/// <summary>
/// Builds the Throughput
/// </summary>
/// <param name="replacementLevel">replacement Level</param>
/// <param name="rticleaningLevel">rti cleaning Level</param>
/// <param name="startingSaltSplit">starting Salt Split</param>
/// <param name="randomGrains">random Grains</param>
/// <param name="amountOfResin">amount Of Resin</param>
/// <param name="cleaningEffectivness">cleaning Effectivness</param>
/// <param name="trainGPM">train GPM</param>
/// <param name="ageOfResin">age Of Resin</param>
/// <param name="newResinSaltSplit">new Resin Salt Split</param>
/// <param name="lifeExpectancy">life Expectancy</param>
/// <param name="isCleaning">is Cleaning</param>
/// <param name="isReplacing">is Replacing</param>
/// <returns>Returns the throughput data</returns>
public Dictionary<DateTime, Tuple<int, double, string>> ThroughputBuild(double replacementLevel, double rticleaningLevel, double startingSaltSplit, Dictionary<int, double> randomGrains, double amountOfResin, double cleaningEffectivness, double trainGPM, double ageOfResin, double newResinSaltSplit, double lifeExpectancy, bool isCleaning, bool isReplacing, List<double> hoursPerRun)
{
try
{
replacementLevel = 10.00;
rticleaningLevel = 17.00;
Dictionary<DateTime, Tuple<int, double, string>> tpPrediction = new Dictionary<DateTime, Tuple<int, double, string>>();
TOCBuilder toc = new TOCBuilder();
PreviousWeek lastWeeks = new PreviousWeek();
DateTime date = new DateTime();
date = DateTime.Now.Date;
double effectiveResinAge = ageOfResin;
double origionalCleaningLevel = replacementLevel;
int simulationDuration = 104;
int weekNumber = 1;
int lastCleaningWeek = 0; // Keep track of the last week a cleaning was performed
double cleaningInterval = 52; // Spacing between cleanings
foreach (var week in randomGrains)
{
if (weekNumber <= simulationDuration) // Ensure simulation does not exceed 130 weeks (2.5 years)
{
// Calculte data for the very first week in the simulation
if (week.Key == randomGrains.FirstOrDefault().Key)
{
Tuple<int, double, string> weekTpPair = CalculateFirstWeek(toc, isCleaning, startingSaltSplit, amountOfResin, week, trainGPM, ageOfResin, lastWeeks, hoursPerRun);
tpPrediction.Add(date, weekTpPair);
lastWeeks.Date = date;
}
else if (isCleaning)
{
date = lastWeeks.Date.AddDays(7);
effectiveResinAge += 1;
// NORMAL OPS
if (lastWeeks.SaltSplit > rticleaningLevel && (Convert.ToInt32(week.Key) - lastCleaningWeek <= cleaningInterval))
{
Tuple<int, double, string> weekTpPair = NormalOpsWeek(isCleaning, trainGPM, lifeExpectancy, toc, effectiveResinAge, amountOfResin, week, randomGrains, lastWeeks, newResinSaltSplit, hoursPerRun);
tpPrediction.Add(date, weekTpPair);
lastWeeks.Date = date;
}
// CLEANING WEEK
else if ((lastWeeks.SaltSplit > replacementLevel) && (lastWeeks.SaltSplit < rticleaningLevel) || lastCleaningWeek == 0)
{
effectiveResinAge = effectiveResinAge - (effectiveResinAge * cleaningEffectivness * 0.01);
Tuple<int, double, string> weekTpPair = CleanOpsWeek(toc, effectiveResinAge, amountOfResin, week, cleaningEffectivness, newResinSaltSplit, lastWeeks, trainGPM, hoursPerRun, lifeExpectancy);
//rticleaningLevel = PostCleaningSaltSPlitReduction(rticleaningLevel, replacementLevel, cleaningEffectivness, lastWeeks);
tpPrediction.Add(date, weekTpPair);
