bool update_game()
{
int in = get_input(get_map_window());
if(in == INPUT_ACTION && get_last_action() == ACTION_QUIT)
return false;
else if(in == INPUT_ACTION && (get_last_action() == ACTION_SCROLL_UP || get_last_action() == ACTION_SCROLL_DOWN)) {
log_scroll(get_last_action() == ACTION_SCROLL_UP);
draw_log();
} else if(!dead) {
update_player();
if(get_current_floor() != current_level) {
set_current_map(world[get_current_floor()], current_level < get_current_floor(), current_level > get_current_floor());
current_level = get_current_floor();
}
update_map(1, world[current_level]);
if(is_dead()) {
add_message(COLOR_HP_CRIT, "Oh dear, you've died!");
add_message(COLOR_DEFAULT, "Press q to return to the main menu");
dead = true;
}
if(game_won())
dead = true;
draw_log();
}
return true;
}
turn_command_t player_turn(game_t * game)
{
int input;
while (1)
{
input = getch();
if(input == ERR) {
draw_log(game->input_type, &(game->log), game->level);
continue;
}
clear_msg();
if(input == '\t')
{
if(game->input_type == input_type_log) {
timeout(-1);
game->input_type = input_type_map;
} else {
timeout(500);
game->input_type = input_type_log;
}
draw_map(game->input_type, game->level);
draw_stats(&(game->player), game->level);
draw_log(game->input_type, &(game->log), game->level);
continue;
}
turn_command_t command;
if(game->input_type == input_type_map) {
command = process_input_map(game, input);
} else {
command = process_input_log(game, input);
draw_log(game->input_type, &(game->log), game->level);
}
if(command == turn_command_void) {
continue;
}
return command;
}
}
/* Puts robot in (0,0)
*
*
* LOGS the movement
*/
void move_robot_origin()
{
draw_info(ENERGY,ENERGY_STAT, 0, 0, DIRECTION);
draw_log("--Ir al origen ");
draw_robot(0, 0, DIRECTION);
origin();
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
X=0;
Y=0;
if( DIRECTION == UP)
{
BOARD[X][Y] = UROBOT;
}
else if( DIRECTION == DOWN)
{
BOARD[X][Y] = DROBOT;
}
else if( DIRECTION == RIGHT)
{
BOARD[X][Y] = RROBOT;
}
else if( DIRECTION == LEFT)
{
BOARD[X][Y] = LROBOT;
}
}
void init_game()
{
WINDOW* map_win = newwin(24, 80, 0, 0);
WINDOW* area_win = newwin(6, 10, 0, 80);
WINDOW* stats_win = newwin(8, 10, 6, 80);
WINDOW* examine_win = newwin(10, 10, 14, 80);
WINDOW* hp_win = newwin(1, 90, 24, 0);
WINDOW* log_win = newwin(10, 90, 25, 0);
dead = false;
init_log(log_win);
init_map(map_win);
init_items();
world = calloc(LEVEL_COUNT, sizeof(map*));
world[0] = load_map("data/maps/farm.map", 78, 22, false, true);
for(int i = 1; i < 3; ++i)
world[i] = load_map("data/maps/easy_cave.map", 80 + 10 * (i - 1), 24 + 4 * (i - 1), true, true);
for(int i = 3; i < 5; ++i)
world[i] = load_map("data/maps/mid_cave.map", 80 + 10 * (i - 1), 24 + 4 * (i - 1), true, true);
for(int i = 5; i < 7; ++i)
world[i] = load_map("data/maps/hard_cave.map", 80 + 15 * (i - 1), 24 + 6 * (i - 1), true, true);
for(int i =7; i < 9; ++i)
world[i] = load_map("data/maps/crazy_cave.map", 80 + 18 * (i - 1), 24 + 8 * (i - 1), true, true);
world[LEVEL_COUNT - 1] = load_map("data/maps/final.map", 78, 22, true, false);
init_player(map_win, stats_win, hp_win, area_win, examine_win, world[0]);
int x, y;
get_random_empty_tile(&x, &y, world[LEVEL_COUNT - 1]);
spawn_item(x, y, "data/items/cat.item", world[LEVEL_COUNT - 1]);
get_random_empty_tile(&x, &y, world[0]);
player_set_position(x, y);
draw_map(x, y, world[0]);
add_message(COLOR_DEFAULT, "@ symbol, a brave young farmer, was out for a stroll on his farm when his cat Cuddles ran down into the gaping starcase to the deadly Caves of Consternation! @ symbol had been meaning to patch that up for a while, but hadn't gotten a chance yet. Don't judge.");
if(ask_question(COLOR_SELECTION, "Will you help @ symbol retrieve his cat, Cuddles?"))
