I have tried running the demos in parallel and it works, so I expect the problem to lie within my script. List of the 3 extends of the box edges.I tried to run my script in parallel, but obtained the following error: The 3 coordinates of the right-angle point. Wedge ( x0, extents, top_extent = None ) ¶Ĭreates a right angular wedge. radius0 floatĭefines the angular opening. a floatĭefines a radius to round the rectangle corners. The 3 first expressions define the lower-left corner. Rectangle ( x0, a, b, corner_radius = None ) ¶ Radius1 ( float) – Radius along Y, leading to an ellipse.ĭim = 2 ¶ Rectangle ¶ class.
Radius0 ( float) – Radius value of the disk. X0 ( array-like ) – The 3 coordinates of the center of the disk face. Radius ( float) – Radius value of the cylinder.Īngle ( float) – Angular opening of the cylinder.ĭim = 3 ¶ Disk ¶ class. X0 ( array-like ) – The 3 coordinates of the center of the first circular face.Īxis ( array-like ) – The 3 components of the vector defining its axis. radius1 floatĪngular opening of the the Cone. The 3 components of the vector defining its axis. The 3 coordinates of the center of the first circular face. X0 ( array-like ) – List containing the x, y, z values of the start point.Įxtends ( array-like ) – List of the 3 extents of the box edges.Ĭhar_length ( float) – Characteristic length of the mesh elements of this polygon.ĭim = 3 ¶ Cone ¶ class. Box ( x0, extents, char_length = None ) ¶ to the x-y plane are not part of the object.Ĭhar_length ( float) – If specified, sets the Characteristic Length property.ĭim = 3 ¶ Box ¶ class.
X1 ( float) – If specified and x1 < +1, the ball is cut off at x1*radiusĪlpha ( float) – If specified and alpha < 2*pi, the points between alpha andĢ*pi w.r.t. X0 ( float) – If specified and x0 > -1, the ball is cut off at x0*radius property characteristic_length_max ¶ property characteristic_length_min ¶ force_outward_normals ( tag ) ¶ import_shapes ( filename ) ¶ revolve ( * args, ** kwargs ) ¶ Ball ¶ class. boolean_union ( entities, delete_first = True, delete_other = True ) ¶Īnd tool_entity are called object and tool in gmsh documentation. boolean_intersection ( entities, delete_first = True, delete_other = True ) ¶Īnd tool_entity are called object and tool in gmsh documentation. boolean_fragments ( d0, d1, delete_first = True, delete_other = True ) ¶Īnd tool_entity are called object and tool in gmsh documentation. Geometry ( init_argv = None ) ¶īases: add_ball ( * args, mesh_size = None, ** kwargs ) ¶ add_box ( * args, mesh_size = None, ** kwargs ) ¶ add_cone ( * args, mesh_size = None, ** kwargs ) ¶ add_cylinder ( * args, mesh_size = None, ** kwargs ) ¶ add_disk ( * args, mesh_size = None, ** kwargs ) ¶ add_ellipsoid ( center, radii, mesh_size = None ) ¶ add_rectangle ( * args, mesh_size = None, ** kwargs ) ¶ add_torus ( * args, mesh_size = None, ** kwargs ) ¶ add_wedge ( * args, mesh_size = None, ** kwargs ) ¶ boolean_difference ( d0, d1, delete_first = True, delete_other = True ) ¶Īnd tool_entity are called object and tool in gmsh documentation. ModelsĬan be built using constructive solid geometry, allowing for 2D and 3D polygonīoolean operations. Using the openCASCADE kernel instead of the built-in geometry kernel.
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