private IEnumerable <fsYAxisParameter> GetSelectionParameters(IEnumerable <fsParameterIdentifier> parameters)
{
var selectionParameters = new List <fsYAxisParameter>();
foreach (fsParameterIdentifier parameter in parameters)
{
// if group isn't assigned to current parameter then do nothing here
if (!m_parameterToGroup.ContainsKey(parameter))
{
continue;
}
fsParametersGroup group = m_parameterToGroup[parameter];
fsYAxisParameter.fsYParameterKind kind;
fsParametersGroup iterationParameterGroup = m_iterationParameter == null
? null
: m_parameterToGroup[m_iterationParameter];
if (group == iterationParameterGroup)
{
kind = fsYAxisParameter.fsYParameterKind.CalculatedVariableParameter;
}
else if (group.GetIsInputFlag() && parameter == group.Representator)
{
kind = fsYAxisParameter.fsYParameterKind.InputParameter;
}
else
{
kind = IsConstantList(m_data[parameter])
? fsYAxisParameter.fsYParameterKind.CalculatedConstantParameter
: fsYAxisParameter.fsYParameterKind.CalculatedVariableParameter;
}
selectionParameters.Add(new fsYAxisParameter(parameter, kind));
}
return(selectionParameters);
}
protected override void UpdateGroupsInputInfoFromCalculationOptions()
{
var calculationOption = (fsCalculationOption)CalculationOptions[typeof(fsCalculationOption)];
fsParametersGroup calculateGroup = null;
switch (calculationOption)
{
case fsCalculationOption.Dp:
calculateGroup = ParameterToGroup[fsParameterIdentifier.PressureDifference];
break;
case fsCalculationOption.n:
calculateGroup = ParameterToGroup[fsParameterIdentifier.NumberOfCyclones];
break;
case fsCalculationOption.Q:
calculateGroup = ParameterToGroup[fsParameterIdentifier.FeedVolumeFlowRate];
break;
}
var groups = new[]
{
ParameterToGroup[fsParameterIdentifier.PressureDifference],
ParameterToGroup[fsParameterIdentifier.NumberOfCyclones],
ParameterToGroup[fsParameterIdentifier.FeedVolumeFlowRate]
};
foreach (fsParametersGroup group in groups)
{
SetGroupInput(group, group != calculateGroup);
}
}
override protected fsParametersGroup[] MakeMachiningStandardGroups()
{
fsParametersGroup abGroup = AddGroup(
fsParameterIdentifier.FilterArea,
fsParameterIdentifier.MachineWidth);
fsParametersGroup geometryGroup = AddGroup(
fsParameterIdentifier.FilterLength,
fsParameterIdentifier.l_over_b);
fsParametersGroup dpGroup = AddGroup(
fsParameterIdentifier.PressureDifference);
fsParametersGroup specificTimeGroup = AddGroup(
fsParameterIdentifier.SpecificFiltrationTime,
fsParameterIdentifier.SpecificResidualTime,
fsParameterIdentifier.ResidualTime);
fsParametersGroup timeQGroup = AddGroup(
fsParameterIdentifier.u,
fsParameterIdentifier.RotationalSpeed,
fsParameterIdentifier.CycleTime,
fsParameterIdentifier.CakeHeight,
fsParameterIdentifier.FiltrationTime,
fsParameterIdentifier.qft,
fsParameterIdentifier.qmft,
fsParameterIdentifier.Qms,
fsParameterIdentifier.Qsus,
fsParameterIdentifier.SuspensionMassFlowrate);
fsParametersGroup resultsGroup = AddOnlyCalculatedGroup(
fsParameterIdentifier.MeanHeightRate,
