def __init__(self, sresH, sresV, windowname, crosshair_file, fps,
enable_shadows):
# from classes import menu
self.print('Initializing render thread...')
threading.Thread.__init__(self)
self.print('Booting screen...')
# startwindow
os.environ['SDL_VIDEO_WINDOW_POS'] = "%d,%d" % (100, 100
) # -> USE IF WINDOWED
flags = pygame.HWACCEL
flags |= pygame.HWSURFACE
self.screen = pygame.display.set_mode(
(sresH, sresV), flags,
16) # -> WINDOW STYLE, add kvarg=FULLSCREEN/NOFRAME
pygame.display.set_caption(windowname)
# start cursor
self.cursorObj = classes.Object(pygame.image.load(crosshair_file),
sresH / 2, sresV / 2, 0, 0)
# startclock
self.Clocktime = 0
self.fpscounterclock = 0
self.desired_fps = fps
self.fps = 0
self.fps_show = 0
if self.fps != 0:
self.frametime = (1 // self.desired_fps) * 1000
self.print('Frametime: ' + str(self.frametime))
self.print('Max FPS: ' + str(fps))
else:
self.frametime = 0
self.print('Frametime set to 0, running max fps')
# flags
self.run_flag = True
self.show_cursor = True
self.show_player = False
self.show_static_objects = False
self.blit_flags = Blit()
self.background = False
self.showUI = False
self.enable_shadows = enable_shadows
# debug
debug_filepath = 'fonts/AndikaNewBasic-R.ttf'
self.print(' loading file: ' + debug_filepath)
debug_text_str = 'debug'
self.debug_text = classes.text(debug_text_str, debug_filepath, 12,
colors.WHITE, 40, 750, 1)
def process_item_data(data):
""" Extracts item data from JSON data and converts into an Item object """
for key, subdict in data.items():
key_from_file = key
room_id = subdict["ROOM_ID"]
ground_desc = subdict["GROUNDDESC"]
short_desc = subdict["SHORTDESC"]
long_desc = subdict["LONGDESC"]
drink_desc = "You can't drink from that!" # Default description
hit_desc = "You can't hit that!"
if subdict.get("DRINKDESC"):
drink_desc = subdict["DRINKDESC"] # If specified
eat_desc = "You can't eat that!"
if subdict.get("EATDESC"):
eat_desc = subdict["EATDESC"]
if subdict.get("HITDESC"):
hit_desc = subdict["HITDESC"]
talk_desc = "You can't talk to that!"
if subdict.get("TALKDESC"):
talk_desc = subdict["TALKDESC"]
takeable = subdict.get("TAKEABLE")
equipable = subdict.get("EQUIPABLE")
enterable = 0
openable = 0
destination = None
if subdict.get("ENTERABLE"):
enterable = subdict["ENTERABLE"]
if subdict.get("DESTINATION"):
destination = subdict["DESTINATION"]
openable = 0
locked = 0
open_desc = "You can't open that!"
