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//Dinosaur game by gil nadler for hishovit
//////////This part wastaken from snake game in moodle
char nonblocking_getch();
void close_screen(), positional_putch(int x, int y, char ch);
void millisecond_sleep(int n), init_screen(), update_screen();
#include <time.h> // nanosleep
#include <ncurses.h> // getch, mvaddch, etc.
char nonblocking_getch() { return getch(); }
void positional_putch(int x, int y, char ch) { mvaddch(x, y, ch); }
void millisecond_sleep(int n) {
struct timespec t = { 0, n * 1000000 }; nanosleep(&t, 0);}
void init_screen() { initscr(); noecho(); cbreak(); nodelay(stdscr, TRUE);}
void update_screen() { refresh(); }
void close_screen() { endwin(); }
#include <stdio.h>
//////////
//height and width of game
#define w 50
#define h 16
int board[h][w];
int dino_pos = 0,quit = 0; // dino_pos-vertical position of dinosaur, changes if jumps
bool dino_up = false; // true if dino is on his way up, false if on way down or not jumping
bool is_dino_duck = false;// true if dino ducks
enum State { SPACE=0, BORDER=1, DINO=2,CLOUD=3,CACTUS=4,BIRD=5 };
int mob = SPACE;
int count_dino = 0;// counts number of dinosaur tiles, needed to detect collision
int cloud_x = -1,cloud_y = 4;
int cactus_x = -1,cactus_type = 1;
int bird_x = -1,bird_y = 7;
int score = 0;
bool spawn_cloud = false;
void start()
{
for(int j = 0; j < w;j++)
board[0][j] = board[h-1][j] = BORDER;
for(int i = 0; i < h;i++)
board[i][0] = board[i][w-1] = BORDER;
}
void cloud_move()
{
if (spawn_cloud == true)
{
if (cloud_x > 3)
{
board[cloud_y][cloud_x]=board[cloud_y][cloud_x-1] =board[cloud_y][cloud_x-2]
=board[cloud_y+1][cloud_x]=board[cloud_y+1][cloud_x-1]=board[cloud_y+1][cloud_x-2]=
board[cloud_y][cloud_x-3]=board[cloud_y+1][cloud_x-3]= CLOUD;
cloud_x--;
}
else
{
cloud_x = -1;
spawn_cloud = false;
}
}
}
void cactus_move()
{
if (cactus_x > 3)
{
if (cactus_type == 0)
{
board[h-2][cactus_x] = board[h-3][cactus_x]= board[h-4][cactus_x]
=board[h-2][cactus_x-1]= board[h-3][cactus_x-1]= board[h-4][cactus_x-1]= CACTUS;
}
else if(cactus_type == 1)
{
board[h-2][cactus_x] = board[h-3][cactus_x]
=board[h-2][cactus_x-1]= board[h-3][cactus_x-1]= CACTUS;
}
else if(cactus_type == 2)
{
board[h-2][cactus_x] = board[h-2][cactus_x-1]
= board[h-2][cactus_x-2]=board[h-2][cactus_x-3] = CACTUS;
}
else
{
board[h-2][cactus_x-1] = board[h-3][cactus_x-1]
=board[h-4][cactus_x] = board[h-3][cactus_x+1]=board[h-2][cactus_x+1] = CACTUS;
}
cactus_x--;
}
else
{
cactus_x = -1;
mob = SPACE;
}
}
void bird_move()
{
if (bird_x > 3)
{
board[bird_y][bird_x] = board[bird_y][bird_x-1] = board[bird_y][bird_x-2]
= board[bird_y][bird_x-3] = board[bird_y+1][bird_x-1] = board[bird_y-1][bird_x-1] = BIRD;
bird_x--;
}
else
{
bird_x = -1;
mob = SPACE;
score += 30;//"achievement"
}
}
void dino_jump()
{
if (dino_pos > 0)
{
board[h-2-dino_pos][6] = board[h-2-dino_pos][7] = board[h-2-dino_pos][5] = board[h-3-dino_pos][6]
= board[h-4-dino_pos][6]=board[h-2-dino_pos][8]
