///Select the signature definition method of the current frame
private GaSymFrame translate_Frame_Signature(ParseTreeNode node)
{
var subnode = node.ChildNodes[0];
switch (subnode.ToString())
{
case GMacParseNodeNames.FrameSignatureEuclidean:
return(GaSymFrame.CreateEuclidean(_vSpaceDim));
case GMacParseNodeNames.FrameSignatureIpm:
return(translate_Frame_Signature_IPM(subnode));
case GMacParseNodeNames.FrameSignatureCbm:
return(translate_Frame_Signature_CBM(subnode));
case GMacParseNodeNames.FrameSignatureOrthonormal:
return(translate_Frame_Signature_Orthonormal(subnode));
case GMacParseNodeNames.FrameSignatureOrthogonal:
return(translate_Frame_Signature_Orthogonal(subnode));
case GMacParseNodeNames.FrameSignatureReciprocal:
return(translate_Frame_Signature_Reciprocal(subnode));
default:
return(CompilationLog.RaiseGeneratorError <GaSymFrame>("Illegal frame signature definition", subnode));
}
}
public GMacSymbolicTest4()
{
Frame = GaSymFrame.CreateEuclidean(3);
}
private void EuclideanTables()
{
MdSparsityTable = new MarkdownTable();
var firstColumn = MdSparsityTable.AddColumn("op", MarkdownTableColumnAlignment.Left);
firstColumn.Add("Geometric Product - Multivectors");
firstColumn.Add("Geometric Product - Terms");
firstColumn.Add("Scalar Product - Multivectors");
firstColumn.Add("Scalar Product - Terms");
firstColumn.Add("Left Contraction Product - Multivectors");
firstColumn.Add("Left Contraction Product - Terms");
firstColumn.Add("Outer Product - Multivectors");
firstColumn.Add("Outer Product - Terms");
MdSizeTable = new MarkdownTable();
firstColumn = MdSizeTable.AddColumn("op", MarkdownTableColumnAlignment.Left);
firstColumn.Add("Geometric Product - Hash");
firstColumn.Add("Geometric Product - Tree");
firstColumn.Add("Geometric Product - Array");
firstColumn.Add("Geometric Product - Combinations");
firstColumn.Add("Scalar Product - Hash");
firstColumn.Add("Scalar Product - Tree");
firstColumn.Add("Scalar Product - Array");
firstColumn.Add("Scalar Product - Combinations");
firstColumn.Add("Left Contraction Product - Hash");
firstColumn.Add("Left Contraction Product - Tree");
firstColumn.Add("Left Contraction Product - Array");
firstColumn.Add("Left Contraction Product - Combinations");
firstColumn.Add("Outer Product - Hash");
firstColumn.Add("Outer Product - Tree");
firstColumn.Add("Outer Product - Array");
firstColumn.Add("Outer Product - Combinations");
for (var n = MinVSpaceDimension; n <= MaxVSpaceDimension; n++)
{
Console.Out.WriteLine("Euclidean Frame " + n);
Frame = GaSymFrame.CreateEuclidean(n);
var sparsityColumn = MdSparsityTable.AddColumn(
"n" + n,
MarkdownTableColumnAlignment.Right,
n.ToString()
);
var sizeColumn = MdSizeTable.AddColumn(
"n" + n,
MarkdownTableColumnAlignment.Right,
n.ToString()
);
var t = GpHashTableSize();
sparsityColumn.Add(t.Item2.ToString(LongFmt));
sparsityColumn.Add(t.Item3.ToString(LongFmt));
sizeColumn.Add(t.Item1.ToString(LongFmt));
sizeColumn.Add(GpTreeTableSize().ToString(LongFmt));
sizeColumn.Add(GpArrayTableSize().ToString(LongFmt));
sizeColumn.Add(GpCoefSumsTableSize().ToString(LongFmt));
t = SpSparseTableSize();
sparsityColumn.Add(t.Item2.ToString(LongFmt));
sparsityColumn.Add(t.Item3.ToString(LongFmt));
sizeColumn.Add(t.Item1.ToString(LongFmt));
sizeColumn.Add(SpTreeTableSize().ToString(LongFmt));
sizeColumn.Add(SpArrayTableSize().ToString(LongFmt));
sizeColumn.Add(SpCoefSumsTableSize().ToString(LongFmt));
t = LcpHashTableSize();
sparsityColumn.Add(t.Item2.ToString(LongFmt));
sparsityColumn.Add(t.Item3.ToString(LongFmt));
sizeColumn.Add(t.Item1.ToString(LongFmt));
sizeColumn.Add(LcpTreeTableSize().ToString(LongFmt));
sizeColumn.Add(LcpArrayTableSize().ToString(LongFmt));
sizeColumn.Add(LcpCoefSumsTableSize().ToString(LongFmt));
t = OpSparseTableSize();
sparsityColumn.Add(t.Item2.ToString(LongFmt));
sparsityColumn.Add(t.Item3.ToString(LongFmt));
sizeColumn.Add(t.Item1.ToString(LongFmt));
sizeColumn.Add(OpTreeTableSize().ToString(LongFmt));
sizeColumn.Add(OpArrayTableSize().ToString(LongFmt));
sizeColumn.Add(OpCombinationsTableSize().ToString(LongFmt));
}
}