public bool IsCriteriaMet(Hashtable hashAttributeValue)
{
if (string.IsNullOrWhiteSpace(_criteria))
{
return(true);
}
object[] input = new object[_attributesCriteria.Count];
int i = 0;
foreach (String str in _attributesCriteria)
{
input[i] = hashAttributeValue[str];
i++;
}
try
{
if (_evaluate.m_methodInfo == null)
{
if (_evaluate.m_cr == null)
{
_evaluate.BuildClass(_evaluate.Expression, false, cgOMS.Prefix + _table + "_" + _column + "_" + _performanceID);
_evaluate.CompileAssembly();
SimulationMessaging.SaveSerializedCalculateEvaluate(cgOMS.Prefix + _table, _column, _performanceID, _evaluate);
}
}
bool isMet = (bool)_evaluate.RunMethod(input);
return(isMet);
}
catch (Exception exc)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error in RunMethod. " + _evaluate.OriginalInput + " " + exc.Message));
return(false);
}
}
public bool CalculateRemainingLifePiecewise(Hashtable hashAttributeValues, Hashtable hashPrevious, out double dRL)
{
double dLimit;
double dRemainingLife = 0;
dRL = dRemainingLife;
if (!SimulationMessaging.GetDeficientLevel(this.Attribute, hashPrevious, out dLimit))
{
return(false);
}
this.RemainingLifeLimit = dLimit;
double dValue = double.Parse(hashAttributeValues[this.Attribute].ToString());
if (Shift)
{
double dAge = double.Parse(hashAttributeValues["AGE"].ToString());
dRL = this.PiecewiseEquation.GetRemainingLife(dValue, dLimit, dAge);
}
else
{
dRL = this.PiecewiseEquation.GetRemainingLife(dValue, dLimit);
}
return(true);
}
public bool LoadScheduled(List <Treatments> availableTreatments)
{
var select = "SELECT SCHEDULEDID, SCHEDULEDTREATMENTID, SCHEDULEDYEAR FROM SCHEDULED WHERE TREATMENTID='" + this.TreatmentID + "'";
DataSet ds;
try
{
ds = DBMgr.ExecuteQuery(select);
foreach (DataRow row in ds.Tables[0].Rows)
{
var scheduledId = int.Parse(row["SCHEDULEDID"].ToString());
var scheduledTreatmentId = row["SCHEDULEDTREATMENTID"].ToString();
var scheduledYear = int.Parse(row["SCHEDULEDYEAR"].ToString());
var scheduledTreatment = availableTreatments.Find(t => t.TreatmentID == scheduledTreatmentId);
if (scheduledTreatment != null)
{
_scheduleds.Add(new Scheduled(scheduledId, scheduledTreatment, scheduledYear));
}
}
}
catch (Exception exception)
{
SimulationMessaging.AddMessage(
new SimulationMessage("Fatal Error: Opening SCHEDULED table. SQL Message - " + exception.Message));
return(false);
}
return(true);
}
public double GetCost(Hashtable hashAttributeValue)
{
if (this._isCompoundTreatment)
{
CompoundTreatment compoundTreatment = Simulation.CompoundTreatments.Find(delegate(CompoundTreatment ct) { return(ct.CompoundTreatmentName == _compoundTreatment); });
return(compoundTreatment.GetCost(hashAttributeValue));
}
else
{
int i = 0;
object[] input = new object[_attributesEquation.Count];
foreach (String str in _attributesEquation)
{
if (hashAttributeValue[str] != null)
{
input[i] = hashAttributeValue[str];
}
else
{
input[i] = 0;
}
i++;
}
try
{
object result = _calculate.RunMethod(input);
return((double)result);
}
catch (Exception exc)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error in RunMethod. " + exc.Message));
return(0);
}
}
}
private bool GetCalculatedFieldData()
{
if (m_listCalculated == null)
{
m_listCalculated = new List <Deteriorate>();
}
String strSelect = "SELECT ATTRIBUTE_,EQUATION,CRITERIA FROM " + cgOMS.Prefix + "ATTRIBUTES_CALCULATED";
DataSet ds;
try
{
ds = DBMgr.ExecuteQuery(strSelect);
}
catch (Exception exception)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving Calculated Field data. SQL Message - " + exception.Message));
return(false);
}
foreach (DataRow row in ds.Tables[0].Rows)
{
Deteriorate deteriorate = new Deteriorate();
deteriorate.Attribute = row["ATTRIBUTE_"].ToString();
deteriorate.Equation = row["EQUATION"].ToString();
deteriorate.Criteria = row["CRITERIA"].ToString();
m_listCalculated.Add(deteriorate);
}
return(true);
}
public bool LoadSupersedes(object APICall, IMongoCollection <SimulationModel> Simulations, string m_strSimulationID)
{
try
{
var select = "SELECT SUPERSEDE_ID, SUPERSEDE_TREATMENT_ID, CRITERIA FROM SUPERSEDES WHERE TREATMENT_ID='" + this.TreatmentID + "'";
DataSet ds = DBMgr.ExecuteQuery(select);
foreach (DataRow row in ds.Tables[0].Rows)
{
var supersedeId = int.Parse(row["SUPERSEDE_ID"].ToString());
var supersedeTreatmentId = int.Parse(row["SUPERSEDE_TREATMENT_ID"].ToString());
var criteria = "";
if (row["CRITERIA"] != DBNull.Value)
{
criteria = row["CRITERIA"].ToString();
}
Supersedes.Add(new Supersede(supersedeId, supersedeTreatmentId, criteria));
}
foreach (var supersede in Supersedes)
{
foreach (String str in supersede.Criteria.CriteriaAttributes)
{
if (!SimulationMessaging.IsAttribute(str))
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: " + str + " which is used by the Supersede criteria is not present in the database."));
if (APICall.Equals(true))
{
var updateStatus = Builders <SimulationModel> .Update
.Set(s => s.status, "Error: " + str + " which is used by the Supersede criteria is not present in the database");
