def _handleEvent(self, event):
if (event.type == pygame.QUIT):
if reactor.running:
reactor.stop()
return True
if (event.type == Input.FPS):
self._fpsDisplayer.toggle()
self._limitFPS = not self._limitFPS
return True
if (event.type == Input.TOGGLE_SOUND):
Sound.toggleQuiet()
return True
if (event.type == Input.TOGGLE_FULLSCREEN):
if platform.system() != "Linux":
return True
self._fullscreen = not self._fullscreen
if self._fullscreen:
self._size = self._fullscreenSize
else:
self._size = self._defaultSize
self._resize()
return True
if (event.type == pygame.VIDEORESIZE):
self._size = event.size
self._defaultSize = event.size
self._resize()
return True
return False
def accept_specialMenu(self):
ability = self.gui._specialMenu.getSelection()
if not ability:
Sound.cursorInvalid()
return
Sound.cursorClick()
self.trans("abilityTarget", ability)
def explode(self, map): # Make dirt
size = self.explosionSizeFactor * self.size
if int(self.x + size) > map.width:
right = map.width
else:
right = int(self.x + size)
if int(self.x - size) < 0:
left = 0
else:
left = int(self.x - size)
for x in range(left, right):
if (x - self.x) / (size + 0.01) >= -1:
for y in range(
int((-math.sin(math.acos((x - self.x) / (size + 0.01))) * size) + self.y),
int((math.sin(math.acos((x - self.x) / (size + 0.01))) * size) + self.y),
):
if y < map.height and y > 0:
if map.mask[x][y] == map.maskimage.map_rgb((0, 0, 0, 255)):
rand = random.randint(-20, 20)
map.mask[x][y] = (150, 90, 20, 255)
map.visual.set_at((x, y), (145 + rand, 95 + rand, 20 + rand, 255))
map.screenImage.set_at((x, y), (145 + rand, 95 + rand, 20 + rand, 255))
Sound.playSound(self.game, 5)
self.destroy(map)
def checkFacingResult(self, result):
if result:
Sound.cursorClick()
self.gui.clearTopText()
self.trans("disabled")
else:
Sound.cursorInvalid()
def init_smart_sound(self):
if Config.mode == 'music':
Sound.set_mute(self.out.pid, False)
self.is_muted = False
else:
if Config.smart_sound_timeout_sec > 0:
Sound.set_mute(self.out.pid, True)
self.is_muted = True
def activate(self):
self.state = 0
Sound.playSound("click")
if self.function:
if self.argument:
self.function(self.argument)
else:
self.function()
def setDead(self, d):
self.dead = d
self.particleEmitters["explode"].active = d
if d:
Sound.playSound("explode")
if not d:
self.setModel(Files.ModelGroups["ship"].getRandomModel())
def hit(self, other):
if str(type(other)).__contains__("Invader"):
Sound.hit()
lives = RunningValues.lives_variable.get()
lives = lives - 1
RunningValues.lives_variable.set(lives)
Explosion.create_explosion(self.canvas, self.x + self.width / 2,
self.y - self.height / 2)
RunningValues.player_dead()
def __init__(self):
self.window = Tk()
self.window.title("Dori")
self.window.geometry("800x600")
self.window.configure(bg="green")
self.fontstyle = font.Font(self.window,
size=24,
weight='bold',
family='Consolas')
self.fontstyle2 = font.Font(self.window,
size=15,
weight='bold',
family='Consolas')
self.fontstyle3 = font.Font(self.window,
size=11,
weight='bold',
family='Consolas')
self.sound = Sound()
# 카드 이미지 + 월 + 조합 + 승패
self.images = {}
for i in range(10):
for j in range(2):
self.images[str(i + 1) + '.' + str(j + 1)] = PhotoImage(
file='resource/doriCards/' + str(i + 1) + '.' +
str(j + 1) + '.gif')
self.images['back'] = PhotoImage(
file='resource/doriCards/cardback.gif')
self.dealer = Player("dealer")
self.players = []
self.players.append(Player("player1"))
self.players.append(Player("player2"))
self.players.append(Player("player3"))
self.money = 1000
self.SetupGUI()
self.Initialize()
l = []
l.append(Card(16, isVisible=True))
l.append(Card(18, isVisible=True))
l.append(Card(0, isVisible=True))
l.append(Card(3, isVisible=True))
l.append(Card(7, isVisible=True))
combos = self.GetCombos(l)
print(combos)
for combo in combos:
print(self.GetComboString(combo))
combos.sort(key=lambda x: x['power'], reverse=False)
print(self.GetComboString(combos[0]))
self.window.mainloop()
def loop(beat):
k = 0
a = Beat(beat)
for i in range(32):
n = a.pattern.pop(0)
print(n)
Sound.play(n)
a.pattern.append(n)
for j in range(1000000):
k += 10
def get_newgame():
scene = Scene()
bg_layer = Level2_Background()
hero = Level2_Hero()
scroller_2.add(bg_layer)
scroller_2.add(hero)
Sound.play("res/audio/Level2.mp3")
scene.add(scroller_2)
return scene
def manage_silence(self):
if Config.mode == 'music':
if Sound.get_silence_duration_sec() == 0:
self.is_sound_started = True
if self.is_sound_started is True and Sound.get_silence_duration_sec(
) > 5.0:
self.out.kill()
self.is_sound_started = False
def __init__(self, songName):
self.noteList = []
try:
file = open('Songs/' + songName, "r")
print("File found!")
firstline = file.readline().replace(
'\n', '') #Remove the carriage returns
self.name = firstline.split('\"')[
1] #Takes the name given within the quotes
self.tempo = int(firstline.split(',')[1]
[7:]) #Takes the number after the "tempo="
timSigStr = firstline.split(',')[2][
6:] #Takes the string after the tempo, EX: "4/4"
self.timSigUp = int(
timSigStr[0:timSigStr.find('/')]
) #Takes the value before the / stores as an int
self.timSigDown = int(
timSigStr[timSigStr.find('/') +
1:]) #Same as above, but after the /
#Done with the basics, now for the notes
songStr = file.read().replace('\n', '').replace(
' ', ''
) #Read the rest of the file, take out all carriage returns and spaces
measureList = songStr.split('(') #Splits the string by measure
measureList.remove(
measureList[0]) #Removes the empty string at index 0
for measure in measureList: #For every measure...
