//run the analyes for everything else
//descendentstock holds input and output stock totals and calculators
public bool RunAnalyses(ME2Stock me2Stock, List <Calculator1> calcs)
{
bool bHasAnalyses = false;
bHasAnalyses = SetAnalyses(me2Stock, calcs);
return(bHasAnalyses);
}
private static bool HasChangeMatchByLabel(string aggLabel,
ME2Stock change, List <ME2Stock> changeStocks, string changeType)
{
bool bHasMatch = false;
bool bStart = false;
foreach (ME2Stock rp in changeStocks)
{
if (rp.ChangeType == changeType)
{
if (bStart)
{
if (aggLabel == change.Label)
{
bHasMatch = true;
break;
}
}
if (rp.Id == change.Id)
{
bStart = true;
}
}
}
return(bHasMatch);
}
public bool SetBIGroupME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent budget group for holding collection of budgets
if (this.BudgetGroup == null)
{
this.BudgetGroup = new BudgetInvestmentGroup();
}
this.BudgetGroup.SetBudgetInvestmentGroupProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
//easier to set multipliers with base els; copy into me2; subsequent CopyStockCalc handles automatically
this.BudgetGroup.Multiplier = 1;
//set this.ME2 props
ME2Stock me2 = SetME2Properties(this.BudgetGroup, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.BudgetGroup.Calculators == null)
{
this.BudgetGroup.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.BudgetGroup.Calculators.Add(me2);
}
bHasCalculations = true;
//don't reset for next collection
return(bHasCalculations);
}
private static ME2Stock GetBaseChangeStockByLabel(ME2Stock actual, List <int> ids,
List <ME2Stock> changeStocks, string changeType)
{
//won't get a true planned cumulative if the last actual can't find a matching planned
//that's why benchmark planned must be displayed too
ME2Stock plannedMatch = null;
//make sure the aggLabel can be matched in planned sequence
if (changeStocks.Any(p => p.Label == actual.Label &&
p.ChangeType == changeType))
{
foreach (ME2Stock change in changeStocks)
{
if (change.ChangeType == changeType)
{
if (actual.Label == change.Label)
{
plannedMatch = change;
//break the for loop
break;
}
}
}
}
return(plannedMatch);
}
public bool SetOutputGroupME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent budget group for holding collection of budgets
if (this.OutputGroup == null)
{
this.OutputGroup = new OutputGroup();
}
//this also sets the labels, groupid, and typeid for aggregation
this.OutputGroup.SetOutputGroupProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
this.OutputGroup.Multiplier = 1;
ME2Stock me2 = SetME2Properties(this.OutputGroup, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.OutputGroup.Calculators == null)
{
this.OutputGroup.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.OutputGroup.Calculators.Add(me2);
}
if (this.OutputGroup.Outputs == null)
{
this.OutputGroup.Outputs = new List <Output>();
}
bHasCalculations = true;
//don't reset for next collection
return(bHasCalculations);
}
private static List <ME2Change1> GetXMinus1Changes(List <int> xMinus1Ids,
ME2Stock me2Stock, ME2Stock observation)
{
List <ME2Change1> xminus1Totals = new List <ME2Change1>();
ME2Stock xminus1 = GetChangeStockByLabel(observation, xMinus1Ids,
me2Stock.Stocks, Calculator1.CHANGE_TYPES.xminus1.ToString());
if (xminus1 != null)
{
if (xminus1.Total1 != null)
{
if (xminus1.Total1.Stocks != null)
{
//loop through the indicator label-aggregated totals
foreach (ME2Total1 total in xminus1.Total1.Stocks)
{
//and fill in the base list
ME2Change1 xminus1Change = new ME2Change1(observation.CalcParameters);
xminus1Change.CopyTotalME2IndicatorStockProperties(xminus1Change, total);
xminus1Totals.Add(xminus1Change);
}
}
}
}
return(xminus1Totals);
}
private static List <ME2Change1> GetBaseChanges(List <int> baseIds,
ME2Stock me2Stock, ME2Stock observation)
{