Simulations.UpdateOne(s => s.simulationId == Convert.ToInt32(m_strSimulationID), updateStatus);
}
}
if (!_attributes.Contains(str))
{
_attributes.Add(str);
}
}
}
}
catch (Exception exception)
{
SimulationMessaging.AddMessage(
new SimulationMessage("Fatal Error: Opening SUPERSEDE table. SQL Message - " + exception.Message));
if (APICall.Equals(true))
{
var updateStatus = Builders <SimulationModel> .Update
.Set(s => s.status, "Fatal Error: Opening SUPERSEDE table. SQL Message - " + exception.Message);
Simulations.UpdateOne(s => s.simulationId == Convert.ToInt32(m_strSimulationID), updateStatus);
}
return(false);
}
return(true);
}
public ConditionalRSL(String attribute, Criterias criteria)
{
BinValues = new Dictionary <int, double>();
_values = null;
this.Attribute = attribute;
_criteria = criteria;
_isAscending = SimulationMessaging.GetAttributeAscending(attribute);
}
public bool LoadSupersedes()
{
try
{
var select = "SELECT SUPERSEDE_ID, SUPERSEDE_TREATMENT_ID, CRITERIA FROM SUPERSEDES WHERE TREATMENT_ID='" + this.TreatmentID + "'";
DataSet ds = DBMgr.ExecuteQuery(select);
foreach (DataRow row in ds.Tables[0].Rows)
{
var supersedeId = int.Parse(row["SUPERSEDE_ID"].ToString());
var supersedeTreatmentId = int.Parse(row["SUPERSEDE_TREATMENT_ID"].ToString());
var criteria = "";
if (row["CRITERIA"] != DBNull.Value)
{
criteria = row["CRITERIA"].ToString();
}
Supersedes.Add(new Supersede(supersedeId, supersedeTreatmentId, criteria));
}
foreach (var supersede in Supersedes)
{
foreach (String str in supersede.Criteria.CriteriaAttributes)
{
if (!SimulationMessaging.IsAttribute(str))
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: " + str + " which is used by the Supersede criteria is not present in the database."));
}
if (!_attributes.Contains(str))
{
_attributes.Add(str);
}
}
}
}
catch (Exception exception)
{
SimulationMessaging.AddMessage(
new SimulationMessage("Fatal Error: Opening SUPERSEDE table. SQL Message - " + exception.Message));
return(false);
}
return(true);
}
internal void SetFunction(string equation)
{
_costEquation = equation;
// Get list of attributes
_attributesEquation = SimulationMessaging.ParseAttribute(_costEquation);
if (_attributesEquation == null)
{
return;
}
if (_calculate == null)
{
_calculate = new CalculateEvaluate.CalculateEvaluate();
//Allow functions to utilize strings and dates.
string functionEquation = _costEquation;
List <string> attributes = SimulationMessaging.ParseAttribute(functionEquation);
foreach (String attribute in attributes)
{
String attributeType = SimulationMessaging.GetAttributeType(attribute);
if (attributeType == "STRING")
{
String oldValue = "[" + attribute + "]";
String newValue = "[@" + attribute + "]";
functionEquation = functionEquation.Replace(oldValue, newValue);
}
else if (attributeType == "DATETIME")
{
String oldValue = "[" + attribute + "]";
String newValue = "[$" + attribute + "]";
functionEquation = functionEquation.Replace(oldValue, newValue);
}
}
_calculate.BuildFunctionClass(functionEquation, "double", cgOMS.Prefix + "COSTS_BINARY_EQUATION_" + CostID);
if (_calculate.m_cr == null)
{
_compilerResultsEquation = _calculate.CompileAssembly();
SimulationMessaging.SaveSerializedCalculateEvaluate(cgOMS.Prefix + "COSTS", "BINARY_EQUATION", CostID, _calculate);
}
}
}
Hashtable m_hashPavmentCoefficient;// Key is pavement type. Value is list of doubles.
public CRS()
{
if (DBMgr.IsTableInDatabase("CRS_COEFFICIENT"))
{
String strSelect = "SELECT PAVEMENT,A,B,C,D FROM CRS_COEFFICIENT";
try
{
m_hashPavmentCoefficient = new Hashtable();
DataSet ds = DBMgr.ExecuteQuery(strSelect);
foreach (DataRow dr in ds.Tables[0].Rows)
{
List <double> listCoefficient = new List <double>();
double dCoefficient = 0;
double.TryParse(dr[1].ToString(), out dCoefficient);
listCoefficient.Add(dCoefficient);
dCoefficient = 0;
double.TryParse(dr[2].ToString(), out dCoefficient);
listCoefficient.Add(dCoefficient);
dCoefficient = 0;
double.TryParse(dr[3].ToString(), out dCoefficient);
listCoefficient.Add(dCoefficient);
dCoefficient = 0;
double.TryParse(dr[4].ToString(), out dCoefficient);
listCoefficient.Add(dCoefficient);
m_hashPavmentCoefficient.Add(dr[0].ToString(), listCoefficient);
}
}
catch (Exception exception)
{
SimulationMessaging.AddMessage(new SimulationMessage("CRS attribute load error. Make sure CRS_COEFFICIENT table exists: " + exception.Message));
}
}
else
{
m_hashPavmentCoefficient = new Hashtable();
}
}
public double ApplyDeterioration(Hashtable hashAttributeValue)
{
object[] input = new object[_attributesEquation.Count];
int i = 0;
foreach (String str in _attributesEquation)
{
input[i] = hashAttributeValue[str];
i++;
}
double dReturn = 0;
try
{
dReturn = (double)_calculate.RunMethod(input);
}
catch { SimulationMessaging.AddMessage(new SimulationMessage("Error: solving calculated fields for Compound Treatment.")); }
return(dReturn);
}
/// <summary>
/// Get consequence given an input value set.
