public TimeVariantInputDTO(
System.Int64 p_Additional_32_Costs,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Additional_32_Costs = p_Additional_32_Costs;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Number_32_of_32_Employees_32_Affected,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Number_32_of_32_Employees_32_Affected = p_Number_32_of_32_Employees_32_Affected;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Renewable_32_Capacity_32_Added,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Renewable_32_Capacity_32_Added = p_Renewable_32_Capacity_32_Added;
TimePeriod = p_TimePeriod;
}
public TimeVariantLocalConditionDTO(
System.Double?p_ConditionScoreLocal,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
ConditionScoreLocal = p_ConditionScoreLocal;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Event_32_Type,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Event_32_Type = p_Event_32_Type;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Benefit_32_Probability,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Benefit_32_Probability = p_Benefit_32_Probability;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Stability_32_Issue,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Stability_32_Issue = p_Stability_32_Issue;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Costs_32_incurred_32_after_32_this_32_investment_32_is_32_undertaken,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Costs_32_incurred_32_after_32_this_32_investment_32_is_32_undertaken = p_Costs_32_incurred_32_after_32_this_32_investment_32_is_32_undertaken;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
CL.FormulaHelper.DTOs.NumericValueRangeDTO p_Manual_32_Risk_32_Consequence,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Manual_32_Risk_32_Consequence = p_Manual_32_Risk_32_Consequence;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Condition,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Condition = p_Condition;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
CL.FormulaHelper.DTOs.NumericValueRangeDTO p_Manual_32_Risk_32_Probability,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Manual_32_Risk_32_Probability = p_Manual_32_Risk_32_Probability;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Lost_32_Generation,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Lost_32_Generation = p_Lost_32_Generation;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double p_Costs_32_Saved,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Costs_32_Saved = p_Costs_32_Saved;
TimePeriod = p_TimePeriod;
}
public override double?[] GetUnits(int startFiscalYear, int months,
TimeInvariantInputDTO timeInvariantData, IReadOnlyList <TimeVariantInputDTO> timeVariantData)
{
// TODO: Pass this as a value measure
var answers = timeVariantData.FirstOrDefault();
double estimatedDesignLife = timeInvariantData.Design_32_Life;
CL.FormulaHelper.DTOs.TimePeriodDTO timePeriod = new CL.FormulaHelper.DTOs.TimePeriodDTO();
var endOfSpendMonthOffset = FormulaBase.FindEndOfSpendMonth(timeInvariantData.InvestmentSpendByAccountType);
if (!endOfSpendMonthOffset.HasValue)
{
return(null);
}
timePeriod.StartTime = FormulaBase.GetCalendarDateTime(startFiscalYear, fiscalPeriod: 1)
.AddMonths(endOfSpendMonthOffset.Value + 1); // + 1 because the benefit starts in the first month after end of spend.
TimeVariantLocalConditionDTO localTimeInvariantData =
new TimeVariantLocalConditionDTO(answers.Condition, timePeriod);
List <TimeVariantLocalConditionDTO> localTimeInvariantDataList
= new List <TimeVariantLocalConditionDTO>();
localTimeInvariantDataList.Add(localTimeInvariantData);
// A generic end of life condition decay curve, generated based on the design life entered by user.
XYCurveDTO conditionDecayCurve = HelperFunctions.GenericEndOfLifeModel.constructConditionDecayCurve(estimatedDesignLife);
return(InterpolateCurve <TimeVariantLocalConditionDTO>(localTimeInvariantDataList,
startFiscalYear,
months,
conditionDecayCurve,
x => x.ConditionScoreLocal));
}
public TimeVariantInputDTO(
System.Double p_Risk_32_Avoidance_32_Probability,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Risk_32_Avoidance_32_Probability = p_Risk_32_Avoidance_32_Probability;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Boolean p_BES_32_Risk_32_Issue,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
BES_32_Risk_32_Issue = p_BES_32_Risk_32_Issue;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Int32 p_Business_32_Continuity_32_Employees_32_Affected,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Productivity_32_Impact,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Business_32_Continuity_32_Employees_32_Affected = p_Business_32_Continuity_32_Employees_32_Affected;
Productivity_32_Impact = p_Productivity_32_Impact;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Consequence_32_of_32_Environment_32_Risk,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Consequence_32_of_32_Environment_32_Risk = p_Consequence_32_of_32_Environment_32_Risk;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
System.Double?p_Probability_32_of_32_Environment_32_Risk,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Probability_32_of_32_Environment_32_Risk = p_Probability_32_of_32_Environment_32_Risk;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Consequence_32_of_32_Collateral_32_Damage,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Consequence_32_of_32_Collateral_32_Damage = p_Consequence_32_of_32_Collateral_32_Damage;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Int32 p_Number_32_of_32_Sensitive_32_Customers,
System.Double p_Radial_32_Load,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Number_32_of_32_Sensitive_32_Customers = p_Number_32_of_32_Sensitive_32_Customers;
Radial_32_Load = p_Radial_32_Load;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_POF,
System.Double p_Probability_32_of_32_Collateral_32_Damage,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
POF = p_POF;
Probability_32_of_32_Collateral_32_Damage = p_Probability_32_of_32_Collateral_32_Damage;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Population_32_Density,
System.Double?p_Probability_32_of_32_Danger,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Population_32_Density = p_Population_32_Density;
Probability_32_of_32_Danger = p_Probability_32_of_32_Danger;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Line_32_Voltage,
System.Double?p_Time_32_to_32_Repair,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Line_32_Voltage = p_Line_32_Voltage;
Time_32_to_32_Repair = p_Time_32_to_32_Repair;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Int32 p_Number_32_of_32_Outages_32_Radial_32_Load,
System.Double p_Outage_32_Window,
System.Double p_Planned_32_Outage_32_Days,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
Number_32_of_32_Outages_32_Radial_32_Load = p_Number_32_of_32_Outages_32_Radial_32_Load;
Outage_32_Window = p_Outage_32_Window;
Planned_32_Outage_32_Days = p_Planned_32_Outage_32_Days;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Equipment_32_Type,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Station_32_Voltage,
System.Double?p_Time_32_to_32_Repair,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Equipment_32_Type = p_Equipment_32_Type;
Station_32_Voltage = p_Station_32_Voltage;
Time_32_to_32_Repair = p_Time_32_to_32_Repair;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
System.Double?p_Probability_32_of_32_Danger,
System.Double?p_Probability_32_of_32_Injury,
System.Double?p_Probability_32_of_32_Person_32_in_32_Danger,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod)
{
COF = p_COF;
Probability_32_of_32_Danger = p_Probability_32_of_32_Danger;
Probability_32_of_32_Injury = p_Probability_32_of_32_Injury;
Probability_32_of_32_Person_32_in_32_Danger = p_Probability_32_of_32_Person_32_in_32_Danger;
TimePeriod = p_TimePeriod;
}
public TimeVariantInputDTO(
System.Double?p_COF,
System.Double?p_Generation_32_Curtailment,
System.Double?p_Time_32_to_32_Repair,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod,
System.Double?p_Transmission_32_Load_32_at_32_Risk)
{
COF = p_COF;
Generation_32_Curtailment = p_Generation_32_Curtailment;
Time_32_to_32_Repair = p_Time_32_to_32_Repair;
TimePeriod = p_TimePeriod;
Transmission_32_Load_32_at_32_Risk = p_Transmission_32_Load_32_at_32_Risk;
}
public TimeVariantInputDTO(
System.Double?p_Continuous_32_Rating,
System.Double?p_Peak_32_Load,
CL.FormulaHelper.DTOs.TimePeriodDTO p_TimePeriod,
System.Double?p_Transformers_32_Capacity,
CL.FormulaHelper.DTOs.CustomFieldListItemDTO p_Violation_32_Type,
System.Double?p_Voltage_32_Violation)
{
Continuous_32_Rating = p_Continuous_32_Rating;
Peak_32_Load = p_Peak_32_Load;
TimePeriod = p_TimePeriod;
Transformers_32_Capacity = p_Transformers_32_Capacity;
Violation_32_Type = p_Violation_32_Type;
Voltage_32_Violation = p_Voltage_32_Violation;
}
