private IEnumerable <WordAndFontLine> ContentNodeToLines(ContentNode node, float widthToFill, Func <float, float> calculateIndent)
{
List <WordAndFont> buffer = new List <WordAndFont>();
float currentLength = 0;
var liner = node.Linearize().GetEnumerator();
do
{
bool hasMore = liner.MoveNext();
float toAdd = hasMore ? liner.Current.Word.Length * _settings.EffectiveCharWidth : 0;
bool isTooLong = hasMore && (currentLength + toAdd > widthToFill);
if (!hasMore || isTooLong)
{
// Dump the buffer.
float indent = calculateIndent(currentLength);
yield return(new WordAndFontLine(buffer.ToArray(), indent));
buffer.Clear();
currentLength = 0;
}
if (!hasMore)
{
break;
}
buffer.Add(liner.Current);
currentLength += toAdd + _settings.EffectiveCharWidth;
} while(true);
}
private IEnumerable<WordAndFontLine> ContentNodeToLines(ContentNode node, float widthToFill, Func<float, float> calculateIndent)
{
List<WordAndFont> buffer = new List<WordAndFont>();
float currentLength = 0;
var liner = node.Linearize().GetEnumerator();
do {
bool hasMore = liner.MoveNext();
float toAdd = hasMore ? liner.Current.Word.Length * _settings.EffectiveCharWidth : 0;
bool isTooLong = hasMore && (currentLength + toAdd > widthToFill);
if (!hasMore || isTooLong) {
// Dump the buffer.
float indent = calculateIndent(currentLength);
yield return new WordAndFontLine(buffer.ToArray(), indent);
buffer.Clear();
currentLength = 0;
}
if (!hasMore)
break;
buffer.Add(liner.Current);
currentLength += toAdd + _settings.EffectiveCharWidth;
} while(true);
}
