ) != 0;
	env_t::server_announce          = contents.get_int( "server_announce", env_t::server_announce ) != 0;
	env_t::server_announce_interval = contents.get_int_clamped( "server_announce_intervall", env_t::server_announce_interval, 60, 24*60*60);
	env_t::server_announce_interval = contents.get_int_clamped( "server_announce_interval",  env_t::server_announce_interval, 60, 24*60*60);

	if( *contents.get( "server_dns" ) ) {
		env_t::server_dns = ltrim( contents.get( "server_dns" ) );
	}
	if( *contents.get( "server_altdns" ) ) {
		env_t::server_alt_dns = ltrim( contents.get( "server_altdns" ) );
	}
	if( *contents.get( "server_name" ) ) {
		env_t::server_name = ltrim( contents.get( "server_name" ) );
	}
	if( *contents.get( "server_comments" ) ) {
		env_t::server_comments = ltrim( contents.get( "server_comments" ) );
	}
	if( *contents.get( "server_email" ) ) {
		env_t::server_email = ltrim( contents.get( "server_email" ) );
	}
	if( *contents.get( "server_pakurl" ) ) {
		env_t::server_pakurl = ltrim( contents.get( "server_pakurl" ) );
	}
	if( *contents.get( "server_infurl" ) ) {
		env_t::server_infurl = ltrim( contents.get( "server_infurl" ) );
	}
	if( *contents.get( "server_admin_pw" ) ) {
		env_t::server_admin_pw = ltrim( contents.get( "server_admin_pw" ) );
	}
	if( *contents.get( "nickname" ) ) {
		env_t::nickname = ltrim( contents.get( "nickname" ) );
	}
	if( *contents.get( "server_motd_filename" ) ) {
		env_t::server_motd_filename = ltrim( contents.get( "server_motd_filename" ) );
	}

	// listen directive is a comma separated list of IP addresses to listen on
	if( *contents.get( "listen" ) ) {
		env_t::listen.clear();
		std::string s = ltrim( contents.get( "listen" ) );

		// Find index of first ',' copy from start of string to that position
		// Set start index to last position, then repeat
		// When ',' not found, copy remainder of string

		size_t start = 0;
		size_t end;

		end = s.find_first_of( "," );
		env_t::listen.append_unique( ltrim( s.substr( start, end ).c_str() ) );
		while( end != std::string::npos ) {
			start = end;
			end = s.find_first_of( ",", start + 1 );
			env_t::listen.append_unique( ltrim( s.substr( start + 1, end - 1 - start ).c_str() ) );
		}
	}

	// listen directive is a comma separated list of years and cityroad speeds
	if (*contents.get("cityroad_speeds")) {
		const char *start = ltrim(contents.get("cityroad_speeds"));
		city_road_speed_limit_num = 0;
		city_road_speed_limit[city_road_speed_limit_num++]=atoi(start);
		while (*start  && city_road_speed_limit_num<20) {
			start++;
			if (*start == ',') {
				start++;
				city_road_speed_limit[city_road_speed_limit_num++] = atoi(start);
			}
		}
		// make sure we have pairs
		if (city_road_speed_limit_num & 1) {
			dbg->error("Wrong number of entries in city_road_speed_limit", "Expected pairs yers,speed but only %i values", city_road_speed_limit_num);
		}
	}

	drive_on_left                  = contents.get_int( "drive_left",                     drive_on_left ) != 0;
	signals_on_left                = contents.get_int( "signals_on_left",                signals_on_left ) != 0;
	allow_underground_transformers = contents.get_int( "allow_underground_transformers", allow_underground_transformers ) != 0;
	disable_make_way_public        = contents.get_int( "disable_make_way_public",        disable_make_way_public ) != 0;

	// up to ten rivers are possible
	for( int i = 0; i < 10; i++ ) {
		char name[ 32 ];
		sprintf( name, "river_type[%i]", i );
		const char *test = ltrim( contents.get( name ) );
		if( *test ) {
			const int add_river = i < env_t::river_types ? i : env_t::river_types;
			env_t::river_type[ add_river ] = test;
			if( add_river == env_t::river_types ) {
				env_t::river_types++;
			}
		}
	}

	// old syntax for single city road
	const char *str = ltrim( contents.get( "city_road_type" ) );
	if( str[ 0 ] ) {
		num_city_roads = 1;
		tstrncpy( city_roads[ 0 ].name, str, lengthof( city_roads[ 0 ].name ) );
		rtrim( city_roads[ 0 ].name );
		// default her: always available
		city_roads[ 0 ].intro = 1;
		city_roads[ 0 ].retire = NEVER;
	}

	// new: up to ten city_roads are possible
	if( *contents.get( "city_road[0]" ) ) {
		// renew them always when a table is encountered ...
		num_city_roads = 0;
		for( int i = 0; i < 10; i++ ) {
			char name[ 256 ];
			sprintf( name, "city_road[%i]", i );
			// format is "city_road[%i]=name_of_road,using from (year), using to (year)"
			const char *test = ltrim( contents.get( name ) );
			if( *test ) {
				const char *p = test;
				while( *p  &&  *p != ',' ) {
					p++;
				}
				tstrncpy( city_roads[ num_city_roads ].name, test, (unsigned)(p - test) + 1 );
				// default her: intro/retire=0 -> set later to intro/retire of way-desc
				city_roads[ num_city_roads ].intro = 0;
				city_roads[ num_city_roads ].retire = 0;
				if( *p == ',' ) {
					++p;
					city_roads[ num_city_roads ].intro = atoi( p ) * 12;
					while( *p  &&  *p != ',' ) {
						p++;
					}
				}
				if( *p == ',' ) {
					city_roads[ num_city_roads ].retire = atoi( p + 1 ) * 12;
				}
				num_city_roads++;
			}
		}
	}
	if( num_city_roads == 0 ) {
		// take fallback value: "city_road"
		tstrncpy( city_roads[ 0 ].name, "city_road", lengthof( city_roads[ 0 ].name ) );
		// default her: always available
		city_roads[ 0 ].intro = 1;
		city_roads[ 0 ].retire = NEVER;
		num_city_roads = 1;
	}

