def update_and_draw(self, draw_layer, game):
if not game.paused:
self.x += int(self.speed * math.cos(math.radians(self.angle / 1000.0)))
self.y -= int(self.speed * math.sin(math.radians(self.angle / 1000.0)))
draw_x = self.x - Program.scroll[0].x0
draw_y = self.y - Program.scroll[0].y0
if self.graph != None:
if not game.paused:
if self.spin > 0:
self.spin_angle += self.spin
else:
self.spin_angle = self.angle
self.size -= 7
Program.map_xput(draw_layer, self.graph, draw_x, draw_y, self.spin_angle, self.size)
else:
Program.map_put_pixel(draw_layer, draw_x, draw_y, self.particle_col)
if not game.paused:
self.speed *= 0.99
self.life_count += 1
if self.graph == None and (self.life_count > self.life or self.speed < 1):
self.handler.particles.remove(self)
elif self.graph != None and self.size <= 0:
self.handler.particles.remove(self)
def begin(self, game): self.game = game self.lives = 0 self.bullets = 0 self.music = None self.next_level = Main txt_message = Program.write(self.game.big_font, self.game.screen_size[0]/2, self.game.screen_size[1]/2, 4, 'You Won!') txt_message.colour = (0, 255, 0) if (game.joystick is not None): help = 'Press "Start" to continue' else: help = 'Press "Enter" to continue' txt_help = Program.write(self.game.font, self.game.screen_size[0]/2, self.game.screen_size[1]/2 + 50, 4, help) txt_help.colour = (255,255,255) while True: if Program.key_released(K_RETURN) or (K_RETURN in game.read_joystick()): self.signal(S_KILL, True) self.game.scene = Main(self.game) self.game.scene.lives = Config.lives self.game.scene.bullets = Config.bullets return yield
def begin(self, x, y):
# Initialise some things
self.x = x
self.y = y
self.graph = Program.load_png(os.path.join("gfx", "guy.png"))
speed = 0.0
# In-game loop
while True:
# Do input
if Program.key(K_LEFT):
self.angle += 10000
if Program.key(K_RIGHT):
self.angle -= 10000
if Program.key(K_UP):
speed += 2.0
if Program.key(K_DOWN):
speed -= 2.0
# normalise speed
if speed < -10.0:
speed = -10.0
if speed > 10.0:
speed = 10.0
speed *= 0.9
# send the player forwards or backwards depending on speed
self.advance(int(speed))
# leave frame
yield
def begin(self):
# Initialise some things
self.x = randrange(50, 600)
self.y = randrange(50, 450)
self.alpha = 120
self.size = randrange(10, 250)
self.graph = Program.new_map(100,100)
Program.map_clear(self.graph, (randrange(50, 200), randrange(50, 200), randrange(50, 200)))
direction = randrange(0, 2)
size_to = 0 if direction else 250
# In-game loop
while True:
# Spin these dudes
self.angle += 5000 if direction else -5000
# Size them around
if size_to == 250:
self.size += 5
if self.size >= size_to:
size_to = 0
if size_to == 0:
self.size -= 5
if self.size <= size_to:
size_to = 250
# leave frame
yield
def begin(self):
# Set fb device for Raspberry pi
os.environ["SDL_FBDEV"] = Config.fb_dev
if (Config.detect_screen_size):
self.screen_size = (pygame.display.Info().current_w, pygame.display.Info().current_h)
# Set the resolution and the frames per second
Program.set_mode(self.screen_size, self.full_screen, False)
Program.set_fps(self.fps)
Program.set_title(self.window_title)
# set mouse invisible
pygame.mouse.set_visible(False)
self.init_joystick()
self.font = Game.load_fnt("c64.ttf", 16)
self.big_font = Game.load_fnt("c64.ttf", 50)
# run scene
scene = Main(self);
scene.lives = Config.lives
scene.bullets = Config.bullets
while True:
# This is the main loop
# Simple input check
if Program.key(K_ESCAPE) or (K_ESCAPE in self.read_joystick()):
Program.exit()
yield
def begin(self, game, color): self.x = game.screen_size[0]/2 self.y = game.screen_size[1]/2 self.size = 100 self.graph = Program.new_map(game.screen_size[0], game.screen_size[1]) Program.map_clear(self.graph, color) while True: yield
def init_stat(self): self.txt_level = Program.write(self.game.font, 0, 0, 0, '') self.txt_level.colour = (255,255,255) self.txt_lives = Program.write(self.game.font, 200, 0, 0, '') self.txt_lives.colour = (127,255,127) self.txt_health = Program.write(self.game.font, 400, 0, 0, '') self.txt_health.colour = (255,127,127) self.txt_bullets = Program.write(self.game.font, 600, 0, 0, '') self.txt_bullets.colour = (127,127,255) self.txt_message = Program.write(self.game.big_font, self.game.screen_size[0]/2, self.game.screen_size[1]/2, 4, '')
def begin(self, x, y):
