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Welcome to the wiki pages, which contain documentation for the pygranite library, which is a library for fast trajectory computation of particles inside of windfields using cuda hardware acceleration based on Granite.
- Windows 10/11 or linux distribution (e.g. ubuntu 20.04.1 LTS)
- CUDA capable GPU (compute capability
$\geq$ 6.1) - proprietary nvidia drivers installed (make sure you run an recent version)
- Python
$\geq$ 3.6
The build instruction can be found here.
The changelog can be found here.
Can be found here in the wiki (see sidebar).
A tutorial, going step by step through an example can be found here: 3D and 2D. Some Examples can be found in the sidebar as well.
- Space
- Integrator
- BorderMode
- CurvatureMode
- AbortReason
- AbortMode
- UpLiftMode
- WindfieldMode
- ConstantsMode
- AdditionalVolumeMode
- pgt.py : pygranite toolkit
- 2D : Visualization
- 3D : Visualization
- 3D : Reverse Computation
- 3D : Topography Test
- 3D : Total Curvature
- 3D : Individual Curvature
- 3D : Length
- 3D : Lift
- 3D : GPU Custom Computations