312 	byte x_offs, y_offs;

   312 	byte x_offs, y_offs;

   313 	byte sprite_width, sprite_height, z_height;

   313 	byte sprite_width, sprite_height, z_height;

   314 	byte owner;

   314 	byte owner;

   315 	uint16 tile;

   315 	uint16 tile;

   316 	uint16 cur_image;

   316 	uint16 cur_image;

   318 	int16 left_coord, right_coord, top_coord, bottom_coord; // NOLOAD, calculated automatically.

   318 	int16 left_coord, right_coord, top_coord, bottom_coord; // NOLOAD, calculated automatically.

   319 	uint16 vehstatus;

   319 	uint16 vehstatus;

   320 	uint16 cur_speed;

   320 	uint16 cur_speed;

   321 	byte subspeed;

   321 	byte subspeed;

   322 	byte acceleration;

   322 	byte acceleration;

   418 	uint16 timer_counter;

   418 	uint16 timer_counter;

   419 	uint16 land_code; // NOLOAD: never needed in game

   419 	uint16 land_code; // NOLOAD: never needed in game

   420 	uint16 age_cargo_skip_counter;

   420 	uint16 age_cargo_skip_counter;

   421 	uint16 tick_counter;

   421 	uint16 tick_counter;

   422 	uint16 cur_tileloop_tile;

   422 	uint16 cur_tileloop_tile;

   424 	OldPrice prices[49];

   424 	OldPrice prices[49];

   425 	OldPaymentRate cargo_payment_rates[12];

   425 	OldPaymentRate cargo_payment_rates[12];

   427 	byte map_owner[256*256];

   427 	byte map_owner[256*256];

   428 	byte map2[256*256];

   428 	byte map2[256*256];

   429 	uint16 map3[256*256];

   429 	uint16 map3[256*256];

   430 	byte map_extra[256*256/4];

   430 	byte map_extra[256*256/4];

   432 	OldStation stations[250];

   432 	OldStation stations[250];

   433 	OldIndustry industries[90];

   433 	OldIndustry industries[90];

   434 	OldPlayer players[8];

   434 	OldPlayer players[8];

   435 	OldVehicle vehicles[850];

   435 	OldVehicle vehicles[850];

   436 	OldName names[500];

   436 	OldName names[500];

   438 	uint16 vehicle_position_hash[0x1000]; // NOLOAD, calculated automatically.

   438 	uint16 vehicle_position_hash[0x1000]; // NOLOAD, calculated automatically.

   439 

   439 

   440 	OldSign signs[40];

   440 	OldSign signs[40];

   441 	OldEngine engines[256];

   441 	OldEngine engines[256];

   442 

   442 

   453 	//NOLOAD. These are calculated from InitializeLandscapeVariables

   453 	//NOLOAD. These are calculated from InitializeLandscapeVariables

   454 	uint16 cargo_names_s[12], cargo_names_p[12], cargo_names_long_s[12], cargo_names_long_p[12], cargo_names_short[12];

   454 	uint16 cargo_names_s[12], cargo_names_p[12], cargo_names_long_s[12], cargo_names_long_p[12], cargo_names_short[12];

   455 	uint16 cargo_sprites[12];

   455 	uint16 cargo_sprites[12];

   456 

   456 

   457 	uint16 engine_name_strings[256];

   457 	uint16 engine_name_strings[256];

   459 	//NOLOAD. These are calculated from InitializeLandscapeVariables

   459 	//NOLOAD. These are calculated from InitializeLandscapeVariables

   460 	uint16 railveh_by_cargo_1[12], railveh_by_cargo_2[12], railveh_by_cargo_3[12];

   460 	uint16 railveh_by_cargo_1[12], railveh_by_cargo_2[12], railveh_by_cargo_3[12];

   461 	uint16 roadveh_by_cargo_start[12];

   461 	uint16 roadveh_by_cargo_start[12];

   462 	byte roadveh_by_cargo_count[12];

   462 	byte roadveh_by_cargo_count[12];

   463 	uint16 ship_of_type_start[12];

   463 	uint16 ship_of_type_start[12];

   484 	byte trees_tick_ctr;

   484 	byte trees_tick_ctr;

   485 	byte vehicle_design_names;

   485 	byte vehicle_design_names;

   486 	byte snow_line_height;

   486 	byte snow_line_height;

   487 

   487 

   488 	byte new_industry_randtable[32]; // NOLOAD. Not needed due to different code design.