List <ME2Change1> baseTotals = new List <ME2Change1>();
ME2Stock benchmark = GetChangeStockByLabel(observation, baseIds,
me2Stock.Stocks, Calculator1.CHANGE_TYPES.baseline.ToString());
if (benchmark != null)
{
if (benchmark.Total1 != null)
{
if (benchmark.Total1.Stocks != null)
{
//loop through the indicator label-aggregated totals
foreach (ME2Total1 total in benchmark.Total1.Stocks)
{
//and fill in the base list
ME2Change1 baseChange = new ME2Change1(observation.CalcParameters);
baseChange.CopyTotalME2IndicatorStockProperties(baseChange, total);
baseTotals.Add(baseChange);
}
}
}
}
return(baseTotals);
}
public bool SetOutputSeriesME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent opcomp for holding collection of mandECostOutputs
if (this.Output == null)
{
this.Output = new Output();
}
//this also sets the labels, groupid, and typeid for aggregation
Output outputserie = new Output();
outputserie.SetOutputProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
outputserie.Multiplier = outputserie.Amount;
ME2Stock me2 = SetME2Properties(outputserie, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (outputserie.Calculators == null)
{
outputserie.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
outputserie.Calculators.Add(me2);
}
if (this.Output.Outputs == null)
{
this.Output.Outputs = new List <Output>();
}
this.Output.Outputs.Add(outputserie);
bHasCalculations = true;
return(bHasCalculations);
}
public static bool CopyandInitStockCalculator(Calculator1 calc, ME2Stock newStock)
{
bool bHasCopy = false;
if (calc != null)
{
if (calc.GetType().Equals(newStock.GetType()))
{
ME2Stock oldStock = (ME2Stock)calc;
if (oldStock != null)
{
//initiate analyzer objects
newStock.InitTotalME2StocksProperties();
//but keep calc props
newStock.CopyCalculatorProperties(oldStock);
if (oldStock.CalcParameters != null)
{
newStock.CalcParameters = new CalculatorParameters(oldStock.CalcParameters);
}
bHasCopy = true;
}
}
}
return(bHasCopy);
}
public bool SetTechOutputME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent opcomp for holding collection of mandECostOutputs
if (this.Outcome == null)
{
this.Outcome = new Outcome();
}
//this also sets the labels, groupid, and typeid for aggregation
this.Output = new Output();
this.Output.SetOutputProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
this.Output.Multiplier = this.Output.Amount * this.Output.Times * this.Output.CompositionAmount;
ME2Stock me2 = SetME2Properties(this.Output, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.Output.Calculators == null)
{
this.Output.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.Output.Calculators.Add(me2);
}
//add to collection
if (this.Outcome.Outputs == null)
{
this.Outcome.Outputs = new List <Output>();
}
this.Outcome.Outputs.Add(this.Output);
bHasCalculations = true;
return(bHasCalculations);
}
private bool SetAnalyses(ME2Stock me2Stock)
{
bool bHasTotals = false;
if (me2Stock.Stocks != null)
{
bHasTotals = SetChangesAnalysis(me2Stock);
}
return(bHasTotals);
}
private void SetIds(Calculator1 baseElement, ME2Stock stock)
{
SetCalculatorId(baseElement, stock);
//alt2 is stored with the base element for some elements (ocs and outcomes, tps)
if (baseElement.Alternative2 != 0)
{
//the CalculatorId is used to set the Id (Id is the base element_
stock.Alternative2 = baseElement.Alternative2;
}
}
private void SetCalculatorId(Calculator1 baseElement, ME2Stock stock)
{
//the initial collections don't store initial stock calculators
//related calculator.Id are stored with the base element
if (baseElement.CalculatorId != 0)
{
//the CalculatorId is used to set the Id (Id is the base element_
stock.CalculatorId = baseElement.CalculatorId;
stock.Id = baseElement.CalculatorId;
}
}
public static bool CopyStockCalculator(ME2Stock oldStock, ME2Stock newStock)