measure = measure.replace(')', '').replace(
']', '') #Removes the ending syntax as they are repetative
beatList = measure.split(
'[') #Split based on each beat of a measure
beatList.remove(beatList[0]) #remove the empty string
for beat in beatList:
if (beat.find(',') == -1): #This means it's only one note
if (beat == ""):
self.noteList.append(Sound.Note("REST"))
else:
self.noteList.append(Sound.Note(beat))
print('Success')
else: #Chord
beat = beat.split(',')
for a in beat: #checks for collisions, multiple notes on one string
for b in beat:
if a == b:
pass
elif a[-1] == b[-1]:
raise NewExceptions.wrongFormatException(
"Multiple notes on one string")
self.noteList.append(Sound.Chord(beat))
except Exception as e:
print(e) #Tell the user what errors you're getting
del self
raise e #Tell the function that an error occured
def showActionPerformed(self, abilityID):
action = engine.Ability.Ability.get[abilityID]
unit = self.unit
self.setTopText(action.name())
Sound.action(action.sound(unit.attack()))
# FIXME: don't compare against the string name! Will break
# when "Attack" is translated
if action.name() == "Attack":
ud = self.unitDisplayer(unit)
attDisp = Sprite.AttackDisplayer(unit, 0.0)
ud.addAnimation(attDisp)
def accept_battleMenu(self):
choice = self.gui._battleMenu.getSelection()
Sound.cursorClick()
if choice == Sprite.BattleMenu.MOVE:
self.trans('moveTarget')
elif choice == Sprite.BattleMenu.ATTACK:
self.trans('abilityTarget', self.gui.unit.attack())
elif choice == Sprite.BattleMenu.SPECIAL:
self.trans('specialMenu')
elif choice == Sprite.BattleMenu.DONE:
self.trans('facing')
def accept_battleMenu(self):
choice = self.gui._battleMenu.getSelection()
Sound.cursorClick()
if choice == Sprite.BattleMenu.MOVE:
self.trans("moveTarget")
elif choice == Sprite.BattleMenu.ATTACK:
self.trans("abilityTarget", self.gui.unit.attack())
elif choice == Sprite.BattleMenu.SPECIAL:
self.trans("specialMenu")
elif choice == Sprite.BattleMenu.DONE:
self.trans("facing")
def showActionPerformed(self, abilityID):
action = engine.Ability.Ability.get[abilityID]
unit = self.unit
self.setTopText(action.name())
Sound.action(action.sound(unit.attack()))
# FIXME: don't compare against the string name! Will break
# when "Attack" is translated
if action.name() == "Attack":
ud = self.unitDisplayer(unit)
attDisp = Sprite.AttackDisplayer(unit, 0.0)
ud.addAnimation(attDisp)
def showRule(self):
isRuleA = Utilities.pickByWeight([1-self.ruleAProb,self.ruleAProb])
if self.isSoundRule:
freq = self.ruleAFreq if isRuleA else self.ruleBFreq
Sound.playFreq(freq,self.tRule)
logging.info("Sending Sound {} for Rule {}".format(freq,'A' if isRuleA else 'B'))
else:
nextImg = Utilities.choice(self.ruleAImgNames if isRuleA else self.ruleBImgNames)
nextImgFull = os.path.join(self.imageFolder,nextImg)
self.visual.show(nextImgFull,self.fov,[0.5,0.5],self.tRule)
logging.info("Sending Visual {} for Rule {}".format(nextImg,'A' if isRuleA else 'B'))
return isRuleA
def manage_smart_sound(self):
if Config.smart_sound_timeout_sec > 0:
if self.sound_index == self.index:
if self.is_muted is True:
Sound.set_mute(self.out.pid, False)
self.desktop.set_title(self.out.pid, "* " + self.title)
self.is_muted = False
else:
if self.is_muted is False:
Sound.set_mute(self.out.pid, True)
self.desktop.set_title(self.out.pid, self.title)
self.is_muted = True
def showStim(self):
isStimA = Utilities.pickByWeight([1-self.stimAProb,self.stimAProb])
if self.isSoundStim:
freq = self.stimAFreq if isStimA else self.stimBFreq
Sound.playFreq(freq,self.tStimulus)
logging.info("Sending Sound {} for Stimulus {}".format(freq,'A' if isStimA else 'B'))
else:
nextImg = Utilities.choice(self.stimAImgNames if isStimA else self.stimBImgNames)
nextImgFull = os.path.join(self.imageFolder,nextImg)
self.visual.show(nextImgFull,self.fov,[0.5,0.5],self.tStimulus)
logging.info("Sending Visual {} for Stimulus {}".format(nextImg,'A' if isStimA else 'B'))
return isStimA
def get_menu():
menu = MainMenu()
main_bg = MainScene()
scene = Scene()
Sound.music.set_volume(0.5)
Sound.play("res/audio/Menu.mp3")
scene.add(main_bg)
scene.add(menu)
return scene
def check(self, map): if self.activationTime > 0: self.activationTime -= 1 else: if self.fuel < 1: self.thrust = False if random.uniform(0,1) < 0.1: self.game.objects.append(Smoke(self.game, self.owner, self.x, self.y)) else: target = self.getClosestShip(300) if target != None: if self.target == None: self.target = target Sound.playSound(self.game.engine, 6, False) elif target == self.target: predictedTargetX = target.x - 5*self.dx predictedTargetY = target.y - 5*self.dy predictedSelfX = self.x + 5*self.dx predictedSelfY = self.y + 5*self.dy + 5 if predictedTargetX > predictedSelfX and predictedTargetY > predictedSelfY: targetAngle = math.atan((predictedSelfY-predictedTargetY)/(self.x+2*self.dx-predictedTargetX)) elif predictedTargetX < predictedSelfX and predictedTargetY > predictedSelfY: targetAngle = math.atan((predictedSelfY-predictedTargetY)/(self.x+2*self.dx-predictedTargetX)) + math.pi elif predictedTargetX < predictedSelfX and predictedTargetY < predictedSelfY: targetAngle = Functions.returnAngle(math.atan((predictedSelfY-predictedTargetY)/(self.x+2*self.dx-predictedTargetX))) + math.pi elif predictedTargetX > predictedSelfX and predictedTargetY < predictedSelfY: targetAngle = Functions.returnAngle(math.atan((predictedSelfY-predictedTargetY)/(self.x+2*self.dx-predictedTargetX)) + math.pi) + math.pi else: targetAngle = math.pi/2 if predictedTargetY > predictedSelfY: if Functions.returnAngle(self.angle) < Functions.returnAngle(targetAngle) or Functions.returnAngle(self.angle) > Functions.returnAngle(targetAngle + math.pi): self.angle += 0.1275 else: self.angle -= 0.1275 elif predictedTargetY < predictedSelfY: if Functions.returnAngle(self.angle) < Functions.returnAngle(targetAngle + math.pi) or Functions.returnAngle(self.angle) > Functions.returnAngle(targetAngle): self.angle -= 0.1275 else: self.angle += 0.1275 if math.fabs(Functions.returnAngle(self.angle) - targetAngle) < math.pi/8: self.fuel -= 1 self.thrust = True if random.uniform(0,1) < 0.3: self.game.objects.append(ThrustFlame(self.game, self.owner, self.x-2*self.dx-5*math.cos(self.angle), self.y-2*self.dy-5*math.sin(self.angle), self.dx-1*math.cos(self.angle), self.dy-1*math.sin(self.angle))) else: self.thrust = False self.activationTime = 10 self.target = None
def load_sounds(self):
self.menu_click = Sound()
self.menu_click.load("click.ogg", False)
self.menu_click.loop(False)
self.main_menu_music = Sound()
self.main_menu_music.load("mainMenuMusic.ogg", True)
self.main_menu_music.loop(True)
self.fs_wood = [Sound() for x in range(10)]
r = 0
while r < 10:
self.fs_wood[r].load("fs_wood_" + str(r + 1) + ".ogg", False)
self.fs_wood[r].loop(False)
r += 1
def __init__(self, **kwargs):
super(TicTacToe, self).__init__(**kwargs)
self.x_pic_location = "pics/x_gold.png"
self.o_pic_location = "pics/o_gold.png"
self.button_start = "pics/blue_But_square.png"
self.reset_exit = "pics/blue_gloss.png"
self.Xturn = True
self.buttons_pressed = 0
self.game_done = False
self.button_layout = GridLayout(cols=3, rows=3)
self.display = BoxLayout(orientation="vertical")
self.message = Label(text="Player 1's turn")
exit_button = Button(text="Exit")
exit_button.background_normal = self.reset_exit
exit_button.bind(on_press=self.Exit)
reset_button = Button(text="Reset")
reset_button.background_normal = self.reset_exit
reset_button.bind(on_press=self.Reset)
self.display.add_widget(self.message)
self.display.add_widget(exit_button)
self.display.add_widget(reset_button)
self.add_widget(self.display)
for x in xrange(9):
b = CustomTTTButton(border=[0, 0, 0, 0],
background_normal=self.button_start)
b.bind(on_press=self.PlayerPokesButton)
self.button_layout.add_widget(b)
#self.button_layout.background_color = [1,0,0,1]
self.add_widget(self.button_layout)
x_sound = s.Mp3File("sms-alert-2-daniel_simon.mp3", 3)
o_sound = s.Mp3File("sms-alert-5-daniel_simon.mp3", 3)
draw_sound = s.Mp3File("Sad_Trombone-Joe_Lamb-665429450.mp3", 3)
victory_sound = s.Mp3File("glass_ping-Go445-1207030150.mp3", 3)
self.x_id = PiMusic.CreateEntry(x_sound)
self.o_id = PiMusic.CreateEntry(o_sound)
self.draw_id = PiMusic.CreateEntry(draw_sound)
self.victory_id = PiMusic.CreateEntry(victory_sound)
def unclick(self):
if self.state == MapEditorCursor.DISABLED:
