// fine tune this to decide about sending speed:
network_time_seconds network_throttle::get_sleep_time(size_t packet_size) const
{
double D2=0;
calculate_times_struct cts = { 0, 0, 0, 0};
calculate_times(packet_size, cts, true, m_window_size); D2=cts.delay;
return D2;
}
void network_throttle::_handle_trafic_exact(size_t packet_size, size_t orginal_size)
{
tick();
calculate_times_struct cts ; calculate_times(packet_size, cts , false, -1);
calculate_times_struct cts2; calculate_times(packet_size, cts2, false, 5);
m_history[0].m_size += packet_size;
std::ostringstream oss; oss << "["; for (auto sample: m_history) oss << sample.m_size << " "; oss << "]" << std::ends;
std::string history_str = oss.str();
MTRACE("Throttle " << m_name << ": packet of ~"<<packet_size<<"b " << " (from "<<orginal_size<<" b)"
<< " Speed AVG=" << std::setw(4) << ((long int)(cts .average/1024)) <<"[w="<<cts .window<<"]"
<< " " << std::setw(4) << ((long int)(cts2.average/1024)) <<"[w="<<cts2.window<<"]"
<<" / " << " Limit="<< ((long int)(m_target_speed/1024)) <<" KiB/sec "
<< " " << history_str
);
}
void TimeCache::recalculate(const glm::vec3& last_pos, const glm::quat& last_rot, const glm::vec3& last_scale, F32 last_net_time) {
//Set current state as last predicted states
last_predicted_pos = last_pos;
last_predicted_rot = last_rot;
last_predicted_scale = last_scale;
//Update times and velocities
calculate_times(last_net_time);
calculate_velocities();
}