GlyphIndices.GlyphMapping ParsePart(string parts)
{
GlyphIndices.GlyphMapping mapping = new GlyphIndices.GlyphMapping(42);
//mapping.ClusterCodeUnitCount = 1;
//mapping.ClusterGlyphCount = 1;
//mapping.GlyphIndex = -1;
//mapping.AdvanceWidth = Double.NaN;
//mapping.UOffset = Double.NaN;
//mapping.VOffset = Double.NaN;
string[] commaSeparated = parts.Split(',');
if (commaSeparated.Length > 0)
{
if (!String.IsNullOrEmpty(commaSeparated[0]))
{
// Just split the numbers
// (a:b)c
// (a)c
// c
// (a:b) - not possible
// (a) - not possible
string[] tempStr = commaSeparated[0].Split(new char[] { '(', ')', ':' }, StringSplitOptions.RemoveEmptyEntries);
// Last number is always the index
mapping.GlyphIndex = int.Parse(tempStr[tempStr.Length - 1]);
// First and second (if available) are the code unit count and glyph count
if (tempStr.Length > 1)
{
mapping.ClusterCodeUnitCount = int.Parse(tempStr[0]);
}
if (tempStr.Length > 2)
{
mapping.ClusterGlyphCount = int.Parse(tempStr[1]);
}
}
if (commaSeparated.Length > 1 && !String.IsNullOrEmpty(commaSeparated[1]))
{
mapping.AdvanceWidth = ParseDouble(commaSeparated[1]);
}
if (commaSeparated.Length > 2 && !String.IsNullOrEmpty(commaSeparated[2]))
{
mapping.UOffset = ParseDouble(commaSeparated[2]);
}
if (commaSeparated.Length > 3 && !String.IsNullOrEmpty(commaSeparated[3]))
{
mapping.VOffset = ParseDouble(commaSeparated[3]);
}
}
return(mapping);
}
GlyphIndices.GlyphMapping[] Parse()
{
string[] parts = this.indices.Split(new char[] { ';' });
int count = parts.Length;
GlyphIndices.GlyphMapping[] glyphMapping = new GlyphIndices.GlyphMapping[count];
for (int idx = 0; idx < count; idx++)
{
glyphMapping[idx] = ParsePart(parts[idx]);
}
return(glyphMapping);
}
GlyphIndices.GlyphMapping ParsePart(string parts)
{
GlyphIndices.GlyphMapping mapping = new GlyphIndices.GlyphMapping(42);
//mapping.ClusterCodeUnitCount = 1;
//mapping.ClusterGlyphCount = 1;
//mapping.GlyphIndex = -1;
//mapping.AdvanceWidth = Double.NaN;
//mapping.UOffset = Double.NaN;
//mapping.VOffset = Double.NaN;
#if true
string[] commaSeparated = parts.Split(',');
if (commaSeparated.Length > 0)
{
if (!String.IsNullOrEmpty(commaSeparated[0]))
{
// Just split the numbers
// (a:b)c
// (a)c
// c
// (a:b) - not possible
// (a) - not possible
string[] tempStr = commaSeparated[0].Split(new char[] { '(', ')', ':' }, StringSplitOptions.RemoveEmptyEntries);
// Last number is always the index
mapping.GlyphIndex = int.Parse(tempStr[tempStr.Length - 1]);
// First and second (if available) are the code unit count and glyph count
if (tempStr.Length > 1)
{
mapping.ClusterCodeUnitCount = int.Parse(tempStr[0]);
}
if (tempStr.Length > 2)
{
mapping.ClusterGlyphCount = int.Parse(tempStr[1]);
}
}
if (commaSeparated.Length > 1 && !String.IsNullOrEmpty(commaSeparated[1]))
{
mapping.AdvanceWidth = XpsParser.ParseDouble(commaSeparated[1]);
}
if (commaSeparated.Length > 2 && !String.IsNullOrEmpty(commaSeparated[2]))
{
mapping.UOffset = XpsParser.ParseDouble(commaSeparated[2]);
}
if (commaSeparated.Length > 3 && !String.IsNullOrEmpty(commaSeparated[3]))
{
mapping.VOffset = XpsParser.ParseDouble(commaSeparated[3]);
}
}
#else
string[] commaSeparated = parts.Split(',');
if (commaSeparated.Length > 0)
{
if (commaSeparated[0] != "")
{
// Just split the numbers
string[] tempStr = commaSeparated[0].Split(new char[] { '(', ')', ':' }, StringSplitOptions.RemoveEmptyEntries);
// Last number is the index
mapping.GlyphIndex = int.Parse(tempStr[tempStr.Length - 1]);
// First and second (if available) are the code unit count and glyph count)
if (tempStr.Length > 1)
{
int.TryParse(tempStr[0], out mapping.ClusterCodeUnitCount);
}
if (tempStr.Length > 2)
{
int.TryParse(tempStr[1], out mapping.ClusterGlyphCount);
}
}
if (commaSeparated.Length > 1)
{
double.TryParse(commaSeparated[1], out mapping.AdvanceWidth); // BUG: InvariantCulture not used!
