EinsteinSum2 | tensor multiplication
according to Einstein summation convention |
Fourier | compute
the Fourier coefficients of the tensor |
antiSym | the
antisymmetric part A = 0.5(T T.') of a tensor |
char | tensor
to char |
conj | ugate of a tensor |
ctranspose | conjugate of a tensor |
diag | convert rank 1 or rank 0 tensor into diagonal rank 2 tensor |
directionalMagnitude | magnitude of a tensor in
direction v |
display | standard output |
double | convert tensor values to matrix |
dyad | ic tensor product |
eig | compute
the eigenvalues and eigenvectors of a tensor |
end | overloaded
end function |
eq | checks whether two tensors are
equal |
expm | matrix exponential of a tensor |
horzcat | overloads [T1,T2,T3..] |
inv | erse of a tensor |
length | returns
the number of tensors |
logm | matrix logarithm
of a tensor |
matrix | return tensor as a matrix |
mean | sum over all tensors allong dimension 1 |
minus | add two tensors |
mrdivide | implements
T / S |
mtimes | implements T1 * T2 |
ne | checks whether two tensors are not equal |
numel | returns the number of tensors |
plot | a
tensor T |
plus | add two tensors |
quadric | |
reshape | for
tensors |
rotate | a tensor by a list of rotations |
rotate_outer | rotate a tensor by a list of rotations |
size | overloads size |
subsasgn | overloads
subsasgn |
subsref | overloads subsref |
sum | over all tensors allong dimension 1 |
sym | the symmetric part S = 0.5(T + T.') of a tensor |
symmetrise | a tensor according to its crystal symmetry |
tensorSize | overloads size |
times | multiply a tensor by a scalar |
trace | compute
the trace of a rank 2 tensor |
transformReferenceFrame | set
properties of a tensor variable |
transpose | a
list of a tensors |
vector3d | convert rank
one tensors to vector3d |
vertcat | overloads
[T1,T2,T3..] |