def __init__(self, bird_imgs, loop=True, frames=1, angle=0):
# select and create bird image
x = random.randint(0, 2)
self.image_list = []
self.image_list.append(bird_imgs[0 + (x * 3)])
self.image_list.append(bird_imgs[1 + (x * 3)])
self.image_list.append(bird_imgs[2 + (x * 3)])
self.img = self.image_list[0]
# positional variables
self.posx = (WINDOWWIDTH / 2) - (BIRDSIZE / 2)
self.posy = 256.0
self.dy = 0.00
self.right = self.posx + BIRDSIZE
self.center = self.posx + (BIRDSIZE / 2)
# animation variables
self.i = 0
self.f = frames
self.loop = True
self.frames = frames
# angle variables
self.angle = angle
self.dt_angle = -0.1
# hover variables
self.boundary_upper = self.posy + int(scaletoheight(5.0))
self.boundary_lower = self.posy + int(scaletoheight(10.0))
self.hover_dy = 1.0
self.hover_dy2 = 0.05
def __init__(self, bird_imgs, loop=True, frames=1, angle=0):
# select and create bird image
x = random.randint(0,2)
self.image_list = []
self.image_list.append(bird_imgs[0+(x*3)])
self.image_list.append(bird_imgs[1+(x*3)])
self.image_list.append(bird_imgs[2+(x*3)])
self.img = self.image_list[0]
# positional variables
self.posx = (WINDOWWIDTH / 2) - (BIRDSIZE / 2)
self.posy = 256.0
self.dy = 0.00
self.right = self.posx + BIRDSIZE
self.center = self.posx + (BIRDSIZE/2)
# animation variables
self.i = 0
self.f = frames
self.loop = True
self.frames = frames
# angle variables
self.angle = angle
self.dt_angle = -0.1
# hover variables
self.boundary_upper = self.posy + int(scaletoheight(5.0))
self.boundary_lower = self.posy + int(scaletoheight(10.0))
self.hover_dy = 1.0
self.hover_dy2 = 0.05
def update(self, gamePoints, highScore, newScore=False):
gameScoreWhite = displayText(str(gamePoints),
scaletowidth(75.0),
scaletoheight(55.0),
color=WHITE)
gameScoreBlack = displayText(str(gamePoints),
scaletowidth(75.0),
scaletoheight(55.0),
color=BLACK)
gameScoreBlack[1].right += scaletowidth(3)
gameScoreBlack[1].top += scaletoheight(3)
self.img.blit(gameScoreBlack[0], gameScoreBlack[1])
self.img.blit(gameScoreWhite[0], gameScoreWhite[1])
highScoreWhite = displayText(str(highScore),
scaletowidth(190.0),
scaletoheight(55.0),
color=WHITE)
highScoreBlack = displayText(str(highScore),
scaletowidth(190.0),
scaletoheight(55.0),
color=BLACK)
highScoreBlack[1].right += scaletowidth(3)
highScoreBlack[1].top += scaletoheight(3)
self.img.blit(highScoreBlack[0], highScoreBlack[1])
self.img.blit(highScoreWhite[0], highScoreWhite[1])
if newScore:
self.img.blit(self.newscoreimg,
(scaletowidth(200), scaletoheight(10)))
def update(self,gamePoints,highScore,newScore=False):
gameScoreWhite = displayText(str(gamePoints), scaletowidth(75.0), scaletoheight(55.0), color=WHITE)
gameScoreBlack = displayText(str(gamePoints), scaletowidth(75.0), scaletoheight(55.0), color=BLACK)
gameScoreBlack[1].right += scaletowidth(3)
gameScoreBlack[1].top += scaletoheight(3)
self.img.blit(gameScoreBlack[0], gameScoreBlack[1])
self.img.blit(gameScoreWhite[0], gameScoreWhite[1])
highScoreWhite = displayText(str(highScore), scaletowidth(190.0), scaletoheight(55.0), color=WHITE)
highScoreBlack = displayText(str(highScore), scaletowidth(190.0), scaletoheight(55.0), color=BLACK)
highScoreBlack[1].right += scaletowidth(3)
highScoreBlack[1].top += scaletoheight(3)
self.img.blit(highScoreBlack[0], highScoreBlack[1])
self.img.blit(highScoreWhite[0], highScoreWhite[1])
if newScore: self.img.blit(self.newscoreimg, (scaletowidth(200),scaletoheight(10)))
def __init__(self, titleImg, startingx):
self.rect = pygame.Rect(WINDOWWIDTH / 2 - titleImg.get_size()[0] / 2,
int(scaletoheight(144.0)),
titleImg.get_size()[0],
titleImg.get_size()[1])
self.img = titleImg
def __init__(self, titleImg, startingx): self.rect = pygame.Rect(WINDOWWIDTH/2 - titleImg.get_size()[0]/2, int(scaletoheight(144.0)), titleImg.get_size()[0], titleImg.get_size()[1]) self.img = titleImg