def _doPost(self, dataObject):
# The game creation should have no arguments.
if self.arg is not None:
return self._response({}, CODE.UNIMPLEMENTED)
if "name" and "game_type_id" in dataObject:
try:
GTM = GameTypeMapper()
if dataObject["game_type_id"] is not None and dataObject["game_type_id"].isdigit():
# Get the user by ID
gametype = GTM.find(dataObject["game_type_id"])
if gametype is None:
raise NotFound("The specified game type does not exist.")
else:
raise BadRequest("Argument provided for this game type is invalid.")
GM = GameMapper()
# Get the user by E-mail
game = Game()
game.setName(dataObject["name"])
game.setCreator(self.user)
game.setGameType(gametype)
GM.insert(game)
return self._response(game.dict(3), CODE.CREATED)
except mdb.DatabaseError, e:
raise ServerError("Unable to search the user database (%s)" % e.args[1])
def main_menu(self, screen, font, mainClock):
text1 = Figure()
text2 = Figure()
text3 = Figure()
text4 = Figure()
text5 = Figure()
play = Game(0, 0)
option = Options()
click = False
while True:
screen.fill((0, 0, 0))
text1.draw_text('Main Menu', font, (255, 255, 255), screen, 20, 20)
mx, my = pygame.mouse.get_pos()
button_1 = pygame.Rect(50, 500, 200, 50)
button_2 = pygame.Rect(50, 600, 200, 50)
if button_1.collidepoint((mx, my)):
if click:
play.game(mainClock)
if button_2.collidepoint((mx, my)):
if click:
option.options(screen, font, mainClock)
pygame.draw.rect(screen, (255, 0, 0), button_1)
pygame.draw.rect(screen, (255, 0, 0), button_2)
text2.draw_text('Nom du Jeu', pygame.font.SysFont(None, 100),
(255, 255, 255), screen, 60, 200)
text3.draw_text('Play', pygame.font.SysFont(None, 50),
(255, 255, 255), screen, 60, 510)
text4.draw_text('Options', pygame.font.SysFont(None, 50),
(255, 255, 255), screen, 60, 610)
click = False
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
if event.type == KEYDOWN:
if event.key == K_ESCAPE:
pygame.quit()
sys.exit()
if event.type == MOUSEBUTTONDOWN:
if event.button == 1:
click = True
pygame.display.update()
mainClock.tick(60)
def _doPost(self, dataObject):
# The game creation should have no arguments.
if self.arg is not None:
return self._response({}, CODE.UNIMPLEMENTED)
if "name" and "game_type_id" in dataObject:
try:
GTM = GameTypeMapper()
if dataObject["game_type_id"] is not None and dataObject[
"game_type_id"].isdigit():
# Get the user by ID
gametype = GTM.find(dataObject["game_type_id"])
if gametype is None:
raise NotFound(
"The specified game type does not exist.")
else:
raise BadRequest(
"Argument provided for this game type is invalid.")
GM = GameMapper()
# Get the user by E-mail
game = Game()
game.setName(dataObject["name"])
game.setCreator(self.user)
game.setGameType(gametype)
GM.insert(game)
return self._response(game.dict(3), CODE.CREATED)
except mdb.DatabaseError, e:
raise ServerError("Unable to search the user database (%s)" %
e.args[1])
def _doCreateObject(self, data):
"""Builds the game object given the draw data returned from the database query"""
from Model.game import Game
game_ = Game(data["id"])
# get creator User object
umapper = UserMapper()
game_.setCreator(umapper.find(data["creator"]))
#query = "SELECT * FROM users WHERE id = %s"
#params = (data["creator"],)
#creator = DeferredUser(data["creator"], UserMapper, query, params)
#game_.setCreator(creator)
# Build the game type information
gt_data = {}
gt_data["id"] = data["game_type_id"]
gt_data["name"] = data["game_type_name"]
GTM = GameTypeMapper()
gametype = GTM.createObject(
gt_data
) # advantage is the object is added to the object watcher for future references
print gametype
print str(type(gametype))
game_.setGameType(gametype)
# set the rest of the information
game_.setName(data["name"])
game_.setTime(data["time"])
game_.setStartTime(data["start_time"])
game_.setEndTime(data["end_time"])
return game_
def _doCreateObject(self, data):
"""Builds the game object given the draw data returned from the database query"""
from Model.game import Game
game_ = Game(data["id"])
# get creator User object
umapper = UserMapper()
game_.setCreator(umapper.find(data["creator"]))
#query = "SELECT * FROM users WHERE id = %s"
#params = (data["creator"],)
#creator = DeferredUser(data["creator"], UserMapper, query, params)
#game_.setCreator(creator)
# Build the game type information
gt_data = {}
gt_data["id"] = data["game_type_id"]
gt_data["name"] = data["game_type_name"]
GTM = GameTypeMapper()
gametype = GTM.createObject(gt_data) # advantage is the object is added to the object watcher for future references
print gametype
print str(type(gametype))
game_.setGameType(gametype)
# set the rest of the information
game_.setName(data["name"])
game_.setTime(data["time"])
game_.setStartTime(data["start_time"])
game_.setEndTime(data["end_time"])
return game_
def launch():
# Creation d'un joueur au centre de la map
player1 = Player(1, int(1024 / 2) - 40, int(768 / 2) - 40, 100)
player_position = (player1.get_x(), player1.get_y())
quantitefuel = player1.get_fuel()
#Creation d'une game
game1 = Game(0, 0) # score et time
#Creation plateforme
plateformes = game1.generatePlateformes().copy()
#Creation objet
powerups = game1.generate_objet().copy()
# Test des evenements
pygame.init()
screen = pygame.display.set_mode((1024, 768), RESIZABLE)
# Background
fond = pygame.image.load(
"../Model/data/map_background.png").convert() #map jusqu'a 10000px
defilmap = -14000
# Chargement et collage du personnage
# convert alpha pour la transparance du png
perso = pygame.image.load(
"../Model/data/cosmonaut-idle-100.png") #image du perso de base
background_objects = [[0.25, [120, 10, 70,
400]], [0.25, [280, 30, 40, 400]],
[0.5, [30, 40, 40, 400]], [0.5, [130, 90, 100, 400]],
[0.5, [300, 80, 120, 400]]]
## ici variables pour retenir en mémoire l’état des touches
#variable deplacement
droite = False
gauche = False
haut = False
bas = False
fall = True
boost = False
fuelHit = False
niveauFall = 0
fallspeed = game1.get_diffculty_set()
listekeypressed = []
fall = True # de base le perso chute
#timeinsecond = int(time.time() % 60)
timefuel = 0
nbboucle = 0
boucle = 0
true_scroll = [0, 0]
launched = True
powerup = False #powerup actif ou non
propulsion = pygame.image.load("../Model/data/air_propulsion.png")
estSurPlateforme = False
new_game = True
def crash(screen):
crash = True
while crash:
text = pygame.font.Font('freesansbold.ttf', 75)
carb = text.render('Game Over', True, (0, 0, 0))
screen.blit(carb, (295, 300))
for event in pygame.event.get():
# print(event)
if event.type == pygame.KEYDOWN:
crash = False
pygame.display.flip()
while launched:
if (new_game):
time_var = T.time()
new_game = False
fall = True # Pour le faire rechuter quand il quitte la plateforme
for event in pygame.event.get():
if event.type == pygame.QUIT:
launched = False
elif event.type == pygame.KEYDOWN: #Si une touche est enfoncée
listekeypressed.append(
event.key) #insertion des touches enfoncées dans la liste
if pygame.K_RIGHT in listekeypressed:
perso = pygame.image.load(
"../Model/data/cosmonaut-idle2-100.png")
#Sprite droit
droite = True
if estSurPlateforme == True:
perso = pygame.image.load(
"../Model/data/cosmonaut-march-100.png")
elif pygame.K_LEFT in listekeypressed:
perso = pygame.image.load(
"../Model/data/cosmonaut-idle-100-gauche.png")
gauche = True
if estSurPlateforme == True:
perso = pygame.image.load(
"../Model/data/cosmonaut-march-100-gauche.png")
if pygame.K_UP in listekeypressed:
perso = pygame.image.load(
"../Model/data/cosmonaut-jump-wind-100-gauche.png")
haut = True
if estSurPlateforme == False:
fall = True
if pygame.K_LEFT in listekeypressed:
perso = pygame.image.load(
"../Model/data/cosmonaut-idle-100-gauche.png")
elif pygame.K_RIGHT in listekeypressed:
perso = pygame.image.load(
"../Model/data/cosmonaut-idle2-100.png")
else:
perso = pygame.image.load(
"../Model/data/cosmonaut-jump-100.png")
elif pygame.K_DOWN in listekeypressed:
perso = pygame.image.load(
"../Model/data/cosmonaut-jump-100.png")
bas = True
