class Pin:
def __init__(self):
self.status = Bit(False)
def setStatus(self, bit):
self.status.setBit(bit)
return self.status
def getStatus(self):
return self.status.getBit()
def degenerate(self):
self.normalize()
ampList = self.getAmp()
probList = [(i * i.conjugate()).real for i in ampList]
if len(probList) != 2:
try:
raise ValueError
except ValueError:
info = get_curl_info()
funName = info[0]
line = info[1]
interactCfg.writeErrorMsg(
"ValueError: the sum of the probabilities of |0> and |1> is not 1!",
funName, line)
randomNumber = random.uniform(0, 1)
#the order of the state of the qubit must be 0 and 1
if randomNumber - probList[0] > 0:
value = 1
else:
value = 0
bit = Bit(value, self.ids)
qs = self.entanglement
if qs != None:
qs.deleteItem([self])
return bit
def __init__(self):
self.status = Bit(False)
from pprint import pprint
from Bit import Bit
from Text import Text
from Math import Math
pprint("Hello world")
LOGGED_IN = Bit.ONE
IS_PREMIUM = Bit.TWO
FULL_PROFILE = Bit.THREE
setting = Bit()
setting.set(LOGGED_IN)
setting.set(FULL_PROFILE)
setting.unset(LOGGED_IN)
if setting.is_set(LOGGED_IN):
pprint("Logged in")
else:
pprint("Logged out")
if setting.is_set(IS_PREMIUM):
pprint("Premium")
else:
pprint("Not Premium")
pprint("Has Duplicate: " + str(Text.has_duplicate_char("Cody")))
pprint("Upper: " + Text.upper("Cody-&cODy"))
def formatByte(self, bits):
for x in range(8 - len(bits)):
bits.insert(0, Bit(False))
return bits
def rightShift(self):
tempBits = [Bit(False)]
for x in range(7):
tempBits.append(self.bits[x])
self.bits = tempBits
return self.getByte()
def leftShift(self):
self.bits = self.bits[-7:]
self.bits.append(Bit(False))
return self.getByte()
def makeBit():
return Bit(True)