class for abstract linear operator
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integer(kind=i32) | n_rows = 0 |
| number of rows local to the processor More...
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integer(kind=i32) | n_cols = 0 |
| number of columns local to the processor More...
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integer(kind=i32) | n_global_rows = 0 |
| global number of rows, different from n_rows for distributed linear operator More...
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integer(kind=i32) | n_global_cols = 0 |
| global number of columns, different from n_cols for distributed linear operator More...
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integer(kind=i32) | n_block_rows = 1 |
| number of rows blocks More...
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integer(kind=i32) | n_block_cols = 1 |
| number of columns blocks More...
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integer(kind=i32) | n_dof = 1 |
| number of degrees of freedom per node More...
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logical | is_allocated = .false. |
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integer(kind=i32), dimension(:), allocatable | id_rows |
| array of rows-vertices handled by the current proc More...
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integer(kind=i32), dimension(:), allocatable | id_cols |
| array of cols-vertices handled by the current proc More...
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class for abstract linear operator
Definition at line 26 of file sll_m_linear_operator_abstract.F90.
◆ dot()
◆ free()
◆ initialize_abstract()
procedure initialize_abstract |
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◆ print_info()
◆ print_info_abstract()
procedure print_info_abstract |
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◆ id_cols
integer(kind=i32), dimension(:), allocatable id_cols |
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◆ id_rows
integer(kind=i32), dimension(:), allocatable id_rows |
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◆ is_allocated
logical is_allocated = .false. |
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◆ n_block_cols
integer(kind=i32) n_block_cols = 1 |
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◆ n_block_rows
integer(kind=i32) n_block_rows = 1 |
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◆ n_cols
integer(kind=i32) n_cols = 0 |
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◆ n_dof
integer(kind=i32) n_dof = 1 |
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◆ n_global_cols
integer(kind=i32) n_global_cols = 0 |
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private |
◆ n_global_rows
integer(kind=i32) n_global_rows = 0 |
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private |
◆ n_rows
integer(kind=i32) n_rows = 0 |
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private |