def unTwist(rand):
val = rand
val = MT.unRShift(val, 18)
val = MT.unLShift(val, 15, 0xefc60000)
val = MT.unLShift(val, 7, 0x9d2c5680)
val = MT.unRShift(val, 11)
return val
def unTwist(rand):
val = rand
val = MT.unRShift(val, 18)
val = MT.unLShift(val, 15, 0xefc60000)
val = MT.unLShift(val, 7, 0x9d2c5680)
val = MT.unRShift(val, 11)
return val
def unTwist8(rand):
val = rand
val = MT.unRShift(val, 5)
val = MT.unLShift(val, 3, 0xef)
val = MT.unLShift(val, 2, 0x9d)
val = MT.unRShift(val, 4)
return val
def unTwist8(rand):
val = rand
val = MT.unRShift(val, 5)
val = MT.unLShift(val, 3 , 0xef)
val = MT.unLShift(val, 2, 0x9d)
val = MT.unRShift(val, 4)
return val
#
# seed = int(time.time())
# List = MT.init(seed)
# Test = []
# for i in range(1,624):
# val = MT.extract_numbers(List, i)[1]
# val = unTwist(val)
# Test.append(val)
#
# total = len(Test)
# right = 0
# for i,j in zip(List[1:], Test):
# if i == j:
# right += 1
# print right / 1.0 / total