fsParameterIdentifier.HcOverTc,
fsParameterIdentifier.DiffHeightRate,
fsParameterIdentifier.SolidsMass,
fsParameterIdentifier.SuspensionMass,
fsParameterIdentifier.SolidsVolume,
fsParameterIdentifier.SuspensionVolume,
fsParameterIdentifier.SpecificSuspensionMass,
fsParameterIdentifier.SpecificSuspensionVolume,
fsParameterIdentifier.Qmsust,
fsParameterIdentifier.Qmsusd,
fsParameterIdentifier.Qsust,
fsParameterIdentifier.Qsusd,
fsParameterIdentifier.qmsust,
fsParameterIdentifier.qmsusd,
fsParameterIdentifier.qsust,
fsParameterIdentifier.qsusd);
return(new[]
{
abGroup,
geometryGroup,
dpGroup,
specificTimeGroup,
timeQGroup,
resultsGroup
});
}
private static void SubstituteGroup(Dictionary <fsParameterIdentifier, fsParametersGroup> parameterToGroup,
fsParametersGroup initialGroup, fsParametersGroup newGroup)
{
foreach (fsParameterIdentifier parameter in initialGroup.Parameters)
{
parameterToGroup[parameter] = newGroup;
}
}
override protected fsParametersGroup[] MakeMachiningDesignGroups()
{
fsParametersGroup qsusGroup = AddGroup(
fsParameterIdentifier.Qms,
fsParameterIdentifier.Qsus,
fsParameterIdentifier.SuspensionMassFlowrate);
fsParametersGroup dpGroup = AddGroup(
fsParameterIdentifier.PressureDifference);
fsParametersGroup cycleGroup = AddGroup(
fsParameterIdentifier.RotationalSpeed,
fsParameterIdentifier.CycleTime,
fsParameterIdentifier.SpecificFiltrationTime,
fsParameterIdentifier.SpecificResidualTime,
fsParameterIdentifier.ResidualTime);
fsParametersGroup filtrationGroup = AddGroup(
fsParameterIdentifier.CakeHeight,
fsParameterIdentifier.FiltrationTime,
fsParameterIdentifier.qft,
fsParameterIdentifier.qmft);
fsParametersGroup resultsGroup = AddOnlyCalculatedGroup(
fsParameterIdentifier.FilterArea,
fsParameterIdentifier.MeanHeightRate,
fsParameterIdentifier.HcOverTc,
fsParameterIdentifier.DiffHeightRate,
fsParameterIdentifier.SolidsMass,
fsParameterIdentifier.SuspensionMass,
fsParameterIdentifier.SolidsVolume,
fsParameterIdentifier.SuspensionVolume,
fsParameterIdentifier.SpecificSuspensionMass,
fsParameterIdentifier.SpecificSuspensionVolume,
fsParameterIdentifier.Qmsust,
fsParameterIdentifier.Qmsusd,
fsParameterIdentifier.Qsust,
fsParameterIdentifier.Qsusd,
fsParameterIdentifier.qmsust,
fsParameterIdentifier.qmsusd,
fsParameterIdentifier.qsust,
fsParameterIdentifier.qsusd);
return(new[]
{
qsusGroup,
dpGroup,
cycleGroup,
filtrationGroup,
resultsGroup
});
}
private void CalculateData()
{
if (m_inputRefreshing || m_iterationParameter == null)
{
return;
}
var detalization = (int)fsValue.StringToValue(detalizationBox.Text).Value;
if (detalization < 2)
{
detalization = 2;
}
double factor = m_values[m_iterationParameter].Unit.Coefficient;
fsValue from = fsValue.StringToValue(rangeFrom.Text) * factor;
fsValue to = fsValue.StringToValue(rangeTo.Text) * factor;
m_data = new Dictionary <fsParameterIdentifier, List <fsSimulationModuleParameter> >();
for (int i = 0; i <= detalization; ++i)
{
Dictionary <fsParameterIdentifier, fsSimulationModuleParameter> currentValues =