/// </summary>
/// <param name="hashAttributeValue"></param>
/// <returns></returns>
public double GetConsequence(Hashtable hashAttributeValue)
{
int i = 0;
object[] input = new object[_attributesEquation.Count];
foreach (String str in _attributesEquation)
{
input[i] = hashAttributeValue[str];
i++;
}
try
{
object result = _calculate.RunMethod(input);
return((double)result);
}
catch (Exception exc)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error in RunMethod. " + exc.Message));
return(0);
}
}
public bool IsCriteriaMet(Hashtable hashAttributeValue)
{
if (string.IsNullOrWhiteSpace(m_strCriteria))
{
return(true);
}
object[] input = new object[this.m_listAttributesCriteria.Count];
int i = 0;
foreach (String str in this.m_listAttributesCriteria)
{
input[i] = hashAttributeValue[str];
i++;
}
try
{
if (evaluate.m_methodInfo == null)
{
if (evaluate.m_cr == null)
{
evaluate.BuildClass(evaluate.Expression, false, cgOMS.Prefix + _tableName + "_" + _columnName + "_" + _ID);
evaluate.CompileAssembly();
if (_tableName != null)
{
SimulationMessaging.SaveSerializedCalculateEvaluate(cgOMS.Prefix + _tableName, _columnName, _ID, evaluate);
}
}
}
Object result = this.Evaluate.RunMethod(input);
return(bool.Parse(result.ToString()));
}
catch (Exception exc)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error in RunMethod. " + Evaluate.OriginalInput + " " + exc.Message));
return(false);
}
}
/// <summary>
/// True if this target is met.
/// </summary>
/// <returns></returns>
public bool IsTargetMet(int nYear)
{
double dTargetArea = 0;
if (m_hashYearTargetArea.Contains(nYear))
{
dTargetArea = (double)this.m_hashYearTargetArea[nYear];
}
double dSumArea = 0;
if (this.m_hashYearSumArea.Contains(nYear))
{
dSumArea = (double)this.m_hashYearSumArea[nYear];
}
if (dSumArea == 0)
{
return(true);
}
double dTarget = dTargetArea / dSumArea;
double dGoal = this.Target;
if (SimulationMessaging.GetAttributeAscending(this.Attribute))
{
if (dGoal < dTarget)
{
return(true);
}
}
else
{
if (dGoal > dTarget)
{
return(true);
}
}
return(false);
}
public bool LoadScheduled(List <Treatments> availableTreatments, object APICall, IMongoCollection <SimulationModel> Simulations, string m_strSimulationID)
{
var select = "SELECT SCHEDULEDID, SCHEDULEDTREATMENTID, SCHEDULEDYEAR FROM SCHEDULED WHERE TREATMENTID='" + this.TreatmentID + "'";
DataSet ds;
try
{
ds = DBMgr.ExecuteQuery(select);
foreach (DataRow row in ds.Tables[0].Rows)
{
var scheduledId = int.Parse(row["SCHEDULEDID"].ToString());
var scheduledTreatmentId = row["SCHEDULEDTREATMENTID"].ToString();
var scheduledYear = int.Parse(row["SCHEDULEDYEAR"].ToString());
var scheduledTreatment = availableTreatments.Find(t => t.TreatmentID == scheduledTreatmentId);
if (scheduledTreatment != null)
{
_scheduleds.Add(new Scheduled(scheduledId, scheduledTreatment, scheduledYear));
}
}
}
catch (Exception exception)
{
SimulationMessaging.AddMessage(
new SimulationMessage("Fatal Error: Opening SCHEDULED table. SQL Message - " + exception.Message));
if (APICall.Equals(true))
{
var updateStatus = Builders <SimulationModel> .Update
.Set(s => s.status, "Fatal Error: Opening SCHEDULED table. SQL Message - " + exception.Message);
Simulations.UpdateOne(s => s.simulationId == Convert.ToInt32(m_strSimulationID), updateStatus);
}
return(false);
}
return(true);
}
public RemainingLife(int remainingLifeId, string attribute, double remainingLifeLimit, string criteria)
{
RemainingLifeId = remainingLifeId;
Attribute = attribute;
RemainingLifeLimit = remainingLifeLimit;
Criteria = new Criterias("REMAINING_LIFE", "BINARY_CRITERIA", RemainingLifeId.ToString());
byte[] assemblyCriteria = null;
string currentCriteria = "";
if (!string.IsNullOrWhiteSpace(criteria))
{
currentCriteria = Simulation.ConvertOMSAttribute(criteria);
}
assemblyCriteria = SimulationMessaging.GetSerializedCalculateEvaluate("REMAINING_LIFE", "BINARY_CRITERIA", RemainingLifeId.ToString(), assemblyCriteria);
if (assemblyCriteria != null && assemblyCriteria.Length > 0)
{
Criteria.Evaluate = (CalculateEvaluate.CalculateEvaluate)AssemblySerialize.DeSerializeObjectFromByteArray(assemblyCriteria);
if (Criteria.Evaluate.OriginalInput != currentCriteria)
{
Criteria.Evaluate = null;
}
}
if (Criteria.Evaluate != null && Criteria.Evaluate.m_cr != null)
{
if (!File.Exists(Criteria.Evaluate.m_cr.PathToAssembly))
{
Criteria.Evaluate = null;
}
}
Criteria.Criteria = criteria;
foreach (String str in Criteria.Errors)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Supersede criteria for " + criteria + " :" + str));
}
}
public double IterateSpanPiecewise(Hashtable hashAttributeValues, double span, out bool bOutOfRange)
{
double apparentAge = 0;
bOutOfRange = false;
double dValue = double.Parse(hashAttributeValues[this.Attribute].ToString());
double dAnswer = double.NaN;
double dAge = 0;
if (Shift)
{
dAge = double.Parse(hashAttributeValues["AGE"].ToString());
dAnswer = this.PiecewiseEquation.GetNextValue(dValue, dAge, span, out apparentAge).Value;
}
else
{
dAnswer = this.PiecewiseEquation.GetNextValue(dValue, span).Value;
}
double dMinimum;
double dMaximum;
if (SimulationMessaging.GetAttributeMinimum(this.Attribute, out dMinimum))
{
if (dMinimum > dAnswer)
{
dAnswer = dMinimum;
}
}
if (SimulationMessaging.GetAttributeMaximum(this.Attribute, out dMaximum))
{
if (dMaximum < dAnswer)
{
dAnswer = dMaximum;
}
}
return(dAnswer);
}
public SplitTreatment(string splitTreamentId, string description, string criteria, List <ISplitTreatmentLimit> limits)
{
Id = splitTreamentId;
Description = description;
Limits = limits;
Criteria = new Criterias("SPLIT_TREATMENT", "BINARY_CRITERIA", splitTreamentId);
byte[] assemblyCriteria = null;
string currentCriteria = "";
if (!string.IsNullOrWhiteSpace(criteria))
{
currentCriteria = Simulation.ConvertOMSAttribute(criteria);
}
assemblyCriteria = SimulationMessaging.GetSerializedCalculateEvaluate("SPLIT_TREATMENT", "BINARY_CRITERIA", splitTreamentId, assemblyCriteria);