}
if (commaSeparated.Length > 2)
{
double.TryParse(commaSeparated[2], out mapping.UOffset); // <-- must not be zero if not defined, but must keep NaN
}
if (commaSeparated.Length > 3)
{
double.TryParse(commaSeparated[3], out mapping.VOffset);
}
}
#endif
return(mapping);
}
GlyphIndices.GlyphMapping ParsePart(string parts)
{
GlyphIndices.GlyphMapping mapping = new GlyphIndices.GlyphMapping(42);
//mapping.ClusterCodeUnitCount = 1;
//mapping.ClusterGlyphCount = 1;
//mapping.GlyphIndex = -1;
//mapping.AdvanceWidth = Double.NaN;
//mapping.UOffset = Double.NaN;
//mapping.VOffset = Double.NaN;
#if true
string[] commaSeparated = parts.Split(',');
if (commaSeparated.Length > 0)
{
if (!String.IsNullOrEmpty(commaSeparated[0]))
{
// Just split the numbers
// (a:b)c
// (a)c
// c
// (a:b) - not possible
// (a) - not possible
string[] tempStr = commaSeparated[0].Split(new char[] { '(', ')', ':' }, StringSplitOptions.RemoveEmptyEntries);
// Last number is always the index
mapping.GlyphIndex = int.Parse(tempStr[tempStr.Length - 1]);
// First and second (if available) are the code unit count and glyph count
if (tempStr.Length > 1)
mapping.ClusterCodeUnitCount = int.Parse(tempStr[0]);
if (tempStr.Length > 2)
mapping.ClusterGlyphCount = int.Parse(tempStr[1]);
}
if (commaSeparated.Length > 1 && !String.IsNullOrEmpty(commaSeparated[1]))
mapping.AdvanceWidth = XpsParser.ParseDouble(commaSeparated[1]);
if (commaSeparated.Length > 2 && !String.IsNullOrEmpty(commaSeparated[2]))
mapping.UOffset = XpsParser.ParseDouble(commaSeparated[2]);
if (commaSeparated.Length > 3 && !String.IsNullOrEmpty(commaSeparated[3]))
mapping.VOffset = XpsParser.ParseDouble(commaSeparated[3]);
}
#else
string[] commaSeparated = parts.Split(',');
if (commaSeparated.Length > 0)
{
if (commaSeparated[0] != "")
{
// Just split the numbers
string[] tempStr = commaSeparated[0].Split(new char[] { '(', ')', ':' }, StringSplitOptions.RemoveEmptyEntries);
// Last number is the index
mapping.GlyphIndex = int.Parse(tempStr[tempStr.Length - 1]);
// First and second (if available) are the code unit count and glyph count)
if (tempStr.Length > 1)
int.TryParse(tempStr[0], out mapping.ClusterCodeUnitCount);
if (tempStr.Length > 2)
int.TryParse(tempStr[1], out mapping.ClusterGlyphCount);
}
if (commaSeparated.Length > 1)
double.TryParse(commaSeparated[1],out mapping.AdvanceWidth); // BUG: InvariantCulture not used!