add_message(COLOR_HP_GOOD, "Excellent! Get to it, then!");
else {
add_message(COLOR_HP_CRIT, "Well that was unexpected. Okay then, press q to quit to the main menu.");
dead = true;
}
draw_log();
}
void Plazza::start()
{
draw_menu();
draw_log();
char buff[4096];
std::string line;
while (line != "quit")
{
printEcrased();
move(40, 2);
clrtoeol();
getstr(buff);
line.assign(buff);
parsing(line);
distrib();
wclrtoeol(_footer);
}
}
/* Empty the BOARD, fills it and draw with game elements
*
* Put Robot at 0,0
* Put N_BARRIERS barriers randomly
* Put [1, ( (N_BARRIERS*10)/100 )] charge stations randomly
* Put the exit at (EXIT_X, EXIT_Y)
*/
void new_game(int n_barriers, int exit_x, int exit_y)
{
int rand_x, rand_y;
int barriers_allocated=0;
int stations_allocated=0;
int n_stations;
// Adjust EXIT coordinates to [0-7]
exit_x--;
exit_y--;
// Empty the BOARD and blank it
reset_game_values();
/* Put Robot, always start at 0,0 ponting to the rigth */
BOARD[0][0] = RROBOT;
draw_robot(0,0,DIRECTION);
/* Put Exit */
BOARD[exit_x][exit_y] = EXIT;
draw_object(exit_x, exit_y, 'e');
/* Restart energy, refresh INFO window and inform in LOG window */
draw_info(ENERGY,'g', 0, 0, DIRECTION);
draw_log("*** NEW GAME ***");
/* Put Barriers */
while( barriers_allocated != n_barriers )
{
rand_x = (rand()%8);
rand_y = (rand()%8);
// Barrires can't jail the robot
if( !((rand_x==1 && rand_y==0) || (rand_x==0 && rand_y==1)) )
{
if( BOARD[rand_x][rand_y] == EMPTY )
{
BOARD[rand_x][rand_y] = BARRIER;
draw_object(rand_x, rand_y, 'b');
barriers_allocated++;
}
}
}
/* Put Charge Stations */
n_stations = (n_barriers*40)/100;
if( n_stations < 0)
n_stations = 1;
while( stations_allocated != n_stations )
{
rand_x = (rand()%8);
rand_y = (rand()%8);
if( BOARD[rand_x][rand_y] == EMPTY )
{
BOARD[rand_x][rand_y] = STATION;
draw_object(rand_x, rand_y, 's');
stations_allocated++;
}
}
// Enable runing game
GAME_RUNING=1;
// Init Hardware if possible
serial_init();
origin();
}
/* Interchange robot coordinates
*
* If possible return 1, else return 0
*
* LOGS the movement
* Charge robot energy when arrives a charge station
* Invokes WIN and NEW GAME routines whe robot arrive the exit
*/
int teleport_robot()
{
if( !GAME_RUNING ){ return 0; }
int new_x, new_y;
// Interchange coordinates
new_x = Y;
new_y = X;
if( BOARD[new_x][new_y] == BARRIER )
{
draw_log("[!] Imposible [!] ");
return 0;
}
// Charge station found
else if( BOARD[new_x][new_y] == STATION )
{
draw_log("[!] Imposible [!] ");
return 0;
}
// Exit found
else if( BOARD[new_x][new_y] == EXIT )
{
draw_log("[!] Imposible [!] ");
return 0;
}
// Empty box found
else if( BOARD[new_x][new_y] == EMPTY )
{
draw_robot(new_x, new_y, DIRECTION);
to(new_x, new_y);
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
X = new_x;
Y = new_y;
if( DIRECTION == UP)
{
BOARD[X][Y] = UROBOT;
}
else if( DIRECTION == DOWN)
{
BOARD[X][Y] = DROBOT;
}
else if( DIRECTION == RIGHT)
