def backupIntervalContent():
global blocks, ball, paddle_top, paddle_bottom, border_top, border_bottom, border_left, border_right
global keyDowns, ballActive, blockHealth, blockHealthDownList
# Paddle move on keys
if not "Shift_L" in keyDowns:
v = geo.Vector(0, 0)
if "a" in keyDowns or "Left" in keyDowns:
v -= geo.Vector(paddleSpeedOnKey, 0)
if "d" in keyDowns or "Right" in keyDowns:
v += geo.Vector(paddleSpeedOnKey, 0)
paddle_top.setv(v)
paddle_bottom.setv(v)
paddle_top.move()
paddle_bottom.move()
if paddle_top.particle.pos.x < windowDm[0] / 2 - borderOffsetLeftRight:
paddle_top.setp(
geo.Point(windowDm[0] / 2 - borderOffsetLeftRight,
paddle_top.particle.pos.y))
if paddle_top.particle.pos.x > windowDm[0] / 2 + borderOffsetLeftRight:
paddle_top.setp(
geo.Point(windowDm[0] / 2 + borderOffsetLeftRight,
paddle_top.particle.pos.y))
if paddle_bottom.particle.pos.x < windowDm[
0] / 2 - borderOffsetLeftRight:
paddle_bottom.setp(
geo.Point(windowDm[0] / 2 - borderOffsetLeftRight,
paddle_bottom.particle.pos.y))
if paddle_bottom.particle.pos.x > windowDm[
0] / 2 + borderOffsetLeftRight:
paddle_bottom.setp(
geo.Point(windowDm[0] / 2 + borderOffsetLeftRight,
paddle_bottom.particle.pos.y))
else:
paddle_top.stop()
paddle_bottom.stop()
# Ball collisions
f_pt = paddle_top.helpColli(ball)
f_pb = paddle_bottom.helpColli(ball)
f_bt = border_top.helpColli(ball)
f_bb = border_bottom.helpColli(ball)
border_left.helpColli(ball)
border_right.helpColli(ball)
for i in range(len(blocks)):
if blockHealth[i] == 0:
continue
f_tmp = blocks[i].helpColli(ball)
if ballActive and f_tmp:
blockHealth[i] -= 1
if not i in blockHealthDownList:
blockHealthDownList.append(i)
ball.resolveColli()
ball.move()
if f_bt or f_bb:
ballActive = 2
if f_pt or f_pb:
ballActive = 3
pass
def __init__(self, canv, centerX, centerY, width, height):
self.rect = canv.create_rectangle(centerX - width / 2, centerY - height / 2, centerX + width / 2, centerY + height / 2, state = "hidden")
self.cornerPoints = [\
geo.Point(centerX - width / 2, centerY - height / 2), \
geo.Point(centerX + width / 2, centerY - height / 2), \
geo.Point(centerX + width / 2, centerY + height / 2), \
geo.Point(centerX - width / 2, centerY + height / 2)\
]
self.sideSegments = [\
geo.LineSegment(self.cornerPoints[0], self.cornerPoints[1]), \
geo.LineSegment(self.cornerPoints[1], self.cornerPoints[2]), \
geo.LineSegment(self.cornerPoints[2], self.cornerPoints[3]), \
geo.LineSegment(self.cornerPoints[3], self.cornerPoints[0])\
]
self.canv = canv
def startGame(event):
global interval, wnd, canv
global ball
ball.setv(
(geo.Point(event.x, event.y) - ball.particle.pos).unit() * ballSpeed)
# print(ball.particle.vel)
interval.start()
pass
def __init__(self, canv, centerX, centerY, radius):
self.particle = phys.Particle(pos = geo.Point(centerX, centerY))
self.circle = canv.create_oval(centerX - radius, centerY - radius, centerX + radius, centerY + radius, state = "hidden")
self.filledCircle = geo.FilledCircle(self.particle.pos.copy(), radius)
self.canv = canv
self.on = False
self.colliPoints = []
self.touching = []
def movePaddlesToCursorX(x):
global paddle_top, paddle_bottom, keyDowns
if not "Shift_L" in keyDowns:
return
paddle_top.setp(geo.Point(x, paddle_top.particle.pos.y))
paddle_bottom.setp(geo.Point(x, paddle_bottom.particle.pos.y))
def __init__(self, pos=geo.Point(0, 0), vel=geo.Vector(0, 0)):
self.pos = pos.copy()
self.vel = vel.copy()
self.playing = False
def setPos(self, pos=geo.Point(0, 0)):
self.pos = pos.copy()