# Initialise some things
self.x = x
self.y = y
# Z order. The lower the Z the "closer" they are to the player.
# Guy has a lower Z than Other_guy so will appear on top.
self.z = -300
self.graph = Program.load_png(os.path.join("gfx", "guy.png"))
speed = 0
other = Other_guy(320, 240)
font = Program.load_fnt("gfx/font.ttf", 10)
distance_text = Program.write(font, 0, 0)
angle_text = Program.write(font, 0, 15)
collision_text = Program.write(font, 0, 30)
# In-game loop
while True:
# Do input
if Program.key(K_LEFT):
self.angle += 10000
if Program.key(K_RIGHT):
self.angle -= 10000
if Program.key(K_UP):
speed += 2.0
if Program.key(K_DOWN):
speed -= 2.0
# normalise speed
if speed < -10.0:
speed = -10.0
if speed > 10.0:
speed = 10.0
speed *= 0.9
# send the player forwards or backwards depending on speed
self.advance(int(speed))
# Get distance from other guy
distance_text.text = "Distance: "+ str(self.get_dist(other))
angle_text.text = "Angle to: "+ str(int(self.get_angle(other)/1000))
collision_text.text = "Colliding: "+ ("True" if self.collision(other) else "False")
# leave frame
yield
def begin(self, x, y):
# Initialise some things
self.x = x
self.y = y
self.z = -200
self.graph = Program.load_png(os.path.join("gfx", "guy.png"))
while True:
yield
def load_tile_map(self, tilemap_sur, start_height = 0, end_height = None, size = 16, height = None):
if height == None:
height = size
w = tilemap_sur.get_width()
h = tilemap_sur.get_height()
tiles = {}
num = 0
for a in range(start_height, h/height):
for b in range(w/size):
tiles[num] = Program.new_map(size,height)
Program.map_block_copy(tiles[num], 0, 0, tilemap_sur, b*size, a*height, size, height)
num+=1
if end_height != None and end_height == a:
return tiles
return tiles
def begin(self):
# Set the resolution and the frames per second
Program.set_mode((800, 600))
Program.set_fps(30)
# load the graphics and store a pointer to the loaded surfaces.
# Assigning them to the main game object is purely a convention
# and is not required for pygame-fenix. They are set as members of
# the game because it is a persistant process that lasts for the
# length of the game.
self.g_player = Program.load_png("player.png")
self.g_enemy = Program.load_png("enemy.png")
self.g_bullet = Program.load_png("bullet.png")
# Because it in persistent and holds references to all our graphic
# surfaces, it makes sense to pass it to all of our objects.
# Again this is purely a convention. A recommended convention, but
# entirely optional nontheless.
Player(self)
# We create the invaders along the top of the screen.
for x in range(100, 601, 50):
Enemy(self, x)
# Note that we do not save references to the processes. Simply the act
# of initialising one will cause it to exist. It's internal loop will
# execute immediately and it can happily act independantly of everything
# else.
while True:
# This is the main loop
# Simple input check
if Program.key(K_ESCAPE):
Program.exit()
