internal double MaxPumpAmt()
{
double maxPumpAmount = 0;
if (FromParts == null || ToParts == null || FromParts.Count == 0 || ToParts.Count == 0)
{
return(maxPumpAmount);
}
List <Part> .Enumerator toList = ToParts.GetEnumerator();
List <Part> .Enumerator fromList = FromParts.GetEnumerator();
double fromAmount = 0;
double toCapacityRemaining = 0;
while (fromList.MoveNext())
{
if (fromList.Current == null)
{
continue;
}
fromAmount += fromList.Current.Resources[Resource].amount;
}
fromList.Dispose();
while (toList.MoveNext())
{
if (toList.Current == null)
{
continue;
}
toCapacityRemaining += PartRemainingCapacity(toList.Current, Resource);
}
toList.Dispose();
maxPumpAmount = toCapacityRemaining - fromAmount;
maxPumpAmount = maxPumpAmount > fromAmount ? fromAmount : maxPumpAmount;
maxPumpAmount = maxPumpAmount < SMSettings.Tolerance ? 0 : maxPumpAmount;
return(maxPumpAmount);
}
internal void CrewTransferStopAction()
{
// This adds the kerbal(s) to the destination part(s)
if (FromCrewMember != null)
{
try
{
// Add Source Crewmember to target part
if (FromCrewMember != null && ToPart.CrewCapacity > ToPart.protoModuleCrew.Count)
{
AddCrewMember(FromCrewMember, ToPart, ToSeat);
}
// Add Target Crewmember to source part
if (ToCrewMember != null && FromPart.CrewCapacity > FromPart.protoModuleCrew.Count)
{
AddCrewMember(ToCrewMember, FromPart, FromSeat);
}
}
catch (Exception ex)
{
SmUtils.LogMessage(
$"in CrewTransferAction. Error moving crewmember. Error: {ex.Message} \r\n\r\n{ex.StackTrace}",
SmUtils.LogType.Error, true);
}
}
else
{
// Must be multi-crew...
try
{
List <Part> .Enumerator toPart = ToParts.GetEnumerator();
int crewIdx = 0;
while (toPart.MoveNext())
{
if (toPart.Current == null)
{
continue;
}
// Add Source Crewmember(s) to target part
if (toPart.Current.CrewCapacity <= toPart.Current.protoModuleCrew.Count)
{
continue;
}
int space = toPart.Current.CrewCapacity - toPart.Current.protoModuleCrew.Count;
for (int idx = 0; idx < space; idx++)
{
if (crewIdx > FromCrewMembers.Count - 1)
{
break;
}
AddCrewMember(FromCrewMembers[crewIdx], toPart.Current);
crewIdx++;
}
}
toPart.Dispose();
}
catch (Exception ex)
{
SmUtils.LogMessage(
$"in CrewTransferAction. Error moving crewmember. Error: {ex.Message} \r\n\r\n{ex.StackTrace}",
SmUtils.LogType.Error, true);
}
}
}
/// <summary>
/// Fill the ToParts with the cycleAmount
/// This method assumes the cycleAmount can be applied.
/// </summary>
/// <param name="cycleAmount"></param>
internal void FillParts(double cycleAmount)
{
//Utilities.LogMessage("Entering: TransferPump.FillParts", Utilities.LogType.Info, SMSettings.VerboseLogging);
// To parts. Used only by Transfers
if (cycleAmount < SMSettings.Tolerance)
{
return;
}
double cycleBalance = cycleAmount;
while (cycleBalance > SMSettings.Tolerance)
{
// calc average of parts in list.
double toPartAvgAmt = cycleAmount / ToParts.Count;
// reduce to the smallest container.
double minAmt = toPartAvgAmt;
int remainingPartsCount = 0;
List <Part> .Enumerator theseParts = ToParts.GetEnumerator();
while (theseParts.MoveNext())
{
if (theseParts.Current == null)
{
continue;
}
double thisPartCap = PartRemainingCapacity(theseParts.Current, Resource);
if (thisPartCap <= SMSettings.Tolerance)
{
continue;
}
if (thisPartCap >= minAmt)
{
remainingPartsCount++;
continue;
}
minAmt = thisPartCap;
remainingPartsCount++;
}
theseParts.Dispose();
//Utilities.LogMessage(string.Format("Inside: TransferPump.FillParts: toPartAmt = {0}, minAmt = {1}, PartsLeft = {2}, cycleBalance = {3}", toPartAmt, minAmt[0], toPartCount, cycleBalance), Utilities.LogType.Info, SMSettings.VerboseLogging);
// Calculate pump amounts for each To part and Increment.