if (assemblyCriteria != null && assemblyCriteria.Length > 0)
{
Criteria.Evaluate = (CalculateEvaluate.CalculateEvaluate)RoadCareGlobalOperations.AssemblySerialize.DeSerializeObjectFromByteArray(assemblyCriteria);
if (Criteria.Evaluate.OriginalInput != currentCriteria)
{
Criteria.Evaluate = null;
}
}
if (Criteria.Evaluate != null && Criteria.Evaluate.m_cr != null)
{
if (!File.Exists(Criteria.Evaluate.m_cr.PathToAssembly))
{
Criteria.Evaluate = null;
}
}
Criteria.Criteria = criteria;
foreach (String str in Criteria.Errors)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Split treatment criteria for " + criteria + " :" + str));
}
}
public BudgetCriteria(int budgetCriteriaId, string budgetName, string criteria)
{
BudgetCriteriaId = budgetCriteriaId;
BudgetName = budgetName;
Criteria = new Criterias("BUDGET", "BINARY_CRITERIA", BudgetCriteriaId.ToString());
byte[] assemblyCriteria = null;
string currentCriteria = "";
if (!string.IsNullOrWhiteSpace(criteria))
{
currentCriteria = Simulation.ConvertOMSAttribute(criteria);
}
assemblyCriteria = SimulationMessaging.GetSerializedCalculateEvaluate("BUDGET", "BINARY_CRITERIA", BudgetCriteriaId.ToString(), assemblyCriteria);
if (assemblyCriteria != null && assemblyCriteria.Length > 0)
{
Criteria.Evaluate = (CalculateEvaluate.CalculateEvaluate)AssemblySerialize.DeSerializeObjectFromByteArray(assemblyCriteria);
if (Criteria.Evaluate.OriginalInput != currentCriteria)
{
Criteria.Evaluate = null;
}
}
if (Criteria.Evaluate != null && Criteria.Evaluate.m_cr != null)
{
if (!File.Exists(Criteria.Evaluate.m_cr.PathToAssembly))
{
Criteria.Evaluate = null;
}
}
Criteria.Criteria = criteria;
foreach (String str in Criteria.Errors)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Supersede criteria for " + criteria + " :" + str));
}
}
/// <summary>
/// Sets the function version of consequences.
/// </summary>
/// <param name="equation"></param>
public void SetFunction(string equation)
{
_consequenceEquation = equation;
IsEquation = true;
_attributesEquation = SimulationMessaging.ParseAttribute(_consequenceEquation);
if (_calculate == null)
{
_calculate = new CalculateEvaluate.CalculateEvaluate();
string functionEquation = _consequenceEquation;
foreach (String attribute in _attributesEquation)
{
String attributeType = SimulationMessaging.GetAttributeType(attribute);
if (attributeType == "STRING")
{
String oldValue = "[" + attribute + "]";
String newValue = "[@" + attribute + "]";
functionEquation = functionEquation.Replace(oldValue, newValue);
}
else if (attributeType == "DATETIME")
{
String oldValue = "[" + attribute + "]";
String newValue = "[$" + attribute + "]";
functionEquation = functionEquation.Replace(oldValue, newValue);
}
}
_calculate.BuildFunctionClass(_consequenceEquation, "double", cgOMS.Prefix + "CONSEQUENCES_BINARY_EQUATION_" + _id);
if (_calculate.m_cr == null)
{
_compilerResultsEquation = _calculate.CompileAssembly();
SimulationMessaging.SaveSerializedCalculateEvaluate(cgOMS.Prefix + "CONSEQUENCES", "BINARY_EQUATION", _id, _calculate);
}
}
}
public void LoadBudgets()
{
string[] budgets = BudgetOrderString.Split(',');
String strBudget;
for (int i = 0; i < budgets.Length; i++)
{
strBudget = budgets[i];
m_listBudgetOrder.Add(strBudget);
}
String strSelect = "SELECT YEAR_,BUDGETNAME,AMOUNT FROM " + cgOMS.Prefix + "YEARLYINVESTMENT WHERE SIMULATIONID='" + this.InvestmentID + "' ORDER BY YEAR_";
DataSet ds = null;
try
{
ds = DBMgr.ExecuteQuery(strSelect);
}
catch (Exception ex)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Loading YEARLYINVESTMENT table." + ex.Message));
return;
}
String strYear;
String strAmount;
MaximumYear = Int32.MinValue;
foreach (DataRow row in ds.Tables[0].Rows)
{
strYear = row[0].ToString();
var year = Convert.ToInt32(strYear);
if (year > MaximumYear)
{
MaximumYear = year;
}
strBudget = row[1].ToString();
strAmount = row[2].ToString();
if (BudgetYear.Contains(strBudget))
{
Hashtable hashYearAmount = (Hashtable)BudgetYear[strBudget];
Hashtable hashYearAmountOriginal = (Hashtable)BudgetYearOriginal[strBudget];
m_hashBudgetYear.Remove(strBudget);
m_hashBudgetYearOriginal.Remove(strBudget);
if (strAmount == "")
{
hashYearAmount.Add(strYear, 0.0);
hashYearAmountOriginal.Add(strYear, 0.0);
}
else
{
hashYearAmount.Add(strYear, float.Parse(strAmount));
hashYearAmountOriginal.Add(strYear, float.Parse(strAmount));
}
BudgetYear.Add(strBudget, hashYearAmount);
BudgetYearOriginal.Add(strBudget, hashYearAmountOriginal);
}
else
{
Hashtable hashYearAmount = new Hashtable();
Hashtable hashYearAmountOriginal = new Hashtable();
if (strAmount == "")
{
hashYearAmount.Add(strYear, 0.0);
hashYearAmountOriginal.Add(strYear, 0.0);
}
else
{
hashYearAmount.Add(strYear, float.Parse(strAmount));
hashYearAmountOriginal.Add(strYear, float.Parse(strAmount));
}
BudgetYear.Add(strBudget, hashYearAmount);
BudgetYearOriginal.Add(strBudget, hashYearAmountOriginal);
}
}
foreach (var budget in BudgetYear.Keys)
{
var hashYearAmount = (Hashtable)BudgetYear[budget];
var hashYearAmountOriginal = (Hashtable)BudgetYearOriginal[budget];
for (int year = MaximumYear + 1; year < MaximumYear + 101; year++)
{
hashYearAmount.Add(year.ToString(), hashYearAmount[MaximumYear.ToString()]);
hashYearAmountOriginal.Add(year.ToString(), hashYearAmountOriginal[MaximumYear.ToString()]);
}
}
}
public static object ConvertToRoadCareObject(object value, string attribute)
{
string type = "";
switch (attribute)
{
case "LENGTH":
case "AREA":
type = "NUMBER";
break;
default:
type = SimulationMessaging.GetAttributeType(attribute);
break;
}
object rcValue = null;
if (type == "STRING")
{
if (value == null)
{
rcValue = null;
}
else
{
rcValue = value.ToString();
}
}
else if (type == "DATETIME")
{
if (value == null)
{
rcValue = null;
}
else
{
rcValue = Convert.ToDateTime(value);
}
}
else
{
if (value == null)
{
rcValue = null;
}
else
{
if (String.IsNullOrWhiteSpace(value.ToString()))
{
rcValue = null;
}
else //At this point this should only contain valid numbers, catch block is in case.
