DataSet.plot

DataSet.plot(

off_screen: bool | None = None,

full_screen: bool | None = None,

screenshot: str | bool | None = None,

interactive: bool = True,

cpos: CameraPositionOptions | None = None,

window_size: list[int] | None = None,

show_bounds: bool = False,

show_axes: bool | None = None,

notebook: bool | None = None,

background: ColorLike | None = None,

text: str = '',

return_img: bool = False,

eye_dome_lighting: bool = False,

volume: bool = False,

parallel_projection: bool = False,

jupyter_backend: JupyterBackendOptions | None = None,

return_viewer: bool = False,

return_cpos: bool = False,

jupyter_kwargs: dict[str, Any] | None = None,

theme: Theme | ThemeOptions | str | None = None,

anti_aliasing: Literal['ssaa', 'msaa', 'fxaa'] | bool | None = None,

zoom: str | float | None = None,

border: bool | None = None,

border_color: ColorLike | None = None,

border_width: float | None = None,

ssao: bool = False,

before_close_callback: Callable[[Plotter], None] | None = None,

**kwargs,

)

Plot a PyVista, NumPy, or VTK object.

Note

This function is also available via command-line interface. See pyvista plot for details.

Parameters:

var_itempyvista.DataSet

See Plotter.add_mesh for all supported types.

off_screenbool, optional

Plots off screen when True. Helpful for saving screenshots without a window popping up. Defaults to the global setting pyvista.OFF_SCREEN.

full_screenbool, default: pyvista.plotting.themes.Theme.full_screen

Opens window in full screen. When enabled, ignores window_size.

screenshotstr | bool, optional

Saves screenshot to file when enabled. See: Plotter.screenshot(). Default False.

When True, takes screenshot and returns numpy array of image.

interactivebool, default: pyvista.plotting.themes.Theme.interactive

Allows user to pan and move figure.

cposCameraPositionOptions, optional

List of camera position, focal point, and view up. See the pyvista.Plotter.camera_position for concrete examples on how to use this parameter and Cameras for a detailed documentation on pyvista.Camera.

window_sizelist[int], default: pyvista.plotting.themes.Theme.window_size

Window size in pixels.

show_boundsbool, default: False

Shows mesh bounds when True.

show_axesbool, default: pyvista.plotting.themes._AxesConfig.show

Shows a vtk axes widget.

notebookbool, default: pyvista.plotting.themes.Theme.notebook

When True, the resulting plot is placed inline a jupyter notebook. Assumes a jupyter console is active.

backgroundColorLike, default: pyvista.plotting.themes.Theme.background

Color of the background.

textstr, optional

Adds text at the bottom of the plot.

return_imgbool, default: False

Returns a NumPy array of the last image rendered.

eye_dome_lightingbool, optional

Enables eye dome lighting.

volumebool, default: False

Use the Plotter.add_volume() method for volume rendering.

parallel_projectionbool, default: False

Enable parallel projection.

jupyter_backendJupyterBackendOptions, optional

Jupyter notebook plotting backend to use. See available documentation at pyvista.set_jupyter_backend() to see all valid values for this parameter along with a detailed documentation.

Defaults to pyvista.plotting.themes.Theme.jupyter_backend

return_viewerbool, default: False

Return the jupyterlab viewer, scene, or display object when plotting with jupyter notebook.

return_cposbool, default: False

Return the last camera position from the render window when enabled. Defaults to value in theme settings.

jupyter_kwargsdict, optional

Keyword arguments for the Jupyter notebook plotting backend. See Customize Trame Toolbar for an example using this keyword.

themepyvista.plotting.themes.Theme | str, optional

Plot-specific theme. Accepts a Theme instance or a registered theme name (for example, 'dark'); see registered_themes().

anti_aliasingLiteral[‘ssaa’, ‘msaa’, ‘fxaa’] | bool, optional

Enable or disable anti-aliasing. If True, uses "msaa". If False, disables anti_aliasing. If a string, should be one of the following:

• "ssaa" - Super-Sample Anti-Aliasing

• "msaa" - Multi-Sample Anti-Aliasing

• "fxaa" - Fast Approximate Anti-Aliasing

Defaults to pyvista.plotting.themes.Theme.anti_aliasing

zoomfloat | str, optional

Camera zoom. Either 'tight' or a float. A value greater than 1 is a zoom-in, a value less than 1 is a zoom-out. Must be greater than 0.