{
BOARD[X][Y] = RROBOT;
}
else if( DIRECTION == LEFT)
{
BOARD[X][Y] = LROBOT;
}
ENERGY--;
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else if( ENERGY > 0 )
{
ENERGY_STAT = BAD;
}
else
{
draw_log("--Teletransportar ");
draw_log("### PARTIDA PERDIDA ###");
// Show LOSE pop-up
get_losepopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
draw_info(ENERGY,ENERGY_STAT, X, Y, DIRECTION);
draw_log("--Teletransportar ");
return 1;
}
}
/* Moves the robot 1 step
*
* If possible return 1, else return 0
*
* LOGS the movement
* Charge robot energy when arrives a charge station
* Invokes WIN and NEW GAME routines whe robot arrive the exit
*/
int move_robot()
{
if( !GAME_RUNING ){ return 0; }
// UP step
if( DIRECTION == UP && Y<7 )
{
// Barrier found
if( BOARD[X][Y+1] == BARRIER )
{
return 0;
}
// Charge station found
else if( BOARD[X][Y+1] == STATION )
{
draw_robot(X, Y+1, UP);
// Hardware move
step('y','f');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
Y++;
BOARD[X][Y] = UROBOT;
ENERGY+=ENERGY_STATIONS;
draw_log("-| Cargando |- ");
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else
{
ENERGY_STAT = BAD;
}
is_station_below=1;
draw_info(ENERGY,ENERGY_STAT, X, Y, UP);
draw_log("--Avanzar ");
return 1;
}
// Exit found
else if( BOARD[X][Y+1] == EXIT )
{
draw_log("--Avanzar ");
draw_log("*** PARTIDA GANADA ***");
// Show WIN pop-up
get_winpopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
// Empty box found
else if( BOARD[X][Y+1] == EMPTY )
{
draw_robot(X, Y+1, UP);
// Hardware move
step('y','f');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
Y++;
BOARD[X][Y] = UROBOT;
ENERGY--;
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else if( ENERGY > 0 )
{
ENERGY_STAT = BAD;
}
else
{
draw_log("--Avanzar ");
draw_log("### PARTIDA PERDIDA ###");
// Show LOSE pop-up
get_losepopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
draw_info(ENERGY,ENERGY_STAT, X, Y, UP);
draw_log("--Avanzar ");
return 1;
}
return 0;
}
// DOWN step
else if( DIRECTION == DOWN && Y>0 )
{
// Barrier found
if( BOARD[X][Y-1] == BARRIER )
{
return 0;
}
// Charge station found
else if( BOARD[X][Y-1] == STATION )
{
draw_robot(X, Y-1, DOWN);
// Hardware move
step('y','b');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
Y--;
BOARD[X][Y] = DROBOT;
ENERGY+=ENERGY_STATIONS;
draw_log("-| Cargando |- ");
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else
{
ENERGY_STAT = BAD;
}
is_station_below=1;
draw_info(ENERGY,ENERGY_STAT, X, Y, DOWN);
draw_log("--Avanzar ");
return 1;
}
// Exit found
else if( BOARD[X][Y-1] == EXIT )
{
draw_log("--Avanzar ");
draw_log("*** PARTIDA GANADA ***");
// Show WIN pop-up
get_winpopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
// Empty box found
else if( BOARD[X][Y-1] == EMPTY )
{
draw_robot(X, Y-1, DOWN);
// Hardware move
step('y','b');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
Y--;
BOARD[X][Y] = DROBOT;
ENERGY--;
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else if( ENERGY > 0 )
{
ENERGY_STAT = BAD;
}
else
{
draw_log("--Avanzar ");
draw_log("### PARTIDA PERDIDA ###");
// Show LOSE pop-up
get_losepopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
draw_info(ENERGY,ENERGY_STAT, X, Y, DOWN);
draw_log("--Avanzar ");
return 1;
}
return 0;
}
// RIGHT step
else if( DIRECTION == RIGHT && X<7 )
{
// Barrier found
if( BOARD[X+1][Y] == BARRIER )
{
return 0;
}
// Charge station found
else if( BOARD[X+1][Y] == STATION )
{
draw_robot(X+1, Y, RIGHT);
// Hardware move
step('x','f');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
X++;
BOARD[X][Y] = RROBOT;
ENERGY+=ENERGY_STATIONS;
draw_log("-| Cargando |- ");
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else
{
ENERGY_STAT = BAD;
}
is_station_below=1;
draw_info(ENERGY,ENERGY_STAT, X, Y, RIGHT);
draw_log("--Avanzar ");
return 1;
}
// Exit found
else if( BOARD[X+1][Y] == EXIT )
{
draw_log("--Avanzar ");
draw_log("*** PARTIDA GANADA ***");
// Show WIN pop-up
get_winpopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
// Empty box found
else if( BOARD[X+1][Y] == EMPTY )
{
draw_robot(X+1, Y, RIGHT);
// Hardware move
step('x','f');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
X++;
BOARD[X][Y] = RROBOT;
ENERGY--;
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else if( ENERGY > 0 )
{
ENERGY_STAT = BAD;
}
else
{
draw_log("--Avanzar ");
draw_log("### PARTIDA PERDIDA ###");
// Show LOSE pop-up
get_losepopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
draw_info(ENERGY,ENERGY_STAT, X, Y, RIGHT);
draw_log("--Avanzar ");
return 1;
}
return 0;
}
// LEFT step
else if( DIRECTION == LEFT && X>0 )
{
// Barrier found
if( BOARD[X-1][Y] == BARRIER )
{
return 0;
}
// Charge station found
else if( BOARD[X-1][Y] == STATION )
{
draw_robot(X-1, Y, LEFT);
// Hardware move
step('x','b');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
X--;
BOARD[X][Y] = LROBOT;
ENERGY+=ENERGY_STATIONS;
draw_log("-| Cargando |- ");
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else
{
ENERGY_STAT = BAD;
}
is_station_below=1;
draw_info(ENERGY,ENERGY_STAT, X, Y, LEFT);
draw_log("--Avanzar ");
return 1;
}
// Exit found
else if( BOARD[X-1][Y] == EXIT )
{
draw_log("--Avanzar ");
draw_log("*** PARTIDA GANADA ***");
// Show WIN pop-up
get_winpopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
// Empty box found
else if( BOARD[X-1][Y] == EMPTY )
{
draw_robot(X-1, Y, LEFT);
// Hardware move
step('x','b');
BOARD[X][Y] = EMPTY;
if( is_station_below )
{
BOARD[X][Y] = STATION;
draw_object(X, Y, 's');
is_station_below=0;
}
X--;
BOARD[X][Y] = LROBOT;
ENERGY--;
if(ENERGY>=INIT_ENERGY)
{
ENERGY_STAT = GOOD;
}
else if(ENERGY>=(INIT_ENERGY)/2)
{
ENERGY_STAT = MEDIUM;
}
else if( ENERGY > 0 )
{
ENERGY_STAT = BAD;
}
else
{
draw_log("--Avanzar ");
draw_log("### PARTIDA PERDIDA ###");
// Show LOSE pop-up
