public void Initialize()
{
indexCalculator = new IndexCalculator(indexFormula);
}
/**
* public override Dictionary<string, decimal> CalculateIntervalTime(ulong interval, ulong start, ulong end, string product,
* ParallelQuery<ProductResult> filtredProductResult, ParallelQuery<MachineState> fitredMachineStates, string index)
* {
* throw new NotImplementedException();
* }
*
* public override Dictionary<string, decimal> CalculateTime(ulong start, ulong end, string product, ParallelQuery<ProductResult> filtredProductResult,
* ParallelQuery<MachineState> fitredMachineStates, string index)
* {
* throw new NotImplementedException();
* }
*
* public override Dictionary<string, decimal> CalculateIndirectForOneProduct(string product, ParallelQuery<ProductResult> filtredProductResult,
* ParallelQuery<MachineState> fitredMachineStates, string index)
* {
* throw new NotImplementedException();
* }
*
* public override Dictionary<string, decimal> CalculatePerProduct(string product, ParallelQuery<ProductResult> filtredProductResult, ParallelQuery<MachineState> fitredMachineStates,
* string index)
* {
* throw new NotImplementedException();
* }
*
* public override Dictionary<string, decimal> CalculatePerMachine(ParallelQuery<ProductResult> filtredProductResult, ParallelQuery<MachineState> fitredMachineStates, string index)
* {
* throw new NotImplementedException();
* }
*
* public override Dictionary<string, decimal> CalculateIndirectPerMachine(ParallelQuery<ProductResult> filtredProductResult, ParallelQuery<MachineState> fitredMachineStates,
* string index)
* {
* throw new NotImplementedException();
* }
*
* public override Dictionary<string, decimal> CalculateIndex(ParallelQuery<ProductResult> filtredProductResult, ParallelQuery<MachineState> fitredMachineStates, string index)
* {
* throw new NotImplementedException();
* }
*
**/
private decimal CalculateInterval(ulong start, ulong end, string index)
{
var tableOrdered = (from i in SourceTableOrdered where i.ModelNode == ResultId && i.Start > start && i.Start < end select i).ToList();
if (!tableOrdered.Any())
{
return(0);
}
var f = ProductResults(tableOrdered);
decimal count = f.Count();
var sumUsed = f.Sum(t => t.Total, null);
decimal intervaltime = end - start;
var downtime = Downtime(start, end);
var idletime = Idletime(start, end);
decimal result = 0;
if (index == "Processed per hour")
{
result += count / (intervaltime / 3600000);
}
else if (index == "Processed")
{
result += count;
}
else if (IndexCalculator.Indexes.Any(t => t.IndexName == index))
{
var dic = new Dictionary <Consumable, decimal>();
foreach (State state in States)
{
foreach (Consumption consumption in state.Consumptions)
{
var res = consumption.Amount;
if (!consumption.Static)
{
res /= 3600000;
if (state.Name == "Processing" || state.Name == "Used")
{
res += res * sumUsed;
}
else if (state.Name == "Down")
{
res += res * downtime;
}
else if (state.Name == "Idle")
{
res += res * idletime;
}
}
else
{
res = res * count;
}
if (dic.ContainsKey(consumption.Consumable))
{
dic[consumption.Consumable] += res / count;
}
else
{
dic.Add(consumption.Consumable, res / count);
}
}
}
result += IndexCalculator.Calculate(dic, index);
}
else
{
foreach (State state in States)
{
var consumption = state.Consumptions.FirstOrDefault(t => t.Consumable.Name == index);
if (consumption != default(Consumption))
{
var res = consumption.Amount;
if (!consumption.Static)
{
res /= 3600000;
switch (state.Name)
{
case "Used":
case "Processing":
res += res * sumUsed;
break;
case "Down":
res += res * downtime;
break;
case "Idle":
res += res * idletime;
break;
}
}
else
{
res = res * count;
}
result += res;
}
}
}
return(result);
}
