protected override void PrepareNonCommonPar()
{
ParBase parFileName = GetUniquePar <ParBase>(DefPar.DefOutput.File);
if (parFileName != null) // if null the programme is stopped after reading parameters (missing compulsory parameter)
{
fileName = Path.Combine(infoStore.runConfig.pathOutput, parFileName.xmlValue);
if (!fileName.ToLower().EndsWith(".txt"))
{
fileName += ".txt";
}
if (infoStore.runConfig.stdOutputFilenameSuffix != string.Empty) // e.g. uk_2017_std -> uk_2017_BTAoff
{
AdaptFileNameForNonStdExtensionSwitches(infoStore.runConfig.stdOutputFilenameSuffix);
}
if (infoStore.runConfig.outFileDate != string.Empty) // e.g. hu_2017_std.txt -> hu_2017_std_201805301954.txt
{
fileName = fileName.Insert(fileName.Length - 4, "_" + infoStore.runConfig.outFileDate);
}
// * * * T O D O * * *
// check at this point if file is ready for writting, i.e. valid file-name, not used by another file, ...
// to avoid running the whole thing and then cannot write (probably requires try-catch on attempt to open)
// also if the file is available, lock it now?
}
// in future probably replaced by Scale function, but currently still needed, in particular for PET
ParFormula parMultipleMonetaryBy = GetUniquePar <ParFormula>(DefPar.DefOutput.MultiplyMonetaryBy);
if (parMultipleMonetaryBy != null)
{
multiplyMonetaryBy = parMultipleMonetaryBy.GetGlobalValue();
}
PrepareVarILPar();
PrepareDefILPar();
PrepareUnitInfoPar();
append = GetParBoolValueOrDefault(DefFun.DefOutput, DefPar.DefOutput.Append);
suppressVoidMessage = GetParBoolValueOrDefault(DefFun.DefOutput, DefPar.DefOutput.Suppress_Void_Message);
nDecimals = (int)GetParNumberValueOrDefault(DefFun.DefOutput, DefPar.DefOutput.nDecimals);
formatDecimals = "0."; for (int i = 0; i < nDecimals; i++)
{
formatDecimals += "#";
}
parWho = GetUniquePar <ParCateg>(DefPar.Common.Who_Must_Be_Elig);
parEligVar = GetUniquePar <ParVar>(DefPar.Common.Elig_Var);
ParNumber parReplaceUnitLoopVoidBy = GetUniquePar <ParNumber>(DefPar.DefOutput.Replace_Void_By);
if (parReplaceUnitLoopVoidBy != null)
{
doReplaceUnitLoopVoidBy = true;
replaceUnitLoopVoidBy = parReplaceUnitLoopVoidBy.GetValue();
}
}
internal override void CheckAndPrepare(FunBase fun)
{
parFormula = new ParFormula(infoStore, true)
{
xmlValue = xmlValue, description = this.description
};
parFormula.CheckAndPrepare(fun);
}
protected override void PrepareNonCommonPar()
{
parShare = GetUniquePar <ParFormula>(DefPar.Allocate.Share);
parShareBetween = GetUniquePar <ParCond>(DefPar.Allocate.Share_Between);
parShareProp = GetUniquePar <ParVarIL>(DefPar.Allocate.Share_Prop);
shareAllIfNoElig = GetParBoolValueOrDefault(DefFun.Allocate, DefPar.Allocate.Share_All_IfNoElig);
shareEquIfZero = GetParBoolValueOrDefault(DefFun.Allocate, DefPar.Allocate.Share_Equ_IfZero);
ignoreNegProp = GetParBoolValueOrDefault(DefFun.Allocate, DefPar.Allocate.Ignore_Neg_Prop);
}
internal static bool HandlesCheckAndPrepare(ParFormula pf)
{ // the standard ParFormula.CheckAndPrepare cannot handle the formula as it contains placeholders (IL_COMPONENT, etc.), therefore skip
// to later CheckAndPrepare the adapted ParFormulas (see GetAdaptedParFormula below)
return(pf.description.GetFunName().ToLower() == DefFun.IlArithOp.ToLower() &&
pf.description.GetParName().ToLower() == DefPar.IlArithOp.Formula.ToLower() &&
(pf.xmlValue.Contains(DefPar.IlArithOp.BASE_IL_COMPONENT.ToLower()) ||
