def test_subtractSingleFromGroup(self):
# basic examples
a1 = util.rmvSt(['-N-Y-', '-N-NN'], 'NNNY-')
self.assertEqual(a1[0], ["YN-Y-", 'NNYY-', '-N-NN'])
self.assertEqual(a1[1], 2)
# Results must be presented in minimal form.
a2 = util.rmvSt(['N----', 'YN---'], '-Y---')
self.assertEqual(a2[0], ['-N---'])
self.assertEqual(a2[1], 8)
def test_subtractSingleFromGroup(self):
# basic examples
a1 = util.rmvSt(['-N-Y-', '-N-NN'], 'NNNY-')
self.assertEqual(a1[0], ["YN-Y-", 'NNYY-', '-N-NN'])
self.assertEqual(a1[1], 2)
# Results must be presented in minimal form.
a2 = util.rmvSt(['N----', 'YN---'], '-Y---')
self.assertEqual(a2[0], ['-N---'])
self.assertEqual(a2[1], 8)
def calculatePerceived(self):
"""Calculate states perceived by the DM based on misperceptions."""
percDash = self.conflict.feasibles.dash
for misp in self.misperceptions:
res = gmcrUtil.rmvSt(percDash, misp.ynd())
percDash = res[0]
misp.statesRemoved = res[1]
toOrd = self.conflict.feasibles.toOrdered
self.perceived = FeasibleList(percDash, toOrdered=toOrd)
self.misperceived = [st for st in self.conflict.feasibles.ordered
if st not in self.perceived.ordered]
def recalculateFeasibleStates(self, init_override=False):
"""Update all feasible state calculations."""
oldFeas = list(self.feasibles.decimal)
feasDash = ['-' * len(self.options)]
for infeas in self.infeasibles:
res = gmcrUtil.rmvSt(feasDash, infeas.ynd())
feasDash = res[0]
infeas.statesRemoved = res[1]
self.feasibles = FeasibleList(feasDash)
if self.feasibles.decimal != oldFeas:
if not init_override:
self.onFeasibleStatesChanged()