get_losepopup();
// Reset game
reset_game_values();
// Stop game
GAME_RUNING=0;
return 1;
}
draw_info(ENERGY,ENERGY_STAT, X, Y, LEFT);
draw_log("--Avanzar ");
return 1;
}
return 0;
}
}
/* Rotates the robot in DIR direction
*
*
* LOGS the movement
*/
void rotate_robot(char dir)
{
if( !GAME_RUNING ){ return; }
if( dir == RIGHT )
{
draw_log("--Girar Derecha ");
if( DIRECTION == UP )
{
draw_robot(X, Y, RIGHT);
draw_info(ENERGY,ENERGY_STAT, X, Y, RIGHT);
DIRECTION = RIGHT;
}
else if( DIRECTION == DOWN )
{
draw_robot(X, Y, LEFT);
draw_info(ENERGY,ENERGY_STAT, X, Y, LEFT);
DIRECTION = LEFT;
}
else if( DIRECTION == LEFT )
{
draw_robot(X, Y, UP);
draw_info(ENERGY,ENERGY_STAT, X, Y, UP);
DIRECTION = UP;
}
else if( DIRECTION == RIGHT )
{
draw_robot(X, Y, DOWN);
draw_info(ENERGY,ENERGY_STAT, X, Y, DOWN);
DIRECTION = DOWN;
}
}
else if( dir == LEFT )
{
draw_log("--Girar Izquierda ");
if( DIRECTION == UP )
{
draw_robot(X, Y, LEFT);
draw_info(ENERGY,ENERGY_STAT, X, Y, LEFT);
DIRECTION = LEFT;
}
else if( DIRECTION == DOWN )
{
draw_robot(X, Y, RIGHT);
draw_info(ENERGY,ENERGY_STAT, X, Y, RIGHT);
DIRECTION = RIGHT;
}
else if( DIRECTION == LEFT )
{
draw_robot(X, Y, DOWN);
draw_info(ENERGY,ENERGY_STAT, X, Y, DOWN);
DIRECTION = DOWN;
}
else if( DIRECTION == RIGHT )
{
draw_robot(X, Y, UP);
draw_info(ENERGY,ENERGY_STAT, X, Y, UP);
DIRECTION = UP;
}
}
}
int main() {
// Initialize custom GUI stuff
init_gui();
// Draw splash thingy
//splash();
// Create player object
Player player;
// Set player's name
set_character_name(player);
// Set player's main attributes
set_main_attributes(player);
// Add base stuff to player inventory
player.inventory.additem(new BattleAxe(), 1);
player.inventory.additem(new Shortsword(), 1);
player.inventory.additem(new Mace(), 1);
player.inventory.additem(new Fork(), 8);
/* BEGIN OLD TESTING STUFF
// Display player stats window
draw_character_stats(player);
getch();
*/ //END OLD TESTING STUFF
// Load map
Map current_map = Map();
load_map(current_map, "testmap");
log.write("Loaded testmap.");
// Place Player onto map
current_map.place_character(2, 2, player);
log.write("Press 'h' for help.");
/* Prepare for player input */
keypad(stdscr, true);
int input = 0;
// Do stuff with player input
bool exit = false;
while(true) {
// Escape: exit game confirmation
if(input == 27) {
exit = confirm_exit();
}
// Arrow keys: move player character
if(input == KEY_UP || input == KEY_DOWN || input == KEY_LEFT || input == KEY_RIGHT) {
current_map.move_character(player, input);
}
// I: open inventory
if(input == 'i') {
player_inventory(player);
}
// H: print help
if(input == 'h') {
log.write("Quit game: esc\n Open/close inventory: i\n Move character: arrow keys");
}
// Draw the rest of the windows
draw_map(current_map);
draw_log(log);
draw_character_equipslot(player);
// Exit if exit flag was set
if(exit) break;
// Get new input
input = getch();
}
endwin();
return 0;
}