borderbool, optional

Draw a border around the render window. None is drawn by default.

border_colorColorLike, optional

Color of the border. Defaults to pyvista.global_theme.border_color. Accepts a string, rgb list, or hex color string. For example:

• color='white'

• color='w'

• color=[1.0, 1.0, 1.0]

• color='#FFFFFF'

border_widthfloat, optional

Width of the border in pixels when enabled. Defaults to pyvista.global_theme.border_width.

ssaobool, optional

Enable surface space ambient occlusion (SSAO). See Plotter.enable_ssao() for more details.

before_close_callbackCallable, optional

Callback that is called before the plotter is closed. The function takes a single parameter, which is the plotter object before it closes. An example of use is to capture a screenshot after interaction:

def fun(plotter):
    plotter.screenshot('file.png')

**kwargsdict, optional

See pyvista.Plotter.add_mesh() for additional options.

Returns:

cposlist

List of camera position, focal point, and view up. Returned only when return_cpos=True or set in the default global or plot theme. Not returned when in a jupyter notebook and return_viewer=True.

imagenp.ndarray

NumPy array of the last image when either return_img=True or screenshot=True is set. Not returned when in a jupyter notebook with return_viewer=True. Optionally contains alpha values. Sized:

• [Window height x Window width x 3] if the theme sets transparent_background=False.

• [Window height x Window width x 4] if the theme sets transparent_background=True.

widgetipywidgets.Widget

IPython widget when return_viewer=True.

Examples

Download Python source code | Download Jupyter notebook

Plot a simple sphere while showing its edges.

>>> import pyvista as pv
>>> mesh = pv.Sphere()
>>> mesh.plot(show_edges=True)

Static Scene

Interactive Scene

Plot a volume mesh. Color by distance from the center of the ImageData. Note volume=True is passed.

>>> import numpy as np
>>> grid = pv.ImageData(dimensions=(32, 32, 32), spacing=(0.5, 0.5, 0.5))
>>> grid['data'] = np.linalg.norm(grid.center - grid.points, axis=1)
>>> grid['data'] = np.abs(grid['data'] - grid['data'].max()) ** 3
>>> grid.plot(volume=True)

Static Scene

Interactive Scene

See Also

pyvista.plot_compare

pyvista.plot_arrows

pyvista.Plotter

Used In

Guides

• Overview (6 uses)
• Plotting Themes (3 uses)
• PyVista Data Model (3 uses)
• What Is a Mesh? (3 uses)
• Examples & Datasets (2 uses)
• 8 more

  • Transitioning From VTK to PyVista (2 uses)
  • Why PyVista? (2 uses)
  • Basic API Usage (1 use)
  • Interactive Plotting (1 use)
  • Sphinx PyVista Plot Directive (1 use)
  • User Guide (1 use)
  • downloads (1 use)
  • examples (1 use)

Docstring Examples

• ImageDataFilters.image_dilate_erode (3 uses)
• Plotter.add_mesh (3 uses)
• PolyDataFilters.delaunay_2d (3 uses)
• UnstructuredGridFilters.delaunay_2d (3 uses)
• Wavelet (3 uses)
• 351 more