	// intercity roads
	// old syntax for single intercity road
	str = ltrim( contents.get( "intercity_road_type" ) );
	if( str[ 0 ] ) {
		num_intercity_roads = 1;
		tstrncpy( intercity_roads[ 0 ].name, str, lengthof( intercity_roads[ 0 ].name ) );
		rtrim( intercity_roads[ 0 ].name );
		// default her: always available
		intercity_roads[ 0 ].intro = 1;
		intercity_roads[ 0 ].retire = NEVER;
	}

	// new: up to ten intercity_roads are possible
	if( *contents.get( "intercity_road[0]" ) ) {
		// renew them always when a table is encountered ...
		num_intercity_roads = 0;
		for( int i = 0; i < 10; i++ ) {
			char name[ 256 ];
			sprintf( name, "intercity_road[%i]", i );
			// format is "intercity_road[%i]=name_of_road,using from (year), using to (year)"
			const char *test = ltrim( contents.get( name ) );
			if( *test ) {
				const char *p = test;
				while( *p  &&  *p != ',' ) {
					p++;
				}
				tstrncpy( intercity_roads[ num_intercity_roads ].name, test, (unsigned)(p - test) + 1 );
				// default her: intro/retire=0 -> set later to intro/retire of way-desc
				intercity_roads[ num_intercity_roads ].intro = 0;
				intercity_roads[ num_intercity_roads ].retire = 0;
				if( *p == ',' ) {
					++p;
					intercity_roads[ num_intercity_roads ].intro = atoi( p ) * 12;
					while( *p  &&  *p != ',' ) {
						p++;
					}
				}
				if( *p == ',' ) {
					intercity_roads[ num_intercity_roads ].retire = atoi( p + 1 ) * 12;
				}
				num_intercity_roads++;
			}
		}
	}
	if( num_intercity_roads == 0 ) {
		// take fallback value: "asphalt_road"
		tstrncpy( intercity_roads[ 0 ].name, "asphalt_road", lengthof( intercity_roads[ 0 ].name ) );
		// default her: always available
		intercity_roads[ 0 ].intro = 1;
		intercity_roads[ 0 ].retire = NEVER;
		num_intercity_roads = 1;
	}

	env_t::autosave = contents.get_int_clamped( "autosave", env_t::autosave, 0, INT_MAX );

	// routing stuff
	max_route_steps        = contents.get_int_clamped( "max_route_steps",        max_route_steps,        1, INT_MAX );
	max_choose_route_steps = contents.get_int_clamped( "max_choose_route_steps", max_choose_route_steps, 1, INT_MAX );
	max_hops               = contents.get_int_clamped( "max_hops",               max_hops,               0, INT_MAX );
	max_transfers          = contents.get_int_clamped( "max_transfers",          max_transfers,          0, INT_MAX );
	bonus_basefactor       = contents.get_int_clamped( "bonus_basefactor",       bonus_basefactor,       0, 1000 );

	special_building_distance            = contents.get_int_clamped( "special_building_distance",    special_building_distance,            1, INT_MAX );
	minimum_city_distance                = contents.get_int_clamped( "minimum_city_distance",        minimum_city_distance,                1, INT_MAX );
	industry_increase                    = contents.get_int_clamped( "industry_increase_every",      industry_increase,                    0, INT_MAX );
	passenger_factor                     = contents.get_int_clamped( "passenger_factor",             passenger_factor,                     0, INT_MAX ); /* this can manipulate the passenger generation */
	factory_worker_percentage            = contents.get_int_clamped( "factory_worker_percentage",    factory_worker_percentage,            0, 100 );
	factory_worker_radius                = contents.get_int_clamped( "factory_worker_radius",        factory_worker_radius,                0, 0x7FFF );
	factory_worker_minimum_towns         = contents.get_int_clamped( "factory_worker_minimum_towns", factory_worker_minimum_towns,         0, 0x7FFF );
	factory_worker_maximum_towns         = contents.get_int_clamped( "factory_worker_maximum_towns", factory_worker_maximum_towns,         0, 0x7FFF );
	factory_arrival_periods              = contents.get_int_clamped( "factory_arrival_periods",      factory_arrival_periods,              1, 16 );
	factory_maximum_intransit_percentage = contents.get_int_clamped( "maximum_intransit_percentage", factory_maximum_intransit_percentage, 0, 0x7FFF );
	factory_enforce_demand               = contents.get_int( "factory_enforce_demand",       factory_enforce_demand ) != 0;

	tourist_percentage = contents.get_int_clamped( "tourist_percentage", tourist_percentage, 0, 100 );

