def main():
# CMD argument parsing
parser = argparse.ArgumentParser()
parser.add_argument('--old_img')
parser.add_argument('--avg_filter_size')
parser.add_argument('--gauss_filter_size')
parser.add_argument('--circle_radius')
args = parser.parse_args()
old_img_path = args.old_img
avg_filter_size = args.avg_filter_size
gauss_filter_size = args.gauss_filter_size
circle_radius = args.circle_radius
if type(old_img_path) is not str:
print("Original image path is not a string!")
return
old_image = Image.open(old_img_path)
to_greyscale(old_image, old_img_path)
average_filter(old_image, old_img_path, avg_filter_size)
gauss(old_image, old_img_path, gauss_filter_size)
laplace(old_image, old_img_path)
circle(circle_radius)
scale_down(old_image, old_img_path)
def test_compare():
c1 = circle(2)
c2 = circle(3)
c3 = circle(2)
assert((c1 < c2) is True)
assert((c1 == c2) is False)
assert((c3 == c1) is True)
assert((c2 > c3) is True)
assert((c1 <= c2) is True)
def test_sort():
c1 = circle(1)
c2 = circle(4)
c3 = circle(2)
c4 = circle(6)
circles = [c1, c2, c3, c4]
circles.sort()
assert (circles == [circle(1), circle(2), circle(4), circle(6)])
def main():
c1 = circle() #Default Circle Object
print("The radius is", c1.getRadius())
print("The area is", c1.getArea())
print("The perimeter is", c1.getPerimeter(), "\n")
c1.setRadius(10) #Radius is set to 10
print("The radius is", c1.getRadius())
print("The area is", c1.getArea())
print("The perimeter is", c1.getPerimeter())
def __init__(self, game):
self.game = game
x = self.game.screen_weight
y = self.game.screen_height
_x = int(x / 10)
_y = int(y / 10)
self.difficulty = 300
######################## how difficulty ########################################
if (self.game.difficulty == "super easy"):
self.difficulty = 800
elif (self.game.difficulty == "easy"):
self.difficulty = 600
elif (self.game.difficulty == "medium"):
self.difficulty = 300
elif (self.game.difficulty == "hard"):
self.difficulty = 150
elif (self.game.difficulty == "hardcore"):
self.difficulty = 50
else:
self.difficulty = 350
############################ levels ###########################################
# level 1
if (self.game.level == 1):
# tworzenie kół(bakterii)
self.team1_1 = circle(game, _x, int(y / 2), 2, "player")
self.team2_1 = circle(game, int(_x * 9), int(y / 2), 2, "enemy")
self.neutral_1 = circle(game, int(_x * 3), int(_y * 2), 1,
"neutral")
self.neutral_2 = circle(game, int(_x * 3), int(_y * 8), 1,
"neutral")
self.neutral_3 = circle(game, int(_x * 6), int(_y * 2), 1,
"neutral")
self.neutral_4 = circle(game, int(_x * 6), int(_y * 8), 1,
"neutral")
# tablica wszystkich kół(bakterii)
self.circles = [
self.team1_1, self.neutral_1, self.neutral_2, self.team2_1,
self.neutral_3, self.neutral_4
]
# Połączenie miedzy danymi kołami
self.connectons_array = [
self.team1_1, self.neutral_1, self.team1_1, self.neutral_2,
self.neutral_1, self.neutral_3, self.neutral_2, self.neutral_4,
