protected override void InitializeDefaultDiagrams()
{
var batchFilterDiagram = new DiagramConfiguration(
fsParameterIdentifier.FiltrateMass,
new DiagramConfiguration.DiagramRange(0.100, 0.200),
new[] { fsParameterIdentifier.CakePlusMediumPermeability },
new[] { fsParameterIdentifier.CakePorosity, fsParameterIdentifier.CakeHeight });
var continuousFilterDiagram = new DiagramConfiguration(
fsParameterIdentifier.CakeHeight,
new DiagramConfiguration.DiagramRange(0.009, 0.015),
new[] { fsParameterIdentifier.CakePlusMediumPermeability },
new[] { fsParameterIdentifier.CakePorosity });
var secondOptions = new[]
{
fsCalculationOptions.fsSimulationsOption.DefaultSimulationsCalculations,
fsCalculationOptions.fsSimulationsOption.
MediumResistanceAndCakeCompressibilitySimulationsCalculations,
fsCalculationOptions.fsSimulationsOption.MediumResistanceSimulationsCalculations
,
fsCalculationOptions.fsSimulationsOption.ShowAlsoNeSimulationsCalculations
};
foreach (fsCalculationOptions.fsSimulationsOption e2 in secondOptions)
{
m_defaultDiagrams.Add(new Enum[] { fsCalculationOptions.fsFiltersKindOption.BatchFilterCalculations, e2 }, batchFilterDiagram);
m_defaultDiagrams.Add(new Enum[] { fsCalculationOptions.fsFiltersKindOption.ContinuousFilterCalculations, e2 }, continuousFilterDiagram);
}
}
private void SetDefaultDiagramFromCalculationOption()
{
if (m_defaultDiagrams.ContainsKey(CalculationOptions.Values))
{
DiagramConfiguration diagram = m_defaultDiagrams[CalculationOptions.Values];
fsTableAndChart1.SetDiagram(diagram.xAxisParameter, diagram.yAxisParameters, diagram.y2AxisParameters);
if (diagram.range != null)
{
Values[diagram.xAxisParameter].Range.From = new fsValue(diagram.range.From);
Values[diagram.xAxisParameter].Range.To = new fsValue(diagram.range.To);
}
}
}
protected override void InitializeDefaultDiagrams()
{
var neglectedDiagram = new DiagramConfiguration(
fsParameterIdentifier.DryCakeMass,
new DiagramConfiguration.DiagramRange(0.001, 0.020),
new[] { fsParameterIdentifier.SuspensionSolidsMassFraction },
new fsParameterIdentifier[] {});
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Neglected,
fsCalculationOptions.fsConcentrationOption.SolidsMassFraction
},
neglectedDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Neglected,
fsCalculationOptions.fsConcentrationOption.Concentration
},
neglectedDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Considered,
fsCalculationOptions.fsConcentrationOption.SolidsMassFraction
},
new DiagramConfiguration(
fsParameterIdentifier.SolutesMassFractionInMotherLiquid,
new DiagramConfiguration.DiagramRange(0, 0.2),
new[] { fsParameterIdentifier.SuspensionSolidsMassFraction },
new fsParameterIdentifier[] {}));
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Considered,
fsCalculationOptions.fsConcentrationOption.Concentration
},
new DiagramConfiguration(
fsParameterIdentifier.SolutesConcentrationInMotherLiquid,
new DiagramConfiguration.DiagramRange(0, 100),
new[] { fsParameterIdentifier.SuspensionSolidsMassFraction },
new fsParameterIdentifier[] { }));
}
protected override void InitializeDefaultDiagrams()
{
var saltContentNeglectedDiagram = new DiagramConfiguration(
fsParameterIdentifier.DryCakeMass,
new DiagramConfiguration.DiagramRange(10e-3, 30e-3),
new[] { fsParameterIdentifier.CakeMoistureContentRf });
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Neglected,
fsCalculationOptions.fsConcentrationOption.SolidsMassFraction
},
saltContentNeglectedDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Neglected,
fsCalculationOptions.fsConcentrationOption.Concentration
},
saltContentNeglectedDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Considered,
fsCalculationOptions.fsConcentrationOption.SolidsMassFraction
},
new DiagramConfiguration(
fsParameterIdentifier.SolutesMassFractionInLiquid,
new DiagramConfiguration.DiagramRange(0, 0.1),
new[] { fsParameterIdentifier.CakeMoistureContentRf }));
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsSaltContentOption.Considered,
fsCalculationOptions.fsConcentrationOption.Concentration
},
new DiagramConfiguration(
fsParameterIdentifier.SolutesConcentrationInCakeLiquid,
new DiagramConfiguration.DiagramRange(0, 100),
new[] { fsParameterIdentifier.CakeMoistureContentRf }));
}
protected override void InitializeDefaultDiagrams()
{
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsFromCalculationOption.WashOutContent,
fsCalculationOptions.fsWashOutContentOption.AsConcentration
},
new DiagramConfiguration(
fsParameterIdentifier.LiquidWashOutConcentration,
new DiagramConfiguration.DiagramRange(0, 100),
new[] { fsParameterIdentifier.CakeWashOutContent }));
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsFromCalculationOption.WashOutContent,
fsCalculationOptions.fsWashOutContentOption.AsMassFraction
},
new DiagramConfiguration(
fsParameterIdentifier.LiquidWashOutMassFraction,
new DiagramConfiguration.DiagramRange(0, 0.05),
new[] { fsParameterIdentifier.CakeWashOutContent }));
var pHDiagram = new DiagramConfiguration(
fsParameterIdentifier.Ph,
new DiagramConfiguration.DiagramRange(2, 14),
new[] { fsParameterIdentifier.PHcake });
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsFromCalculationOption.Ph,
fsCalculationOptions.fsWashOutContentOption.AsMassFraction
},
pHDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsFromCalculationOption.Ph,
fsCalculationOptions.fsWashOutContentOption.AsConcentration
},
pHDiagram);
}
protected override void InitializeDefaultDiagrams()
{
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.NotSaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.PlainArea,
fsCakePorosityCalculator.fsSaltContentOption.Neglected
},
new DiagramConfiguration(
fsParameterIdentifier.CakeHeight,
new DiagramConfiguration.DiagramRange(22e-3, 27e-3),
new[] { fsParameterIdentifier.CakePorosity }));
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.NotSaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.PlainArea,
fsCakePorosityCalculator.fsSaltContentOption.Considered
},
new DiagramConfiguration(
fsParameterIdentifier.SolutesConcentrationInCakeLiquid,
new DiagramConfiguration.DiagramRange(0, 100),
new[] { fsParameterIdentifier.CakePorosity }));
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.NotSaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.ConvexCylindric,
fsCakePorosityCalculator.fsSaltContentOption.Neglected
},
new DiagramConfiguration(
fsParameterIdentifier.CakeHeight,
new DiagramConfiguration.DiagramRange(8e-3, 12e-3),
new[] { fsParameterIdentifier.CakePorosity }));
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.NotSaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.ConcaveCylindric,
fsCakePorosityCalculator.fsSaltContentOption.Neglected
},
new DiagramConfiguration(
fsParameterIdentifier.CakeHeight,
new DiagramConfiguration.DiagramRange(38e-3, 45e-3),
new[] { fsParameterIdentifier.CakePorosity }));
#region Saturated Cake And Neglected Salt Content
var diagramForSaturatedCakeAndNeglectedSaltContent = new DiagramConfiguration(
fsParameterIdentifier.SolidsDensity,
new DiagramConfiguration.DiagramRange(2200, 2500),
new[] { fsParameterIdentifier.CakePorosity });
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.SaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.PlainArea,
fsCakePorosityCalculator.fsSaltContentOption.Neglected
},
diagramForSaturatedCakeAndNeglectedSaltContent);
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.SaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.ConvexCylindric,
fsCakePorosityCalculator.fsSaltContentOption.Neglected
},
diagramForSaturatedCakeAndNeglectedSaltContent);
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.SaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.ConcaveCylindric,
fsCakePorosityCalculator.fsSaltContentOption.Neglected
},
diagramForSaturatedCakeAndNeglectedSaltContent);
#endregion
#region Saturated Cake And Considered Salt Content
var diagramForSaturatedCakeAndConsideredSaltContent = new DiagramConfiguration(
fsParameterIdentifier.SolutesConcentrationInCakeLiquid,
new DiagramConfiguration.DiagramRange(0, 200),
new[] { fsParameterIdentifier.CakePorosity });
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.SaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.PlainArea,
fsCakePorosityCalculator.fsSaltContentOption.Considered
},
diagramForSaturatedCakeAndConsideredSaltContent);
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.SaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.ConvexCylindric,
fsCakePorosityCalculator.fsSaltContentOption.Considered
},
diagramForSaturatedCakeAndConsideredSaltContent);
m_defaultDiagrams.Add(
new Enum[]
{
fsCakePorosityCalculator.fsSaturationOption.SaturatedCake,
fsCakePorosityCalculator.fsMachineTypeOption.ConcaveCylindric,
fsCakePorosityCalculator.fsSaltContentOption.Considered
},
diagramForSaturatedCakeAndConsideredSaltContent);
#endregion
}
protected override void InitializeDefaultDiagrams()
{
var permeabilityDiagram = new DiagramConfiguration(
fsParameterIdentifier.CakePermeability,
new DiagramConfiguration.DiagramRange(0.1e-13, 1e-13),
new[] { fsParameterIdentifier.CapillaryPressure });
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsCakeInputOption.PermeabilityPc,
fsCalculationOptions.fsEnterSolidsDensity.BulkDensityDrySolids
},
permeabilityDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsCakeInputOption.PermeabilityPc,
fsCalculationOptions.fsEnterSolidsDensity.SolidsDensityAndCakePorosity
},
permeabilityDiagram);
var resistanceDiagram = new DiagramConfiguration(
fsParameterIdentifier.CakeResistance,
new DiagramConfiguration.DiagramRange(0.1e+13, 10e+13),
new[] { fsParameterIdentifier.CapillaryPressure });
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsCakeInputOption.ResistanceRc,
fsCalculationOptions.fsEnterSolidsDensity.BulkDensityDrySolids
},
resistanceDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsCakeInputOption.ResistanceRc,
fsCalculationOptions.fsEnterSolidsDensity.SolidsDensityAndCakePorosity
},
resistanceDiagram);
var resistanceAlphaDiagram = new DiagramConfiguration(
fsParameterIdentifier.CakeResistanceAlpha,
new DiagramConfiguration.DiagramRange(0.1e+10, 20e+10),
new[] { fsParameterIdentifier.CapillaryPressure });
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsCakeInputOption.ResistanceAlpha,
fsCalculationOptions.fsEnterSolidsDensity.BulkDensityDrySolids
},
resistanceAlphaDiagram);
m_defaultDiagrams.Add(
new Enum[]
{
fsCalculationOptions.fsCakeInputOption.ResistanceAlpha,
fsCalculationOptions.fsEnterSolidsDensity.SolidsDensityAndCakePorosity
},
resistanceAlphaDiagram);
}
