std::ostream &output_record(std::ostream &out, gpulog::logrecord &lr, swarm::body_range_t &bod)
{
int evtid = lr.msgid();
switch(evtid){
case 1: // standard system snapshot
return record_output_1(out,lr,bod);
case 2: // data one body upon ejection
return record_output_2(out,lr,bod);
case 3: // reserved for data for one pair of bodies upon close encounter/collision
return record_output_default(out,lr);
default:
return record_output_default(out,lr);
}
}
std::ostream &output_record(std::ostream &out, gpulog::logrecord &lr, const body_range_t &_bod)
{
body_range_t bod = _bod;
int evtid = lr.msgid();
// Make sure these stay synced with src/swarm/log/log.hpp
switch(evtid){
case 1: // standard system snapshot
return record_output_1(out,lr,bod);
case 2: // data one body upon ejection
return record_output_2(out,lr,bod);
case 3: // reserved for data for one pair of bodies upon close encounter/collision
return record_output_default(out,lr); // feature still missing
case 11: // star v_z at observation time
return record_output_11(out,lr,bod);
case 15: // near a transit of planet in front of star
return record_output_15(out,lr,bod);
case 16: // near an occultation of star in front of planet
return record_output_16(out,lr,bod);
default:
return record_output_default(out,lr);
}
}
