magnet.generate

Mesh generation module.

Contains functions for generating simple 2D and 3D meshes from scratch. 3D meshes are generated using gmsh.

Functions

circular_holes(output_path[, lc, N, r])	Create a mesh with circular holes.
circular_inclusions(output_path[, lc, N, r])	Create a mesh with circular inclusions.
dataset_2D(composition, output_path, ...[, ...])	Generate dataset of 2D meshes.
dataset_2D_hetero(composition, output_path, ...)	Generate dataset of 2D meshes.
dataset_3D(n_cubes, n_cubes_portions, ...[, ...])	Generate dataset of 3D meshes.
delaunay_tria(output_path[, bounds])	Generate a mesh of random triangles.
double_circle(output_path[, r, center, lc])	Create a mesh made by 2 intersecting circles.
generate_Heterogeneous_cube(output_path, N_parts)	Generate a heterogeneous mesh of the unit cube.
generate_cube(output_path[, bounds])	Generate a mesh of the unit cube.
generate_cube_portion(output_path[, bounds])	Generate a mesh of a portion of the unit cube.
generate_dataset_heterogeneous(n_cubes, ...)	Generate dataset of 3D heterogeneous meshes.
heterogeneous_square(output_path[, lc])	Create a mesh of a heterogeneous square.
holed_square(output_path[, lc, r])	Create a square mesh with a circular hole.
mixed_tets_hexa(output_path[, lc])	Generate a mixed mesh of tetrahedra and hexahedra.
structured_quads(output_path[, bounds])	Generate a structured mesh of rectangles.
structured_tria(output_path[, bounds])	Generate a structured mesh of triangles.
tetrahedra_from_stl(surface_path[, ...])	Create a tetrahedral mesh from a STL file.
view_using_gmsh_fltk(mesh_path)	Visualize a mesh using Gmsh GUI.
voronoi_tess(output_path[, bounds])	Generate a Voronoi mesh.