#
# point_explorer.py
#
# A client program for Point objects
#
# CS 111
#

from point import *

p1 = Point(7, 24)
p2 = Point(0, -7)

print('p1 has coordinates', p1)     # calls __repr__
print('p2 has coordinates', p2)     # calls __repr__

dist1 = p1.distance_from_origin()   # need parens!
dist2 = p2.distance_from_origin()   # need parens!
print(p1, 'is', dist1, 'units away from the origin')
print(p2, 'is', dist2, 'units away from the origin')

print('moving p1 down 7 units...')

# We eliminate the assignment on the line that calls move_down().
# Because move_down() doesn't explicitly return a value, it returns None,
# and we don't want to assign the None to p1. 
# In addition, no assignment is needed, because move_down() changes 
# the internals of p1.
p1.move_down(7)   

print('p1 now has coordinates', p1)

# New client code:
# part a
x = int(input('Enter an x-coordinate: '))
y = int(input('Enter a y-coordinate: '))

# part b
p3 = Point(x, y)

# part c
print(p3, 'is', p3.distance_from_origin(), 'units from the origin')

# part d
p3.flip()
print('after flipping p3, its coordinate are', p3)

# part e
p3_quad = p3.quadrant()
if p3_quad == 0:
    print(p3, 'is on an axis')
else:
    print(p3, 'is in quadrant', p3_quad)