   488 	byte new_industry_randtable[32]; // NOLOAD. Not needed due to different code design.

   490 	//NOLOAD. Initialized by InitializeLandscapeVariables

   490 	//NOLOAD. Initialized by InitializeLandscapeVariables

   492 	byte transit_days_table_1[12];

   492 	byte transit_days_table_1[12];

   493 	byte transit_days_table_2[12];

   493 	byte transit_days_table_2[12];

   494 

   494 

   495 	byte map_type_and_height[256*256];

   495 	byte map_type_and_height[256*256];

   496 	byte map5[256*256];

   496 	byte map5[256*256];

   555 		if (lss->count != 0) {

   555 		if (lss->count != 0) {

   556 			lss->count--;

   556 			lss->count--;

   557 			return GetSavegameByteFromBuffer();

   557 			return GetSavegameByteFromBuffer();

   558 		}

   558 		}

   559 	}

   559 	}

   561 	x = GetSavegameByteFromBuffer();

   561 	x = GetSavegameByteFromBuffer();

   562 	if (x >= 0) {

   562 	if (x >= 0) {

   563 		lss->count = x;

   563 		lss->count = x;

   564 		lss->mode = 1;

   564 		lss->mode = 1;

   565 		return GetSavegameByteFromBuffer();

   565 		return GetSavegameByteFromBuffer();

   566 	} else {

   566 	} else {

   567 		lss->mode = -1;

   567 		lss->mode = -1;

   568 		lss->count = -x;

   568 		lss->count = -x;

   569 		lss->rep_char = GetSavegameByteFromBuffer();

   569 		lss->rep_char = GetSavegameByteFromBuffer();

   570 		return lss->rep_char;

   570 		return lss->rep_char;

   572 }

   572 }

   573 

   573 

   574 static void LoadSavegameBytes(void *p, size_t count)

   574 static void LoadSavegameBytes(void *p, size_t count)

   575 {

   575 {

   576 	byte *ptr = (byte*)p;

   576 	byte *ptr = (byte*)p;

   640 		i->accepts_cargo[1] = o->accepts_cargo[1];

   640 		i->accepts_cargo[1] = o->accepts_cargo[1];

   641 		i->accepts_cargo[2] = o->accepts_cargo[2];

   641 		i->accepts_cargo[2] = o->accepts_cargo[2];

   642 		i->prod_level = o->prod_level;

   642 		i->prod_level = o->prod_level;

   643 		i->last_mo_production[0] = o->last_mo_production[0];

   643 		i->last_mo_production[0] = o->last_mo_production[0];

   644 		i->last_mo_production[1] = o->last_mo_production[1];

   644 		i->last_mo_production[1] = o->last_mo_production[1];

   646 		i->last_mo_transported[0] = o->last_mo_transported[0];

   646 		i->last_mo_transported[0] = o->last_mo_transported[0];

   647 		i->last_mo_transported[1] = o->last_mo_transported[1];

   647 		i->last_mo_transported[1] = o->last_mo_transported[1];

   648 		i->last_mo_transported[2] = o->last_mo_transported[2];

   648 		i->last_mo_transported[2] = o->last_mo_transported[2];

   649 

   649 

   650 		i->pct_transported[0] = o->pct_transported[0];

   650 		i->pct_transported[0] = o->pct_transported[0];

   651 		i->pct_transported[1] = o->pct_transported[1];

   651 		i->pct_transported[1] = o->pct_transported[1];

   652 

   652 

   653 		i->total_production[0] = o->total_production[0];

   653 		i->total_production[0] = o->total_production[0];

   654 		i->total_production[1] = o->total_production[1];

   654 		i->total_production[1] = o->total_production[1];

   656 		i->total_transported[0] = i->total_transported[0];

   656 		i->total_transported[0] = i->total_transported[0];

   657 		i->total_transported[1] = i->total_transported[1];

   657 		i->total_transported[1] = i->total_transported[1];

   658 

   658 

   659 		i->type = o->type;

   659 		i->type = o->type;

   660 		i->owner = o->owner;

   660 		i->owner = o->owner;

   686 		s->bus_tile = o->bus_tile;

   686 		s->bus_tile = o->bus_tile;

