// Set the FlightData for FlightTime or the part - this is an absolute set and replaces the previous FlightData/Time
// This is generally NOT recommended. Use ModifyFlightData instead so that the Core can ensure your modifications cooperate with others
// These functions are currently NOT implemented!
// public static void SetFlightData(double data)
// {
// }
// public static void SetFlightTime(double seconds)
// {
// }
// public static void SetFlightDataForScope(double data, String scope)
// {
// }
// public static void SetFlightTimeForScope(double seconds, String scope)
// {
// }
// Modify the FlightData or FlightTime for the part
// The given modifier is multiplied against the current FlightData unless additive is true
public static double ModifyFlightData(Part part, double modifier)
{
return(TestFlightInterface.ModifyFlightDataForScope(part, modifier, TestFlightInterface.GetScope(), false));
}
public static double ModifyFlightTime(Part part, double modifier, bool additive)
{
return(TestFlightInterface.ModifyFlightTimeForScope(part, modifier, TestFlightInterface.GetScope(), additive));
}
public static double GetFlightTime(Part part)
{
return(TestFlightInterface.GetFlightTimeForScope(part, TestFlightInterface.GetScope()));
}
// The momentary failure rate is tracked per named "trigger" which allows multiple Reliability or FailureTrigger modules to cooperate
// Returns the total modified failure rate back to the caller for convenience
public static double SetTriggerMomentaryFailureModifier(Part part, String trigger, double multiplier, PartModule owner)
{
return(TestFlightInterface.SetTriggerMomentaryFailureModifierForScope(part, trigger, multiplier, owner, TestFlightInterface.GetScope()));
}
public static double GetMomentaryFailureRateForTrigger(Part part, String trigger)
{
return(TestFlightInterface.GetMomentaryFailureRateForTriggerForScope(part, trigger, TestFlightInterface.GetScope()));
}
public static double GetBestMomentaryFailureRate(Part part)
{
return(TestFlightInterface.GetBestMomentaryFailureRateForScope(part, TestFlightInterface.GetScope()));
}
// Get the Reliability Curve for the part
public static FloatCurve GetBaseReliabilityCurve(Part part)
{
return(TestFlightInterface.GetBaseReliabilityCurveForScope(part, TestFlightInterface.GetScope()));
}
