public void NextVerse()
{
bool result = (showEmptyBooks) ? curRef.NextVerse() : curRef.NextVerse(booksPresentSet);
if (result)
{
UpdateReference();
}
}
/// <summary>
/// Gets a single character/delivery object that represents the one known character expected to be the
/// exclusive (implicit) speaker over the entire reference range represented by the given parameters.
/// If there are conflicting implicit characters or an implicit character covers only part of the range,
/// the returned object will be a "Needs Review" character.
/// </summary>
public virtual ICharacterDeliveryInfo GetImplicitCharacter(int bookId, int chapter, int startVerse, int endVerse = 0, ScrVers versification = null)
{
if (versification == null)
{
versification = ScrVers.English;
}
var verseRef = new VerseRef(bookId, chapter, startVerse, versification);
verseRef.ChangeVersification(ScrVers.English);
var implicitCv = m_lookupByRef[verseRef.BBBCCCVVV].SingleOrDefault(cv => cv.IsImplicit);
if (endVerse == 0 || startVerse == endVerse || implicitCv == null)
{
return(implicitCv);
}
var initialEndRef = new VerseRef(bookId, chapter, endVerse, versification);
initialEndRef.ChangeVersification(ScrVers.English);
do
{
var cvNextVerse = m_lookupByRef[verseRef.BBBCCCVVV].SingleOrDefault(cv => cv.IsImplicit);
// Unless all verses in the range have the same implicit character, we cannot say that there is an
// implicit character for this range. Note that there is the slight possibility that the delivery may vary
// from one verse to the next, but it doesn't seem worth it to fail to find the implicit character just
// because of that. Especially since the delivery info is only of minor usefulness.
if (cvNextVerse?.Character != implicitCv.Character)
{
return(NeedsReviewCharacter.Singleton);
}
verseRef.NextVerse();
// ReSharper disable once LoopVariableIsNeverChangedInsideLoop - NextVerse changes verseRef
} while (verseRef <= initialEndRef);
return(implicitCv);
}