   687 		s->lorry_tile = o->lorry_tile;

   687 		s->lorry_tile = o->lorry_tile;

   688 		s->train_tile = o->train_tile;

   688 		s->train_tile = o->train_tile;

   689 		s->airport_tile = o->airport_tile;

   689 		s->airport_tile = o->airport_tile;

   690 		s->dock_tile = o->dock_tile;

   690 		s->dock_tile = o->dock_tile;

   692 		if (o->train_tile) {

   692 		if (o->train_tile) {

   693 			int w = (o->platforms >> 3) & 0x7;

   693 			int w = (o->platforms >> 3) & 0x7;

   694 			int h = (o->platforms & 0x7);

   694 			int h = (o->platforms & 0x7);

   695 			if (_map5[o->train_tile]&1) intswap(w,h);

   695 			if (_map5[o->train_tile]&1) intswap(w,h);

   696 			s->trainst_w = w;

   696 			s->trainst_w = w;

   697 			s->trainst_h = h;

   697 			s->trainst_h = h;

   698 		}

   698 		}

   700 		s->string_id = RemapOldStringID(o->string_id);

   700 		s->string_id = RemapOldStringID(o->string_id);

   701 		s->had_vehicle_of_type = o->had_vehicle_of_type;

   701 		s->had_vehicle_of_type = o->had_vehicle_of_type;

   702 		FixGoodsEntry(s->goods, o->goods, lengthof(o->goods));

   702 		FixGoodsEntry(s->goods, o->goods, lengthof(o->goods));

   703 		s->time_since_load = o->time_since_load;

   703 		s->time_since_load = o->time_since_load;

   704 		s->time_since_unload = o->time_since_unload;

   704 		s->time_since_unload = o->time_since_unload;

   725 static void FixVehicle(Vehicle *n, OldVehicle *o, int num)

   725 static void FixVehicle(Vehicle *n, OldVehicle *o, int num)

   726 {

   726 {

   727 	do {

   727 	do {

   728 		n->type = o->type;

   728 		n->type = o->type;

   729 		n->subtype = o->subtype;

   729 		n->subtype = o->subtype;

   731 		if (o->schedule_ptr == 0xFFFFFFFF || o->schedule_ptr == 0) {

   731 		if (o->schedule_ptr == 0xFFFFFFFF || o->schedule_ptr == 0) {

   732 			n->schedule_ptr = NULL;

   732 			n->schedule_ptr = NULL;

   733 		} else {

   733 		} else {

   734 			n->schedule_ptr = _order_array + REMAP_ORDER_IDX(o->schedule_ptr);

   734 			n->schedule_ptr = _order_array + REMAP_ORDER_IDX(o->schedule_ptr);

   735 			assert(n->schedule_ptr >= _order_array && n->schedule_ptr < _ptr_to_next_order);

   735 			assert(n->schedule_ptr >= _order_array && n->schedule_ptr < _ptr_to_next_order);

   756 		n->sprite_height = o->sprite_height;

   756 		n->sprite_height = o->sprite_height;

   757 		n->z_height = o->z_height;

   757 		n->z_height = o->z_height;

   758 		n->owner = o->owner;

   758 		n->owner = o->owner;

   759 		n->tile = o->tile;

   759 		n->tile = o->tile;

   760 		n->cur_image = o->cur_image;

   760 		n->cur_image = o->cur_image;

   762 		n->vehstatus = o->vehstatus;

   762 		n->vehstatus = o->vehstatus;

   763 		n->cur_speed = o->cur_speed;

   763 		n->cur_speed = o->cur_speed;

   764 		n->subspeed = o->subspeed;

   764 		n->subspeed = o->subspeed;

   765 		n->acceleration = o->acceleration;

   765 		n->acceleration = o->acceleration;

   766 		n->progress = o->progress;

   766 		n->progress = o->progress;

   785 		n->profit_this_year = o->profit_this_year;

   785 		n->profit_this_year = o->profit_this_year;

   786 		n->profit_last_year = o->profit_last_year;

   786 		n->profit_last_year = o->profit_last_year;

   787 		n->next = o->next_in_chain == 0xffff ? NULL : &_vehicles[o->next_in_chain];

   787 		n->next = o->next_in_chain == 0xffff ? NULL : &_vehicles[o->next_in_chain];

   788 		n->value = o->value;

