public void Debug_RebuildSourdoughSet()
{
StudySet setSD = library.setSourdough;
// Remove all terms from Sourdough set.
for (int i = setSD.allTermGs.Count - 1; i >= 0; --i)
{
setSD.RemoveTerm(setSD.allTermGs[i]);
}
// Now just refill it like normal.
RefillSourdoughSet();
}
public void MoveTermToSet(Term term, StudySet newSet)
{
// Swap its set.
StudySet prevSet = term.mySet;
prevSet.RemoveTerm(term.myGuid);
newSet.AddTerm(term.myGuid);
// If it's not a main set, then also attempt to remove from the remix sets.
if (!newSet.canIncludeMeInRemixes)
{
library.RemoveTermFromRemixSets(term.myGuid);
}
// Save!
SaveStudySetLibrary();
}
// ----------------------------------------------------------------
// Sourdough Handling
// ----------------------------------------------------------------
public void RefillSourdoughSet()
{
// FIRST, update the terms in the sourdough set!
StudySet setSD = library.setSourdough;
List <string> termsLeave = new List <string>();
List <string> termsStay = new List <string>();
foreach (string termG in setSD.allTermGs)
{
if (setSD.pileNoG.Contains(termG) ||
setSD.pileQueueG.Contains(termG))
{
termsStay.Add(termG);
}
else
{
termsLeave.Add(termG);
}
}
foreach (string termG in termsLeave)
{
library.GetTerm(termG).nSDLeaves++;
}
foreach (string termG in termsStay)
{
library.GetTerm(termG).nSDStays++;
}
// Remove the yes-ed terms entirely from the set!
for (int i = 0; i < termsLeave.Count; i++)
{
setSD.RemoveTerm(termsLeave[i]);
}
// Refill the holes!
int numToAdd = SourdoughMaxTerms - setSD.allTermGs.Count;
// Make a safe copy-list of all terms!
List <Term> allTerms = library.GetOnlyMainTerms();
// Remove terms that are gonna STAY in Sourdough from the all-terms list, so we don't accidentally add the same ones again.
for (int i = 0; i < termsStay.Count; i++)
{
Term term = library.GetTerm(termsStay[i]);
allTerms.Remove(term);
}
// Shuffle them all, then sort them by sourdough wins.
GameUtils.Shuffle(allTerms);
//allTerms = allTerms.OrderBy(c => c.yToNPlusRatio).ToList(); // TEST! Put the hard ones in first.
allTerms = allTerms.OrderBy(c => c.nSDLeaves).ToList();
// Add the right amount to the set.
for (int i = 0; i < numToAdd && i < allTerms.Count; i++)
{
setSD.AddTerm(allTerms[i].myGuid);
}
setSD.ShuffleAndRestartDeck();
// Save library
SaveStudySetLibrary();
// Finally, save WHEN we last refilled (now)!
SaveStorage.SetDateTime(SaveKeys.SourdoughTimeLastRefilled, DateTime.Now);
}
public void RemoveTermFromRemixSets(string termG)
{
setSourdough.RemoveTerm(termG);
setToughies.RemoveTerm(termG);
}