return
elif self.state == MapEditorCursor.FREE:
Sound.cursorCancel()
# if self.selectedSquare != None:
# pass#for now
elif self.state == MapEditorCursor.SELECTED:
Sound.cursorCancel()
self.state = MapEditorCursor.FREE
self._selectedUnit = None
GUI.get().topMenu().setSelectedOption(0)
GUI.get().topMenu().setEnabled(False)
GUI.get().topMenu().setShowing(False)
elif (self.state == MapEditorCursor.IN_DIALOG):
Sound.cursorCancel()
GUI.get().topMenu().setEnabled(True)
GUI.get().clearTopText() # from special menu
GUI.get().clearHighlights()
elif (self.state == MapEditorCursor.SETTING_TAG):
Sound.cursorCancel()
self.state = MapEditorCursor.SELECTED
GUI.get().topMenu().setEnabled(True)
GUI.get().tagMenu().setEnabled(False)
GUI.get().tagMenu().setShowing(False)
GUI.get().clearTopText() # from special menu
GUI.get().clearHighlights()
else:
print 'Error: unhandled unclick() call in MapEditorCursor'
def updateC(self):
if (self.state == 2):
return
if Controller.menuSelector % self.menuCount == self.id:
if self.state != 1:
Sound.playSound("change")
self.state = 1
else:
self.state = 0
if self.state == 1 and Controller.menuActivate:
Controller.menuActivate = False
self.activate()
def destroy(self,game,i):
Sound.playSound("explode")
self.particleEmitters["explode"].active=True
self.alive=False
game.addMsg("Alien presence vanished")
if(game.ship.dead):
game.addMsg("from the Grave +100")
game.score+=100
game.gameObjects.append(Model.LootBox.LootBox(
random.choice([-1,1])*random.random()*10+self.position.x,
random.choice([-1, 1]) * random.random() * 10 + self.position.y, game
, random.choice(["score1"]*10+["invin"]+["score2"]*4+["score3"])
))
def unclick(self):
if self.state == MapEditorCursor.DISABLED:
return
elif self.state == MapEditorCursor.FREE:
Sound.cursorCancel()
# if self.selectedSquare != None:
# pass#for now
elif self.state == MapEditorCursor.SELECTED:
Sound.cursorCancel()
self.state = MapEditorCursor.FREE
self._selectedUnit = None
GUI.get().topMenu().setSelectedOption(0)
GUI.get().topMenu().setEnabled(False)
GUI.get().topMenu().setShowing(False)
elif (self.state == MapEditorCursor.IN_DIALOG):
Sound.cursorCancel()
GUI.get().topMenu().setEnabled(True)
GUI.get().clearTopText() # from special menu
GUI.get().clearHighlights()
elif (self.state == MapEditorCursor.SETTING_TAG):
Sound.cursorCancel()
self.state = MapEditorCursor.SELECTED
GUI.get().topMenu().setEnabled(True)
GUI.get().tagMenu().setEnabled(False)
GUI.get().tagMenu().setShowing(False)
GUI.get().clearTopText() # from special menu
GUI.get().clearHighlights()
else:
print 'Error: unhandled unclick() call in MapEditorCursor'
def hit(self, other):
if isinstance(other, PlayerMissile):
Sound.invader()
Invader.alive_invader_count = Invader.alive_invader_count - 1
RunningValues.delete_list.append(self)
if self in RunningValues.render_list:
RunningValues.render_list.remove(self)
self.canvas.delete(self.img1)
self.canvas.delete(self.img2)
score = RunningValues.score_variable.get()
score = score + 1
RunningValues.score_variable.set(score)
Explosion.create_explosion(self.canvas, self.x + self.width / 2,
self.y - self.height / 2)
def get_gameover(flag):
global game_over_flag
game_over_flag = flag
scene = Scene()
main_bg = MainScene()
over = GameOver()
Sound.play("res/audio/GameOver.mp3")
scene.add(main_bg)
scene.add(over)
return scene
def setInstance(self, GPIO):
print("set Instance")
if self.useSensor[0] :
self.sensorTimerControl.append(DHT11.Control(self.all_pin[0], GPIO, self.topic, [0, 1]))
self.sensorTimerControlIndex.append(0)
self.sensorTimerControlIndex.append(1)
if self.useSensor[1] :
self.sensorDetectControl.append(Fire.Control(self.all_pin[1], GPIO, self.topic, 0))
self.sensorDetectControlIndex.append(0)
if self.useSensor[2] :
self.sensorDetectControl.append(Shock.Control(self.all_pin[4], GPIO, self.topic, 1))
self.sensorDetectControlIndex.append(1)
if self.useSensor[3] :
self.sensorDetectControl.append(IR.Control(self.all_pin[5], GPIO, self.topic, 2))
self.sensorDetectControlIndex.append(2)
if self.useSensor[4] :
self.sensorDetectControl.append(Gas.Control(self.adc_pin[0], self.topic, 3))
self.sensorDetectControlIndex.append(3)
if self.useSensor[5] :
self.sensorTimerControl.append(Cds.Control(self.all_pin[7], GPIO, self.topic, 2))
self.sensorTimerControlIndex.append(2)
if self.useSensor[6] :
self.button_instance = Button.Control(self.all_pin[6], GPIO, self.topic)
if self.useSensor[7] :
self.led_instance = LED.LED(self.all_pin[2], self.all_pin[3], GPIO)
self.led_instance.write(1)
if self.useSensor[8] :
self.sensorMoveControl.append(SG90.SG90(self.all_pin[8], self.all_pin[9], GPIO))
if self.useSensor[9] :
self.sensorTimerControl.append(PM2008M.Control(self.topic,[3, 4]))
self.sensorTimerControlIndex.append(3)
self.sensorTimerControlIndex.append(4)
if self.useSensor[10] :
self.sensorTimerControl.append(Sound.Control(self.adc_pin[1], GPIO, self.topic, 5))
self.sensorTimerControlIndex.append(5)
def __init__(self, **kwargbs):
self.handle = Sound.sound()
self.filename = kwargbs.get("filename")
self.x = kwargbs.get("x", 0)
self.y = kwargbs.get("y", 0)
self.z = kwargbs.get("z", 0)
self.looping = kwargbs.get("looping", 0)
self.pan_step = kwargbs.get("pan_step", 0)
self.volume_step = kwargbs.get("volume_step", 0)
self.behind_pitch_decrease = kwargbs.get("behind_pitch_decrease", 0)
self.start_pan = kwargbs.get("start_pan", 0)
self.start_volume = kwargbs.get("start_volume", 0)
self.start_pitch = kwargbs.get("start_pitch", 0)
self.start_offset = kwargbs.get("start_offset", 0)
self.upper_range = kwargbs.get("upper_range", 0)
self.lower_range = kwargbs.get("lower_range", 0)
self.left_range = kwargbs.get("left_range", 0)
self.right_range = kwargbs.get("right_range", 0)
self.backward_range = kwargbs.get("backward_range", 0)
self.forward_range = kwargbs.get("forward_range", 0)
self.looping = kwargbs.get("looping", False)
self.is_3d = kwargbs.get("is_3d", False)
self.stationary = kwargbs.get("stationary", False)
self.persistent = kwargbs.get("persistent", False)
self.paused = kwargbs.get("paused", False)
def __init__(self):
logging.basicConfig(format="%(levelname)s (%(asctime)s): %(message)s",
datefmt="%I:%M:%S %p",
level=logging.WARNING,
filename="/var/tmp/BB8.log")
GPIO.setwarnings(False)
GPIO.setmode(GPIO.BCM)
#atexit.register(self.Exit)
#self.Network = Network()
self.strip = Adafruit_NeoPixel(3 + 3 + 3 + 7, 13, channel=1)
#atexit.register(self.Exit)
#print atexit._exithandlers
self.strip.begin()
atexit.register(self.Exit)
self.Network = Network()
self.Eye = Eye()
self.ProcessStateIndicator = ProcessStateIndicator(self)
self.FrontTopLogicDisplay = FrontTopLogicDisplay(self.strip)
self.FrontBottomLogicDisplay = FrontBottomLogicDisplay(self.strip)
self.SideLogicDisplay = SideLogicDisplay(self.strip)
self.HoloProjector = HoloProjector(self, self.strip)
self.StatusDisplay = StatusDisplay(self)
self.Sound = Sound()
def __init__(self):
super(MainMenu, self).__init__("Don't Crash")
self.select_sound = Sound.load('move.mp3')
# add the items
items = [
(MenuItem('Play Game', self.on_play_game)),
(MenuItem('Setting', self.on_setting)),
(MenuItem('Quit', self.on_quit)),
]
# set title params
self.font_title['font_size'] = 78
self.font_title['color'] = (250, 0, 0, 255)
self.font_title['bold'] = True
self.font_title['italic'] = True
self.font_item['color'] = (255, 255, 255, 144)
item_margin = 60
cx = Display.cx
cy = Display.cy
self.create_menu(items,
selected_effect=rotate_effect(),
unselected_effect=rotate_effect_back(),
layout_strategy=fixedPositionMenuLayout([
(cx, cy + item_margin),
(cx, cy),
(cx, cy - item_margin),
]))
def __init__(self):
super(MainMenu, self).__init__("Don't Crash")
self.select_sound = Sound.load('move.mp3')
# add the items
items = [
(MenuItem('Play Game', self.on_play_game)),
(MenuItem('Setting', self.on_setting)),
(MenuItem('Quit', self.on_quit)),
]
# set title params
self.font_title['font_size'] = 78
self.font_title['color'] = (250, 0, 0, 255)
self.font_title['bold'] = True
self.font_title['italic'] = True
self.font_item['color'] = (255, 255, 255, 144)
item_margin = 60
cx = Display.cx
cy = Display.cy
self.create_menu(items,
selected_effect=rotate_effect(),
unselected_effect=rotate_effect_back(),
layout_strategy=fixedPositionMenuLayout([
(cx, cy + item_margin),
(cx, cy),
(cx, cy - item_margin),
]))
def __init__(self, frame):
