Class CalculatePowerFlow

Namespace: VM.Managed.DAFUL.GearTrain
Assembly: VMDGearTrain.dll

Calculate Power Flow

public class CalculatePowerFlow

Inheritance

object ← CalculatePowerFlow

Extension Methods

LinkPropertyItemCache.GetLinkProperties(object, LinkPropertyType), LinkPropertyItemCache.GetLinkPropertiesAndValues(object, LinkPropertyType), LinkPropertyItemCache.GetLinkedObjects<T>(object, LinkPropertyType)

Constructors

CalculatePowerFlow()

public CalculatePowerFlow()

Methods

CalculateInputPower(SimulationType, double[], double, string)

Calculates the input power.

public static double[] CalculateInputPower(PowerFlow.SimulationType type, double[] arRPM, double dPower, string strPowerPath)

Parameters

type PowerFlow.SimulationType

The type.

arRPM double[]

The ar RPM.

dPower double

The d power.

strPowerPath string

The string power path.

Returns

double[]

CalculateOutputSpeed(double[], double)

Calculates the output speed.

public static double[] CalculateOutputSpeed(double[] arInputSpeed, double dReductionRatio)

Parameters

arInputSpeed double[]

The ar input speed.

dReductionRatio double

The d reduction ratio.

Returns

double[]

CalculateRPM(SimulationType, double, double, double, double, string, double, double, ref double[], ref double[])

Calculates the RPM.

public static bool CalculateRPM(PowerFlow.SimulationType type, double dInterpol, double dSign, double dStartSpeed, double dEndSpeed, string strUIInputSpeedPath, double dDuration, double dEndTime, ref double[] arRPM, ref double[] arTime)

Parameters

type PowerFlow.SimulationType

The type.

dInterpol double

The d interpol.

dSign double

The d sign.

dStartSpeed double

The d start speed.

dEndSpeed double

The d end speed.

strUIInputSpeedPath string

The string UI input speed path.

dDuration double

Duration of the d.

dEndTime double

The d end time.

arRPM double[]

The ar RPM.

arTime double[]

The ar time.

Returns

bool

CalculateReductionRatio(IHasPowerLoad, IHasPowerLoad, GearPair[], ref double, ref bool)

Calculates the reduction ratio.

public static double CalculateReductionRatio(IHasPowerLoad inputSS, IHasPowerLoad outputSS, GearPair[] arGearPair, ref double dSign, ref bool ContainsPlanetary)

Parameters

inputSS IHasPowerLoad

The input ss.

outputSS IHasPowerLoad

The output ss.

arGearPair GearPair[]

The ar gear pair.

dSign double

The d sign.

ContainsPlanetary bool

ContainsPlanetary

Returns

double

CalculateTorque(double, double, double, double[], double[], double[], double, double)

Calculates the torque.

public static List<double[]> CalculateTorque(double dSplit, double dEfficiency, double dSign, double[] arInputSpeed, double[] arInputPower, double[] arTime, double dReductionRatio, double dMaxTorque)

Parameters

dSplit double

The d split.

dEfficiency double

The d efficiency.

dSign double

The d sign.

arInputSpeed double[]

The ar output speed.

arInputPower double[]

The ar input power.

arTime double[]

The ar time.

dReductionRatio double

The reduction ratio.

dMaxTorque double

The Max Torque.

Returns

List<double[]>

CalculateTorqueForUserInput(string, double)

Calculates the torque for user input.

public static List<double[]> CalculateTorqueForUserInput(string strTorquePath, double dSign)

Parameters

strTorquePath string

The string torque path.

dSign double

The d sign.

Returns

List<double[]>

IsNumeric(string[])

Determines whether the specified number string is numeric.

protected static bool IsNumeric(string[] numStr)

Parameters

numStr string[]

The number string.

Returns

bool

IsNumeric(string)

Determines whether the specified number string is numeric.

protected static bool IsNumeric(string numStr)

Parameters

numStr string

The number string.

Returns

bool

Exceptions

Exception

LoadPointDataFile(string)

Loads the point data file.

public static List<double[]> LoadPointDataFile(string strFilePath)

Parameters

strFilePath string

The string file path.

Returns

List<double[]>