public void Setup()
{
IntArray = new int[Size];
BoolArray = new bool[Size];
BitArray = new BitArray(Size);
BinaryTree = GaSymMetricOrthonormal.Create(new [] { 1, -1, -1, 1, 1, 1, 1, 1, 1, -1, -1 });
ResultsList = new List <int>(Size);
for (var i = 0; i < Size; i++)
{
var value = _rand.GetScalar() > 0.5;
IntArray[i] = value ? -1 : 1;
BoolArray[i] = value;
BitArray[i] = value;
//BinaryTree[i] = value ? -1 : 1;
}
IndexList = _rand.GetRangePermutation(Size - 1).ToList();
//Console.Out.WriteLine(IndexList.Concatenate(", "));
Console.Out.WriteLine("Int Array Size: " + IntArray.SizeInBytes());
Console.Out.WriteLine("Bool Array Size: " + BoolArray.SizeInBytes());
Console.Out.WriteLine("Bit Array Size: " + BitArray.SizeInBytes());
Console.Out.WriteLine("Binary Tree Size: " + BinaryTree.SizeInBytes());
}
/// <summary>
/// frameSigList must have all items equal to 1 (false) or -1 (true) with at least one negative item
/// </summary>
/// <param name="frameSigList"></param>
internal GaSymFrameOrthonormal(IEnumerable <bool> frameSigList)
{
BasisVectorsSignatures = frameSigList.Select(b => b ? -1 : 1).ToArray();
OrthonormalMetric = GaSymMetricOrthonormal.Create(BasisVectorsSignatures);
Op = ComputedOp = new GaSymOp(VSpaceDimension);
Gp = ComputedGp = new GaSymOrthonormalGp(OrthonormalMetric);
Sp = ComputedSp = new GaSymOrthonormalSp(OrthonormalMetric);
Lcp = ComputedLcp = new GaSymOrthonormalLcp(OrthonormalMetric);
Rcp = ComputedRcp = new GaSymOrthonormalRcp(OrthonormalMetric);
Fdp = ComputedFdp = new GaSymOrthonormalFdp(OrthonormalMetric);
Hip = ComputedHip = new GaSymOrthonormalHip(OrthonormalMetric);
Acp = ComputedAcp = new GaSymOrthonormalAcp(OrthonormalMetric);
Cp = ComputedCp = new GaSymOrthonormalCp(OrthonormalMetric);
UnitPseudoScalarCoef =
MathematicaScalar.Create(
SymbolicUtils.Cas,
MaxBasisBladeId.BasisBladeIdHasNegativeReverse()
? -1.0d / OrthonormalMetric[MaxBasisBladeId]
: 1.0d / OrthonormalMetric[MaxBasisBladeId]
);
}
internal GaSymOrthonormalCp(GaSymMetricOrthonormal basisBladesSignatures)
: base(basisBladesSignatures)
{
}
protected GaSymBilinearProductOrthonormal(GaSymMetricOrthonormal basisBladesSignatures)
{
OrthonormalMetric = basisBladesSignatures;
}
public static IGaSymMultivectorTemp AddFactors(this IGaSymMultivectorTemp tempMv, IEnumerable <GaSymMultivectorBiTerm> biTerms, GaSymMetricOrthonormal orthonormalMetric)
{
foreach (var biTerm in biTerms)
{
tempMv.AddFactor(
biTerm.IdXor,
biTerm.IsNegativeEGp,
Mfs.Times[
biTerm.Value1,
biTerm.Value2,
orthonormalMetric.GetExprSignature(biTerm.IdAnd)
]
);
}
return(tempMv);
}
