// Override equals
public override bool Equals(object obj)
{
ValueLimit other = obj as ValueLimit;
if (other != null)
{
return(false);
}
if (other.MaxCompare != this.MinCompare)
{
return(false);
}
if (other.MaxCompare != this.MaxCompare)
{
return(false);
}
if (other.Min != this.Min)
{
return(false);
}
if (other.Max != this.Max)
{
return(false);
}
return(true);
}
void checkRange(double val, string units, COMMODITY_GROUP grp = COMMODITY_GROUP.ANY)
{
// Validate and get UoM that contains the limits
UnitOfMeasure uom = null;
if (!uoms.TryGetValue(units.ToLower(), out uom))
{
throw (new ArgumentException("Units {0} not recognized or supported"));
}
// If not limits defined, there is nothig to check
if (uom.Limits == null || uom.Limits.Count < 1)
{
return;
}
bool isLiquidGas = (grp == COMMODITY_GROUP.LPG_NGL);
bool isGeneralizedRefinedProduct = ((int)grp >= 100);
// Ignore commodity if limits are for ANY commodity
if (!isLiquidGas && uom.Limits.ContainsKey(COMMODITY_GROUP.ANY))
{
try
{
uom.Limits[COMMODITY_GROUP.ANY].CheckLimits(val);
}
catch (ArgumentOutOfRangeException e)
{
throw(new ArgumentOutOfRangeException(String.Format("{0} with units={1}", e.Message, units)));
}
return;
}
// Check limit for commodity
ValueLimit limit = null;
var type = grp;
if (isGeneralizedRefinedProduct)
{
type = COMMODITY_GROUP.GENERALIZED_REFINED_PRODUCT; // Needed to allow density variations within refined products group
}
if (!uom.Limits.TryGetValue(type, out limit))
{
throw (new ArgumentException("Limits for commodity group {0} not supported"));
}
try
{
limit.CheckLimits(val);
}
catch (ArgumentOutOfRangeException e)
{
throw (new ArgumentOutOfRangeException(String.Format("{0} with units={1} and commodity group={2}", e.Message, units, grp)));
}
return;
}
public static Dictionary <string, UnitOfMeasure> GetUoMs()
{
Dictionary <string, UnitOfMeasure> uoms = new Dictionary <string, UnitOfMeasure>();
// Density
var densKgM3Limit1 = new ValueLimit()
{
Group = COMMODITY_GROUP.CRUDE_OIL, Min = 610.6, Max = 1163.5, MaxCompare = COMPARE.INSIDE
};
var densKgM3Limit2 = new ValueLimit()
{
Group = COMMODITY_GROUP.FUEL_OILS, Min = 838.3127, Max = 1163.5
};
var densKgM3Limit3 = new ValueLimit()
{
Group = COMMODITY_GROUP.JET_FUELS, Min = 787.5195, Max = 838.3127, MaxCompare = COMPARE.INSIDE
};
var densKgM3Limit4 = new ValueLimit()
{
Group = COMMODITY_GROUP.TRANSITION_ZONE, Min = 770.3520, Max = 787.5195, MaxCompare = COMPARE.INSIDE
};
var densKgM3Limit5 = new ValueLimit()
{
Group = COMMODITY_GROUP.GASOLINES, Min = 610.6, Max = 770.3520, MaxCompare = COMPARE.INSIDE
};
var densKgM3Limit6 = new ValueLimit()
{
Group = COMMODITY_GROUP.LUBRICATING_OIL, Min = 800.9, Max = 1163.5, MaxCompare = COMPARE.INSIDE
};
var densKgM3Limit7 = new ValueLimit()
{
Group = COMMODITY_GROUP.GENERALIZED_REFINED_PRODUCT, Min = 610.6, Max = 1163.5
};
var densSGLimit8 = new ValueLimit()
{
Group = COMMODITY_GROUP.LPG_NGL, Min = 0.3500, Max = 0.6880
};
var densKgM3Limit8 = new ValueLimit()
{
Group = COMMODITY_GROUP.LPG_NGL, Min = Conversions.SGtoKgm3(densSGLimit8.Min), Max = Conversions.SGtoKgm3(densSGLimit8.Max)
};
var densKgM3Limits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
densKgM3Limits.Add(densKgM3Limit1.Group, densKgM3Limit1);