pf.xmlValue.Contains(DefPar.IlArithOp.OUT_IL_COMPONENT.ToLower()) ||
pf.xmlValue.Contains(DefPar.IlArithOp.IL_COMPONENT.ToLower())));
}
// called by ParFormula to replace $Base by the actual content of this parameter
internal string HandleBase(string formula, Description parDescription)
{
List <string> basePlaceHolders = new List <string>()
{
DefPar.Value.BENCALC_BASE, DefPar.Value.BENCALC_BASE_AMOUNT,
DefPar.Value.BENCALC_BASE_IL, DefPar.Value.BENCALC_BASE_VAR
};
string basePH = ContainsBase();
if (basePH == null)
{
return(formula);
}
ParFormula parBase = GetUniquePar <ParFormula>(DefPar.BenCalc.Base);
if (parBase == null)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{parDescription.Get()}: missing parameter {DefPar.BenCalc.Base}"
});
return(formula);
}
do
{
int index = formula.ToLower().IndexOf(basePH);
formula = formula.Remove(index, basePH.Length);
formula = formula.Insert(index, $"({parBase.xmlValue})");
basePH = ContainsBase();
} while (basePH != null);
string ContainsBase()
{
foreach (string placeHolder in basePlaceHolders)
{
if (formula.ToLower().Contains(placeHolder))
{
return(placeHolder);
}
}
return(null);
}
return(formula);
}
/// <summary>
/// try to identify parameters and, if valid, generate the respective ParXXX and put into respective lists (see above)
/// </summary>
private void ClassifyParameters(Dictionary <string, ExeXml.Par> xmlParList, DefinitionAdmin.Fun funDef)
{
int dummyGroupNumber = -9999; // this is for placeholder-parameters, see below
foreach (var xmlPar in xmlParList)
{
Description parDescription = new Description(description, xmlPar.Value, xmlPar.Key);
string xmlParName = xmlPar.Value.Name;
// first check if it is an 'ordinary' parameter ...
DefinitionAdmin.Par parDef = funDef.GetParDef(xmlParName);
if (parDef != null)
{
string officialParName = funDef.GetOfficalParName(xmlParName); // is (in contrast to xmlParName) case-sensitive and
// corresponds to constants as defined in Common-library
// generate parameter ...
ParBase par = GeneratePar(xmlPar, parDef, parDescription);
// ... and put it into the list it belongs too ...
if (parDef.isFootnote) // ... footnote-list
{
if (GetGroupNumber(xmlPar.Value, parDescription, out int dummy))
{
if (!footnotePar.ContainsKey(xmlPar.Value.Group))
{
footnotePar.Add(xmlPar.Value.Group, new Dictionary <string, ParBase>());
}
if (!footnotePar[xmlPar.Value.Group].ContainsKey(officialParName))
{
footnotePar[xmlPar.Value.Group].Add(officialParName, par);
}
else
{
ReportDoubleDef(parDescription);
}
}
}
else if (parDef.maxCount == 1) // ... unique-parameter-list
{
if (!uniquePar.ContainsKey(officialParName))
{
uniquePar.Add(officialParName, par);
if (infoStore.runConfig.warnAboutUselessGroups && !string.IsNullOrEmpty(xmlPar.Value.Group))
{
ReportUselessGroup(parDescription);
}
}
else
{
ReportDoubleDef(parDescription);
}
}
else // ... non-unique-parameter-list
{
if (!nonUniquePar.ContainsKey(officialParName))
{
nonUniquePar.Add(officialParName, new List <ParBase>());
}
nonUniquePar[officialParName].Add(par);
if (infoStore.runConfig.warnAboutUselessGroups && !string.IsNullOrEmpty(xmlPar.Value.Group))
{
ReportUselessGroup(parDescription);
}
}
continue;
}
// ... if not successuful, check if it is a group parameter ...
parDef = funDef.GetGroupParDef(xmlParName, out string groupName);
if (parDef != null)
{
if (GetGroupNumber(xmlPar.Value, parDescription, out int groupNo))
{
// generate parameter ...
