def solve(agent, predString, argList):
imp = agent.getImp(Symbol(predString))
b, z = optBZ(argList)
solutions = []
for solved in imp.solutions(agent, b, z):
if solved:
solutions.append([termEvalEnd(agent, b, zi) for zi in z])
return tuple(solutions)
def solve(agent, predString, argList):
imp = agent.getImp(Symbol(predString))
b, z = optBZ(argList)
solutions = []
for solved in imp.solutions(agent, b, z):
if solved:
solutions.append([termEvalEnd(agent, b, zi) for zi in z])
return tuple(solutions)
def generateBZ(partial):
b, z = optBZ(partial)
yield (partial, b, z)
raise LowError("Only one solution to PartialBZ is allowed to be returned")
def generateBZ(partial):
b, z = optBZ(partial)
yield (partial, b, z)
raise LowError("Only one solution to PartialBZ is allowed to be returned")
NEWPM.displayError()
errOutput.write('[%s.%s]: %s\n' %
(pred.name, impl.__class__.__name__, str(f)))
#Print predicate definitions to file
for impl in predimpls:
try:
#Testing Script. Begin:
# #esm = str(type(impl))
# #if not chronometers.has_key(esm):
# # chronometers[esm] = chronometer(esm)
# #chronometers[esm].start()
#Testing Script. End.
arityOrFacts = impl.persist_arity_or_facts(agent)
if isinstance(arityOrFacts, int):
b, z = optBZ([None] * arityOrFacts)
facts = [[b.bTermEval(agent, x) for x in z] \
for s in impl.solutions(agent, b, z) if s]
elif arityOrFacts == None:
raise LowError(
"persist_arity_or_facts method for %s returned None" %
impl.symbol)
else:
facts = arityOrFacts
for fact in facts:
writeFact(agent, impl.symbol, fact, output)
except AnyException, f:
errid = NEWPM.displayError()
NEWPM.pm(errid)
if isinstance(impl, DefaultImp):
#use the predsym
except AnyException, f:
NEWPM.displayError()
errOutput.write('[%s.%s]: %s\n'%(pred.name, impl.__class__.__name__, str(f)))
#Print predicate definitions to file
for impl in predimpls:
try:
#Testing Script. Begin:
# #esm = str(type(impl))
# #if not chronometers.has_key(esm):
# # chronometers[esm] = chronometer(esm)
# #chronometers[esm].start()
#Testing Script. End.
arityOrFacts = impl.persist_arity_or_facts(agent)
if isinstance(arityOrFacts, int):
b, z = optBZ([None]*arityOrFacts)
facts = [[b.bTermEval(agent, x) for x in z] \
for s in impl.solutions(agent, b, z) if s]
elif arityOrFacts == None:
raise LowError("persist_arity_or_facts method for %s returned None"%impl.symbol)
else:
facts = arityOrFacts
for fact in facts:
writeFact(agent, impl.symbol, fact, output)
except AnyException, f:
errid = NEWPM.displayError()
NEWPM.pm(errid)
if isinstance(impl, DefaultImp):
#use the predsym
errOutput.write("%s(DefaultImp): %s\n"%(impl.symbol,str(f)))
else: