Difference between revisions of "Ttclass/size.m"
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| − | 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: | Syntax: | ||
varargout=size(tt,dim) | varargout=size(tt,dim) | ||
| − | For large | + | If dim is omitted, the function returns the two-element row vector [m n]. If dim is 1 or 2, it returns the corresponding dimension. |
| − | the maximum integer permitted by Matlab. | + | |
| + | For large tensor train 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#Tensor_train_functions|Tensor train functions]] | [[ttclass.m]], [[ttclass/sizes.m]], [[ttclass/nnz.m]], [[Tensor_train_module#Tensor_train_functions|Tensor train functions]] | ||
Revision as of 16:08, 5 June 2026
Returns the size of the matrix represented by a tensor train. The output mimics Matlab's size function. Syntax:
varargout=size(tt,dim)
If dim is omitted, the function returns the two-element row vector [m n]. If dim is 1 or 2, it returns the corresponding dimension.
For large tensor train 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, Tensor train functions
