void
GlideComputerStats::ProcessClimbEvents()
{
if (time_retreated())
return;
const DerivedInfo &calculated = Calculated();
const DerivedInfo &last_calculated = LastCalculated();
switch (calculated.turn_mode) {
case CLIMB:
if (calculated.climb_start_time > last_calculated.climb_start_time)
// set altitude for start of circling (as base of climb)
OnClimbBase(calculated.turn_start_altitude);
break;
case CRUISE:
if (calculated.cruise_start_time > last_calculated.cruise_start_time)
OnClimbCeiling();
break;
default:
break;
}
if (calculated.last_thermal.IsDefined() &&
(!last_calculated.last_thermal.IsDefined() ||
calculated.last_thermal.end_time > last_calculated.last_thermal.end_time))
OnDepartedThermal();
}
void
StatsComputer::ProcessClimbEvents(const DerivedInfo &calculated)
{
switch (calculated.turn_mode) {
case CirclingMode::CLIMB:
if (calculated.climb_start_time > last_climb_start_time)
// set altitude for start of circling (as base of climb)
OnClimbBase(calculated, calculated.climb_start_altitude);
break;
case CirclingMode::CRUISE:
if (calculated.cruise_start_time > last_cruise_start_time)
OnClimbCeiling(calculated);
break;
default:
break;
}
if (calculated.last_thermal.IsDefined() &&
(last_thermal_end_time < 0 ||
calculated.last_thermal.end_time > last_thermal_end_time))
OnDepartedThermal(calculated);
last_climb_start_time = calculated.climb_start_time;
last_cruise_start_time = calculated.cruise_start_time;
last_thermal_end_time = calculated.last_thermal.IsDefined()
? calculated.last_thermal.end_time
: -1.;
}