{
bool bHasCopy = false;
if (oldStock != null && newStock != null)
{
//the copy will also copy calcprops and calcparams for newstock and newstock.Stocks
newStock.CopyTotalME2StocksProperties(oldStock);
bHasCopy = true;
}
return(bHasCopy);
}
//run the analyses for inputs an outputs
public bool RunAnalyses(ME2Stock me2Stock)
{
bool bHasAnalyses = false;
//add totals to me2stock.Total1
if (me2Stock.Total1 == null)
{
return(bHasAnalyses);
}
//add totals to me stocks (
bHasAnalyses = me2Stock.Total1.SetTotals(me2Stock.Total1);
return(bHasAnalyses);
}
public virtual void CopyME2CalculatorToME2Stock(ME2Calculator calculator)
{
//analyzers hold all calcs and analyses
if (this.Total1 == null)
{
this.Total1 = new ME2Total1(this.CalcParameters);
}
if (this.Stat1 == null)
{
this.Stat1 = new ME2Stat1(this.CalcParameters);
}
if (this.Change1 == null)
{
this.Change1 = new ME2Change1(this.CalcParameters);
}
if (this.Progress1 == null)
{
this.Progress1 = new ME2Progress1(this.CalcParameters);
}
//need to organize stocks by observations
this.Stocks = new List <ME2Stock>();
//MEStock uses this.AnalyzerType for most calcs
calculator.AnalyzerType = this.AnalyzerType;
this.CopyCalculatorProperties(calculator);
ME2Stock stock = new ME2Stock(this.CalcParameters);
//this copies the ME2Calc.Indicators to the analyzer
if (this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mestat1.ToString())
{
stock.Stat1 = new ME2Stat1(this.CalcParameters);
stock.Stat1.CopyME2Properties(calculator);
}
else if (this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mechangeyr.ToString() ||
this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mechangeid.ToString() ||
this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mechangealt.ToString())
{
stock.Change1 = new ME2Change1(this.CalcParameters);
stock.Change1.CopyME2Properties(calculator);
}
else if (this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.meprogress1.ToString())
{
stock.Progress1 = new ME2Progress1(this.CalcParameters);
stock.Progress1.CopyME2Properties(calculator);
}
else
{
stock.Total1 = new ME2Total1(this.CalcParameters);
stock.Total1.CopyME2Properties(calculator);
}
this.Stocks.Add(stock);
}
private List <Calculator1> SetTotals(ME2Stock me2Stock, List <Calculator1> calcs)
{
//build a list of initial totals that can be used to runtotals
List <Calculator1> stocks = new List <Calculator1>();
foreach (Calculator1 calc in calcs)
{
if (calc.GetType().Equals(me2Stock.GetType()))
{
ME2Stock stock = (ME2Stock)calc;
if (stock != null)
{
//this initial calculator results are placed in this object
if (stock.Stocks != null)
{
List <ME2Stock> obsStocks = new List <ME2Stock>();
foreach (ME2Stock obsStock in stock.Stocks)
{
//id comes from original calc
obsStock.CopyCalculatorProperties(stock);
if (obsStock.Stat1 != null)
{
obsStock.Total1 = new ME2Total1(this.CalcParameters);
if (obsStock.Stat1.ME2Indicators != null)
{
if (obsStock.Stat1.ME2Indicators.Count > 0)
{
obsStock.Total1.CopyME2IndicatorsProperties(obsStock.Stat1);
//id comes from original calc
obsStock.Total1.CopyCalculatorProperties(stock);
//clear the initial indicators
obsStock.Stat1.ME2Indicators = new List <ME2Indicator>();
obsStocks.Add(obsStock);
}
}
}
}
//reset stock.Storks
stock.Stocks = new List <ME2Stock>();
foreach (ME2Stock ostock in obsStocks)
{
stock.Stocks.Add(ostock);
}
stocks.Add(stock);
}
}
}
}
return(stocks);
}
private static bool SetBudgetChanges(ME2Stock me2Stock)
{
bool bHasChanges = false;
//replace list of totalstocks with list of changestocks
List <ME2Stock> obsStocks = new List <ME2Stock>();
List <int> baseIds = new List <int>();
List <int> xMinus1Ids = new List <int>();
int i = 0;
foreach (ME2Stock observation in me2Stock.Stocks)
{