densKgM3Limits.Add(densKgM3Limit2.Group, densKgM3Limit2);
densKgM3Limits.Add(densKgM3Limit3.Group, densKgM3Limit3);
densKgM3Limits.Add(densKgM3Limit4.Group, densKgM3Limit4);
densKgM3Limits.Add(densKgM3Limit5.Group, densKgM3Limit5);
densKgM3Limits.Add(densKgM3Limit6.Group, densKgM3Limit6);
densKgM3Limits.Add(densKgM3Limit7.Group, densKgM3Limit7);
densKgM3Limits.Add(densKgM3Limit8.Group, densKgM3Limit8);
UnitOfMeasure den1 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.DENSITY, Name = "kg/m3", Precision = 0.1, Limits = densKgM3Limits
};
// Since API is the inverse of density... limits are swaped Max=Min and Min=Max... Min is now to be compared for <= as well
var densAPILimit1 = new ValueLimit()
{
Group = COMMODITY_GROUP.CRUDE_OIL, Min = Conversions.Kgm3toAPI(densKgM3Limit1.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit1.Min), MinCompare = COMPARE.INSIDE
};
var densAPILimit2 = new ValueLimit()
{
Group = COMMODITY_GROUP.FUEL_OILS, Min = Conversions.Kgm3toAPI(densKgM3Limit2.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit2.Min)
};
var densAPILimit3 = new ValueLimit()
{
Group = COMMODITY_GROUP.JET_FUELS, Min = Conversions.Kgm3toAPI(densKgM3Limit3.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit3.Min), MinCompare = COMPARE.INSIDE
};
var densAPILimit4 = new ValueLimit()
{
Group = COMMODITY_GROUP.TRANSITION_ZONE, Min = Conversions.Kgm3toAPI(densKgM3Limit4.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit4.Min), MinCompare = COMPARE.INSIDE
};
var densAPILimit5 = new ValueLimit()
{
Group = COMMODITY_GROUP.GASOLINES, Min = Conversions.Kgm3toAPI(densKgM3Limit5.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit5.Min), MinCompare = COMPARE.INSIDE
};
var densAPILimit6 = new ValueLimit()
{
Group = COMMODITY_GROUP.LUBRICATING_OIL, Min = Conversions.Kgm3toAPI(densKgM3Limit6.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit6.Min), MinCompare = COMPARE.INSIDE
};
var densAPILimit7 = new ValueLimit()
{
Group = COMMODITY_GROUP.GENERALIZED_REFINED_PRODUCT, Min = Conversions.Kgm3toAPI(densKgM3Limit7.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit7.Min)
};
var densAPILimit8 = new ValueLimit()
{
Group = COMMODITY_GROUP.LPG_NGL, Min = Conversions.Kgm3toAPI(densKgM3Limit8.Max), Max = Conversions.Kgm3toAPI(densKgM3Limit8.Min)
};
var densAPILimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
densAPILimits.Add(densAPILimit1.Group, densAPILimit1);
densAPILimits.Add(densAPILimit2.Group, densAPILimit2);
densAPILimits.Add(densAPILimit3.Group, densAPILimit3);
densAPILimits.Add(densAPILimit4.Group, densAPILimit4);
densAPILimits.Add(densAPILimit5.Group, densAPILimit5);
densAPILimits.Add(densAPILimit6.Group, densAPILimit6);
densAPILimits.Add(densAPILimit7.Group, densAPILimit7);
densAPILimits.Add(densAPILimit8.Group, densAPILimit8);
UnitOfMeasure den2 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.DENSITY, Name = "API", Precision = 0.1, Limits = densAPILimits
};
// Swap again limits since it is based on API
var densSGLimit1 = new ValueLimit()
{
Group = COMMODITY_GROUP.CRUDE_OIL, Min = Conversions.APItoSG(densAPILimit1.Max), Max = Conversions.APItoSG(densAPILimit1.Min), MaxCompare = COMPARE.INSIDE
};
var densSGLimit2 = new ValueLimit()
