def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.logo = Sprite('img/steroidsLogo.png')
self.logo.x = 20
self.logo.y = 20
self.pressStart = Sprite('img/pressStart.png')
self.pressStart.x = 320-(self.pressStart.bitmap.width/2)
self.pressStart.y = 320
self.fadeTime = 30
music_player.play(pyglet.media.load('bgm/title.mp3'))
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.player = Sprite('img/player.png')
self.player.x = 320
self.player.y = 240
self.player.ox = self.player.bitmap.width / 2
self.player.oy = self.player.bitmap.height / 2
self.player_speed = 5
self.steroid = SpaceObject(0, 0, SpaceObjectType.asteroid, 2, 2)
self.steroid.ox = self.steroid.width / 2
self.steroid.oy = self.steroid.height / 2
self.steroid.angle = 45
self.player_life = 640
music_player.play(pyglet.media.load('bgm/stage1.mp3'))
print("Iniciou primeiro estágio")
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.player = Sprite('img/player.png')
self.player.x = 320
self.player.y = 240
self.player.ox = self.player.bitmap.width/2
self.player.oy = self.player.bitmap.height/2
self.player_speed = 5
self.steroid = SpaceObject(0, 0, SpaceObjectType.asteroid, 2, 2)
self.steroid.ox = self.steroid.width/2
self.steroid.oy = self.steroid.height/2
self.steroid.angle = 45
self.player_life = 640
music_player.play(pyglet.media.load('bgm/stage1.mp3'))
print("Iniciou primeiro estágio")
class SceneTitle(game.SceneBase):
# Tela de título
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.logo = Sprite('img/steroidsLogo.png')
self.logo.x = 20
self.logo.y = 20
self.pressStart = Sprite('img/pressStart.png')
self.pressStart.x = 320 - (self.pressStart.bitmap.width / 2)
self.pressStart.y = 320
self.fadeTime = 30
music_player.play(pyglet.media.load('bgm/title.mp3'))
def update(self):
self.background.update(window)
self.logo.update(window)
self.pressStart.update(window)
if self.fadeTime == 0:
game.scene = SceneStage1()
if self.fadeTime < 30:
self.fadeTime -= 1
#print("Remaining fade delay: "+str(self.fadeTime))
if self.fadeTime % 5 == 0:
self.pressStart.visible = not self.pressStart.visible
def on_key_press(self, symbol, modifiers):
print("Pressou tecla!")
if symbol == key.RETURN and self.fadeTime >= 30:
self.fadeTime -= 1
pyglet.media.load('snd/confirm2.wav', streaming=False).play()
class SceneTitle(game.SceneBase):
# Tela de título
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.logo = Sprite('img/steroidsLogo.png')
self.logo.x = 20
self.logo.y = 20
self.pressStart = Sprite('img/pressStart.png')
self.pressStart.x = 320-(self.pressStart.bitmap.width/2)
self.pressStart.y = 320
self.fadeTime = 30
music_player.play(pyglet.media.load('bgm/title.mp3'))
def update(self):
self.background.update(window)
self.logo.update(window)
self.pressStart.update(window)
if self.fadeTime == 0:
game.scene = SceneStage1()
if self.fadeTime < 30:
self.fadeTime -= 1
#print("Remaining fade delay: "+str(self.fadeTime))
if self.fadeTime % 5 == 0:
self.pressStart.visible = not self.pressStart.visible
def on_key_press(self, symbol, modifiers):
print("Pressou tecla!")