//actual totals are contained in observation.Total1.Stocks (and Stocks are Total1s)
if (observation.Total1 != null &&
observation.ChangeType == CHANGE_TYPES.current.ToString())
{
//unlike totals, obsstock needs obs.CopyCalcs so it matches with baseelement
ME2Stock observationStock = new ME2Stock(observation.CalcParameters,
me2Stock.CalcParameters.AnalyzerParms.AnalyzerType);
//need the base el id
observationStock.CopyCalculatorProperties(observation);
//where the stats go
observationStock.Change1 = new ME2Change1(observation.CalcParameters);
observationStock.Change1.CalcParameters = new CalculatorParameters(me2Stock.CalcParameters);
observationStock.Change1.CopyCalculatorProperties(observation);
foreach (ME2Total1 total in observation.Total1.Stocks)
{
//add to observationStock for potential Ancestor calcs use
observationStock.Change1.InitTotalME2Change1Properties(observationStock.Change1);
observationStock.Change1.CopyTotalME2IndicatorStockProperties(observationStock.Change1, total);
}
//each of the stocks is a unique label-dependent total
observationStock.Change1.Stocks = new List <ME2Stock>();
//lists needed to store label-aggregated indicators (a1010, a1011) for each observation
List <ME2Change1> baseTotals = GetBaseChanges(baseIds, me2Stock, observation);
List <ME2Change1> xminus1Totals = GetXMinus1Changes(xMinus1Ids, me2Stock, observation);
AddChangesToStock(i, observation, observationStock,
baseTotals, xminus1Totals);
obsStocks.Add(observationStock);
i++;
}
}
if (obsStocks.Count > 0)
{
//replace the totalstocks with change stocks
me2Stock.Stocks = obsStocks;
bHasChanges = true;
}
return(bHasChanges);
}
public static void CopyStockCalculator(List <Calculator1> calcs, ME2Stock newStock)
{
if (calcs != null)
{
foreach (Calculator1 calc in calcs)
{
bool bHasCopy = CopyStockCalculator(calc, newStock);
if (bHasCopy)
{
break;
}
}
}
}
//calcs holds the collections needing statistical analysis
public bool RunAnalyses(ME2Stock me2Stock, List <Calculator1> calcs)
{
bool bHasAnalyses = false;
//convert calcs to totals
List <Calculator1> totals = SetTotals(me2Stock, calcs);
//run calcs and set up me2Stock.Stocks collection
bool bHasTotals = me2Stock.Total1.RunAnalyses(me2Stock, totals);
//run a statistical analysis
//the alternative2 aggregator was already used in Total1, don't use it again
if (bHasTotals)
{
bHasAnalyses = SetAnalyses(me2Stock);
}
return(bHasAnalyses);
}
public virtual void InitTotalME2StocksProperties()
{
if (this.Total1 == null)
{
this.Total1 = new ME2Total1(this.CalcParameters);
}
if (this.Stat1 == null)
{
this.Stat1 = new ME2Stat1(this.CalcParameters);
}
if (this.Change1 == null)
{
this.Change1 = new ME2Change1(this.CalcParameters);
}
if (this.Progress1 == null)
{
this.Progress1 = new ME2Progress1(this.CalcParameters);
}
//need to organize stocks by observations
this.Stocks = new List <ME2Stock>();
ME2Stock stock = new ME2Stock(this.CalcParameters);
if (this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mestat1.ToString())
{
stock.Stat1 = new ME2Stat1(this.CalcParameters);
stock.Stat1.InitTotalME2Stat1Properties(stock.Stat1);
}
else if (this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mechangeyr.ToString() ||
this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mechangeid.ToString() ||
this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.mechangealt.ToString())
{
stock.Change1 = new ME2Change1(this.CalcParameters);
stock.Change1.InitTotalME2Change1Properties(stock.Change1);
}
else if (this.AnalyzerType == ME2AnalyzerHelper.ANALYZER_TYPES.meprogress1.ToString())
{
stock.Progress1 = new ME2Progress1(this.CalcParameters);
stock.Progress1.InitTotalME2Progress1Properties(stock.Progress1);
}
else
{
//default are total indicators
stock.Total1 = new ME2Total1(this.CalcParameters);
stock.Total1.InitTotalME2Total1Properties(stock.Total1);
