CloudThermal
CloudThermal::Load(Deserialiser &s)
{
s.Read8();
const unsigned client_key = s.Read64();
std::chrono::steady_clock::time_point time;
s >> time;
SkyLinesTracking::Thermal t;
s.ReadT(t);
CloudThermal thermal(client_key,
AGeoPoint(SkyLinesTracking::ImportGeoPoint(t.bottom_location),
FromBE16(t.bottom_altitude)),
AGeoPoint(SkyLinesTracking::ImportGeoPoint(t.top_location),
FromBE16(t.top_altitude)),
FromBE16(t.lift) / 256.);
thermal.time = time;
return thermal;
}
void erosion() {
for (int i = 0; i < erosion_steps; ++i)
thermal();
}