	// .. read twice: old and right spelling
	separate_halt_capacities = contents.get_int( "seperate_halt_capacities", separate_halt_capacities ) != 0;
	separate_halt_capacities = contents.get_int( "separate_halt_capacities", separate_halt_capacities ) != 0;

	pay_for_total_distance       = contents.get_int_clamped( "pay_for_total_distance", pay_for_total_distance, 0, 2 );
	avoid_overcrowding           = contents.get_int( "avoid_overcrowding", avoid_overcrowding ) != 0;
	no_routing_over_overcrowding = contents.get_int( "no_routing_over_overcrowded", no_routing_over_overcrowding ) != 0;

	// city stuff
	passenger_multiplier   = contents.get_int_clamped( "passenger_multiplier",   passenger_multiplier,   0, 100 );
	mail_multiplier        = contents.get_int_clamped( "mail_multiplier",        mail_multiplier,        0, 100 );
	goods_multiplier       = contents.get_int_clamped( "goods_multiplier",       goods_multiplier,       0, 100 );
	electricity_multiplier = contents.get_int_clamped( "electricity_multiplier", electricity_multiplier, 0, 10000 );

	growthfactor_small  = contents.get_int_clamped( "growthfactor_villages", growthfactor_small,  1, 10000 );
	growthfactor_medium = contents.get_int_clamped( "growthfactor_cities",   growthfactor_medium, 1, 10000 );
	growthfactor_large  = contents.get_int_clamped( "growthfactor_capitals", growthfactor_large,  1, 10000 );

	env_t::random_pedestrians = contents.get_int("random_pedestrians", env_t::random_pedestrians) != 0;
	env_t::stop_pedestrians   = contents.get_int("stop_pedestrians", env_t::stop_pedestrians) != 0;

	allow_buying_obsolete_vehicles = contents.get_int( "allow_buying_obsolete_vehicles", allow_buying_obsolete_vehicles ) != 0;
	used_vehicle_reduction         = contents.get_int_clamped( "used_vehicle_reduction", used_vehicle_reduction, 0, 1000 );
	traffic_level                  = contents.get_int_clamped( "citycar_level",          traffic_level,          0, 16);
	stadtauto_duration             = contents.get_int_clamped( "default_citycar_life",   stadtauto_duration,     0, 1200 );

	// starting money
	starting_money = contents.get_int64( "starting_money", starting_money );
	/* up to ten blocks year, money, interpolation={0,1} are possible:
	 * starting_money[i]=y,m,int
	 * y .. year
	 * m .. money (in 1/100 Cr)
	 * int .. interpolation: 0 - no interpolation, !=0 linear interpolated
	 * (m) is the starting money for player start after (y), if (i)!=0, the starting money
	 * is linearly interpolated between (y) and the next greater year given in another entry.
	 * starting money for given year is:
	 */
	int j = 0;
	for( int i = 0; i < 10; i++ ) {
		char name[ 32 ];
		sprintf( name, "starting_money[%i]", i );
		const vector_tpl<sint64> test = contents.get_sint64s( name );

		if( (test.get_count() > 1) && (test.get_count() <= 3) ) {
			// insert sorted by years
			int k = 0;
			for( k = 0; k < i; k++ ) {
				if( startingmoneyperyear[ k ].year > test[ 0 ] ) {
					for( int l = j; l >= k; l-- )
						memcpy( &startingmoneyperyear[ l + 1 ], &startingmoneyperyear[ l ], sizeof( yearmoney ) );
					break;
				}
			}

			startingmoneyperyear[ k ].year = (sint16)test[ 0 ];
			startingmoneyperyear[ k ].money = test[ 1 ];

			if( test.get_count() == 3 ) {
				startingmoneyperyear[ k ].interpol = test[ 2 ] != 0;
			}
			else {
				startingmoneyperyear[ k ].interpol = false;
			}
			j++;
		}
		else {
			// invalid entry
		}
	}

	// at least one found => use this now!
	if( j > 0 && startingmoneyperyear[ 0 ].money > 0 ) {
		starting_money = 0;
		// fill remaining entries
		for( int i = j + 1; i < 10; i++ ) {
			startingmoneyperyear[ i ].year = 0;
			startingmoneyperyear[ i ].money = 0;
			startingmoneyperyear[ i ].interpol = 0;
		}
	}

	/* up to ten blocks year, locality_factor={0...2000000000}
	 * locality_factor[i]=y,l
	 * y .. year
	 * l .. factor, the larger the more widespread
	 */
	j = 0;
	for( int i = 0; i < 10; i++ ) {
		char name[ 256 ];
		sprintf( name, "locality_factor[%i]", i );

		const vector_tpl<sint64> test = contents.get_sint64s( name );

		// two arguments, and then factor natural number
		if( test.empty() ) {
			continue;
		}
		else if( test.get_count() != 2 ) {
			// invalid entry
			dbg->warning("settings_t::parse_simuconf", "Parameter locality_factor[%i] has wrong syntax (Parameter ignored)", i);
		}
		else if( test[ 1 ] <= 0 ) {
			dbg->warning("settings_t::parse_simuconf", "Parameter locality_factor[%i] second value must be larger than zero! (Parameter ignored)", i );
		}
		else {
			// insert sorted by years
			int k = 0;
			for( k = 0; k < i; k++ ) {
				if( locality_factor_per_year[ k ].year > test[ 0 ] ) {
					for( int l = j; l >= k; l-- )
						memcpy( &locality_factor_per_year[ l + 1 ], &locality_factor_per_year[ l ], sizeof( yearly_locality_factor_t ) );
					break;
				}
			}
			locality_factor_per_year[ k ].year = (sint16)test[ 0 ];
			locality_factor_per_year[ k ].factor = (uint32)test[ 1 ];
			j++;
		}