if symbol == key.RETURN and self.fadeTime >= 30:
self.fadeTime -= 1
pyglet.media.load('snd/confirm2.wav', streaming=False).play()
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.logo = Sprite('img/steroidsLogo.png')
self.logo.x = 20
self.logo.y = 20
self.pressStart = Sprite('img/pressStart.png')
self.pressStart.x = 320 - (self.pressStart.bitmap.width / 2)
self.pressStart.y = 320
self.fadeTime = 30
music_player.play(pyglet.media.load('bgm/title.mp3'))
class SceneStage1(game.SceneBase):
# Primeiro estágio
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.player = Sprite('img/player.png')
self.player.x = 320
self.player.y = 240
self.player.ox = self.player.bitmap.width / 2
self.player.oy = self.player.bitmap.height / 2
self.player_speed = 5
self.steroid = SpaceObject(0, 0, SpaceObjectType.asteroid, 2, 2)
self.steroid.ox = self.steroid.width / 2
self.steroid.oy = self.steroid.height / 2
self.steroid.angle = 45
self.player_life = 640
music_player.play(pyglet.media.load('bgm/stage1.mp3'))
print("Iniciou primeiro estágio")
def update(self):
pass
spd = self.player_speed
if str(key.RIGHT) in keys:
self.player.angle += spd
if str(key.LEFT) in keys:
self.player.angle -= spd
if str(key.UP) in keys:
self.player.x -= spd * math.sin(-radial(self.player.angle))
self.player.y -= spd * math.cos(-radial(self.player.angle))
if str(key.DOWN) in keys:
self.player.x += spd * math.sin(-radial(self.player.angle))
self.player.y += spd * math.cos(-radial(self.player.angle))
if str(key.Y) in keys:
self.player_life = 640
self.background.update(window)
self.player.update(window)
# Checa interseção do jogador com o asteróide
r1 = Rect(self.player.x, self.player.y,
self.player.x + self.player.width,
self.player.y + self.player.height, self.player.angle)
r2 = Rect(self.steroid.x - self.steroid.width / 2,
self.steroid.y + self.steroid.height / 2,
self.steroid.x + self.steroid.width,
self.steroid.y + self.steroid.height, self.steroid.angle)
# p1_1 = r1.upleft() + Point(-self.player.ox, self.player.oy)
# p1_2 = r1.bottomleft() + Point(-self.player.ox, self.player.oy)
# p1_3 = r1.bottomright() + Point(-self.player.ox, self.player.oy)
# p1_4 = r1.upright() + Point(-self.player.ox, self.player.oy)
# p2_1 = r2.upleft() + Point(-self.steroid.ox, self.steroid.oy)
# p2_2 = r2.bottomleft() + Point(-self.steroid.ox, self.steroid.oy)
# p2_3 = r2.bottomright() + Point(-self.steroid.ox, self.steroid.oy)
# p2_4 = r2.upright() + Point(-self.steroid.ox, self.steroid.oy)
# pyglet.graphics.draw(4, pyglet.gl.GL_QUADS,
# ('v2f',
# (
# p1_1.x*window.x_proportion, (480.0 - p1_1.y)*window.y_proportion,
# p1_2.x*window.x_proportion, (480.0 - p1_2.y)*window.y_proportion,
# p1_3.x*window.x_proportion, (480.0 - p1_3.y)*window.y_proportion,
# p1_4.x*window.x_proportion, (480.0 - p1_4.y)*window.y_proportion
# )
# ),
# ('c3B',
# (
# 255, 0, 0,
# 0, 250, 0,
# 0, 0, 250,
# 255, 0, 250
# )
# )
# )
# pyglet.graphics.draw(4, pyglet.gl.GL_QUADS,
# ('v2f',
# (
# p2_1.x*window.x_proportion, (480.0 - p2_1.y)*window.y_proportion,
# p2_2.x*window.x_proportion, (480.0 - p2_2.y)*window.y_proportion,
# p2_3.x*window.x_proportion, (480.0 - p2_3.y)*window.y_proportion,
# p2_4.x*window.x_proportion, (480.0 - p2_4.y)*window.y_proportion
# )
# ),
# ('c3B',
# (
# 0, 0, 255,
# 0, 0, 255,
# 0, 0, 255,
# 0, 0, 255
# )
# )
# )
pyglet.graphics.draw(4, pyglet.gl.GL_QUADS,
('v2f',
(0, 480, self.player_life, 480, self.player_life,
480 - 32, 0, 480 - 32)),
('c3B',
(0, 0, 255, 0, 0, 255, 0, 0, 128, 0, 0, 128)))
if r1.intersects(r2):
self.steroid.on_collide_with_player()
self.player_life -= 10
self.steroid.angle += 5
self.steroid.update(window)
