Coverage for src / beamme / four_c / input_file_mappings.py: 100%
23 statements
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1# The MIT License (MIT)
2#
3# Copyright (c) 2018-2025 BeamMe Authors
4#
5# Permission is hereby granted, free of charge, to any person obtaining a copy
6# of this software and associated documentation files (the "Software"), to deal
7# in the Software without restriction, including without limitation the rights
8# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
9# copies of the Software, and to permit persons to whom the Software is
10# furnished to do so, subject to the following conditions:
11#
12# The above copyright notice and this permission notice shall be included in
13# all copies or substantial portions of the Software.
14#
15# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
16# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
17# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
18# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
19# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
20# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
21# THE SOFTWARE.
22"""This file provides the mappings between BeamMe objects and 4C input
23files."""
25from typing import Any as _Any
27from beamme.core.conf import bme as _bme
28from beamme.core.element_volume import (
29 VolumeHEX8 as _VolumeHEX8,
30)
31from beamme.core.element_volume import (
32 VolumeHEX20 as _VolumeHEX20,
33)
34from beamme.core.element_volume import (
35 VolumeHEX27 as _VolumeHEX27,
36)
37from beamme.core.element_volume import (
38 VolumeTET4 as _VolumeTET4,
39)
40from beamme.core.element_volume import (
41 VolumeTET10 as _VolumeTET10,
42)
43from beamme.core.element_volume import (
44 VolumeWEDGE6 as _VolumeWEDGE6,
45)
46from beamme.core.nurbs_patch import NURBSSurface as _NURBSSurface
47from beamme.core.nurbs_patch import NURBSVolume as _NURBSVolume
48from beamme.four_c.element_volume import SolidRigidSphere as _SolidRigidSphere
49from beamme.four_c.four_c_types import BeamType as _BeamType
51INPUT_FILE_MAPPINGS: dict[str, _Any] = {}
52INPUT_FILE_MAPPINGS["beam_types"] = {
53 _BeamType.reissner: "BEAM3R",
54 _BeamType.kirchhoff: "BEAM3K",
55 _BeamType.euler_bernoulli: "BEAM3EB",
56}
57INPUT_FILE_MAPPINGS["boundary_conditions"] = {
58 (_bme.bc.dirichlet, _bme.geo.point): "DESIGN POINT DIRICH CONDITIONS",
59 (_bme.bc.dirichlet, _bme.geo.line): "DESIGN LINE DIRICH CONDITIONS",
60 (_bme.bc.dirichlet, _bme.geo.surface): "DESIGN SURF DIRICH CONDITIONS",
61 (_bme.bc.dirichlet, _bme.geo.volume): "DESIGN VOL DIRICH CONDITIONS",
62 (_bme.bc.locsys, _bme.geo.point): "DESIGN POINT LOCSYS CONDITIONS",
63 (_bme.bc.locsys, _bme.geo.line): "DESIGN LINE LOCSYS CONDITIONS",
64 (_bme.bc.locsys, _bme.geo.surface): "DESIGN SURF LOCSYS CONDITIONS",
65 (_bme.bc.locsys, _bme.geo.volume): "DESIGN VOL LOCSYS CONDITIONS",
66 (_bme.bc.neumann, _bme.geo.point): "DESIGN POINT NEUMANN CONDITIONS",
67 (_bme.bc.neumann, _bme.geo.line): "DESIGN LINE NEUMANN CONDITIONS",
68 (_bme.bc.neumann, _bme.geo.surface): "DESIGN SURF NEUMANN CONDITIONS",
69 (_bme.bc.neumann, _bme.geo.volume): "DESIGN VOL NEUMANN CONDITIONS",
70 (
71 _bme.bc.moment_euler_bernoulli,
72 _bme.geo.point,
73 ): "DESIGN POINT MOMENT EB CONDITIONS",
74 (
75 _bme.bc.beam_to_solid_volume_meshtying,
76 _bme.geo.line,
77 ): "BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING LINE",
78 (
79 _bme.bc.beam_to_solid_volume_meshtying,
80 _bme.geo.volume,
81 ): "BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING VOLUME",
82 (
83 _bme.bc.beam_to_solid_surface_meshtying,
84 _bme.geo.line,
85 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING LINE",
86 (
87 _bme.bc.beam_to_solid_surface_meshtying,
88 _bme.geo.surface,
89 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING SURFACE",
90 (
91 _bme.bc.beam_to_solid_surface_contact,
92 _bme.geo.line,
93 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT LINE",
94 (
95 _bme.bc.beam_to_solid_surface_contact,
96 _bme.geo.surface,
97 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT SURFACE",
98 (_bme.bc.point_coupling, _bme.geo.point): "DESIGN POINT COUPLING CONDITIONS",
99 (
100 _bme.bc.beam_to_beam_contact,
101 _bme.geo.line,
102 ): "BEAM INTERACTION/BEAM TO BEAM CONTACT CONDITIONS",
103 (
104 _bme.bc.point_coupling_penalty,
105 _bme.geo.point,
106 ): "DESIGN POINT PENALTY COUPLING CONDITIONS",
107 (
108 _bme.bc.point_coupling_indirect,
109 _bme.geo.line,
110 ): "BEAM INTERACTION/BEAM TO BEAM POINT COUPLING CONDITIONS",
111 (
112 "DESIGN SURF MORTAR CONTACT CONDITIONS 3D",
113 _bme.geo.surface,
114 ): "DESIGN SURF MORTAR CONTACT CONDITIONS 3D",
115}
116INPUT_FILE_MAPPINGS["element_type_to_four_c_string"] = {
117 _VolumeHEX8: "HEX8",
118 _VolumeHEX20: "HEX20",
119 _VolumeHEX27: "HEX27",
120 _VolumeTET4: "TET4",
121 _VolumeTET10: "TET10",
122 _VolumeWEDGE6: "WEDGE6",
123 _SolidRigidSphere: "POINT1",
124}
125INPUT_FILE_MAPPINGS["element_four_c_string_to_type"] = {
126 value: key
127 for key, value in INPUT_FILE_MAPPINGS["element_type_to_four_c_string"].items()
128}
129INPUT_FILE_MAPPINGS["geometry_sets_geometry_to_condition_name"] = {
130 _bme.geo.point: "DNODE-NODE TOPOLOGY",
131 _bme.geo.line: "DLINE-NODE TOPOLOGY",
132 _bme.geo.surface: "DSURF-NODE TOPOLOGY",
133 _bme.geo.volume: "DVOL-NODE TOPOLOGY",
134}
135INPUT_FILE_MAPPINGS["geometry_sets_condition_to_geometry_name"] = {
136 value: key
137 for key, value in INPUT_FILE_MAPPINGS[
138 "geometry_sets_geometry_to_condition_name"
139 ].items()
140}
141INPUT_FILE_MAPPINGS["geometry_sets_geometry_to_entry_name"] = {
142 _bme.geo.point: "DNODE",
143 _bme.geo.line: "DLINE",
144 _bme.geo.surface: "DSURFACE",
145 _bme.geo.volume: "DVOL",
146}
147INPUT_FILE_MAPPINGS["n_nodes_to_cell_type"] = {2: "LINE2", 3: "LINE3"}
148INPUT_FILE_MAPPINGS["n_nodes_to_node_ordering"] = {2: [0, 1], 3: [0, 2, 1]}
149INPUT_FILE_MAPPINGS["nurbs_type_to_default_four_c_type"] = {
150 _NURBSSurface: "WALLNURBS",
151 _NURBSVolume: "SOLID",
152}