//------------------------------------------------------------------------------
public MUDomain()
{
Adimensional = new MeasureUnitWithDefaultTolerance(0, MUCollection.Adimensional.adim);
Length = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Length.m);
Mass = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Mass.kg);
Time = new MeasureUnitWithDefaultTolerance(1e-1, MUCollection.Time.sec);
ElectricCurrent = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.ElectricCurrent.A);
Temperature = new MeasureUnitWithDefaultTolerance(1e-1, MUCollection.Temperature.C);
AmountOfSubstance = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.AmountOfSubstance.mol);
LuminousIntensity = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.LuminousIntensity.cd);
//---------------------------------------------------------------
Length2 = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Length2.m2);
Length3 = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Length3.m3);
Length4 = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Length4.m4);
Force = new MeasureUnitWithDefaultTolerance(1e-1, MUCollection.Force.N);
PlaneAngle = new MeasureUnitWithDefaultTolerance(PI / 180.0 / 10.0, MUCollection.PlaneAngle.rad);
Pressure = new MeasureUnitWithDefaultTolerance(1e-1, MUCollection.Pressure.Pa);
Acceleration = new MeasureUnitWithDefaultTolerance(1e-1, MUCollection.Acceleration.m_s2);
Speed = new MeasureUnitWithDefaultTolerance(1e-1, MUCollection.Speed.m_s);
AngularSpeed = new MeasureUnitWithDefaultTolerance(PI / 180d / 10d, MUCollection.AngularSpeed.rad_s);
AngularAcceleration = new MeasureUnitWithDefaultTolerance(PI / 180d / 10d, MUCollection.AngularAcceleration.rad_s2);
BendingMoment = new MeasureUnitWithDefaultTolerance(1e-2, MUCollection.BendingMoment.Nm);
Energy = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Energy.J);
Power = new MeasureUnitWithDefaultTolerance(1e-4, MUCollection.Power.W);
ElectricalConductance = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.ElectricalConductance.S);
ElectricalConductivity = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.ElectricalConductivity.S_m);
Turbidity = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.Turbidity.FNU);
Frequency = new MeasureUnitWithDefaultTolerance(1e-9, MUCollection.Frequency.hz);
VolumetricFlowRate = new MeasureUnitWithDefaultTolerance(1e-6, MUCollection.VolumetricFlowRate.m3_s);
}
/// <summary>
/// allow to set programmatically the associated measure unit and tolerance in the model of a given physical quantity
/// if given defaulttolreance is null, then current default tolerance will be converted to given measure unit
/// </summary>
public void SetupItem(string physicalQuantityName, string measureUnitName, double?defaultTolerance = null)
{
var pq = PQCollection.PhysicalQuantities.First(w => w.Name == physicalQuantityName);
var t = GetType();
var props = t.GetProperties(System.Reflection.BindingFlags.Public | System.Reflection.BindingFlags.Instance);
var mu = MUCollection.MeasureUnits.First(w => w.Name == measureUnitName);
MeasureUnitWithDefaultTolerance muwdt = null;
if (defaultTolerance.HasValue)
{
muwdt = new MeasureUnitWithDefaultTolerance(defaultTolerance.Value, mu);
}
else
{
var curTol = props
.Where(r => r.PropertyType == tMeasureUnitWithDefaultTolerance)
.First(w => w.Name == physicalQuantityName)
.GetMethod.Invoke(this, null);
muwdt = (curTol as MeasureUnitWithDefaultTolerance).ConvertTo(mu);
}
props
.Where(r => r.PropertyType == tMeasureUnitWithDefaultTolerance)
.First(w => w.Name == physicalQuantityName)
.SetMethod.Invoke(this, new object[] { muwdt });
}
