public List <buildOrderEntry> createCompressedBuilds(List <BankStatement> freeCashFunction, List <double> approximateChronoTimes, double fastestYet, int globalIterationNum, bool firstChronoSelected)
{
List <buildOrderEntry> buildOrderNoEcon = new List <buildOrderEntry>();
//find best build order based on cash and chrono availability. Pass in building and unit data.
backwardsApproach thisApproach = new backwardsApproach(pairObjectsLibrary, buildingPairs, freeCashFunction, approximateChronoTimes, fastestYet, globalIterationNum, firstChronoSelected);
//result may be null if no build was found under 500 seconds. If this occured, return a list with one item with start time of 100000.
if (thisApproach.bestYet == null)
{
buildOrderEntry itemToAdd = new buildOrderEntry("Dummy", 100000);
buildOrderNoEcon.Add(itemToAdd);
return(buildOrderNoEcon);
}
//else return formated build order
return(formatBuild(thisApproach, buildOrderNoEcon));
}
private List <buildOrderEntry> formatBuild(backwardsApproach thisApproach, List <buildOrderEntry> buildOrderNoEcon)
{
//need to pull start times of everything in order of occurence
List <bUUEvent> orderedBuild = new List <bUUEvent>(thisApproach.bestYet.bestBuild.OrderBy(x => x.startTime));
//build order needs a list of "bUUDataID, minStartTime"
foreach (bUUEvent thisEvent in orderedBuild)
{
buildOrderEntry newOutput = new buildOrderEntry(thisApproach.bestYet.pairObjectLibrary[thisEvent.bUUDataID].name, thisEvent.startTime);
buildOrderNoEcon.Add(newOutput);
}
//update last event duration
lastEventDuration = orderedBuild[orderedBuild.Count() - 1].endTime - orderedBuild[orderedBuild.Count() - 1].startTime;
//get chrono usage logs
chronoWGLog = thisApproach.bestYet.bestChronoOptionEvaluation.chronoWGLog;
chronoCELog = thisApproach.bestYet.bestChronoOptionEvaluation.chronoCELog;
chronoEcoLog = thisApproach.bestYet.bestChronoOptionEvaluation.chronoEcoLog;
return(buildOrderNoEcon);
}