	}

	// add default, if nothing found
	if( j == 0 && locality_factor_per_year[ 0 ].factor == 0 ) {
		locality_factor_per_year[ 0 ].year = 0;
		locality_factor_per_year[ 0 ].factor = 100;
		j++;
	}
	// fill remaining entries
	while( j > 0 && j < 9 ) {
		j++;
		locality_factor_per_year[ j ].year = 0;
		locality_factor_per_year[ j ].factor = 0;
	}

	// player stuff
	remove_dummy_player_months = contents.get_int_clamped( "remove_dummy_player_months", remove_dummy_player_months, 0, MAX_PLAYER_HISTORY_YEARS*12 );
	// .. read twice: old and correct spelling
	unprotect_abandoned_player_months = contents.get_int_clamped( "unprotect_abondoned_player_months", unprotect_abandoned_player_months, 0, MAX_PLAYER_HISTORY_YEARS*12 );
	unprotect_abandoned_player_months = contents.get_int_clamped( "unprotect_abandoned_player_months", unprotect_abandoned_player_months, 0, MAX_PLAYER_HISTORY_YEARS*12 );
	default_player_color_random       = contents.get_int( "random_player_colors", default_player_color_random ) != 0;

	for( int i = 0; i < MAX_PLAYER_COUNT; i++ ) {
		char name[ 32 ];
		sprintf( name, "player_color[%i]", i );
		const char *command = contents.get( name );
		int c1, c2;
		if( sscanf( command, "%i,%i", &c1, &c2 ) == 2 ) {
			default_player_color[ i ][ 0 ] = c1;
			default_player_color[ i ][ 1 ] = c2;
		}
	}

	default_ai_construction_speed = env_t::default_ai_construction_speed = contents.get_int_clamped( "ai_construction_speed", env_t::default_ai_construction_speed, 0, 1000000000 );

	maint_building = contents.get_int_clamped( "maintenance_building", maint_building, 1, 100000000 );

	numbered_stations     = contents.get_int( "numbered_stations", numbered_stations ) != 0;
	station_coverage_size = contents.get_int_clamped( "station_coverage", station_coverage_size, 0, 64);

	// time stuff
	bits_per_month = contents.get_int_clamped( "bits_per_month", bits_per_month, 1, 31 );
	use_timeline   = contents.get_int_clamped( "use_timeline",   use_timeline,   0, 3 );
	starting_year  = contents.get_int_clamped( "starting_year",  starting_year,  0, 0x7FFF);
	starting_month = contents.get_int_clamped( "starting_month", starting_month+1, 1, 12 ) - 1;

	env_t::height_conv_mode = (env_t::height_conversion_mode)contents.get_int_clamped("new_height_map_conversion", (int)env_t::height_conv_mode, 0, env_t::NUM_HEIGHT_CONV_MODES-1);

	river_number     = contents.get_int_clamped( "river_number",     river_number,     0, 0x7FFF );
	min_river_length = contents.get_int_clamped( "river_min_length", min_river_length, 0, 0x7FFF );
	max_river_length = contents.get_int_clamped( "river_max_length", max_river_length, 0, 0x7FFF );

	// forest stuff (now part of simuconf.tab)
	forest_base_size                  = contents.get_int_clamped( "forest_base_size",                  forest_base_size,                  10, 255 );
	forest_map_size_divisor           = contents.get_int_clamped( "forest_map_size_divisor",           forest_map_size_divisor,           2,  255 );
	forest_count_divisor              = contents.get_int_clamped( "forest_count_divisor",              forest_count_divisor,              2,  255 );
	forest_inverse_spare_tree_density = contents.get_int_clamped( "forest_inverse_spare_tree_density", forest_inverse_spare_tree_density, 33, 10000 );
	max_no_of_trees_on_square         = contents.get_int_clamped( "max_no_of_trees_on_square",         max_no_of_trees_on_square,         0,  0xFF );
	tree_climates                     = contents.get_int_clamped( "tree_climates",                     tree_climates,                     0,  0xFFFF );
	no_tree_climates                  = contents.get_int_clamped( "no_tree_climates",                  no_tree_climates,                  0,  0xFFFF );

	if (contents.get("no_trees")) {
		const bool no_trees = contents.get_int("no_trees", tree_distribution == TREE_DIST_NONE);
		tree_distribution = no_trees ? TREE_DIST_NONE : TREE_DIST_RANDOM;
	}

	// landscape stuff
	groundwater       = contents.get_int_clamped("groundwater", groundwater, -128, 127);
	max_mountain_height = (double)contents.get_int_clamped( "max_mountain_height", (int)max_mountain_height, 0, 1000 );
	map_roughness       = (double)(contents.get_int_clamped( "map_roughness", (int)(map_roughness *20.0 + 0.5)-8, 0, 10 ) +8) / 20.0;
	winter_snowline     = contents.get_int_clamped("winter_snowline", winter_snowline, groundwater, 127);

	// maximum size (w or h) of climate area relative to the original patch (min is 5 tiles, maximu 100m, hardcoded in simworld.cc)
	patch_size_percentage = contents.get_int_clamped("patch_size_percentage", patch_size_percentage, 0, 100);