if subdict.get("OPENABLE"):
openable = 1
open_desc = subdict["OPENDESC"]
if subdict.get("LOCKED"):
locked = 1
keywords = subdict["KEYWORDS"]
npc = 0
if subdict.get("NPC"):
npc = 1
hidden = 0
if subdict.get("HIDDEN"):
hidden = 1
item = classes.Object(key_from_file, room_id, ground_desc, short_desc, long_desc, drink_desc, eat_desc, hit_desc, open_desc, talk_desc, takeable, equipable, enterable, openable, locked, destination, npc, hidden, keywords)
return item
== pygame.KEYDOWN and event.key == pygame.K_ESCAPE:
FIRST_SCREEN = 0
CONTINUE_PROGRAM = 0
elif event.type == pygame.KEYDOWN:
if event.key == pygame.K_RETURN:
# Create map
MAP = classes.Map(constants.MAZE_FILE)
MAP.create()
MAP.display_map(SCREEN)
# Create MacGyver
MACGYVER = classes.MacGyver(constants.MACGYVER_IMG, MAP)
# Create objects
SYRINGE = classes.Object(constants.SYRINGE_IMG, MAP)
ETHER = classes.Object(constants.ETHER_IMG, MAP)
NEEDLE = classes.Object(constants.NEEDLE_IMG, MAP)
# Game loop
pygame.key.set_repeat(400, 30)
while CONTINUE_GAME:
MACGYVER.display_counter(SCREEN)
for event in pygame.event.get():
# Quit game
if event.type == pygame.QUIT:
CONTINUE_GAME = 0
FIRST_SCREEN = 0
CONTINUE_PROGRAM = 0
elif event.type == pygame.KEYDOWN:
#inicializaões + tela de loading
if 1:
#loading crosshair file, and starting the renderer thread
crosshair_file = 'images/cursor/crosshair.png'
pygame.mouse.set_visible(False)
#initializes renderer
renderer = render.render_thread_class(sresH, sresV, 'Raptor',
crosshair_file, fps, enable_shadows)
renderer.start()
#printing loading screen
file = 'images/menu/falido e falencia.png'
aux = pygame.image.load(file).convert_alpha()
render.objects.append(classes.Object(aux, 430, 100, 0, 0))
#loading everything from the user and starting the menu
data_db_file = 'sql/data.db'
items_db_file = 'sql/items.db'
classes.BGMVOL = BGMVOL
classes.SFXVOL = SFXVOL
classes.enable_shadows = enable_shadows
classes.sresH = sresH
classes.sresV = sresV
classes.init(data_db_file, items_db_file)
bgm_file = 'bgm/raptor11.ogg'
bgm_file2 = 'bgm/raptor09.ogg'
button_sound_file = 'sounds/menu/button-21.ogg'
button_select_file = 'sounds/menu/button-22.ogg'
def helpScreen(stage, speed):
crashed = False
nextButtonC = False
backButtonC = False
exitButtonC = False
screen.fill(inits.red)
for event in pygame.event.get():
if event.type == QUIT:
crashed = True
if event.type == KEYDOWN:
if pygame.key.get_pressed()[K_ESCAPE]:
exitButtonC = True
if pygame.key.get_pressed()[K_LEFT] or pygame.key.get_pressed(
)[K_a]:
if stage == 0:
player.turn(turnRate)
if pygame.key.get_pressed()[K_RIGHT] or pygame.key.get_pressed(
)[K_d]:
if stage == 0:
player.turn(-turnRate)
if pygame.key.get_pressed()[K_SPACE]:
bullet = classes.Object(screen, screenX / 2, 610, inits.bulImg,
90, bulSpeed)
bullets.append(bullet)
if event.type == MOUSEBUTTONDOWN:
nextButtonC = nextButton.clicked()
backButtonC = backButton.clicked()
if not exitButtonC:
exitButtonC = exitButton.clicked()
if nextButtonC:
if stage < 2:
stage += 1
player.resetxy(screenX / 2, screenY / 2 + 60)
player.resetrot(90, inits.playImg)
speed = 2
if backButtonC:
if stage > 0:
stage -= 1
player.resetxy(screenX / 2, screenY / 2 + 60)
player.resetrot(90, inits.playImg)
speed = 2
exitButton.display()
helpScreenLine1.display()
helpScreenLine2.display()
helpScreenLine3.display()
if stage == 0:
player.resetxy(screenX / 2, screenY / 2 + 60)
player.resetrot(90, inits.playImg)
player.display()
helpScreenLine1.appendText('This is the Player')
helpScreenLine2.appendText('Control Him with A & D')
helpScreenLine3.appendText('or Left & Right')
nextButton.display()
if stage == 1:
target.tarDisplay(screenX / 2 - 12, screenY / 2)
helpScreenLine1.appendText('This is the Target')
helpScreenLine2.appendText('Use Space to Shoot it')
helpScreenLine3.appendText('')
