private void AddKerningTable(TextAsset XMLFile, Platform platform, Compression compression, Stopwatch timer, ref bool measured)
{
timer.Reset();
timer.Start();
KerningTable kerningTable = new KerningTable(XMLFile, platform, compression);
timer.Stop();
measured = true;
nameToIdx.Add(XMLFile.name, kerningTables.Count);
kerningTables.Add(kerningTable);
}
private void Kern(List <UIVertex> verts)
{
if (!IsActive() || !useKerning || pairAsset == null)
{
return;
}
if (kerningTable == null || kerningTable.name != pairAsset.XMLFile.name)
{
kerningTable = kerningManager.GetKerningTable(pairAsset.XMLFile, pairAsset.platform, pairAsset.compression, out timer, out measured);
if (kerningTable == null)
{
return;
}
}
bool isRichText = usingRichText && supportRichText;
//int[] originalIdxs, actualFontSizes;
//string[] lines = SplitToLines(text, isRichText, out originalIdxs, out actualFontSizes);
int lastEnterIdx = -1;
float kerningScale = .01f * kerningScaleFactor;
MatchCollection matchCollection = null;
Match match = null;
Queue <int> Q = null;
int matchCollectionIdx = 0;
if (isRichText)
{
matchCollection = Regex.Matches(text, SupportedTagRegexPatterns);
}
while (lastEnterIdx < text.Length)
{
float lineOffset = CalculateLineOffset(lastEnterIdx + 1, text, matchCollection, isRichText, Q) * kerningScale * GetAlignmentFactor(alignment);
if (lastEnterIdx + 1 > text.Length - 1 || text[lastEnterIdx + 1] == '\n')
{
++lastEnterIdx;
continue;
}
float prefixOffset = 0f;
MoveGlyph(verts, lastEnterIdx + 1, Vector3.right * (0f - lineOffset));
int idx = lastEnterIdx + 1;
uint leftGlyph = uint.MaxValue;
int leftGlyphSize = 0;
while (idx < text.Length && text[idx] != '\n')
{
if (isRichText && matchCollectionIdx < matchCollection.Count)
{
if (match == null)
{
match = matchCollection[matchCollectionIdx];
}
if (idx == match.Index)
{
if (IsSizeStartMatch(match.Value))
{
int newFontSize = StringToInt(match.Value.Substring(6, match.Value.Length - 7));
if (Q == null)
{
Q = new Queue <int>();
}
Q.Enqueue(newFontSize);
}
else if (IsSizeEndMatch(match.Value))
{
if (Q != null && Q.Count > 0)
{
Q.Dequeue();
}
}
idx += match.Length;
match = null;
++matchCollectionIdx;
continue;
}
}
uint rightGlyph = text[idx];
int rightGlyphSize = fontSize;
if (Q != null && Q.Count > 0)
{
rightGlyphSize = Q.Peek();
}
KerningPairValue kerningPairValue = kerningTable.GetKerningPair(leftGlyph, rightGlyph);
prefixOffset += kerningPairValue.XAdvance1 * leftGlyphSize * kerningScale;
MoveGlyph(verts, idx, Vector3.right * (prefixOffset - lineOffset));
prefixOffset += kerningPairValue.XAdvance2 * rightGlyphSize * kerningScale;
leftGlyph = rightGlyph;
leftGlyphSize = rightGlyphSize;
++idx;
}
lastEnterIdx = idx;
}
/*int glyphIdx = 0;
*
* for (int lineIndex = 0; lineIndex < lines.Length; ++lineIndex)
* {
* string line = lines[lineIndex];
* float[] prefixOffset = new float[line.Length + 1];
* float lineOffset = 0f;
*
* for (int i = 1; i < line.Length; ++i)
* {
* uint leftGlyph = line[i - 1];
* uint rightGlyph = line[i];
*
* KerningPairValue kernValue = kerningTable.GetKerningPair(leftGlyph, rightGlyph);
*
* float leftScaleFactor = actualFontSizes[glyphIdx + i - 1] * .01f * kerningScaleFactor;
* float rightScaleFactor = actualFontSizes[glyphIdx + i] * .01f * kerningScaleFactor;
*
* lineOffset += kernValue.XAdvance1 * leftScaleFactor + kernValue.XAdvance2 * rightScaleFactor;
* prefixOffset[i] += kernValue.XAdvance1 * leftScaleFactor;
* prefixOffset[i + 1] = prefixOffset[i] + kernValue.XAdvance2 * rightScaleFactor;
* }
*
* lineOffset *= GetAlignmentFactor(alignment);
*
* for (int i = 0; i < line.Length; ++i)
* {
* int originalIdx = originalIdxs[glyphIdx];
* Vector3 offset = Vector3.right * (prefixOffset[i] - lineOffset);
*
* if (6 * originalIdx + 5 > verts.Count - 1)
* return;
*
* for (int j = 0; j < 6; ++j)
* {
* int pos = 6 * originalIdx + j;
* UIVertex vert = verts[pos];
* vert.position += offset;
* verts[pos] = vert;
* }
*
++glyphIdx;
* }
*
++glyphIdx;
* }*/
}