m_values.ToDictionary(pair => pair.Key, pair => new fsSimulationModuleParameter(pair.Value));
fsParametersGroup xInitialgroup = m_parameterToGroup[m_iterationParameter];
var xNewGroup = new fsParametersGroup(xInitialgroup)
{
Representator = m_iterationParameter
};
SubstituteGroup(m_parameterToGroup, xInitialgroup, xNewGroup);
currentValues[m_iterationParameter].Value = from + (to - from) * i / detalization;
fsCalculationProcessor.ProcessCalculatorParameters(currentValues, m_parameterToGroup, m_calculators);
SubstituteGroup(m_parameterToGroup, xNewGroup, xInitialgroup);
foreach (var pair in currentValues)
{
if (m_data.ContainsKey(pair.Key) == false)
{
m_data.Add(pair.Key, new List <fsSimulationModuleParameter>());
}
m_data[pair.Key].Add(pair.Value);
}
}
}
override protected fsParametersGroup[] MakeMachiningDesignGroups()
{
fsParametersGroup qsusGroup = AddGroup(
fsParameterIdentifier.Qms,
fsParameterIdentifier.Qsus,
fsParameterIdentifier.SuspensionMassFlowrate);
fsParametersGroup nsGroup = AddGroup(
fsParameterIdentifier.ns);
fsParametersGroup geometryGroup = AddGroup(
fsParameterIdentifier.ls_over_b,
fsParameterIdentifier.l_over_b,
fsParameterIdentifier.ls);
fsParametersGroup timeGroup = AddGroup(
fsParameterIdentifier.StandardTechnicalTime,
fsParameterIdentifier.TechnicalTime);
fsParametersGroup lambdaGroup = AddGroup(
fsParameterIdentifier.lambda);
fsParametersGroup dpGroup = AddGroup(
fsParameterIdentifier.PressureDifference);
fsParametersGroup cycleGroup = AddGroup(
fsParameterIdentifier.u,
fsParameterIdentifier.RotationalSpeed,
fsParameterIdentifier.CycleTime,
fsParameterIdentifier.nsf,
fsParameterIdentifier.nsr,
fsParameterIdentifier.SpecificFiltrationTime,
fsParameterIdentifier.SpecificResidualTime,
fsParameterIdentifier.ResidualTime);
fsParametersGroup filtrationGroup = AddGroup(
fsParameterIdentifier.CakeHeight,
fsParameterIdentifier.FiltrationTime,
fsParameterIdentifier.qft,
fsParameterIdentifier.qmft);
fsParametersGroup resultsGroup = AddOnlyCalculatedGroup(
fsParameterIdentifier.FilterArea,
fsParameterIdentifier.As,
fsParameterIdentifier.MachineWidth,
fsParameterIdentifier.FilterLength,
fsParameterIdentifier.MeanHeightRate,
fsParameterIdentifier.HcOverTc,
fsParameterIdentifier.DiffHeightRate,
fsParameterIdentifier.SolidsMass,
fsParameterIdentifier.SuspensionMass,
fsParameterIdentifier.SolidsVolume,
fsParameterIdentifier.SuspensionVolume,
fsParameterIdentifier.SpecificSuspensionMass,
fsParameterIdentifier.SpecificSuspensionVolume,
fsParameterIdentifier.Qmsust,
fsParameterIdentifier.Qmsusd,
fsParameterIdentifier.Qsust,
fsParameterIdentifier.Qsusd,
fsParameterIdentifier.qmsust,
fsParameterIdentifier.qmsusd,
fsParameterIdentifier.qsust,
fsParameterIdentifier.qsusd);
return(new[]
{
qsusGroup,
nsGroup,
geometryGroup,
timeGroup,
lambdaGroup,
dpGroup,
cycleGroup,
filtrationGroup,
resultsGroup
});
}
private fsParametersGroup[] MakeMaterialGroups()
{
fsParametersGroup etafGroup = AddGroup(
fsParameterIdentifier.MotherLiquidViscosity);