  • DataObjectFilters.triangulate (2 uses)
  • DataSetFilters.color_labels (2 uses)
  • DataSetFilters.compute_derivative (2 uses)
  • DataSetFilters.contour (2 uses)
  • DataSetFilters.shrink (2 uses)
  • DataSetFilters.tessellate (2 uses)
  • DataSetFilters.threshold (2 uses)
  • DataSetFilters.warp_by_scalar (2 uses)
  • ImageDataFilters.close (2 uses)
  • ImageDataFilters.gaussian_smooth (2 uses)
  • ImageDataFilters.image_threshold (2 uses)
  • ImageDataFilters.median_smooth (2 uses)
  • ImageDataFilters.open (2 uses)
  • ImageDataFilters.resample (2 uses)
  • ImageDataFilters.select_values (2 uses)
  • MultiBlock.plot (2 uses)
  • PartitionedDataSet.plot (2 uses)
  • PointSet.plot (2 uses)
  • PointSet.threshold (2 uses)
  • PolyDataFilters.decimate (2 uses)
  • PolyDataFilters.decimate_pro (2 uses)
  • PolyDataFilters.subdivide (2 uses)
  • PolyDataFilters.subdivide_adaptive (2 uses)
  • PolyDataFilters.triangulate (2 uses)
  • SolidSphere (2 uses)
  • UnstructuredGridFilters.subdivide_tetra (2 uses)
  • download_tri_quadratic_hexahedron (2 uses)
  • plot (2 uses)
  • sample_function (2 uses)
  • AVSucdReader (1 use)
  • Arrow (1 use)
  • BMPReader (1 use)
  • BYUReader (1 use)
  • BinaryMarchingCubesReader (1 use)
  • Box (1 use)
  • Capsule (1 use)
  • Circle (1 use)
  • Cone (1 use)
  • Cube (1 use)
  • CubeFacesSource.explode_factor (1 use)
  • CubeFacesSource.shrink_factor (1 use)
  • Cylinder (1 use)
  • CylinderStructured (1 use)
  • DEMReader (1 use)
  • DICOMReader (1 use)
  • DataObject.copy_attributes (1 use)
  • DataObject.copy_structure (1 use)
  • DataObjectFilters.cell_data_to_point_data (1 use)
  • DataObjectFilters.cell_quality (1 use)
  • DataObjectFilters.clip (1 use)
  • DataObjectFilters.clip_box (1 use)
  • DataObjectFilters.clip_slab (1 use)
  • DataObjectFilters.compute_cell_sizes (1 use)
  • DataObjectFilters.elevation (1 use)
  • DataObjectFilters.extract_all_edges (1 use)
  • DataObjectFilters.point_data_to_cell_data (1 use)
  • DataObjectFilters.reflect (1 use)
  • DataObjectFilters.sample (1 use)
  • DataObjectFilters.slice (1 use)
  • DataObjectFilters.slice_implicit (1 use)
  • DataObjectFilters.transform (1 use)
  • DataSetFilters.clip_scalar (1 use)
  • DataSetFilters.clip_surface (1 use)
  • DataSetFilters.delaunay_3d (1 use)
  • DataSetFilters.explode (1 use)
  • DataSetFilters.extract_feature_edges (1 use)
  • DataSetFilters.extract_largest (1 use)
  • DataSetFilters.extract_points (1 use)
  • DataSetFilters.gaussian_splatting (1 use)
  • DataSetFilters.merge (1 use)
  • DataSetFilters.threshold_percent (1 use)
  • DataSetFilters.voxelize (1 use)
  • DataSetFilters.voxelize_rectilinear (1 use)
  • Disc (1 use)
  • Dodecahedron (1 use)
  • Ellipse (1 use)
  • ExplicitStructuredGrid (1 use)
  • ExplicitStructuredGrid.cast_to_unstructured_grid (1 use)
  • ExplicitStructuredGrid.compute_connections (1 use)
  • ExplicitStructuredGrid.compute_connectivity (1 use)
  • ExplicitStructuredGrid.hide_cells (1 use)
  • ExplicitStructuredGrid.show_cells (1 use)
  • FLUENTCFFReader (1 use)
  • FacetReader (1 use)
  • GESignaReader (1 use)
  • GIFReader (1 use)
  • GambitReader (1 use)
  • Grid.dimensions (1 use)
  • HDFReader (1 use)
  • Icosahedron (1 use)
  • Icosphere (1 use)
  • ImageData.spacing (1 use)
  • ImageData.to_tetrahedra (1 use)
  • ImageDataFilters.concatenate (1 use)
  • ImageDataFilters.label_connectivity (1 use)
  • ImageDataFilters.pad_image (1 use)
  • JPEGReader (1 use)
  • KochanekSpline (1 use)
  • Line (1 use)
  • MINCImageReader (1 use)
  • MetaImageReader (1 use)
  • NIFTIReader (1 use)
  • NRRDReader (1 use)
  • Nek5000Reader (1 use)
  • OBJReader (1 use)
  • Octahedron (1 use)
  • PLYReader (1 use)
  • PNGReader (1 use)
  • PNMReader (1 use)
  • PVDReader (1 use)
