Releases: tum-pbs/PhiFlow
Releases · tum-pbs/PhiFlow
3.2.0
Highlights
Fieldnow supports setting variable/value attributes- New Geometry type:
Cylinder SDFGridcan now store surface normals- Add
read_stl() - Unstructured mesh faces now build faster
- Many common functions have been added to the convenience import
phi.flow - Vector-functions moved from PhiML to
phi.geom - Improved plots
Plus tons of bug fixes! See #182
pip install phiflow==3.2.03.1.0
3D plotting + triangle meshes #177
Highlights
- Improved Plotly 3D plots and added support for animated plots
- Updated
Meshto handle 3D triangle meshes, support mesh decimation Geometrynow supports named sets of sample points- Numerous additions to
phi.geom, such as geometry intersections, line tracing, marching cubes, signed distance fields
3.0.1
3.0.0
Version 3.0 marks a milestone release for Φ-Flow, introducing many new features and simplifying the API. #165
Highlights
- Support for unstructured meshes. This includes many field and physics operations, allowing grid simulations to be ported to FVM with little effort. Meshes can be loaded from
.su2and.gmshfiles. - Major plotting improvements: new plot types, such as bar charts, histograms, streamlines, points clouds with cmap. More flexible arguments, e.g. error bars, color, alpha, same_scale.
- Improved documentation: The GitHub page now lists a collection of examples in the form of Jupyter notebooks.
- Sparse neighborhood search using GPU-enabled hash grids. This enables simulations with interacting particles, such as SPH.
- All linear solves can now use the ILU preconditioner.
- The
phi.mathpackage is now stand-along as thephimllibrary. - All types of fields have been merge into the
Fieldclass which makes a lot of functionality more easily accessible. The legacy constructors still work but now returnFieldinstances. - Boundaries are now easier to define, e.g.
{'x-': 0, 'x+': 1} - Support for geometries defined by SDF grids.