public static double GetFuelPrice(Machinery1Input machinput)
{
double dbFuelPrice = 0;
if (machinput.Constants.FuelType
== GeneralRules.FUEL_PRICE_TYPES.diesel.ToString())
{
dbFuelPrice = machinput.Constants.PriceDiesel;
}
else if (machinput.Constants.FuelType
== GeneralRules.FUEL_PRICE_TYPES.electric.ToString())
{
dbFuelPrice = machinput.Constants.PriceElectric;
}
else if (machinput.Constants.FuelType
== GeneralRules.FUEL_PRICE_TYPES.gas.ToString())
{
dbFuelPrice = machinput.Constants.PriceGas;
}
else if (machinput.Constants.FuelType
== GeneralRules.FUEL_PRICE_TYPES.lpg.ToString())
{
dbFuelPrice = machinput.Constants.PriceLP;
}
else if (machinput.Constants.FuelType
== GeneralRules.FUEL_PRICE_TYPES.naturalgas.ToString())
{
dbFuelPrice = machinput.Constants.PriceNG;
}
return(dbFuelPrice);
}
private static double TotalMachineryCost(TimelinessOpComp1 initialTimelinessOCStock,
Machinery1Input powerinput, Machinery1Input nonpowerinput)
{
double totalCost = 0;
if (nonpowerinput.Constants.HPPTOMax > powerinput.Constants.HPPTOMax)
{
//powerinput - implement combos that are not possible must have a zero total cost
//zero total cost tells best state to keep looking for a different combo
totalCost = 0;
}
else
{
//stay consistent with other object structures used
List <Machinery1Input> machInputs = new List <Machinery1Input>();
machInputs.Add(powerinput);
machInputs.Add(nonpowerinput);
//total costs are operating costs plus allocated overhead plus timeliness
//on a per acre or per hectare basis
//need to run oc costs so that the power input and non power have same field capacity
totalCost = OpCompCostPerUnitArea(machInputs)
+ TimelinessCostPerUnitArea(initialTimelinessOCStock, machInputs);
}
return(totalCost);
}
private bool CostIsMoreWithNewActualDate(TimelinessOpComp1 leastCostTOC)
{
bool bCostIsMoreWithNewActualDate = true;
foreach (var boc in this.BestOpComps)
{
//these are mach1inputs that inherit from a base input
if (boc.Inputs != null)
{
if (leastCostTOC.Inputs != null)
{
List <Machinery1Input> sameBOCs = new List <Machinery1Input>();
foreach (var bocinput in boc.Inputs)
{
Machinery1Input machInput = (Machinery1Input)bocinput;
sameBOCs.Add(machInput);
}
foreach (var locinput in leastCostTOC.Inputs)
{
Machinery1Input machlocInput = (Machinery1Input)locinput;
bCostIsMoreWithNewActualDate = BIMachinery2aStockCalculator.HasPowerInput(machlocInput, sameBOCs);
if (bCostIsMoreWithNewActualDate == false)
{
bCostIsMoreWithNewActualDate = BIMachinery2aStockCalculator.HasNonPowerInput(machlocInput, sameBOCs);
}
else
{
return(true);
}
}
}
}
}
return(bCostIsMoreWithNewActualDate);
}
private void MakeBestMachineryCombos(int[] state, double[][] problemData)
{
//implement
for (int t = 0; t < state.Length; ++t)
{
//powerInput
int w = state[t];
//cost = problemData[w][t].ToString("F2")
//add the corresponding nonpower inputs and power inputs
//note that the unique key has to be the implement
Machinery1Input np = this.NonPowerInputs.ElementAtOrDefault(t);
Machinery1Input p = this.PowerInputs.ElementAtOrDefault(w);
if (!this.BestMachineryCombos.ContainsKey(this.NonPowerInputs.ElementAtOrDefault(t)))
{
this.BestMachineryCombos.Add(this.NonPowerInputs.ElementAtOrDefault(t), this.PowerInputs.ElementAtOrDefault(w));
}
}
}
public static double GetLaborPrice(Machinery1Input machinput)
{
double dbLaborPrice = 0;
if (machinput.Constants.LaborType
== GeneralRules.LABOR_PRICE_TYPES.machinery.ToString())
{
dbLaborPrice = machinput.Constants.PriceMachineryLabor;
}
else if (machinput.Constants.LaborType
== GeneralRules.LABOR_PRICE_TYPES.regular.ToString())
{
dbLaborPrice = machinput.Constants.PriceRegularLabor;
}
else if (machinput.Constants.LaborType
== GeneralRules.LABOR_PRICE_TYPES.supervisory.ToString())
{
dbLaborPrice = machinput.Constants.PriceSupervisorLabor;
}
return(dbLaborPrice);
}