lastWeeks.Date = date;
if (lastCleaningWeek != 0)
cleaningInterval = cleaningInterval - cleaningInterval * (rticleaningLevel / 100);
lastCleaningWeek = week.Key;
}
//if (week.Key > 169)
//{
// // break
//}
//// REPLACEMENT WEEK
//else
//{
// if (isReplacing)
// {
// effectiveResinAge = 1;
// Tuple<int, double, string> weekTpPair = ReplaceOpsWeek(isCleaning, trainGPM, lifeExpectancy, toc, effectiveResinAge, newResinSaltSplit, amountOfResin, week, lastWeeks, hoursPerRun);
// rticleaningLevel = origionalCleaningLevel; // Restore the cleaning level upon resin replacement
// tpPrediction.Add(date, weekTpPair);
// lastWeeks.Date = date;
// }
// else
// {
// Tuple<int, double, string> weekTpPair = NormalOpsWeek(isCleaning, trainGPM, lifeExpectancy, toc, effectiveResinAge, amountOfResin, week, randomGrains, lastWeeks, newResinSaltSplit, hoursPerRun);
// tpPrediction.Add(date, weekTpPair);
// lastWeeks.Date = date;
// }
//}
}
else // If not the first week and you are not performing cleanings, calculate data
{
date = lastWeeks.Date.AddDays(7);
effectiveResinAge += 1;
// NORMAL OPS
if (lastWeeks.SaltSplit > replacementLevel || isReplacing)
{
Tuple<int, double, string> weekTpPair = NormalOpsWeek(isCleaning, trainGPM, lifeExpectancy, toc, effectiveResinAge, amountOfResin, week, randomGrains, lastWeeks, newResinSaltSplit, hoursPerRun);
tpPrediction.Add(date, weekTpPair);
lastWeeks.Date = date;
}
// REPLACEMENT WEEK
else
{
effectiveResinAge = 1;
Tuple<int, double, string> weekTpPair = ReplaceOpsWeek(isCleaning, trainGPM, lifeExpectancy, toc, effectiveResinAge, newResinSaltSplit, amountOfResin, week, lastWeeks, hoursPerRun);
tpPrediction.Add(date, weekTpPair);
lastWeeks.Date = date;
}
}
}
weekNumber++;
}
return tpPrediction;
}
catch
{
throw;
}
}
/// <summary>
/// Clean Ops Week
/// </summary>
/// <param name="toc">toc parameter</param>
/// <param name="effectiveResinAge">effective Resin Age</param>
/// <param name="amountOfResin">amount Of Resin</param>
/// <param name="grains">grains parameter</param>
/// <param name="cleaningEffectivness"></param>
/// <param name="newResinSaltSplit">new Resin Salt Split</param>
/// <param name="lastWeeks">last Weeks parameter</param>
/// <returns>Returns the Clean ops week</returns>
private Tuple<int, double, string> CleanOpsWeek(TOCBuilder toc, double effectiveResinAge, double amountOfResin, KeyValuePair<int, double> grains, double cleaningEffectivness, double newResinSaltSplit, PreviousWeek lastWeeks, double trainGPM, List<double> hoursPerRun, double lifeExpectancy)
{
try
{
double saltSplit = fetchSaltSplitLevel(effectiveResinAge, lifeExpectancy, newResinSaltSplit);
//double saltSplit = lastWeeks.SaltSplit + (lastWeeks.SaltSplit * cleaningEffectivness * 0.01);
//if (saltSplit > newResinSaltSplit)
//{
// saltSplit = newResinSaltSplit;
//}
//double percentIncrease = (saltSplit - lastWeeks.SaltSplit) / lastWeeks.SaltSplit;
//effectiveResinAge = effectiveResinAge - (effectiveResinAge * percentIncrease);
//double regenerationTime = toc.RegenTimeCurve(effectiveResinAge) / 60;
// Determines the number of trains being analyzed
int numberOfTrains = hoursPerRun.Count();
// Get the most recent salt split level
lastWeeks.SaltSplit = saltSplit;
// Calculate the systems grain capacity in one run
