void turn (int score[], int dice_values[], int size, int num_values[])
{
//Saw redundancy in the code, so instead of copy and pasting this 26 times, I made it into a function
printf("Roll 1\n");
roll_dice(dice_values, size);
show_dice(dice_values, size);
reroll(dice_values, size);
printf("Roll 2\n");
show_dice(dice_values, size);
reroll(dice_values, size);
printf("Roll 3\n");
show_dice(dice_values, size);
}
void avance(t_msg *msg, t_client *client, t_map **map, t_opt *opt)
{
e_direct type;
(void)opt;
type = client->direct;
sub_food(msg, client, "ok\n");
msg->time = get_time_client(client, 7);
if (type == SUD)
client->map = (client->map->y + 1) < client->map->y_world ?
&map[client->map->y + 1][client->map->x] : &map[0][client->map->x];
else if (type == EST)
client->map = (client->map->x + 1) < client->map->x_world ?
&map[client->map->y][client->map->x + 1] : &map[client->map->y][0];
else if (type == OUEST)
client->map = (client->map->x - 1) >= 0 ?
&map[client->map->y][client->map->x - 1] :
&map[client->map->y][client->map->x_world - 1];
else if (type == NORD)
{
client->map = (client->map->y - 1) >= 0 ?
&map[client->map->y - 1][client->map->x] :
&map[client->map->y_world - 1][client->map->x];
}
client->direct = type;
giveposition(client, reroll(client));
}
int main(){
int i;
srand(time(NULL));
reset_cata();
for(i = 0; i < 13; i++){
reset_dice();
roll();
reroll();
reroll();
assign_catagory();
printf("\nYour score for round %d is %d!\n", i+1, score());
}
return 1;
}
void gauche(t_msg *msg, t_client *client, t_map **map, t_opt *opt)
{
(void)opt;
if (map)
{
sub_food(msg, client, "ok\n");
msg->time = get_time_client(client, 7);
if (client->direct == SUD)
client->direct = EST;
else if (client->direct == EST)
client->direct = NORD;
else if (client->direct == NORD)
client->direct = OUEST;
else if (client->direct == OUEST)
client->direct = SUD;
giveposition(client, reroll(client));
}
}
void giveinvall(t_client *cl)
{
t_client *tmp;
char *str;
int size;
size = snprintf(NULL, 0, "pin %d %d %d %d %d %d %d %d %d %d\n",
cl->id, cl->map->x, cl->map->y, cl->ress[0] / 126,
cl->ress[1], cl->ress[2], cl->ress[3], cl->ress[4],
cl->ress[5], cl->ress[6]) + 1;
str = xmalloc((size + 1) * sizeof(char));
snprintf(str, size, "pin %d %d %d %d %d %d %d %d %d %d\n",
cl->id, cl->map->x, cl->map->y, cl->ress[0] / 126,
cl->ress[1], cl->ress[2], cl->ress[3], cl->ress[4],
cl->ress[5], cl->ress[6]);
tmp = reroll(cl);
while (tmp && tmp->end != 1)
{
if (tmp->type == GRAPHIC)
write(tmp->fd, str, strlen(str));
tmp = tmp->nt;
}
free(str);
}
//Done By Daniel(Leader)
//check the monster location and the direction they go
void monster(COORD& monster1,int& g_idirection)
{
bool bcollision = false;
//check the condition met
if(bcollision == false)
{
if(g_idirection == 0)
{
//when the condition met
if(wall_left(monster1) == true)
{
bcollision = true;
}
else
{
monster1.X--;
}
}
if(g_idirection == 1)
{
if(wall_right(monster1) == true)
{
bcollision=true;
}
else
{
monster1.X++;
}
}
if(g_idirection==2)
{
if(wall_down(monster1) == true)
{
bcollision=true;
}
else
{
monster1.Y++;
}
}
if(g_idirection == 3)
{
if(wall_up(monster1) == true)
{
bcollision=true;
}
else
{
monster1.Y--;
}
}
//check what wall they hit
if(wall_up(monster1) == false && wall_down(monster1) == false && wall_left(monster1) == false && wall_right(monster1) == false)
{
bcollision=true;
}
if(wall_up(monster1) == false && wall_down(monster1) == false && wall_left(monster1) == false)
{
bcollision=true;
}
if(wall_up(monster1) == false && wall_down(monster1) == false && wall_right(monster1) == false)
{
bcollision=true;
}
if(wall_up(monster1) == false && wall_left(monster1) == false && wall_right(monster1) == false)
{
bcollision=true;
}
if(wall_down(monster1) == false && wall_left(monster1) == false && wall_right(monster1) == false)
{
bcollision=true;
}
}
//if the monster is going against the wall re-roll the direction
if(bcollision == true)
{
reroll(g_idirection);
}
}