self.neutral_1, self.neutral_2, self.neutral_3, self.team2_1,
self.neutral_4, self.team2_1
]
#level 2
if (self.game.level == 2):
# tworzenie kół(bakterii)
team1_1 = circle(game, _x, int(y / 2), 2, "player")
team2_1 = circle(game, int(_x * 9), int(y / 2), 2, "enemy")
neutral_1 = circle(game, int(_x * 3), int(_y * 2), 1, "neutral")
neutral_2 = circle(game, int(_x * 3), int(_y * 8), 1, "neutral")
neutral_3 = circle(game, int(_x * 6), int(_y * 2), 1, "neutral")
neutral_4 = circle(game, int(_x * 6), int(_y * 8), 1, "neutral")
team3_1 = circle(game, int(x / 2), int(y / 2), 3, "enemy2")
# tablica wszystkich kół(bakterii)
self.circles = [
team1_1, neutral_1, neutral_2, team2_1, neutral_3, neutral_4,
team3_1
]
# Połączenie miedzy danymi kołami
self.connectons_array = [
team1_1,
neutral_1,
team1_1,
neutral_2,
neutral_1,
neutral_3,
neutral_2,
neutral_4,
neutral_1,
neutral_2,
neutral_3,
team2_1,
neutral_4,
team2_1,
team3_1,
neutral_1,
team3_1,
neutral_2,
team3_1,
neutral_3,
team3_1,
neutral_4,
]
#level 3
if (self.game.level == 3):
# tworzenie kół(bakterii)
team1_1 = circle(game, _x * 2, _y, 2, "player")
team1_2 = circle(game, _x * 2, _y * 4, 1, "player")
team1_3 = circle(game, _x * 2, _y * 7, 1, "player")
team1_4 = circle(game, _x * 5, _y * 7, 1, "player")
team2_1 = circle(game, _x * 8, _y, 4, "enemy")
# tablica wszystkich kół(bakterii)
self.circles = [team1_1, team1_2, team1_3, team2_1, team1_4]
# Połączenie miedzy danymi kołami
self.connectons_array = [
team1_1, team1_2, team1_2, team1_3, team1_3, team1_4, team1_4,
team2_1
]
# level 4
if (self.game.level == 4):
team1_1 = circle(game, _x * 5, _y * 2, 3, "player")
neutral_1 = circle(game, _x * 2, _y * 4, 2, "neutral")
neutral_2 = circle(game, _x * 8, _y * 4, 2, "neutral")
team2_1 = circle(game, _x * 2, _y * 8, 2, "enemy")
team2_2 = circle(game, _x * 8, _y * 8, 2, "enemy")
self.circles = [team1_1, neutral_1, neutral_2, team2_1, team2_2]
self.connectons_array = [
team1_1, neutral_1, team1_1, neutral_2, team2_1, neutral_1,
team2_2, neutral_2
]
# level 5
if (self.game.level == 5):
team1_1 = circle(game, _x * 5, _y * 2, 3, "enemy")
neutral_1 = circle(game, _x * 2, _y * 4, 2, "neutral")
neutral_2 = circle(game, _x * 8, _y * 4, 2, "neutral")
team2_1 = circle(game, _x * 2, _y * 8, 2, "player")
team2_2 = circle(game, _x * 8, _y * 8, 2, "player")
self.circles = [team1_1, neutral_1, neutral_2, team2_1, team2_2]
self.connectons_array = [
team1_1, neutral_1, team1_1, neutral_2, team2_1, neutral_1,
team2_2, neutral_2
]
# level 6
if (self.game.level == 6):
team1_1 = circle(game, _x * 5, _y * 5, 4, "player")
neutral_1 = circle(game, _x * 3, _y * 1, 1, "neutral")
neutral_2 = circle(game, _x * 3, _y * 3, 1, "neutral")
neutral_3 = circle(game, _x * 3, _y * 5, 1, "neutral")
neutral_4 = circle(game, _x * 3, _y * 7, 1, "neutral")
neutral_5 = circle(game, _x * 3, _y * 9, 1, "neutral")
team2_1 = circle(game, _x, _y * 5, 4, "enemy")
neutral_6 = circle(game, _x * 7, _y * 1, 1, "neutral")