ParBase par = GeneratePar(xmlPar, parDef, parDescription);
// ... and put it into group-parameter-list
if (!groupPar.ContainsKey(groupName))
{
groupPar.Add(groupName, new SortedList <int, List <ParBase> >());
}
if (!groupPar[groupName].ContainsKey(groupNo))
{
groupPar[groupName].Add(groupNo, new List <ParBase>());
}
if (parDef.maxCount > 1 || GetUniqueGroupPar <ParBase>(xmlPar.Value.Name, groupPar[groupName][groupNo]) == null)
{
groupPar[groupName][groupNo].Add(par);
}
else
{
ReportDoubleDef(parDescription);
}
}
continue;
}
// ... if still not successful, it could still be placehoder parameter ...
if (funDef.AllowsForPlaceholders())
{
parDef = funDef.GetPlaceholderDef(out string phGroupName);
ParBase par = GeneratePar(xmlPar, parDef, parDescription, true);
if (phGroupName == null) // non-group placeholder, as e.g. in SetDefault, DefIL
{
if (!placeholderPar.TryAdd(xmlParName, par))
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $" {parDescription.Get()}: {xmlParName} double definition (is ignored)"
});
}
}
else // group placeholder, as e.g. in DefVar (PH, IsGlobal, IsMonetary), Uprate (PH, FactorCond)
{
GetGroupNumber(xmlPar.Value, parDescription, // note that this returns a dummy-group if the user didn't indicate one
out int groupNo, true); // as placeholders only actually need a group if they are "further specified" (e.g. uprating-factors: factor_condition)
if (!groupPar.ContainsKey(phGroupName))
{
groupPar.Add(phGroupName, new SortedList <int, List <ParBase> >());
}
if (!groupPar[phGroupName].ContainsKey(groupNo))
{
groupPar[phGroupName].Add(groupNo, new List <ParBase>());
}
groupPar[phGroupName][groupNo].Add(par);
}
continue;
}
// ... now we give up
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $" {parDescription.Get()}: unknown parameter"
});
}
if (infoStore.runConfig.warnAboutUselessGroups)
{
foreach (var groupType in groupPar)
{
if (groupType.Key.ToLower() == DefPar.SchedCalc.Band_XXX.ToLower())
{
continue;
}
foreach (var group in groupType.Value)
{
if (group.Key >= 0 && group.Value.Count == 1)
{
ReportUselessGroup(group.Value[0].description);
}
}
}
}
// internal function for generating parameters
ParBase GeneratePar(KeyValuePair <string, ExeXml.Par> xmlPar, DefinitionAdmin.Par parDef,
Description parDescription, bool isPlaceholder = false)
{
ParBase par;
switch (parDef.valueType)
{
case DefPar.PAR_TYPE.FORMULA: par = new ParFormula(infoStore); break;
case DefPar.PAR_TYPE.CONDITION: par = new ParCond(infoStore); break;
case DefPar.PAR_TYPE.BOOLEAN: par = new ParBool(infoStore); break;
case DefPar.PAR_TYPE.NUMBER: par = new ParNumber(infoStore); break;
case DefPar.PAR_TYPE.TEXT: par = new ParBase(infoStore); break;
case DefPar.PAR_TYPE.VAR: par = new ParVar(infoStore); break;
case DefPar.PAR_TYPE.OUTVAR: par = new ParOutVar(infoStore); break;
case DefPar.PAR_TYPE.IL: par = new ParIL(infoStore); break;
case DefPar.PAR_TYPE.TU: par = new ParTU(infoStore); break;
case DefPar.PAR_TYPE.VARorIL: par = new ParVarIL(infoStore); break;
case DefPar.PAR_TYPE.CATEG: par = new ParCateg(infoStore, parDef.categValues); break;
case DefPar.PAR_TYPE.PLACEHOLDER: par = new ParBase(infoStore); break;
default: throw new Exception($"Not yet properly implemented parameter value type {parDef.valueType}");
}
par.description = parDescription;
par.xmlValue = xmlPar.Value.val;
par.description.isPlaceholder = isPlaceholder;
return(par);
}
bool GetGroupNumber(ExeXml.Par p, Description parDescription, out int groupNumber, bool allowDummy = false)
{
groupNumber = dummyGroupNumber++; // placeholders (e.g.uprating factors) only actually need a group
if (string.IsNullOrEmpty(p.Group)) // if they are "further specified" (e.g.factor_condition)
{
if (allowDummy)
{
return(true);
}
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $" {parDescription.Get()}: missing group"