	// all cimate height
	for( int i = desert_climate; i < MAX_CLIMATES; i++ ) {
		char name[ 32 ];
		sprintf( name, "%s_height", ground_desc_t::get_climate_name_from_bit( (climate)(i) ) );
		const char *command = contents.get( name );
		int c1, c2;
		if( sscanf( command, "%i,%i", &c1, &c2 ) == 2 ) {
			if (c1 <= c2 && c1 >= groundwater && c2 < 127 ) {
				climate_borders[i][0] = c1;
				climate_borders[i][1] = c2;
			}
		}
	}

	// other humidity climate related
	for (int i = 0; i < 5; i++) {
		char str[128];
		sprintf(str, "climate_temperature_borders[%d]", i);
		climate_temperature_borders[i] = contents.get_int(str, climate_temperature_borders[i]);
	}
	desert_humidity = contents.get_int_clamped("desert_humidity", desert_humidity, 0, 100);
	tropic_humidity = contents.get_int_clamped("tropic_humidity", tropic_humidity, 0, 100);
	moisture        = contents.get_int_clamped("moisture_change_land", moisture, -5, 5);
	moisture_water  = contents.get_int_clamped("moisture_change_water", moisture_water, -5, 5);

	// which climate generator preferred (the maps one does not work yet ...)
	if (const char* cl = contents.get("climate_generator")) {
		climate_generator = HEIGHT_BASED;
		if (tstrcasestr(cl, "humidity)")) {
			climate_generator = HUMIDITY_BASED;
		}
	}

	tree_distribution = contents.get_int_clamped( "tree_distribution", tree_distribution, TREE_DIST_NONE, TREE_DIST_COUNT-1 );
	lake_height       = contents.get_int("no_lakes", 1 )==0 ? -128 : lake_height;
	lake_height       = contents.get_int_clamped("lake_height", lake_height, groundwater, 127 );

	// these are pak specific; the diagonal length affect travelling time (is game critical)
	pak_diagonal_multiplier = contents.get_int_clamped("diagonal_multiplier", pak_diagonal_multiplier, 1, INT_MAX );

	// the height in z-direction will only cause pixel errors but not a different behaviour
	env_t::pak_tile_height_step = contents.get_int_clamped("tile_height", env_t::pak_tile_height_step, 1, INT_MAX );

	// new height for old slopes after conversion - 1=single height, 2=double height
	// Must be only overwrite when reading from pak dir ...
	env_t::pak_height_conversion_factor = contents.get_int_clamped("height_conversion_factor", env_t::pak_height_conversion_factor, 1, 2 );

	// minimum clearance under under bridges: 1 or 2? (HACK: value only zero during loading of pak set config)
	const uint8 bounds = (way_height_clearance!=0);
	way_height_clearance  = contents.get_int_clamped("way_height_clearance", way_height_clearance, bounds, 2 );

	min_factory_spacing            = contents.get_int_clamped("factory_spacing",                   min_factory_spacing,            0, 0x7FFF );
	min_factory_spacing            = contents.get_int_clamped("min_factory_spacing",               min_factory_spacing,            0, 0x7FFF );
	max_factory_spacing            = contents.get_int_clamped("max_factory_spacing",               max_factory_spacing,            0, 0x7FFF );
	max_factory_spacing_percentage = contents.get_int_clamped("max_factory_spacing_percentage",    max_factory_spacing_percentage, 0, 100 );
	crossconnect_factor            = contents.get_int_clamped("crossconnect_factories_percentage", crossconnect_factor,            0, 100 );
	electric_promille              = contents.get_int_clamped("electric_promille",                 electric_promille,              0, 1000 );

	crossconnect_factories         = contents.get_int("crossconnect_factories", crossconnect_factories ) != 0;

	env_t::just_in_time = contents.get_int_clamped("just_in_time", env_t::just_in_time, 0, 2);
	just_in_time = env_t::just_in_time;

	beginner_price_factor = contents.get_int_clamped("beginner_price_factor", beginner_price_factor, 1, 250000 ); /* this manipulates the good prices in beginner mode */
	beginner_mode         = contents.get_int("first_beginner", beginner_mode ) != 0; /* start in beginner mode */

	way_toll_runningcost_percentage = contents.get_int_clamped("toll_runningcost_percentage", way_toll_runningcost_percentage, 0, 100 );
	way_toll_waycost_percentage     = contents.get_int_clamped("toll_waycost_percentage",     way_toll_waycost_percentage,     0, 100 );

	/* now the cost section */
	cst_multiply_dock        = contents.get_int64("cost_multiply_dock",        cst_multiply_dock       /(-100) ) * -100;
	cst_multiply_station     = contents.get_int64("cost_multiply_station",     cst_multiply_station    /(-100) ) * -100;
	cst_multiply_roadstop    = contents.get_int64("cost_multiply_roadstop",    cst_multiply_roadstop   /(-100) ) * -100;
	cst_multiply_airterminal = contents.get_int64("cost_multiply_airterminal", cst_multiply_airterminal/(-100) ) * -100;
	cst_multiply_post        = contents.get_int64("cost_multiply_post",        cst_multiply_post       /(-100) ) * -100;
	cst_multiply_headquarter = contents.get_int64("cost_multiply_headquarter", cst_multiply_headquarter/(-100) ) * -100;
	cst_depot_air            = contents.get_int64("cost_depot_air",            cst_depot_air           /(-100) ) * -100;
	cst_depot_rail           = contents.get_int64("cost_depot_rail",           cst_depot_rail          /(-100) ) * -100;
	cst_depot_road           = contents.get_int64("cost_depot_road",           cst_depot_road          /(-100) ) * -100;
	cst_depot_ship           = contents.get_int64("cost_depot_ship",           cst_depot_ship          /(-100) ) * -100;

	allow_merge_distant_halt = contents.get_int_clamped("allow_merge_distant_halt", allow_merge_distant_halt, 0, INT_MAX);
	cst_multiply_merge_halt  = contents.get_int64("cost_multiply_merge_halt", cst_multiply_merge_halt/(-100) ) * -100;

