DustPy-GPU Documentation
DustPy-GPU is a GPU-enabled fork of DustPy
for simulations of gas and dust evolution in protoplanetary disks. It preserves
the dustpy import name and upstream API while adding per-simulation NumPy and
CuPy backend selection.
This documentation covers the GPU fork, backend behavior, adapted examples, numerical parity, and performance. Refer to the upstream DustPy documentation for the complete physics and standard API reference.
DustPy-GPU
GPU Tutorials and Examples
- 1. Basic Usage
- 2. Simple Customization
- 3. Advanced Customization
- 4. The Standard Model
- Dust
Simulation.dust.backreactionSimulation.dust.boundarySimulation.dust.coagulationSimulation.dust.deltaSimulation.dust.FiSimulation.dust.pSimulation.dust.SSimulation.dust.vSimulation.dust.aSimulation.dust.DSimulation.dust.epsSimulation.dust.fillSimulation.dust.HSimulation.dust.kernelSimulation.dust.rhoSimulation.dust.rhosSimulation.dust.SigmaSimulation.dust.SigmaFloorSimulation.dust.St- Update order
- Gas
Simulation.gas.boundarySimulation.gas.SSimulation.gas.torqueSimulation.gas.vSimulation.gas.alphaSimulation.gas.csSimulation.gas.etaSimulation.gas.FiSimulation.gas.HpSimulation.gas.mfpSimulation.gas.muSimulation.gas.nSimulation.gas.nuSimulation.gas.PSimulation.gas.rhoSimulation.gas.SigmaSimulation.gas.SigmaFloorSimulation.gas.T- Update order
- Grid
- Star
- Time
- Integrator
- Writer
- Dust
- 5. Dust Coagulation
- 6. Dust Evolution
- 7. Gas Evolution
- Test: Gas Evolution
- Test: Analytical Coagulation Kernels
- Example: Ice Lines
- Example: Planetary Gaps
- Example: Planetesimal Formation