def test_moveAs2Key(self):
pygame.init()
screen = PygScreen()
screen.setSize(10,10)
ballObj = BallObj()
ballObj.setObj("img/ball.bmp")
ballObj.setRect()
# Leftキーが押された時speedXが1減算
ballObj.setSpeed( 1,1 )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_LEFT] = 1
ballObj.moveAs2Key( pressed_keys_cp )
self.assertTrue( [0,1] == ballObj.getSpeed() )
# Rightキーが押された時speedXが1加算
ballObj.setSpeed( 1,1 )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_RIGHT] = 1
ballObj.moveAs2Key( pressed_keys_cp )
self.assertTrue( [2,1] == ballObj.getSpeed() )
# Upキーが押された時initSpeedが1加算
ballObj.setInitSpeed( 5 )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_UP] = 1
ballObj.moveAs2Key( pressed_keys_cp )
self.assertTrue( 6 == ballObj.getInitSpeed() )
# Upキーが押された時initSpeedが1加算
ballObj.setInitSpeed( 20 )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_UP] = 1
ballObj.moveAs2Key( pressed_keys_cp )
self.assertTrue( 20 == ballObj.getInitSpeed() )
# Downキーが押された時initSpeedが1加算
ballObj.setInitSpeed( 1 )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_DOWN] = 1
ballObj.moveAs2Key( pressed_keys_cp )
print "test initspeed "+str(ballObj.getInitSpeed())
self.assertTrue( 0 == ballObj.getInitSpeed() )
# Downキーが押された時initSpeedが1加算
# initSpeedは0以下にならない
ballObj.setInitSpeed( 0 )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_DOWN] = 1
ballObj.moveAs2Key( pressed_keys_cp )
print "test initspeed "+str(ballObj.getInitSpeed())
self.assertTrue( 0 == ballObj.getInitSpeed() )
def test_moveAs2Key(self):
pygame.init()
screen = PygScreen()
screen.setSize(10, 10)
ballObj = BallObj()
ballObj.setObj("img/ball.bmp")
ballObj.setRect()
# Leftキーが押された時speedXが1減算
ballObj.setSpeed(1, 1)
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_LEFT] = 1
ballObj.moveAs2Key(pressed_keys_cp)
self.assertTrue([0, 1] == ballObj.getSpeed())
# Rightキーが押された時speedXが1加算
ballObj.setSpeed(1, 1)
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_RIGHT] = 1
ballObj.moveAs2Key(pressed_keys_cp)
self.assertTrue([2, 1] == ballObj.getSpeed())
# Upキーが押された時initSpeedが1加算
ballObj.setInitSpeed(5)
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_UP] = 1
ballObj.moveAs2Key(pressed_keys_cp)
self.assertTrue(6 == ballObj.getInitSpeed())
# Upキーが押された時initSpeedが1加算
ballObj.setInitSpeed(20)
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_UP] = 1
ballObj.moveAs2Key(pressed_keys_cp)
self.assertTrue(20 == ballObj.getInitSpeed())
# Downキーが押された時initSpeedが1加算
ballObj.setInitSpeed(1)
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_DOWN] = 1
ballObj.moveAs2Key(pressed_keys_cp)
self.assertTrue(0 == ballObj.getInitSpeed())
# Downキーが押された時initSpeedが1加算
# initSpeedは0以下にならない
ballObj.setInitSpeed(0)
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
pressed_keys_cp[K_DOWN] = 1
ballObj.moveAs2Key(pressed_keys_cp)
self.assertTrue(0 == ballObj.getInitSpeed())
def test_BallAndBarObj( self ):
screen = PygScreen()
screen.setSize(10,10)
ball = BallObj()
ball.setObj("img/ball.bmp")
bar = BarObj()
bar.setObj( "img/bar.bmp" )
mediator = Mediator()
# 衝突した際の動作
self.setPosition(
ball, 150, 120,
#ObjA, X , Y
bar, 150, 120 )
#ObjB, X , Y
self.assertTrue( True == mediator.isBallAndBarConflict(
ball.getBallrect(), bar.getRect() ) )
self.setPosition(
ball, 120, 10,
bar, 120, 40,)
self.assertTrue( True == mediator.isBallAndBarConflict(
ball.getBallrect(), bar.getRect() ) )
self.setPosition(
ball, 120, 70,
bar, 120, 40,)
self.assertTrue( True == mediator.isBallAndBarConflict(
ball.getBallrect(), bar.getRect() ) )
self.setPosition(
ball, 120, 80,
bar, 120, 40,)
self.assertTrue( False == mediator.isBallAndBarConflict(
ball.getBallrect(), bar.getRect() ) )
ball.setSpeed( 1,1 )
self.setPosition(
ball, 80, 120,
bar, 80, 120 )
mediator.judgeConflictBallAndBar(
ball, bar )
self.assertTrue( [1, -5] == ball.getSpeed() )
def isCorrectSpeedChange(self, position, speed_before, key, speed_after):
