def satisfies(self, other: Domain):
        """

        Assumes that 'self' is fully specified: any predicates that arent listed are false.

        Different from 'implies' in that if `other` contains negative predicates, `self` need not imply these,
        it just needs to not contradict them.

        Different from 'intersects' in that
        """

        lazydebug(logger, lambda: f"{Domain.satisfies.__name__} for {self} {other}")

        if not t.satisfies(self.tags, other.tags):
            lazydebug(
                logger, lambda: f"failed tag implication {self.tags} -> {other.tags}"
            )
            return False

        def bothsat(reldom1, reldom2):
            return reldom1[0].satisfies(reldom2[0]) and reldom1[1].satisfies(reldom2[1])

        for orel in other.relations:
            match orel:
                case (cl.NegatedRelation(n), d):
                    contradictor = next(
                        (srel for srel in self.relations if bothsat(srel, (n, d))), None
                    )

                    if contradictor is not None:
                        lazydebug(
                            logger,
                            lambda: f"satisfies found {contradictor} in self, which contradicts {orel} because it satisfies {(n, d)}",
                        )
                        return False
                case _:
                    if not any(bothsat(srel, orel) for srel in self.relations):
                        lazydebug(
                            logger,
                            lambda: f"found unsatisfied {orel} for {self.relations}",
                        )
                        return False

        return True


        Assumes that 'self' is fully specified: any predicates that arent listed are false.

        Different from 'implies' in that if `other` contains negative predicates, `self` need not imply these,
        it just needs to not contradict them.

        Different from 'intersects' in that
        
infinigen/core/constraints/reasoning/domain.py