public static void SendAdaptivePerformanceThermalEvent(ThermalMetrics thermalMetrics)
{
#if UNITY_ANALYTICS
// Temperature level and trend will call the method more often but we do not want to send events
if (s_LastWarningLevel == thermalMetrics.WarningLevel)
{
return;
}
switch (thermalMetrics.WarningLevel)
{
case WarningLevel.Throttling:
s_AdaptivePerformanceThermalEvent.numThrottlingEventSinceStartup++; break;
case WarningLevel.ThrottlingImminent:
s_AdaptivePerformanceThermalEvent.numThrottlingImminentEventSinceStartup++; break;
case WarningLevel.NoWarning:
s_AdaptivePerformanceThermalEvent.numNoWarningEventSinceStartup++; break;
}
s_AdaptivePerformanceThermalEvent.currentTempLevel = thermalMetrics.TemperatureLevel;
s_AdaptivePerformanceThermalEvent.currentTempTrend = thermalMetrics.TemperatureTrend;
s_LastWarningLevel = thermalMetrics.WarningLevel;
Send(EventName.AdaptivePerformanceThermal, s_AdaptivePerformanceThermalEvent);
#endif
}
public IEnumerator ThermalEvent_Works()
{
var subsystem = AdaptivePerformance.StartupSettings.PreferredSubsystem as AdaptivePerformance.Provider.TestAdaptivePerformanceSubsystem;
var ap = AdaptivePerformance.Holder.Instance;
var thermals = ap.ThermalStatus;
var metrics = new AdaptivePerformance.ThermalMetrics();
AdaptivePerformance.ThermalEventHandler eventHandler = delegate(AdaptivePerformance.ThermalMetrics args)
{
metrics = args;
};
thermals.ThermalEvent += eventHandler;
subsystem.TemperatureLevel = 0.3f;
subsystem.TemperatureTrend = 0.5f;
yield return(null);
Assert.AreEqual(0.3f, metrics.TemperatureLevel, 0.0001f);
Assert.AreEqual(0.5f, metrics.TemperatureTrend, 0.0001f);
}
private void LogThermalEvent(ThermalMetrics ev)
{
APLog.Debug("[thermal event] temperature level: {0}, warning level: {1}, thermal trend: {2}", ev.TemperatureLevel, ev.WarningLevel, ev.TemperatureTrend);
}
private void LogThermalEvent(ThermalMetrics ev)
{
AdaptivePerformanceAnalytics.SendAdaptivePerformanceThermalEvent(ev);
APLog.Debug("[thermal event] temperature level: {0}, warning level: {1}, thermal trend: {2}", ev.TemperatureLevel, ev.WarningLevel, ev.TemperatureTrend);
}
