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integer | subdomain_id = 0 |
| | Index of the subdomain.
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type(t_immersed_boundary_metrics), allocatable | ib_cell_metrics |
| | Immersed boundary metric-related data for the cell-centered nodes.
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type(t_face_immersed_boundary_metrics) | ib_face_metrics |
| | Immersed boundary metric-related data for the face-centered nodes.
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double precision, dimension(:,:,:), allocatable | cell_distance |
| | Distance to the interface (cell-centered)
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double precision, dimension(:,:,:,:), allocatable | cell_direction |
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type(t_face_field) | face_distance |
| | Distance to the interface (face)
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type(t_face_field_extended) | face_direction |
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integer | direction_computational_method = isd_metrics_geometric_direction |
| | Direction computational method.
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double precision | thickness = 1d-4 |
| | Immersed boundary thickness. The unit corresponds of the size of the current cell.
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logical | use_corners = .false. |
| | Include corners as ghost points.
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logical | filter_smalls = .true. |
| | Filter small pockets of inner domain, smaller than 4×4(×4)
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integer | sampling_level = 1 |
| | Sampling level to compute the volume of the cells crossed by an immersed boundary.
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type(t_cut_cell) | cut_cell |
| | Cut cell metrics (2D only)
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logical | is_ghost_node_shift = .false. |
| | Cartesian Ghost Node Shifting Method.
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logical | is_image_point_shift = .false. |
| | Cartesian Image Point Shifting Method.
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logical | is_quadratic = .false. |
| | Quadratic Method.
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logical | is_quadratic_outshift = .false. |
| | Quadratic Method w/ outwards shift.
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logical | is_quadratic_ss1 = .false. |
| | Quadratic Method w/ Image Shift & Stencil Size of 1.
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double precision | image_point_percent_ratio = 1d0 |
| | Image Point Distance Ratio.
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double precision | qip_distance_modifier = 0.99d0 |
| | Location of QIP (i.e. 0.98 of its original location)
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logical | double_distance_bp_pp = .false. |
| | Double distance between boundary point and image point.
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logical | is_p3_lagrange = .false. |
| | Increase order of Lagrance interpolation for Dirichlet to p=3.
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logical, dimension(:,:), allocatable | is_ghost_node_a_neighbor |
| | Ghost node a neighbor?
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logical, dimension(:,:), allocatable | is_ghost_node_a_neighbor_u |
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logical, dimension(:,:), allocatable | is_ghost_node_a_neighbor_v |
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logical, dimension(:,:), allocatable | is_ghost_node_a_neighbor_w |
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1.9.5