{
try
{
rcValue = Convert.ToDouble(value);
}
catch
{
rcValue = null;
}
}
}
}
return(rcValue);
}
public static string GetDecisionEngineCritera(string omsCriteria)
{
omsCriteria = omsCriteria.Replace("[]", "cgde_timeperiodof"); // Square brackets denote variables. [] messes this up.
string deCriteria = "";
List <string> expressions = new List <string>(); //List of omsExpressions
int lastOpen = -1;
int i = 0;
while (i < omsCriteria.Length)//Find all expressions
{
if (omsCriteria[i] == '(')
{
lastOpen = i;
}
if (omsCriteria[i] == ')' && lastOpen >= 0)
{
string expression = omsCriteria.Substring(lastOpen, i - lastOpen + 1);
if (expression.Contains("["))
{
byte numberExpressions = (byte)expressions.Count;
string placeHolder = numberExpressions.ToString("x2");
expressions.Add(expression);
omsCriteria = omsCriteria.Replace(expression, placeHolder);
i = 0;
}
lastOpen = -1;
}
else
{
i++;
}
}
omsCriteria = omsCriteria.Replace("AND", "&&").Replace("OR", "||").Replace("NOT", "!");
if (CheckMatchingParentheses(omsCriteria))
{
byte index = 0;
deCriteria = omsCriteria;
foreach (string expression in expressions)
{
string variable = GetVariable(expression);
string fieldType = SimulationMessaging.GetAttributeType(variable);
if (fieldType != null)
{
string placeholder = index.ToString("x2");
string deExpression = ConvertToDecisionEngine(expression, fieldType);
deCriteria = deCriteria.Replace(placeholder, deExpression);
}
else
{
deCriteria = "Variable = " + variable + " not found.";
break;
}
index++;
}
}
else
{
deCriteria = "Parentheses in input criteria do not match.";
}
return(deCriteria);
}
public bool CalculateRemainingLifeEquation(Hashtable hashAttributeValues, Hashtable hashPrevious, out double dRL)
{
double increment;
double delta;
double ratioAnswer = 0;
int iAnswer = -1;
double ratioDeficient = 0;
int iDeficient = -1;
double dRemainingLife = 0;
dRL = dRemainingLife;
double dValue = double.Parse(hashAttributeValues[this.Attribute].ToString());
if (!_isAgeOnly)
{
Solve(hashPrevious);
}
double dAge = 0;
if (Shift)
{
dAge = double.Parse(hashAttributeValues["AGE"].ToString());
}
double dLimit;
if (!SimulationMessaging.GetDeficientLevel(this.Attribute, hashPrevious, out dLimit))
{
return(false);
}
this.RemainingLifeLimit = dLimit;
for (int i = 0; i < 98; i++)
{
//This eliminates ascending / descending problem. Just looking for a number in between.
if ((_answer[i] >= dValue && dValue > _answer[i + 1]) || (_answer[i] <= dValue && dValue < _answer[i + 1]))
{
delta = dValue - _answer[i + 1];
increment = _answer[i] - _answer[i + 1];
if (increment == 0)
{
ratioAnswer = 0;
}
else
{
ratioAnswer = 1 - (delta / increment);
}
iAnswer = i;
}
if ((_answer[i] >= this.RemainingLifeLimit && this.RemainingLifeLimit > _answer[i + 1]) || (_answer[i] <= this.RemainingLifeLimit && this.RemainingLifeLimit < _answer[i + 1]))
{
delta = this.RemainingLifeLimit - _answer[i + 1];
increment = _answer[i] - _answer[i + 1];
if (increment == 0)
{
ratioDeficient = 0;
}
else
{
ratioDeficient = 1 - (delta / increment);
}
iDeficient = i;
}
if (iAnswer >= 0 && iDeficient >= 0)
{
//Then we have solve remaining life
dRemainingLife = ((double)iDeficient + ratioDeficient) - ((double)iAnswer + ratioAnswer);
dRL = dRemainingLife;
if (Shift && i > 0 && dAge > 0)
{
double dApparentAge = (double)iAnswer + ratioAnswer;
double dAgeRatio = dApparentAge / (dAge);
dRL = dRL / dAgeRatio;
}
if (dRL < 0)
{
dRL = 0;
}
return(true);
}
}
if (iAnswer >= 0 && iDeficient == -1)
{
dRemainingLife = 99;
dRL = dRemainingLife;
return(true);
}
if (iDeficient >= 0 && iAnswer == -1)
{
dRemainingLife = 0;
dRL = dRemainingLife;
return(true);
}
dRL = 0;
return(false);
}
public void MoveBudgetAcross(string budget, string year, Priorities priority)
{
//Get next budget.