# Cette variable représente les différents états dans lequel le jeu peut se trouver.
self.etat = 0
# Cette variable représente la partie au cas ou on en aurait besoin.
self.partie = None
# Cette variable représente le joueur au cas ou on en aurait besoin.
self.profilHandler = Profil.Handler.Handler(self)
self.profilHandler.load("profilsData.data")
# Ces variables permettent d'activer et désactiver le son/musique
self.sound_active = True
self.music_active = True
self.soundSystem = Sound.SoundManager(self)
self.fin = False
self.fond = pygame.image.load(
os.path.join(os.path.dirname(os.path.abspath(__file__)),
"../assets", "background_menu.jpg")).convert()
frame.blit(self.fond, (0, 0))
self.particules = ParticleSystem.ParticleSystem()
self.classements = [
Classements.Classement(["Profil", "Temps", "Erreurs"],
[0.5, 0.75]), None,
Classements.Classement(["Profil", "Gagné/Perdu", "Taux réussite"],
[0.3, 0.7]),
Classements.Classement(["Profil", "Gagné/Perdu", "précision"],
[0.35, 0.75])
]
self.classements[0].load("Classements_Sudoku.yolo")
self.classements[2].load("Classements_Loto.yolo")
self.classements[3].load("Classements_Bataille_Navale.yolo")
def start(self):
# Let's hope this works...
Sound.play_async(Sound.start_music)
self.board.prepare()
# Setup the board by putting the bats and ball in the right place
self.board.updateBats(self.player_one.position,
self.player_two.position, self.player_one.is_big,
self.player_two.is_big)
self.board.updateBall(self.ball.position[0], self.ball.position[1])
self.board.updateScore(0, False)
self.board.updateScore(0, True)
# Run the game loop until the game is over
while not self.gameOver:
self.game_loop()
def __init__(self,scale):
super().__init__("Main")
self.useRenderer=False
self.renderer = gui.ScreenRenderer(self.Width , self.Height)
menu = gui.ButtonMenu(15,5,25,7,1,{
"Play":"Game",
"Options":"Option",
#"Modeling": "model",
"High Scores":"HiScore",
"Credits":"Credits",
"Quit":"QUIT"
},function=self.changeScreen,scale=scale)
self.guiObjects.append(menu)
Sound.playMusic("m_menu")
def makeEmptySoundBySeconds(seconds, samplingRate=Sound.SAMPLE_RATE):
if seconds <= 0 or samplingRate <= 0:
print "makeEmptySoundBySeconds(numSamples[, samplingRate]): numSamples and samplingRate must each be greater than 0"
raise ValueError
if seconds > 600:
print "makeEmptySoundBySeconds(numSamples[, samplingRate]): Created sound must be less than 600 seconds"
raise ValueError
return Sound(seconds * samplingRate, samplingRate)
def updateC(self):
if Controller.menuSelector % self.menuCount == self.id:
if self.state != 1:
Sound.playSound("change")
self.state = 1
else:
self.state = 0
if self.state == 0:
self.string.color = WHITE
else:
self.string.color = BLACK
if self.state == 1 and Controller.menuActivate:
Controller.menuActivate = False
self.activate()
def activate(self, ship): # Use the weapon if (not(self.loading) or self.continuousLoad) and self.loaded >= self.activationCost and self.shotDelayStatus == 0: if self.probability == 1 or random.uniform(0,1) < self.probability: self.loaded -= self.activationCost self.shotDelayStatus = self.shotDelay + random.randint(-self.shotDelayVariation,self.shotDelayVariation) self.fire(ship) Sound.playSound(self.game, self.sound, self.soundSingle) ship.dx -= self.recoil*math.cos(ship.angle) ship.dy -= self.recoil*math.sin(ship.angle) if not((not(self.loading) or self.continuousLoad) and self.loaded >= self.activationCost): self.loading = True if not(self.continuousLoad) and self.loaded >= 100: self.loading = False
def explode(self,map): # Explode size = self.explosionSizeFactor*self.size if size > 10: Sound.playSound(self.game.engine, 0, False) if int(self.x+size) > map.width: right = map.width else: right = int(self.x+size) if int(self.x-size) < 0: left = 0 else: left = int(self.x-size) for x in range(left, right): if (x-self.x)/(size+0.01) >= -1: for y in range(int((-math.sin(math.acos((x-self.x)/(size+0.01)))*size)+self.y), int((math.sin(math.acos((x-self.x)/(size+0.01)))*size)+self.y)): if y < map.height and y >= 0: maskValue = map.mask[x][y] if maskValue != map.maskimage.map_rgb((127, 127, 127, 255)) and maskValue != map.maskimage.map_rgb((255, 0, 0, 255)) and maskValue != map.maskimage.map_rgb((0, 0, 0, 255)) and maskValue != map.maskimage.map_rgb((0, 0, 255, 255)): map.mask[x][y] = (0, 0, 0) map.visual.set_at((x,y),map.background[x][y]) map.screenImage.set_at((x,y), map.background[x][y]) for object in self.game.objects: distance = (object.x-self.x)**2+(object.y-self.y)**2 if object != self and object.explosionCollision and distance < size**2: object.hp -= math.sqrt((1.5*size)**2-distance) if object.isShip: object.lastHitter = self.owner object.dx += 0.01*(size**2-distance)*(object.x-self.x)/math.sqrt((object.x-self.x+0.01)**2+(object.y-self.y)**2) object.dy += 0.01*(size**2-distance)*(object.y-self.y)/math.sqrt((object.x-self.x+0.01)**2+(object.y-self.y)**2) for i in range(self.explosionParticleFactor*int(self.size)): angle = random.uniform(0,2*math.pi) speed = random.uniform(0.1,3.5) dx = speed*math.cos(angle) dy = speed*math.sin(angle) self.game.objects.append(Shard(self.game, self.owner, self.x+5*dx,self.y+5*dy, dx+self.dx/2, dy+self.dy/2)) self.destroy(map)
def __init__(
self,
start_x,
start_y,
cell_height,
cell_width,
num_cells_wide,
num_cells_tall,
color,
use_fullscreen,
fullscreen_width,
fullscreen_height,
):
self.cells = {}
self.start_x = start_x
self.start_y = start_y
self.cell_height = cell_height
self.cell_width = cell_width
self.num_cells_wide = num_cells_wide
self.num_cells_tall = num_cells_tall
self.num_lines_cleared = 0
self.color = color
self.height = cell_height * num_cells_tall
self.width = cell_width * num_cells_wide
self.grid_top_x = 0
self.grid_top_y = 0
if use_fullscreen:
self.grid_top_x = (fullscreen_width / 2) - (self.width / 2)
self.grid_top_y = (fullscreen_height / 2) - (self.height / 2)
self.sound = Sound()
self.color_accum = {}
# Build Grid
for x in range(self.num_cells_wide):
for y in range(self.num_cells_tall):
self.cells[(x, y)] = (
color,
Rect(
(
x * self.cell_width + self.start_x + self.grid_top_x,
y * self.cell_height + self.start_y + self.grid_top_y,
),
(self.cell_height, self.cell_width),
),
0,
)
def __init__(self, start_x, start_y, cell_height, cell_width, num_cells_wide, num_cells_tall, color):
self.cells = {}
self.start_x = start_x
self.start_y = start_y
self.cell_height = cell_height
self.cell_width = cell_width
self.num_cells_wide = num_cells_wide
self.num_cells_tall = num_cells_tall
self.numLinesCleared = 0
self.color = color
self.height = cell_height * num_cells_tall
self.width = cell_width * num_cells_wide
self.sound = Sound()
# Build Grid
for x in range(self.num_cells_wide):
for y in range(self.num_cells_tall):
self.cells[(x, y)] = (
color,
Rect(
(x * self.cell_width + self.start_x, y * self.cell_height + self.start_y),
(self.cell_height, self.cell_width),
),
0,
)
def moveDown(self):
if self.canMove() and self.y < self.map.height - 1:
self.y += 1
Sound.cursorMove()
GUI.get().scrollTo((self.x, self.y))
def click(self):
if self.state == MapEditorCursor.DISABLED:
return
elif self.state == MapEditorCursor.FREE:
Sound.cursorClick()
GUI.get().topMenu().setShowing(True)
return 'topMenu'
elif self.state == MapEditorCursor.SELECTED:
Sound.cursorClick()
choice = GUI.get().topMenu().getSelection()
if choice == Sprite.TopMenu.SET_TAG:
self.state = MapEditorCursor.SETTING_TAG
GUI.get().tagMenu().setShowing(True)
elif choice == Sprite.TopMenu.NEW_TAG:
self.state = MapEditorCursor.CREATING_TAG
GUI.get().topMenu().setEnabled(False)
