Frozen parameters passed to the deferred build of the compiled path (add_compiled_model). More...

#include <amr_system.hpp>

Collaboration diagram for pops::AmrBuildParams:

Public Attributes
int	n = 128

double	L = 1.0

int	regrid_every = 20

double	gamma = 1.4

int	substeps = 1

bool	recon_prim = false
	recon == "primitive" (frozen by add_compiled_model)

bool	imex = false
	time == "imex": stiff implicit source (backward_euler)

double	refine_threshold = 1e30
	1e30 => no refinement

BCRec	poisson_bc
	coarse Poisson BC (resolved by set_poisson)

std::function< bool(Real, Real)>	wall
	conductive wall predicate (empty = none)

bool	has_density = false

std::vector< double >	density
	initial coarse density (component 0), n*n

bool	distribute_coarse = false
	distributed multi-box coarse (AMR strong-scaling)

int	coarse_max_grid = 0
	tile size of the distributed coarse (0 => n/2)

bool	has_state = false

std::vector< double >	state
	ncompnn, component-major cnn + j*n + i; ncomp == Model::n_vars

bool	schur = false
	true: GLOBAL condensed source stage (instead of local explicit/imex)

double	schur_theta = 0.5
	theta-scheme of the condensed stage (0.5 = Crank-Nicolson)

double	schur_alpha = 1.0
	electrostatic coupling constant of the condensed stage

bool	schur_strang
	true: Strang splitting H(dt/2) S(dt) H(dt/2); false: Lie H(dt) S(dt)

std::vector< double >	bz_field
	coarse B_z(x,y) field, n*n row-major (required by the condensed stage)

std::map< int, std::vector< double > >	named_aux
	Model-NAMED aux fields (ADC-291): component (>= kAuxNamedBase) -> coarse base-level field (n*n row-major).

std::map< int, AuxHaloPolicy >	named_aux_bc
	Per-field aux HALO policies (ADC-369): component -> uniform boundary policy, seeded onto the engine at build (single-block coupler + multi-block runtime), applied after the shared aux fill.

double	schur_krylov_tol = 0.0
	tolerance of the coarse Krylov solve (<= 0 = default 1e-10)

int	schur_krylov_max_iters = 0
	iteration budget (<= 0 = default 400)

std::string	schur_density

std::string	schur_momentum_x

std::string	schur_momentum_y

std::string	schur_energy

NewtonOptions	newton_options {}

int	time_method = 0

double	pos_floor = 0.0

Detailed Description

Frozen parameters passed to the deferred build of the compiled path (add_compiled_model).

Materialized by AmrSystem at ensure_built time: the geometry + the refine/poisson/density choices known at that moment. The amr_dsl_block header consumes them to instantiate AmrCouplerMP<Model>.

Member Data Documentation

◆ bz_field

std::vector<double> pops::AmrBuildParams::bz_field

coarse B_z(x,y) field, n*n row-major (required by the condensed stage)

◆ coarse_max_grid

int pops::AmrBuildParams::coarse_max_grid = 0

tile size of the distributed coarse (0 => n/2)

◆ density

std::vector<double> pops::AmrBuildParams::density

initial coarse density (component 0), n*n

◆ distribute_coarse

bool pops::AmrBuildParams::distribute_coarse = false

distributed multi-box coarse (AMR strong-scaling)

◆ gamma

double pops::AmrBuildParams::gamma = 1.4

◆ has_density

bool pops::AmrBuildParams::has_density = false

◆ has_state

bool pops::AmrBuildParams::has_state = false

◆ imex

bool pops::AmrBuildParams::imex = false

time == "imex": stiff implicit source (backward_euler)

◆ L

double pops::AmrBuildParams::L = 1.0

◆ n

int pops::AmrBuildParams::n = 128

◆ named_aux

std::map<int, std::vector<double> > pops::AmrBuildParams::named_aux

Model-NAMED aux fields (ADC-291): component (>= kAuxNamedBase) -> coarse base-level field (n*n row-major).

Seeded onto the coupler's shared aux at build (build_amr_compiled), like bz_field; the coupler re-applies them each update so they persist across regrid. Empty -> bit-identical.

◆ named_aux_bc

std::map<int, AuxHaloPolicy> pops::AmrBuildParams::named_aux_bc

Per-field aux HALO policies (ADC-369): component -> uniform boundary policy, seeded onto the engine at build (single-block coupler + multi-block runtime), applied after the shared aux fill.

Empty -> bit-identical.

◆ newton_options

NewtonOptions pops::AmrBuildParams::newton_options {}

◆ poisson_bc

BCRec pops::AmrBuildParams::poisson_bc

coarse Poisson BC (resolved by set_poisson)

◆ pos_floor

double pops::AmrBuildParams::pos_floor = 0.0

◆ recon_prim

bool pops::AmrBuildParams::recon_prim = false

recon == "primitive" (frozen by add_compiled_model)

◆ refine_threshold

double pops::AmrBuildParams::refine_threshold = 1e30

1e30 => no refinement

◆ regrid_every

int pops::AmrBuildParams::regrid_every = 20

◆ schur

bool pops::AmrBuildParams::schur = false

true: GLOBAL condensed source stage (instead of local explicit/imex)

◆ schur_alpha

double pops::AmrBuildParams::schur_alpha = 1.0

electrostatic coupling constant of the condensed stage

◆ schur_density

std::string pops::AmrBuildParams::schur_density

◆ schur_energy

std::string pops::AmrBuildParams::schur_energy

◆ schur_krylov_max_iters

int pops::AmrBuildParams::schur_krylov_max_iters = 0

iteration budget (<= 0 = default 400)

◆ schur_krylov_tol

double pops::AmrBuildParams::schur_krylov_tol = 0.0

tolerance of the coarse Krylov solve (<= 0 = default 1e-10)

◆ schur_momentum_x

std::string pops::AmrBuildParams::schur_momentum_x

◆ schur_momentum_y

std::string pops::AmrBuildParams::schur_momentum_y

◆ schur_strang

bool pops::AmrBuildParams::schur_strang

Initial value:

=

false

true: Strang splitting H(dt/2) S(dt) H(dt/2); false: Lie H(dt) S(dt)

◆ schur_theta

double pops::AmrBuildParams::schur_theta = 0.5

theta-scheme of the condensed stage (0.5 = Crank-Nicolson)

◆ state

std::vector<double> pops::AmrBuildParams::state

ncomp*n*n, component-major c*n*n + j*n + i; ncomp == Model::n_vars

◆ substeps

int pops::AmrBuildParams::substeps = 1

◆ time_method

int pops::AmrBuildParams::time_method = 0

◆ wall

std::function<bool(Real, Real)> pops::AmrBuildParams::wall

conductive wall predicate (empty = none)

The documentation for this struct was generated from the following file:

include/pops/runtime/amr_system.hpp

AmrBuildParams Struct Reference¶

Public Attributes