contents.m

张量分析工具

% @TENSOR
%
% Files
%   and        - Logical AND (&) for tensors.
%   collapse   - Collapse tensor along specified dimensions.
%   contract   - Contract tensor along two dimensions (array trace).
%   ctranspose - is not defined for tensors.
%   disp       - Command window display of a tensor.
%   display    - Command window display of a tensor.
%   double     - Convert tensor to double array.
%   end        - Last index of indexing expression for tensor.
%   eq         - Equal (==) for tensors.
%   find       - Find subscripts of nonzero elements in a tensor.
%   full       - Convert to a (dense) tensor.
%   ge         - Greater than or equal (>=) for tensors.
%   gt         - Greater than (>) for tensors.
%   innerprod  - Efficient inner product with a tensor.
%   isequal    - for tensors.
%   ldivide    - Left array divide for tensor.
%   le         - Less than or equal (<=) for tensor.
%   lt         - Less than (<) for tensor.
%   minus      - Binary subtraction (-) for tensors.
%   mldivide   - Slash left division for tensors.
%   mrdivide   - Slash right division for tensors.
%   mtimes     - tensor-scalar multiplication.
%   mttkrp     - Matricized tensor times Khatri-Rao product for tensor.
%   ndims      - Return the number of dimensions of a tensor.
%   ne         - Not equal (~=) for tensors.
%   nnz        - Number of nonzeros for tensors. 
%   norm       - Frobenius norm of a tensor.
%   not        - Logical NOT (~) for tensors.
%   nvecs      - Compute the leading mode-n vectors for a tensor.
%   or         - Logical OR (|) for tensors.
%   permute    - Permute tensor dimensions.
%   plus       - Binary addition (+) for tensors. 
%   power      - Elementwise power (.^) operator for a tensor.
%   rdivide    - Right array divide for tensors.
%   scale      - Scale along specified dimensions of tensor.
%   size       - Tensor dimensions.
%   squeeze    - Remove singleton dimensions from a tensor.
%   subsasgn   - Subscripted assignment for a tensor.
%   subsref    - Subscripted reference for tensors.
%   tenfun     - Apply a function to each element in a tensor.
%   tensor     - Create tensor.
%   times      - Array multiplication for tensors.
%   transpose  - is not defined on tensors.
%   ttm        - Tensor times matrix.
%   ttt        - Tensor mulitplication (tensor times tensor).
%   ttv        - Tensor times vector.
%   uminus     - Unary minus (-) for tensors.
%   uplus      - Unary plus (+) for tensors.
%   xor        - Logical EXCLUSIVE OR for tensors.