public override void clearState()
{
lastRainReport = DateTime.MinValue;
lastAirTempReport = DateTime.MaxValue;
lastTrackTempReport = DateTime.MaxValue;
airTempAtLastReport = float.MinValue;
trackTempAtLastReport = float.MinValue;
rainAtLastReport = float.MinValue;
currentConditions = null;
}
protected override void triggerInternal(GameStateData previousGameState, GameStateData currentGameState)
{
currentConditions = currentGameState.Conditions.getMostRecentConditions();
if (currentConditions != null && enableTrackAndAirTempReports)
{
if (airTempAtLastReport == float.MinValue)
{
airTempAtLastReport = currentConditions.AmbientTemperature;
trackTempAtLastReport = currentConditions.TrackTemperature;
rainAtLastReport = currentConditions.RainDensity;
lastRainReport = currentGameState.Now;
lastTrackTempReport = currentGameState.Now;
lastAirTempReport = currentGameState.Now;
}
else
{
Boolean canReportAirChange = currentGameState.Now > lastAirTempReport.Add(AirTemperatureReportMaxFrequency);
Boolean canReportTrackChange = currentGameState.Now > lastTrackTempReport.Add(TrackTemperatureReportMaxFrequency);
Boolean reportedCombinedTemps = false;
if (canReportAirChange || canReportTrackChange)
{
if (currentConditions.TrackTemperature > trackTempAtLastReport + minTrackTempDeltaToReport && currentConditions.AmbientTemperature > airTempAtLastReport + minAirTempDeltaToReport)
{
airTempAtLastReport = currentConditions.AmbientTemperature;
trackTempAtLastReport = currentConditions.TrackTemperature;
lastAirTempReport = currentGameState.Now;
lastTrackTempReport = currentGameState.Now;
// do the reporting
audioPlayer.queueClip(new QueuedMessage("conditionsAirAndTrackIncreasing1", MessageContents
(folderAirAndTrackTempIncreasing, folderAirTempIsNow, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.AmbientTemperature),
folderTrackTempIsNow, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.TrackTemperature), folderCelsius), 0, this));
reportedCombinedTemps = true;
}
else if (currentConditions.TrackTemperature < trackTempAtLastReport - minTrackTempDeltaToReport && currentConditions.AmbientTemperature < airTempAtLastReport - minAirTempDeltaToReport)
{
airTempAtLastReport = currentConditions.AmbientTemperature;
trackTempAtLastReport = currentConditions.TrackTemperature;
lastAirTempReport = currentGameState.Now;
lastTrackTempReport = currentGameState.Now;
// do the reporting
audioPlayer.queueClip(new QueuedMessage("conditionsAirAndTrackDecreasing1", MessageContents
(folderAirAndTrackTempDecreasing, folderAirTempIsNow, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.AmbientTemperature),
folderTrackTempIsNow, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.TrackTemperature), folderCelsius), 0, this));
reportedCombinedTemps = true;
}
}
if (!reportedCombinedTemps && canReportAirChange)
{
if (currentConditions.AmbientTemperature > airTempAtLastReport + minAirTempDeltaToReport)
{
airTempAtLastReport = currentConditions.AmbientTemperature;
lastAirTempReport = currentGameState.Now;
// do the reporting
audioPlayer.queueClip(new QueuedMessage("conditionsAirIncreasing", MessageContents
(folderAirTempIncreasing, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.AmbientTemperature), folderCelsius), 0, this));
}
else if (currentConditions.AmbientTemperature < airTempAtLastReport - minAirTempDeltaToReport)
{
airTempAtLastReport = currentConditions.AmbientTemperature;
lastAirTempReport = currentGameState.Now;
// do the reporting
audioPlayer.queueClip(new QueuedMessage("conditionsAirDecreasing", MessageContents
(folderAirTempDecreasing, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.AmbientTemperature), folderCelsius), 0, this));
}
}
if (!reportedCombinedTemps && canReportTrackChange)
{
if (currentConditions.TrackTemperature > trackTempAtLastReport + minTrackTempDeltaToReport)
{
trackTempAtLastReport = currentConditions.TrackTemperature;
lastTrackTempReport = currentGameState.Now;
// do the reporting
audioPlayer.queueClip(new QueuedMessage("conditionsTrackIncreasing", MessageContents
(folderTrackTempIncreasing, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.TrackTemperature), folderCelsius), 0, this));
}
else if (currentConditions.TrackTemperature < trackTempAtLastReport - minTrackTempDeltaToReport)
{
trackTempAtLastReport = currentConditions.TrackTemperature;
lastTrackTempReport = currentGameState.Now;
// do the reporting
audioPlayer.queueClip(new QueuedMessage("conditionsTrackDecreasing", MessageContents
(folderTrackTempDecreasing, QueuedMessage.folderNameNumbersStub + Math.Round(currentConditions.TrackTemperature), folderCelsius), 0, this));
}
}
if (currentGameState.Now > lastRainReport.Add(RainReportMaxFrequency))
{
// TODO: the implementation is coupled to the PCars mRainDensity value, which is 0 or 1
if (currentConditions.RainDensity == 0 && rainAtLastReport == 1)
{
rainAtLastReport = currentConditions.RainDensity;
lastRainReport = currentGameState.Now;
audioPlayer.queueClip(new QueuedMessage(folderStoppedRaining, 0, this));
}
else if (currentConditions.RainDensity == 1 && rainAtLastReport == 0)
{
rainAtLastReport = currentConditions.RainDensity;
lastRainReport = currentGameState.Now;
audioPlayer.queueClip(new QueuedMessage(folderSeeingSomeRain, 0, this));
}
}
}
}
}
