def __repr__(self):
if len(self.d.items()) == 0:
return "Empty DDist"
else:
dictRepr = reduce(operator.add,
[util.prettyString(k)+": "+\
util.prettyString(p)+", " \
for (k, p) in self.d.items()])
return "DDist(" + dictRepr[:-2] + ")"
def __repr__(self):
if len(self.d.items()) == 0:
return "Empty DDist"
else:
dictRepr = reduce(operator.add,
[util.prettyString(k)+": "+\
util.prettyString(p)+", " \
for (k, p) in self.d.items()])
return "DDist(" + dictRepr[:-2] + ")"
def testGridDynamics():
gm = TestGridMap(0.15)
print 'For TestGridMap(0.15):'
r = GridDynamics(gm)
print 'legalInputs', util.prettyString(r.legalInputs)
ans1 = [r.getNextValues((1,1), a) for a in r.legalInputs]
print 'starting from (1,1)', util.prettyString(ans1)
ans2 = [r.getNextValues((2,3), a) for a in r.legalInputs]
print 'starting from (2,3)', util.prettyString(ans2)
ans3 = [r.getNextValues((3, 2), a) for a in r.legalInputs]
print 'starting from (3,2)', util.prettyString(ans3)
gm2 = TestGridMap(0.4)
print 'For TestGridMap(0.4):'
r2 = GridDynamics(gm2)
ans4 = [r2.getNextValues((2,3), a) for a in r2.legalInputs]
print 'starting from (2,3)', util.prettyString(ans4)
def testGridDynamics():
gm = TestGridMap(0.15)
print "For TestGridMap(0.15):"
r = GridDynamics(gm)
print "legalInputs", util.prettyString(r.legalInputs)
ans1 = [r.getNextValues((1, 1), a) for a in r.legalInputs]
print "starting from (1,1)", util.prettyString(ans1)
ans2 = [r.getNextValues((2, 3), a) for a in r.legalInputs]
print "starting from (2,3)", util.prettyString(ans2)
ans3 = [r.getNextValues((3, 2), a) for a in r.legalInputs]
print "starting from (3,2)", util.prettyString(ans3)
gm2 = TestGridMap(0.4)
print "for TestGridMap(0.4):"
r2 = GridDynamics(gm2)
ans4 = [r2.getNextValues((2, 3), a) for a in r2.legalInputs]
print "starting from (2,3)", util.prettyString(ans4)