Index

A

AbstractMesh (class in Py3DViewer.structures.Abstractmesh) adj_edge2edge (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_edge2poly (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_edge2vtx (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_poly2edge (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

adj_poly2poly (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_poly2vtx (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_vtx2edge (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_vtx2poly (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) adj_vtx2vtx (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) area (Py3DViewer.geometry.Sphere.Sphere attribute)

B

bbox (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) black (Py3DViewer.visualization.Colors.colors attribute) blue (Py3DViewer.visualization.Colors.colors attribute) boundary() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method)

C

catmull_clark_subdivision() (in module Py3DViewer.algorithms.subdivision) center (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) clipping (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

colors (class in Py3DViewer.visualization.Colors) contains_point() (Py3DViewer.geometry.Sphere.Sphere method) Cube (class in Py3DViewer.geometry.Cube)

D

diameter (Py3DViewer.geometry.Sphere.Sphere attribute)

dijsktra() (in module Py3DViewer.algorithms.dijsktra)

E

edge_centroids (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) edge_id() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) edge_length (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

edge_valence (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) edges (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) edges_sample_at() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) euler_characteristic (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

F

filename (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

G

genus (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

get_metric() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) green (Py3DViewer.visualization.Colors.colors attribute)

H

hex2rgb() (Py3DViewer.visualization.Colors.colors method) hex_scaled_jacobian() (in module Py3DViewer.utils.metrics)

hex_to_tet_subdivision() (in module Py3DViewer.algorithms.subdivision) hex_volume() (in module Py3DViewer.utils.metrics) Hexmesh (class in Py3DViewer.structures.Hexmesh)

L

laplacian_smoothing() (in module Py3DViewer.algorithms.smoothing)

length (Py3DViewer.geometry.Segment.Segment attribute) line_segment_intersect() (Py3DViewer.geometry.Sphere.Sphere method)

M

mesh_centroid (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) mesh_is_surface (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

mesh_is_volumetric (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) mesh_subdivision() (in module Py3DViewer.algorithms.subdivision)

N

num_edges (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

num_polys (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) num_vertices (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute)

O

orange (Py3DViewer.visualization.Colors.colors attribute)

P

pick_edge() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) pick_poly() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) pick_vertex() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) point_on_segment() (Py3DViewer.geometry.Segment.Segment method) poly_add() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method) poly_centroids (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) poly_id() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) poly_remove() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method) polys (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) polys_add() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method) polys_remove() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method)

purple (Py3DViewer.visualization.Colors.colors attribute) Py3DViewer.algorithms.cleaning (module) Py3DViewer.algorithms.dijsktra (module) Py3DViewer.algorithms.heat_flow (module) Py3DViewer.algorithms.smoothing (module) Py3DViewer.algorithms.subdivision (module) Py3DViewer.geometry.Cube (module) Py3DViewer.geometry.Ray (module) Py3DViewer.geometry.Segment (module) Py3DViewer.geometry.Sphere (module) Py3DViewer.structures.Abstractmesh (module) Py3DViewer.structures.Hexmesh (module) Py3DViewer.structures.Quadmesh (module) Py3DViewer.structures.Tetmesh (module) Py3DViewer.structures.Trimesh (module) Py3DViewer.utils.ColorMap (module) Py3DViewer.utils.IO (module) Py3DViewer.utils.metrics (module) Py3DViewer.visualization.Colors (module) Py3DViewer.visualization.Viewer (module)

Q

quad_area() (in module Py3DViewer.utils.metrics) quad_aspect_ratio() (in module Py3DViewer.utils.metrics)

quad_to_tri_subdivision() (in module Py3DViewer.algorithms.subdivision) Quadmesh (class in Py3DViewer.structures.Quadmesh)

R

random_color() (Py3DViewer.visualization.Colors.colors method) Ray (class in Py3DViewer.geometry.Ray) ray_intersect() (Py3DViewer.geometry.Sphere.Sphere method) read_mesh() (in module Py3DViewer.utils.IO) read_mtl() (in module Py3DViewer.utils.IO) read_obj() (in module Py3DViewer.utils.IO)

read_off() (in module Py3DViewer.utils.IO) read_skeleton() (in module Py3DViewer.utils.IO) red (Py3DViewer.visualization.Colors.colors attribute) remove_duplicated_vertices() (in module Py3DViewer.algorithms.cleaning) remove_isolated_vertices() (in module Py3DViewer.algorithms.cleaning) reset_clipping() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) rgb2hex() (Py3DViewer.visualization.Colors.colors method)

S

save_file() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method) save_mesh() (in module Py3DViewer.utils.IO) save_obj() (in module Py3DViewer.utils.IO) save_off() (in module Py3DViewer.utils.IO)

scale (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) Segment (class in Py3DViewer.geometry.Segment) set_clipping() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) set_poly_color() (Py3DViewer.visualization.Viewer.Viewer method) show() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) (Py3DViewer.visualization.Viewer.Viewer method) solve_heat_flow() (in module Py3DViewer.algorithms.heat_flow) Sphere (class in Py3DViewer.geometry.Sphere)

T

taubin_smoothing() (in module Py3DViewer.algorithms.smoothing) teal (Py3DViewer.visualization.Colors.colors attribute) tet_scaled_jacobian() (in module Py3DViewer.utils.metrics) tet_volume() (in module Py3DViewer.utils.metrics) Tetmesh (class in Py3DViewer.structures.Tetmesh) topology_hex (Py3DViewer.geometry.Cube.Cube attribute) topology_quad (Py3DViewer.geometry.Cube.Cube attribute) (Py3DViewer.geometry.Sphere.Sphere attribute) topology_tet (Py3DViewer.geometry.Cube.Cube attribute)

topology_tris (Py3DViewer.geometry.Cube.Cube attribute) (Py3DViewer.geometry.Sphere.Sphere attribute) transform_reflection() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) transform_rotation() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) transform_scale() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) transform_translation() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) triangle_area() (in module Py3DViewer.utils.metrics) triangle_aspect_ratio() (in module Py3DViewer.utils.metrics) Trimesh (class in Py3DViewer.structures.Trimesh)

U

update() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) (Py3DViewer.visualization.Viewer.Viewer method)

update_controls() (Py3DViewer.visualization.Viewer.Viewer method)

V

vert_id() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) vert_valence (Py3DViewer.structures.Abstractmesh.AbstractMesh attribute) vertex_add() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) vertex_remove() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method) vertices (Py3DViewer.geometry.Cube.Cube attribute) (Py3DViewer.geometry.Sphere.Sphere attribute)

vertices_add() (Py3DViewer.structures.Abstractmesh.AbstractMesh method) vertices_remove() (Py3DViewer.structures.Hexmesh.Hexmesh method) (Py3DViewer.structures.Quadmesh.Quadmesh method) (Py3DViewer.structures.Tetmesh.Tetmesh method) (Py3DViewer.structures.Trimesh.Trimesh method) Viewer (class in Py3DViewer.visualization.Viewer) volume (Py3DViewer.geometry.Sphere.Sphere attribute)

W

white (Py3DViewer.visualization.Colors.colors attribute)