  • ParametricBohemianDome (1 use)
  • ParametricBour (1 use)
  • ParametricBoy (1 use)
  • ParametricCatalanMinimal (1 use)
  • ParametricConicSpiral (1 use)
  • ParametricCrossCap (1 use)
  • ParametricDini (1 use)
  • ParametricEllipsoid (1 use)
  • ParametricEnneper (1 use)
  • ParametricFigure8Klein (1 use)
  • ParametricHenneberg (1 use)
  • ParametricKlein (1 use)
  • ParametricKuen (1 use)
  • ParametricMobius (1 use)
  • ParametricPluckerConoid (1 use)
  • ParametricPseudosphere (1 use)
  • ParametricRandomHills (1 use)
  • ParametricRoman (1 use)
  • ParametricSuperEllipsoid (1 use)
  • ParametricSuperToroid (1 use)
  • ParametricTorus (1 use)
  • ParticleReader (1 use)
  • Plane (1 use)
  • PlatonicSolid (1 use)
  • Plotter.enable_ssao (1 use)
  • Plotter.remove_all_lights (1 use)
  • PointSet.delaunay_3d (1 use)
  • PointSet.explode (1 use)
  • PointSet.threshold_percent (1 use)
  • PolyData (1 use)
  • PolyData.from_irregular_faces (1 use)
  • PolyData.from_regular_faces (1 use)
  • PolyData.verts (1 use)
  • PolyDataFilters.append_polydata (1 use)
  • PolyDataFilters.clip_closed_surface (1 use)
  • PolyDataFilters.collision (1 use)
  • PolyDataFilters.compute_arc_length (1 use)
  • PolyDataFilters.curvature (1 use)
  • PolyDataFilters.edge_mask (1 use)
  • PolyDataFilters.extrude (1 use)
  • PolyDataFilters.extrude_rotate (1 use)
  • PolyDataFilters.extrude_trim (1 use)
  • PolyDataFilters.merge (1 use)
  • PolyDataFilters.protein_ribbon (1 use)
  • PolyDataFilters.remove_points (1 use)
  • PolyDataFilters.ribbon (1 use)
  • PolyDataFilters.smooth (1 use)
  • PolyDataFilters.strip (1 use)
  • PolyDataFilters.tube (1 use)
  • Polygon (1 use)
  • ProStarReader (1 use)
  • Pyramid (1 use)
  • Quadrilateral (1 use)
  • Rectangle (1 use)
  • RectilinearGrid (1 use)
  • RectilinearGrid.dimensions (1 use)
  • RectilinearGrid.to_tetrahedra (1 use)
  • Renderer.enable_ssao (1 use)
  • SLCReader (1 use)
  • STLReader (1 use)
  • SeriesReader (1 use)
  • SolidSphereGeneric (1 use)
  • Sphere (1 use)
  • Spline (1 use)
  • StructuredGrid.hide_cells (1 use)
  • StructuredGrid.hide_points (1 use)
  • StructuredSphere (1 use)
  • Superquadric (1 use)
  • TIFFReader (1 use)
  • Tetrahedron (1 use)
  • Text3D (1 use)
  • Triangle (1 use)
  • Tube (1 use)
  • UnstructuredGrid (1 use)
  • UnstructuredGrid.cast_to_explicit_structured_grid (1 use)
  • VTKDataSetReader (1 use)
  • XMLPolyDataReader (1 use)
  • XMLRectilinearGridReader (1 use)
  • XMLStructuredGridReader (1 use)
  • XMLUnstructuredGridReader (1 use)
  • _PointSetBase.remove_cells (1 use)
  • download_3gqp (1 use)
  • download_aero_bracket (1 use)
  • download_angular_sector (1 use)
  • download_antarctica_velocity (1 use)
  • download_armadillo (1 use)
  • download_beach (1 use)
  • download_bird (1 use)
  • download_bird_bath (1 use)
  • download_black_vase (1 use)
  • download_blood_vessels (1 use)
  • download_blow (1 use)
  • download_brain (1 use)
  • download_bunny (1 use)
  • download_bunny_coarse (1 use)
  • download_cad_model (1 use)
  • download_cad_model_case (1 use)
  • download_cake_easy (1 use)
  • download_can_crushed_hdf (1 use)
  • download_can_crushed_vtu (1 use)
  • download_carburetor (1 use)
  • download_carotid (1 use)
  • download_cells_nd (1 use)
  • download_cgns_multi (1 use)
  • download_chest (1 use)
  • download_clown (1 use)
  • download_coastlines (1 use)
  • download_coil_magnetic_field (1 use)
  • download_cow (1 use)
  • download_cow_head (1 use)
  • download_crater_topo (1 use)
  • download_damavand_volcano (1 use)
  • download_delaunay_example (1 use)
  • download_dicom_stack (1 use)
  • download_disc_quads (1 use)
  • download_dolfin (1 use)
  • download_dragon (1 use)
  • download_drill (1 use)