});
return(false);
}
if (int.TryParse(p.Group, out groupNumber))
{
return(true);
}
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $" {parDescription.Get()}: invalid group {p.Group} (must be an integer number)"
});
return(false);
}
void ReportDoubleDef(Description parDescription)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $" {parDescription.Get()}: defined more than once"
});
}
void ReportUselessGroup(Description parDescription)
{
if (parDescription.GetFunName() != DefFun.Store) // add a special exception for Store, as it has its own reporting
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $" {parDescription.Get()}: group has no use"
});
}
}
}
protected override void PrepareNonCommonPar()
{
// get parameters
ParIL parOperatorIL = GetUniquePar <ParIL>(DefPar.IlVarOp.Operator_IL); if (parOperatorIL == null)
{
return; // error is handled by global check
}
ParFormula parOperand = GetUniquePar <ParFormula>(DefPar.IlVarOp.Operand);
bool useFactors = GetParBoolValueOrDefault(DefFun.IlVarOp, DefPar.IlVarOp.Operand_Factors);
ParIL parOperandIL = GetUniquePar <ParIL>(DefPar.IlVarOp.Operand_IL);
ParCateg parMulAdd = GetUniquePar <ParCateg>(DefPar.IlVarOp.Operation); if (parMulAdd != null)
{
mulAdd = parMulAdd.GetCateg();
}
ParCateg parSelVar = GetUniquePar <ParCateg>(DefPar.IlVarOp.Sel_Var); if (parSelVar != null)
{
selVar = parSelVar.GetCateg();
}
// assess what to do and check for insufficient or contradictory information
if (parOperand != null)
{
//if (parOperand.IsGlobal()) opTask = OPERAND_TYPE.SCALAR; // out-commented to replace by the weaker condtion below, otherwise it produces an error with constants
if (double.TryParse(parOperand.xmlValue, out double x))
{
opTask = OPERAND_TYPE.SCALAR;
}
else
{
opTask = OPERAND_TYPE.FORMULA; formulaOperand = parOperand;
}
}
else if (parOperandIL != null)
{
if (!CheckDoubleDef(OPERAND_TYPE.IL))
{
return;
}
}
if (useFactors)
{
if (!CheckDoubleDef(OPERAND_TYPE.FACTORS))
{
return;
}
}
if (mulAdd == DefPar.Value.ILVAROP_NEGTOZERO)
{
if (!CheckDoubleDef(OPERAND_TYPE.NEGTOZERO))
{
return;
}
}
if (opTask == OPERAND_TYPE.INVALID)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false,
message = $"{description.Get()}: missing definition of operand"
});
return;
}
if (opTask == OPERAND_TYPE.IL && parOperandIL.GetFlatContent().Count != parOperatorIL.GetFlatContent().Count)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false,
message = $"{description.Get()}: incomelists {parOperatorIL.name} and {parOperandIL.name} do not have the same number of variables, operation is not possible"
});
return;
}
// prepare information for run
for (int i = 0; i < parOperatorIL.GetFlatContent().Count; ++i)
{
OpItem oi = new OpItem()
{
varOperator = parOperatorIL.GetFlatContent()[i].varSpec
};
switch (opTask)
{
case OPERAND_TYPE.FACTORS: oi.numOperand = parOperatorIL.GetFlatContent()[i].addFactor; break;
case OPERAND_TYPE.SCALAR: oi.numOperand = parOperand.GetGlobalValue(); break;
case OPERAND_TYPE.IL: oi.varOperand = parOperandIL.GetFlatContent()[i].varSpec; break;
}
opItems.Add(oi);
}
bool CheckDoubleDef(OPERAND_TYPE ot)
{
if (opTask == OPERAND_TYPE.INVALID)
{
opTask = ot; return(true);
}
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false,
message = $"{description.Get()}: contradictory definition of operand"
});
return(false);
}
}
protected void PrepareLimPar()
{
coParLowLim = GetUniquePar <ParFormula>(DefPar.Common.LowLim);
coParUpLim = GetUniquePar <ParFormula>(DefPar.Common.UpLim);
coParThres = GetUniquePar <ParFormula>(DefPar.Common.Threshold);
ParCateg coParLimpriority = GetUniquePar <ParCateg>(DefPar.Common.Limpriority);
// the following tries to optimise by getting the values here, if they are read-time-available (e.g. 600#y, GetSystemYear, ...)
