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Proof step 108 from proof spawn-sat-rg-strnger (previous step)

□ (Outf = Outf' ∧ Inpf = Inpf'), [:S | [PL GInv(S) ∧ Pr(n0 + 1)(S) ∧ (Ry(n0 + 1)(S', S'') ∧ (GInv(S') → GInv(S''))) -+-> (last ⊃ Po(n0 + 1)(S) ∧ GInv(S);Gr(n0 + 1)(S, S') ∧ ¬ blocked ∧ (GInv(S) → GInv(S'))) ] ∥ [PL ¬ GInv(S) ∨ ¬ Prton(n0)(S)] ], Prton(n0 + 1)(S), GInv(S) ⊦ [:S | [PL (Ry(n0 + 1)(S', S'') ∧ (GInv(S') → GInv(S''))) -+-> (last ⊃ Po(n0 + 1)(S);Gr(n0 + 1)(S, S') ∧ (GInv(S) → GInv(S')) ∧ (GInv(S) ∧ true → ¬ blocked)) ] ∥ [PL ¬ Prton(n0)(S) ∨ ¬ GInv(S)] ] ∧ RG-restr(GInit, GInv, Ry(n0 + 1), Gr(n0 + 1), Pr(n0 + 1), Po(n0 + 1), λ s. true, Rton(n0), Gton(n0), Prton(n0), Poton(n0), λ s. true) ∧ Prton(n0)(S), (Rton(n0 + 1)(S', S'') ∧ (GInv(S') → GInv(S''))) -+-> (last ⊃ Poton(n0 + 1)(S) ∧ GInv(S);Gton(n0 + 1)(S, S') ∧ ¬ blocked ∧ (GInv(S) → GInv(S')))

Heuristic simplifier applied rule simplifier

And obtained the following new goals

Rule argument

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