bool unit_func_group(double x) {
return unit_func(sin_p, sin, "sin", x) &&
unit_func(cos_p, cos, "cos", x) &&
unit_func(tan_p, tan, "tan", x);
}
void game_loop(int map_layout [MAX_X][MAX_Y])
{
system("cls");
CONSOLE_CURSOR_INFO CurInfo;
CurInfo.dwSize=1;
CurInfo.bVisible=FALSE;
SetConsoleCursorInfo(GetStdHandle(STD_OUTPUT_HANDLE),&CurInfo);
unit_func();
int queue = 1; //1 - Player, 2 - Bot
int max_players = 2;
int key_pressed;
int player_angle = 0;
int player_power = 100;
bool first_frame = 1; // thanks to this bool, map, draws only once
bool quit = false;
bool playerTurn = 1; // it should be an option to choose - who will begin the game - player or ai?
test_drawing_units(map_layout);
while(player.hp > 0 && bot.hp > 0)
{
//Main game loop :)
//system("cls");
if(quit == false && first_frame == 1)
{
test_drawing_map(map_layout);
first_frame = 0;
printf("\n\n");
}
while(playerTurn)
{
if(quit == true)break;
//Player move
if(quit == true)break;
//Choose power and angle
gotoxy(0,80);
printf("Angle = %d", player_angle);
printf("\t\tPower = %d", player_power);
printf("\t\tWind = %d", (int)wind_speed);
printf("\t\tPoints = %d", player.points);
//Drawing angle tray
if(first_angle == true)
{
int i;
for(i = 0; i < 3; i++)
{
angle_points[i][0] = player.x + (int)angle_drawing_distanse*(i+1)*cos(player_angle * PI / 180.0 );
angle_points[i][1] = 79 - (player.y + (int)angle_drawing_distanse*(i+1)*sin(player_angle * PI / 180.0 ));
if((angle_points[i][0] >=0)&&(angle_points[i][0] < MAX_X) && (angle_points[i][1] >=0) && (angle_points[i][1] < MAX_Y))
{
gotoxy(angle_points[i][0],angle_points[i][1]);
printf(".");
}
}
first_angle = false;
}
else
{
int i;
for(i = 0; i < 3; i++)
{
if((angle_points[i][0] >=0)&&(angle_points[i][0] < MAX_X) && (angle_points[i][1] >=0) && (angle_points[i][1] < MAX_Y))
{
int xxx = map_layout[angle_points[i][0]][79-angle_points[i][1]];
gotoxy(angle_points[i][0],angle_points[i][1]);
switch(xxx){
case 0: printf(" "); break;
case 1: printf("1"); break;
// default: printf(" "); break;
}
}
}
for(i = 0; i < 3; i++)
{
angle_points[i][0] = player.x + (int)angle_drawing_distanse*(i+1)*cos(player_angle * PI / 180.0 );
angle_points[i][1] = 79 - (player.y + (int)angle_drawing_distanse*(i+1)*sin(player_angle * PI / 180.0 ));
if((angle_points[i][0] >=0)&&(angle_points[i][0] < MAX_X) && (angle_points[i][1] >=0) && (angle_points[i][1] < MAX_Y))
{
gotoxy(angle_points[i][0],angle_points[i][1]);
printf(".");
}
}
}
//------------------
key_pressed = getch();
if(key_pressed == 27)quit = true;
if(key_pressed == 13)
{
missile_data *missile;
missile = initializeMissile(player.x, player.y);
playerShot(missile, player_power, player_angle, map_layout);
playerTurn = false;
}
else switch(getch()){
case 72:
if(player_angle < 180)player_angle = player_angle + 1;
break;
case 75:
if(player_power > 0)player_power = player_power - 1;
break;
case 77:
if(player_power < 200)player_power = player_power + 1;
break;
case 80:
if(player_angle > 0)player_angle = player_angle - 1;
break;
}
}
//-----------------------------------end of player's turn
ai(bot, map_layout); // chain of few functions, which ends with calling function playerShot()
//------------------------------------end of bots' turn
if(selected_level.level_wind == WIND_VARIABLE)wind_speed = random_wind(); //Generate new wind force
Sleep(1000);
playerTurn = true;
}//end of main loop
system("cls");
if(player.hp > 0)
{
//Inform about victory
//--------------------
//Back to menu
//------------
}
else if(bot.hp > 0 || key_pressed == 27)
{
//Inform about defeat
//--------------------
getch();
//Back to menu
system("cls");
test_menu(map_layout);
//------------
}
}
