/*public ParticleDistributions GetParticleDistributions() {
* return new ParticleDistributions(this);
* }
*
* internal ArrayList ParticleSizeFractionAndEfficiencyList {
* get {return particleSizeFractionAndEfficiencyList;}
* set {particleSizeFractionAndEfficiencyList = value;}
* }*/
#endregion
public CycloneRatingModel(IGasSolidSeparator owner) : base(owner)
{
//this.cycloneOwner = (Cyclone) owner;
numberOfCyclones = new ProcessVarInt(StringConstants.NUMBER_OF_CYCLONES, PhysicalQuantity.Unknown, 1, VarState.Specified, ownerUnitOp);
//particleDensity = new ProcessVarDouble(StringConstants.PARTICLE_DENSITY, PhysicalQuantity.Density, VarState.Specified, ownerUnitOp);
//particleBulkDensity = new ProcessVarDouble(StringConstants.PARTICLE_BULK_DENSITY, PhysicalQuantity.Density, VarState.Specified, ownerUnitOp);
cutParticleDiameter = new ProcessVarDouble(StringConstants.CUT_PARTICLE_DIAMETER, PhysicalQuantity.MicroLength, VarState.Specified, ownerUnitOp);
inletConfiguration = CycloneInletConfiguration.Tangential;
inletWidth = new ProcessVarDouble(StringConstants.INLET_WIDTH, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
inletHeight = new ProcessVarDouble(StringConstants.INLET_HEIGHT, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
inletHeightToWidthRatio = new ProcessVarDouble(StringConstants.INLET_HEIGHT_TO_WIDTH_RATIO, PhysicalQuantity.Unknown, VarState.Specified, ownerUnitOp);
inletVelocity = new ProcessVarDouble(StringConstants.INLET_VELOCITY, PhysicalQuantity.Velocity, VarState.Specified, ownerUnitOp);
cycloneDiameter = new ProcessVarDouble(StringConstants.CYCLONE_DIAMETER, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
outletInnerDiameter = new ProcessVarDouble(StringConstants.OUTLET_INNER_DIAMETER, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
outletWallThickness = new ProcessVarDouble(StringConstants.OUTLET_WALL_THICKNESS, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
diplegDiameter = new ProcessVarDouble(StringConstants.DIPLEG_DIAMETER, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
outletTubeLengthBelowRoof = new ProcessVarDouble(StringConstants.OUTLET_TUBE_LENGTH_BELOW_ROOF, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
outletBelowRoofToInletHeightRatio = new ProcessVarDouble(StringConstants.OUTLET_BELOW_ROOF_TO_INLET_HEIGHT_RATIO, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
naturalVortexLength = new ProcessVarDouble(StringConstants.NATURAL_VORTEX_LENGTH, PhysicalQuantity.Length, VarState.AlwaysCalculated, ownerUnitOp);
externalVesselDiameter = new ProcessVarDouble(StringConstants.EXTERNAL_VESSEL_DIAMETER, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
coneAngle = new ProcessVarDouble(StringConstants.CONE_ANGLE, PhysicalQuantity.PlaneAngle, VarState.Specified, ownerUnitOp);
barrelLength = new ProcessVarDouble(StringConstants.BARREL_LENGTH, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
coneLength = new ProcessVarDouble(StringConstants.CONE_LENGTH, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
barrelPlusConeLength = new ProcessVarDouble(StringConstants.BARREL_PLUS_CONE_LENGTH, PhysicalQuantity.Length, VarState.Specified, ownerUnitOp);
//particleSizeFractionAndEfficiencyList.Add(new ParticleSizeFractionAndEfficiency(ownerUnitOp));
//particleSizeFractionAndEfficiencyList.Add(new ParticleSizeFractionAndEfficiency());
particleType = ParticleTypeGroup.A;
InitializeVarListAndRegisterVars();
}
public ErrorMessage SpecifyInletConfiguration(CycloneInletConfiguration aValue)
{
if (aValue != inletConfiguration)
{
inletConfiguration = aValue;
ownerUnitOp.HasBeenModified(true);
}
return(null);
}
internal static double CalculateCollectionEfficiency(double dpiDpth, CycloneInletConfiguration inletConfiguration)
{
if (inletConfiguration == CycloneInletConfiguration.Tangential)
{
return(ChartUtil.GetInterpolateValue(ceDiamCorrectionCurve1, Math.Log10(dpiDpth)));
}
else
{
return(ChartUtil.GetInterpolateValue(ceDiamCorrectionCurve2, Math.Log10(dpiDpth)));
}
}
public void SetInletConfiguration(CycloneInletConfiguration config)
{
if (config == CycloneInletConfiguration.Scroll)
{
this.comboBoxInletConfiguration.SelectedIndex = CycloneRatingValuesControl.INDEX_SCROLL;
}
else if (config == CycloneInletConfiguration.Tangential)
{
this.comboBoxInletConfiguration.SelectedIndex = CycloneRatingValuesControl.INDEX_TANGENTIAL;
}
else if (config == CycloneInletConfiguration.Volute)
{
this.comboBoxInletConfiguration.SelectedIndex = CycloneRatingValuesControl.INDEX_VOLUTE;
}
}
public override void SetObjectData()
{
base.SetObjectData();
int persistedClassVersion = (int)info.GetValue("ClassPersistenceVersionCyclone", typeof(int));
if (persistedClassVersion == 1)
{
this.owner = info.GetValue("Owner", typeof(Cyclone)) as Cyclone;
this.procVarList = info.GetValue("ProcVarList", typeof(ArrayList)) as ArrayList;
this.numberOfCyclones = RecallStorableObject("NumberOfCyclones", typeof(ProcessVarInt)) as ProcessVarInt;
this.particleType = (ParticleTypeGroup)info.GetValue("ParticleType", typeof(ParticleTypeGroup));
//this.particleDensity = RecallStorableObject("ParticleDensity", typeof(ProcessVarDouble)) as ProcessVarDouble;
//this.particleBulkDensity = RecallStorableObject("ParticleBulkDensity", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.cutParticleDiameter = RecallStorableObject("CutParticleDiameter", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.inletConfiguration = (CycloneInletConfiguration)info.GetValue("InletConfiguration", typeof(CycloneInletConfiguration));
this.inletWidth = RecallStorableObject("InletWidth", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.inletHeight = RecallStorableObject("InletHeight", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.inletHeightToWidthRatio = RecallStorableObject("InletHeightToWidthRatio", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.inletVelocity = RecallStorableObject("InletVelocity", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.cycloneDiameter = RecallStorableObject("CycloneDiameter", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.outletInnerDiameter = RecallStorableObject("OutletInnerDiameter", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.outletWallThickness = RecallStorableObject("OutletWallThickness", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.outletTubeLengthBelowRoof = RecallStorableObject("OutletTubeLengthBelowRoof", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.outletBelowRoofToInletHeightRatio = RecallStorableObject("OutletBelowRoofToInletHeightRatio", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.naturalVortexLength = RecallStorableObject("NaturalVortexLength", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.diplegDiameter = RecallStorableObject("DiplegDiameter", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.externalVesselDiameter = RecallStorableObject("ExternalVesselDiameter", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.coneAngle = RecallStorableObject("ConeAngle", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.barrelLength = RecallStorableObject("BarrelLength", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.coneLength = RecallStorableObject("ConeLength", typeof(ProcessVarDouble)) as ProcessVarDouble;
this.barrelPlusConeLength = RecallStorableObject("BarrelPlusConeLength", typeof(ProcessVarDouble)) as ProcessVarDouble;
//this.particleSizeFractionAndEfficiencyList = RecallArrayListObject("ParticleSizeFractionAndEfficiencyList");
}
}