// and by checking for implausible values (e.g. upLim = 10, lowLim = 100) if already possible
if (coParLowLim != null)
{
if (coParLowLim.IsGlobal(true))
{
lowLim = coParLowLim.GetGlobalValue(); coParLowLim = null;
}
else
{
doRunTimeLimCheck = true;
}
}
if (coParUpLim != null)
{
if (coParUpLim.IsGlobal(true))
{
upLim = coParUpLim.GetGlobalValue(); coParUpLim = null;
}
else
{
doRunTimeLimCheck = true;
}
}
bool checkThres = coParThres != null;
if (coParThres != null)
{
if (coParThres.IsGlobal(true))
{
thres = coParThres.GetGlobalValue(); coParThres = null;
}
else
{
doRunTimeThresCheck = true;
}
}
if (coParLimpriority != null)
{
limPri = coParLimpriority.GetCateg();
}
if (!doRunTimeLimCheck) // both limits available (might be double.MinValue and/or double.MaxValue, but does no harm here)
{
CheckLimits(ref lowLim, ref upLim);
if (checkThres && !doRunTimeThresCheck) // threshold and both limits available
{
if (!CheckThreshold(thres, lowLim, upLim))
{
thres = lowLim;
}
}
}
}
/// <summary>
/// checks if the standard footnote-parameters, i.e. #_LowLim, #_UpLim, #_Level, are applied on the parameter
/// if so, stores them in lowLim, upLim and alternativeTU (see above)
/// also provides the "cleaned" value (e.g. yem#1 -> yem)
/// note that the footnote-parameters are assessed via the (mother)function (parameter fun)
/// also note that the only other (not here handled) footnote-parameters are 'amount', which is handled by ParFormula
/// and query parameters which will not issue a "missing" (see below) but let the query check if it can use the footnote
/// </summary>
protected void ExtractStandardFootnotes(string value, out string cleanedValue, FunBase fun)
{
List <string> numbers = GetFootnoteNumbers(value, out cleanedValue); // it's unlikely, but yem#1#3 is possible (see GetFootnoteNumbers)
if (numbers.Count == 0)
{
return; // no footnotes
}
// limits (see remark in _FunInSpineBase_Lim wrt not using a common implementation for limits)
pLowLim = fun.GetFootnotePar <ParFormula>(DefPar.Footnote.LowLim, numbers);
if (pLowLim != null)
{
if (pLowLim.IsGlobal(true))
{
lowLim = pLowLim.GetGlobalValue(); pLowLim = null;
}
else
{
doRunTimeLimCheck = true;
}
}
pUpLim = fun.GetFootnotePar <ParFormula>(DefPar.Footnote.UpLim, numbers);
if (pUpLim != null)
{
if (pUpLim.IsGlobal(true))
{
upLim = pUpLim.GetGlobalValue(); pUpLim = null;
}
else
{
doRunTimeLimCheck = true;
}
}
ParCateg pLimpriority = fun.GetFootnotePar <ParCateg>(DefPar.Footnote.LimPriority, numbers);
if (pLimpriority != null)
{
limPri = pLimpriority.GetCateg();
}
if (!doRunTimeLimCheck) // both limits available (might be double.MinValue and/or double.MaxValue, but does no harm here)
{
CheckLimits(ref lowLim, ref upLim);
}
// alternative TU
ParBase parAltTU = fun.GetFootnotePar <ParBase>(DefPar.Footnote.Level, numbers);
if (parAltTU != null)
{
alternativeTU = parAltTU.xmlValue;
}
// if none of the standard footnotes is defined in the function #x points to nowhere ...