fsParametersGroup rhofGroup = AddGroup(
fsParameterIdentifier.MotherLiquidDensity);
fsParametersGroup densitiesGroup = AddGroup(
fsParameterIdentifier.SolidsDensity,
fsParameterIdentifier.SuspensionDensity);
fsParametersGroup cGroup = AddGroup(
fsParameterIdentifier.SuspensionSolidsMassFraction,
fsParameterIdentifier.SuspensionSolidsVolumeFraction,
fsParameterIdentifier.SuspensionSolidsConcentration);
fsParametersGroup neGroup = AddGroup(
fsParameterIdentifier.Ne);
fsParametersGroup epsGroup = AddGroup(
fsParameterIdentifier.CakePorosity0,
fsParameterIdentifier.Kappa0,
fsParameterIdentifier.DryCakeDensity0,
fsParameterIdentifier.CakeWetDensity0,
fsParameterIdentifier.CakeWetMassSolidsFractionRs0,
fsParameterIdentifier.CakeMoistureContentRf0,
fsParameterIdentifier.CakePorosity,
fsParameterIdentifier.Kappa,
fsParameterIdentifier.DryCakeDensity,
fsParameterIdentifier.CakeWetDensity,
fsParameterIdentifier.CakeWetMassSolidsFractionRs,
fsParameterIdentifier.CakeMoistureContentRf);
fsParametersGroup pcrcGroup = AddGroup(
fsParameterIdentifier.CakePermeability0,
fsParameterIdentifier.CakeResistance0,
fsParameterIdentifier.CakeResistanceAlpha0,
fsParameterIdentifier.CakePermeability,
fsParameterIdentifier.CakeResistance,
fsParameterIdentifier.CakeResistanceAlpha);
fsParametersGroup ncGroup = AddGroup(
fsParameterIdentifier.CakeCompressibility);
fsParametersGroup hce0Group = AddGroup(
fsParameterIdentifier.FilterMediumResistanceHce0,
fsParameterIdentifier.FilterMediumResistanceRm0);
var materialGroups = new fsParametersGroup[]
{
etafGroup,
rhofGroup,
densitiesGroup,
cGroup,
neGroup,
epsGroup,
pcrcGroup,
ncGroup,
hce0Group,
};
foreach (fsParametersGroup group in materialGroups)
{
group.Kind = fsParametersGroup.fsParametersGroupKind.MaterialParameters;
}
return(materialGroups);
}
protected override void InitializeGroups()
{
var colors = new[]
{
Color.FromArgb(255, 255, 230),
Color.FromArgb(255, 230, 255)
};
fsParametersGroup etafGroup = AddGroup(
fsParameterIdentifier.MotherLiquidViscosity);
fsParametersGroup rhofGroup = AddGroup(
fsParameterIdentifier.MotherLiquidDensity);
fsParametersGroup densitiesGroup = AddGroup(
fsParameterIdentifier.SolidsDensity);
fsParametersGroup epsGroup = AddGroup(
fsParameterIdentifier.CakePorosity0,
fsParameterIdentifier.DryCakeDensity0,
fsParameterIdentifier.CakeMoistureContentRf0,
fsParameterIdentifier.CakePorosity,
fsParameterIdentifier.DryCakeDensity,
fsParameterIdentifier.CakeMoistureContentRf);
fsParametersGroup neGroup = AddGroup(
fsParameterIdentifier.Ne);
fsParametersGroup pcrcGroup = AddGroup(
fsParameterIdentifier.CakePermeability0,
fsParameterIdentifier.CakeResistance0,
fsParameterIdentifier.CakeResistanceAlpha0,
fsParameterIdentifier.CakePermeability,
fsParameterIdentifier.CakeResistance,
fsParameterIdentifier.CakeResistanceAlpha,
fsParameterIdentifier.PracticalCakePermeability);
fsParametersGroup ncGroup = AddGroup(
fsParameterIdentifier.CakeCompressibility);
fsParametersGroup hceGroup = AddGroup(
