test_two_layer_im5vm2 Namespace Reference

Functions
	check (name, ok, detail="")
	last (key)

Variables
	ROOT = Path(r"d:/GitHub/RadCluster/radcluster_code")
dict	BASELINE
int	RTOL = 1e-5
list	failures = []
	sim
	rag = getattr(sim, "material_rag", None)
	layout = getattr(sim, "state_layout", None)
bool	rag_ok = True
dict	active = {ec for ec in EdgeClass if rag.edges_of_class(ec)}
dict	expected
	cfg = sim._default_solver_config()
	results
	val = last(key)
	rel = abs(val - ref) / abs(ref)
	dfp
	dhe

Detailed Description

Stage-4 validation — the two-layer RadCluster_2_1 on the im5vm2 case.

This is the capstone regression test for the graph-based two-layer
refactor.  It reproduces the RadCluster_1_0 reference case

    full_system / full_CD_fission, I = V = 1000, i_mobile = 5,
    v_mobile = 2, T = 673 K, G = 1e-6 dpa/s, t in [1e-6, 1e-2] s

and checks two things:

  (A) STRUCTURE — that a RadClusterSimulation now carries the live
      two-layer description: an abstract-core ReactionAdmissibilityGraph
      instantiated by the EUROFER-97 material layer (Layer 1 + Layer 2).

  (B) PHYSICS  — that running through the restructured (core/ + materials/)
      C++ solver still reproduces the locked post-Stage-2 baseline, i.e.
      the refactor is behaviour-preserving.

Reference values are the post-Stage-2 baseline (the G_He single-source
fix is included by design); agreement to 1e-5 relative — comfortably
above the ~5e-7 solver-tolerance noise — counts as a pass.

Run:  python codes/Python_Testing/test_two_layer_im5vm2.py
Exit code 0 = PASS, 1 = FAIL.

Function Documentation

check()

test_two_layer_im5vm2.check	(		name,
			ok,
			detail = ""
	)

Definition at line 50 of file test_two_layer_im5vm2.py.

last()

test_two_layer_im5vm2.last

(

key

)

Definition at line 122 of file test_two_layer_im5vm2.py.

Variable Documentation

active

dict test_two_layer_im5vm2.active = {ec for ec in EdgeClass if rag.edges_of_class(ec)}

Definition at line 92 of file test_two_layer_im5vm2.py.

BASELINE

dict test_two_layer_im5vm2.BASELINE

Initial value:

=  {
    "C_SIA_tot": 1.49422818e20,
    "C_VAC_tot": 2.37571338e20,
    "C_He_tot":  1.58830031e13,
    "mean_n_i":  7.11591710,
    "mean_n_v":  3.09365893,
    "swelling":  2.80334179e-9,
}

Definition at line 37 of file test_two_layer_im5vm2.py.

cfg

test_two_layer_im5vm2.cfg = sim._default_solver_config()

Definition at line 106 of file test_two_layer_im5vm2.py.

dfp

test_two_layer_im5vm2.dfp

Definition at line 137 of file test_two_layer_im5vm2.py.

dhe

test_two_layer_im5vm2.dhe

Definition at line 137 of file test_two_layer_im5vm2.py.

expected

dict test_two_layer_im5vm2.expected

Initial value:

=  {EdgeClass.GROWTH, EdgeClass.SHRINKAGE, EdgeClass.DISSOCIATION,
                EdgeClass.RECOMBINATION, EdgeClass.ANNIHILATION,
                EdgeClass.COALESCENCE, EdgeClass.SOURCE, EdgeClass.SINK}

Definition at line 93 of file test_two_layer_im5vm2.py.

failures

list test_two_layer_im5vm2.failures = []

Definition at line 47 of file test_two_layer_im5vm2.py.

layout

test_two_layer_im5vm2.layout = getattr(sim, "state_layout", None)

Definition at line 75 of file test_two_layer_im5vm2.py.

rag

test_two_layer_im5vm2.rag = getattr(sim, "material_rag", None)

Definition at line 74 of file test_two_layer_im5vm2.py.

rag_ok

bool test_two_layer_im5vm2.rag_ok = True

Definition at line 81 of file test_two_layer_im5vm2.py.

rel

test_two_layer_im5vm2.rel = abs(val - ref) / abs(ref)

Definition at line 132 of file test_two_layer_im5vm2.py.

results

test_two_layer_im5vm2.results

Initial value:

=  sim.run_adaptive(solver_config=cfg, save_output=False,
                           max_doublings=0, points_per_segment=200)

Definition at line 114 of file test_two_layer_im5vm2.py.

ROOT

test_two_layer_im5vm2.ROOT = Path(r"d:/GitHub/RadCluster/radcluster_code")

Definition at line 30 of file test_two_layer_im5vm2.py.

RTOL

int test_two_layer_im5vm2.RTOL = 1e-5

Definition at line 45 of file test_two_layer_im5vm2.py.

sim

test_two_layer_im5vm2.sim

Initial value:

=  RadClusterSimulation(
    I=1000, V=1000, solver_mode="full_system",
    physics_option="full_CD_fission",
    C_floor=1e-25, he_kinetics="quasi_steady_state",
    i_mobile=5, v_mobile=2,
)

Definition at line 62 of file test_two_layer_im5vm2.py.

val

test_two_layer_im5vm2.val = last(key)

Definition at line 131 of file test_two_layer_im5vm2.py.