	// alter landscape
	cst_buy_land                = contents.get_int64("cost_buy_land",                cst_buy_land               /(-100) ) * -100;
	cst_alter_land              = contents.get_int64("cost_alter_land",              cst_alter_land             /(-100) ) * -100;
	cst_set_slope               = contents.get_int64("cost_set_slope",               cst_set_slope              /(-100) ) * -100;
	cst_alter_climate           = contents.get_int64("cost_alter_climate",           cst_alter_climate          /(-100) ) * -100;
	cst_found_city              = contents.get_int64("cost_found_city",              cst_found_city             /(-100) ) * -100;
	cst_multiply_found_industry = contents.get_int64("cost_multiply_found_industry", cst_multiply_found_industry/(-100) ) * -100;
	cst_remove_tree             = contents.get_int64("cost_remove_tree",             cst_remove_tree            /(-100) ) * -100;
	cst_multiply_remove_haus    = contents.get_int64("cost_multiply_remove_haus",    cst_multiply_remove_haus   /(-100) ) * -100;
	cst_multiply_remove_field   = contents.get_int64("cost_multiply_remove_field",   cst_multiply_remove_field  /(-100) ) * -100;

	// powerlines
	cst_kw_per_credit        = contents.get_int64("cost_kw_per_credit",        cst_kw_per_credit);
	cst_transformer          = contents.get_int64("cost_transformer",          cst_transformer         /(-100) ) * -100;
	cst_maintain_transformer = contents.get_int64("cost_maintain_transformer", cst_maintain_transformer/(-100) ) * -100;

	cst_make_public_months = contents.get_int64("cost_make_public_months", cst_make_public_months);

	/* now the way builder */
	way_count_straight     = contents.get_int_clamped("way_straight",       way_count_straight,     1, INT_MAX );
	way_count_curve        = contents.get_int_clamped("way_curve",          way_count_curve,        1, INT_MAX );
	way_count_double_curve = contents.get_int_clamped("way_double_curve",   way_count_double_curve, 1, INT_MAX );
	way_count_90_curve     = contents.get_int_clamped("way_90_curve",       way_count_90_curve,     1, INT_MAX );
	way_count_slope        = contents.get_int_clamped("way_slope",          way_count_slope,        1, INT_MAX );
	way_count_tunnel       = contents.get_int_clamped("way_tunnel",         way_count_tunnel,       1, INT_MAX );
	way_max_bridge_len     = contents.get_int_clamped("way_max_bridge_len", way_max_bridge_len, 1, INT_MAX);
	way_count_leaving_way  = contents.get_int_clamped("way_leaving_road",   way_count_leaving_way, 1, INT_MAX);
	way_count_no_way       = contents.get_int_clamped("way_no_way",   way_count_no_way, 1, INT_MAX);
	way_count_avoid_crossings = contents.get_int_clamped("way_avoid_crossings", way_count_avoid_crossings, 1, INT_MAX);
	way_count_maximum      = contents.get_int_clamped("way_count_maximum",  way_count_maximum, 1, INT_MAX);

	/*
	 * Selection of savegame format through inifile
	 */
	str = contents.get("saveformat" );
	while (*str == ' ') str++;
	if (strcmp(str, "binary") == 0) {
		loadsave_t::set_savemode(loadsave_t::binary );
	}
	else if(strcmp(str, "zipped") == 0) {
		loadsave_t::set_savemode(loadsave_t::zipped );
	}
	else if(strcmp(str, "xml") == 0) {
		loadsave_t::set_savemode(loadsave_t::xml );
	}
	else if(strcmp(str, "xml_zipped") == 0) {
		loadsave_t::set_savemode(loadsave_t::xml_zipped );
	}
	else if(strcmp(str, "bzip2") == 0) {
		loadsave_t::set_savemode(loadsave_t::bzip2 );
	}
	else if(strcmp(str, "xml_bzip2") == 0) {
		loadsave_t::set_savemode(loadsave_t::xml_bzip2 );
	}
	else if(strcmp(str, "zstd") == 0) {
		loadsave_t::set_savemode(loadsave_t::zstd );
	}
	else if(strcmp(str, "xml_zstd") == 0) {
		loadsave_t::set_savemode(loadsave_t::xml_zstd );
	}

	str = contents.get("autosaveformat" );
	while (*str == ' ') str++;
	if (strcmp(str, "binary") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::binary );
	}
	else if(strcmp(str, "zipped") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::zipped );
	}
	else if(strcmp(str, "xml") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::xml );
	}
	else if(strcmp(str, "xml_zipped") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::xml_zipped );
	}
	else if(strcmp(str, "bzip2") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::bzip2 );
	}
	else if(strcmp(str, "xml_bzip2") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::xml_bzip2 );
	}
	else if(strcmp(str, "zstd") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::zstd );
	}
	else if(strcmp(str, "xml_zstd") == 0) {
		loadsave_t::set_autosavemode(loadsave_t::xml_zstd );
	}

	loadsave_t::save_level     = contents.get_int("save_level", loadsave_t::save_level );
	loadsave_t::autosave_level = contents.get_int("autosave_level", loadsave_t::autosave_level );