elif event.type == pygame.KEYUP: #Si une touche est relachée
if len(listekeypressed) != 0:
listekeypressed.remove(
event.key) ## supression de la touche relâchée
if event.key == pygame.K_RIGHT:
droite = False
elif event.key == pygame.K_LEFT:
gauche = False
elif event.key == pygame.K_UP:
haut = False
elif event.key == pygame.K_DOWN:
bas = False
# calcul de la surface de l'image du player
min_x = int(player1.get_x())
max_x = int(player1.get_x() + 65)
min_y = int(player1.get_y())
max_y = int(player1.get_y() + 90)
#Gestion des bords de l'ecran
# Droite / Gauche
if max_x >= 1060:
droite = False
elif min_x <= 0:
gauche = False
# Haut / Bas
if min_y <= 5:
haut = False
elif max_y >= 768:
launched = False
file_highscore = open("../Model/highscore.txt", "a")
file_highscore.write(str(game1.get_score()) + "\n")
file_highscore.close()
#pygame.mixer.init()
#pygame.mixer.music.load('../Model/data/game_over.mp3')
#pygame.mixer.music.play(0)
effect = pygame.mixer.Sound('../Model/data/gameover.wav')
effect.play()
crash(screen)
new_game = True
# Gestion collision player-plateformes
for plateforme in plateformes:
# surface de la plateforme courante
min_xplat = int(plateforme.get_x())
max_xplat = int(plateforme.get_x() + plateforme.get_long())
min_yplat = int(plateforme.get_y())
max_yplat = int(plateforme.get_y() + plateforme.get_larg())
if min_xplat <= max_x and min_x <= max_xplat and powerup == False: # Est sur la longueur de la plateforme
if (max_yplat - 5) <= min_y <= (max_yplat +
5): # collision par le bas
haut = False
player_position = player1.movePositCourante(
0, fallspeed) # descends à la vitesse des plateformes
if plateforme.get_type() == 'teleportation':
effect = pygame.mixer.Sound(
'../Model/data/telepotation2.wav')
effect.play()
player_position = player1.movePositTeleportation()
if (min_yplat - 10) <= max_y <= (min_yplat +
10): # colisation par en haut
if plateforme.get_type() == 'poison':
launched = False
file_highscore = open("../Model/highscore.txt", "a")
file_highscore.write(str(game1.get_score()) + "\n")
file_highscore.close()
effect = pygame.mixer.Sound(
'../Model/data/gameover.wav')
effect.play()
crash(screen)
new_game = True
elif plateforme.get_type() == 'teleportation':
effect = pygame.mixer.Sound(
'../Model/data/telepotation2.wav')
effect.play()
player_position = player1.movePositTeleportation()
elif plateforme.get_type() == 'CarburantMoins':
player1.remove_fuel()
fuelHit = True
bas = False
fall = False
player_position = player1.movePositCourante(
0, fallspeed) # descends à la vitesse des plateformes
# Rechargement du fuel
player1.add_fuel(0.2)
quantitefuel = int(player1.get_fuel())
if min_y <= min_yplat and max_y >= max_yplat and powerup == False: # Est sur la largeur de la plateforme
if (max_xplat - 5) <= min_x <= (
max_xplat + 5
): # collision par la droite (petite marge pour eviter les bug de traversement)
gauche = False
if (min_xplat - 5) <= max_x <= (min_xplat +
5): # collision par la gauche
droite = False
if min_y <= min_yplat and max_y >= max_yplat and powerup == False and min_xplat <= max_x and min_x <= max_xplat: # Il est sur une plateforme
fall = False
estSurPlateforme = True
else:
estSurPlateforme = False
# Re-collage du fond et du player
defilmap += 1 # defilement de la map
screen.blit(fond, (0, defilmap)) # recollage map
# Re-collage
defilmap += 1 #defilement de la map
screen.blit(fond, (0, defilmap))
if defilmap == 0:
screen.fill((0, 0, 0))
screen.blit(perso, player_position)
if haut == True: #Affichage de la propulsion (rajouter le son de la propulsion ici)
screen.blit(propulsion, ((min_x - 15), max_y))
# Fuel
timefuel += 1
if (
timefuel % 20
) == 0: #Retourne la duree depuis que pygame.init a été appeler en ms
quantitefuel -= 1 #diminue de 1 le fuel à chaque boucle modulo 20 du timefuel
player1.set_fuel(quantitefuel)
if quantitefuel <= 0:
launched = False
file_highscore = open("../Model/highscore.txt", "a")
file_highscore.write(str(game1.get_score()) + "\n")
file_highscore.close()