def on_key_press(self, symbol, modifiers):
pass
def blit(self, screen): x = self.owner.rect.x-globs.cameraX-self.image.get_width()/2+self.owner.image.get_width()/2 y = self.owner.rect.y-globs.cameraY-self.image.get_height()-10 self.rect.topleft = (x, y) Sprite.blit(self, screen)
def __init__(self, character): Sprite.__init__(self, (0,0), (100,30)) self.owner = character globs.currentgame.guiElements.add(self) self.image.fill((0,0,0))
class SceneStage1(game.SceneBase):
# Primeiro estágio
def __init__(self):
self.background = Sprite('img/titleBackground.png')
self.player = Sprite('img/player.png')
self.player.x = 320
self.player.y = 240
self.player.ox = self.player.bitmap.width/2
self.player.oy = self.player.bitmap.height/2
self.player_speed = 5
self.steroid = SpaceObject(0, 0, SpaceObjectType.asteroid, 2, 2)
self.steroid.ox = self.steroid.width/2
self.steroid.oy = self.steroid.height/2
self.steroid.angle = 45
self.player_life = 640
music_player.play(pyglet.media.load('bgm/stage1.mp3'))
print("Iniciou primeiro estágio")
def update(self):
pass
spd = self.player_speed
if str(key.RIGHT) in keys:
self.player.angle += spd
if str(key.LEFT) in keys:
self.player.angle -= spd
if str(key.UP) in keys:
self.player.x -= spd*math.sin(-radial(self.player.angle))
self.player.y -= spd*math.cos(-radial(self.player.angle))
if str(key.DOWN) in keys:
self.player.x += spd*math.sin(-radial(self.player.angle))
self.player.y += spd*math.cos(-radial(self.player.angle))
if str(key.Y) in keys:
self.player_life = 640
self.background.update(window)
self.player.update(window);
# Checa interseção do jogador com o asteróide
r1 = Rect(self.player.x,
self.player.y,
self.player.x + self.player.width,
self.player.y + self.player.height,
self.player.angle)
r2 = Rect(self.steroid.x - self.steroid.width/2,
self.steroid.y + self.steroid.height/2,
self.steroid.x + self.steroid.width,
self.steroid.y + self.steroid.height,
self.steroid.angle)
# p1_1 = r1.upleft() + Point(-self.player.ox, self.player.oy)
# p1_2 = r1.bottomleft() + Point(-self.player.ox, self.player.oy)
# p1_3 = r1.bottomright() + Point(-self.player.ox, self.player.oy)
# p1_4 = r1.upright() + Point(-self.player.ox, self.player.oy)
# p2_1 = r2.upleft() + Point(-self.steroid.ox, self.steroid.oy)
# p2_2 = r2.bottomleft() + Point(-self.steroid.ox, self.steroid.oy)
# p2_3 = r2.bottomright() + Point(-self.steroid.ox, self.steroid.oy)
# p2_4 = r2.upright() + Point(-self.steroid.ox, self.steroid.oy)
# pyglet.graphics.draw(4, pyglet.gl.GL_QUADS,
# ('v2f',
# (
# p1_1.x*window.x_proportion, (480.0 - p1_1.y)*window.y_proportion,
# p1_2.x*window.x_proportion, (480.0 - p1_2.y)*window.y_proportion,
# p1_3.x*window.x_proportion, (480.0 - p1_3.y)*window.y_proportion,
# p1_4.x*window.x_proportion, (480.0 - p1_4.y)*window.y_proportion
# )
# ),
# ('c3B',
# (
# 255, 0, 0,
# 0, 250, 0,
# 0, 0, 250,
# 255, 0, 250
# )
# )
# )
# pyglet.graphics.draw(4, pyglet.gl.GL_QUADS,
# ('v2f',
# (
# p2_1.x*window.x_proportion, (480.0 - p2_1.y)*window.y_proportion,
# p2_2.x*window.x_proportion, (480.0 - p2_2.y)*window.y_proportion,
# p2_3.x*window.x_proportion, (480.0 - p2_3.y)*window.y_proportion,
# p2_4.x*window.x_proportion, (480.0 - p2_4.y)*window.y_proportion
# )
# ),
# ('c3B',
# (
# 0, 0, 255,
# 0, 0, 255,
# 0, 0, 255,
# 0, 0, 255
# )
# )
# )
pyglet.graphics.draw(4, pyglet.gl.GL_QUADS,
('v2f',
(
0, 480,
self.player_life, 480,
self.player_life, 480-32,
0, 480-32
)
),
('c3B',
(
0, 0, 255,
0, 0, 255,
0, 0, 128,
0, 0, 128
)
)
)
if r1.intersects(r2):
self.steroid.on_collide_with_player()
self.player_life -= 10
self.steroid.angle += 5
self.steroid.update(window)
def on_key_press(self, symbol, modifiers):
pass