double grainCapacityPerRun = lastWeeks.SaltSplit * 1000 * (amountOfResin / numberOfTrains);
// Calculate the throughput based on this weeks salt split
double throughput = grainCapacityPerRun / grains.Value;
// Calculate the system run time (hours per run)
double hoursRunTime = throughput / (trainGPM * 60);
// Add in the regeneration time in hours
double hoursTotalTime = hoursRunTime + hoursPerRun.Average();
// Calculate the number of runs per week
double numberOfHoursInWeek = 7 * 24;
double runsPerWeek = numberOfHoursInWeek / hoursTotalTime;
// Set data
lastWeeks.HoursPerRun = hoursRunTime;
lastWeeks.RegPerWeek = runsPerWeek;
Tuple<int, double, string> weekTpPair = new Tuple<int, double, string>(grains.Key, throughput, "Clean");
lastWeeks.TpData = weekTpPair;
Tuple<double, double, double, double, double, double> regenData = new Tuple<double, double, double, double, double, double>(grains.Key, lastWeeks.RegPerWeek, lastWeeks.HoursPerRun, hoursPerRun.Average(), throughput, lastWeeks.SaltSplit);
this.AfterSystemConditions.Add(regenData);
return weekTpPair;
}
catch
{
throw;
}
}
/// <summary>
/// Replace Ops Week
/// </summary>
/// <param name="isCleaning">is Cleaning parameter</param>
/// <param name="trainGpm">train GPM parameter</param>
/// <param name="lifeExpectancy">life Expectancy</param>
/// <param name="toc">toc parameter</param>
/// <param name="effectiveResinAge">effective Resin Age</param>
/// <param name="newResinSaltSplit">new Resin Salt Split</param>
/// <param name="amountOfResin">amount Of Resin</param>
/// <param name="grains">grains parameter</param>
/// <param name="lastWeeks">last Weeks</param>
/// <returns></returns>
private Tuple<int, double, string> ReplaceOpsWeek(bool isCleaning, double trainGPM, double lifeExpectancy, TOCBuilder toc, double effectiveResinAge, double newResinSaltSplit, double amountOfResin, KeyValuePair<int, double> grains, PreviousWeek lastWeeks, List<double> hoursPerRun)
{
try
{
//lifeExpectancy = 0;
//double regenerationTime = toc.RegenTimeCurve(lifeExpectancy) / 60;
//double saltSplit = newResinSaltSplit;
//lastWeeks.SaltSplit = saltSplit;
// Determines the number of trains being analyzed
int numberOfTrains = hoursPerRun.Count();
// Get the most recent salt split level
lastWeeks.SaltSplit = newResinSaltSplit;
// Calculate the systems grain capacity in one run
double grainCapacityPerRun = lastWeeks.SaltSplit * 1000 * (amountOfResin / numberOfTrains);
// Calculate the throughput based on this weeks salt split
double throughput = grainCapacityPerRun / grains.Value;
// Calculate the system run time (hours per run)
double hoursRunTime = throughput / (trainGPM * 60);
// Add in the regeneration time in hours
double hoursTotalTime = hoursRunTime + hoursPerRun.Average();
// Calculate the number of runs per week
double numberOfHoursInWeek = 7 * 24;
double runsPerWeek = numberOfHoursInWeek / hoursTotalTime;
// Set data
lastWeeks.HoursPerRun = hoursRunTime;
lastWeeks.RegPerWeek = runsPerWeek;
Tuple<int, double, string> weekTpPair = new Tuple<int, double, string>(grains.Key, throughput, "Replace");
lastWeeks.TpData = weekTpPair;
double silicaFactor = RandomNumberGenerator.Between(97, 100);
// Calculate the number of regenerations in this week
if (throughput == 0)
{
