Getting Started
Usage
Solvers
Available Solvers
Vlasov 1D1V Solver
Vlasov 1D2V Solver
Vlasov-2D Overview
Vlasov-Fokker-Planck 1D Solver
Vlasov-Fokker-Planck 2D Solver
Joglekar 2014 reconstruction and hydro coupling
Periodic MAGPIE carbon-flow initialization
Review trigger: this page defines the physical-unit geometry contract for MAGPIE inputs.
Driven interaction-region reservoirs
Review trigger: this page defines the externally driven periodic reservoir scope.
MAGPIE reference scales and flow analysis
Review trigger: this page defines the analysis contract for MAGPIE-scale comparisons.
Discrete electric work
Review trigger: this page records the discrete electric-work correction and its limits.
Spectrax 1D Solver
Mixed Hermite-Legendre 1D Solver
PIC 1D Solver
FARSIGHT-1D
LPSE 2D (Envelope-2D) Solver
Two-Fluid 1D Solver
OSIRIS adept module — usage overview
Configuration Reference
Vlasov-1D Configuration Reference
Vlasov-1D2V Configuration Reference
Vlasov-2D Configuration Reference
VFP-1D Configuration Reference
Spectrax-1D Configuration Reference
Mixed Hermite-Legendre 1D Configuration Reference
PIC-1D Configuration Reference
FARSIGHT-1D configuration
LPSE-2D (Envelope-2D) Configuration Reference
VFP-2D Configuration
Two-Fluid-1D Configuration Reference
OSIRIS Configuration Reference
WarpX Configuration Reference
Reference
FAQ
API Guide
Developer Guide
Tests
ADEPT
Index
Index
_
|
A
|
E
|
G
|
I
|
P
|
S
|
V
|
W
_
__call__() (adept.ADEPTModule method)
(adept.ergoExo method)
A
ADEPTModule (class in adept)
E
ergoExo (class in adept)
G
get_derived_quantities() (adept.ADEPTModule method)
get_save_func() (adept.ADEPTModule method)
get_solver_quantities() (adept.ADEPTModule method)
I
init_diffeqsolve() (adept.ADEPTModule method)
init_modules() (adept.ADEPTModule method)
init_state_and_args() (adept.ADEPTModule method)
P
post_process() (adept.ADEPTModule method)
S
setup() (adept.ergoExo method)
V
val_and_grad() (adept.ergoExo method)
W
write_units() (adept.ADEPTModule method)