# The yield statement signifies that this object is finished for the
# current frame, on the next frame the loop will resume here until it
# hits the yield statement again. All objects are designed to act this way.
yield
def begin(self, game): self.x, self.y = 400, 500 self.graph = game.g_player while True: # Processes have many member variables, one of the most common is x and y which # directly map to the process' coordinates on the screen. They, like all member # variables, can be altered at any time. # Here we check if the ship should move left/right and change the x (horisontal) # coordinate appropriately. if Program.key(K_LEFT): self.x -= 4 if Program.key(K_RIGHT): self.x += 4 # The final bit of input is shooting. Again we pass in the game object so we can # access graphics and honour the convention set for ourselves when creating the # player and enemies. if Program.key_released(K_SPACE): Bullet(game, self) yield
def begin(self, bars, idx): self.bars = bars bar_width = round((self.bars.main.game.screen_size[0] / self.bars.bars_count)) bar_height = round(self.bars.main.game.screen_size[1] / 2) self.x = ((bar_width) * idx) + round(bar_width/2) self.size = 100 while True: if (self.bars.values[idx] != self.bars.prev_values[idx]): self.bars.prev_values[idx] = self.bars.values[idx] self.y = bar_height - round(((bar_height/2) * self.bars.values[idx]) / 100) self.graph = Program.new_map(bar_width-4, round(bar_height * self.bars.values[idx] / 100) ) cl = self.bars.values[idx] * 255 / 100 self.alpha = cl color = (0, 0, 255) Program.map_clear(self.graph, color) yield
def begin(self, game): # loading resources self.menu_font = Program.load_fnt(Config.menu_font, game.screen_size[1]/self.menu_size) self.game = game self.state = game.state self.last_active_menu = self.game.active_song self.calculate_page(0) self.game.encoder.led_red(False); self.game.encoder.led_green(True); Bg(game, Config.menu_bg_color) # creating menu items for i in range(0, len(self.game.playlist.list)): item = game.playlist.list[i] MenuItem(self, i, item.name.upper()) while True: if (self.game.encoder.serial_connected == True and self.game.encoder.encoder != self.game.active_song): self.calculate_page(self.game.encoder.encoder - self.game.active_song) if (Program.key_released(K_UP)): self.calculate_page(-1); if (Program.key_released(K_DOWN)): self.calculate_page(1); if (Program.key_released(K_LEFT)): self.calculate_page(-self.menu_size); if (Program.key_released(K_RIGHT)): self.calculate_page(self.menu_size); yield
def begin(self, main):
self.main = main
font = Program.load_fnt(Config.menu_font_bold, self.main.game.screen_size[1]/5)
clock = Program.write(font, self.main.game.screen_size[0]/2, self.main.game.screen_size[1]/4, 4, '')
clock.colour = Config.clock_color
while True:
dt = datetime.datetime.now()
hours = dt.strftime('%H')
minutes = dt.strftime('%M')
if (self.main.game.millis() - self.last_blinked >= 500):
self.last_blinked = self.main.game.millis()
self.blinked = not self.blinked
if (self.blinked):
blink = ':'
else:
blink = ' '
clock.text = hours + blink + minutes
yield
def begin(self, menu, idx, name): self.idx = idx self.menu = menu self.name = name item = Program.write(menu.menu_font, self.get_x(), self.get_y(), 0, '') while True: item.colour = self.get_color() item.text = self.get_name() item.y = self.get_y() yield
def begin(self):
# set up the screen
Program.set_mode((640,480))
Program.set_fps(30)
# Create the player
Guy()
# game loop
while True:
# Check for pressing escape
if Program.key(K_ESCAPE):
Program.quit()
# Leave frame
yield
def begin(self):
# set up the screen
Program.set_mode((640, 480))
Program.set_fps(30)
font = Program.load_fnt("gfx/font.ttf", 20)
cheri_font = Program.load_fnt("gfx/cheri.ttf", 30)
# Create the text objects
text_guys = []
text_guys.append(Program.write(font, 100, 100, 4, "Texts"))
text_guys.append(Program.write(font, 200, 150, 4, "Are"))
text_guys.append(Program.write(font, 400, 200, 4, "Processes"))
text_guys.append(Program.write(font, 550, 250, 4, "Too!"))
# This is our scrolly message
message = (
"This is the Fenix Pygame library! Who needs the goddamn amiga?"
+ " Weeee! I'm having far too much fun with this! You'll have to try out the"
+ " library for yourself. :D Fiona made this in the last bit of 2008. For realsies."
+ " OMG I think it's gonna loop now..... "
+ " so i herd you like mudkips..?"