if (commaSeparated.Length > 2)
double.TryParse(commaSeparated[2], out mapping.UOffset); // <-- must not be zero if not defined, but must keep NaN
if (commaSeparated.Length > 3)
double.TryParse(commaSeparated[3], out mapping.VOffset);
}
#endif
return mapping;
}
GlyphIndices.GlyphMapping[] Parse()
{
string[] parts = this.indices.Split(new char[] { ';' });
int count = parts.Length;
GlyphIndices.GlyphMapping[] glyphMapping = new GlyphIndices.GlyphMapping[count];
for (int idx = 0; idx < count; idx++)
glyphMapping[idx] = ParsePart(parts[idx]);
return glyphMapping;
}
GlyphIndices.GlyphMapping ParsePart(string parts)
{
GlyphIndices.GlyphMapping mapping = new GlyphIndices.GlyphMapping();
mapping.ClusterCodeUnitCount = 1;
mapping.ClusterGlyphCount = 1;
string[] commaSeparated = parts.Split(',');
if (commaSeparated.Length > 0)
{
if (commaSeparated[0] != "")
{
//Just split the numbers
string[] tempStr = commaSeparated[0].Split(new char[] { '(', ')', ':' }, StringSplitOptions.RemoveEmptyEntries);
//Last number is the index
mapping.GlyphIndex = int.Parse(tempStr[tempStr.Length - 1]);
//First and second (if available) are the code unit count and glyph count)
if (tempStr.Length > 1)
int.TryParse(tempStr[0], out mapping.ClusterCodeUnitCount);
if (tempStr.Length > 2)
int.TryParse(tempStr[1], out mapping.ClusterGlyphCount);
}
if (commaSeparated.Length > 1)
double.TryParse(commaSeparated[1], out mapping.AdvanceWidth);
if (commaSeparated.Length > 2)
double.TryParse(commaSeparated[2], out mapping.uOffset);
if (commaSeparated.Length > 3)
double.TryParse(commaSeparated[3], out mapping.vOffset);
}
return mapping;
}
/// <summary>
/// This is just a draft to see what to do in detail.
/// </summary>
private void WriteGlyphs_ClusterMapping(Glyphs glyphs)
{
string unicodeString = glyphs.UnicodeString;
#if DEBUG_
if (!String.IsNullOrEmpty(unicodeString))
{
if (unicodeString.StartsWith("abc"))
GetType();
}
#endif
bool boldSimulation = (glyphs.StyleSimulations & StyleSimulations.BoldSimulation) == StyleSimulations.BoldSimulation;
double boldSimulationFactor = 1;
if (boldSimulation)
boldSimulationFactor = 1;
bool RightToLeft = glyphs.BidiLevel % 2 == 1; // TODOWPF: why is this a level?? what means "bidirectional nesting"?
GlyphIndices indices = glyphs.Indices;
if (indices == null)
indices = new GlyphIndices();
int codeIdx = 0;
int codeCount = String.IsNullOrEmpty(unicodeString) ? 0 : unicodeString.Length;
int glyphCount = indices.Count;
int glyphIdx = 0;
bool stop = false;
PdfFont realizedFont = this.graphicsState.realizedFont;
OpenTypeDescriptor descriptor = realizedFont.FontDescriptor.descriptor;
int glyphIndex;
double x = glyphs.OriginX;
double y = glyphs.OriginY;
XPoint pos = new XPoint(x, y); // accumulation may lead to rounding error -> check it!
