void trigger(double x, double y, double,
shape const& shape,
double vx, double vy,
uint64_t origin_id,
noise_queue& nqueue,
comm::msg_queue& queue) {
std::uniform_int_distribution<int> bmp_dist(0, _images.size() - 1);
for(uint32_t i = 0; i < _num_debris; ++i) {
uint32_t index = _randomize
? bmp_dist(rnd::engine)
: (i % _images.size());
res::res_id bmp = _images[index];
double deb_x, deb_y;
std::tie(deb_x, deb_y) = shape.get_random_point();
queue.push(comm::create_spawn_debris(
deb_x + x, deb_y + y,
vx, vy,
_vmin, _vmax,
_theta_min, _theta_max,
bmp,
_explode,
origin_id));
}
}
void trigger(double x, double y, double phi,
shape const& shape,
double, double,
uint64_t origin_id,
noise_queue& nqueue,
comm::msg_queue& queue) {
double delay = 0.0;
std::uniform_real_distribution<double> delay_dist(_min_delay, _max_delay);
for(uint32_t i = 0; i < _num_explosions; ++i) {
double expl_x, expl_y;
std::tie(expl_x, expl_y) = shape.get_random_point();
queue.push(comm::create_spawn_explosion(expl_x + x, expl_y + y), delay);
nqueue.push(res::res_id::EXPLOSION_SND, delay);
delay += delay_dist(rnd::engine);
}
}