)
scroll_text = []
# game loop
while True:
# strobe the message along the top
for single in text_guys:
single.colour = (randrange(50, 200), randrange(50, 200), randrange(50, 200))
text_guys[3].angle += 3000
# if we don't have a scrolly message, create it
if len(scroll_text) < 1:
a, b = 650, 0
for x in message:
a += 25
b += 20000
guy = Program.write(cheri_font, a, 420, text=x)
guy.mystery_angle = b
guy.init_x = a
guy.colour = (randrange(50, 200), randrange(50, 200), randrange(50, 200))
scroll_text.append(guy)
# loop through the scrolly characters and move them and stuff
for single in scroll_text:
single.x -= 5
single.y = 420 + Program.get_disty(single.mystery_angle, 30)
single.mystery_angle += 20000
if single.x <= -25:
scroll_text.remove(single)
single.signal(S_KILL)
# Check for pressing escape
if Program.key(K_ESCAPE):
Program.quit()
# Leave frame
yield
def begin(self):
# Set fb device for Raspberry pi
#os.environ["SDL_FBDEV"] = Config.fb_dev
"Ininitializes a new pygame screen using the framebuffer"
# Based on "Python GUI in Linux frame buffer"
# http://www.karoltomala.com/blog/?p=679
disp_no = os.getenv("DISPLAY")
if disp_no:
print "I'm running under X display = {0}".format(disp_no)
# Check which frame buffer drivers are available
# Start with fbcon since directfb hangs with composite output
drivers = ['fbcon', 'directfb', 'svgalib']
found = False
for driver in drivers:
# Make sure that SDL_VIDEODRIVER is set
if not os.getenv('SDL_VIDEODRIVER'):
os.putenv('SDL_VIDEODRIVER', driver)
try:
pygame.display.init()
except pygame.error:
print 'Driver: {0} failed.'.format(driver)
continue
found = True
break
if not found:
raise Exception('No suitable video driver found!')
if (Config.detect_screen_size):
self.screen_size = (pygame.display.Info().current_w, pygame.display.Info().current_h)
# Set the resolution and the frames per second
Program.set_mode(self.screen_size, self.full_screen, False)
Program.set_fps(self.fps)
#Program.set_title(self.window_title)
# set mouse invisible
pygame.mouse.set_visible(False)
# load playlist
self.playlist = Playlist()
self.playlist.load(Config.playlist)
# init mpd
self.mpd = MPDClient()
self.mpd.connect(Config.mpd_host, Config.mpd_port)
if (Config.mpd_password is not None):
self.mpd.password(Config.mpd_password)
# collect mpd playlist
self.mpd.stop()
self.mpd.clear()
for item in self.playlist.list:
self.mpd.add(item.url)
# get active song from saved state
self.state = State()
self.active_song = self.state.load()
self.last_active_song = self.active_song
# init serial encoder instance
self.encoder = Encoder(self.active_song, 0, len(self.playlist.list)-1)
# play
self.mpd.play(self.active_song)
# run scene
scene = Main(self);
while True:
# This is the main loop
# Simple input check
if (Program.key(K_ESCAPE)):
Program.exit()
change_scene_request = self.encoder.try_read()
if (self.millis() - self.last_changed >= Config.save_timeout and self.last_active_song != self.active_song):
self.last_active_song = self.active_song
self.mpd.play(self.active_song)
self.state.save(self.active_song)
if (Program.key_released(K_SPACE) or Program.key_released(K_RETURN) or change_scene_request == True):
change_scene_request = False
if (isinstance(scene, Menu)):
scene.signal(S_KILL, True)
scene = Main(self)
elif (isinstance(scene, Main)):
scene.signal(S_KILL, True)
scene = Menu(self)