{
Group = COMMODITY_GROUP.FUEL_OILS, Min = Conversions.APItoSG(densAPILimit2.Max), Max = Conversions.APItoSG(densAPILimit2.Min)
};
var densSGLimit3 = new ValueLimit()
{
Group = COMMODITY_GROUP.JET_FUELS, Min = Conversions.APItoSG(densAPILimit3.Max), Max = Conversions.APItoSG(densAPILimit3.Min), MaxCompare = COMPARE.INSIDE
};
var densSGLimit4 = new ValueLimit()
{
Group = COMMODITY_GROUP.TRANSITION_ZONE, Min = Conversions.APItoSG(densAPILimit4.Max), Max = Conversions.APItoSG(densAPILimit4.Min), MaxCompare = COMPARE.INSIDE
};
var densSGLimit5 = new ValueLimit()
{
Group = COMMODITY_GROUP.GASOLINES, Min = Conversions.APItoSG(densAPILimit5.Max), Max = Conversions.APItoSG(densAPILimit5.Min), MaxCompare = COMPARE.INSIDE
};
var densSGLimit6 = new ValueLimit()
{
Group = COMMODITY_GROUP.LUBRICATING_OIL, Min = Conversions.APItoSG(densAPILimit6.Max), Max = Conversions.APItoSG(densAPILimit6.Min), MaxCompare = COMPARE.INSIDE
};
var densSGLimit7 = new ValueLimit()
{
Group = COMMODITY_GROUP.GENERALIZED_REFINED_PRODUCT, Min = Conversions.APItoSG(densAPILimit7.Max), Max = Conversions.APItoSG(densAPILimit7.Min)
};
var densSGLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
densSGLimits.Add(densSGLimit1.Group, densSGLimit1);
densSGLimits.Add(densSGLimit2.Group, densSGLimit2);
densSGLimits.Add(densSGLimit3.Group, densSGLimit3);
densSGLimits.Add(densSGLimit4.Group, densSGLimit4);
densSGLimits.Add(densSGLimit5.Group, densSGLimit5);
densSGLimits.Add(densSGLimit6.Group, densSGLimit6);
densSGLimits.Add(densSGLimit7.Group, densSGLimit7);
densSGLimits.Add(densSGLimit8.Group, densSGLimit8);
UnitOfMeasure den3 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.DENSITY, Name = "Relative Density", Precision = 0.001, Limits = densSGLimits
};
uoms.Add(den1.Name.ToLower(), den1);
uoms.Add(den2.Name.ToLower(), den2);
uoms.Add(den3.Name.ToLower(), den3);
// Temperature
var tempFLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = -58.0, Max = 302.0
};
var tempFLimit2 = new ValueLimit()
{
Group = COMMODITY_GROUP.LPG_NGL, Min = Conversions.DegKtoDegF(227.15), Max = Conversions.DegKtoDegF(366.15)
};
var tempFLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
tempFLimits.Add(tempFLimit.Group, tempFLimit);
tempFLimits.Add(tempFLimit2.Group, tempFLimit2);
UnitOfMeasure temp1 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.TEMPERATURE, Name = "degF", Precision = 0.1, Limits = tempFLimits
};
var tempCLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = Conversions.DegFtoDegC(tempFLimit.Min), Max = Conversions.DegFtoDegC(tempFLimit.Max)
};
var tempCLimit2 = new ValueLimit()
{
Group = COMMODITY_GROUP.LPG_NGL, Min = Conversions.DegFtoDegC(tempFLimit2.Min), Max = Conversions.DegFtoDegC(tempFLimit2.Max)
};
var tempCLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
tempCLimits.Add(tempCLimit.Group, tempCLimit);
tempCLimits.Add(tempCLimit2.Group, tempCLimit2);
UnitOfMeasure temp2 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.TEMPERATURE, Name = "degC", Precision = 0.05, Limits = tempCLimits
};
uoms.Add(temp1.Name.ToLower(), temp1);
uoms.Add(temp2.Name.ToLower(), temp2);
// Pressure
var pressPsigLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = 0, Max = 1500
};
var pressPsigLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
pressPsigLimits.Add(pressPsigLimit.Group, pressPsigLimit);
UnitOfMeasure press1 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.PRESSURE, Name = "psig", Precision = 1, Limits = pressPsigLimits
};
var presskPaLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = Conversions.PSItokPa(pressPsigLimit.Min), Max = Conversions.PSItokPa(pressPsigLimit.Max)
};
var presskPaLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
presskPaLimits.Add(presskPaLimit.Group, presskPaLimit);
UnitOfMeasure press2 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.PRESSURE, Name = "kPa", Precision = 5, Limits = presskPaLimits
};
var pressBarLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = Conversions.PSItoBar(pressPsigLimit.Min), Max = Conversions.PSItoBar(pressPsigLimit.Max)
};
var pressBarLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
pressBarLimits.Add(pressBarLimit.Group, pressBarLimit);
UnitOfMeasure press3 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.PRESSURE, Name = "bar", Precision = 0.05, Limits = pressBarLimits
};
uoms.Add(press1.Name.ToLower(), press1);
uoms.Add(press2.Name.ToLower(), press2);
uoms.Add(press3.Name.ToLower(), press3);
// Thermal Expansion Coefficient (alpha60)
var expFLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = 230.0e-6, Max = 930.0e-6
};
var expFLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
expFLimits.Add(expFLimit.Group, expFLimit);
UnitOfMeasure exp1 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.THERMAL_EXPANSION_COEFF, Name = "1/degF", Precision = 0.0000001, Limits = expFLimits
};
var expCLimit = new ValueLimit()
{
Group = COMMODITY_GROUP.ANY, Min = Conversions.CoeffThermExpFtoC(expFLimit.Min), Max = Conversions.CoeffThermExpFtoC(expFLimit.Max)
};
var expCLimits = new Dictionary <COMMODITY_GROUP, ValueLimit>();
expCLimits.Add(expCLimit.Group, expCLimit);
UnitOfMeasure exp2 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.THERMAL_EXPANSION_COEFF, Name = "1/degC", Precision = 0.0000002, Limits = expCLimits
};
uoms.Add(exp1.Name.ToLower(), exp1);
uoms.Add(exp2.Name.ToLower(), exp2);
// CTL
UnitOfMeasure ctl = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.CTL, Name = "CTL", Precision = 0.00001
};
uoms.Add(ctl.Name.ToLower(), ctl);
// Scaled Compressibility Factor (Fp)
UnitOfMeasure comp1 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.SCALED_COMPRESSIBILITY_FACTOR, Name = "1/psi", Precision = 0.001
};
UnitOfMeasure comp2 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.SCALED_COMPRESSIBILITY_FACTOR, Name = "1/kPa", Precision = 0.0001
};
UnitOfMeasure comp3 = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.SCALED_COMPRESSIBILITY_FACTOR, Name = "1/bar", Precision = 0.01
};
uoms.Add(comp1.Name.ToLower(), comp1);
uoms.Add(comp2.Name.ToLower(), comp2);
uoms.Add(comp3.Name.ToLower(), comp3);
// CPL
UnitOfMeasure cpl = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.CPL, Name = "CPL", Precision = 0.00001
};
uoms.Add(cpl.Name.ToLower(), cpl);
// CTPL
UnitOfMeasure ctpl = new UnitOfMeasure()
{
VariableType = VARIABLE_TYPE.CTPL, Name = "CTPL", Precision = 0.00001
};
uoms.Add(ctpl.Name.ToLower(), ctpl);
return(uoms);
}