def compareTimMin(time, timeList, distance): 31 =
    test = len(time.split(':'))
    flattened = [ n for row in matrix for n in row ] # 2 +
    doubled = [ n * 2 for n in numbers if n % 2 == 1 ] # 2 +
    time_in_sec_from_min = [ x*60 for x in time ] # 1 +
    fahrenheit = [ ((float(9)/5)* x + 32) for x in Celsius  if x > 0 ] # + 1 + 1 +
    coloured_things = [ (x,y) for x in colours for y in things ] # 2 +

    if (test == 2 or test == 6) and (distance <= 7 and distance > 1): # 1 + 3 +
        list2 = [ float('.'.join(i.split(':'))) for i in timeList ] # 1 +
        out = ':'.join(list2.split('.'))
        if (len(out) > 0 and len(out) <= 4) or len == -2: # 1 + 2 +
            out += '0'
        ind = vdot.iloc[:, distance - 1][vdot.iloc[:,distance - 1] == out].index.tolist()[0]
        return out, ind
    elif (test == 2 or test == 4) and (distance > 7 and distance <= 42) : # 1 + 3 +
        print("Error: time must be in format(hh:mm:ss)")
        return "", ""
    elif (test == 3 or test == 1) and (distance > 7 and distance <= 42): # 1 + 3 +
        list2 = [ int(''.join(i.split(':'))) for i in timeList ] # 1 +
        out = out[:1] + ':' + out[1:3] + ':' + out[3:]
        ind = vdot.iloc[:, distance - 1][vdot.iloc[:,distance - 1] == out].index.tolist()[0]
        return out, ind
    elif (test == 3 or test == 4) and (distance <= 7 and distance > 1): # 1 + 3 +
        print("Error: time must be in format(mm:ss)")
        return "", ""

radon cc time.py -s
time.py
    F 1:0 compareTimMin - E (31)