Expand description
Grad-Shafranov kernel and equilibrium solver.
Stage 3: core kernel modules Stage 4: ignition, transport, stability, RF heating
Modules§
- amr_
kernel - AMR-assisted equilibrium solve wrapper.
- bfield
- Magnetic field computation from flux function.
- bout_
interface - BOUT++ coupling interface for 3D MHD stability analysis.
- ignition
- Ignition physics: Bosch-Hale D-T reaction rate and thermodynamics.
- inverse
- Inverse reconstruction module with selectable Jacobian mode.
- jacobian
- Jacobian builders for inverse profile reconstruction.
- jit
- Reduced runtime kernel specialization and hot-swap lane.
- kernel
- FusionKernel — The Grad-Shafranov equilibrium solver.
- memory_
transport - Phase-space memory-kernel transport model.
- mpi_
domain - MPI-oriented domain decomposition scaffolding.
- particles
- Reduced particle tracker overlay for hybrid MHD/PIC-style current feedback.
- pedestal
- Simplified EPED-like pedestal model with ELM trigger logic.
- rf_
heating - ICRH ray tracing for RF heating deposition.
- source
- Nonlinear plasma source term for the Grad-Shafranov equation.
- stability
- Stability analysis: decay index, force balance, eigenvalue analysis.
- transport
- 1.5D radial transport solver with Bohm/Gyro-Bohm turbulence model.
- vacuum
- Vacuum magnetic field from coils via toroidal Green’s function.
- vmec_
interface - Lightweight VMEC-compatible boundary-state wrapper.
- xpoint
- X-point (magnetic null) detection.