◆ extrapolate_edge_field_time_o1()
| subroutine mod_extrapolate_field_time::extrapolate_field_time_o1::extrapolate_edge_field_time_o1 |
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type(t_edge_field), intent(in) | field_tm0, |
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double precision, intent(in) | t, |
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type(t_edge_field), intent(inout) | field_res ) |
Extrapolate the edge field to field_res at order 1.
- Note
- This extrapolation is only used for generic computation (as the result is the given array)
- Parameters
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| [in] | field_tm0 | The field at time \(t=0\) |
| [in] | t | The time where to extrapolate |
| [out] | field_res | The resulting extrapolated field |
◆ extrapolate_face_field_time_o1()
| subroutine mod_extrapolate_field_time::extrapolate_field_time_o1::extrapolate_face_field_time_o1 |
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type(t_face_field), intent(in) | field_tm0, |
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double precision, intent(in) | t, |
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type(t_face_field), intent(inout) | field_res ) |
Extrapolate the face field to field_res at order 1.
- Note
- This extrapolation is only used for generic computation (as the result is the given array)
- Parameters
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| [in] | field_tm0 | The field at time \(t=0\) |
| [in] | t | The time where to extrapolate |
| [out] | field_res | The resulting extrapolated field |
◆ extrapolate_scalar_field_time_o1()
| subroutine mod_extrapolate_field_time::extrapolate_field_time_o1::extrapolate_scalar_field_time_o1 |
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double precision, dimension(:,:,:), intent(in) | field_tm0, |
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double precision, intent(in) | t, |
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double precision, dimension(:,:,:), intent(inout) | field_res ) |
Extrapolate the scalar field to field_res at order 1.
- Note
- This extrapolation is only used for generic computation (as the result is the given array)
- Parameters
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| [in] | field_tm0 | The field at time \(t=0\) |
| [in] | t | The time where to extrapolate |
| [out] | field_res | The resulting extrapolated field |
The documentation for this interface was generated from the following file: