public static GenTensor <T, TWrapper> TensorDeterminantGaussianSimple(GenTensor <T, TWrapper> t)
{
#if ALLOW_EXCEPTIONS
InvalidShapeException.NeedTensorSquareMatrix(t);
#endif
var res = GenTensor <T, TWrapper> .CreateTensor(t.Shape.SubShape(0, 2),
ind => t.GetSubtensor(ind).DeterminantGaussianSimple());
return(res);
}
public static void TensorMatrixInvert(GenTensor <T, TWrapper> t)
{
#if ALLOW_EXCEPTIONS
InvalidShapeException.NeedTensorSquareMatrix(t);
#endif
foreach (var ind in t.IterateOverMatrices())
{
t.GetSubtensor(ind).InvertMatrix();
}
}
public static GenTensor <T, TWrapper> TensorMatrixPower(GenTensor <T, TWrapper> m, int power, Threading threading)
{
#if ALLOW_EXCEPTIONS
InvalidShapeException.NeedTensorSquareMatrix(m);
#endif
var res = new GenTensor <T, TWrapper>(m.Shape);
foreach (var ind in res.IterateOverMatrices())
{
res.SetSubtensor(
MatrixPower(m.GetSubtensor(ind), power, threading),
ind
);
}
return(res);
}
public static GenTensor <T, TWrapper> TensorMatrixDivide(GenTensor <T, TWrapper> a, GenTensor <T, TWrapper> b)
{
#if ALLOW_EXCEPTIONS
InvalidShapeException.NeedTensorSquareMatrix(a);
InvalidShapeException.NeedTensorSquareMatrix(b);
if (a.Shape != b.Shape)
{
throw new InvalidShapeException("Should be of the same shape");
}
#endif
var res = new GenTensor <T, TWrapper>(a.Shape);
foreach (var ind in res.IterateOverMatrices())
{
res.SetSubtensor(
MatrixDivide(
a.GetSubtensor(ind),
b.GetSubtensor(ind)
), ind);
}
return(res);
}
public InvalidSpatialShapeException(InvalidShapeException invalidShapeException, string invalidDocumentId)
: base(invalidShapeException.Message, invalidShapeException)
{
this.invalidDocumentId = invalidDocumentId;
}