# init object.
pygame.init()
screen = PygScreen()
screen.setSize(100, 100)
ball = BallObj()
ball.setObj(self.sysData.ballBmp)
ball.setRect()
# 判定処理
ball.setBallrectLeft(position[0])
ball.setBallrectBottom(position[1])
ball.setSpeed(speed_before[0], speed_before[1])
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
if key != None:
pressed_keys_cp[key] = 1
ball.decideBallPosition(pressed_keys_cp, screen.getSize())
return speed_after == ball.getSpeed()
def isCorrectSpeedChange( self, position, speed_before, key, speed_after ):
# init object.
pygame.init()
screen = PygScreen()
screen.setSize(100,100)
ball = BallObj()
ball.setObj( self.sysData.ballBmp )
ball.setRect()
# 判定処理
ball.setBallrectLeft( position[0] )
ball.setBallrectBottom( position[1] )
ball.setSpeed( speed_before[0], speed_before[1] )
pressed_keys_cp = \
self.makeListFromKeyTuple( pygame.key.get_pressed() )
if key != None:
pressed_keys_cp[key] = 1
ball.decideBallPosition( pressed_keys_cp, screen.getSize() )
return speed_after == ball.getSpeed()
def test_BallAndWarpObj( self ):
screen = PygScreen()
screen.setSize(10,10)
ball = BallObj()
ball.setObj("img/ball.bmp")
warp = WarpObj()
warp.setObj( "img/warp.bmp" )
mediator = Mediator()
self.setPosition(
ball, 150, 120,
#ObjA, X , Y
warp, 150, 120 )
#ObjB, X , Y
self.assertTrue( True == mediator.isBallAndBarConflict(
ball.getBallrect(), warp.getRect() ) )
ball.setSpeed( 1,1 )
self.setPosition(
ball, 80, 120,
warp, 80, 120 )
mediator.judgeConflictBallAndWarp(
ball, warp, 100 )
self.assertTrue( (100,120) == ball.getBallrect().center)
self.assertTrue( [0,0] == ball.getSpeed() )
clock = pygame.time.Clock()
while True:
#clock.tick(sysData.waitTime)
print clock.tick_busy_loop(sysData.waitTime)
for event in pygame.event.get():
if event.type == pygame.QUIT: sys.exit()
# ボール生成部分
# TODO: ボール生成個数とボール射出タイミングはsysDataに移動
if len(balls) < 3:
ballMakeTiming = ballMakeTiming + 1
if ballMakeTiming > 25:
ball = BallObj()
ball.setSpeed( 0, 0 )
ball.setObj( sysData.ballBmp )
ball.setRect_pos( 60,-100 )
balls.append( ball )
ballMakeTiming = 0
# ボールの次のフレームの動作
for ball in balls:
ball.ballMove()
ball.decideBallPosition(pygame.key.get_pressed(),
screen.getSize() )
#print balls[0].getBallrect()
# ボールとバーが衝突した際の動作
for ball in balls:
mediator.judgeConflictBallAndBar( ball, barRight )
def displayFlip( self ):
self._screen = pygame.display.set_mode( self._size )
if __name__ == "__main__":
sysData = SysData()
white = sysData.screenColor
pygame.init()
screen = PygScreen()
screen.setSize( sysData.screenSizeX,
sysData.screenSizeY)
screen.setDisplay( )
ball = BallObj()
ball.setSpeed( 0, -5 )
ball.setObj( sysData.ballBmp )
ball.setRect_pos( 50, 240 )
bar = BarObj()
bar.setObj( sysData.barBmp)
bar.setRect_pos( 150, 200 )
warp = WarpObj()
warp.setObj( sysData.warpBmp )
warp.setRect_pos( 230, 150 )
mediator = Mediator()
while True:
time.sleep(sysData.waitTime)
def displayFlip(self):
self._screen = pygame.display.set_mode(self._size)
if __name__ == "__main__":
sysData = SysData()
white = sysData.screenColor
pygame.init()
screen = PygScreen()
screen.setSize(sysData.screenSizeX, sysData.screenSizeY)
screen.setDisplay()
ball = BallObj()
ball.setSpeed(0, -5)
ball.setObj(sysData.ballBmp)
ball.setRect_pos(50, 240)
bar = BarObj()
bar.setObj(sysData.barBmp)
bar.setRect_pos(150, 200)
warp = WarpObj()
warp.setObj(sysData.warpBmp)
warp.setRect_pos(230, 150)
mediator = Mediator()
while True:
time.sleep(sysData.waitTime)