public void XmlToMeiTest()
{
XElement testelement = new XElement("ligature", new XElement("note", "bla"));
MeiElement compare = new Ligature();
MeiElement test = MeiImport.XmlToMei(testelement);
Assert.IsInstanceOfType(test, compare.GetType());
}
void AddLoop(Edge edgeRoot)
{
Edge tmp = (Edge)m_edges[m_random.Next(m_edges.Count)];
while (tmp.PostVertex.SuccessorEdges.Count == 0)
{
tmp = (Edge)m_edges[m_random.Next(m_edges.Count)];
}
Vertex to = tmp.PreVertex;
foreach (Edge e in m_edges)
{
Vertex from = e.PostVertex;
if (IsV1PredecessorOfV2(to, from))
{
Ligature loopback = new Ligature(from, to, "Loopback");
}
}
}
public Ligature GetLigatureTable(uint i)
{
Ligature l = null;
if (i < LigatureCount)
{
l = new Ligature(m_offsetLigatureSet + GetLigatureOffset(i), m_bufTable);
}
return l;
}
/// <summary>
/// Converts the ligature to path.
/// </summary>
/// <param name="leadingGlyphId">The leading glyph id.</param>
/// <param name="ligature">The ligature.</param>
/// <param name="lookupFlags">The lookup flags.</param>
/// <returns>
/// A path.
/// </returns>
private IEnumerable <ITransition> ConvertLigatureToPath(ushort leadingGlyphId, Ligature ligature, LookupFlags lookupFlags)
{
yield return(new SimpleTransition {
GlyphId = leadingGlyphId,
HeadShift = 1,
LookupFlags = lookupFlags
});
var componentGlyphIdList = ligature.ComponentGlyphIds.ToList();
// Some fonts contain "ligatures" 1 glyph long (those have leading glyph only).
if (componentGlyphIdList.Any())
{
// Transitions to recognize the ligature.
foreach (var componentGlyphId in componentGlyphIdList)
{
yield return(new SimpleTransition {
GlyphId = componentGlyphId,
HeadShift = 1,
LookupFlags = lookupFlags
});
}
}
yield return(new AlwaysTransition
{
HeadShift = 0,
LookupFlags = lookupFlags,
Action = new SubstitutionAction
{
ReplacedGlyphCount = (uint)componentGlyphIdList.Count + 1,
SkippedGlyphCount = 1,
ReplacementGlyphIds = new[] { ligature.LigatureGlyphId }
}
});
}