# The yield statement signifies that this object is finished for the
# current frame, on the next frame the loop will resume here until it
# hits the yield statement again. All objects are designed to act this way.
yield
def begin(self, game):
self.game = game
self.game.encoder.led_red(True);
self.game.encoder.led_green(True);
Bg(game, Config.main_bg_color);
# Bars(self)
Clock(self)
font = Program.load_fnt(Config.menu_font, self.game.screen_size[1]/18)
font2 = Program.load_fnt(Config.menu_font, self.game.screen_size[1]/20)
font3 = Program.load_fnt(Config.menu_font, self.game.screen_size[1]/24)
station_name = Program.write(font, self.get_x(), self.get_y(0), 0, '')
station_name.colour = Config.title_color
playlist_pos = Program.write(font2, self.get_x(), self.get_y(1), 0, '')
playlist_pos.colour = Config.station_color
artist_name1 = Program.write(font3, self.get_x(), self.get_y(2), 0, '')
artist_name1.colour = Config.song_color
artist_name2 = Program.write(font3, self.get_x(), self.get_y(2.5), 0, '')
artist_name2.colour = Config.song_color
scroll_width = 0
scroll_count = 0
scroll_total_count = 0
while True:
# fetch current song from mpd every 500ms
if (self.game.millis() - self.last_current_song > 500):
current_song = self.game.mpd.currentsong();
#print current_song
if 'title' in current_song:
title = current_song['title'].strip()
try:
title = title.decode('utf8')
except Exception as e:
pass
if (title != self.current_song):
scroll_width = 0
scroll_count = 0
scroll_total_count = 0
self.current_song = title.upper()
for l in self.current_song:
scroll_width += font3.size(l)[0]
scroll_total_count = scroll_total_count+1
if (scroll_width <= self.game.screen_size[0] - self.get_x()):
scroll_count = scroll_count+1
else:
self.current_song = ''
scroll_width = 0
scroll_count = 0
scroll_total_count = 0
self.last_current_song = self.game.millis()
#if ('pos' in current_song and int(current_song['pos']) != self.game.active_song):
# self.game.active_song = int(current_song['pos'])
# self.game.last_active_song = int(current_song['pos'])
# pring station, pos and song title
station = self.game.playlist.list[self.game.active_song]
station_name.text = station.name.upper()
playlist_pos.text = u'STATION ' + str(self.game.active_song+1) + u' / ' + str(len(self.game.playlist.list))
if (scroll_total_count > scroll_count):
part = textwrap.wrap(self.current_song, scroll_count)
if(len(part)>=2):
artist_name1.text = part[0]
artist_name2.text = part[1]
else:
artist_name1.text = ''
artist_name2.text = self.current_song
else:
artist_name1.text = ''
artist_name2.text = self.current_song
if (self.game.encoder.serial_connected == True and self.game.encoder.encoder != self.game.active_song):
self.calculate_page(self.game.encoder.encoder - self.game.active_song)
if (Program.key_released(K_UP)):
self.calculate_page(-1);
if (Program.key_released(K_DOWN)):
self.calculate_page(1);
yield
def begin(self, level, x = None, y = None):
if (x != None and y != None):
self.x = x
self.y = y
else:
self.x = 200
self.y = 200
self.graph = level.g_ship1
self.level = level
animate = False
while True:
if (animate):
self.graph = level.g_ship2
else:
self.graph = level.g_ship1
animate = not animate
if (x == None and y == None):
if Program.key(K_UP) or (K_UP in level.game.read_joystick()):
self.y -= self.speed
if Program.key(K_DOWN) or (K_DOWN in level.game.read_joystick()):
self.y += self.speed
if Program.key(K_LEFT) or (K_LEFT in level.game.read_joystick()):
self.x -= self.speed
if Program.key(K_RIGHT) or (K_RIGHT in level.game.read_joystick()):
self.x += self.speed
# bounds
if (self.y < self.graph.get_height()/2):
self.y = self.graph.get_height()/2
if (self.x < self.graph.get_width()/2):
self.x = self.graph.get_width()/2
if (self.x > self.level.game.screen_size[0] - self.graph.get_width()/2):
self.x = self.level.game.screen_size[0] - self.graph.get_width()/2
if (self.y > self.level.game.screen_size[1] - self.graph.get_height()/2):
self.y = self.level.game.screen_size[1] - self.graph.get_height()/2
e = self.collision("Enemy1")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 10