   788 		n->value = o->value;

   789 		n->string_id = RemapOldStringID(o->string_id);

   789 		n->string_id = RemapOldStringID(o->string_id);

   791 		switch(o->type) {

   791 		switch(o->type) {

   792 		case VEH_Train:

   792 		case VEH_Train:

   793 			n->u.rail.track = o->u.rail.track;

   793 			n->u.rail.track = o->u.rail.track;

   794 			n->u.rail.force_proceed = o->u.rail.force_proceed;

   794 			n->u.rail.force_proceed = o->u.rail.force_proceed;

   795 			n->u.rail.crash_anim_pos = o->u.rail.crash_anim_pos;

   795 			n->u.rail.crash_anim_pos = o->u.rail.crash_anim_pos;

   862 

   862 

   863 static void FixPlayer(Player *n, OldPlayer *o, int num, byte town_name_type)

   863 static void FixPlayer(Player *n, OldPlayer *o, int num, byte town_name_type)

   864 {

   864 {

   865 	int i, j;

   865 	int i, j;

   866 	int x = 0;

   866 	int x = 0;

   868 	do {

   868 	do {

   869 		n->name_1 = RemapOldStringID(o->name_1);

   869 		n->name_1 = RemapOldStringID(o->name_1);

   870 		n->name_2 = o->name_2;

   870 		n->name_2 = o->name_2;

   871 		/*	In every Old TTD(Patch) game Player1 (0) is human, and all others are AI

   871 		/*	In every Old TTD(Patch) game Player1 (0) is human, and all others are AI

   872 		 *	(Except in .SV2 savegames, which were 2 player games, but we are not fixing

   872 		 *	(Except in .SV2 savegames, which were 2 player games, but we are not fixing

   880 			n->is_ai = 1;

   880 			n->is_ai = 1;

   881 		}

   881 		}

   882 

   882 

   883 		if (o->name_1 != 0)

   883 		if (o->name_1 != 0)

   884 			n->is_active = true;

   884 			n->is_active = true;

   886 		n->face = o->face;

   886 		n->face = o->face;

   887 		n->president_name_1 = o->pres_name_1;

   887 		n->president_name_1 = o->pres_name_1;

   888 		n->president_name_2 = o->pres_name_2;

   888 		n->president_name_2 = o->pres_name_2;

   890 		n->money64 = n->player_money = o->money;

   890 		n->money64 = n->player_money = o->money;

   891 		n->current_loan = o->loan;

   891 		n->current_loan = o->loan;

   894 		// It's always 893288 pounds (and no loan), if not corrected

   894 		// It's always 893288 pounds (and no loan), if not corrected

   895 		if(o->money==0xda168)

   895 		if(o->money==0xda168)

   896 			n->money64 = n->player_money = n->current_loan =100000;

   896 			n->money64 = n->player_money = n->current_loan =100000;

   897 

   897 

   898 		n->player_color = o->color;

   898 		n->player_color = o->color;

   903 		n->quarters_of_bankrupcy = o->quarters_of_bankrupcy;

   903 		n->quarters_of_bankrupcy = o->quarters_of_bankrupcy;

   904 		n->bankrupt_asked = o->bankrupt_asked;

   904 		n->bankrupt_asked = o->bankrupt_asked;

   905 		n->bankrupt_value = o->bankrupt_value;

   905 		n->bankrupt_value = o->bankrupt_value;

   906 		n->bankrupt_timeout = o->bankrupt_timeout;

   906 		n->bankrupt_timeout = o->bankrupt_timeout;

   907 		n->cargo_types = o->cargo_types;

   907 		n->cargo_types = o->cargo_types;

   909 		for(i=0; i!=3; i++)

   909 		for(i=0; i!=3; i++)

   910 			for(j=0; j!=13; j++)

   910 			for(j=0; j!=13; j++)

   911 				n->yearly_expenses[i][j] = o->expenses[i].cost[j];

   911 				n->yearly_expenses[i][j] = o->expenses[i].cost[j];

   912 

   912 

   913 		FixEconomy(&n->cur_economy, &o->economy[0]);

   913 		FixEconomy(&n->cur_economy, &o->economy[0]);

   914 		for(i=0; i!=24; i++) FixEconomy(&n->old_economy[i], &o->economy[i+1]);

   914 		for(i=0; i!=24; i++) FixEconomy(&n->old_economy[i], &o->economy[i+1]);

   915 		n->inaugurated_year = o->inaugurated_date - 1920;

   915 		n->inaugurated_year = o->inaugurated_date - 1920;

   916 		n->last_build_coordinate = o->last_build_coordinate;

   916 		n->last_build_coordinate = o->last_build_coordinate;

   917 		n->num_valid_stat_ent = o->num_valid_stat_ent;

   917 		n->num_valid_stat_ent = o->num_valid_stat_ent;

   918 

   918 

   920 		 *	in p->ai.cur_veh and thus will crash on certain actions.

