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pyvista.PolyData
add_field_array
add_field_data
boolean_add
boolean_cut
boolean_difference
boolean_intersection
boolean_union
cast_to_unstructured_grid
cell_bounds
cell_centers
cell_data_to_point_data
cell_n_points
cell_points
cell_type
center_of_mass
clean
clear_arrays
clear_cell_arrays
clear_cell_data
clear_data
clear_field_arrays
clear_field_data
clear_point_arrays
clear_point_data
clear_textures
clip
clip_box
clip_closed_surface
clip_scalar
clip_surface
collision
compute_arc_length
compute_cell_quality
compute_cell_sizes
compute_derivative
compute_implicit_distance
compute_normals
connectivity
contour
copy
copy_attributes
copy_meta_from
copy_structure
ctp
curvature
decimate
decimate_boundary
decimate_pro
deep_copy
delaunay_2d
delaunay_3d
edge_mask
elevation
extract_all_edges
extract_cells
extract_feature_edges
extract_geometry
extract_largest
extract_points
extract_surface
extrude
extrude_rotate
fill_holes
find_cells_along_line
find_cells_within_bounds
find_closest_cell
find_closest_point
flip_normal
flip_normals
flip_x
flip_y
flip_z
geodesic
geodesic_distance
get_array
get_array_association
get_data_range
glyph
head
interpolate
intersection
merge
multi_ray_trace
outline
outline_corners
overwrite
plot
plot_boundaries
plot_curvature
plot_normals
plot_over_circular_arc
plot_over_circular_arc_normal
plot_over_line
point_data_to_cell_data
points_to_double
probe
project_points_to_plane
ptc
ray_trace
reconstruct_surface
reflect
remove_cells
remove_points
rename_array
ribbon
rotate_vector
rotate_x
rotate_y
rotate_z
sample
sample_over_circular_arc
sample_over_circular_arc_normal
sample_over_line
save
scale
select_enclosed_points
set_active_scalars
set_active_tensors
set_active_vectors
shallow_copy
shrink
slice
slice_along_axis
slice_along_line
slice_orthogonal
smooth
split_bodies
streamlines
streamlines_evenly_spaced_2D
streamlines_from_source
strip
subdivide
subdivide_adaptive
surface_indices
texture_map_to_plane
texture_map_to_sphere
threshold
threshold_percent
transform
translate
triangulate
tube
warp_by_scalar
warp_by_vector
active_normals
active_scalars
active_scalars_info
active_scalars_name
active_t_coords
active_tensors
active_tensors_info
active_tensors_name
active_vectors
active_vectors_info
active_vectors_name
actual_memory_size
area
array_names
arrows
bounds
cell_arrays
cell_data
cell_normals
center
extent
face_normals
faces
field_arrays
field_data
is_all_triangles
is_manifold
length
lines
memory_address
n_arrays
n_cells
n_faces
n_lines
n_open_edges
n_points
n_verts
number_of_cells
number_of_faces
number_of_points
obbTree
point_arrays
point_data
point_normals
points
t_coords
textures
vectors
verts
volume
pyvista.UnstructuredGrid
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pyvista.ExplicitStructuredGrid
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active_tensors
¶
property
PolyData.
active_tensors
:
Optional
[
numpy.ndarray
]
¶
Return the active tensors array.