FROSTYVERSE FROSTTANGLEMENT PYTHON TEST — EXPECTED RESULTS

SCIENTIFIC STATUS
This is a declared-rule consequence audit. Lower-level 3-D FrostGrid derivation remains open.

CANONICAL IDEAL RULE (C=1, same-result favored convention)
delta = 0 deg:    P_same = 1.000000000000, E = +1.000000000000
delta = 22.5 deg: P_same = 0.853553390593, E = +0.707106781187
delta = 45 deg:   P_same = 0.500000000000, E = +0.000000000000
delta = 67.5 deg: P_same = 0.146446609407, E = -0.707106781187

Local marginals:
P(A+)=P(A-)=P(B+)=P(B-)=0.5 exactly in the analytic declared routing rule.

CANONICAL CHSH
a=0, a'=45, b=22.5, b'=-22.5 degrees
S = 2*sqrt(2) = 2.828427124746...
Bell-local CHSH bound = 2

PROVISIONAL COHERENCE CONTROL
W_C = C W + (1-C)/2
For same-favored parity, E_C = C*cos(2 delta).
At C=0, the joint relation is random and canonical S=0 under this correlation convention.
No physical distance/environment -> C law has been derived.

ENTANGLEMENT-SWAPPING PARITY-KEY CONSISTENCY
If two complementary parity keys are equally likely, conditioning on the key preserves complementary declared correlations. Ignoring the key mixes the raw same-result probability to 0.5. This is a declared-rule consistency test, not a lower-level Bell-state detector simulation.

PRESERVED DECLARED-RULE PACKET SHA-256
4c3d22886e749d3984f37781fac681ab5a223b92aadd68d62a06a8041b3c8e58
