public override void SetID(IDGenerator idGenerator)
{
ID = idGenerator.GetID();
Uncertainty.SetID(idGenerator);
LengthUnit.SetID(idGenerator);
PlaneAngleUnit.SetID(idGenerator);
SolidAngleUnit.SetID(idGenerator);
}
/// <summary>
/// Creates a new angular feed constant unit based on angle per rotation.
/// </summary>
/// <param name="angleUnit">The angle feed per rotation</param>
/// <param name="rotations">The rotations the angle feed is based on.</param>
public AngularFeedConstantUnit(PlaneAngleUnit angleUnit, RotationUnit rotations) :
base(new UnitCompositeCollection() { new MultipliedByUnit(angleUnit, 1), new DividedByUnit(rotations, 1) })
{
}
/// <summary>
/// Creates a new instance of an angular jerk unit.
/// </summary>
/// <param name="angle">The angle unit</param>
/// <param name="time">The time unit</param>
public AngularJerkUnit(PlaneAngleUnit angle, TimeUnit time)
: base(new UnitCompositeCollection() { new MultipliedByUnit(angle, 1), new DividedByUnit(time, 3) })
{
}
public void UpdateUnitSystem(UnitSystem unitSystem)
{
this.unitSystem = unitSystem;
this.TextBox.Clear();
if (unitSystem != null)
{
this.textBoxUnitSystem.ScrollBars = System.Windows.Forms.ScrollBars.None;
string temperature = "Temperature: \t\t" + TemperatureUnit.GetUnitAsString(unitSystem.TemperatureUnitType);
string pressure = "Pressure: \t\t\t" + PressureUnit.GetUnitAsString(unitSystem.PressureUnitType);
string massFlowRate = "Mass Flow Rate: \t\t" + MassFlowRateUnit.GetUnitAsString(unitSystem.MassFlowRateUnitType);
string volumeFlowRate = "Volume Flow Rate: \t\t" + VolumeFlowRateUnit.GetUnitAsString(unitSystem.VolumeFlowRateUnitType);
string moistureContent = "Moisture Content: \t\t" + MoistureContentUnit.GetUnitAsString(unitSystem.MoistureContentUnitType);
string relativeHumidity = "Fraction: \t\t\t" + FractionUnit.GetUnitAsString(unitSystem.FractionUnitType);
string enthalpy = "Specific Energy: \t\t" + SpecificEnergyUnit.GetUnitAsString(unitSystem.SpecificEnergyUnitType);
string specificHeat = "Specific Heat: \t\t" + SpecificHeatUnit.GetUnitAsString(unitSystem.SpecificHeatUnitType);
string energy = "Energy: \t\t\t" + EnergyUnit.GetUnitAsString(unitSystem.EnergyUnitType);
string power = "Power: \t\t\t" + PowerUnit.GetUnitAsString(unitSystem.PowerUnitType);
string density = "Density: \t\t\t" + DensityUnit.GetUnitAsString(unitSystem.DensityUnitType);
string dynamicViscosity = "Dynamic Viscosity: \t\t" + DynamicViscosityUnit.GetUnitAsString(unitSystem.DynamicViscosityUnitType);
string kinematicViscosity = "Kinematic Viscosity: \t" + KinematicViscosityUnit.GetUnitAsString(unitSystem.KinematicViscosityUnitType);
string conductivity = "Thermal Conductivity: \t" + ThermalConductivityUnit.GetUnitAsString(unitSystem.ThermalConductivityUnitType);
string diffusivity = "Diffusivity: \t\t" + DiffusivityUnit.GetUnitAsString(unitSystem.DiffusivityUnitType);
string mass = "Mass: \t\t\t" + MassUnit.GetUnitAsString(unitSystem.MassUnitType);
string length = "Length: \t\t\t" + LengthUnit.GetUnitAsString(unitSystem.LengthUnitType);
string area = "Area: \t\t\t" + AreaUnit.GetUnitAsString(unitSystem.AreaUnitType);
string volume = "Volume: \t\t\t" + VolumeUnit.GetUnitAsString(unitSystem.VolumeUnitType);
string time = "Time: \t\t\t" + TimeUnit.GetUnitAsString(unitSystem.TimeUnitType);
string smallLength = "Small Length: \t\t" + SmallLengthUnit.GetUnitAsString(unitSystem.SmallLengthUnitType);
string microLength = "Micro Length: \t\t" + MicroLengthUnit.GetUnitAsString(unitSystem.MicroLengthUnitType);
string liquidHead = "Liquid Head: \t\t" + LiquidHeadUnit.GetUnitAsString(unitSystem.LiquidHeadUnitType);
string volumeRateFlowLiquids = "Volume Rate Flow Liquids: \t" + VolumeRateFlowLiquidsUnit.GetUnitAsString(unitSystem.VolumeRateFlowLiquidsUnitType);
string volumeRateFlowGases = "Volume Rate Flow Gases: \t" + VolumeRateFlowGasesUnit.GetUnitAsString(unitSystem.VolumeRateFlowGasesUnitType);
string heatTransferCoeff = "Heat Transfer Coeff.: \t" + HeatTransferCoefficientUnit.GetUnitAsString(unitSystem.HeatTransferCoefficientUnitType);
string surfaceTension = "Surface Tension: \t\t" + SurfaceTensionUnit.GetUnitAsString(unitSystem.SurfaceTensionUnitType);
string velocity = "Velocity: \t\t\t" + VelocityUnit.GetUnitAsString(unitSystem.VelocityUnitType);
string foulingFactor = "Fouling Factor: \t\t" + FoulingFactorUnit.GetUnitAsString(unitSystem.FoulingFactorUnitType);