effect = pygame.mixer.Sound('../Model/data/gameover.wav')
effect.play()
crash(screen)
new_game = True
rect = pygame.Rect(740, 677, quantitefuel * 2, 25)
pygame.draw.rect(screen, (255, 0, 0), rect)
text = pygame.font.Font('freesansbold.ttf', 20)
fuel = text.render('Carburant : {}'.format(int(player1.get_fuel())),
True, (0, 0, 0))
screen.blit(fuel, (750, 680))
#Fuel reduit alert
if fuelHit == True:
text = pygame.font.Font('freesansbold.ttf', 85)
carb = text.render('-75', True, (255, 0, 0))
screen.blit(carb, (900, 650))
fuelHit = False
# Message alerte fuel
if player1.get_fuel() <= 30:
text = pygame.font.Font('freesansbold.ttf', 35)
carb = text.render('Alerte ! Alerte ! Niveau carburant bas', True,
(255, 0, 0))
screen.blit(carb, (195, 165))
# Score
game1.set_time(int(pygame.time.get_ticks() /
1000)) #time in ms depuis pygame.init()
if (timefuel % 50) == 0: # ajout de score vitesse de base
game1.add_score(1)
text = pygame.font.Font('freesansbold.ttf', 60)
text2 = pygame.font.Font('freesansbold.ttf', 15)
time_end = T.time()
if niveauFall < 6:
score = text.render('Score : {}'.format(game1.get_score()), True,
(0, 0, 0))
time = text2.render(
'Temps : {} secondes'.format(int(time_end - time_var)), True,
(0, 0, 0))
else:
score = text.render('Score : {}'.format(game1.get_score()), True,
(255, 255, 255))
time = text2.render(
'Temps : {} secondes'.format(int(time_end - time_var)), True,
(255, 255, 255))
screen.blit(score, (15, 20))
screen.blit(time, (20, 70))
# Collage des plateformes sur l'ecran
timesprite = 1000
for plateforme in plateformes:
if plateforme.get_y() >= 0 and plateforme.get_y() <= 768:
if (plateforme.get_type() == 'poison'):
if plateforme.get_long() == 50:
if (boucle % timesprite) == 0:
pique = pygame.image.load(
"../Model/data/plateformes/pike_50_1.png")
else:
pique = pygame.image.load(
"../Model/data/plateformes/pike_50_2.png")
elif plateforme.get_long() == 100:
if (boucle % timesprite) == 0:
pique = pygame.image.load(
"../Model/data/plateformes/pike_100_1.png")
else:
pique = pygame.image.load(
"../Model/data/plateformes/pike_100_2.png")
elif plateforme.get_long() == 150:
if (boucle % timesprite) == 0:
pique = pygame.image.load(
"../Model/data/plateformes/pike_150_1.png")
else:
pique = pygame.image.load(
"../Model/data/plateformes/pike_150_2.png")
screen.blit(pique,
(plateforme.get_x(), plateforme.get_y()))
elif (plateforme.get_type() == 'teleportation'):
if plateforme.get_long() == 50:
if (boucle % timesprite) == 0:
portal = pygame.image.load(
"../Model/data/plateformes/portal_50_1.png")
else:
portal = pygame.image.load(
"../Model/data/plateformes/portal_50_2.png")
elif plateforme.get_long() == 100:
if (boucle % timesprite) == 0:
portal = pygame.image.load(
"../Model/data/plateformes/portal_100_1.png")
else:
portal = pygame.image.load(
"../Model/data/plateformes/portal_100_2.png")
elif plateforme.get_long() == 150:
if (boucle % timesprite) == 0:
portal = pygame.image.load(
"../Model/data/plateformes/portal_150_1.png")
else:
portal = pygame.image.load(
"../Model/data/plateformes/portal_150_3.png")
screen.blit(portal,
(plateforme.get_x(), plateforme.get_y()))
elif (plateforme.get_type() == 'CarburantMoins'):
if plateforme.get_long() == 50:
if (boucle % timesprite) == 0:
fire = pygame.image.load(
"../Model/data/plateformes/fire_50_1.png")
else:
fire = pygame.image.load(
"../Model/data/plateformes/fire_50_2.png")
elif plateforme.get_long() == 100:
if (boucle % timesprite) == 0:
fire = pygame.image.load(
"../Model/data/plateformes/fire_100_1.png")
else:
fire = pygame.image.load(
"../Model/data/plateformes/fire_100_2.png")
elif plateforme.get_long() == 150:
if (boucle % timesprite) == 0:
fire = pygame.image.load(
"../Model/data/plateformes/fire_150_1.png")
else:
fire = pygame.image.load(
"../Model/data/plateformes/fire_150_2.png")
screen.blit(fire, (plateforme.get_x(), plateforme.get_y()))
else:
if plateforme.get_long() == 50:
cloud = pygame.image.load(
"../Model/data/plateformes/cloud_50.png")
elif plateforme.get_long() == 100:
cloud = pygame.image.load(
"../Model/data/plateformes/cloud_100.png")
elif plateforme.get_long() == 150:
cloud = pygame.image.load(
"../Model/data/plateformes/cloud_150.png")
screen.blit(cloud,
(plateforme.get_x(), plateforme.get_y()))
#Chute des plateformes
if plateforme.get_y() <= 800:
plateforme.set_position(0, fallspeed)
# screen.blit(perso, player_position)
#Augmentation de difficulte
if timefuel % 500 == 0:
niveauFall += 1
fallspeed += 0.25
print(niveauFall)
#Power up
for objet in powerups:
if objet.get_y() >= 0 and objet.get_y() <= 768:
if (objet.get_name() == "carburant"):
# pygame.draw.circle(screen, (255, 0, 0), (objet.get_x(), objet.get_y()), 40, False)
fuelimg = pygame.image.load("../Model/data/fuel.png")
screen.blit(fuelimg, (objet.get_x(), objet.get_y()))
elif (objet.get_name() == "bouteille"):
# pygame.draw.circle(screen, (128, 128, 128), (objet.get_x(), objet.get_y()), 20)
bottleimg = pygame.image.load(
"../Model/data/oxygen_tank.png")
screen.blit(bottleimg, (objet.get_x(), objet.get_y()))
# Verif si le player est sur le power up
#surface de l'objet
min_yobj = int(objet.get_y() - 20) # 20 == rayon du cercle
max_yobj = int(objet.get_y() + 20)
min_xobj = int(objet.get_x() - 20)
max_xobj = int(objet.get_x() + 20)
if min_yobj <= max_y and max_yobj >= min_y: #sur la largeur de l'objet
if min_xobj <= max_x and max_xobj >= min_x: #Sur la longueur de l'objet
# L'astronaute est sur l'objet
if (objet.get_name() == "carburant"
): #Action des powerups
effect = pygame.mixer.Sound(
'../Model/data/bouteille.wav')
effect.play()
player1.add_fuel(objet.get_quantite())
quantitefuel = player1.get_fuel()
if (objet.get_name() == "bouteille"):
effect = pygame.mixer.Sound(
'../Model/data/boost2.wav')
effect.play()
fallspeed = fallspeed + 4
fall = False
powerup = True
game1.add_score(40)
nbboucle = boucle
powerups.remove(objet)
#Desactivation de l'effet du powerup
if nbboucle <= (
boucle - 150
) and powerup == True: # On remet la vitesse normal apres 200 boucles
fallspeed = fallspeed - 4
fall = True
powerup = False
#chute des objets
if objet.get_y() <= 800:
objet.set_position(0, fallspeed)
## Traitement des deplacements
# Droite / Gauche
if droite:
player_position = player1.movePositCourante(3.75, 0)
player_position = player1.movePositCourante(0, 0.25) # chute
elif gauche:
player_position = player1.movePositCourante(-3.75, 0)
player_position = player1.movePositCourante(0, 0.25) # chute
# Haut / Bas
if haut:
if niveauFall == 0 or niveauFall == 1:
player_position = player1.movePositCourante(0, -0.50)
player_position = player1.movePositCourante(0, -1.5)
player_position = player1.movePositCourante(0, -3.5)
elif niveauFall == 2 or niveauFall == 3:
player_position = player1.movePositCourante(0, -1.5)
player_position = player1.movePositCourante(0, -2.5)
player_position = player1.movePositCourante(0, -4.25)
else:
player_position = player1.movePositCourante(0, -2.25)
player_position = player1.movePositCourante(0, -2.75)
player_position = player1.movePositCourante(0, -4.75)
elif bas:
player_position = player1.movePositCourante(0, 5)
# Chute
if fall:
if niveauFall == 0:
player_position = player1.movePositCourante(0, 2.5)
elif niveauFall == 1:
player_position = player1.movePositCourante(0, 2.75)
elif niveauFall == 2:
player_position = player1.movePositCourante(0, 3)
elif niveauFall == 3:
player_position = player1.movePositCourante(0, 3.25)
elif niveauFall == 4:
player_position = player1.movePositCourante(0, 3.50)
elif niveauFall == 5:
player_position = player1.movePositCourante(0, 3.75)
elif niveauFall == 6:
player_position = player1.movePositCourante(0, 4)
elif niveauFall == 7:
player_position = player1.movePositCourante(0, 4.25)
elif niveauFall == 8:
player_position = player1.movePositCourante(0, 5.50)
elif niveauFall > 8:
player_position = player1.movePositCourante(0, 6)
# recollage du pers
screen.blit(perso, player_position)
# Rafraichissement
pygame.display.flip()
boucle += 1