  • download_e07733s002i009 (1 use)
  • download_embryo (1 use)
  • download_emoji (1 use)
  • download_face (1 use)
  • download_face2 (1 use)
  • download_faults (1 use)
  • download_fea_bracket (1 use)
  • download_fea_hertzian_contact_cylinder (1 use)
  • download_filled_contours (1 use)
  • download_foot_bones (1 use)
  • download_frd (1 use)
  • download_frog (1 use)
  • download_full_head (1 use)
  • download_gif_simple (1 use)
  • download_gourds (1 use)
  • download_gourds_pnm (1 use)
  • download_gpr_path (1 use)
  • download_great_white_shark (1 use)
  • download_grey_nurse_shark (1 use)
  • download_guitar (1 use)
  • download_headsq (1 use)
  • download_honolulu (1 use)
  • download_horse (1 use)
  • download_horse_points (1 use)
  • download_human (1 use)
  • download_iron_protein (1 use)
  • download_ivan_angel (1 use)
  • download_jupiter_surface (1 use)
  • download_kitchen (1 use)
  • download_knee (1 use)
  • download_knee_full (1 use)
  • download_letter_a (1 use)
  • download_letter_k (1 use)
  • download_lidar (1 use)
  • download_lincoln_life_mask (1 use)
  • download_lobster (1 use)
  • download_lshape (1 use)
  • download_mars_surface (1 use)
  • download_masonry_texture (1 use)
  • download_mercury_surface (1 use)
  • download_model_with_variance (1 use)
  • download_moon_surface (1 use)
  • download_moonlanding_image (1 use)
  • download_motor (1 use)
  • download_mount_damavand (1 use)
  • download_nefertiti (1 use)
  • download_nek5000 (1 use)
  • download_neptune_surface (1 use)
  • download_notch_displacement (1 use)
  • download_notch_stress (1 use)
  • download_oblique_cone (1 use)
  • download_owl (1 use)
  • download_particles (1 use)
  • download_particles_lethe (1 use)
  • download_pepper (1 use)
  • download_pine_roots (1 use)
  • download_plastic_vase (1 use)
  • download_pluto_surface (1 use)
  • download_poly_line (1 use)
  • download_prism (1 use)
  • download_prostar (1 use)
  • download_prostate (1 use)
  • download_pump_bracket (1 use)
  • download_puppy (1 use)
  • download_room_cff (1 use)
  • download_room_surface_mesh (1 use)
  • download_saddle_surface (1 use)
  • download_saturn_rings (1 use)
  • download_saturn_surface (1 use)
  • download_sea_vase (1 use)
  • download_shark (1 use)
  • download_sky_box_nz (1 use)
  • download_sparse_points (1 use)
  • download_spider (1 use)
  • download_st_helens (1 use)
  • download_stars_cloud_hyg (1 use)
  • download_structured_grid (1 use)
  • download_structured_grid_two (1 use)
  • download_sun_surface (1 use)
  • download_t3_grid_0 (1 use)
  • download_teapot (1 use)
  • download_tensors (1 use)
  • download_tetra_dc_mesh (1 use)
  • download_thermal_probes (1 use)
  • download_topo_global (1 use)
  • download_topo_land (1 use)
  • download_torso (1 use)
  • download_trumpet (1 use)
  • download_turbine_blade (1 use)
  • download_unstructured_grid (1 use)
  • download_uranus_surface (1 use)
  • download_urn (1 use)
  • download_usa (1 use)
  • download_venus_surface (1 use)
  • download_vtk (1 use)
  • download_washington_bust (1 use)
  • download_woman (1 use)
  • download_yinyang (1 use)
  • get_reader (1 use)
  • glyphs (1 use)
  • line_segments_from_points (1 use)
  • lines_from_points (1 use)
  • load_airplane (1 use)
  • load_ant (1 use)
  • load_channels (1 use)
  • load_explicit_structured (1 use)
  • load_globe (1 use)
  • load_hexbeam (1 use)
  • load_hydrogen_orbital (1 use)
  • load_logo (1 use)
  • load_nut (1 use)
  • load_planet (1 use)
  • load_planet_rings (1 use)
  • load_random_hills (1 use)
  • load_rectilinear (1 use)
  • load_sphere (1 use)
  • load_spline (1 use)
  • load_structured (1 use)
  • load_tetbeam (1 use)
  • load_uniform (1 use)
  • make_tri_mesh (1 use)
  • merge (1 use)
  • perlin_noise (1 use)

