Examples

These are Jupyter notebooks embedded via MyST-NB. If you want to play with them on your own machine, you can download them from here.

• Mesh2d Basics
• Mesh1d basics
• Simple triangular mesh in a given geometry
• Curvilineargrid Basics
  • Generate a curvilinear grid using the transfinite interpolation method
  • Generate a curvilinear grid using the advancing front method
  • Refine/derefine a curvilinear mesh
  • Make a rectangular grid
  • Generate a curvilinear grid using the nodes at the polygons’s perimeter
  • Perform curvilinear grid orthogonalization
  • Perform curvilinear grid orthogonalization with a frozen line
  • Perform curvilinear grid smoothing
  • Perform curvilinear directional curvilinear grid smoothing
  • Perform curvilinear grid line shifting
  • Perform curvilinear insert a face
  • Perform curvilinear delete a node
  • Perform curvilinear line attraction/repulsion
  • Perform curvilinear line mirror
• Mesh2d refinement based on gridded samples
• Mesh2d refinement based on Gebco gridded samples with variable depth precision
• 1. Generating a mesh of defined extension
• 2. Saving the generated mesh to UGrid file
• 3. Reading bathymetric data form a large NetDFC file
• 4. Performing mesh refinement based on gridded data, depths as np.float32 or np.int16
• Curvilinear grid generation with defined extension
  • Create a curvilinear grid in a spherical system
  • Create a curvilinear grid in a cartesian system