def test_is_angle_in_random_range():
"""Test that for a range of angles and angular ranges, the
is_angle_in_range function correctly calculates if the angle
is in the range."""
# Create a number of ranges between 0 and 360 to see if they are within range
num_range = 100
for n in range(num_range):
angular_range = (int(random.random() * 360), int(random.random()) * 360)
# If A < B or A > B
if angular_range[0] < angular_range[1]:
# Check that the following are true
# angle in range 0 -> A = False
# angle in range A -> B = True
# angle in range B -> 360 = False
for angle in range(0, angular_range[0]):
assert is_angle_in_range(angular_range, angle, True) is False
for angle in range(angular_range[0], angular_range[1] + 1):
assert is_angle_in_range(angular_range, angle, True) is True
for angle in range(angular_range[1] + 1, 360):
assert is_angle_in_range(angular_range, angle, True) is False
else:
# Check that the following are true
# angle in range 0 -> B = True
# angle in range B -> A = False
# angle in range A -> 360 = True
for angle in range(0, angular_range[1] + 1):
assert is_angle_in_range(angular_range, angle, True) is True
for angle in range(angular_range[1] + 1, angular_range[0]):
assert is_angle_in_range(angular_range, angle, True) is False
for angle in range(angular_range[0], 360):
assert is_angle_in_range(angular_range, angle, True) is True
def tst_is_angle_in_range():
"""Test that for a range of angles and angular ranges, the
is_angle_in_range function correctly calculates if the angle
is in the range.
"""
from random import random
# Some helper lambda functions
mod_360 = lambda x: x - 360.0 * floor(x / 360.0)
mod_360_range = lambda x: (mod_360(x[0]), mod_360(x[1]))
random_0_360 = lambda: int(random() * 360.0)
# Create a number of ranges between 0 and 360 and check 360 degrees worth
# of angles to see if they are within the range
num_range = 100
for n in range(num_range):
angular_range = (random_0_360(), random_0_360())
# If A < B or A > B
if angular_range[0] < angular_range[1]:
# Check that the following are true
# angle in range 0 -> A = False
# angle in range A -> B = True
# angle in range B -> 360 = False
for angle in range(0, angular_range[0]):
assert(is_angle_in_range(angular_range, angle, True) == False)
for angle in range(angular_range[0], angular_range[1]+1):
assert(is_angle_in_range(angular_range, angle, True) == True)
for angle in range(angular_range[1]+1, 360):
assert(is_angle_in_range(angular_range, angle, True) == False)
else:
# Check that the following are true
# angle in range 0 -> B = True
# angle in range B -> A = False
# angle in range A -> 360 = True
for angle in range(0, angular_range[1]+1):
assert(is_angle_in_range(angular_range, angle, True) == True)
for angle in range(angular_range[1]+1, angular_range[0]):
assert(is_angle_in_range(angular_range, angle, True) == False)
for angle in range(angular_range[0], 360):
assert(is_angle_in_range(angular_range, angle, True) == True)
# Create a range over 360 and make sure all angles are valid
angular_range = (-10, 370)
for angle in range(0, 360):
assert(is_angle_in_range(angular_range, angle, True) == True)
# Test passed
print "OK"
def tst_is_angle_in_range():
"""Test that for a range of angles and angular ranges, the
is_angle_in_range function correctly calculates if the angle
is in the range.
"""
from random import random
# Some helper lambda functions
mod_360 = lambda x: x - 360.0 * floor(x / 360.0)
mod_360_range = lambda x: (mod_360(x[0]), mod_360(x[1]))
random_0_360 = lambda: int(random() * 360.0)
# Create a number of ranges between 0 and 360 and check 360 degrees worth
# of angles to see if they are within the range
num_range = 100
for n in range(num_range):
angular_range = (random_0_360(), random_0_360())
# If A < B or A > B
if angular_range[0] < angular_range[1]:
# Check that the following are true
# angle in range 0 -> A = False
# angle in range A -> B = True
# angle in range B -> 360 = False
for angle in range(0, angular_range[0]):
assert(is_angle_in_range(angular_range, angle, True) == False)
for angle in range(angular_range[0], angular_range[1]+1):
assert(is_angle_in_range(angular_range, angle, True) == True)
for angle in range(angular_range[1]+1, 360):
assert(is_angle_in_range(angular_range, angle, True) == False)
else:
# Check that the following are true
# angle in range 0 -> B = True
# angle in range B -> A = False
# angle in range A -> 360 = True
for angle in range(0, angular_range[1]+1):
assert(is_angle_in_range(angular_range, angle, True) == True)
for angle in range(angular_range[1]+1, angular_range[0]):
assert(is_angle_in_range(angular_range, angle, True) == False)
for angle in range(angular_range[0], 360):
assert(is_angle_in_range(angular_range, angle, True) == True)
# Create a range over 360 and make sure all angles are valid
angular_range = (-10, 370)
for angle in range(0, 360):
assert(is_angle_in_range(angular_range, angle, True) == True)
# Test passed
print "OK"
def test_is_angle_sweep_in_range():
# Create a range over 360 and make sure all angles are valid
angular_range = (-10, 370)
for angle in range(0, 360):
assert is_angle_in_range(angular_range, angle, True) is True