string specificVolume = "Specific Volume: \t\t" + SpecificVolumeUnit.GetUnitAsString(unitSystem.SpecificVolumeUnitType);
string massVolumeConcentration = "Mass Volume Concentration: \t" + MassVolumeConcentrationUnit.GetUnitAsString(unitSystem.MassVolumeConcentrationUnitType);
string planeAngle = "Plane Angle: \t\t" + PlaneAngleUnit.GetUnitAsString(unitSystem.PlaneAngleUnitType);
string volumeHeatTransferCoefficient = "Volume Heat Transfer Coeff.: \t" + VolumeHeatTransferCoefficientUnit.GetUnitAsString(unitSystem.VolumeHeatTransferCoefficientUnitType);
this.TextBox.AppendText(temperature + "\r\n");
this.TextBox.AppendText(pressure + "\r\n");
this.TextBox.AppendText(massFlowRate + "\r\n");
this.TextBox.AppendText(volumeFlowRate + "\r\n");
this.TextBox.AppendText(moistureContent + "\r\n");
this.TextBox.AppendText(relativeHumidity + "\r\n");
this.TextBox.AppendText(enthalpy + "\r\n");
this.TextBox.AppendText(specificHeat + "\r\n");
this.TextBox.AppendText(energy + "\r\n");
this.TextBox.AppendText(power + "\r\n");
this.TextBox.AppendText(density + "\r\n");
this.TextBox.AppendText(dynamicViscosity + "\r\n");
this.TextBox.AppendText(kinematicViscosity + "\r\n");
this.TextBox.AppendText(conductivity + "\r\n");
this.TextBox.AppendText(diffusivity + "\r\n");
this.TextBox.AppendText(mass + "\r\n");
this.TextBox.AppendText(length + "\r\n");
this.TextBox.AppendText(area + "\r\n");
this.TextBox.AppendText(volume + "\r\n");
this.TextBox.AppendText(time + "\r\n");
this.TextBox.AppendText(smallLength + "\r\n");
this.TextBox.AppendText(microLength + "\r\n");
this.TextBox.AppendText(liquidHead + "\r\n");
this.TextBox.AppendText(volumeRateFlowLiquids + "\r\n");
this.TextBox.AppendText(volumeRateFlowGases + "\r\n");
this.TextBox.AppendText(heatTransferCoeff + "\r\n");
this.TextBox.AppendText(surfaceTension + "\r\n");
this.TextBox.AppendText(velocity + "\r\n");
this.TextBox.AppendText(foulingFactor + "\r\n");
this.TextBox.AppendText(specificVolume + "\r\n");
this.TextBox.AppendText(massVolumeConcentration + "\r\n");
this.TextBox.AppendText(planeAngle + "\r\n");
this.TextBox.AppendText(volumeHeatTransferCoefficient + "\r\n");
this.textBoxUnitSystem.ScrollBars = System.Windows.Forms.ScrollBars.Both;
}
}
/// <summary>
/// Creates a new instance of an angular speed unit.
/// </summary>
/// <param name="angle">The unit for the angle travelled.</param>
/// <param name="time">The timeframe for the angle travelled</param>
public AngularSpeedUnit(PlaneAngleUnit angle, TimeUnit time)
: base(new UnitCompositeCollection() { new MultipliedByUnit(angle, 1), new DividedByUnit(time, 1) })
{
// angular speed is always angle over time.
}
public PlaneAngle(double v, PlaneAngleUnit u) : base(value: v, scale: u)
{
}
/// <summary>
/// returns full angle in the specified unit (full circle)
/// </summary>
/// <param name="unit"></param>
/// <returns></returns>
public static PlaneAngle GetFullAngle(PlaneAngleUnit unit)
{
return(UnitConverter.ConvertMeasure(new PlaneAngle(360, PlaneAngleUnit.Degree), unit));
}
/// <summary>
/// returns straight angle in the specified unit (half circle)
/// </summary>
/// <param name="unit"></param>
/// <returns></returns>
public static PlaneAngle GetStraightAngle(PlaneAngleUnit unit)
{
return(UnitConverter.ConvertMeasure(new PlaneAngle(180, PlaneAngleUnit.Degree), unit));
}
/// <summary>
/// Returns null angle in the specified unit
/// </summary>
/// <param name="unit"></param>
/// <returns></returns>
public static PlaneAngle getNullAngle(PlaneAngleUnit unit)
{
return(new PlaneAngle(0, unit));
}
/// <summary>
/// Creates a new instance of an angular acceleration unit.
/// </summary>
/// <param name="angle">The angle unit</param>
/// <param name="time">The time unit</param>
public AngularAccelerationUnit(PlaneAngleUnit angle, TimeUnit time)
: base(new UnitCompositeCollection() { new MultipliedByUnit(angle, 1), new DividedByUnit(time, 2) })
{
// accleration is always the second derivative of distance over time,
// therefore this ctor can be made public.
}
/// <summary>
/// For deriving units that can offer a multiple of the given unit.
/// </summary>
/// <param name="multiple">The multiple that shall be applied to the unit</param>
/// <param name="angleUnit">The concrete unit for the plane angle.</param>
protected PlaneAngleUnit(Multiple multiple, PlaneAngleUnit angleUnit)
: base(multiple, angleUnit)
{
}