var nextBudget = GetNextBudget(budget);
//Add what is left from current budget (and priority) to the the next budget.
string budgetCheck = budget.Trim();
Hashtable hashYearAmount;
Hashtable hashYearAmountOriginal;
float available = 0;
float original = 0;
//Budget not defined
try
{
if (!BudgetYear.Contains(budgetCheck))
{
return;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Checking budget year. " + e.Message));
throw e;
}
try
{
hashYearAmount = (Hashtable)BudgetYear[budgetCheck];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving budget year. " + e.Message));
throw e;
}
try
{
if (!hashYearAmount.Contains(year))
{
return;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Checking year amount. " + e.Message));
throw e;
}
try
{
available = (float)hashYearAmount[year];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving year amount. " + e.Message));
throw e;
}
try
{
if (!BudgetYearOriginal.Contains(budgetCheck))
{
return;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Checking budget year original. " + e.Message));
throw e;
}
try
{
hashYearAmountOriginal = (Hashtable)BudgetYearOriginal[budgetCheck];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving budget year original. " + e.Message));
throw e;
}
try
{
if (!hashYearAmountOriginal.Contains(year))
{
return;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Checking year amount original. " + e.Message));
throw e;
}
try
{
original = (float)hashYearAmountOriginal[year];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving year amount original. " + e.Message));
throw e;
}
if (original <= 0)
{
return;
}
var percent = (1 - available / original) * 100;
try
{
var percentLimit = (float)priority.BudgetPercent[budgetCheck];
if (percent < percentLimit)
{
var difference = percentLimit - percent;
var budgetToMove = original * difference / 100;
hashYearAmount[year] = (float)hashYearAmount[year] - budgetToMove;
hashYearAmount = (Hashtable)BudgetYear[nextBudget];
hashYearAmount[year] = (float)hashYearAmount[year] + budgetToMove;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving budget year original. " + e.Message));
throw e;
}
}
/// <summary>
///
/// Calculates the next years values AND files in the Answer array for base RemainingLife and Benefit cost.
/// </summary>
/// <param name="hashAttributeValues">Values for other attributes</param>
/// <returns>Value for next year</returns>
public double IterateOneYearEquation(Hashtable hashAttributeValues, int apparentAgeHint, out double apparentAge, out bool bOutOfRange)
{
double increment;
double delta;
double ratio;
double dAnswer;
double dAge = 0;
apparentAge = 0;
if (Shift)
{
dAge = double.Parse(hashAttributeValues["AGE"].ToString());
}
bOutOfRange = true;
double dValue = double.Parse(hashAttributeValues[this.Attribute].ToString());
//TODO: Does this need to be solved everytime on
if (!_isAgeOnly)
{
Solve(hashAttributeValues);
}
//Check if 99 year value is input
if (dValue > _answer[98] && !SimulationMessaging.GetAttributeAscending(Attribute))
{
bOutOfRange = false;
return(dValue);
}
else if (dValue < _answer[98] && SimulationMessaging.GetAttributeAscending(Attribute))
{
bOutOfRange = false;
return(dValue);
}
double dMinimum;
double dMaximum;
for (int i = 0; i < 98; i++)
{
//This eliminates ascending / descending problem. Just looking for a number in between.
if ((_answer[i] >= dValue && dValue > _answer[i + 1]) || (_answer[i] <= dValue && dValue < _answer[i + 1]))
{
if (!Shift || i == 0 || dAge == 0)
{
delta = dValue - _answer[i + 1];
increment = _answer[i] - _answer[i + 1];
if (increment == 0)
{
return(_answer[i + 1]);
}
ratio = 1 - (delta / increment);
increment = _answer[i + 1] - _answer[i + 2];
delta = ratio * increment;
dAnswer = _answer[i + 1] - delta;
}
else // Must be SHIFT and i not 0
{
delta = dValue - _answer[i + 1];
increment = _answer[i] - _answer[i + 1];
double dApparentAge = (double)i + (1 - (delta / increment)); // Determine apparent age
double dApparentRatio = dApparentAge / dAge; // Determine rate that age is changing.
double dNextAge = dApparentRatio + dApparentAge;
int iNextAge = (int)Math.Floor(dNextAge);
double dNextRatio = dNextAge - Math.Floor(dNextAge);
if (iNextAge < 99)
{
increment = _answer[iNextAge] - _answer[iNextAge + 1];
delta = dNextRatio * increment;
dAnswer = _answer[iNextAge] - delta;
}
else
{
dAnswer = _answer[99];
}
}
if (SimulationMessaging.GetAttributeMinimum(this.Attribute, out dMinimum))
{
if (dMinimum > dAnswer)
{
return(dMinimum);
}
}
if (SimulationMessaging.GetAttributeMaximum(this.Attribute, out dMaximum))
{
if (dMaximum < dAnswer)
{
return(dMaximum);
}
}
bOutOfRange = false;
return(dAnswer);
}
}
dValue = _answer[0];
if (SimulationMessaging.GetAttributeMinimum(this.Attribute, out dMinimum))
{
if (dMinimum > dValue)
{
return(dMinimum);
}
}
if (SimulationMessaging.GetAttributeMaximum(this.Attribute, out dMaximum))
{
if (dMaximum < dValue)
{
return(dMaximum);
}
}
return(dValue);
}
internal void SetFunction(string equation)
{
_equation = equation;
// Get list of attributes
_attributesEquation = SimulationMessaging.ParseAttribute(_equation);
if (_attributesEquation == null)
{
return;
}
if (_attributesEquation.Count == 1 && _attributesEquation[0].ToUpper() == "AGE")
{
_isAgeOnly = true;
}
if (_equation.Length >= 6 && _equation.Substring(0, 6) == "MODULE")
{
IsModule = true;
//this will crash the program for equations with less than 10 characters
//if (m_strEquation.Substring(0, 6) == "MODULE")
if (_equation.Length >= 10 && _equation.Substring(7, 3) == "CRS")
{
IsCRS = true;
}
else if (_equation.Length >= 10 && _equation.Substring(7, 3) == "OCI")
{
IsOCI = true;
}
return;
}
else
{
if (_calculate == null)
{
_calculate = new CalculateEvaluate.CalculateEvaluate();
//Allow functions to utilize strings and dates.