}
this.Stocks.Add(stock);
}
public bool SetTechInputME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent opcomp for holding collection of mandECostInputs
if (this.OpComp == null)
{
this.OpComp = new OperationComponent();
}
//this also sets the labels, groupid, and typeid for aggregation
this.Input = new Input();
this.Input.SetInputProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
if (this.GCCalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.investments ||
this.GCCalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.componentprices)
{
this.Input.Multiplier = this.Input.CAPAmount * this.Input.Times;
}
else
{
this.Input.Multiplier = this.Input.OCAmount * this.Input.Times;
}
ME2Stock me2 = SetME2Properties(this.Input, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.Input.Calculators == null)
{
this.Input.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.Input.Calculators.Add(me2);
}
//add to collection
if (this.OpComp.Inputs == null)
{
this.OpComp.Inputs = new List <Input>();
}
this.OpComp.Inputs.Add(this.Input);
bHasCalculations = true;
return(bHasCalculations);
}
public static bool CopyStockCalculator(Calculator1 calc, ME2Stock newStock)
{
bool bHasCopy = false;
if (calc != null)
{
if (calc.GetType().Equals(newStock.GetType()))
{
ME2Stock oldStock = (ME2Stock)calc;
if (oldStock != null)
{
//only one me2stock is initialized in object model
bHasCopy = CopyStockCalculator(oldStock, newStock);
}
}
}
return(bHasCopy);
}
private static ME2Stock GetChangeStockByLabel(ME2Stock actual, List <int> ids,
List <ME2Stock> changeStocks, string changeType)
{
//won't get a true planned cumulative if the last actual can't find a matching planned
//that's why benchmark planned must be displayed too
ME2Stock plannedMatch = null;
//make sure the aggLabel can be matched in planned sequence
if (changeStocks.Any(p => p.Label == actual.Label &&
p.ChangeType == changeType))
{
int iIndex = 1;
foreach (ME2Stock change in changeStocks)
{
if (change.ChangeType == changeType)
{
if (actual.Label == change.Label)
{
//make sure it hasn't already been used (2 or more els with same Labels)
if (!ids.Any(i => i == iIndex))
{
plannedMatch = change;
//index based check is ok
ids.Add(iIndex);
//break the for loop
break;
}
else
{
//break if no remaining planned has same label
bool bHasMatch = HasChangeMatchByLabel(actual.Label, change,
changeStocks, changeType);
if (!bHasMatch)
{
break;
}
}
}
}
iIndex++;
}
}
return(plannedMatch);
}
public bool SetTimePeriodME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent budget for holding collection of timeperiods
if (this.Budget == null)
{
this.Budget = new BudgetInvestment();
}
if (this.TimePeriod == null)
{
this.TimePeriod = new TimePeriod();
}
//this also sets the labels, groupid, and typeid for aggregation
this.TimePeriod.SetTimePeriodProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
this.TimePeriod.Multiplier = this.TimePeriod.Amount;
ME2Stock me2 = SetME2Properties(this.TimePeriod, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.TimePeriod.Calculators == null)
{
this.TimePeriod.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.TimePeriod.Calculators.Add(me2);
}
//add to collection
if (this.Budget.TimePeriods == null)
{
this.Budget.TimePeriods = new List <TimePeriod>();
}
//calculators start with inputs and outputs
AddNewTPToCollection(this.TimePeriod, this.Budget.TimePeriods);
//if startingnode is a tp, won't have a good starting budgetgroup
//(stops running calcs at tp level)
AddNewBudgetToTP();
//reset for next collection
this.TimePeriod = null;
bHasCalculations = true;
return(bHasCalculations);
}
public bool SetBIME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
//miscellaneous aggregations (i.e. inputgroup, operationgroug)
