Functions
	copyPatchAndApplyFunction (solverSource, solverDestination, indexArrayDestination, function, numberOfUnknownsToCopy)
	@coupling: This function can be used to copy values and transform them while doing so.

	determineSolverCoupling (atmospheric_solver, diffusion_solver, chemical_solver)

	setLastSolver (atmospheric_solver, diffusion_solver, chemical_solver)

	synchronizePatchGravityWaves (atmospheric_solver, diffusion_solver, chemical_solver)

	coupleTimeStepping (atmospheric_solver, diffusion_solver, chemical_solver)

	atmosphereToChemistry (atmospheric_solver, chemical_solver, numberOfVariablesAtmospheric, numberOfVariablesChemical, dimensions)

	atmosphereToDiffusion (atmospheric_solver, diffusion_solver, dimensions)

	diffusionToAtmosphere (atmospheric_solver, diffusion_solver, numberOfVariablesAtmospheric, numberOfVariablesDiffusion, dimensions)

	diffusionToChemistry (diffusion_solver, chemical_solver, numberOfVariablesDiffusion, numberOfVariablesChemical, dimensions)

	chemistryToAtmosphere (atmospheric_solver, chemical_solver)

Function Documentation

◆ atmosphereToChemistry()

CouplingSynchronization.atmosphereToChemistry	(	atmospheric_solver,
		chemical_solver,
		numberOfVariablesAtmospheric,
		numberOfVariablesChemical,
		dimensions )

Definition at line 205 of file CouplingSynchronization.py.

References copyPatchAndApplyFunction().

Referenced by synchronizePatchGravityWaves().

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◆ atmosphereToDiffusion()

CouplingSynchronization.atmosphereToDiffusion	(	atmospheric_solver,
		diffusion_solver,
		dimensions )

Definition at line 252 of file CouplingSynchronization.py.

References copyPatchAndApplyFunction().

Referenced by synchronizePatchGravityWaves().

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◆ chemistryToAtmosphere()

CouplingSynchronization.chemistryToAtmosphere	(		atmospheric_solver,
			chemical_solver )

Definition at line 427 of file CouplingSynchronization.py.

References copyPatchAndApplyFunction().

Referenced by synchronizePatchGravityWaves().

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◆ copyPatchAndApplyFunction()

CouplingSynchronization.copyPatchAndApplyFunction	(	solverSource,
		solverDestination,
		indexArrayDestination,
		function,
		numberOfUnknownsToCopy )

@coupling: This function can be used to copy values and transform them while doing so.

Particularly nice for momenta and the like.

solverSource: The solver to copy values from.

solverDestination: The solver to copy values to.

indexArrayDestination: Array of indices of length numberOfUnknownsToCopy providing a local index to copy source to. Source value depends on function.

function: A function applied to source values before copying. Unknown to copy is given by "unknown" and source cell base index by "sourceIndexLinearised".

numberOfUnknownsToCopy: Number of unknowns to copy in loop for each cell in patch.

Definition at line 1 of file CouplingSynchronization.py.

Referenced by atmosphereToChemistry(), atmosphereToDiffusion(), chemistryToAtmosphere(), diffusionToAtmosphere(), and diffusionToChemistry().

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◆ coupleTimeStepping()

CouplingSynchronization.coupleTimeStepping	(	atmospheric_solver,
		diffusion_solver,
		chemical_solver )

Definition at line 176 of file CouplingSynchronization.py.

References determineSolverCoupling().

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◆ determineSolverCoupling()

CouplingSynchronization.determineSolverCoupling	(	atmospheric_solver,
		diffusion_solver,
		chemical_solver )

Definition at line 61 of file CouplingSynchronization.py.

Referenced by coupleTimeStepping(), setLastSolver(), and synchronizePatchGravityWaves().

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◆ diffusionToAtmosphere()

CouplingSynchronization.diffusionToAtmosphere	(	atmospheric_solver,
		diffusion_solver,
		numberOfVariablesAtmospheric,
		numberOfVariablesDiffusion,
		dimensions )

Definition at line 314 of file CouplingSynchronization.py.

References copyPatchAndApplyFunction().

Referenced by synchronizePatchGravityWaves().

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◆ diffusionToChemistry()

CouplingSynchronization.diffusionToChemistry	(	diffusion_solver,
		chemical_solver,
		numberOfVariablesDiffusion,
		numberOfVariablesChemical,
		dimensions )