def __init__(self, goal=None, assumptions=None, prover=None):
"""
:param goal: Input expression to prove
:type goal: L{logic.Expression}
:param assumptions: Input expressions to use as assumptions in
the proof.
:type assumptions: list of L{logic.Expression}
"""
if prover is not None:
assert isinstance(prover, TableauProver)
else:
prover = TableauProver()
BaseProverCommand.__init__(self, prover, goal, assumptions)
def __init__(self, goal=None, assumptions=None, prover=None):
"""
@param goal: Input expression to prove
@type goal: L{logic.Expression}
@param assumptions: Input expressions to use as assumptions in
the proof.
@type assumptions: C{list} of L{logic.Expression}
"""
if prover is not None:
assert isinstance(prover, TableauProver)
else:
prover = TableauProver()
BaseProverCommand.__init__(self, prover, goal, assumptions)
def __init__(self, goal=None, assumptions=None, prover=None):
"""
@param goal: Input expression to prove
@type goal: L{logic.Expression}
@param assumptions: Input expressions to use as assumptions in
the proof.
@type assumptions: C{list} of L{logic.Expression}
"""
if prover is not None:
assert isinstance(prover, ResolutionProver)
else:
prover = ResolutionProver()
BaseProverCommand.__init__(self, prover, goal, assumptions)
self._clauses = None
def __init__(self, goal=None, assumptions=None, timeout=60, prover=None):
"""
@param goal: Input expression to prove
@type goal: L{logic.Expression}
@param assumptions: Input expressions to use as assumptions in
the proof.
@type assumptions: C{list} of L{logic.Expression}
@param timeout: number of seconds before timeout; set to 0 for
no timeout.
@type timeout: C{int}
@param prover: a prover. If not set, one will be created.
@type prover: C{Prover9}
"""
if not assumptions:
assumptions = []
if prover is not None:
assert isinstance(prover, Prover9)
else:
prover = Prover9(timeout)
BaseProverCommand.__init__(self, prover, goal, assumptions)
def __init__(self, goal=None, assumptions=None, timeout=60, prover=None):
"""
@param goal: Input expression to prove
@type goal: L{logic.Expression}
@param assumptions: Input expressions to use as assumptions in
the proof.
@type assumptions: C{list} of L{logic.Expression}
@param timeout: number of seconds before timeout; set to 0 for
no timeout.
@type timeout: C{int}
@param prover: a prover. If not set, one will be created.
@type prover: C{Prover9}
"""
if not assumptions:
assumptions = []
if prover is not None:
assert isinstance(prover, Prover9)
else:
prover = Prover9(timeout)
BaseProverCommand.__init__(self, prover, goal, assumptions)
def __init__(self, goal=None, assumptions=None, timeout=60, prover=None):
"""
:param goal: Input expression to prove
:type goal: sem.Expression
:param assumptions: Input expressions to use as assumptions in
the proof.
:type assumptions: list(sem.Expression)
:param timeout: number of seconds before timeout; set to 0 for
no timeout.
:type timeout: int
:param prover: a prover. If not set, one will be created.
:type prover: Prover9
"""
if not assumptions:
assumptions = []
if prover is not None:
assert isinstance(prover, Prover9)
else:
prover = Prover9(timeout)
BaseProverCommand.__init__(self, prover, goal, assumptions)
def __init__(self, goal=None, assumptions=None, timeout=60, prover=None):
"""
:param goal: Input expression to prove
:type goal: sem.Expression
:param assumptions: Input expressions to use as assumptions in
the proof.
:type assumptions: list(sem.Expression)
:param timeout: number of seconds before timeout; set to 0 for
no timeout.
:type timeout: int
:param prover: a prover. If not set, one will be created.
:type prover: Prover9
"""
if not assumptions:
assumptions = []
if prover is not None:
assert isinstance(prover, Prover9)
else:
prover = Prover9(timeout)
BaseProverCommand.__init__(self, prover, goal, assumptions)