fsParameterIdentifier.FilterMediumResistanceHce,
fsParameterIdentifier.FilterMediumResistanceRm);
fsParametersGroup cstartGroup = AddGroup(
fsParameterIdentifier.CakeSaturationSw0,
fsParameterIdentifier.CakeMoistureContentRfw0);
fsParametersGroup fqGroup = AddGroup(
fsParameterIdentifier.PredeliquorFlowRate);
fsParametersGroup washoutGroup = AddGroup(
fsParameterIdentifier.CakeWashOutConcentration,
fsParameterIdentifier.CakeWashOutContentX0p);
fsParametersGroup xrGroup = AddGroup(
fsParameterIdentifier.RemanentWashOutContent);
fsParametersGroup rhowGroup = AddGroup(
fsParameterIdentifier.WashLiquidDensity);
fsParametersGroup etawGroup = AddGroup(
fsParameterIdentifier.WashLiquidViscosity);
fsParametersGroup cwGroup = AddGroup(
fsParameterIdentifier.LiquidWashOutConcentration);
fsParametersGroup dnGroup = AddGroup(
fsParameterIdentifier.WashIndexFor0,
fsParameterIdentifier.WashIndexFor);
fsParametersGroup aw1Group = AddGroup(
fsParameterIdentifier.AdaptationPar1);
fsParametersGroup aw2Group = AddGroup(
fsParameterIdentifier.AdaptationPar2);
var materialGroups = new[]
{
etafGroup,
rhofGroup,
densitiesGroup,
epsGroup,
neGroup,
pcrcGroup,
ncGroup,
hceGroup,
cstartGroup,
fqGroup,
washoutGroup,
xrGroup,
rhowGroup,
etawGroup,
cwGroup,
dnGroup,
aw1Group,
aw2Group
};
for (int i = 0; i < materialGroups.Length; ++i)
{
materialGroups[i].Kind = fsParametersGroup.fsParametersGroupKind.MaterialParameters;
AddGroupToUI(materialParametersDataGrid, materialGroups[i], colors[i % colors.Length]);
SetGroupInput(materialGroups[i], true);
}
#region Machine groups
fsParametersGroup abGroup = AddGroup(
fsParameterIdentifier.FilterArea,
fsParameterIdentifier.MachineWidth);
fsParametersGroup nsGroup = AddGroup(
fsParameterIdentifier.ns);
fsParametersGroup geometryGroup = AddGroup(
fsParameterIdentifier.ls,
fsParameterIdentifier.ls_over_b,
fsParameterIdentifier.FilterLength,
fsParameterIdentifier.l_over_b,
fsParameterIdentifier.As);
fsParametersGroup timeGroup = AddGroup(
fsParameterIdentifier.StandardTechnicalTime,
fsParameterIdentifier.TechnicalTime);
fsParametersGroup lambdaGroup = AddGroup(
fsParameterIdentifier.lambda);
fsParametersGroup uGroup = AddGroup(
fsParameterIdentifier.u,
fsParameterIdentifier.RotationalSpeed,
fsParameterIdentifier.CycleTime);
fsParametersGroup hcGroup = AddGroup(
fsParameterIdentifier.CakeHeight,
fsParameterIdentifier.SolidsMass,
fsParameterIdentifier.Qms);
fsParametersGroup dpGroup = AddGroup(
fsParameterIdentifier.PressureDifference);
fsParametersGroup washGroup = AddGroup(
fsParameterIdentifier.WashingRatioW,
fsParameterIdentifier.WashingRatioWv,
fsParameterIdentifier.WashingRatioWm,
fsParameterIdentifier.WashLiquidVolume,
fsParameterIdentifier.WashLiquidMass,
fsParameterIdentifier.NumberOfWashingSegments,
fsParameterIdentifier.SpecificWashArea,
fsParameterIdentifier.WashTime,
fsParameterIdentifier.WashLiquidVolFlowRate,
fsParameterIdentifier.WashLiquidMassFlowRate,
fsParameterIdentifier.SpecificWashOutConcentration,
fsParameterIdentifier.SpecificAverageWashOut,
fsParameterIdentifier.SpecificWashOutConcentrationInCake,
fsParameterIdentifier.WashOutConcentrationInWashfiltrate,
fsParameterIdentifier.AverageWashOutConcentration,
fsParameterIdentifier.WashOutConcentrationInCake,
fsParameterIdentifier.SpecificWashOutXStar,
fsParameterIdentifier.SpecificWashOutX,
fsParameterIdentifier.CakeWashOutContent);
fsParametersGroup washDatagroup = AddOnlyCalculatedGroup(
fsParameterIdentifier.SpecificWashfiltrate,
fsParameterIdentifier.VolumeOfWashfiltrate,
fsParameterIdentifier.MassOfWashfiltrate,
fsParameterIdentifier.CakeVolume,
fsParameterIdentifier.CakeMass,
fsParameterIdentifier.LiquidVolumeInCake,
fsParameterIdentifier.LiquidMassInCake,
fsParameterIdentifier.CakeMoistureContentRfw,
fsParameterIdentifier.FeedVolumeFlowRate,
fsParameterIdentifier.FeedSolidsMassFlowRate,
fsParameterIdentifier.AverageVolumeFlowRate,
fsParameterIdentifier.AverageMassFlowRate,
fsParameterIdentifier.SpecificVolumeFlowRate,
fsParameterIdentifier.SpecificMassFlowRate,
fsParameterIdentifier.SpecificAverageVolumeFlowRate,
fsParameterIdentifier.SpecificAverageMassFlowRate
);
var machineGroups = new[]
{
abGroup,
nsGroup,
geometryGroup,
timeGroup,
lambdaGroup,
uGroup,
hcGroup,
dpGroup,
washGroup,
washDatagroup
};
for (int i = 0; i < machineGroups.Length; ++i)
{
machineGroups[i].Kind = fsParametersGroup.fsParametersGroupKind.MachiningSettingsParameters;
AddGroupToUI(dataGrid, machineGroups[i], colors[i % colors.Length]);
SetGroupInput(machineGroups[i], true);
}
#endregion
}
protected override void InitializeGroups()
{
fsParametersGroup viscosityGroup = AddGroup(
fsParameterIdentifier.MotherLiquidViscosity);
fsParametersGroup filtrateGroup = AddGroup(
fsParameterIdentifier.MotherLiquidDensity);
fsParametersGroup solidsGroup = AddGroup(
fsParameterIdentifier.SolidsDensity,
fsParameterIdentifier.SuspensionDensity);
fsParametersGroup concentrationGroup = AddGroup(
fsParameterIdentifier.SuspensionSolidsMassFraction,
fsParameterIdentifier.SuspensionSolidsVolumeFraction,
fsParameterIdentifier.SuspensionSolidsConcentration);
fsParametersGroup areaGroup = AddGroup(
fsParameterIdentifier.FilterArea);
fsParametersGroup pressureGroup = AddGroup(
fsParameterIdentifier.PressureDifference);
fsParametersGroup timeGroup = AddGroup(
fsParameterIdentifier.RotationalSpeed,
fsParameterIdentifier.CycleTime,
fsParameterIdentifier.ResidualTime);
fsParametersGroup sfGroup = AddGroup(
fsParameterIdentifier.FiltrationTime,
fsParameterIdentifier.SpecificFiltrationTime);
fsParametersGroup porosityGroup = AddGroup(
fsParameterIdentifier.SuspensionMass,
fsParameterIdentifier.SuspensionVolume,
fsParameterIdentifier.SolidsMass,
fsParameterIdentifier.SolidsVolume,
fsParameterIdentifier.CakeMass,
fsParameterIdentifier.Qms,
fsParameterIdentifier.Qsus,
fsParameterIdentifier.SuspensionMassFlowrate,
fsParameterIdentifier.CakePorosity,
fsParameterIdentifier.CakePorosity0,
fsParameterIdentifier.DryCakeDensity,
fsParameterIdentifier.DryCakeDensity0,
fsParameterIdentifier.Kappa,
fsParameterIdentifier.Kappa0,
fsParameterIdentifier.CakeMoistureContentRf,
fsParameterIdentifier.CakeMoistureContentRf0);
fsParametersGroup cakeFormationAndCharacterGroup = AddGroup(
fsParameterIdentifier.CakeHeight,
fsParameterIdentifier.FiltrateMass,
fsParameterIdentifier.FiltrateVolume,
fsParameterIdentifier.CakeVolume,
fsParameterIdentifier.qf,
fsParameterIdentifier.qmf,
fsParameterIdentifier.CakePlusMediumPermeability,
fsParameterIdentifier.CakePermeability,
fsParameterIdentifier.CakePermeability0,
fsParameterIdentifier.CakePlusMediumResistance,
fsParameterIdentifier.CakeResistance,
fsParameterIdentifier.CakeResistance0,
fsParameterIdentifier.CakePlusMediumResistanceAlpha,
fsParameterIdentifier.CakeResistanceAlpha,
fsParameterIdentifier.CakeResistanceAlpha0,
fsParameterIdentifier.PracticalCakePermeability);
fsParametersGroup hceGroup = AddGroup(
fsParameterIdentifier.FilterMediumResistanceHce,
fsParameterIdentifier.FilterMediumResistanceRm);
fsParametersGroup ncGroup = AddGroup(
fsParameterIdentifier.CakeCompressibility);
fsParametersGroup neGroup = AddGroup(
fsParameterIdentifier.Ne);
var groups = new[]
{
viscosityGroup,
filtrateGroup,
solidsGroup,
concentrationGroup,
areaGroup,
pressureGroup,
timeGroup,
sfGroup,
porosityGroup,
cakeFormationAndCharacterGroup,
hceGroup,
ncGroup,
neGroup,
};
var colors = new[]
{
Color.FromArgb(255, 255, 230),
Color.FromArgb(255, 230, 255),
Color.FromArgb(230, 255, 255)
};
for (int i = 0; i < groups.Length; ++i)
{
groups[i].SetIsInputFlag(true);
AddGroupToUI(dataGrid, groups[i], colors[i % colors.Length]);
}
ParameterToCell[fsParameterIdentifier.ResidualTime].OwningRow.Visible = false;
}
protected override void InitializeGroups()
{
var colors = new[]
{
Color.FromArgb(255, 255, 230),
Color.FromArgb(255, 230, 255)
};
fsParametersGroup etaGroup = AddGroup(
fsParameterIdentifier.MotherLiquidViscosity); //eta
fsParametersGroup rhoGroup = AddGroup(
fsParameterIdentifier.MotherLiquidDensity); //rho
fsParametersGroup densitiesGroup = AddGroup(
fsParameterIdentifier.SolidsDensity, //rho_s
fsParameterIdentifier.SuspensionDensity); //rho_sus
fsParametersGroup cGroup = AddGroup(
fsParameterIdentifier.SuspensionSolidsMassFraction, //cm
fsParameterIdentifier.SuspensionSolidsVolumeFraction, //cv
fsParameterIdentifier.SuspensionSolidsConcentration); //c
fsParametersGroup xgGroup = AddGroup(
fsParameterIdentifier.xg); //xg
fsParametersGroup sigma_gGroup = AddGroup(
fsParameterIdentifier.sigma_g); //sigma_g
fsParametersGroup sigma_sGroup = AddGroup(
fsParameterIdentifier.sigma_s); //sigma_s
fsParametersGroup underFlowGroup = AddGroup(
fsParameterIdentifier.rf, //rf
fsParameterIdentifier.DuOverD, //Du/D
fsParameterIdentifier.UnderflowSolidsMassFraction); //cm_u
fsParametersGroup cxdGroup = AddGroup(
fsParameterIdentifier.OverflowSolidsMassFraction, //cmo
fsParameterIdentifier.OverflowParticleSize, //x0_i
fsParameterIdentifier.ReducedCutSize, //x’50
fsParameterIdentifier.MachineDiameter); //D