	/*
	 * Default resolution
	 */
	disp_width  = contents.get_int_clamped("display_width",  disp_width,  0, 0x7FFF );
	disp_height = contents.get_int_clamped("display_height", disp_height, 0, 0x7FFF );
	fullscreen  = contents.get_int_clamped("fullscreen", fullscreen, 0, 2 );

	with_private_paks = contents.get_int("with_private_paks", with_private_paks)!=0;

	max_rail_convoi_length = contents.get_int_clamped("max_rail_convoi_length", max_rail_convoi_length, 1, 254);
	max_road_convoi_length = contents.get_int_clamped("max_road_convoi_length", max_road_convoi_length, 1, 254);
	max_ship_convoi_length = contents.get_int_clamped("max_ship_convoi_length", max_ship_convoi_length, 1, 254);
	max_air_convoi_length  = contents.get_int_clamped("max_air_convoi_length",  max_air_convoi_length,  1, 254);

	// note: no need to check for min_height < max_height, since -12 < 16
	world_maximum_height = contents.get_int_clamped("world_maximum_height", world_maximum_height, 16, 127);
	world_minimum_height = contents.get_int_clamped("world_minimum_height", world_minimum_height, -127, -12);

	stop_halt_as_scheduled = contents.get_int("stop_halt_as_scheduled", stop_halt_as_scheduled);

	// Default pak file path
	if (set_objfilename   &&  *contents.get("pak_file_path")) {
		set_pakdir(ltrim(contents.get("pak_file_path")));
	}

	// FluidSynth MIDI parameters
	if(  *contents.get("soundfont_filename")  ) {
		env_t::soundfont_filename = ltrim(contents.get("soundfont_filename"));
	}

	env_t::pakset_tutorial_dir = ltrim( contents.get_string("pakset_tutorial_dir", env_t::pakset_tutorial_dir.c_str()) );
}

// colour stuff can only be parsed when the graphic system has already started
void settings_t::parse_colours(tabfile_t& simuconf)
{
	tabfileobj_t contents;

	simuconf.read( contents );

	env_t::default_window_title_color = contents.get_color("default_window_title_color", env_t::default_window_title_color, &env_t::default_window_title_color_rgb );
	env_t::front_window_text_color    = contents.get_color("front_window_text_color",    env_t::front_window_text_color,    &env_t::front_window_text_color_rgb );
	env_t::bottom_window_text_color   = contents.get_color("bottom_window_text_color",   env_t::bottom_window_text_color,   &env_t::bottom_window_text_color_rgb );
	env_t::tooltip_color              = contents.get_color("tooltip_background_color",   env_t::tooltip_color,              &env_t::tooltip_color_rgb );
	env_t::tooltip_textcolor          = contents.get_color("tooltip_text_color",         env_t::tooltip_textcolor,          &env_t::tooltip_textcolor_rgb );
	env_t::cursor_overlay_color       = contents.get_color("cursor_overlay_color",       env_t::cursor_overlay_color,       &env_t::cursor_overlay_color_rgb );
	env_t::background_color           = contents.get_color("background_color",           env_t::background_color,           &env_t::background_color_rgb );

	env_t::bottom_window_darkness = contents.get_int("env_t::bottom_window_darkness", env_t::bottom_window_darkness);
}


int settings_t::get_name_language_id() const
{
	int lang = translator::get_language( language_code_names );
	if(  lang == -1  ) {
		lang = translator::get_language();
	}
	return lang;
}


sint64 settings_t::get_starting_money(sint16 const year) const
{
	if(  starting_money>0  ) {
		return starting_money;
	}

	// search entry with startingmoneyperyear[i].year > year
	int i;
	for(  i=0;  i<10;  i++  ) {
		if(startingmoneyperyear[i].year!=0) {
			if (startingmoneyperyear[i].year>year) {
				break;
			}
		}
		else {
			// year is behind the latest given date
			return startingmoneyperyear[i>0 ? i-1 : 0].money;
		}
	}
	if (i==0) {
		// too early: use first entry
		return startingmoneyperyear[0].money;
	}
	else {
		// now: startingmoneyperyear[i-1].year <= year < startingmoneyperyear[i].year
		if (startingmoneyperyear[i-1].interpol) {
			// linear interpolation
			return startingmoneyperyear[i-1].money +
				(startingmoneyperyear[i].money-startingmoneyperyear[i-1].money)
				* (year-startingmoneyperyear[i-1].year) /(startingmoneyperyear[i].year-startingmoneyperyear[i-1].year );
		}
		else {
			// no interpolation
			return startingmoneyperyear[i-1].money;
		}

	}
}


uint32 settings_t::get_locality_factor(sint16 const year) const
{
	int i;
	for(  i=0;  i<10;  i++  ) {
		if(  locality_factor_per_year[i].year!=0  ) {
			if(  locality_factor_per_year[i].year > year  ) {
				break;
			}
		}
		else {
			// year is behind the latest given date
			return locality_factor_per_year[max(i-1,0)].factor;
		}
	}
	if(  i==0  ) {
		// too early: use first entry
		return locality_factor_per_year[0].factor;
	}
	else {
#if 0
		// linear interpolation
		return locality_factor_per_year[i-1].factor +
			(locality_factor_per_year[i].factor-locality_factor_per_year[i-1].factor)
			* (year-locality_factor_per_year[i-1].year) /(locality_factor_per_year[i].year-locality_factor_per_year[i-1].year );
#else
		// exponential evaluation
		sint32 diff = (locality_factor_per_year[i].factor-locality_factor_per_year[i-1].factor);
		double a = exp((year-locality_factor_per_year[i-1].year)/20.0);
		double b = exp((locality_factor_per_year[i].year-locality_factor_per_year[i-1].year)/20.0);
		return locality_factor_per_year[i-1].factor + (sint32)((diff*(a-1.0))/(b-1.0) + 0.5);
#endif
	}
}


/**
 * returns newest way-desc for road_timeline_t arrays
 * @param roads must be an array with at least @p num_roads elements, no range checks!
 */
static const way_desc_t *get_timeline_road_type( uint16 year, uint16 num_roads, road_timeline_t* roads)
{
	const way_desc_t *desc = NULL;
	const way_desc_t *test;
	for(  int i=0;  i<num_roads;  i++  ) {
		test = way_builder_t::get_desc( roads[i].name, 0 );
		if(  test  ) {
			// return first available for no timeline
			if(  year==0  ) {
				return test;
			}
			if(  roads[i].intro==0  ) {
				// fill in real intro date
				roads[i].intro = test->get_intro_year_month( );
			}
			if(  roads[i].retire==0  ) {
				// fill in real retire date
				roads[i].retire = test->get_retire_year_month( );
				if(  roads[i].retire==0  ) {
					roads[i].retire = NEVER;
				}
			}
			// find newest available ...
			if(  year>=roads[i].intro  &&  year<roads[i].retire  ) {
				if(  desc==0  ||  desc->get_intro_year_month()<test->get_intro_year_month()  ) {
					desc = test;
				}
			}
		}
	}
	return desc;
}


way_desc_t const* settings_t::get_city_road_type(uint16 const year)
{
	return get_timeline_road_type(year, num_city_roads, city_roads );
}


uint16 settings_t::get_city_road_speed_limit(uint16 year)
{
	uint16 limit = 50;
	sint32 last_year = -1;
	for (int i = 0; i < city_road_speed_limit_num; i += 2) {
		if (city_road_speed_limit[i] <= year && last_year < city_road_speed_limit[i]) {
			last_year = city_road_speed_limit[i];
			limit = city_road_speed_limit[i + 1];
		}
	}
	return limit;
}


way_desc_t const* settings_t::get_intercity_road_type(uint16 const year)
{
	return get_timeline_road_type(year, num_intercity_roads, intercity_roads );
}


void settings_t::copy_city_road(settings_t const& other)
{
	num_city_roads = other.num_city_roads;
	for(  int i=0;  i<10;  i++  ) {
		city_roads[i] = other.city_roads[i];
	}
}


void settings_t::set_default_player_color(uint8 player_nr, uint8 color1, uint8 color2)
{
	if (player_nr < MAX_PLAYER_COUNT) {
		default_player_color[player_nr][0] = color1 < 28 ? color1 : 255;
		default_player_color[player_nr][1] = color2 < 28 ? color2 : 255;
	}
}


// returns default player colors for new players
void settings_t::set_player_color_to_default(player_t* const player) const
{
	karte_ptr_t welt;
	uint8 color1 = default_player_color[player->get_player_nr()][0];
	if(  color1 == 255  ) {
		if(  default_player_color_random  ) {
			// build a vector with all colors
			minivec_tpl<uint8>all_colors1(28);
			for(  uint8 i=0;  i<28;  i++  ) {
				all_colors1.append(i);
			}
			// remove all used colors
			for(  uint8 i=0;  i<MAX_PLAYER_COUNT;  i++  ) {
				player_t *test_sp = welt->get_player(i);
				if(  test_sp  &&  player!=test_sp  ) {
					uint8 rem = 1<<(player->get_player_color1()/8);
					if(  all_colors1.is_contained(rem)  ) {
						all_colors1.remove( rem );
					}
				}
				else if(  default_player_color[i][0]!=255  ) {
					uint8 rem = default_player_color[i][0];
					if(  all_colors1.is_contained(rem)  ) {
						all_colors1.remove( rem );
					}
				}
			}
			// now choose a random empty color
			color1 = pick_any(all_colors1);
		}
		else {
			color1 = player->get_player_nr();
		}
	}

	uint8 color2 = default_player_color[player->get_player_nr()][1];
	if(  color2 == 255  ) {
		if(  default_player_color_random  ) {
			// build a vector with all colors
			minivec_tpl<uint8>all_colors2(28);
			for(  uint8 i=0;  i<28;  i++  ) {
				all_colors2.append(i);
			}
			// remove color1
			all_colors2.remove( color1/8 );
			// remove all used colors
			for(  uint8 i=0;  i<MAX_PLAYER_COUNT;  i++  ) {
				player_t *test_sp = welt->get_player(i);
				if(  test_sp  &&  player!=test_sp  ) {
					uint8 rem = 1<<(player->get_player_color2()/8);
					if(  all_colors2.is_contained(rem)  ) {
						all_colors2.remove( rem );
					}
				}
				else if(  default_player_color[i][1]!=255  ) {
					uint8 rem = default_player_color[i][1];
					if(  all_colors2.is_contained(rem)  ) {
						all_colors2.remove( rem );
					}
				}
			}
			// now choose a random empty color
			color2 = pick_any(all_colors2);
		}
		else {
			color2 = player->get_player_nr() + 3;
		}
	}

	player->set_player_color( color1*8, color2*8 );
}
