public CombinerComponents ReadCombinerV( int vertexIndex,
Dictionary<int, List<InputSourceCollection>> inputSources,
XmlNode node )
{
CombinerComponents cc = new CombinerComponents( vertexIndex, inputSources );
string[] indices = node.InnerText.Split( (char[]) null, StringSplitOptions.RemoveEmptyEntries );
int inputCount = inputSources.Count; // technically, i want the maximum key
int influenceCount = indices.Length / inputCount;
for( int influence = 0; influence < influenceCount; ++influence )
{
CombinerEntry entry = new CombinerEntry();
cc.Add( entry );
// Build the entry to be the right size
while( entry.Count < inputSources.Count )
entry.Add( -1 );
foreach( int inputIndex in inputSources.Keys )
entry[ inputIndex ] = int.Parse( indices[ influence * inputCount + inputIndex ] );
}
return cc;
}
public List<CombinerComponents> ReadV( Dictionary<int, List<InputSourceCollection>> inputSources,
List<int> vertexCounts,
XmlNode node )
{
List<CombinerComponents> combComps = new List<CombinerComponents>();
string[] indices = node.InnerText.Split( (char[]) null, StringSplitOptions.RemoveEmptyEntries );
int offset = 0;
for( int vertexIndex = 0; vertexIndex < vertexCounts.Count; ++vertexIndex )
{
CombinerComponents cc = new CombinerComponents( vertexIndex, inputSources );
combComps.Add( cc );
for( int influence = 0; influence < vertexCounts[ vertexIndex ]; ++influence )
{
CombinerEntry entry = new CombinerEntry();
cc.Add( entry );
// Build the entry to be the right size
while( entry.Count < inputSources.Count )
entry.Add( -1 );
foreach( int inputIndex in inputSources.Keys )
entry[ inputIndex ] = int.Parse( indices[ offset + influence * inputSources.Count + inputIndex ] );
}
offset += vertexCounts[ vertexIndex ] * inputSources.Count;
}
return combComps;
}
