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    Neko 1.99.1
    
   A portable framework for high-order spectral element flow simulations 
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Go to the source code of this file.
Data Types | |
| type | matrix::matrix_t | 
Modules | |
| module | matrix | 
| Defines a matrix.  | |
Functions/Subroutines | |
| subroutine | matrix::matrix_init (m, nrows, ncols) | 
Initialise a matrix of size nrows*ncols.   | |
| subroutine | matrix::matrix_allocate (m, nrows, ncols) | 
Allocate a matrix of size nrows*ncols.   | |
| subroutine | matrix::matrix_free (m) | 
| Deallocate a matrix.   | |
| pure integer function | matrix::matrix_size (m) | 
| Returns the number of entries in the matrix.   | |
| subroutine | matrix::matrix_copy_from (m, memdir, sync) | 
| Easy way to copy between host and device.   | |
| pure integer function | matrix::matrix_nrows (m) | 
| Returns the number of rows in the matrix.   | |
| pure integer function | matrix::matrix_ncols (m) | 
| Returns the number of columns in the matrix.   | |
| subroutine | matrix::matrix_assign_matrix (m, w) | 
| Assignment \( m = w \).   | |
| subroutine | matrix::matrix_assign_scalar (m, s) | 
| Assignment \( m = s \).   | |
| subroutine | matrix::matrix_bcknd_inverse (m, bcknd) | 
| subroutine | matrix::cpu_matrix_inverse (m) |