Public Member Functions
	__init__ (self, a)

	dt (self, beta=None)

	sdf_global (self, cx, cy, cz)

	K (self, u)

	configure (self, s, settings, beta=None)

	build (self, flow, scheme, settings, beta=None)

Public Attributes
	a

	rho

	mu

	L

	R

	F

	cen

	rad

	Dm

	npart

	N

	h

Detailed Description

Geometry + physics of one case; build() returns a configured solver (global, single rank).

Definition at line 66 of file steady_acceleration_gates.py.

Constructor & Destructor Documentation

◆ init()

steady_acceleration_gates.Case.__init__	(	self,
		a
	)

Definition at line 69 of file steady_acceleration_gates.py.

Member Function Documentation

◆ dt()

steady_acceleration_gates.Case.dt	(	self,
		beta = `None`
	)

Definition at line 88 of file steady_acceleration_gates.py.

References peclet::flow::Solver< Grid >::SceneMap.a, peclet::flow::StarOverlay.a, CapResult.a, steady_acceleration_gates.Case.a, peclet::flow::vof::WyAdvector.h(), peclet::flow::Solver< Grid >::UnitScales.h, peclet::flow::sco::MeanGradPosition.h, Patch.h, CapResult.h, SceneSpec.h, disc_bc.Geo.h, mg_advection.Case.h, mg_coarse_wall.Geo.h, packing2d.Cell.h, steady_acceleration_gates.Case.h, peclet::flow::FieldFaceProps.mu, peclet::flow::VarFaceProps.mu, DropCfg.mu, Cfg.mu, CapScene.mu, steady_acceleration_gates.Case.mu, vof_profile.Scale.mu(), vof_surface_tension.Scale.mu(), peclet::flow::VarFaceProps.rho, peclet::flow::ChebCoeffs.rho, test_collocated_stability_guard.Path.rho, and steady_acceleration_gates.Case.rho.

Referenced by steady_acceleration_gates.Case.configure().

◆ sdf_global()

steady_acceleration_gates.Case.sdf_global	(	self,
		cx,
		cy,
		cz
	)

Definition at line 94 of file steady_acceleration_gates.py.

References peclet::flow::Solver< Grid >::SceneMap.a, peclet::flow::StarOverlay.a, CapResult.a, steady_acceleration_gates.Case.a, steady_acceleration_gates.Case.cen, peclet::flow::BottomDirect< FacReal >.L, peclet::flow::BottomDirect< float >.L, peclet::flow::vof::VofBlockExchange::GatherTable.L, steady_acceleration_gates.Case.L, Zh.R, DebrisScene.R, Cfg.R, CapScene.R, packing2d.Cell.R, steady_acceleration_gates.Case.R, and steady_acceleration_gates.Case.rad.

Referenced by steady_acceleration_gates.Case.build().

◆ K()

steady_acceleration_gates.Case.K	(	self,
		u
	)

◆ configure()

steady_acceleration_gates.Case.configure	(	self,
		s,
		settings,
		beta = `None`
	)

◆ build()

steady_acceleration_gates.Case.build	(	self,
		flow,
		scheme,
		settings,
		beta = `None`
	)

Definition at line 132 of file steady_acceleration_gates.py.

References steady_acceleration_gates.Case.configure(), peclet::flow::BottomDirect< FacReal >.L, peclet::flow::BottomDirect< float >.L, peclet::flow::vof::VofBlockExchange::GatherTable.L, steady_acceleration_gates.Case.L, peclet::flow::FlowReference.N(), peclet::flow::MgPoisson::Level.N, SphereArray.N, steady_acceleration_gates.Case.N, and steady_acceleration_gates.Case.sdf_global().

Member Data Documentation

◆ a

steady_acceleration_gates.Case.a

Definition at line 70 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.configure(), steady_acceleration_gates.Case.dt(), steady_acceleration_gates.Case.K(), and steady_acceleration_gates.Case.sdf_global().

◆ rho

steady_acceleration_gates.Case.rho

Definition at line 71 of file steady_acceleration_gates.py.

Referenced by test_collocated_stability_guard.Path._build(), steady_acceleration_gates.Case.configure(), and steady_acceleration_gates.Case.dt().

◆ mu

steady_acceleration_gates.Case.mu

Definition at line 72 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.configure(), steady_acceleration_gates.Case.dt(), and steady_acceleration_gates.Case.K().

◆ L

steady_acceleration_gates.Case.L

Definition at line 74 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.build(), steady_acceleration_gates.Case.K(), and steady_acceleration_gates.Case.sdf_global().

◆ R

steady_acceleration_gates.Case.R

Definition at line 75 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.K(), and steady_acceleration_gates.Case.sdf_global().

◆ F

steady_acceleration_gates.Case.F

Definition at line 76 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.configure(), and steady_acceleration_gates.Case.K().

◆ cen

steady_acceleration_gates.Case.cen

Definition at line 79 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.sdf_global().

◆ rad

steady_acceleration_gates.Case.rad

Definition at line 80 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.sdf_global().

◆ Dm

steady_acceleration_gates.Case.Dm

Definition at line 82 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.K().

◆ npart

steady_acceleration_gates.Case.npart

Definition at line 83 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.K().

◆ N

steady_acceleration_gates.Case.N

Definition at line 85 of file steady_acceleration_gates.py.

Referenced by steady_acceleration_gates.Case.build(), steady_acceleration_gates.Case.configure(), and packing2d.System.solve().

◆ h

steady_acceleration_gates.Case.h

Definition at line 86 of file steady_acceleration_gates.py.

Referenced by advect.Ann.__init__(), conj.Geo2.__init__(), conj_peters.Box.__init__(), steady_acceleration_gates.Case.dt(), and packing2d.Cell.pos().

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

tests/study/steady_acceleration_gates.py

Public Member Functions

Public Attributes