Difference between revisions of "Ttclass/size.m"
(Add See also section to function-description page) |
(Update function See also links and function index membership) |
||
| (6 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
| + | {{DISPLAYTITLE:ttclass/size.m}} __NOTOC__ | ||
Returns the size of the matrix represented by a tensor train. | Returns the size of the matrix represented by a tensor train. | ||
| − | + | The output mimics Matlab's size function. | |
| + | ==Syntax== | ||
| + | [m,n]=size(tt,dim) | ||
| − | + | ==Parameters== | |
| − | + | tt - a tensor train representation of a matrix | |
| − | the maximum integer permitted by Matlab. | + | |
| + | dim - (optional) integer specifying dimension | ||
| + | |||
| + | ==Outputs== | ||
| + | |||
| + | m,n - integers specifying the dimensions | ||
| + | |||
| + | ==Notes== | ||
| + | for large tt matrices, m and n may be too large to fit | ||
| + | into the maximum integer permitted by Matlab. | ||
==See also== | ==See also== | ||
| − | [[ttclass.m]], [[ttclass/sizes.m]], [[ttclass/nnz.m]], [[Tensor_train_module | + | [[ttclass.m]], [[ttclass/sizes.m]], [[ttclass/nnz.m]], [[ttclass/amensolve.m]], [[ttclass/amensum.m]], [[ttclass/clearcoeff.m]], [[ttclass/conj.m]], [[ttclass/ctranspose.m]], [[ttclass/diag.m]], [[ttclass/dot.m]], [[ttclass/full.m]], [[ttclass/hdot.m]], [[ttclass/ismatrix.m]], [[ttclass/isnumeric.m]], [[ttclass/isreal.m]], [[ttclass/kron.m]], [[ttclass/mean.m]], [[ttclass/minus.m]], [[ttclass/mldivide.m]], [[ttclass/mrdivide.m]], [[ttclass/mtimes.m]], [[ttclass/norm.m]], [[ttclass/numel.m]], [[ttclass/pack.m]], [[ttclass/plus.m]], [[ttclass/rand.m]], [[ttclass/ranks.m]], [[ttclass/rdivide.m]], [[ttclass/revert.m]], [[ttclass/shrink.m]], [[ttclass/subsref.m]], [[ttclass/sum.m]], [[ttclass/trace.m]], [[ttclass/transpose.m]], [[ttclass/truncate.m]], [[ttclass/ttort.m]], [[ttclass/unit_like.m]], [[ttclass/vec.m]], [[Tensor_train_module]] |
| + | |||
| + | ''Version 2.1, authors: [[Dmitry Savostyanov]], [[Ilya Kuprov]]'' | ||
Latest revision as of 19:42, 6 June 2026
Returns the size of the matrix represented by a tensor train. The output mimics Matlab's size function.
Syntax
[m,n]=size(tt,dim)
Parameters
tt - a tensor train representation of a matrix
dim - (optional) integer specifying dimension
Outputs
m,n - integers specifying the dimensions
Notes
for large tt matrices, m and n may be too large to fit
into the maximum integer permitted by Matlab.
See also
ttclass.m, ttclass/sizes.m, ttclass/nnz.m, ttclass/amensolve.m, ttclass/amensum.m, ttclass/clearcoeff.m, ttclass/conj.m, ttclass/ctranspose.m, ttclass/diag.m, ttclass/dot.m, ttclass/full.m, ttclass/hdot.m, ttclass/ismatrix.m, ttclass/isnumeric.m, ttclass/isreal.m, ttclass/kron.m, ttclass/mean.m, ttclass/minus.m, ttclass/mldivide.m, ttclass/mrdivide.m, ttclass/mtimes.m, ttclass/norm.m, ttclass/numel.m, ttclass/pack.m, ttclass/plus.m, ttclass/rand.m, ttclass/ranks.m, ttclass/rdivide.m, ttclass/revert.m, ttclass/shrink.m, ttclass/subsref.m, ttclass/sum.m, ttclass/trace.m, ttclass/transpose.m, ttclass/truncate.m, ttclass/ttort.m, ttclass/unit_like.m, ttclass/vec.m, Tensor_train_module
Version 2.1, authors: Dmitry Savostyanov, Ilya Kuprov