NUMBER ENCRYPTION (BICRYPTION)

def ENCRYPT_NUMBER(BASE, INPUT):
    return ((BASE[0] * 2) + 1) * (2 ** (0 if INPUT < 0 else INPUT)), ((BASE[1] * 2) + 1) * (2 ** ((INPUT * -1) if INPUT < 0 else 0))

# TODO: DECRYPT WITHOUT ITERATION OR RECURSION
def DECRYPT_BASE(BASE):
    BASE_BIT = 0
    while BASE % 2 == 0:
        BASE = BASE / 2
        BASE_BIT = BASE_BIT + 1
    BASE = (BASE - 1) / 2
    return BASE, BASE_BIT

def DECRYPT_NUMBER(BASE):
    POSITIVE_BASE = BASE[0]
    NEGATIVE_BASE = BASE[1]

    POSITIVE_BASE,POSITIVE_BIT = DECRYPT_BASE(POSITIVE_BASE)
    NEGATIVE_BASE,NEGATIVE_BIT = DECRYPT_BASE(NEGATIVE_BASE)

    return tuple([POSITIVE_BASE,NEGATIVE_BASE]), POSITIVE_BIT - NEGATIVE_BIT

def REVERSE_ENCRYPTION(BASE):
    POSITIVE_BASE = BASE[0]
    NEGATIVE_BASE = BASE[1]

    ENCRYPTION = (0,0)
    while POSITIVE_BASE > 0 or NEGATIVE_BASE > 0:
        BASE, BIT = DECRYPT_NUMBER(BASE)
        POSITIVE_BASE, NEGATIVE_BASE = BASE
        ENCRYPTION = ENCRYPT_NUMBER(ENCRYPTION, BIT)

    return ENCRYPTION

BASE = (0, 0)
BASE = ENCRYPT_NUMBER(BASE, 0)
BASE = ENCRYPT_NUMBER(BASE, 1)
BASE = ENCRYPT_NUMBER(BASE, 2)
BASE = ENCRYPT_NUMBER(BASE, 3)
BASE = ENCRYPT_NUMBER(BASE, 4)
BASE = ENCRYPT_NUMBER(BASE, 5)
BASE = ENCRYPT_NUMBER(BASE, -6)
BASE = ENCRYPT_NUMBER(BASE, -7)
BASE = ENCRYPT_NUMBER(BASE, -8)
BASE = ENCRYPT_NUMBER(BASE, 9)
BASE = ENCRYPT_NUMBER(BASE, -10)

BASE = REVERSE_ENCRYPTION(BASE)

POSITIVE,NEGATIVE = BASE
while POSITIVE > 0 or NEGATIVE > 0:
    BASE,DECRYPTED= DECRYPT_NUMBER(BASE)
    POSITIVE,NEGATIVE = BASE
    print("POSITIVE_ENCRYPTION: " + str(POSITIVE) + ", NEGATIVE_ENCRYPTION: " + str(NEGATIVE) + ", DECRYPTED: " + str(DECRYPTED))