def getProbability(self, X, Y, x, y, dx, dy, positionGenerator = None):
table = self.getForwardTable(X, Y, x, y, dx, dy,
memoryPattern=MemoryPatterns.last(dx),
positionGenerator=positionGenerator)
r = self.getTable(X, x, dx, Y, y, dy, [self.probabilityResult],
table, [], positionGenerator) #TODO tu som robil zmenu
return r[0]
def getProbability(self, X, x, dx, positionGenerator=None, table=None):
if table == None:
table = self.getForwardTable(
X, x, dx, memoryPattern=MemoryPatterns.last(dx + 1))
return sum([self.mathType(sum([prob for (_, prob) in dct.iteritems()]))
* self.states[stateID].getEndProbability()
for (stateID, dct) in ((l, table[0][1][l])
for l in range(len(table[0][1])))])
def getProbability(self, X, Y, x, y, dx, dy, positionGenerator=None):
table = self.getForwardTable(X,
Y,
x,
y,
dx,
dy,
memoryPattern=MemoryPatterns.last(dx),
positionGenerator=positionGenerator)
r = self.getTable(X, x, dx, Y, y, dy, [self.probabilityResult], table,
[], positionGenerator) #TODO tu som robil zmenu
return r[0]
def getProbability(self, X, x, dx, positionGenerator=None, table=None):
if table == None:
table = self.getForwardTable(X,
x,
dx,
memoryPattern=MemoryPatterns.last(dx +
1))
return sum([
self.mathType(sum([prob for (_, prob) in dct.iteritems()])) *
self.states[stateID].getEndProbability()
for (stateID, dct) in ((l, table[0][1][l])
for l in range(len(table[0][1])))
])