#GUI.get().addTagDialog().setEnabled(True)
#GUI.get().addTagDialog().setShowing(True)
GUI.get().addTagDialog().execute()
GUI.get().topMenu().setShowing(False)
self.state = MapEditorCursor.FREE
#elif choice == Sprite.TopMenu.EDIT_TAG:
# self.state = MapEditorCursor.EDITING_TAG
# GUI.get().topMenu().setEnabled(False)
# GUI.get().editTagDialog().setEnabled(True)
# GUI.get().editTagDialog().setShowing(True)
#elif choice == Sprite.TopMenu.SAVE:
# self.state = MapEditorCursor.SETTING_TAG
# GUI.get().topMenu().setEnabled(False)
# GUI.get().saveMapDialog().setEnabled(True)
# GUI.get().saveMapDialog().setShowing(True)
else:
print "ERROR: menu option %s not implemented yet" % choice
elif self.state == MapEditorCursor.SETTING_TAG:
tagNum = GUI.get().tagMenu().getSelection()
tags = GUI.get().m.tags
tagName = tags.keys()[tagNum]
self.mapSquare().setTag(tags[tagName])
GUI.get().updateMap()
GUI.get().topMenu().setEnabled(False)
GUI.get().topMenu().setShowing(False)
GUI.get().tagMenu().setEnabled(False)
GUI.get().tagMenu().setShowing(False)
self.state = MapEditorCursor.FREE
#GUI.get().clearTopText() # from special menu
#GUI.get().clearHighlights()
# if ability == None:
# Sound.cursorInvalid()
# return
# self.selectedAbility = ability
# Sound.cursorClick()
# self.state = MapEditorCursor.CHOOSING_ABILITY_TARGET
# GUI.get().showAbilityRange(self.activeUnit,
# self.selectedAbility)
# GUI.get().battleMenu().setEnabled(False)
# GUI.get().specialMenu().setEnabled(False)
#elif self.state == MapEditorCursor.CHOOSING_ABILITY_TARGET:
# Sound.cursorClick()
# a = self.selectedAbility
# if (self.x, self.y) not in a.range(self.map,
# self.activeUnit):
# Sound.cursorInvalid()
# return
# if not a.hasEffect(self.map, self.activeUnit, self.posn3d()):
# Sound.cursorInvalid()
# return
# self.state = MapEditorCursor.UNIT_SELECTED
# Battle.get().unitActed(a, self.posn3d())
# GUI.get().topMenu().setSelectedOption(0)
# GUI.get().topMenu().setEnabled(True)
# GUI.get().specialMenu().setEnabled(False)
# GUI.get().specialMenu().setShowing(False)
# GUI.get().clearHighlights()
# self.x = self.activeUnit.x()
# self.y = self.activeUnit.y()
#elif self.state == MapEditorCursor.CHOOSING_MOVE_TARGET:
# if self.map.squares[self.x][self.y].unit != None:
# Sound.cursorInvalid()
# return
# u = self._selectedUnit
# reachable = self.map.reachable(u)
# if (self.x, self.y) not in reachable:
# Sound.cursorInvalid()
# return
# Sound.cursorClick()
# ScenarioGUI.get().moveUnit(u, (self.x, self.y))
# self.state = MapEditorCursor.UNIT_MOVING
#elif self.state == MapEditorCursor.UNIT_MOVING:
# return
else:
print 'Error: unhandled click() call in MapEditorCursor'
def cancel_abilityTarget(self):
Sound.cursorCancel()
self.trans("battleMenu")
def cancel_moveTarget(self):
Sound.cursorCancel()
self.trans("battleMenu")
from random import randint
import uuid
import xml.etree.ElementTree as ET
#importing our modules
from commonFunctions import *
from projectile import *
from troop import *
import collision
from pandaImports import *
from pandac.PandaModules import CollisionSphere
from math import *
import physics
from Sound import *
#Getting the shoot sound effect
towerAttackSound = Sound("../sounds/towerAttack.wav")
towerAttackSound.setVolume(0.5)
towerPositioningSound = Sound("../sounds/towerPositioning.wav")
towerPositioningSound.setVolume(0.5)
towerModelDict = {}
#Getting configuration
typ = None
cfTree = ET.parse("tower.xml")
cfRoot = cfTree.getroot()
for element in cfRoot.findall('tower'):
towerType = element.get('type')
modelTag = element.find('model')
class Tetris():
NORMAL_MODE = 0
BOOZE_MODE = 1
DESIGNATED_DRIVER_MODE = 2
SINGLE_DRINK_MODE = 3
def __init__(self):
self._event_handlers = []
self._setup_states()
self._state["game_over"] = True
self._setup_display()
self._joystick = None
if pygame.joystick.get_count() > 0:
print "FOUND A JOYSTICK!"
self._joystick = pygame.joystick.Joystick(0)
self._joystick.init()
def _setup_states(self, mode = 0):
self._params = {
"fullscreen" : False,
"fullscreen_width" : 1024,
"fullscreen_height" : 768,
"num_cells_wide" : 10,
"num_cells_high" : 20,
"cell_width" : 25,
"cell_height" : 25,
"drink_pouring_time" : 10.0,
"starting_cell_x" : 4,
"starting_cell_y" : 1,
"grid_top_x" : 0,
"grid_top_y" : 0,
"modes" : ["(N)ormal Mode", "(B)ooze Mode", "(S)ingle Drink Mode", "(D)esignated Driver Mode", "(Q)uit"]
}
self._level_params = {
"moving_rate" : [0.00005,.00004,0.00003,0.00002,0.00001],
"rotating_rate" : [0.00009,0.00008,0.00007,0.00006,0.00005],
"falling_rate" : [0.00050,0.00035,0.00020,0.00010,0.00005]
}
self._state = {
"last_falling_time" : 0,
"falling_rate" : self._level_params["falling_rate"][0],
"last_moving_time" : 0,
"last_rotating_time" : 0,
"level_up_line_count" : 5,
"last_num_lines_cleared" : 0,
"top_y" : 0,
"times_found" : 0,
"current_level" : 1,
"game_over" : False,
"all_finished" : False,
"current_y" : 0,
"holding_down" : False
}
if mode in [self.NORMAL_MODE, self.SINGLE_DRINK_MODE]:
self._color_dict = {1: COLORS["blue"], 6 : COLORS["brown"], 10: COLORS["darkGrey"]}
elif mode == self.BOOZE_MODE:
self._color_dict = {3 : COLORS["brown"], 10: COLORS["darkGrey"]}
elif mode == self.DESIGNATED_DRIVER_MODE:
self._color_dict = {10: COLORS["blue"]}
if mode == self.SINGLE_DRINK_MODE or mode == self.BOOZE_MODE:
self._level_params = {
"moving_rate" : [0.00005],
"rotating_rate" : [0.00009],
"falling_rate" : [0.00040]
}
self._params["drink_pouring_time"] = 20.0
self._color_range = 10
self._textBuff = 2
self._grid = Grid( 1, 1, self._params["cell_width"], self._params["cell_height"], self._params["num_cells_wide"], self._params["num_cells_high"], COLORS["black"], self._params["fullscreen"], self._params["fullscreen_width"], self._params["fullscreen_height"])
if self._params["fullscreen"]:
self._params["grid_top_x"] = (self._params["fullscreen_width"] / 2) - (self._grid.width / 2)
self._params["grid_top_y"] = (self._params["fullscreen_height"] / 2) - (self._grid.height / 2)
self._tetrominoList = ['T','I','O','S','Z','L','J']
self._sound = Sound()
self._new_tetromino()
def _setup_display(self):
os.environ['SDL_VIDEO_CENTERED'] = '1'
pygame.init()
if self._params["fullscreen"]:
self._screen = pygame.display.set_mode((1024, 768), pygame.FULLSCREEN, 24)
else:
self._screen = pygame.display.set_mode((self._grid.width+self._textBuff,self._grid.height+self._textBuff),0,32)
if pygame.font:
self._font = pygame.font.Font(None, 18)
def init_game(self):
pygame.display.set_caption("Python Tetris")
def run_game(self):
time.sleep(0.01)
if self._state["game_over"]:
self._menu_state()
else:
self._game_loop()
self._render()
return
def _menu_state(self):
current_key = ''
for event in pygame.event.get():
if event.type == QUIT:
raise QuitException()
if event.type == pygame.KEYDOWN:
current_key = event.key
if current_key == K_q:
raise QuitException()
elif current_key == K_n:
self._setup_states(self.NORMAL_MODE)
elif current_key == K_b:
self._setup_states(self.BOOZE_MODE)
elif current_key == K_d:
self._setup_states(self.DESIGNATED_DRIVER_MODE)
elif current_key == K_s:
self._setup_states(self.SINGLE_DRINK_MODE)
def _game_loop(self):
# Grab vars
if self._tetromino.active:
self._move_tetromino()
else: #New Tetromino
osc.sendMsg("/tetris/piece_down", [0], "localhost", 9001)
self._new_tetromino()
#Levels and Speedup
if self._grid.num_lines_cleared >= (self._state["level_up_line_count"] * self._state["current_level"]) and self._state["last_num_lines_cleared"] != self._grid.num_lines_cleared:
self._level_up()
def _move_tetromino(self):
current_key = ''
up_key = ''
