Quick Examples¶

Here is a gallery of all the quick examples demonstrating what PyVista can do!

All of these examples are live and available on MyBinder!

Mesh Creation¶

These examples demo how to read various file types into PyVista mesh objects, create meshes from NumPy arrays, and how to create primitive geometric objects like spheres, arrows, cubes, ellipsoids and more! Once a mesh is loaded, it is ready for plotting with just a few lines of code - explore these examples to get started with using PyVista for your data.

Geometric Objects¶

Parametric Geometric Objects¶

Create Point Cloud¶

Create PolyData¶

Creating a Spline¶

Creating a Structured Surface¶

Create Triangulated Surface¶

Creating a Uniform Grid¶

Creating an Unstructured Grid¶

Read FEniCS/Dolfin Meshes¶

Load and Plot from a File¶

Read Image Files¶

Parallel Files¶

Terrain Following Mesh¶

Filtering¶

These examples show case various mesh analysis and filtering routines present in the Filters module. Explore these demos to perform tasks such as:

Slicing and cutting meshes
Computing mesh properties like volume, area, and surface normals
Mesh decimation
Extract regions of one mesh using another mesh’s surface
Ray tracing through surface meshes
Resampling and interpolating scalar/vector values across meshes
Integrating a vector field to generate streamlines
Smoothing surfaces

Boolean Operations¶

Extract Cell Centers¶

Clipping with a Surface¶

Clipping with Planes & Boxes¶

Computing Surface Normals¶

Distance Between Two Surfaces¶

Extract Cells Inside Surface¶

Extract Edges¶

Gaussian Smoothing¶

Geodesic Paths¶

Plotting Glyphs (Vectors)¶

Compute Gradients of a Field¶

Ray Tracing¶

Project to a Plane¶

Resampling & Interpolating¶

Using Common Filters¶

Voxelize a Surface Mesh¶

Warping by Vectors¶

Plotting¶

These examples show case many of the possibilities for altering how you display spatial data. Explore these examples to learn how to leverage our powerful 3D plotting routines to perform tasks like:

Color mapping scalar values with matplotlib colormaps
Creating animations as GIFs or movie files
Showing the edges and nodes of different mesh types
Use sophisticated lighting techniques like smooth shading or Eye Dome Lighting
Glyph a vector or scalar field on a mesh (place/orient a mesh on anther mesh’s nodes and scale/orient based on data values)
Label points in 3D space along side your meshes
Creating side-by-side comparisons
Making a dataset transparent or using a scalar value to map opacity
Adding textures/images draped over a mesh (texture mapping)
Rendering a depth image