double uOffset = 0;
double vOffset = 0;
StringBuilder outputText = new StringBuilder();
double accumulatedWidth = 0;
int outputGlyphCount = 0;
bool mustRender = false;
bool hasOffset = false;
do
{
GlyphIndices.GlyphMapping clusterMapping = new GlyphIndices.GlyphMapping(42);
if (glyphIdx < glyphCount)
clusterMapping = indices[glyphIdx];
for (int clusterGlyphIdx = 0; clusterGlyphIdx < clusterMapping.ClusterGlyphCount; clusterGlyphIdx++)
{
GlyphIndices.GlyphMapping mapping = new GlyphIndices.GlyphMapping(42);
if (glyphIdx + clusterGlyphIdx < glyphCount)
mapping = indices[glyphIdx + clusterGlyphIdx];
Debug.Assert(mustRender == false);
// Determine whether to render accumulated glyphs
if (outputGlyphCount > 0 && (hasOffset || mapping.HasAdvanceWidthOrOffset))
{
outputText.Append('>');
WriteLiteral("{0:0.####} {1:0.####} Td {2}Tj\n", pos.x, pos.y, outputText.ToString());
//double width = descriptor.GlyphIndexToPdfWidth(glyphIndex);
//if (!PdfSharp.Internal.DoubleUtil.IsNaN(mapping.AdvanceWidth))
// width = mapping.AdvanceWidth * 10;
//pos = new XPoint(accumulatedWidth + width / 1000 * glyphs.FontRenderingEmSize, 0);
pos = new XPoint(accumulatedWidth, 0);
// reset values
accumulatedWidth = 0;
outputGlyphCount = 0;
outputText.Length = 0;
mustRender = false;
}
mustRender = mapping.HasAdvanceWidth;
//mustRender = true;
// Adjust former uOffset
if (uOffset != 0)
{
pos.x -= uOffset;
uOffset = 0;
mustRender = true;
}
// Adjust position by current former uOffset
if (mapping.HasUOffset)
{
uOffset = mapping.UOffset * glyphs.FontRenderingEmSize / 100;
pos.x += uOffset;
mustRender = true;
hasOffset = true;
}
// Adjust former vOffset
if (vOffset != 0)
{
pos.y += vOffset;
vOffset = 0;
mustRender = true;
}
// Adjust position by current former vOffset
if (mapping.HasVOffset)
{
vOffset = mapping.VOffset * glyphs.FontRenderingEmSize / 100;
pos.y -= vOffset;
mustRender = true;
hasOffset = true;
}
// get index of current glyph
if (mapping.HasGlyphIndex)
glyphIndex = mapping.GlyphIndex;
else
glyphIndex = descriptor.CharCodeToGlyphIndex(unicodeString[codeIdx]);
// add glyph index to the fonts 'used glyph table'
realizedFont.AddGlyphIndices(new string((char)glyphIndex, 1));
#if true
if (outputGlyphCount == 0)
outputText.Append('<');
outputText.AppendFormat("{0:X2}{1:X2}", (byte)(glyphIndex >> 8), (byte)glyphIndex);
#else
byte[] bytes = new byte[2] { (byte)(glyphIndex >> 8), (byte)glyphIndex };
bytes = PdfEncoders.FormatStringLiteral(bytes, true, false, true, null);
string output = PdfEncoders.RawEncoding.GetString(bytes);
#endif
// At the end of the glyph run we must always render
if (!mustRender)
mustRender = codeIdx + clusterMapping.ClusterCodeUnitCount >= codeCount // is it the last code unit cluster
&& glyphIdx + clusterGlyphIdx + 1 >= glyphCount; // is it the last glyph index
//mustRender = true;
if (mustRender)
{
outputText.Append('>');
WriteLiteral("{0:0.####} {1:0.####} Td {2}Tj\n", pos.x, pos.y, outputText.ToString());
double width = descriptor.GlyphIndexToPdfWidth(glyphIndex);
if (!PdfSharp.Internal.DoubleUtil.IsNaN(mapping.AdvanceWidth))
width = mapping.AdvanceWidth * 10;
pos = new XPoint(accumulatedWidth + width * boldSimulationFactor / 1000 * glyphs.FontRenderingEmSize, 0);
// reset values
accumulatedWidth = 0;
outputGlyphCount = 0;
outputText.Length = 0;
mustRender = false;
}
else // deferred rendering
{
// accumulate width
Debug.Assert(DoubleUtil.IsNaN(mapping.AdvanceWidth));
double width = descriptor.GlyphIndexToPdfWidth(glyphIndex);
width = width * boldSimulationFactor / 1000 * glyphs.FontRenderingEmSize;
accumulatedWidth += width;
outputGlyphCount++;
}
}
codeIdx += clusterMapping.ClusterCodeUnitCount;
glyphIdx += clusterMapping.ClusterGlyphCount;
if (codeIdx >= codeCount && glyphIdx >= glyphCount)
stop = true;
}
while (!stop);
}