|
| | create_mesh_library_figure.root = Path(__file__).resolve().parents[1] |
| list | create_mesh_library_figure.items = [('unitCube24.msh','(a) Cube'),('unitCylinderAR2_2828.msh','(b) Cylinder'),('bicrystal_48.msh','(c) Bicrystal'),('poly10_periodicXYZ.msh','(d) Periodic polycrystal')] |
| | create_mesh_library_figure.fig = plt.figure(figsize=(10,7.4));plt.rcParams.update({'font.family':'DejaVu Sans','pdf.fonttype':42}) |
| tuple | create_mesh_library_figure.lines = (root.parent/'Library/Meshes'/name).read_text().splitlines() |
| dict | create_mesh_library_figure.k = {int(t[0]):np.array(t[1:4],float) for t in (l.split() for l in lines[k+2:k+2+n])} |
| | create_mesh_library_figure.a = list(map(int,l.split())) |
| | create_mesh_library_figure.faces = defaultdict(list) |
| | create_mesh_library_figure.ids = plt.get_cmap('tab10') |
| tuple | create_mesh_library_figure.xyz = np.max(np.ptp(xyz,axis=0)) |
| list | create_mesh_library_figure.triangles = [] |
| | create_mesh_library_figure.ax = fig.add_subplot(2,2,panel,projection='3d') |
| | create_mesh_library_figure.xlim |
| | create_mesh_library_figure.ylim |
| | create_mesh_library_figure.zlim |
| | create_mesh_library_figure.zoom |
| | create_mesh_library_figure.title |
| | create_mesh_library_figure.fontsize |
| | create_mesh_library_figure.pad |
| | create_mesh_library_figure.name |
| | create_mesh_library_figure.transform |
| | create_mesh_library_figure.transAxes |
| | create_mesh_library_figure.ha |
| | create_mesh_library_figure.color |
| | create_mesh_library_figure.left |
| | create_mesh_library_figure.right |
| | create_mesh_library_figure.top |
| | create_mesh_library_figure.bottom |
| | create_mesh_library_figure.wspace |
| | create_mesh_library_figure.hspace |
| | create_mesh_library_figure.bbox_inches |
| | create_mesh_library_figure.dpi |
1.15.0