Triangle Sides AFTER

__author__ = 'Neys'
# Should return triangle type:
#  0 : if triangle cannot be made with given sides
#  1 : acute triangle
#  2 : right triangle
#  3 : obtuse triangle
from math import acos,pi

def Side_Angle_1(a,b,c):
    x, y = ( (a**2)-(b**2)-(c**2) ), (-2*(b*c))
    z = x/y
    return round( (acos(z)*180)/pi )

def Side_Angle_2(a,b,c):
    x, y = ( (b**2)-(a**2)-(c**2) ), (-2*(a*c))
    z = x/y
    return round( (acos(z)*180)/pi )

def Side_Angle_3(a,b,c):
    x, y = ( (c**2)-(b**2)-(a**2) ), (-2*(a*b))
    z = x/y
    return round( (acos(z)*180)/pi )

def triangle_type(a, b, c):
    if (a+b > c) and (b+c > a) and (c+a > b): #If is triangle pass else 0
        Angle_A, Angle_B, Angle_C = Side_Angle_1(a,b,c), Side_Angle_2(a,b,c), Side_Angle_3(a,b,c)
        side = [Angle_A, Angle_B, Angle_C]

        def conditional_executioner(n): # Iterate through output quicker
            print( "Angle = {0} Degrees || Angle = {1} Degrees || Angle Degrees = {2}".format(side[0], side[1], side[2] ))
            print(n)
            return (n)

        check_1, check_2, check_3 = (side[0] == 90 or side[1] == 90 or side[2] == 90), \
                                    (side[0] < 90 and side[1] < 90 and side[2] < 90), \
                                    (side[0] > 90 or side[1] > 90 or side[2] > 90)
        if check_1:
            conditional_executioner(2)
        elif check_2:
           conditional_executioner(1)
        elif check_3:
           conditional_executioner(3)
    else:
        return (0)

triangle_type(7,3,2) # Not triangle
triangle_type(2,4,6) # Not triangle
triangle_type(8,5,7) # Acute
triangle_type(3,4,5) # Right
triangle_type(7,12,8) # Obtuse