public List <FlightSoundCircles> CalculateFlightSound(
FlightSoundCalculationInputData id,
List <double> SoundLevels,
RadiusInterval RadiusInterval,
FrequencyBand FrequencyBand)
{
return(flightNoiseModel.Calculate(id, SoundLevels, RadiusInterval, FrequencyBand));
}
public void CalculateFlightSound(
FlightSoundCalculationInputData id,
List <double> SoundLevels,
RadiusInterval RadiusInterval,
out List <EffectiveFlightSound> EffectiveFlightSounds,
out List <FlightSoundCircles> FlightSoundCircles)
{
flightNoiseModel.Calculate(id, SoundLevels, RadiusInterval, out EffectiveFlightSounds, out FlightSoundCircles);
}
public void OpenFlightNoiseInputData(
string FileName,
out FlightSoundCalculationInputData id,
out Dictionary <double, Color> SoundLevels,
out RadiusInterval RadiusInterval,
out FrequencyBand FrequencyBand)
{
flightNoiseModel.Open(FileName, out id, out SoundLevels, out RadiusInterval, out FrequencyBand);
}
public void SaveFlightNoiseInputData(
string FileName,
FlightSoundCalculationInputData id,
Dictionary <double, Color> SoundLevels,
RadiusInterval RadiusInterval,
FrequencyBand FrequencyBand)
{
flightNoiseModel.Save(FileName, id, SoundLevels, RadiusInterval, FrequencyBand);
}
public void OpenFlightNoiseInputData // Метод, пределяющий исходные данные для расчёта уровня шума в полёте из файла
(
XmlDocument xmlDoc, // Файл .xml и исходными данными
out FlightSoundCalculationInputData id, // Переменная, в которую записываются основные исходные данные
out Dictionary <double, Color> SoundLevels, // Переменная, в которую записывается словарь, ключи которого -- уровни шума в слышимом диапазоне, значения -- цвет отображения геометрического места точек
out RadiusInterval RadiusInterval, // Область расчёта геометрическое место точек, в которых уровни шума в слышиомом диапазоне равны ключам словаря SoundLevels
out FrequencyBand FrequencyBand // Спектр частот
)
{
flightNoiseModel.Open(xmlDoc, out id, out SoundLevels, out RadiusInterval, out FrequencyBand);
}
} // Спектр частот
public FireTestNoiseCalculationInputData(
double Thrust,
FlowParameters FlowParameters,
List <WeatherParameters> WeatherParameters,
RadiusInterval RadiusInterval,
FrequencyBand FrequencyBand) : this()
{
this.Thrust = Thrust;
this.FlowParameters = FlowParameters;
this.WeatherParameters = WeatherParameters;
this.RadiusInterval = RadiusInterval;
this.FrequencyBand = FrequencyBand;
}
public SaveFireTestNoiseInputDataEventArgs(
string FileName,
double Thrust,
FlowParameters FlowParameters,
List <WeatherParameters> WeatherParameters,
Dictionary <double, Color> SoundLevels,
RadiusInterval RadiusInterval,
FrequencyBand FrequencyBand)
{
this.FileName = FileName;
this.Thrust = Thrust;
this.FlowParameters = FlowParameters;
this.WeatherParameters = WeatherParameters;
this.SoundLevels = SoundLevels;
this.RadiusInterval = RadiusInterval;
this.FrequencyBand = FrequencyBand;
}
public SaveFlightNoiseInputDataEventArgs(
string FileName,
RocketBallistics RocketBallistics,
VehicleBallistics VehicleBallistics,
FlowParameters RocketFlowParameters,
FlowParameters VehicleFlowParameters,
List <WeatherParameters> WeatherParameters,
Dictionary <double, Color> SoundLevels,
RadiusInterval RadiusInterval,
FrequencyBand FrequencyBand)
{
this.FileName = FileName;
this.RocketBallistics = RocketBallistics;
this.VehicleBallistics = VehicleBallistics;
this.RocketFlowParameters = RocketFlowParameters;
this.VehicleFlowParameters = VehicleFlowParameters;
this.WeatherParameters = WeatherParameters;
this.SoundLevels = SoundLevels;
this.RadiusInterval = RadiusInterval;
this.FrequencyBand = FrequencyBand;
}
public CalculateFireTestNoiseEventArgs(FrequencyBand FrequencyBand, RadiusInterval RadiusInterval)
{
this.FrequencyBand = FrequencyBand;
this.RadiusInterval = RadiusInterval;
}
