def range_sum_equal(fold_range, passive_range, aggressive_range,
original_range):
"""
Returns validity (boolean), and reason (string, or None if valid)
"""
# pylint:disable=R0914
all_ranges = [fold_range, passive_range, aggressive_range]
original_hand_options = original_range.generate_options()
all_ranges_hand_options = concatenate([r.generate_options()
for r in all_ranges])
original_hand_options.sort(cmp=_cmp_weighted_options)
all_ranges_hand_options.sort(cmp=_cmp_weighted_options)
prev = (None, -1)
# pylint:disable=W0141
for ori, new in map(None, original_hand_options, all_ranges_hand_options):
# we compare two hands, each of which is a set of two Card
if ori != new:
# actually three scenarios:
# hand is in multiple action ranges
# (new is the same as the previous new)
# hand is in action ranges but not original range
# (new < ori means new is not in original range)
# hand is in original range but not action ranges
# (new > ori means ori is not in action ranges)
if new is None:
message = \
"hand in original range but not in action ranges: %s" % \
_option_to_text(ori[0])
elif ori is None:
message = \
"hand in action ranges but not in original range: %s" % \
_option_to_text(new[0])
else:
newh, neww = new
orih, oriw = ori
if newh == prev[0]:
message = "hand in multiple ranges: %s" % \
_option_to_text(newh)
elif _cmp_options(newh, orih) > 0:
message = "hand in original range but not in " + \
"action ranges: %s" % _option_to_text(orih)
elif _cmp_options(newh, orih) < 0:
message = "hand in action ranges but not in " + \
"original range: %s" % _option_to_text(newh)
elif neww != oriw:
message = "weight changed from %d to %d for hand %s" % \
(oriw, neww, _option_to_text(orih))
else:
raise RuntimeError("hands not equal, but can't " + \
"figure out why: %s, %s" % \
(_option_to_text(orih),
_option_to_text(newh)))
return False, message
prev = new
return True, None
def range_sum_equal(fold_range, passive_range, aggressive_range,
original_range):
"""
Returns validity (boolean), and reason (string, or None if valid)
"""
# pylint:disable=R0914
all_ranges = [fold_range, passive_range, aggressive_range]
original_hand_options = original_range.generate_options()
all_ranges_hand_options = concatenate(
[r.generate_options() for r in all_ranges])
original_hand_options.sort(cmp=_cmp_weighted_options)
all_ranges_hand_options.sort(cmp=_cmp_weighted_options)
prev = (None, -1)
# pylint:disable=W0141
for ori, new in map(None, original_hand_options, all_ranges_hand_options):
# we compare two hands, each of which is a set of two Card
if ori != new:
# actually three scenarios:
# hand is in multiple action ranges
# (new is the same as the previous new)
# hand is in action ranges but not original range
# (new < ori means new is not in original range)
# hand is in original range but not action ranges
# (new > ori means ori is not in action ranges)
if new is None:
message = \
"hand in original range but not in action ranges: %s" % \
_option_to_text(ori[0])
elif ori is None:
message = \
"hand in action ranges but not in original range: %s" % \
_option_to_text(new[0])
else:
newh, neww = new
orih, oriw = ori
if newh == prev[0]:
message = "hand in multiple ranges: %s" % \
_option_to_text(newh)
elif _cmp_options(newh, orih) > 0:
message = "hand in original range but not in " + \
"action ranges: %s" % _option_to_text(orih)
elif _cmp_options(newh, orih) < 0:
message = "hand in action ranges but not in " + \
"original range: %s" % _option_to_text(newh)
elif neww != oriw:
message = "weight changed from %d to %d for hand %s" % \
(oriw, neww, _option_to_text(orih))
else:
raise RuntimeError("hands not equal, but can't " + \
"figure out why: %s, %s" % \
(_option_to_text(orih),
_option_to_text(newh)))
return False, message
prev = new
return True, None
def test_cmp_options(self):
"""
Test _cmp_options
"""
cqh = Card.from_text("Qh")
ckh = Card.from_text("Kh")
cah = Card.from_text("Ah")
cks = Card.from_text("Ks")
ckc = Card.from_text("Kc")
kh_qh = set([ckh, cqh])
ah_kh = set([ckh, cah])
ks_kh = set([ckh, cks])
kh_kc = set([ckh, ckc])
self.assertEqual(-1, _cmp_options(kh_qh, ah_kh))
self.assertEqual(-1, _cmp_options(kh_qh, ks_kh))
self.assertEqual(-1, _cmp_options(kh_qh, kh_kc))
self.assertEqual(1, _cmp_options(ah_kh, kh_qh))
self.assertEqual(1, _cmp_options(ah_kh, ks_kh))
self.assertEqual(1, _cmp_options(ah_kh, kh_kc))
self.assertEqual(1, _cmp_options(ks_kh, kh_qh))
self.assertEqual(-1, _cmp_options(ks_kh, ah_kh))
self.assertEqual(1, _cmp_options(ks_kh, kh_kc))
self.assertEqual(1, _cmp_options(kh_kc, kh_qh))
self.assertEqual(-1, _cmp_options(kh_kc, ah_kh))
self.assertEqual(-1, _cmp_options(kh_kc, ks_kh))
def test_cmp_options(self):
"""
Test _cmp_options
"""
cqh = Card.from_text("Qh")
ckh = Card.from_text("Kh")
cah = Card.from_text("Ah")
cks = Card.from_text("Ks")
ckc = Card.from_text("Kc")
kh_qh = set([ckh, cqh])
ah_kh = set([ckh, cah])
ks_kh = set([ckh, cks])
kh_kc = set([ckh, ckc])
self.assertEqual(-1, _cmp_options(kh_qh, ah_kh))
self.assertEqual(-1, _cmp_options(kh_qh, ks_kh))
self.assertEqual(-1, _cmp_options(kh_qh, kh_kc))
self.assertEqual(1, _cmp_options(ah_kh, kh_qh))
self.assertEqual(1, _cmp_options(ah_kh, ks_kh))
self.assertEqual(1, _cmp_options(ah_kh, kh_kc))
self.assertEqual(1, _cmp_options(ks_kh, kh_qh))
self.assertEqual(-1, _cmp_options(ks_kh, ah_kh))
self.assertEqual(1, _cmp_options(ks_kh, kh_kc))
self.assertEqual(1, _cmp_options(kh_kc, kh_qh))
self.assertEqual(-1, _cmp_options(kh_kc, ah_kh))
self.assertEqual(-1, _cmp_options(kh_kc, ks_kh))