   920 		 *	in p->ai.cur_veh and thus will crash on certain actions.

   921 		 *	Best is to set state to AiStateVehLoop (2)

   921 		 *	Best is to set state to AiStateVehLoop (2)

   922 		 *	n->ai.state = o->ai_state;

   922 		 *	n->ai.state = o->ai_state;

   923 		 */

   923 		 */

   924 		n->ai.state = 2;

   924 		n->ai.state = 2;

   925 		n->ai.state_mode = o->ai_state_mode;

   925 		n->ai.state_mode = o->ai_state_mode;

   926 		n->ai.state_counter = o->ai_state_counter;

   926 		n->ai.state_counter = o->ai_state_counter;

   927 		n->ai.timeout_counter = o->ai_timeout_counter;

   927 		n->ai.timeout_counter = o->ai_timeout_counter;

   928 		n->ai.banned_tile_count = o->ai_banned_tile_count;

   928 		n->ai.banned_tile_count = o->ai_banned_tile_count;

   929 		n->ai.railtype_to_use = o->ai_railtype_to_use;

   929 		n->ai.railtype_to_use = o->ai_railtype_to_use;

   931 		FixAiBuildRec(&n->ai.src, &o->ai_src);

   931 		FixAiBuildRec(&n->ai.src, &o->ai_src);

   932 		FixAiBuildRec(&n->ai.dst, &o->ai_dst);

   932 		FixAiBuildRec(&n->ai.dst, &o->ai_dst);

   933 		FixAiBuildRec(&n->ai.mid1, &o->ai_mid1);

   933 		FixAiBuildRec(&n->ai.mid1, &o->ai_mid1);

   934 		FixAiBuildRec(&n->ai.mid2, &o->ai_mid2);

   934 		FixAiBuildRec(&n->ai.mid2, &o->ai_mid2);

   936 		n->ai.cargo_type = o->ai_cargo_type;

   936 		n->ai.cargo_type = o->ai_cargo_type;

   937 		n->ai.num_wagons = o->ai_num_wagons;

   937 		n->ai.num_wagons = o->ai_num_wagons;

   938 		n->ai.num_build_rec = o->ai_num_build_rec;

   938 		n->ai.num_build_rec = o->ai_num_build_rec;

   939 		n->ai.num_loco_to_build = o->ai_num_loco_to_build;

   939 		n->ai.num_loco_to_build = o->ai_num_loco_to_build;

   940 		n->ai.num_want_fullload = o->ai_num_want_fullload;

   940 		n->ai.num_want_fullload = o->ai_num_want_fullload;

   942 		for(i=0; i!=9; i++) n->ai.wagon_list[i] = o->ai_wagonlist[i];

   942 		for(i=0; i!=9; i++) n->ai.wagon_list[i] = o->ai_wagonlist[i];

   943 		memcpy(n->ai.order_list_blocks, o->ai_order_list_blocks, 20);

   943 		memcpy(n->ai.order_list_blocks, o->ai_order_list_blocks, 20);

   944 		n->ai.start_tile_a = o->ai_start_tile_a;

   944 		n->ai.start_tile_a = o->ai_start_tile_a;

   945 		n->ai.start_tile_b = o->ai_start_tile_b;

   945 		n->ai.start_tile_b = o->ai_start_tile_b;

   946 		n->ai.cur_tile_a = o->ai_cur_tile_a;

   946 		n->ai.cur_tile_a = o->ai_cur_tile_a;

   947 		n->ai.cur_tile_b = o->ai_cur_tile_b;

   947 		n->ai.cur_tile_b = o->ai_cur_tile_b;

   948 		n->ai.start_dir_a = o->ai_start_dir_a;

   948 		n->ai.start_dir_a = o->ai_start_dir_a;