for event in pygame.event.get():
legal_moves = {
"down" : self._tetromino.max_y < self._grid.height,
"left" : self._tetromino.min_x > 0 and self._grid.accept(self._tetromino.id,self._tetromino.positions[self._tetromino.currentPosition],-1,0),
"right" : self._tetromino.max_x < self._grid.width and self._grid.accept(self._tetromino.id,self._tetromino.positions[self._tetromino.currentPosition],1,0),
}
if event.type == QUIT:
break
if event.type == pygame.JOYAXISMOTION:
a = event.axis
p = event.value
#turn joystick into key simulations
if a == 0:
if p < -0.01:
current_key = K_LEFT
elif p > 0.01:
current_key = K_RIGHT
else:
if p > 0.01:
current_key = K_DOWN
elif p < 0.01 and p > -0.01:
up_key = K_DOWN
if event.type == pygame.JOYBUTTONDOWN:
if event.button == 1:
current_key = K_z
else:
current_key = K_x
if event.type == pygame.KEYDOWN:
current_key = event.key
elif event.type == pygame.KEYUP:
up_key = event.key
if current_key == K_RIGHT and legal_moves["right"]:
self._tetromino.move(self._grid,1,0)
if current_key == K_LEFT and legal_moves["left"]:
self._tetromino.move(self._grid,-1,0)
if current_key == K_DOWN:
self._state["holding_down"] = True
osc.sendMsg("/mario/speed", [40], "localhost", 9001)
elif up_key == K_DOWN:
osc.sendMsg("/mario/speed", [0], "localhost", 9001)
self._state["holding_down"] = False
#TODO: Fix rotation states
if current_key == K_z and False not in legal_moves.values():
self._tetromino.rotate(self._grid, -1)
if current_key == K_x and False not in legal_moves.values():
self._tetromino.rotate(self._grid, 1)
#ADDED: quit current_key
if current_key == K_q:
raise QuitException()
legal_moves = {
"down" : self._tetromino.max_y < self._grid.height,
"left" : self._tetromino.min_x > 0 and self._grid.accept(self._tetromino.id,self._tetromino.positions[self._tetromino.currentPosition],-1,0),
"right" : self._tetromino.max_x < self._grid.width and self._grid.accept(self._tetromino.id,self._tetromino.positions[self._tetromino.currentPosition],1,0),
}
current_time = time.time()/1000.0
falling_time = current_time - self._state["last_falling_time"]
#Downward fall
if self._state["holding_down"] is True and legal_moves["down"]:
self._tetromino.move(self._grid,0,1)
self._state["current_y"] += 1
elif falling_time >= self._state["falling_rate"] and legal_moves["down"]:
self._state["last_falling_time"] = current_time
self._tetromino.move(self._grid,0,1)
self._state["current_y"] += 1
elif not legal_moves["down"] and falling_time >= self._state["falling_rate"]:
self._tetromino.cluck.play()
self._tetromino.active = False
def _new_tetromino(self):
#ADDED: Set tetromino color to one of our three allowed colors
color_index = random.randint(0,self._color_range)
color = ()
for color_probability in sorted(self._color_dict.keys()):
if color_index <= color_probability:
color = self._color_dict[color_probability]
break
rand = random.randint(0,len(self._tetrominoList)-1)
self._tetromino = Tetromino(self._params["starting_cell_x"], self._params["starting_cell_y"], COLORS["black"],color,self._tetrominoList[rand])
self._state["holding_down"] = False
if self._grid.checkForLines():
for e in self._event_handlers:
e.on_line_created(self)
#Test for GAME OVER
top_y = self._grid.topY()
if top_y <= 2:
self._state["times_found"] += 1
if self._state["times_found"] > 3:
self._state["game_over"] = True
def _level_up(self):
self._state["last_num_lines_cleared"] = self._grid.num_lines_cleared
self._state["current_level"] += 1
if self._state["current_level"] < len(self._level_params["falling_rate"]):
self._state["falling_rate"] = self._level_params["falling_rate"][self._state["current_level"]]
else:
self._state["all_finished"] = True
self._state["game_over"] = True
self._sound.play("../sound/levelup.wav")
for e in self._event_handlers:
e.on_level_up(self)
def _render(self):
#render Background
pygame.draw.rect(self._screen,(255,255,255),Rect(self._params["grid_top_x"], self._params["grid_top_y"],self._grid.width+2,self._grid.height+2))
#Render Grid
self._grid.render(self._screen)
self._render_status()
pygame.display.update()
def _render_status(self):
if not self._state["game_over"]:
lineText = "Lines: " + str(self._grid.num_lines_cleared) + " Level: " + str(self._state["current_level"])
lines_text = self._font.render(lineText, 1, COLORS["white"])
lines_text_pos = Rect((self._params["grid_top_x"]+1, self._params["grid_top_y"]+1),(self._params["grid_top_x"] + 300, self._params["grid_top_y"] + 20))
self._screen.blit(lines_text, lines_text_pos)
else:
game_over_text = self._font.render("GAME OVER... LEVEL: "+str( self._state["current_level"])+" LINES: " + str(self._grid.num_lines_cleared),1, COLORS["red"])
if self._state["all_finished"]:
game_over_text = self._font.render("ALL LEVELS FINISHED! LEVEL: "+str( self._state["current_level"])+" LINES: " + str(self._grid.num_lines_cleared),1, COLORS["red"])
game_over_text_pos = Rect((self._params["grid_top_x"]+1, self._params["grid_top_y"]+1),(self._params["grid_top_x"] + 300, self._params["grid_top_y"] + 20))
self._screen.blit(game_over_text,game_over_text_pos)
for i in range(0, len(self._params["modes"])):
pLineText = self._params["modes"][i]
p_lines_text = self._font.render(pLineText, 1, COLORS["white"])
p_lines_text_pos = Rect((1+self._params["grid_top_x"],100+(i*25)+self._params["grid_top_y"]),(300,250))
self._screen.blit(p_lines_text, p_lines_text_pos)
def add_event_handler(self, eh):
self._event_handlers.append(eh)
#Vec2 and Vec3 will help positioning the objects
from panda3d.core import Vec2,Vec3
from panda3d.core import Point2, Point3, CardMaker
from direct.gui.DirectGui import *
#This is used to set the color of lifebar and other objects
from panda3d.core import ColorAttrib
#hudTexts is the node that will hold all text nodes of the game
hudTexts = render2d.attachNewNode("HUD Texts")
#HUD_models holds all the models that HUD will use
HUD_models = aspect2d.attachNewNode("HUD Models")
#Getting the sound effects
clickButtonSound = Sound("../sounds/buttonClick.wav")
clickButtonSound.setVolume(0.5)
turnPass_Sound = Sound("../sounds/changeTurn.wav")
turnPass_Sound.setVolume(0.5)
error_Sound = Sound("../sounds/Error.wav")
error_Sound.setVolume(0.5)
class PlayScreenHUD (DirectObject):
def __init__(self, gameScreenFSM, mousePicking):
self.gameScreenFSM = gameScreenFSM
self.mousePicking = mousePicking
self.playScreenFrame=None
self.isoScale = 3.2
self.scale = (self.isoScale,1,self.isoScale)
lastNumLinesCleared = 0
topY = 0
timesFound = 0
current_level = 1
fallingRate = .00100
movingRate = [0.00005,.00004,0.00003,0.00002,0.00001]
rotatingRate = [0.00009,0.00008,0.00007,0.00006,0.00005]
currentY = 0
textBuff = 2
rateIncrease = .00015
grid = Grid(1,1,cell_width,cell_height,num_cells_wide,num_cells_high,black)
gameOver = False
tetrominoList = ['T','I','O','S','Z','L','J']
levels = [0.0004,0.00025,0.0001,0.00005,0.00002]
tetromino = Tetromino(starting_cell_x,starting_cell_y,black,blue,tetrominoList[0])
sound = Sound()
#Init Pygame
os.environ['SDL_VIDEO_CENTERED'] = '1'
pygame.init()
screen = pygame.display.set_mode((grid.width+textBuff,grid.height+textBuff),0,32)
pygame.display.set_caption("Python Tetris")
#Initialize Fonts
if pygame.font:
font = pygame.font.Font(None, 18)
#Main Game Loop
while True:
time.sleep(0.01)
from Sound import *
import numpy as np
import matplotlib.pyplot as plt
# Make a middle C
fundamental = 110.*2.**(3./12)
harmonics = np.arange(1, 50)
amplitudes = np.exp(-(harmonics-2)**2/20.**2)
# Supposedly the I vowel (en.wikipedia.org/wiki/Formant)
formant = Formant([240., 2400.], [1., 1.], [100., 100.])
