Coverage for src/beamme/four_c/input_file_mappings.py: 100%

1# The MIT License (MIT) 

2# 

3# Copyright (c) 2018-2026 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.""" 

24 

25from typing import Any as _Any 

26 

27import pyvista as _pv 

28 

29from beamme.core.conf import bme as _bme 

30from beamme.core.mesh_representation import ( 

31 MESH_REPRESENTATION_MAPPINGS as _MESH_REPRESENTATION_MAPPINGS, 

32) 

33from beamme.four_c.four_c_types import BeamType as _BeamType 

34from beamme.utils.data_structures import ( 

35 create_inverse_mapping as _create_inverse_mapping, 

36) 

37 

38INPUT_FILE_MAPPINGS: dict[str, _Any] = {} 

39INPUT_FILE_MAPPINGS["four_c_type_to_four_c_type"] = { 

40 _BeamType.reissner: "BEAM3R", 

41 _BeamType.kirchhoff: "BEAM3K", 

42 _BeamType.euler_bernoulli: "BEAM3EB", 

43} 

44INPUT_FILE_MAPPINGS["four_c_type_to_requires_triads"] = { 

45 "BEAM3R": True, 

46 "BEAM3K": True, 

47 "BEAM3EB": False, 

48} 

49INPUT_FILE_MAPPINGS["element_type_and_n_nodes_to_four_c_cell"] = { 

50 (_bme.element_type.beam, 2): "LINE2", 

51 (_bme.element_type.beam, 3): "LINE3", 

52 (_bme.element_type.beam, 4): "LINE4", 

53 (_bme.element_type.beam, 5): "LINE5", 

54 (_bme.element_type.nurbs, 9): "NURBS9", 

55 (_bme.element_type.nurbs, 27): "NURBS27", 

56 (_bme.element_type.solid, 8): "HEX8", 

57 (_bme.element_type.solid, 20): "HEX20", 

58 (_bme.element_type.solid, 27): "HEX27", 

59 (_bme.element_type.solid, 4): "TET4", 

60 (_bme.element_type.solid, 10): "TET10", 

61 (_bme.element_type.solid, 6): "WEDGE6", 

62 (_bme.element_type.solid, 1): "POINT1", 

63} 

64INPUT_FILE_MAPPINGS["four_c_cell_to_element_type_and_n_nodes"] = ( 

65 _create_inverse_mapping( 

66 INPUT_FILE_MAPPINGS["element_type_and_n_nodes_to_four_c_cell"] 

67 ) 

68) 

69INPUT_FILE_MAPPINGS["four_c_cell_to_vtk_cell_type"] = { 

70 "POINT1": _pv.CellType.VERTEX, 

71 "HEX8": _pv.CellType.HEXAHEDRON, 

72 "TET4": _pv.CellType.TETRA, 

73 "TET10": _pv.CellType.QUADRATIC_TETRA, 

74 "HEX20": _pv.CellType.QUADRATIC_HEXAHEDRON, 

75 "HEX27": _pv.CellType.TRIQUADRATIC_HEXAHEDRON, 

76 "WEDGE6": _pv.CellType.WEDGE, 

77} 

78INPUT_FILE_MAPPINGS["four_c_cell_to_vtk_connectivity_mapping"] = { 

79 # Only list the non-standard mappings 

80 "HEX20": _MESH_REPRESENTATION_MAPPINGS[ 

81 "element_type_and_n_nodes_to_connectivity_mapping_vtk_to_beamme" 

82 ][(_bme.element_type.solid, 20)], 

83 "HEX27": _MESH_REPRESENTATION_MAPPINGS[ 

84 "element_type_and_n_nodes_to_connectivity_mapping_vtk_to_beamme" 

85 ][(_bme.element_type.solid, 27)], 

86} 

87INPUT_FILE_MAPPINGS["four_c_cell_to_connectivity_mapping_from_vtk"] = { 

88 # Only list the non-standard mappings 

89 "LINE3": [0, 2, 1], 

90 "LINE4": [0, 3, 1, 2], 

91 "LINE5": [0, 4, 1, 2, 3], 

92 "HEX20": _MESH_REPRESENTATION_MAPPINGS[ 

93 "element_type_and_n_nodes_to_connectivity_mapping_beamme_to_vtk" 

94 ][(_bme.element_type.solid, 20)], 

95 "HEX27": _MESH_REPRESENTATION_MAPPINGS[ 

96 "element_type_and_n_nodes_to_connectivity_mapping_beamme_to_vtk" 