lastWeeks.RegPerWeek = 0;
lastWeeks.HoursPerRun = 0.0001 * (silicaFactor * 0.01);
}
Tuple<double, double, double, double, double, double> regenData = new Tuple<double, double, double, double, double, double>(grains.Key, lastWeeks.RegPerWeek, lastWeeks.HoursPerRun, hoursPerRun.Average(), throughput, lastWeeks.SaltSplit);
if (isCleaning)
{
this.AfterSystemConditions.Add(regenData);
}
else
{
this.BeforeSystemConditions.Add(regenData);
}
return weekTpPair;
}
catch
{
throw;
}
}
/// <summary>
/// Normal Ops Week
/// </summary>
/// <param name="isCleaning">is Cleaning</param>
/// <param name="trainGPM">train GPM parameter</param>
/// <param name="lifeExpectancy">life Expectancy</param>
/// <param name="toc">toc parameter</param>
/// <param name="effectiveResinAge">effective Resin Age</param>
/// <param name="amountOfResin">amount Of Resin</param>
/// <param name="grains">grains parameter</param>
/// <param name="randomGrains">random Grains</param>
/// <param name="lastWeeks">last Weeks</param>
/// <param name="newResinSS">new Resin SS</param>
/// <returns>Returns the normal ops week</returns>
private Tuple<int, double, string> NormalOpsWeek(bool isCleaning, double trainGPM, double lifeExpectancy, TOCBuilder toc, double effectiveResinAge, double amountOfResin, KeyValuePair<int, double> grains, Dictionary<int, double> randomGrains, PreviousWeek lastWeeks, double newResinSS, double regenTime, bool isAllTrains, int numberTrains)
{
try
{
// Get the current weeks salt split level
double saltSplit = fetchSaltSplitLevel(effectiveResinAge,lifeExpectancy,newResinSS);
lastWeeks.SaltSplit = saltSplit;
// Determines the number of trains being analyzed
int numberOfTrains = isAllTrains ? numberTrains : 1;
// Get the most recent salt split level
lastWeeks.SaltSplit = saltSplit;
// Calculate the systems grain capacity in one run
double grainCapacityPerRun = lastWeeks.SaltSplit * 1000 * (amountOfResin / numberOfTrains);
// Calculate the throughput based on this weeks salt split
double throughput = grainCapacityPerRun / grains.Value;
// Calculate the system run time (hours per run)
double hoursRunTime = throughput / (trainGPM * 60);
// Add in the regeneration time in hours
double hoursTotalTime = hoursRunTime + regenTime;
// Calculate the number of runs per week
double numberOfHoursInWeek = 7 * 24;
double runsPerWeek = numberOfHoursInWeek / hoursTotalTime;
// Set data
lastWeeks.RegPerWeek = runsPerWeek;
lastWeeks.HoursPerRun = hoursRunTime;
// if (throughput <= 0 && lastWeeks != null && lastWeeks.TpData != null)
// {
// throughput = lastWeeks.TpData.Item2;
// }
Tuple<int, double, string> weekTpPair = new Tuple<int, double, string>(grains.Key, throughput, "Normal");
lastWeeks.TpData = weekTpPair;
//double silicaFactor = RandomNumberGenerator.Between(97, 100);
//if (throughput == 0)
//{
// lastWeeks.HoursPerRun = 0.0001 * (silicaFactor * 0.01);
// lastWeeks.RegPerWeek = 0;
//}
Tuple<double, double, double, double, double, double> regenData = new Tuple<double, double, double, double, double, double>(grains.Key, lastWeeks.RegPerWeek, lastWeeks.HoursPerRun, regenTime, throughput, lastWeeks.SaltSplit);
if (isCleaning)
{
this.AfterSystemConditions.Add(regenData);
}
else
{
this.BeforeSystemConditions.Add(regenData);
}
return weekTpPair;
}
catch
{
throw;
}
}