if (GetType() == typeof(ParQuery)) // ... except for queries, which may have own footnotes
{
return; // (this is slightly negligent, as it accepts e.g. IsMarried#1 without respective footnote-parameter)
}
if (pLowLim == null && lowLim == double.MinValue &&
pUpLim == null && upLim == double.MaxValue &&
parAltTU == null)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $"{description.Get()}: missing footnote parameter for {value}"
});
}
}
protected override void PrepareNonCommonPar()
{
parFormula = GetUniquePar <ParFormula>(DefPar.IlArithOp.Formula);
baseILSpecification = new ILSpecification()
{
ilName = GetUniquePar <ParIL>(DefPar.IlArithOp.Base_ILName).xmlValue
};
if (!CheckPrePost(baseILSpecification, GetUniquePar <ParBase>(DefPar.IlArithOp.Base_Prefix),
GetUniquePar <ParBase>(DefPar.IlArithOp.Base_Postfix)))
{
return;
}
coreVarNames = GetCoreVars(baseILSpecification); // assess the variables which need to be present in all decomposed ILs
ilSpecifications = new List <ILSpecification>();
foreach (var pg in GetParGroups(DefPar.IlArithOp.ILName))
{
List <ParBase> ilParList = pg.Value;
ILSpecification ilSpecification = new ILSpecification()
{
ilName = GetUniqueGroupPar <ParIL>(DefPar.IlArithOp.ILName, ilParList).xmlValue, grpNo = pg.Key.ToString()
};
if (!CheckPrePost(ilSpecification, GetUniqueGroupPar <ParBase>(DefPar.IlArithOp.Prefix, ilParList),
GetUniqueGroupPar <ParBase>(DefPar.IlArithOp.Postfix, ilParList)))
{
return;
}
if (!CheckCoreVars(ilSpecification))
{
return;
}
ilSpecifications.Add(ilSpecification);
}
outILSpecification = new ILSpecification()
{
ilName = GetUniquePar <ParBase>(DefPar.IlArithOp.Out_ILName).xmlValue
};
bool outVarsMustExist = parFormula.xmlValue.Contains(DefPar.IlArithOp.OUT_IL_COMPONENT.ToLower());
bool outILExists = infoStore.operandAdmin.Exists(outILSpecification.ilName) && infoStore.operandAdmin.GetParType(outILSpecification.ilName) == DefPar.PAR_TYPE.IL;
if (!CheckPrePost(outILSpecification, GetUniquePar <ParBase>(DefPar.IlArithOp.Out_Prefix),
GetUniquePar <ParBase>(DefPar.IlArithOp.Out_Postfix), outILExists))
{
return;
}
if (outVarsMustExist && !outILExists)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false,
message = $"{description.Get()}: using {DefPar.IlArithOp.OUT_IL_COMPONENT} in {DefPar.IlArithOp.Formula} requires incomelist {outILSpecification.ilName} to exist"
});
return;
}
if (outILExists)
{
if (!CheckCoreVars(outILSpecification))
{
return;
}
}
else
{
if (!RegisterOperands())
{
return;
}
}
PrepareFormulas();
}
protected override void PrepareNonCommonPar()
{
foreach (List <ParBase> compParList in GetParGroups(DefPar.BenCalc.Comp_X).Values)
{
Component component = new Component();
// condition
component.pCond = GetUniqueGroupPar <ParCond>(DefPar.BenCalc.Comp_Cond, compParList);
// amount (per elig/TU)
component.pFormula = GetUniqueGroupPar <ParFormula>(DefPar.BenCalc.Comp_perTU, compParList);
if (component.pFormula != null)
{
component.perElig = false;
}
else
{
component.pFormula = GetUniqueGroupPar <ParFormula>(DefPar.BenCalc.Comp_perElig, compParList);
}
// limits (see remark in _FunInSpineBase_Lim wrt not using a common implementation for limits)
component.pLowLim = GetUniqueGroupPar <ParFormula>(DefPar.BenCalc.Comp_LowLim, compParList);
