def DecryptFloat(self, ciphertext):
    original_plaintext = self.Decrypt(ciphertext)
    plaintext = original_plaintext
    mantissa_and_exponent = plaintext & _ONES_FLOAT_SIGN_LOW_LSB
    plaintext >>= FLOAT_SIGN_LOW_LSB  # >>= 831
    sign_low32 = plaintext & 0xffffffff
    plaintext >>= 32
    sign_high32 = plaintext & 0xffffffff
    plaintext >>= 32
    # carry_over32 = plaintext & 0xffffffff
    plaintext >>= 32
    minus_inf32 = plaintext & 0xffffffff
    plaintext >>= 32
    plus_inf32 = plaintext & 0xffffffff
    plaintext >>= 32
    nan_32 = plaintext & 0xffffffff
    if nan_32 > 0:
      return float('nan')
    # adding a +inf and -inf should return a nan
    if plus_inf32 > 0 and minus_inf32 > 0:
      return float('nan')
    if plus_inf32 > 0:
      return float('inf')
    if minus_inf32 > 0:
      return float('-inf')
    if sign_high32 == 0 and sign_low32 > 0:
      # This indicates that positive overflow has happened, mimic ieee float
      # behaviour and return +inf.
      return float('inf')
    if sign_high32 == 0xffffffff and sign_low32 < 0xffffffff:
      # This indicates that negative overflow has happened, mimic ieee float
      # behaviour and return -inf.
      return float('-inf')
    if sign_high32 == 0 and sign_low32 == 0:
      # positive finite number.
      if mantissa_and_exponent == 0L:
        return float(0)
      size = len(bin(mantissa_and_exponent)) - 2  # -2 to remove prepended 0b
      if size >= MANTISSA_BITS:
        # take the first 53 bits and remove the leading 1 bit i.e 52 bits.
        new_mantissa = ((mantissa_and_exponent >> (size - MANTISSA_BITS))
                        & 0xfffffffffffff)
      else:
        # take all the bits and shift left to make it a normal number,
        # the exponent also gets updated appropriately.
        new_mantissa = ((mantissa_and_exponent << (MANTISSA_BITS - size))
                        & 0xfffffffffffff)
      new_exponent = ((size - MANTISSA_BITS) - FLOAT_MANTISSA_ZERO +
                      EXPONENT_BIAS)
      new_value = (new_exponent << EXPLICIT_MANTISSA_BITS) | new_mantissa
      return struct.unpack('d', struct.pack('Q', new_value))[0]
    if sign_high32 == 0xffffffff and sign_low32 == 0xffffffff:
      # negative finite number.
      # - first find the positive value of the number by taking the 2s
      # complement of the 895 bit integer.
      num = original_plaintext & _ONES_CARRYOVER_LSB
      positive_895bit_value = (num ^ _ONES_CARRYOVER_LSB) + 1L
      # - final value will mostly be a 831 bit number or smaller except if
      # 831 bits are all zero which represents -2^831 and gives a 2's complement
      # positive value of 2^831, we detect this case and return -inf.
      positive_832bit_value = positive_895bit_value & _ONES_832
      if positive_832bit_value >> FLOAT_SIGN_LOW_LSB:  # >> 831:
        return float('-inf')
      size = len(bin(positive_832bit_value)) - 2
      if size >= MANTISSA_BITS:
        # take the first 53 bits and remove the leading 1 bit.
        new_mantissa = ((positive_832bit_value >> (size - MANTISSA_BITS))
                        & 0xfffffffffffff)
      else:
        # take all the bits and shift left to make it a normal number,
        # the exponent also gets updated appropriately.
        new_mantissa = ((positive_832bit_value << (MANTISSA_BITS - size))
                        & 0xfffffffffffff)
      new_exponent = ((size - MANTISSA_BITS) - FLOAT_MANTISSA_ZERO +
                      EXPONENT_BIAS)
      new_value = ((new_exponent << EXPLICIT_MANTISSA_BITS) | new_mantissa |
                   (1 << (EXPLICIT_MANTISSA_BITS + EXPONENT_BITS)))
      return struct.unpack('d', struct.pack('Q', new_value))[0]
    raise ValueError('Got an unusual decrypted value either nan, inf or sign '
                     'bits aren\'t set correctly: %s' % hex(original_plaintext))
All of the group commands position their individual controls in columns starting at column 1. The layout of each control
dataset/ETHPy150Open google/encrypted-bigquery-client/src/paillier.py/Paillier.DecryptFloat--crossover with--dataset/ETHPy150Open CountZer0/PipelineConstructionSet/python/maya/site-packages/pymel-1.0.5/extras/completion/py/pymel/core/windows.py/attrFieldGrp