neutral_7 = circle(game, _x * 7, _y * 3, 1, "neutral")
neutral_8 = circle(game, _x * 7, _y * 5, 1, "neutral")
neutral_9 = circle(game, _x * 7, _y * 7, 1, "neutral")
neutral_10 = circle(game, _x * 7, _y * 9, 1, "neutral")
team3_1 = circle(game, _x * 9, _y * 5, 4, "enemy2")
self.circles = [
team1_1, neutral_1, neutral_2, neutral_3, neutral_4, neutral_5,
neutral_6, neutral_7, neutral_8, neutral_9, neutral_10,
team2_1, team3_1
]
self.connectons_array = [
team1_1, neutral_1, team2_1, neutral_1, team1_1, neutral_2,
team2_1, neutral_2, team1_1, neutral_3, team2_1, neutral_3,
team1_1, neutral_4, team2_1, neutral_4, team1_1, neutral_5,
team2_1, neutral_5, team1_1, neutral_6, team3_1, neutral_6,
team1_1, neutral_7, team3_1, neutral_7, team1_1, neutral_8,
team3_1, neutral_8, team1_1, neutral_9, team3_1, neutral_9,
team1_1, neutral_10, team3_1, neutral_10
]
#level 7
if (self.game.level == 7):
team1_1 = circle(game, _x * 5, _y * 5, 4, "neutral")
team1_2 = circle(game, _x * 1, _y * 5, 4, "player")
team1_3 = circle(game, _x * 1, _y * 5, 4, "player")
neutral_1 = circle(game, _x * 3, _y * 1, 1, "player")
neutral_2 = circle(game, _x * 3, _y * 3, 1, "player")
neutral_3 = circle(game, _x * 3, _y * 5, 1, "player")
neutral_4 = circle(game, _x * 3, _y * 7, 1, "player")
neutral_5 = circle(game, _x * 3, _y * 9, 1, "player")
team2_1 = circle(game, _x, _y * 5, 4, "enemy")
team2_2 = circle(game, _x, _y * 5, 4, "enemy")
team2_3 = circle(game, _x, _y * 5, 4, "enemy")
neutral_6 = circle(game, _x * 7, _y * 1, 1, "player")
neutral_7 = circle(game, _x * 7, _y * 3, 1, "player")
neutral_8 = circle(game, _x * 7, _y * 5, 1, "player")
neutral_9 = circle(game, _x * 7, _y * 7, 1, "player")
neutral_10 = circle(game, _x * 7, _y * 9, 1, "player")
team3_1 = circle(game, _x * 9, _y * 5, 4, "enemy2")
team3_2 = circle(game, _x * 9, _y * 5, 4, "enemy2")
team3_3 = circle(game, _x * 9, _y * 5, 4, "enemy2")
self.circles = [
team1_1, neutral_1, neutral_2, neutral_3, neutral_4, neutral_5,
neutral_6, neutral_7, neutral_8, neutral_9, neutral_10,
team2_1, team3_1
]
self.connectons_array = [
team1_1, neutral_1, team2_1, neutral_1, team1_1, neutral_2,
team2_1, neutral_2, team1_1, neutral_3, team2_1, neutral_3,
team1_1, neutral_4, team2_1, neutral_4, team1_1, neutral_5,
team2_1, neutral_5, team1_1, neutral_6, team3_1, neutral_6,
team1_1, neutral_7, team3_1, neutral_7, team1_1, neutral_8,
team3_1, neutral_8, team1_1, neutral_9, team3_1, neutral_9,
team1_1, neutral_10, team3_1, neutral_10
]
#level 8
if (self.game.level == 8):
team1_1 = circle(game, _x * 2, _y * 2, 1, "player")
team1_2 = circle(game, _x * 8, _y * 8, 1, "player")
team1_3 = circle(game, _x * 1, _y * 5, 4, "player")
neutral_1 = circle(game, _x * 2, _y * 8, 2, "neutral")
neutral_2 = circle(game, _x * 8, _y * 2, 2, "neutral")
neutral_3 = circle(game, _x * 3, _y * 5, 2, "player")
neutral_4 = circle(game, _x * 3, _y * 7, 1, "player")
neutral_5 = circle(game, _x * 3, _y * 9, 1, "player")
team2_1 = circle(game, _x * 5, _y * 5, 4, "enemy")