# Make the sound
s = Sound(fundamental, amplitudes)
plt.plot(fundamental*harmonics, s.amplitudes, 'bo-', label='Input Source')
plt.xlabel('Harmonic')
plt.ylabel('Amplitude')
f = fundamental*np.linspace(1., harmonics.max(), 10001)
plt.plot(f, formant.evaluate(f), 'r', label='Formant')
# Apply the formant
s.apply_formant(formant)
s.make_wave_file()
plt.plot(fundamental*harmonics, s.amplitudes, 'go-', label='With Formant')
plt.legend()
plt.show()
logging.debug('Enabled "psyco" just-in-time Python compiler')
psyco.full()
except ImportError:
logging.debug('"psyco" just-in-time Python compiler not found')
# Set up PyGame
import pygame
pygame.display.init()
pygame.font.init()
pygame.joystick.init()
try:
pygame.mixer.init(48000, -16, True, 4096)
except pygame.error, e:
options.quiet = True
logging.warn("Couldn't initialize sound: " + str(e))
# Import our own modules
import Resources
import Sound
import twistedmain
# Set texture size
Resources.texture.setTextureSize(64)
# Initialize Sound
Sound.setQuiet(options.quiet)
twistedmain.run(options)
def main():
"""The main function!"""
global theClock, theBoard, thePiece, thePieceColor
global pieceX, pieceY, idealX, idealY
global boardWidth, boardHeight
global borderWidth, borderHeight, extraBorder, countFrom
global theEventQueue, timeDelta, theScore, theHighScore, theMultiplyer, gameTime
global highScoreWasChanged, highScoreFile
print ""
boardWidth = 16
boardHeight = 15
borderWidth = 8
borderHeight = 8
extraBorder = 35
highScoreFile = "highscore.dat"
gameTime = 0 # Time the game has been running (allowed to overflow)
countFrom = 0 # Time we count from for countdown
pieceX = pieceY = idealX = idealY = 0.0
theScore = 0
theHighScore = 0
theMultiplyer = 1
random.seed()
pygame.init()
pygame.display.set_mode((640, 480), pygame.OPENGL | pygame.DOUBLEBUF)
pygame.key.set_repeat(100, 100) # Turn on key repeat for us
Video.initThings(boardWidth * 8 + borderWidth * 2 + extraBorder,
boardHeight * 8 + borderHeight * 2,
160)
Sound.initSound()
theClock = pygame.time.Clock()
timeDelta = 0
theEventQueue = EventQueue.EventQueue()
theEventQueue.addToQueue("Gamestate", "Get New Board")
theEventQueue.addToQueue("Gamestate", "Get New Piece")
theEventQueue.addToQueue("Score", "Reset Score")
theEventQueue.addToQueue("Program", "Get Highscore")
while 1:
for event in pygame.event.get():
if event.type == pygame.QUIT:
theEventQueue.addToQueue("Program", "Save Highscore")
theEventQueue.addToQueue("Program", "Quit")
elif event.type == pygame.KEYDOWN:
checkKeys(event)
theEventQueue.addToQueue("Gamestate", "Update Piece Position")
theEventQueue.addToQueue("Video", "Redraw Buffer")
theEventQueue.addToQueue("Video", "Swap Buffers")
theEventQueue.addToQueue("Program", "Tick Clock")
runThroughQueue()
def runThroughQueue():
"""Go through the queue and deal with the events in it."""
global timeDelta, theEventQueue, theClock
global idealX, idealY, boardWidth, boardHeight
global theBoard, thePiece, thePieceColor
global theScore, theMultiplyer, gameTime, countFrom
global theHighScore, highScoreHasChanged
while theEventQueue.isEmpty() == 0:
type, info, tuple = theEventQueue.getFromQueue()
if type == "Gamestate":
if info == "Check For Squares":
squareList = theBoard.findSquaresToRemove()
if len(squareList) > 0:
# Squares were found, mark 'em dead.
# Note that by putting "Done With Blocks" on the event queue
# now, it will be executed AFTER the block scores are added
for i in range(len(squareList)):
dataTuple = (i + 1) * 100
theEventQueue.addToQueueFront("Score", "Block Found", dataTuple)
(x, y) = squareList[i]
theBoard.markSquareAsDead(x, y)
elif info == "Get New Board":
prepareBoard()
elif info == "Get New Piece":
idealX = idealY = pieceX = pieceY = 0.0
thePiece = Pieces.getPiece()
thePieceColor = random.randint(1, 7)
elif info == "Out of Time":
theEventQueue.addToQueueFront("Input", "Place Piece", "Forced")
elif info == "Update Piece Position":
updatePiecePosition(timeDelta)
else:
print "Unknown %s event '%s' disregarded." % (type, info)
elif type == "Input":
if info == "Move Piece Down":
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
if (yLoc <= (boardHeight - 3)):
if (theBoard.checkForCollision(xLoc, yLoc + 1, thePiece) <= 0):
idealY += 8.0
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
elif info == "Move Piece Left":
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
if (xLoc >= 0):
if (theBoard.checkForCollision(xLoc - 1, yLoc, thePiece) <= 0):
idealX -= 8.0
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
elif info == "Move Piece Right":
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
if (xLoc <= (boardWidth - 3)):
if (theBoard.checkForCollision(xLoc + 1, yLoc, thePiece) <= 0):
idealX += 8.0
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
elif info == "Move Piece Up":
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
if (yLoc >= 0):
if (theBoard.checkForCollision(xLoc, yLoc - 1, thePiece) <= 0):
idealY -= 8.0
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
elif info == "Place Piece":
# First we get the x,y of the piece
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
if theBoard.checkForCollision(xLoc, yLoc, thePiece) == 0:
countFrom = gameTime # Resets the countdown, move to event?