string functionEquation = _equation;
List <string> attributes = SimulationMessaging.ParseAttribute(functionEquation);
foreach (String attribute in attributes)
{
String attributeType = SimulationMessaging.GetAttributeType(attribute);
if (attributeType == "STRING")
{
String oldValue = "[" + attribute + "]";
String newValue = "[@" + attribute + "]";
functionEquation = functionEquation.Replace(oldValue, newValue);
}
else if (attributeType == "DATETIME")
{
String oldValue = "[" + attribute + "]";
String newValue = "[$" + attribute + "]";
functionEquation = functionEquation.Replace(oldValue, newValue);
}
}
_calculate.BuildFunctionClass(functionEquation, "double", cgOMS.Prefix + _table + "_BINARY_EQUATION_" + _performanceID);
if (_calculate.m_cr == null)
{
_compilerResultsEquation = _calculate.CompileAssembly();
if (_table != null)
{
SimulationMessaging.SaveSerializedCalculateEvaluate(cgOMS.Prefix + _table, "BINARY_EQUATION", _performanceID, _calculate);
}
}
if (_calculate.m_listError.Count > 0)
{
foreach (String str in _calculate.m_listError)
{
_errors.Add(str);
}
}
}
//If [AGE] is the only variable. This only needs to be solved once so might
//as well solve it right now.
if (_isAgeOnly)
{
Hashtable hash = new Hashtable();
hash.Add("AGE", "0");
this.Solve(hash);
}
}
}
public void Solve(Hashtable hashAttributeValue)
{
double dValue;
double dMinimum;
double dMaximum;
_answer = new double[100];
if (IsModule)
{
if (IsCRS)
{
String strType = hashAttributeValue[_attributesEquation[0].ToString()].ToString();
double dCRS = Convert.ToDouble(hashAttributeValue[_attributesEquation[1].ToString()]);
double dThick = Convert.ToDouble(hashAttributeValue[_attributesEquation[2].ToString()]);
double dESAL = Convert.ToDouble(hashAttributeValue[_attributesEquation[3].ToString()]);
double dESALGrowth = Convert.ToDouble(hashAttributeValue[_attributesEquation[4].ToString()]);
double dRSL;
double dBenefit;
_answer[0] = dCRS;
for (int n = 1; n < 100; n++)
{
double dAge = (double)n;
dValue = SimulationMessaging.crs.CalculateCRSBenefit(false, strType, dCRS, dThick, dESAL, dESALGrowth, 1, dAge, SimulationMessaging.Method.BenefitLimit, out dBenefit, out dRSL);
try
{
if (SimulationMessaging.GetAttributeMaximum(this.Attribute, out dMaximum))
{
if (dValue > dMaximum)
{
dValue = dMaximum;
}
}
if (SimulationMessaging.GetAttributeMinimum(this.Attribute, out dMinimum))
{
if (dValue < dMinimum)
{
dValue = dMinimum;
}
}
}
catch
{
String strValue = SimulationMessaging.GetAttributeDefault(this.Attribute);
dValue = double.Parse(strValue);
}
_answer[n] = dValue;
}
return;
}
else if (IsOCI)
{
}
}
object[] input = new object[_attributesEquation.Count];
int i = 0;
int nAge = -1;
foreach (String str in _attributesEquation)
{
if (str == "AGE")
{
nAge = i;
}
input[i] = hashAttributeValue[str];;
i++;
}
for (int n = 0; n < 100; n++)
{
double dAge = (double)n;
if (nAge >= 0)
{
input[nAge] = dAge;
}
try
{
object result = _calculate.RunMethod(input);
try
{
dValue = (double)result;
if (SimulationMessaging.GetAttributeMaximum(this.Attribute, out dMaximum))
{
if (dValue > dMaximum)
{
dValue = dMaximum;
}
}
if (SimulationMessaging.GetAttributeMinimum(this.Attribute, out dMinimum))
{
if (dValue < dMinimum)
{
dValue = dMinimum;
}
}
}
catch
{
String strValue = SimulationMessaging.GetAttributeDefault(this.Attribute);
dValue = double.Parse(strValue);
}
_answer[n] = dValue;
}
catch (Exception exc)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error in RunMethod. " + _calculate.OriginalInput + " " + exc.Message));
}
}
return;
}
public bool LoadBudgetPercentages(List <String> listBudgets)
{
//Cleanup unused Budgets
String strDelete = "DELETE FROM " + cgOMS.Prefix + "PRIORITYFUND WHERE PRIORITYID='" + this.PriorityID + "'";
if (listBudgets.Count > 0)
{
strDelete += " AND (";
}
int nBudget = 0;
foreach (String sBudget in listBudgets)
{
if (nBudget > 0)
{
strDelete += " AND ";
}
strDelete += "BUDGET<>'" + sBudget + "'";
nBudget++;
}
if (listBudgets.Count > 0)
{
strDelete += ")";
}
try
{
DBMgr.ExecuteNonQuery(strDelete);
}
catch (Exception except)
{
SimulationMessaging.AddMessage(new SimulationMessage("Fatal Error: Error removing non-used budget priorities. " + except.Message));
return(false);
}
if (SimulationMessaging.IsOMS)
{
foreach (string budget in listBudgets)
{
m_hashBudgetPercent.Add(budget, 100f);
}
}
else
{
String strSelect = "SELECT BUDGET, FUNDING FROM " + cgOMS.Prefix + "PRIORITYFUND WHERE PRIORITYID='" + this.PriorityID + "'";
DataSet ds;
try
{
ds = DBMgr.ExecuteQuery(strSelect);
if (ds.Tables[0].Rows.Count != listBudgets.Count)
{
SimulationMessaging.AddMessage(new SimulationMessage("Fatal Error: Each budget must have a funding level for each priority level."));
return(false);
}
}
catch
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Filling Priority budgets and funding"));
return(false);
}
String strBudget;
String strFunding;
float fFunding;
foreach (DataRow row in ds.Tables[0].Rows)
{
strBudget = row[0].ToString();
fFunding = 100;
strFunding = row[1].ToString();
float.TryParse(strFunding, out fFunding);
m_hashBudgetPercent.Add(strBudget, fFunding);
}
}
return(true);
}
/// <summary>
/// Check if budget can support treatment. Checks for each priority.