Gallery Examples

Parametric Geometric Objects

Parametric Geometric Objects

23 uses

Applying Textures

Applying Textures

10 uses

Image Data Representations

Image Data Representations

8 uses

Creating a Spline

Creating a Spline

6 uses

Create Sphere Mesh Multiple Ways

Create Sphere Mesh Multiple Ways

5 uses

Lighting Properties

Lighting Properties

5 uses

Load and Plot From a File

Load and Plot From a File

5 uses

Boolean Operations

Boolean Operations

4 uses

Colormap Choices

Colormap Choices

4 uses

Control Global and Local Plotting Themes

Control Global and Local Plotting Themes

4 uses

Create Triangulated Surface

Create Triangulated Surface

4 uses

Creating a Structured Surface

Creating a Structured Surface

4 uses

Creating an Unstructured Grid

Creating an Unstructured Grid

4 uses

Fast Fourier Transform

Fast Fourier Transform

4 uses

Computing Surface Normals

Computing Surface Normals

3 uses

Decimation

Decimation

3 uses

Fast Fourier Transform With Perlin Noise

Fast Fourier Transform With Perlin Noise

3 uses

Plot With Opacity

Plot With Opacity

3 uses

Point Cell Scalars

Point Cell Scalars

3 uses

Slicing

Slicing

3 uses

Surface Smoothing

Surface Smoothing

3 uses

Terrain Following Mesh

Terrain Following Mesh

3 uses

Types of Shading

Types of Shading

3 uses

Connectivity

Connectivity

2 uses

Create Point Cloud

Create Point Cloud

2 uses

Create PolyData

Create PolyData

2 uses

Creating a Uniform Grid

Creating a Uniform Grid

2 uses

Extract Surface

Extract Surface

2 uses

Marching Cubes

Marching Cubes

2 uses

Parallel Files

Parallel Files

2 uses

Plot Atomic Orbitals

Plot Atomic Orbitals

2 uses

Read Image Files

Read Image Files

2 uses

Setting Backface Properties

Setting Backface Properties

2 uses

Topographic Map

Topographic Map

2 uses

Volumetric Analysis

Volumetric Analysis

2 uses

Voxelize a Surface Mesh

Voxelize a Surface Mesh

2 uses

Adding a New Gallery Example

Adding a New Gallery Example

1 use

Compare Field Across Mesh Regions

Compare Field Across Mesh Regions

1 use

Computing Mesh Quality

Computing Mesh Quality

1 use

Contouring

Contouring

1 use

Create a GIF Movie

Create a GIF Movie

1 use

Create a PointSet

Create a PointSet

1 use

Creating an Explicit Structured Grid

Creating an Explicit Structured Grid

1 use

Crop Labeled ImageData

Crop Labeled ImageData

1 use

Detailed Resampling

Detailed Resampling

1 use

Disabling Mesh Lighting

Disabling Mesh Lighting

1 use

Eye Dome Lighting

Eye Dome Lighting

1 use

Hide Cells With Ghosting

Hide Cells With Ghosting

1 use

Plot Truss-Like FEA Solution With Cylinders

Plot Truss-Like FEA Solution With Cylinders

1 use

Project to a Plane

Project to a Plane

1 use

Read FEniCS/Dolfin Meshes

Read FEniCS/Dolfin Meshes

1 use

Sample Function: Perlin Noise in 3D

Sample Function: Perlin Noise in 3D

1 use

Save a Movie Using Glyphs

Save a Movie Using Glyphs

1 use

Show Edges

Show Edges

1 use

Visualize Hertzian Contact Stress

Visualize Hertzian Contact Stress

1 use

Visualize Modal Analysis of a Pump Bracket

Visualize Modal Analysis of a Pump Bracket

1 use

Volume Rendering

Volume Rendering

1 use

Working With glTF Files

Working With glTF Files

1 use