   949 		n->ai.start_dir_b = o->ai_start_dir_b;

   949 		n->ai.start_dir_b = o->ai_start_dir_b;

   950 		n->ai.cur_dir_a = o->ai_cur_dir_a;

   950 		n->ai.cur_dir_a = o->ai_cur_dir_a;

   951 		n->ai.cur_dir_b = o->ai_cur_dir_b;

   951 		n->ai.cur_dir_b = o->ai_cur_dir_b;

   953 		for(i=0; i!=16; i++) {

   953 		for(i=0; i!=16; i++) {

   954 			n->ai.banned_tiles[i] = o->banned_tiles[i].tile;

   954 			n->ai.banned_tiles[i] = o->banned_tiles[i].tile;

   955 			n->ai.banned_val[i] = o->banned_tiles[i].data;

   955 			n->ai.banned_val[i] = o->banned_tiles[i].data;

   956 		}

   956 		}

   957 

   957 

  1079 

  1079 

  1080 	// go through the tables and see if we can find any ttdpatch presignals. Then convert those to our format.

  1080 	// go through the tables and see if we can find any ttdpatch presignals. Then convert those to our format.

  1081 	for(i=0; i!=256*256; i++) {

  1081 	for(i=0; i!=256*256; i++) {

  1082 		if (IS_TILETYPE(i, MP_RAILWAY) && (_map5[i] & 0xC0) == 0x40) {

  1082 		if (IS_TILETYPE(i, MP_RAILWAY) && (_map5[i] & 0xC0) == 0x40) {

  1083 			// this byte is always zero in real ttd.

  1083 			// this byte is always zero in real ttd.

  1085 				// convert ttdpatch presignal format to openttd presignal format.

  1085 				// convert ttdpatch presignal format to openttd presignal format.

  1086 				_map3_hi[i] = (_map3_hi[i] >> 1) & 7;

  1086 				_map3_hi[i] = (_map3_hi[i] >> 1) & 7;

  1087 			}

  1087 			}

  1088 		}

  1088 		}

  1089 	}

  1089 	}

  1096 	FixStation(_stations, m->stations, lengthof(m->stations));

  1096 	FixStation(_stations, m->stations, lengthof(m->stations));

  1097 

  1097 

  1098 	FixDepot(_depots, m->depots, lengthof(m->depots));

  1098 	FixDepot(_depots, m->depots, lengthof(m->depots));

  1099 	FixVehicle(_vehicles, m->vehicles, lengthof(m->vehicles));

  1099 	FixVehicle(_vehicles, m->vehicles, lengthof(m->vehicles));

  1100 	FixSubsidy(_subsidies, m->subsidies, lengthof(m->subsidies));

  1100 	FixSubsidy(_subsidies, m->subsidies, lengthof(m->subsidies));

  1102 	FixPlayer(_players, m->players, lengthof(m->players), m->town_name_type);

  1102 	FixPlayer(_players, m->players, lengthof(m->players), m->town_name_type);

  1103 	FixName(m->names, lengthof(m->names));

  1103 	FixName(m->names, lengthof(m->names));

  1104 	FixSign(_sign_list, m->signs, lengthof(m->signs));

  1104 	FixSign(_sign_list, m->signs, lengthof(m->signs));

  1105 	FixEngine(_engines, m->engines, lengthof(m->engines));

  1105 	FixEngine(_engines, m->engines, lengthof(m->engines));

  1106 

  1106 

  1152 

  1152 

  1153 	for(i=0; i!=lengthof(m->cargo_payment_rates); i++) {

  1153 	for(i=0; i!=lengthof(m->cargo_payment_rates); i++) {

  1154 		_cargo_payment_rates[i] = -(int32)m->cargo_payment_rates[i].price;

  1154 		_cargo_payment_rates[i] = -(int32)m->cargo_payment_rates[i].price;

  1155 		_cargo_payment_rates_frac[i] = m->cargo_payment_rates[i].frac;

  1155 		_cargo_payment_rates_frac[i] = m->cargo_payment_rates[i].frac;

  1156 	}

  1156 	}

  1158 	free(m);

  1158 	free(m);

  1159 	fclose(lss.fin);

  1159 	fclose(lss.fin);

  1160 	return true;

  1160 	return true;

  1161 }

  1161 }

  1162 

  1162