97 ][(_bme.element_type.solid, 27)], 

98} 

99INPUT_FILE_MAPPINGS["geometry_sets_geometry_to_entry_name"] = { 

100 _bme.geo.point: "DNODE", 

101 _bme.geo.line: "DLINE", 

102 _bme.geo.surface: "DSURFACE", 

103 _bme.geo.volume: "DVOL", 

104} 

105INPUT_FILE_MAPPINGS["boundary_conditions"] = { 

106 (_bme.bc.dirichlet, _bme.geo.point): "DESIGN POINT DIRICH CONDITIONS", 

107 (_bme.bc.dirichlet, _bme.geo.line): "DESIGN LINE DIRICH CONDITIONS", 

108 (_bme.bc.dirichlet, _bme.geo.surface): "DESIGN SURF DIRICH CONDITIONS", 

109 (_bme.bc.dirichlet, _bme.geo.volume): "DESIGN VOL DIRICH CONDITIONS", 

110 (_bme.bc.locsys, _bme.geo.point): "DESIGN POINT LOCSYS CONDITIONS", 

111 (_bme.bc.locsys, _bme.geo.line): "DESIGN LINE LOCSYS CONDITIONS", 

112 (_bme.bc.locsys, _bme.geo.surface): "DESIGN SURF LOCSYS CONDITIONS", 

113 (_bme.bc.locsys, _bme.geo.volume): "DESIGN VOL LOCSYS CONDITIONS", 

114 (_bme.bc.neumann, _bme.geo.point): "DESIGN POINT NEUMANN CONDITIONS", 

115 (_bme.bc.neumann, _bme.geo.line): "DESIGN LINE NEUMANN CONDITIONS", 

116 (_bme.bc.neumann, _bme.geo.surface): "DESIGN SURF NEUMANN CONDITIONS", 

117 (_bme.bc.neumann, _bme.geo.volume): "DESIGN VOL NEUMANN CONDITIONS", 

118 ( 

119 _bme.bc.moment_euler_bernoulli, 

120 _bme.geo.point, 

121 ): "DESIGN POINT MOMENT EB CONDITIONS", 

122 ( 

123 _bme.bc.beam_to_solid_volume_meshtying, 

124 _bme.geo.line, 

125 ): "BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING LINE", 

126 ( 

127 _bme.bc.beam_to_solid_volume_meshtying, 

128 _bme.geo.volume, 

129 ): "BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING VOLUME", 

130 ( 

131 _bme.bc.beam_to_solid_surface_meshtying, 

132 _bme.geo.line, 

133 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING LINE", 

134 ( 

135 _bme.bc.beam_to_solid_surface_meshtying, 

136 _bme.geo.surface, 

137 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING SURFACE", 

138 ( 

139 _bme.bc.beam_to_solid_surface_contact, 

140 _bme.geo.line, 

141 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT LINE", 

142 ( 

143 _bme.bc.beam_to_solid_surface_contact, 

144 _bme.geo.surface, 

145 ): "BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT SURFACE", 

146 (_bme.bc.point_coupling, _bme.geo.point): "DESIGN POINT COUPLING CONDITIONS", 

147 ( 

148 _bme.bc.beam_to_beam_contact, 

149 _bme.geo.line, 

150 ): "BEAM INTERACTION/BEAM TO BEAM CONTACT CONDITIONS", 

151 ( 

152 _bme.bc.point_coupling_penalty, 

153 _bme.geo.point, 

154 ): "DESIGN POINT PENALTY COUPLING CONDITIONS", 

155 ( 

156 _bme.bc.point_coupling_indirect, 

157 _bme.geo.line, 

158 ): "BEAM INTERACTION/BEAM TO BEAM POINT COUPLING CONDITIONS", 

159 ( 

160 "DESIGN SURF MORTAR CONTACT CONDITIONS 3D", 

161 _bme.geo.surface, 

162 ): "DESIGN SURF MORTAR CONTACT CONDITIONS 3D", 

163} 

164INPUT_FILE_MAPPINGS["geometry_sets_geometry_to_condition_name"] = { 

165 _bme.geo.point: "DNODE-NODE TOPOLOGY", 

166 _bme.geo.line: "DLINE-NODE TOPOLOGY", 

167 _bme.geo.surface: "DSURF-NODE TOPOLOGY", 

168 _bme.geo.volume: "DVOL-NODE TOPOLOGY", 

169} 

170INPUT_FILE_MAPPINGS["geometry_sets_condition_to_geometry_name"] = ( 

171 _create_inverse_mapping( 

172 INPUT_FILE_MAPPINGS["geometry_sets_geometry_to_condition_name"] 

173 ) 

174) 

175INPUT_FILE_MAPPINGS["four_c_node_type_to_beamme_node_type"] = { 

176 "NODE": _bme.node_type.node, 

177 "CP": _bme.node_type.control_point, 

178}