component.pUpLim = GetUniqueGroupPar <ParFormula>(DefPar.BenCalc.Comp_UpLim, compParList);
if (component.pLowLim != null)
{
if (component.pLowLim.IsGlobal(true))
{
component.lowLim = component.pLowLim.GetGlobalValue(); component.pLowLim = null;
}
else
{
component.doRunTimeLimCheck = true;
}
}
if (component.pUpLim != null)
{
if (component.pUpLim.IsGlobal(true))
{
component.upLim = component.pUpLim.GetGlobalValue(); component.pUpLim = null;
}
else
{
component.doRunTimeLimCheck = true;
}
}
if (!component.doRunTimeLimCheck) // both limits available (might be double.MinValue and/or double.MaxValue, but does no harm here)
{
CheckComponentLimits(ref component.lowLim, ref component.upLim);
}
components.Add(component);
}
withdraw_Base = GetUniquePar <ParFormula>(DefPar.BenCalc.Withdraw_Base);
withdraw_Start = GetUniquePar <ParFormula>(DefPar.BenCalc.Withdraw_Start);
withdraw_End = GetUniquePar <ParFormula>(DefPar.BenCalc.Withdraw_End);
withdraw_Rate = GetUniquePar <ParFormula>(DefPar.BenCalc.Withdraw_Rate);
if (withdraw_Base == null && (withdraw_Start != null || withdraw_End != null || withdraw_Rate != null)) // cannot have withdrawal without a base
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $"{description.Get()}: Without a Withdraw_Base all other withdraw parameters will be ignored", runTimeErrorId = description.funID
});
}
else if (withdraw_End != null && withdraw_Rate != null) // Withdraw_End and Withdraw_Rate cannot co-exist
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $"{description.Get()}: Withdraw_End and Withdraw_Rate cannot co-exist: Withdraw_Rate will be ignored", runTimeErrorId = description.funID
});
}
else if (withdraw_Base != null && withdraw_End == null && withdraw_Rate == null) // Withdraw_End and Withdraw_Rate cannot both be missing
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = true, message = $"{description.Get()}: Withdraw_End and Withdraw_Rate cannot both be missing: withdrawal will be ignored", runTimeErrorId = description.funID
});
}
}
protected override void PrepareNonCommonPar()
{
if (GetParGroups(DefPar.SchedCalc.Band_XXX).Count < 1)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{description.Get()}: SchedCalc must have at least one band"
});
return;
}
foreach (KeyValuePair <int, List <ParBase> > bandParList in GetParGroups(DefPar.SchedCalc.Band_XXX))
{
Band band = new Band();
// Prepare the Band Limits
band.band = bandParList.Key;
band.pLowLim = GetUniqueGroupPar <ParFormula>(DefPar.SchedCalc.Band_LowLim, bandParList.Value);
if (band.pLowLim != null) // if there is a lowLim
{
if (band.pLowLim.IsGlobal(true))
{
band.lowLim = band.pLowLim.GetGlobalValue(); band.pLowLim = null;
}
else
{
doRunTimeLimCheck = true;
}
}
band.pUpLim = GetUniqueGroupPar <ParFormula>(DefPar.SchedCalc.Band_UpLim, bandParList.Value);
if (band.pUpLim != null) // if there is a lowLim
{
if (band.pUpLim.IsGlobal(true))
{
band.upLim = band.pUpLim.GetGlobalValue(); band.pUpLim = null;
}
else
{
doRunTimeLimCheck = true;
}
}
// Prepare the Band Rate/Amount
band.pRate = GetUniqueGroupPar <ParFormula>(DefPar.SchedCalc.Band_Rate, bandParList.Value);
band.pAmount = GetUniqueGroupPar <ParFormula>(DefPar.SchedCalc.Band_Amount, bandParList.Value);
if (band.pRate != null && band.pAmount != null) // Rate and Amount cannot co-exist
