class Game(object):
def __init__(self, displaySurf: pygame.Surface, ballsCount, speed):
self.displaySurf = displaySurf
self.ballsCount = ballsCount
self.speed = speed
self.targetCircle = Circle(self.displaySurf, color=randint(0, len(Circle.COLORS)-1), pos=(self.displaySurf.get_width() // 2, self.displaySurf.get_height() // 2), radius=30)
self.pontFelirat = Pont(self.displaySurf, "Elért pont", (300, 10))
self.ballsList = []
self.ballsCreate()
self.pont = 10
self.startTimeBalls = pygame.time.get_ticks()
def ballCreate(self):
pos = (randint(0, self.displaySurf.get_width()), randint(0, self.displaySurf.get_height()))
vec = (self.targetCircle.getPos( )[0] - pos[0], self.targetCircle.getPos( )[1] - pos[1])
self.ballsList.append(Circle(self.displaySurf, color=randint(0, len(Circle.COLORS) - 1), \
pos=pos, \
radius=20, \
vec=vec,
speed=pygame.math.Vector2(vec).length( ) * self.speed))
def ballsCreate(self):
for i in range(self.ballsCount):
self.ballCreate()
def update(self):
gameOver = False
for ball in self.ballsList:
if ball.getPos().distance_to(self.targetCircle.getPos()) < self.targetCircle.radius:
if ball.getColor() != self.targetCircle.getColor():
self.pont -= 1
self.clearBall(ball)
if len(self.ballsList) < 3:
self.ballCreate()
self.draw()
if self.pont <= 0:
gameOver = True
return gameOver
def draw(self):
self.displaySurf.fill((0, 0, 0))
self.targetCircle.draw()
self.pontFelirat.draw(self.pont)
for ball in self.ballsList:
ball.draw()
def clicked(self, pos):
i = 0
while i < len(self.ballsList) and not (self.ballsList[i].getPos().distance_to(pos) < self.ballsList[i].radius):
i += 1
if i < len(self.ballsList):
self.ballsList[i].setColor(randint(0, len(Circle.COLORS)-1))
def clearBall(self, ball):
self.ballsList.pop(self.ballsList.index(ball))
class TestCircle:
def setup(self):
self.X = Circle("orange", 4)
self.Y = Circle("green", 8)
def testgetRadius(self):
assert self.X.getRadius() == 4
assert self.Y.getRadius() == 8
def testsetRadius(self):
self.X.setRadius(50)
assert self.X.radius == 50
self.Y.setRadius(100)
assert self.Y.radius == 100
def testcomputeself(self):
assert self.X.computeArea() == (3.14159 * (4**2))
assert self.Y.computeArea() == (3.14159 * (8**2))
def testcomputerPerimeter(self):
assert self.X.computePerimeter() == (3.14159 * 4 * 2)
assert self.Y.computePerimeter() == (3.14159 * 8 * 2)
def testgetShapeProperties(self):
assert self.X.getShapeProperties(
) == f"Shape: CIRCLE, color: {self.X.color}, Radius: {self.X.radius}," '\n'
f"Area: {self.X.computeArea()}, Perimeter: {self.X.computePerimeter()}"
assert self.Y.getShapeProperties(
) == f"Shape: CIRCLE, color: {self.Y.color}, Radius: {self.Y.radius}," '\n'
f"Area: {self.Y.computeArea()}, Perimeter: {self.Y.computePerimeter()}"
def testsetColor(self):
self.X.setColor("blue")
assert self.X.color == "blue"
def testgetColor(self):
assert self.X.getColor() == "orange"
class TestCircle:
def setup(self):
self.A = Circle("red", 3)
self.B = Circle("blue", 5)
def testgetRadius(self):
assert self.A.getRadius() == 3
assert self.B.getRadius() == 5
def testsetRadius(self):
self.A.setRadius(1000)
assert self.A.radius == 1000
self.B.setRadius(100)
assert self.B.radius == 100
def testcomputeself(self):
assert self.A.computeArea() == (3.14159 * (3**2))
assert self.B.computeArea() == (3.14159 * (5**2))
def testcomputePerimeter(self):
assert self.A.computePerimeter() == (3.14159 * 3 * 2)
assert self.B.computePerimeter() == (3.14159 * 5 * 2)
def testgetShapeProperties(self):
assert self.A.getShapeProperties() == f"Shape: CIRCLE, Color: {self.A.color}, Radius: {self.A.radius}, " \
f"Area: {self.A.computeArea()}, Perimeter: {self.A.computePerimeter()}"
assert self.B.getShapeProperties() == f"Shape: CIRCLE, Color: {self.B.color}, Radius: {self.B.radius}, " \
f"Area: {self.B.computeArea()}, Perimeter: {self.B.computePerimeter()}"
def testsetColor(self):
self.A.setColor("magenta")
assert self.A.color == "magenta"
def testgetColor(self):
assert self.A.getColor() == "red"
# -*- coding: utf-8 -*-
"""
Created on Tue Jun 9 22:11:35 2020
@author: mushroom
"""
from GeometricObject import GeometricObject
from Circle import Circle
from Rectangle import Rectangle
cr = int(input())
rw = int(input())
rh = int(input())
cc = str(input())
cf = bool(input())
rc = str(input())
rf = bool(input())
c = Circle(cr, cc, cf)
r = Rectangle(rw, rh, rc, rf)
print("Circle:")
print("Radius is {0}\nDiameter is {1}\nArea is {2}\nPerimeter is {3}"\
.format(c.getRadius(),c.getDiameter(), c.getArea(), c.getPerimeter()))
print("color: %s and filled: %s" % (c.getColor(), c.isFilled()))
print("\nRectangle:")
print("Width is {0}\nHeight is {1}\nArea is {2}\nPerimeter is {3}\ncolor: {4} and filled: {5}"\
.format(r.getWidth(), r.getHeight(), r.getArea(), r.getPerimeter(), r.getColor(), r.isFilled()))