theBoard.placePiece(xLoc, yLoc, thePiece, thePieceColor)
theEventQueue.addToQueueFront("Score", "Placed Piece")
theEventQueue.addToQueueFront("Gamestate", "Get New Piece")
theEventQueue.addToQueueFront("Gamestate", "Check For Squares")
else:
if tuple == "Forced":
theEventQueue.addToQueueFront("Program", "Game Over")
theEventQueue.addToQueueFront("Notification", "Game Over")
else:
theEventQueue.addToQueueFront("Notification", "Can't Place")
elif info == "Rotate Clockwise":
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
tempPiece = RotateBlocks.rotateRight(thePiece)
if (theBoard.checkForCollision(xLoc, yLoc, tempPiece) <= 0):
thePiece = tempPiece
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
elif info == "Rotate Counterclockwise":
xLoc = int(idealX / 8.0)
yLoc = int(idealY / 8.0)
tempPiece = RotateBlocks.rotateLeft(thePiece)
if (theBoard.checkForCollision(xLoc, yLoc, tempPiece) <= 0):
thePiece = tempPiece
else:
theEventQueue.addToQueueFront("Notification", "Can't Move")
else:
print "Unknown %s event '%s' disregarded." % (type, info)
elif type == "Notification":
if info == "Can't Move":
Sound.playSound("Bad Move")
elif info == "Can't Place":
Sound.playSound("Bad Place")
elif info == "Game Over":
Sound.playSound("Game Over")
elif info == "Got High Score":
Sound.playSound("Got High")
elif info == "Out Of Time":
Sound.playSound("Forced")
elif info == "Piece Placed":
Sound.playSound("Place")
elif info == "Squares Removed":
Sound.playSound("Removed")
else:
print "Unknown %s event '%s' disregarded." % (type, info)
elif type == "Program":
if info == "Game Over":
# Game over stuff goes here
# For now, just quit
theEventQueue.addToQueueFront("Program", "Quit")
theEventQueue.addToQueueFront("Program", "Save Highscore")
elif info == "Get Highscore":
getTheHighScore()
highScoreHasChanged = False
elif info == "Help":
help()
elif info == "Print FPS":
print "FPS: %.1f" % (theClock.get_fps())
elif info == "Quit":
sys.exit()
elif info == "Save Highscore":
if highScoreHasChanged:
saveTheHighScore()
elif info == "Tick Clock":
timeDelta = theClock.tick(60) # Limit ourselves to 60 FPS
gameTime = gameTime + timeDelta
if abs(gameTime - countFrom) > 10000:
countFrom = gameTime
theEventQueue.addToQueueFront("Gamestate", "Out of Time")
else:
print "Unknown %s event '%s' disregarded." % (type, info)
elif type == "Score":
if info == "Add To Score":
oldScore = theScore
theScore = theScore + tuple
if (theScore > theHighScore):
if (oldScore < theHighScore):
highScoreHasChanged = True
theEventQueue.addToQueueFront("Notification", "Got High Score")
theHighScore = theScore
elif info == "Block Found":
if tuple == None:
theEventQueue.addToQueueFront("Score", "Add To Score", 100 * theMultiplyer)
else:
theEventQueue.addToQueueFront("Score", "Add To Score", tuple * theMultiplyer)
elif info == "Placed Piece":
theEventQueue.addToQueueFront("Score", "Add To Score", 5)
elif info == "Reset Score":
theScore = 0
theMultiplyer = 1
elif info == "Reset High Score":
theHighScore = 0
highScoreHasChanged = True
else:
print "Unknown %s event '%s' disregarded." % (type, info)
elif type == "Video":
if info == "Change Culling":
Video.changeCulling()
elif info == "Decrease Light X":
Video.moveLight(-0.5, 0, 0)
elif info == "Decrease Light Y":
Video.moveLight(0, -0.5, 0)
elif info == "Decrease Light Z":
Video.moveLight(0, 0, -0.5)
elif info == "Increase Light X":
Video.moveLight(0.5, 0, 0)
elif info == "Increase Light Y":
Video.moveLight(0, 0, 0.5)
elif info == "Increase Light Z":
Video.moveLight(0, 0, 0.5)
elif info == "Print Light Position":
Video.moveLight(0, 0, 0)
elif info == "Redraw Buffer":
draw(timeDelta)
elif info == "Sink Blocks":
Video.sinkEm(theBoard, timeDelta)
elif info == "Swap Buffers":
pygame.display.flip()
elif info == "Toggle Lights":
Video.toggleLights()
else:
print "Unknown %s event '%s' disregarded." % (type, info)
else:
print "Event of unknown type '%s' with info '%s' disregarded." % (type, info)
return # Done here
def moveLeft(self):
if self.canMove() and self.x > 0:
self.x -= 1
Sound.cursorMove()
GUI.get().scrollTo((self.x, self.y))
class Grid(object):
def __init__(self, start_x, start_y, cell_height, cell_width, num_cells_wide, num_cells_tall, color):
self.cells = {}
self.start_x = start_x
self.start_y = start_y
self.cell_height = cell_height
self.cell_width = cell_width
self.num_cells_wide = num_cells_wide
self.num_cells_tall = num_cells_tall
self.numLinesCleared = 0
self.color = color
self.height = cell_height * num_cells_tall
self.width = cell_width * num_cells_wide
self.sound = Sound()
# Build Grid
for x in range(self.num_cells_wide):
for y in range(self.num_cells_tall):
self.cells[(x, y)] = (
color,
Rect(
(x * self.cell_width + self.start_x, y * self.cell_height + self.start_y),
(self.cell_height, self.cell_width),
),
0,
)
def set(self, color, x, y, id):
self.cells[(x, y)] = (
color,
Rect(
(x * self.cell_width + self.start_x, y * self.cell_height + self.start_y),
(self.cell_height, self.cell_width),
),
id,
)
def render(self, screen):
screen.lock()
for key in self.cells:
cell = self.cells[key]
# BG Rect
if cell[2] > 0:
pygame.draw.rect(screen, (0, 0, 0), cell[1])
rectLeft = cell[1].left + 1
rectTop = cell[1].top + 1
rectWidth = cell[1].width - 2
rectHeight = cell[1].height - 2
nRect = Rect(rectLeft, rectTop, rectWidth, rectHeight)
pygame.draw.rect(screen, cell[0], nRect)
else:
pygame.draw.rect(screen, cell[0], cell[1])
screen.unlock()
def accept(self, id, postions, x_mv, y_mv):
for pos in postions:
x = pos[0] + x_mv
y = pos[1] + y_mv
if self.cells.has_key((x, y)):
cell = self.cells[(x, y)]
if cell and cell[2] != id and cell[2] != 0:
return False
else:
return False
return True
def checkForLines(self):
nums = {}
# Test for y coords with all thier x coords filled up
# If so then set that line of x,y coords to masking color and move the rest of the coords
# above it down one y coord
for cell in self.cells:
y = cell[1]
if not nums.has_key(y):
nums[y] = 0
if self.cells[cell][2] > 0:
nums[y] += 1
for num in nums:
if nums[num] >= self.num_cells_wide:
self.sound.play("../sound/clear.wav")
self.numLinesCleared += 1
self.remLine(num)
self.shiftGridDown(num)
def topY(self):
top = self.num_cells_tall
for cell in self.cells:
y = cell[1]
if y < top and self.cells[cell][2] > 0:
top = y
return top
def remLine(self, y):
for cell_x in range(self.num_cells_wide):
self.set(self.color, cell_x, y, 0)
def shiftGridDown(self, num):
n_cells = {}
for cell in self.cells:
x = cell[0]
y = cell[1]
color = self.cells[cell][0]
id = self.cells[cell][2]
if y < num:
self.set(self.color, x, y, id)
n_cells[(x, y + 1)] = (
color,
Rect(
(x * self.cell_width + self.start_x, y * self.cell_height + self.start_y),
(self.cell_height, self.cell_width),
),
id,
)
for n_cell in n_cells:
x = n_cell[0]
y = n_cell[1]
color = n_cells[n_cell][0]
id = n_cells[n_cell][2]
self.set(color, x, y, id)
def moveRight(self):
if self.canMove() and self.x < self.map.width - 1:
self.x += 1
Sound.cursorMove()
GUI.get().scrollTo((self.x, self.y))
def _setup_states(self, mode = 0):
self._params = {
"fullscreen" : False,
"fullscreen_width" : 1024,
"fullscreen_height" : 768,
"num_cells_wide" : 10,
"num_cells_high" : 20,
"cell_width" : 25,
"cell_height" : 25,
"drink_pouring_time" : 10.0,
"starting_cell_x" : 4,
"starting_cell_y" : 1,
"grid_top_x" : 0,
"grid_top_y" : 0,
"modes" : ["(N)ormal Mode", "(B)ooze Mode", "(S)ingle Drink Mode", "(D)esignated Driver Mode", "(Q)uit"]
}
self._level_params = {
"moving_rate" : [0.00005,.00004,0.00003,0.00002,0.00001],
"rotating_rate" : [0.00009,0.00008,0.00007,0.00006,0.00005],
"falling_rate" : [0.00050,0.00035,0.00020,0.00010,0.00005]
}
self._state = {
"last_falling_time" : 0,
"falling_rate" : self._level_params["falling_rate"][0],
"last_moving_time" : 0,
"last_rotating_time" : 0,
"level_up_line_count" : 5,
"last_num_lines_cleared" : 0,
"top_y" : 0,
"times_found" : 0,
"current_level" : 1,
"game_over" : False,
"all_finished" : False,
"current_y" : 0,
"holding_down" : False
}
if mode in [self.NORMAL_MODE, self.SINGLE_DRINK_MODE]:
self._color_dict = {1: COLORS["blue"], 6 : COLORS["brown"], 10: COLORS["darkGrey"]}
elif mode == self.BOOZE_MODE:
self._color_dict = {3 : COLORS["brown"], 10: COLORS["darkGrey"]}
elif mode == self.DESIGNATED_DRIVER_MODE:
self._color_dict = {10: COLORS["blue"]}
if mode == self.SINGLE_DRINK_MODE or mode == self.BOOZE_MODE:
self._level_params = {
"moving_rate" : [0.00005],
"rotating_rate" : [0.00009],
"falling_rate" : [0.00040]
}
self._params["drink_pouring_time"] = 20.0
self._color_range = 10
self._textBuff = 2
self._grid = Grid( 1, 1, self._params["cell_width"], self._params["cell_height"], self._params["num_cells_wide"], self._params["num_cells_high"], COLORS["black"], self._params["fullscreen"], self._params["fullscreen_width"], self._params["fullscreen_height"])
if self._params["fullscreen"]:
self._params["grid_top_x"] = (self._params["fullscreen_width"] / 2) - (self._grid.width / 2)
self._params["grid_top_y"] = (self._params["fullscreen_height"] / 2) - (self._grid.height / 2)
self._tetrominoList = ['T','I','O','S','Z','L','J']
self._sound = Sound()
self._new_tetromino()