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{description.Get()}: Rate and Amount cannot co-exist in group {band.band}"
});
}
if (band.pRate == null && band.pAmount == null) // Rate and Amount cannot both be missing
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{description.Get()}: Rate and Amount cannot both be missing in group {band.band}"
});
}
if (band.pRate != null)
{
if (band.pRate.IsGlobal(true))
{
band.rate = band.pRate.GetGlobalValue(); band.pRate = null;
}
else
{
doRunTimeRateCheck = true;
}
}
if (band.pAmount != null)
{
if (band.pAmount.IsGlobal(true))
{
band.amount = band.pAmount.GetGlobalValue(); band.pAmount = null;
}
else
{
doRunTimeRateCheck = true;
}
}
bands.Add(band);
}
// check that all required limits exist
for (int i = 1; i < bands.Count; i++)
{
// if both limits are missing then produce an error
if (bands[i - 1].upLim == double.MaxValue && bands[i - 1].pUpLim == null && bands[i].lowLim == double.MinValue && bands[i].pLowLim == null)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{description.Get()}: Band {bands[i - 1].band}: insufficient definition of upper limit. Use parameters 'band_uplim' or 'band_lowlim'(+1)."
});
}
// if both limits are there, then produce an error
else if ((bands[i - 1].upLim != double.MaxValue || bands[i - 1].pUpLim != null) && (bands[i].lowLim != double.MinValue || bands[i].pLowLim != null))
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{description.Get()}: Double definition of upper limit as 'Band_UpLim {bands[i - 1].band}' and 'Band_LowLim {bands[i].band}'."
});
}
// else, make sure that the upper limit always exist (copy from Group+1 lower limit if required)
else if (bands[i - 1].upLim == double.MaxValue && bands[i - 1].pUpLim == null)
{
if (bands[i].pLowLim == null)
{
bands[i - 1].upLim = bands[i].lowLim; // copy the litteral limit if it exists
}
else
{
bands[i - 1].pUpLim = bands[i].pLowLim; // else copy the parameter to be run at run-time
}
}
}
// if possible, check that limits are also in order
if (!doRunTimeLimCheck)
{
CheckGroupLimits(bands);
}
// prepare the other parameters
basePar = GetUniquePar <ParFormula>(DefPar.SchedCalc.Base);
if (basePar == null)
{
infoStore.communicator.ReportError(new Communicator.ErrorInfo()
{
isWarning = false, message = $"{description.Get()}: Missing required parameter Base"
});
}
ParBool doAverageRatesPar = GetUniquePar <ParBool>(DefPar.SchedCalc.Do_Average_Rates);
doAverageRates = doAverageRatesPar != null && doAverageRatesPar.GetBoolValue();
ParBool simpleProgPar = GetUniquePar <ParBool>(DefPar.SchedCalc.Simple_Prog);
simpleProg = simpleProgPar != null && simpleProgPar.GetBoolValue();
quotientPar = GetUniquePar <ParFormula>(DefPar.SchedCalc.Quotient);
if (quotientPar != null)
{
if (quotientPar.IsGlobal(true))
{
quotient = quotientPar.GetGlobalValue(); quotientPar = null;
}
}
baseThresholdPar = GetUniquePar <ParFormula>(DefPar.SchedCalc.BaseThreshold);
if (baseThresholdPar != null)
{
if (baseThresholdPar.IsGlobal(true))
{
baseThreshold = baseThresholdPar.GetGlobalValue(); baseThresholdPar = null;
}
}
ParNumber roundBasePar = GetUniquePar <ParNumber>(DefPar.SchedCalc.Round_Base);
if (roundBasePar != null)
{
roundBase = roundBasePar.GetValue();
}
}
protected override void PrepareNonCommonPar()
{
parFormula = GetUniquePar <ParFormula>(DefPar.ArithOp.Formula);
}