Functions
	make_im5vm2_inputs ()

	check (equations)

	main ()

Variables
	ROOT = Path(r"d:/GitHub/RadCluster/radcluster_code")

Detailed Description

check_eurofer_rag.py — validation harness for the EUROFER-97 RAG declaration.

Constructs the im5vm2 case (I=V=1000, i_mobile=5, v_mobile=2,
full_CD_fission, quasi-steady-state helium, C_floor=1e-25), builds the
EUROFER-97 reaction admissibility graph and state layout via
``build_eurofer_rag``, and asserts:

  * ``rag.validate()`` passes (every edge's kernel is registered);
  * every edge has a registered kernel of the correct shape;
  * the SIA / vacancy monomer populations are registered;
  * the StateLayout's N_eq is sensible (SIA + VAC ladders + He + aux);
  * the bin-moment variant also builds and validates.

Run:  python check_eurofer_rag.py

Function Documentation

◆ check()

check_eurofer_rag.check ( equations )

Definition at line 51 of file check_eurofer_rag.py.

◆ main()

check_eurofer_rag.main ( )

Definition at line 118 of file check_eurofer_rag.py.

◆ make_im5vm2_inputs()

check_eurofer_rag.make_im5vm2_inputs ( )

Build the im5vm2 InputData + ReactionRates the way RadClusterSimulation does.

The i_mobile / v_mobile / he_kinetics / C_floor knobs are
RadClusterSimulation constructor kwargs that it injects into the
InputData object *after* construction; we replicate that here so the
standalone harness exercises the exact im5vm2 configuration.

Definition at line 29 of file check_eurofer_rag.py.

Variable Documentation

◆ ROOT

check_eurofer_rag.ROOT = Path(r"d:/GitHub/RadCluster/radcluster_code")

Definition at line 21 of file check_eurofer_rag.py.

Functions