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| procedure, pass(this) | free (this) |
| | Deallocate a mesh this.
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| procedure, pass(this) | finalize (this) |
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| procedure, pass(this) | mark_periodic_facet (this, f, e, pf, pe, pids) |
| | Mark facet f in element e as periodic with (pf, pe)
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| procedure, pass(this) | mark_labeled_facet (this, f, e, label) |
| | Mark facet f in element e with label.
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| procedure, pass(this) | mark_curve_element (this, e, curve_data, curve_type) |
| | Mark element e as a curve element.
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| procedure, pass(this) | apply_periodic_facet (this, f, e, pf, pe, pids) |
| | Replaces the periodic point's id with a common id for matching periodic points.
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| procedure, pass(this) | all_deformed (this) |
| | Set all elements as if they are deformed.
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| procedure, pass(this) | get_facet_ids (this, f, e, pids) |
| | Get original ids of periodic points.
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| procedure, pass(this) | reset_periodic_ids (this) |
| | Reset ids of periodic points to their original ids.
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| procedure, pass(this) | create_periodic_ids (this, f, e, pf, pe) |
| | Creates common ids for matching periodic points.
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| procedure, pass(this) | generate_conn (this) |
| | Generate element-to-element connectivity.
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| procedure, pass(this) | have_point_glb_idx (this, index) |
| | Check if the mesh has a point given its global index.
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| procedure, pass(this) | check_right_handedness (this) |
| | Check the correct orientation of the rst coordindates.
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| generic | init (this, gdim, nelv) |
| | Initialise a mesh.
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| generic | init (this, gdim, dist) |
| | Initialise a mesh.
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| generic | add_element (this, el, el_glb, p1, p2, p3, p4) |
| | Add an element to the mesh.
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| generic | add_element (this, el, el_glb, p1, p2, p3, p4, p5, p6, p7, p8) |
| | Add an element to the mesh.
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| generic | get_local (this, p) |
| | Get local id for a mesh entity.
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| generic | get_local (this, e) |
| | Get local id for a mesh entity.
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| generic | get_local (this, f) |
| | Get local id for a mesh entity.
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| generic | get_global (this, e) |
| | Get global id for a mesh entity.
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| generic | get_global (this, f) |
| | Get global id for a mesh entity.
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| generic | is_shared (this, p) |
| | Check if a mesh entity is shared.
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| generic | is_shared (this, e) |
| | Check if a mesh entity is shared.
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| generic | is_shared (this, f) |
| | Check if a mesh entity is shared.
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| integer | nelv |
| | Number of elements.
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| integer | npts |
| | Number of points per element.
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| integer | gdim |
| | Geometric dimension.
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| integer | mpts |
| | Number of (unique) points in the mesh.
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| integer | mfcs |
| | Number of (unique) faces in the mesh.
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| integer | meds |
| | Number of (unique) edges in the mesh.
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| integer | glb_nelv |
| | Global number of elements.
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| integer | glb_mpts |
| | Global number of unique points.
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| integer | glb_mfcs |
| | Global number of unique faces.
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| integer | glb_meds |
| | Global number of unique edges.
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| integer | offset_el |
| | Element offset.
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| integer | max_pts_id |
| | Max local point id.
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| type(point_t), dimension(:), allocatable | points |
| | list of points
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| type(mesh_element_t), dimension(:), allocatable | elements |
| | List of elements.
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| logical, dimension(:), allocatable | dfrmd_el |
| | List of elements.
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| type(htable_i4_t) | htp |
| | Table of unique points (global->local)
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| type(htable_i4t4_t) | htf |
| | Table of unique faces (facet->local id)
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| type(htable_i4t2_t) | hte |
| | Table of unique edges (edge->local id)
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| type(htable_i4_t) | htel |
| | Table of unique elements (global->local)
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| integer, dimension(:,:), allocatable | facet_neigh |
| | Facet to neigh. element table.
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| class(htable_t), allocatable | facet_map |
| | Facet to element's id tuple and the mapping of the points between lower id element and higher \( t=(low_id element, element with higher global id) \).
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| type(stack_i4_t), dimension(:), allocatable | point_neigh |
| | Point to neigh. table.
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| type(distdata_t) | ddata |
| | Mesh distributed data.
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| logical, dimension(:), allocatable | neigh |
| | Neighbouring ranks.
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| integer, dimension(:), allocatable | neigh_order |
| | Neighbour order.
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| integer(2), dimension(:,:), allocatable | facet_type |
| | Facet type.
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| type(facet_zone_t), dimension(:), allocatable | labeled_zones |
| | Zones with labeled facets.
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| type(facet_zone_periodic_t) | periodic |
| | Zones with periodic facets.
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| type(curve_t) | curve |
| | Set of curved elements.
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| logical | lconn = .false. |
| | valid connectivity
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| logical | ldist = .false. |
| | valid distributed data
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| logical | lnumr = .false. |
| | valid numbering
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| logical | lgenc = .true. |
| | generate connectivity
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| procedure(mesh_deform), pointer, pass | apply_deform => null() |
| | enables user to specify a deformation that is applied to all x,y,z coordinates generated with this mesh
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| procedure, pass(this), private | init_nelv (this, gdim, nelv) |
| | Initialise a mesh this with nelv elements.
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| procedure, pass(this), private | init_dist (this, gdim, dist) |
| | Initialise a mesh this based on a distribution dist.
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| procedure, pass(this), private | add_quad (this, el, el_glb, p1, p2, p3, p4) |
| | Add a quadrilateral element to the mesh this.
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| procedure, pass(this), private | add_hex (this, el, el_glb, p1, p2, p3, p4, p5, p6, p7, p8) |
| | Add a hexahedral element to the mesh this.
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| procedure, pass(this), private | add_edge (this, e) |
| | Add a unique edge represented as a 2-tuple to the mesh.
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| procedure, pass(this), private | add_face (this, f) |
| | Add a unique face represented as a 4-tuple to the mesh.
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| procedure, pass(this), private | add_point (this, p, idx) |
| | Add a unique point to the mesh.
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| procedure, pass(this), private | get_local_point (this, p) |
| | Return the local id of a point p.
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| procedure, pass(this), private | get_local_edge (this, e) |
| | Return the local id of an edge e.
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| procedure, pass(this), private | get_local_facet (this, f) |
| | Return the local id of a face f.
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| procedure, pass(this), private | get_global_edge (this, e) |
| | Return the global id of an edge e.
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| procedure, pass(this), private | get_global_facet (this, f) |
| | Return the local id of a face f.
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| procedure, pass(this), private | is_shared_point (this, p) |
| | Check if a point is shared.
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| procedure, pass(this), private | is_shared_edge (this, e) |
| | Check if an edge is shared.
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| procedure, pass(this), private | is_shared_facet (this, f) |
| | Check if a facet is shared.
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Definition at line 71 of file mesh.f90.