=board[h-3-dino_pos][7]=board[h-4-dino_pos][7]=board[h-5-dino_pos][8]=board[h-5-dino_pos][7]= DINO;
if (dino_up)
if (dino_pos < 8)
dino_pos++;
else
dino_up = false;
else
dino_pos--;
}
else if (is_dino_duck == true)
{
dino_duck();
}
else
board[h-2][6] = board[h-2][7] = board[h-2][5] = board[h-3][6] = board[h-4][6]
=board[h-2][8]=board[h-3][7]=board[h-4][7]=board[h-5][8]=board[h-5][7]= DINO;
}
void dino_duck()
{
if (dino_pos == 0 && is_dino_duck)
{
board[h-2- dino_pos][5] = board[h-2- dino_pos][6] = board[h-2- dino_pos][7] = board[h-2- dino_pos][8]
= board[h-3- dino_pos][5] = board[h-3- dino_pos][6] = board[h-3- dino_pos][7] = board[h-3- dino_pos][8]
= board[h-3- dino_pos][9] = board[h-3- dino_pos][10] = DINO;
}
}
void spawn_mob(){
if (mob == SPACE)
{
mob = CACTUS;
int temp = rand() % 7;
if (temp < 2)
mob = BIRD;
}
if (mob == CLOUD && cloud_x == -1)
{
cloud_x = w - 4;
}
else if (mob == CACTUS && cactus_x == -1)
{
cactus_x = w - 4;
cactus_type = rand() % 4;
}
if (mob == BIRD && bird_x == -1)
{
bird_x = w - 4;
bird_y = (rand() % 7) + 7;
/* if ((bird_y >= 8)&& (bird_y <= 10))
bird_y += 11 - bird_y % 11;*/ // no need because now we can duck
}
}
void show()
{
count_dino = 0;
for (int i = 0; i < h;i++)
for (int j = 0;j < w;j++)
{
if (board[i][j] == BORDER)
positional_putch(i, j,'.');
else // tzarih leapes kol paam mehadash
{
if (board[i][j] == SPACE)
positional_putch(i, j, ' ');
else if (board[i][j] == CLOUD)
positional_putch(i, j,'~');
else if (board[i][j] == CACTUS)
positional_putch(i, j,'#');
else if (board[i][j] == BIRD)
positional_putch(i, j,'+');
else if (board[i][j] == DINO)
{
positional_putch(i, j,'s');
count_dino++;
}
board[i][j] = SPACE;
}
}
//colllision detection
if (count_dino < 10 && score > 1)
{
//if (mob == CACTUS && dino_pos < 3)
//positional_putch(0, 0,'t');//lose
//else if (mob == BIRD && dino_pos >)
quit = 1;
}
//cloud spawn
if (rand() % 15 == 0 && spawn_cloud == false)
{
spawn_cloud = true;
cloud_x = w - 3;
}
show_score();
update_screen();
}
void show_score()
{
char name[] = "GIL NADLER";
char s[] = "score: ";
for (int j = 0;j < 7;j++)
{
positional_putch(1, j+1, s[j]);
positional_putch(0, j+1, name[j]);
}
positional_putch(0, 8, name[7]);
positional_putch(0, 9, name[8]);
positional_putch(0, 10, name[9]);
char sc[10];
sprintf(sc, "%d", score); // converts int to string
for (int j = 0;j < 10;j++)
{
if ((sc[j] != '0') &&(sc[j] != '1')&&(sc[j] != '2')&&(sc[j] != '3')&&(sc[j] != '4')&&(sc[j] != '5')
&&(sc[j] != '6')&&(sc[j] != '7')&&(sc[j] != '8')&&(sc[j] != '9'))
break;
positional_putch(1, j+7, sc[j]);
}
}
int main()
{
init_screen();
start();
do {
show();
switch(nonblocking_getch()) {
case 'w':
if (dino_pos == 0)
{
dino_pos++;
dino_up = true;
}
case 's':
is_dino_duck = true;
break;
case 'q': quit = 1; break;
}
cloud_move();
dino_jump();
is_dino_duck = false;
switch(mob)
{
case CACTUS:cactus_move();break;
case BIRD:bird_move();break;
}
spawn_mob();
score++;
srand(time(NULL));
millisecond_sleep(100);
}
while(!quit);
millisecond_sleep(999);
close_screen();
printf("Your score is %d",score);
return 0;
}
