def implied_facts(premise, facts_to_check):
"""
Return a list of facts from facts_to_check that are implied by
theory
"""
from z3_utils import z3_implies_batch
axioms = _ivy_interp.background_theory()
premise = normalize_quantifiers((and_clauses(axioms, premise)).to_formula())
facts_to_check = [f.to_formula() if type(f) is Clauses else f for f in facts_to_check]
result = z3_implies_batch(premise, facts_to_check, False)
return [f for f, x in zip(facts_to_check, result) if x]
def implied_facts(premise, facts_to_check):
"""
Return a list of facts from facts_to_check that are implied by
theory
"""
from z3_utils import z3_implies_batch
axioms = _ivy_interp.background_theory()
premise = normalize_quantifiers((and_clauses(axioms,
premise)).to_formula())
facts_to_check = [
f.to_formula() if type(f) is Clauses else f for f in facts_to_check
]
result = z3_implies_batch(premise, facts_to_check, False)
return [f for f, x in zip(facts_to_check, result) if x]
def _normalize_facts(facts):
facts = normalize_quantifiers(And(*facts))
assert type(facts) is And
return [f for f in facts if not is_tautology_equality(f)]
def _normalize_facts(facts):
facts = normalize_quantifiers(And(*facts))
assert type(facts) is And
return [f for f in facts if not is_tautology_equality(f)]
