Python Break Factor Function

def f_BreakFac(v_Num, v_Divider):
    """Syntax: (INT, INT); Returns: PRINT & NONE;
    Desc.: Break-factors a number using a divisor, usually 2, into a Multiplier, Quotient and Remainder
    Test: print("Break factors of: {}, using: {}".format(91, 2))
    f_BreakFac(91, 2)"""

    v_Multiplier = v_Divider ## Init Multiplier to Divider
    v_IntPart, v_DecPart = divmod(v_Num, v_Divider) ## Use "divmod" to execute first break into Int-Part and Dec-Part

    print("Num: {0:<0n}".format(v_Num)) ## Print the num being broken
    print("{0:<0s}".format("-----"))
    print("Multi: {0:<10n}Int: {1:<10n}Rem: {2:<10n}".format(v_Multiplier, v_IntPart, v_DecPart)) ## Print the results of first break

    while v_Multiplier < v_IntPart: ## While the multiplier is less than Int-Part
        v_PriorMulitplier = v_Multiplier ## Creates a Prior multiplier for later computation
        v_Multiplier = v_Multiplier * 2 ## Increments current multiplier by (* 2)
        v_IntPart, v_DecHold = divmod(v_IntPart, v_Divider) ## Next break run
        v_DecPart = v_DecPart + (v_DecHold * v_PriorMulitplier) ## Computes new dec-part from new dec-part and priormultiplier (I.e. a remainder's valuei is the prior multiplier times the current remainder
        print("Multi: {0:<10n}Int: {1:<10n}Rem: {2:<10n}".format(v_Multiplier, v_IntPart, v_DecPart)) ## Print the new set of nums
    v_PriorMulitplier = v_Multiplier ## One last break after the "while loop" completes for completeness
    v_Multiplier = v_Multiplier * 2
    v_IntPart, v_DecHold = divmod(v_IntPart, v_Divider)
    v_DecPart = v_DecPart + (v_DecHold * v_PriorMulitplier)
    print("Multi: {0:<10n}Int: {1:<10n}Dec: {2:<10n}".format(v_Multiplier, v_IntPart, v_DecPart))
    return