def move_card_down():
border = 190
back_of_card = Image(Point(WIN.getWidth() / 2,
WIN.getHeight() / 4), "images/deck.png")
back_of_card.draw(WIN)
# Moves card down
while back_of_card.getAnchor().getY() < WIN.getHeight() - border:
back_of_card.move(0, MOVEMENT_SPEED)
update()
return back_of_card
class Drawable(object):
_window = None
@staticmethod
def recreateWindow():
if Drawable._window:
Drawable._window.close()
Drawable._window = GraphWin("LodeRunner", Config.WINDOW_WIDTH+20, Config.WINDOW_HEIGHT+20)
Drawable._window.setBackground('white')
@staticmethod
def lost():
t = Text(Point(Config.WINDOW_WIDTH/2+10, Config.WINDOW_HEIGHT/2+10), 'YOU LOST!')
t.setSize(36)
t.setTextColor('red')
t.draw(Drawable._window)
Drawable._window.getKey()
exit(0)
@staticmethod
def won():
t = Text(Point(Config.WINDOW_WIDTH/2+10, Config.WINDOW_HEIGHT/2+10), 'YOU WON!')
t.setSize(36)
t.setTextColor('red')
t.draw(Drawable._window)
time.sleep(2)
def __init__(self, coords, img_path=None):
if img_path:
self._img = Image(Point((coords[0]+1)*Config.CELL_SIZE-1, (coords[1]+1)*Config.CELL_SIZE-1), os.path.join('graphics', img_path))
else:
self._img = None
def draw(self):
if self._img:
self._img.draw(Drawable._window)
def move_img(self, dx, dy):
if self._img:
self._img.move(dx * Config.CELL_SIZE, dy * Config.CELL_SIZE)
def undraw(self):
if self._img:
self._img.undraw()
class GameScreen:
def __init__(self, window, player1, player2):
self.window = window
self.p1 = Player(player1, None)
self.p2 = Player(player2, None)
background = Image(Point(600, 400), "ImagesAndSprites/StartScreen.gif")
background.draw(window)
self.createHealthBars(window)
self.startGame(window)
self.countDown = Text(
Point(window.getWidth() / 2,
window.getHeight() / 2), '')
self.countdown(window)
self.plyJumpRender = Image(Point(300, 50),
"ImagesAndSprites/Apple.gif")
self.plyJumpRender.draw(window)
self.plyJumpRender2 = Image(Point(900, 50),
"ImagesAndSprites/Apple.gif")
self.plyJumpRender2.draw(window)
# plyJumpRender2.move(150, 0)
self.worldRenderer = Image(Point(800, 3), "ImagesAndSprites/blue.gif")
self.worldRenderer.draw(window)
self.worldRenderer.move(-200, 400)
# Hitbox defines as
# Obj, width, height, weight, pos, ignored
self.plyJump = hitbox(self.plyJumpRender, 1)
self.plyJump2 = hitbox(self.plyJumpRender2, 1)
self.platform = hitbox(self.worldRenderer, 0)
self.time1 = 0
self.time2 = 0
while True:
self.update(window)
if (self.getWinner() == 1):
p1wins(window)
time.sleep(2)
break
if (self.getWinner() == 2):
p2wins(window)
time.sleep(2)
break
def checkExit(self, key):
if key == 'Escape':
return True
return False
def getWinner(self):
if (self.p1.health <= 0 or self.plyJump.position[1] > 800
or self.plyJump.position[0] < 0
or self.plyJump.position[0] > 1200):
return 2
if (self.p2.health <= 0 or self.plyJump2.position[1] > 800
or self.plyJump2.position[0] < 0
or self.plyJump2.position[0] > 1200):
return 1
else:
return 0
def checkLose(self):
pass
def update(self, window):
self.p1Text.setText(str(self.p1.health))
self.p2Text.setText(str(self.p2.health))
controls = window.checkKeys()
if "Escape" in controls:
self.window.close()
if "w" in controls and self.plyJump.inAir == False:
self.plyJump.addYForce(20)
if "a" in controls:
self.plyJump.addXForce(5)
if "d" in controls:
self.plyJump.addXForce(-5)
if "e" in controls and abs(self.plyJump.position[0] -
self.plyJump2.position[0]) < 120 and abs(
self.plyJump.position[1] -
self.plyJump2.position[1]
) < 120 and time.time() - self.time1 > 1:
self.p2.health -= 5
self.p2Text.setText(str(self.p2.health))
self.time1 = time.time()
if "Up" in controls and self.plyJump2.inAir == False:
self.plyJump2.addYForce(20)
if "Left" in controls:
self.plyJump2.addXForce(5)
if "Right" in controls:
self.plyJump2.addXForce(-5)
if "Insert" in controls and abs(
self.plyJump.position[0] - self.plyJump2.position[0]
) < 120 and abs(self.plyJump.position[1] - self.plyJump2.position[1]
) < 120 and time.time() - self.time2 > 1:
self.p1.health -= 5
self.p1Text.setText(str(self.p1.health))
self.time2 = time.time()
# Physics calculations
self.plyJump.calculate(
) # Needed to actual update the position of the hitbox
self.plyJump2.calculate()
self.platform.calculate()
time.sleep(.0083) # Magic sleep number from jamie
def createHealthBars(self, window):
self.p1Text = Text(Point(50, 50), str(self.p1.health))
self.p2Text = Text(Point(1100, 50), str(self.p2.health))
self.p1Text.setTextColor("White")
self.p2Text.setTextColor("White")
self.p1Text.setSize(36)
self.p2Text.setSize(36)
self.p1Text.draw(window)
self.p2Text.draw(window)
def startGame(self, window):
pass
def countdown(self, window):
self.countDown.setTextColor("White")
self.countDown.setSize(20)
self.countDown.setText("3")
self.countDown.draw(window)
self.countDown.setSize(36)
for i in range(3, 0, -1):
self.countDown.setText(str(i))
time.sleep(1)
self.countDown.setText("Fight!")
self.countDown.setSize(36)
time.sleep(1)
self.countDown.setText("")