nextButton.display()
backButton.display()
for bullet in bullets:
bullet.move(bulSpeed)
bullet.display()
if bullet.objectCollision(target):
bullets.remove(bullet)
continue
if stage == 2:
player.resetrot(180, inits.playImg)
helpScreenLine1.appendText('This is a Wall')
helpScreenLine2.appendText('Don\'t hit it or else')
helpScreenLine3.appendText('you will die')
backButton.display()
if player.objectCollision(wall2):
player.resetrot(0, inits.rubImg)
speed = 0
player.move(speed / 2)
player.display()
wall2.resetxy(150, screenY - 240)
wall2.display()
helpScreenList = [crashed, stage, exitButtonC]
return helpScreenList
def runScreen(score, speed):
crashed = False
died = False
screen.fill(inits.red)
for event in pygame.event.get():
if event.type == QUIT:
crashed = True
if event.type == KEYDOWN:
if pygame.key.get_pressed()[K_LEFT] or pygame.key.get_pressed(
)[K_a]:
player.turn(turnRate)
if pygame.key.get_pressed()[K_RIGHT] or pygame.key.get_pressed(
)[K_d]:
player.turn(-turnRate)
if pygame.key.get_pressed()[K_UP] or pygame.key.get_pressed()[K_w]:
if speed <= 5:
speed += 0.5
if pygame.key.get_pressed()[K_DOWN] or pygame.key.get_pressed(
)[K_s]:
if speed >= 1:
speed -= 0.5
if pygame.key.get_pressed()[K_SPACE]:
playerxy = player.get_xy()
bullet = classes.Object(screen, playerxy[0], playerxy[1],
inits.bulImg, playerxy[2], bulSpeed)
bullets.append(bullet)
while target.objectCollision(wall1) or target.objectCollision(
wall2) or target.objectCollision(wall3) or target.objectCollision(
wall4) or target.objectCollision(topBar):
target.random()
for bullet in bullets:
bullet.move(bulSpeed)
if bullet.borderCollision():
bullets.remove(bullet)
continue
if bullet.objectCollision(wall1) or bullet.objectCollision(
wall2) or bullet.objectCollision(
wall3) or bullet.objectCollision(
wall4) or bullet.objectCollision(topBar):
bullets.remove(bullet)
continue
bullet.display()
if bullet.objectCollision(target):
bullets.remove(bullet)
target.random()
score += 1
gameScore.appendText('Score: ' + str(score))
continue
if player.borderCollision():
died = True
if player.objectCollision(wall1) or player.objectCollision(
wall2) or player.objectCollision(wall3) or player.objectCollision(
wall4) or player.objectCollision(topBar):
died = True
if died:
speed = 0
player.resetrot(90, inits.rubImg)
wall1.display()
wall2.display()
wall3.display()
wall4.display()
topBar.display()
gameScore.display()
target.display()
player.move(speed)
player.display()
runScreenList = [crashed, score, speed, died]
return runScreenList
inits.black, inits.arial30, 'Next', inits.red)
backButton = classes.Button(screen, screenX / 4, 500, 100, 50, inits.black,
inits.arial30, 'Back', inits.red)
exitButton = classes.Button(screen, 50, 10, 100, 50, inits.red, inits.arial30,
'Exit', inits.black)
helpScreenLine1 = classes.Text(screen, screenX / 2, 100, inits.arial30,
'helpScreenLine1', inits.black)
helpScreenLine2 = classes.Text(screen, screenX / 2, 140, inits.arial30,
'helpScreenLine2', inits.black)
helpScreenLine3 = classes.Text(screen, screenX / 2, 180, inits.arial30,
'helpScreenLine3', inits.black)
bullets = []
player = classes.Object(screen, screenX / 2, screenY / 2 + 60, inits.playImg,
90, speed)
target = classes.Target(screen, inits.tarImg)
wall1 = classes.Wall(screen, 150, 175, 10, 100, inits.bulImg)
wall2 = classes.Wall(screen, 150, screenY - 175, 10, 100, inits.bulImg)
wall3 = classes.Wall(screen, screenX - 150, 175, 10, 100, inits.bulImg)
wall4 = classes.Wall(screen, screenX - 150, screenY - 175, 10, 100,
inits.bulImg)
topBar = classes.Wall(screen, screenX / 2, 0, screenX, 70, inits.bulImg)
trimBar = classes.Wall(screen, screenX / 2, 423, screenX, 50, inits.bulImg)
pygame.key.set_repeat(100, 100)
def startScreen():
crashed = False
startButtonC = False
helpButtonC = False