private void WriteAggregateDecks()
{
string aggregateDeckName;
if (TryBuildAggregateDeckName(out aggregateDeckName))
{
EnablePermanentExtraOptionsFromUI(mAggregateEnabledOptions);
const int totalSteps = 5;
ResetProgressBar(totalSteps);
// 1 : Aggregate all specified decks into a list
List <Deck> sourceDecks = new List <Deck>();
for (int i = mTrackBarMin.Value; i <= mTrackBarMax.Value; ++i)
{
BookAndChapterNum selectedChapter = mBookAndChapterNumbers[i];
mDeckSerializer.AddAllDecksOfQualifyingBookAndChapter(selectedChapter, ref sourceDecks);
}
IncrementBar();
// 2 : Combine the decks into a mega-deck
Deck combinedDeck = new Deck(mDeckSerializer);
combinedDeck.InitializeFromDeckList(sourceDecks, aggregateDeckName);
IncrementBar();
// 3 : Filter mega-deck down to selected card type
CardType filterDownTo = CardType.kInvalid;
switch (mAggregateFilterDownTo)
{
case "Verbs":
filterDownTo = CardType.kVerb;
break;
case "Adjectives":
filterDownTo = CardType.kAdjective;
break;
case "Phrases":
filterDownTo = CardType.kPhrase;
break;
}
if (filterDownTo != CardType.kInvalid)
{
combinedDeck.FilterCardsDownTo(filterDownTo);
}
IncrementBar();
// 4 : Randomize deck
if (mDeckSerializer.HasExtraOptionEnabled(StudyOptions.Option.kRandomize))
{
combinedDeck.RandomizeDeck();
}
IncrementBar();
// 5 : Write Deck
mDeckSerializer.SetPermanentExtraOption(StudyOptions.Option.kIncludeChapterSourceInResult);
mDeckSerializer.WriteSingleDeck(combinedDeck);
IncrementBar();
mDeckSerializer.ClearPermanentExtraOptions();
}
}