fsParametersGroup numCyclonesGroup = AddGroup(
fsParameterIdentifier.NumberOfCyclones); //n
fsParametersGroup pressureGroup = AddGroup(
fsParameterIdentifier.PressureDifference); //Dp
fsParametersGroup qGroup = AddGroup(
fsParameterIdentifier.FeedVolumeFlowRate, //Q
fsParameterIdentifier.FeedSolidsMassFlowRate, //Qm
fsParameterIdentifier.Qms); //Qms
fsParametersGroup alpha1Group = AddGroup(
fsParameterIdentifier.Alpha1);
fsParametersGroup alpha2Group = AddGroup(
fsParameterIdentifier.Alpha2);
fsParametersGroup alpha3Group = AddGroup(
fsParameterIdentifier.Alpha3);
fsParametersGroup beta1Group = AddGroup(
fsParameterIdentifier.Beta1);
fsParametersGroup beta2Group = AddGroup(
fsParameterIdentifier.Beta2);
fsParametersGroup beta3Group = AddGroup(
fsParameterIdentifier.Beta3);
fsParametersGroup gamma1Group = AddGroup(
fsParameterIdentifier.Gamma1);
fsParametersGroup gamma2Group = AddGroup(
fsParameterIdentifier.Gamma2);
fsParametersGroup gamma3Group = AddGroup(
fsParameterIdentifier.Gamma3);
fsParametersGroup bigLOverDGroup = AddGroup(
fsParameterIdentifier.bigLOverD);
fsParametersGroup smallLOverDGroup = AddGroup(
fsParameterIdentifier.smallLOverD);
fsParametersGroup diOverDGroup = AddGroup(
fsParameterIdentifier.DiOverD);
fsParametersGroup doOverDGroup = AddGroup(
fsParameterIdentifier.DoOverD);
fsParametersGroup onlyCalculatedParametersGroup = AddGroup(
fsParameterIdentifier.StokesNumber,
fsParameterIdentifier.EulerNumber,
fsParameterIdentifier.ReynoldsNumber,
fsParameterIdentifier.AverageVelocity,
fsParameterIdentifier.TotalEfficiency,
fsParameterIdentifier.ReducedTotalEfficiency,
fsParameterIdentifier.CycloneLength,
fsParameterIdentifier.LengthOfCylindricalPart,
fsParameterIdentifier.InletDiameter,
fsParameterIdentifier.OutletDiameter,
fsParameterIdentifier.UnderflowDiameter,
fsParameterIdentifier.OverflowVolumeFlowRate,
fsParameterIdentifier.OverflowMassFlowRate,
fsParameterIdentifier.OverflowSolidsMassFlowRate,
fsParameterIdentifier.UnderflowVolumeFlowRate,
fsParameterIdentifier.UnderflowMassFlowRate,
fsParameterIdentifier.UnderflowSolidsMassFlowRate,
fsParameterIdentifier.OverflowMeanParticleSize,
fsParameterIdentifier.UnderflowMeanParticleSize,
fsParameterIdentifier.OverflowSolidsVolumeFraction,
fsParameterIdentifier.OverflowSolidsConcentration,
fsParameterIdentifier.UnderflowSolidsVolumeFraction,
fsParameterIdentifier.UnderflowSolidsConcentration);
var groups = new[]
{
etaGroup,
rhoGroup,
densitiesGroup,
cGroup,
xgGroup,
sigma_gGroup,
sigma_sGroup,
underFlowGroup,
cxdGroup,
numCyclonesGroup,
pressureGroup,
qGroup,
onlyCalculatedParametersGroup,
alpha1Group,
alpha2Group,
alpha3Group,
beta1Group,
beta2Group,
beta3Group,
gamma1Group,
gamma2Group,
gamma3Group,
bigLOverDGroup,
smallLOverDGroup,
diOverDGroup,
doOverDGroup
};
for (int i = 0; i < groups.Length; ++i)
{
AddGroupToUI(dataGrid, groups[i], colors[i % colors.Length]);
SetGroupInput(groups[i], true);
}
SetGroupInput(onlyCalculatedParametersGroup, false);
}
