/*
* Called by the world that's holding the entity every tick (50ms).
* A return value of true will cause the world to destroy the entity.
*/
bool
player_bot::tick (world &w)
{
if (entity::tick (w))
return true;
if (this->ticks == 0)
this->dest = this->pos;
std::uniform_int_distribution<> act (0, 4);
if (act (this->rnd) == 0)
{
std::uniform_int_distribution<> dis (0, 3);
switch (dis (this->rnd))
{
case 0: if (_check_pos (w, this->dest.x + 1, this->dest.y, this->dest.z)) ++ this->dest.x; break;
case 1: if (_check_pos (w, this->dest.x - 1, this->dest.y, this->dest.z)) -- this->dest.x; break;
case 2: if (_check_pos (w, this->dest.x, this->dest.y, this->dest.z + 1)) ++ this->dest.z; break;
case 3: if (_check_pos (w, this->dest.x, this->dest.y, this->dest.z - 1)) -- this->dest.z; break;
}
}
int dx = dest.x - (int)this->pos.x;
int dz = dest.z - (int)this->pos.z;
this->velocity.x = dx * 0.4;
this->velocity.z = dz * 0.4;
++ this->ticks;
return false;
}
void change_pos(t_player *player, t_game *game)
{
if (player->team != 0)
{
if (_check_pos(player, game, 0, 0))
{
game->map[player->x * SIZE_AREA + player->y] = 0;
--game->teams[player->team - 1];
player->team = 0;
}
else
move(player, game);
}
}
