private void RandomizeLessConsistent(bool quoteStartExpected, ref QuotePosition startQuote, ref QuotePosition endQuote)
{
var randomizer = m_random.Next(50);
if (!quoteStartExpected)
{
switch (randomizer)
{
case 1:
startQuote = QuotePosition.MiddleOfVerse;
endQuote = QuotePosition.MiddleOfVerse;
break;
case 2:
endQuote = QuotePosition.MiddleOfVerse;
break;
case 3:
case 4:
case 5:
case 6:
endQuote = QuotePosition.EndOfVerse;
break;
}
}
else
{
switch (randomizer)
{
case 1:
case 2:
case 3:
startQuote = QuotePosition.None;
endQuote = QuotePosition.EndOfVerse;
break;
case 4:
case 5:
case 6:
startQuote = QuotePosition.StartOfVerse;
break;
case 7:
case 8:
case 9:
case 10:
startQuote = QuotePosition.OutOfOrder;
endQuote = QuotePosition.OutOfOrder;
break;
case 11:
case 12:
case 13:
case 14:
endQuote = QuotePosition.MiddleOfVerse;
break;
case 15:
case 16:
case 17:
case 18:
case 19:
case 20:
endQuote = QuotePosition.EndOfVerse;
break;
case 21:
case 22:
case 23:
case 24:
case 25:
case 26:
case 27:
startQuote = QuotePosition.None;
break;
}
}
}
public string GetVerseText(int chapter, int verse)
{
if (m_desiredQuoteSystem == null)
{
return(BlockTestExtensions.RandomString());
}
var verseText = new StringBuilder();
var characters = ControlCharacterVerseData.Singleton.GetCharacters(BookId, chapter, verse).ToList();
// If previous verse had same character talking, it's probably a longer discourse, so minimize the number of start quotes.
bool quoteStartExpected = (verse == 1 || characters.Count > 1 || !ControlCharacterVerseData.Singleton.GetCharacters(BookId, chapter, verse - 1)
.SequenceEqual(characters) || verse % 5 == 0);
// The following attempts to more-or-less simulate real data.
// When this method is called for verses that are expected to begin a quote, not having
// a start quote needs to be fairly rare.
QuotePosition startQuote = quoteStartExpected ? QuotePosition.MiddleOfVerse : QuotePosition.None;
QuotePosition endQuote = QuotePosition.None;
if (m_secondLevelQuoteCloserPending && startQuote != QuotePosition.None)
{
m_secondLevelQuoteCloserPending = false;
}
if (m_highlyConsistentData)
{
RandomizeHighlyConsistent(quoteStartExpected, ref startQuote, ref endQuote);
}
else
{
RandomizeLessConsistent(quoteStartExpected, ref startQuote, ref endQuote);
}
string startQuoteMarker = m_desiredQuoteSystem.FirstLevel.Open;
string endQuoteMarker = m_desiredQuoteSystem.FirstLevel.Close;
if (!String.IsNullOrEmpty(m_desiredQuoteSystem.QuotationDashMarker))
{
if (quoteStartExpected && characters[0].IsDialogue)
{
if (m_random.Next(10) > 1)
{
// 90% of expected dialogue quotes will, in fact, use the dialogue quote marker.
startQuoteMarker = m_desiredQuoteSystem.QuotationDashMarker;
if (!String.IsNullOrEmpty(m_desiredQuoteSystem.QuotationDashEndMarker))
{
endQuoteMarker = m_desiredQuoteSystem.QuotationDashEndMarker;
}
else
{
endQuote = QuotePosition.None;
}
}
}
else
{
if (m_random.Next(50) > 1)
{
// 2% of quotes that were not expected to be dialogue will, nonetheless, use the dialogue quote marker.
startQuoteMarker = m_desiredQuoteSystem.QuotationDashMarker;
endQuoteMarker = m_desiredQuoteSystem.QuotationDashEndMarker;
}
}
}
int startQuotePos = -1;
int endQuotePos = -1;
if (startQuote == QuotePosition.StartOfVerse)
{
verseText.Append(startQuoteMarker);
startQuotePos = verseText.Length;
}
if (endQuote == QuotePosition.StartOfVerse)
{
verseText.Append(endQuoteMarker);
}
verseText.Append(BlockTestExtensions.RandomString());
if (m_highlyConsistentData && startQuote != QuotePosition.None && startQuote != QuotePosition.StartOfVerse)
{
verseText.Replace('\u2014', '-'); // Prevent spurious em-dashes before starting quote mark
}
if (startQuote == QuotePosition.MiddleOfVerse)
{
verseText.Append(startQuoteMarker);
startQuotePos = verseText.Length;
verseText.Append(BlockTestExtensions.RandomString());
}
if (endQuote == QuotePosition.MiddleOfVerse || endQuote == QuotePosition.OutOfOrder)
{
endQuotePos = verseText.Length;
verseText.Append(endQuoteMarker);
verseText.Append(BlockTestExtensions.RandomString());
}
if (startQuote == QuotePosition.OutOfOrder)
{
verseText.Append(startQuoteMarker);
startQuotePos = verseText.Length;
verseText.Append(BlockTestExtensions.RandomString());
}
if (startQuote == QuotePosition.EndOfVerse)
{
verseText.Append(startQuoteMarker);
}
if (endQuote == QuotePosition.EndOfVerse)
{
endQuotePos = verseText.Length;
verseText.Append(endQuoteMarker);
}
if (m_includeSecondLevelQuotes && startQuoteMarker != m_desiredQuoteSystem.QuotationDashMarker)
{
float likelihoodFactor = m_highlyConsistentData ? 2F : 4F;
if (startQuotePos > 0 && endQuotePos > startQuotePos)
{
var pos = m_random.Next(startQuotePos, (int)(verseText.Length * likelihoodFactor));
if (pos + 3 < endQuotePos)
{
verseText.Insert(pos, m_desiredQuoteSystem.NormalLevels[1].Open);
if (characters.Count == 1 && ControlCharacterVerseData.Singleton.GetCharacters(BookId, chapter, verse + 1)
.SequenceEqual(characters) && (verse + 1) % 5 == 0)
{
likelihoodFactor = 1;
}
pos = m_random.Next(pos + 2, (int)(endQuotePos + (endQuotePos - pos) * likelihoodFactor));
if (pos < endQuotePos)
{
verseText.Insert(pos, m_desiredQuoteSystem.NormalLevels[1].Close);
}
else
{
m_secondLevelQuoteCloserPending = true;
}
}
}
else if (m_secondLevelQuoteCloserPending)
{
int pos = m_random.Next(startQuotePos, verseText.Length);
if (pos < endQuotePos)
{
verseText.Insert(pos, m_desiredQuoteSystem.NormalLevels[1].Close);
}
}
}
return(verseText.ToString());
}
