public static bool UwuifyText(RandomizationOption option)
{
bool keepCasing = option.HasSubOptionSelected(RTexts.SUBOPTIONKEY_UWU_KEEPCASING);
bool addReactions = option.HasSubOptionSelected(RTexts.SUBOPTIONKEY_REACTIONS_ENABLED);
var existingTLK = TLKHandler.GetBuildingTLK();
var skipIDs = existingTLK.StringRefs.Select(x => x.StringID).ToList();
var MERTlks = TLKHandler.GetMERTLKs();
var nonMerTLKs = TLKHandler.GetAllTLKs().Where(x => !MERTlks.Contains(x));
option.ProgressValue = 0;
option.ProgressMax = nonMerTLKs.Where(x => x.name.EndsWith(@"INT.tlk")).Sum(x => x.StringRefs.Count(y => y.StringID > 0 && !string.IsNullOrWhiteSpace(y.Data)));
option.ProgressMax += MERTlks.Where(x => x.name.EndsWith(@"INT.tlk")).Sum(x => x.StringRefs.Count(y => y.StringID > 0 && !string.IsNullOrWhiteSpace(y.Data)));
option.ProgressIndeterminate = false;
// UwUify MER TLK first
foreach (TalkFile tf in MERTlks)
{
UwuifyTalkFile(tf, keepCasing, addReactions, skipIDs, true, option);
}
// UwUify non MER TLK
foreach (TalkFile tf in nonMerTLKs)
{
UwuifyTalkFile(tf, keepCasing, addReactions, skipIDs, false, option);
}
return(true);
}
/// <summary>
/// Swap the vowels around. Optional hard mode allows swapping 2 consonants to make it extra difficult to read
/// </summary>
/// <param name="Tlks"></param>
public static bool RandomizeVowels(RandomizationOption option)
{
// Map of what letter maps to what other letter
MERLog.Information("Randomizing vowels in words");
var hardMode = option.HasSubOptionSelected(RTexts.SUBOPTIONKEY_VOWELS_HARDMODE);
var existingTLK = TLKHandler.GetBuildingTLK();
var skipIDs = existingTLK.StringRefs.Select(x => x.StringID).ToList();
var MERTLKs = TLKHandler.GetMERTLKs();
Dictionary <char, char> vowels = null;
List <char> vowelValues = null;
bool retryMapping = true;
while (retryMapping)
{
bool failed = false;
vowels = GetVowelMap();
vowelValues = vowels.Values.ToList();
int numAttemptsRemaining = 10;
foreach (var sourceVowel in vowels.Keys)
{
var value = vowelValues.RandomElement();
while (hardMode && value == sourceVowel && numAttemptsRemaining > 0)
{
value = vowelValues.RandomElement();
numAttemptsRemaining--;
}
if (numAttemptsRemaining == 0 && hardMode && value == sourceVowel)
{
// This attempt has failed
MERLog.Warning(@"Hard mode vowel randomization failed, retrying");
failed = true;
break;
}
vowelValues.Remove(value); // Do not allow reassignment of same vowel
Debug.WriteLine($"Vowel Randomizer: {sourceVowel} -> {value}");
vowels[sourceVowel] = value;
}
if (!failed)
{
retryMapping = false;
}
}
var consonants = GetConsonantMap();
if (hardMode)
{
// Swap some consontants around
var numConsonantsToRandomize = 2;
var consonantValues = consonants.Values.ToList();
while (numConsonantsToRandomize > 0)
{
var sourceValue = consonantValues.RandomElement();
var value = consonantValues.RandomElement();
while (sourceValue == value)
{
value = consonantValues.RandomElement();
}
consonantValues.Remove(value); // Do not allow reassignment of same vowel
consonantValues.Remove(sourceValue); // Do not allow reassignment of same vowel
Debug.WriteLine($"Vowel Randomizer Hard Mode: {sourceValue} -> {value}");
consonants[sourceValue] = value;
consonants[value] = sourceValue;
numConsonantsToRandomize--;
}
}
// Build full translation map (uppercase)
var translationMapUC = new[] { vowels, consonants }.SelectMany(dict => dict)
.ToDictionary(pair => pair.Key, pair => pair.Value);
// Add lowercase translation
var lowerCaseMap = translationMapUC.ToDictionary(x => char.ToLowerInvariant(x.Key), x => char.ToLowerInvariant(x.Value));
// Build a full translation
var translationMap = new[] { translationMapUC, lowerCaseMap }.SelectMany(dict => dict)
.ToDictionary(pair => pair.Key, pair => pair.Value);
var nonMERTLKs = TLKHandler.GetAllTLKs().Where(x => !MERTLKs.Contains(x)).ToList();
// MER
option.ProgressValue = 0;
option.ProgressMax = nonMERTLKs.Sum(x => x.StringRefs.Count(y => y.StringID > 0 && !string.IsNullOrWhiteSpace(y.Data)));
option.ProgressMax += MERTLKs.Sum(x => x.StringRefs.Count(y => y.StringID > 0 && !string.IsNullOrWhiteSpace(y.Data)));
option.ProgressIndeterminate = false;
foreach (var merTLK in MERTLKs)
{
RandomizeVowelsInternal(merTLK, skipIDs, translationMap, true, option);
}
// Non MER
Parallel.ForEach(nonMERTLKs, tf =>
{
RandomizeVowelsInternal(tf, skipIDs, translationMap, false, option);
});
return(true);
}