exaparty.api.graphcompiler.SpeciesStepOrdering Namespace Reference

Functions
	concatenate_steps_of_species (species_sets, use_initialisation_steps=False)
	Take the steps per species and concatenate them.
	interleave_steps_of_species (species_sets, use_initialisation_steps=False)
	Interleave the steps of the species.

Function Documentation

concatenate_steps_of_species()

exaparty.api.graphcompiler.SpeciesStepOrdering.concatenate_steps_of_species	(		species_sets,
			use_initialisation_steps = False
	)

Take the steps per species and concatenate them.

So we first have all the steps of the first species, then all the steps of the second species, and so forth.

Returns

[(Species,Step)] The first entry is the species itself, the second its step. The third entry is the number of the species. All species are enumerationed starting with 0. This index is one way to distinguish them.

Definition at line 5 of file SpeciesStepOrdering.py.

interleave_steps_of_species()

exaparty.api.graphcompiler.SpeciesStepOrdering.interleave_steps_of_species	(		species_sets,
			use_initialisation_steps = False
	)

Interleave the steps of the species.

Start with the first step of the first species, then the first step of the second species, and so forth.

Definition at line 35 of file SpeciesStepOrdering.py.