team2_2 = circle(game, _x, _y * 5, 4, "enemy")
team2_3 = circle(game, _x, _y * 5, 4, "enemy")
neutral_6 = circle(game, _x * 7, _y * 1, 1, "player")
neutral_7 = circle(game, _x * 7, _y * 3, 1, "player")
neutral_8 = circle(game, _x * 7, _y * 5, 1, "player")
neutral_9 = circle(game, _x * 7, _y * 7, 1, "player")
neutral_10 = circle(game, _x * 7, _y * 9, 1, "player")
team3_1 = circle(game, _x * 9, _y * 5, 4, "enemy2")
team3_2 = circle(game, _x * 9, _y * 5, 4, "enemy2")
team3_3 = circle(game, _x * 9, _y * 5, 4, "enemy2")
self.circles = [team1_1, team1_2, neutral_1, neutral_2, team2_1]
self.connectons_array = [
team1_1, neutral_1, team2_1, neutral_1, team2_1, neutral_2,
team1_1, neutral_2, team1_2, neutral_2, team1_2, neutral_1
]
#level 9
if (self.game.level == 9):
team1_1 = circle(game, _x, _y, 1, "player")
team2_1 = circle(game, _x, _y * 9, 1, "enemy")
team2_2 = circle(game, _x * 9, _y * 1, 1, "enemy")
team3_1 = circle(game, _x * 9, _y * 5, 1, "enemy2")
neutral_1 = circle(game, _x * 1, _y * 5, 1, "neutral")
neutral_2 = circle(game, _x * 3, _y * 2, 1, "neutral")
neutral_3 = circle(game, _x * 5, _y * 8, 1, "neutral")
neutral_4 = circle(game, _x * 5, _y * 5, 3, "neutral")
neutral_5 = circle(game, _x * 3, _y * 8, 1, "neutral")
neutral_6 = circle(game, _x * 3, _y * 5, 1, "neutral")
neutral_7 = circle(game, _x * 7, _y * 2, 1, "neutral")
neutral_8 = circle(game, _x * 7, _y * 5, 1, "neutral")
neutral_9 = circle(game, _x * 7, _y * 8, 1, "neutral")
neutral_10 = circle(game, _x * 5, _y * 1, 1, "neutral")
self.circles = [
neutral_1, neutral_2, neutral_3, neutral_4, neutral_5, team2_2,
neutral_6, neutral_7, neutral_8, neutral_9, team1_1,
neutral_10, team2_1, team3_1
]
self.connectons_array = []
if (False):
self.connectons_array = [
team1_1, neutral_1, team2_1, neutral_1, team1_1, neutral_2,
team2_1, neutral_2, team1_1, neutral_3, team2_1, neutral_3,
team1_1, neutral_4, team2_1, neutral_4, team1_1, neutral_5,
team2_1, neutral_5, team1_1, neutral_6, team3_1, neutral_6,
team1_1, neutral_7, team3_1, neutral_7, team1_1, neutral_8,
team3_1, neutral_8, team1_1, neutral_9, team3_1, neutral_9,
team1_1, neutral_10, team3_1, neutral_10
]
else:
self.all_connections()
self.range = 10
##############################################################################
#Global
self.time = -200
self.range = 4
def test_radius():
c1 = circle(1)
assert(c1.radius == 1)
def test_add():
c1 = circle(2)
c2 = circle(4)
assert ((c1 + c2).radius == circle(6).radius)
def test_mult():
c1 = circle(2)
assert ((c1 * 3).radius == circle(6).radius)
def test_repr():
c1 = circle(4)
assert (repr(c1) == 'Circle(4)')
def test_str():
c1 = circle(4)
assert (str(c1) == 'Circle with radius: 4')
def test_area():
c1 = circle(1)
assert (c1.area == math.pi)
def test_setdiameter():
c1 = circle(2)
c1.diameter = 2
assert (c1.radius == 1)
assert (c1.diameter == 2)
def test_diameter():
c1 = circle(1)
c1.diameter = 4
assert (c1.radius == 2)
assert (c1.diameter == 4)