angle = {12:0,1:30,2:60,3:90,4:120,5:150,6:180,7:210,8:240,9:270,10:300,11:330, 0: 0}
n = [1,2,3,4,5,6,7,8,9,10,11,12]

def hr(arr, h, m, s):    
    f = lambda x: arr.index(x if x > 0 else 12)
    hh = h + 1 if h < 12 else 1
    a = angle[f(hh)] - angle[f(h)]
    if a < 0:
        a += 360
    # print("hour ", h, hh, angle[f(h)], angle[f(hh)], a)
    res = angle[f(h)] + (m + s / 60) / 60 * a
    return res

def mn(arr, m, s):
    f = lambda x: arr.index(x if x > 0 else 12)
    e = m // 5
    ee = e + 1 if e < 12 else 1
    print("e :", e, ee, f(e), f(ee))
    a = angle[f(ee)] - angle[f(e)]
    if a < 0:
        a += 360
    # print("rem :", m  - 5 * e)
    # print("e :", e, ee, f(e), f(ee), a)
    # print(angle[f(e)], angle[f(ee)])
    res = angle[f(e)] + (m  + s / 60 - 5 * e) / 5 * a
    return res

def clock_angle(arr, h, m, s):
    x = hr(arr, h, m, s)
    y = mn(arr, m, s)
    z = x - y
    if z < 0:
        z += 360
    return min(z, 360 - z)
# arr = [1,7,2,8,3,9,4,10,5,11,6,12]
arr = n
h, m, s = 7, 2, 0

print(hr(arr, h, m, s))
print(mn(arr, m, s))
print(clock_angle(arr, h, m, s))