bool bHasCalculations = false;
//set the parent budget group for holding collection of budgets
if (this.BudgetGroup == null)
{
this.BudgetGroup = new BudgetInvestmentGroup();
}
if (this.Budget == null)
{
this.Budget = new BudgetInvestment();
}
//this also sets the labels, groupid, and typeid for aggregation
this.Budget.SetBudgetInvestmentProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
this.Budget.Multiplier = 1;
ME2Stock me2 = SetME2Properties(this.Budget, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.Budget.Calculators == null)
{
this.Budget.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.Budget.Calculators.Add(me2);
}
if (this.BudgetGroup.BudgetInvestments == null)
{
this.BudgetGroup.BudgetInvestments = new List <BudgetInvestment>();
}
//calculators start with inputs and outputs
//don't use byref collections (or this.Budget = null will set byref members to null)
AddNewBudgetToCollection(this.Budget, this.BudgetGroup.BudgetInvestments);
//reset for next collection
this.Budget = null;
bHasCalculations = true;
return(bHasCalculations);
}
public static void CopyStockCalculator(CalculatorParameters calcParams,
List <Calculator1> oldcalcs, List <Calculator1> newcalcs)
{
if (oldcalcs != null)
{
if (newcalcs == null)
{
newcalcs = new List <Calculator1>();
}
foreach (Calculator1 calc in oldcalcs)
{
//don't init newstock with this.GCCalcParam, use the oldcalc.CalcParams
ME2Stock newStock = new ME2Stock(calcParams);
bool bHasCopy = CopyStockCalculator(calc, newStock);
if (bHasCopy)
{
newcalcs.Add(newStock);
}
}
}
}
public bool SetOutputME2Calculations(ref XElement currentCalculationsElement,
ref XElement currentElement)
{
bool bHasCalculations = false;
//set the parent opcomp for holding collection of mandECostOutputs
if (this.OutputGroup == null)
{
this.OutputGroup = new OutputGroup();
}
//might have inputseries
if (this.Output == null)
{
this.Output = new Output();
}
//this also sets the labels, groupid, and typeid for aggregation
this.Output.SetOutputProperties(this.GCCalculatorParams,
currentCalculationsElement, currentElement);
this.Output.Multiplier = this.Output.Amount;
ME2Stock me2 = SetME2Properties(this.Output, currentCalculationsElement, currentElement);
//add the calculations to the base element
if (this.Output.Calculators == null)
{
this.Output.Calculators = new List <Calculator1>();
}
if (me2 != null)
{
this.Output.Calculators.Add(me2);
}
if (this.OutputGroup.Outputs == null)
{
this.OutputGroup.Outputs = new List <Output>();
}
AddNewOutput(this.OutputGroup, this.Output);
bHasCalculations = true;
//reset for next series collection
this.Output = null;
return(bHasCalculations);
}
public static ME2Stock GetNewME2Stock(CalculatorParameters calcParams,
Calculator1 baseElement, List <Calculator1> calcs, ME2Stock descendant)
{
ME2Stock newStock = new ME2Stock(calcParams, calcParams.AnalyzerParms.AnalyzerType);
if (calcs == null)
{
calcs = new List <Calculator1>();
}
if (calcs.Count > 0)
{
ME2AnalyzerHelper.CopyandInitStockCalculator(calcs
.FirstOrDefault(), newStock);
}
else
{
//need the options
newStock.CopyCalculatorProperties(descendant);
}
BIME2StockAnalyzer.CopyBaseElementProperties(baseElement, newStock);
return(newStock);
}
private bool SetChangesAnalysis(ME2Stock me2Stock)
{
bool bHasTotalChanges = false;
if (me2Stock.Stocks != null)
{
//set the total observations total
bool bHasCurrents = me2Stock.Stocks
.Any(c => c.ChangeType == Calculator1.CHANGE_TYPES.current.ToString());
//if any changestock has this property, it's trying to compare antecedents, rather than siblings
if (bHasCurrents)
{
//budgets uses antecendent, rather than sibling, comparators
bHasTotalChanges = SetBudgetChanges(me2Stock);
}
else
{
//set change numbers
bHasTotalChanges = SetChanges(me2Stock);
}
}
return(bHasTotalChanges);
}