/// </summary>
/// <param name="fAmount"></param>
/// <param name="strBudget"></param>
/// <param name="strYear"></param>
/// <param name="hashAttributeValue"></param>
/// <param name="priority"></param>
/// <param name="limits">Limits where treatments are split over multiple years</param>
/// <returns></returns>
public string IsBudgetAvailable(float fAmount, string strBudget, String strYear, Hashtable hashAttributeValue, Priorities priority, List <ISplitTreatmentLimit> limits, string budgetLimitType, out string budgetHash, out ISplitTreatmentLimit splitTreatmentLimit, out string reasonNoBudget)
{
reasonNoBudget = "";
string noBudgetAvailable = "";
splitTreatmentLimit = limits[0];
//Check priority. If not possible just return null.
if (!(priority.IsAllSections || priority.Criteria.IsCriteriaMet(hashAttributeValue)))
{
budgetHash = "";
reasonNoBudget = "Priority (" + priority.PriorityLevel + ") criteria not met for year " + strYear;
return(noBudgetAvailable);
}
string[] possibleBudgets;
foreach (var limit in limits)
{
if (limit.Amount > fAmount)
{
splitTreatmentLimit = limit;
break;
}
}
budgetHash = "";
try
{
possibleBudgets = strBudget.Split('|');
for (int i = 0; i < possibleBudgets.Length; i++)
{
possibleBudgets[i] = possibleBudgets[i].Trim();
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Budget is null." + e.Message));
throw e;
}
//If there are no budget criteria, then ignore. The list is enforced.
var budgets = new List <string>();
if (SimulationMessaging.BudgetCriterias.Count > 0)
{
var listAvailableBudget = new List <BudgetCriteria>();
foreach (var budgetCriteria in SimulationMessaging.BudgetCriterias)
{
if (budgetCriteria.Criteria.IsCriteriaMet(hashAttributeValue))
{
listAvailableBudget.Add(budgetCriteria);
}
}
foreach (var budget in possibleBudgets)
{
var available = listAvailableBudget.Find(b => b.BudgetName == budget);
if (available != null && !budgets.Contains(available.BudgetName))
{
budgets.Add(available.BudgetName);
}
}
}
else
{
foreach (var budget in possibleBudgets)
{
budgets.Add(budget);
}
}
if (budgets.Count == 0)
{
reasonNoBudget = "Budget (" + strBudget + ") did not meet budget criteria.";
}
foreach (string budget in budgets)
{
string budgetCheck = budget.Trim();
Hashtable hashYearAmount;
Hashtable hashYearAmountOriginal;
float fAvailable;
float fOriginal;
float fAfterSpending;
float fPercent;
//Budget not defined
try
{
if (!BudgetYear.Contains(budgetCheck))
{
continue;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Checking budget year. " + e.Message));
throw e;
}
try
{
hashYearAmount = (Hashtable)BudgetYear[budgetCheck];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving budget year. " + e.Message));
throw e;
}
try
{
if (!BudgetYearOriginal.Contains(budgetCheck))
{
continue;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Checking budget year original. " + e.Message));
throw e;
}
bool currentBudgetAvailable = true;
if (budgetLimitType.ToLower() == "unlimited")//If the budget is available (possible budget) and is unlimited... we are good.
{
return(budgetCheck);
}
//Starting here need to loop through year amounts.
var year = Convert.ToInt32(strYear);
for (int i = 0; i < splitTreatmentLimit.Percentages.Count; i++)
{
var currentYearAmount = fAmount * splitTreatmentLimit.Percentages[i] / 100;
var currentYear = year + i;
//Priority must be all years, match the current year or the current year must be greater than maximum year and the Maximum year must be a priority.
if (!(priority.IsAllYears || priority.Years == currentYear || (currentYear > MaximumYear && priority.Years == MaximumYear)))
{
reasonNoBudget = "Priority is not set for year " + currentYear;
return(null);
}
try
{
//This occurs when a split treament goes past then end.
if (!hashYearAmount.Contains(currentYear.ToString()))
{
continue;
}
//Not past end of analysis.
fAvailable = (float)hashYearAmount[currentYear.ToString()];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving year amount. " + e.Message));
throw e;
}
//This gets a hash of all years and the amount of budgets originally available.
try
{
hashYearAmountOriginal = (Hashtable)BudgetYearOriginal[budgetCheck];
//This occurs when a split treament goes pas then end.
if (!hashYearAmountOriginal.ContainsKey(currentYear.ToString()))
{
continue;
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving budget year original. " + e.Message));
throw e;
}
try
{
if (!hashYearAmountOriginal.Contains(currentYear.ToString()))
{
continue;
}
fOriginal = (float)hashYearAmountOriginal[currentYear.ToString()];
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Retrieving year amount original. " + e.Message));
throw e;
}
fAfterSpending = fAvailable - currentYearAmount;
if (fOriginal <= 0)
{
continue;
}
fPercent = (1 - fAfterSpending / fOriginal) * 100;
try
{
float fPercentLimit = (float)priority.BudgetPercent[budgetCheck];
var original = (float)priority.BudgetPercent[budgetCheck] * fOriginal / 100;
budgetHash = currentYearAmount.ToString("#,##0.##") + "/" + fAmount.ToString("#,##0.##") + "/" + fAvailable.ToString("#,##0.##") + "/" + original.ToString("#,##0.##");
//if (fPercent < fPercentLimit) return budgetCheck;
if (fPercent > fPercentLimit)
{
currentBudgetAvailable = false;
reasonNoBudget = "Percent after spending greater than priority limit " + fPercent.ToString("f2") + "/" + fPercentLimit.ToString("f2") + " for year(" + currentYear + ")";
return(noBudgetAvailable);
}
}
catch (Exception e)
{
SimulationMessaging.AddMessage(new SimulationMessage("Error: Evaluating priority. " + e.Message));
throw e;
}
}
//To be true here, there must be money available for each year.
if (currentBudgetAvailable)
{
return(budgetCheck);
}
}
return(noBudgetAvailable);
}