if (remainingPartsCount > 0)
{
List <Part> .Enumerator toParts = ToParts.GetEnumerator();
while (toParts.MoveNext())
{
if (toParts.Current == null)
{
continue;
}
if (PartRemainingCapacity(toParts.Current, Resource) <= SMSettings.Tolerance)
{
continue;
}
Part part = toParts.Current;
part.Resources[Resource].amount += minAmt;
cycleBalance -= minAmt;
// Ensure part is capped and does not contain more than allowed.
if (part.Resources[Resource].amount > part.Resources[Resource].maxAmount)
{
part.Resources[Resource].amount = part.Resources[Resource].maxAmount;
}
}
toParts.Dispose();
}
//Utilities.LogMessage(string.Format("Inside: TransferPump.FillParts: toPartAmt = {0}, minAmt = {1}, PartsLeft = {2}, cycleBalance = {3}", toPartAmt, minAmt[0], toPartCount, cycleBalance), Utilities.LogType.Info, SMSettings.VerboseLogging);
if (remainingPartsCount == 0 && cycleBalance > SMSettings.Tolerance)
{
cycleBalance = 0;
}
}
}
/// <summary>
/// Fill the ToParts with the cycleAmount
/// This method assumes the cycleAmount can be applied.
/// </summary>
/// <param name="cycleAmount"></param>
internal void FillParts(double cycleAmount)
{
//Utilities.LogMessage("Entering: TransferPump.FillParts", Utilities.LogType.Info, SMSettings.VerboseLogging);
// To parts. Used only by Transfers
if (cycleAmount < SMSettings.Tolerance)
{
return;
}
double cycleBalance = cycleAmount;
while (cycleBalance > SMSettings.Tolerance)
{
// find minimum but positive remaining capacity or single tank!
double minAmt = Double.MaxValue;
List <Part> .Enumerator theseParts = ToParts.GetEnumerator();
List <Part> nonFullParts = new List <Part>();
while (theseParts.MoveNext())
{
Part part = theseParts.Current;
if (part == null)
{
continue;
}
double thisPartCap = PartRemainingCapacity(part, Resource);
if (thisPartCap <= SMSettings.Tolerance)
{
continue;
}
if (thisPartCap < minAmt)
{
minAmt = thisPartCap;
}
nonFullParts.Add(part);
}
theseParts.Dispose();
//Utilities.LogMessage(string.Format("Inside: TransferPump.FillParts: toPartAmt = {0}, minAmt = {1}, PartsLeft = {2}, cycleBalance = {3}", toPartAmt, minAmt[0], toPartCount, cycleBalance), Utilities.LogType.Info, SMSettings.VerboseLogging);
// Calculate pump amounts for each To part and Increment.
if (nonFullParts.Count > 0)
{
double toTransfer = Math.Min(cycleBalance / nonFullParts.Count, minAmt);
List <Part> .Enumerator toParts = nonFullParts.GetEnumerator();
while (toParts.MoveNext())
{
Part part = toParts.Current;
part.Resources[Resource].amount += toTransfer;
cycleBalance -= toTransfer;
// Ensure part is capped and does not contain more than allowed.
if (part.Resources[Resource].amount > part.Resources[Resource].maxAmount)
{
part.Resources[Resource].amount = part.Resources[Resource].maxAmount;
}
}
toParts.Dispose();
}
//Utilities.LogMessage(string.Format("Inside: TransferPump.FillParts: toPartAmt = {0}, minAmt = {1}, PartsLeft = {2}, cycleBalance = {3}", toPartAmt, minAmt[0], toPartCount, cycleBalance), Utilities.LogType.Info, SMSettings.VerboseLogging);
if (nonFullParts.Count == 0 && cycleBalance > SMSettings.Tolerance)
{
cycleBalance = 0;
}
}
}