e = self.collision("Enemy2")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 20
e = self.collision("Enemy3")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 30
e = self.collision("Enemy4")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 50
e = self.collision("Enemy5")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 10
e = self.collision("Enemy6")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 50
e = self.collision("Enemy7")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 20
e = self.collision("Enemy8")
if e and level.game.millis() - self.last_enemy_collision > 500:
self.last_enemy_collision = level.game.millis()
level.sound(level.s_ship_collision)
self.health -= 20
if Program.key_released(K_SPACE) or (K_SPACE in level.game.read_joystick() and level.game.millis() - level.game.last_joystick_btn > Config.joystick_button_delay):
level.game.last_joystick_btn = level.game.millis()
self.fire()
yield
def load_wav(self, filename): dirname, current_filename = os.path.split(os.path.abspath(__file__)) filename = os.path.join(dirname, 'sounds', filename) return Program.load_wav(filename)
def load_png(self, filename): dirname, current_filename = os.path.split(os.path.abspath(__file__)) filename = os.path.join(dirname, 'gfx', filename) return Program.load_png(filename)
def begin(self, game): self.game = game self.lives = 0 self.bullets = 0 self.music = "music/_music2.xm" self.next_level = Level1 self.load_resources() x = self.game.screen_size[0]/2 y = self.game.screen_size[1]/2 txt_message = Program.write(self.game.big_font, x, y, 4, 'Aliens vs Humans') txt_message.colour = (255, 255, 255) if (game.joystick is not None): help1 = 'Press "Start" to run game' help2 = 'Press "Select" to quit' help3 = 'Gamepad axis to move, "Y" to fire' else: help1 = 'Press "Enter" to start' help2 = 'Press "ESC" to exit' help3 = 'Cursor keys to move, "Space" to fire' txt_help1 = Program.write(self.game.font, x, y + 50, 4, help1) txt_help1.colour = (255,255,255) txt_help2 = Program.write(self.game.font, x, y + 70, 4, help2) txt_help2.colour = (255,255,255) txt_help3 = Program.write(self.game.font, x, y + 90, 4, help3) txt_help3.colour = (255,255,255) txt_copy1 = Program.write(self.game.font, x, y*2 - 60, 4, 'Idea & Graphics: Nikita Karpov') txt_copy1.colour = (0, 255, 0) txt_copy2 = Program.write(self.game.font, x, y*2 - 40, 4, 'Music & Programming: Andy Karpov') txt_copy2.colour = (0, 255, 0) txt_copy3 = Program.write(self.game.font, x, y*2 - 20, 4, 'Copyright (c) 2012') txt_copy3.colour = (0, 255, 0) try: pygame.mixer.music.load(self.music) pygame.mixer.music.play(-1) except Exception as e: pass sky = Sky(self) ship = Ship(self, -200, 150) while True: ship.x += 4 if (ship.x > self.game.screen_size[0] + 200): ship.x = -200 if Program.key_released(K_RETURN) or (K_RETURN in game.read_joystick()): self.signal(S_KILL, True) self.game.scene = Level1(self.game) self.game.scene.lives = Config.lives self.game.scene.bullets = Config.bullets return yield
def sound(self, res): try: Program.play_wav(res); except Exception as e: pass
def __init__(self):
# FONTS
self.fonts['system'] = Program.load_fnt(os.path.join("fnt","system_font.ttf"), 10)
self.fonts['vera'] = Program.load_fnt(os.path.join("fnt","vera.ttf"), 12)
self.fonts['mini_vera'] = Program.load_fnt(os.path.join("fnt","vera.ttf"), 11)
# GRAPHICS
self.player_gfx['ship'] = Program.load_png(os.path.join("gfx", "player.png"))
self.player_gfx['crosshair'] = Program.load_png(os.path.join("gfx", "crosshair.png"))
self.player_gfx['laser'] = Program.load_png(os.path.join("gfx", "lazor.png"))
self.player_gfx['tractor'] = Program.load_png(os.path.join("gfx", "tractor.png"))
self.player_gfx['wormhole'] = Program.load_png(os.path.join("gfx", "wormhole.png"))
self.player_gfx['hub_arrow'] = Program.load_png(os.path.join("gfx", "hub_arrow.png"))
self.gfx_landmarks['spacestation'] = Program.load_png(os.path.join("gfx", "landmark-spacestation.png"))
self.gfx_landmarks['cruiser'] = Program.load_png(os.path.join("gfx", "landmark-cruiser.png"))
self.gfx_exp = Program.load_png(os.path.join("gfx", "exp.png"))
self.gfx_mine = Program.load_png(os.path.join("gfx", "mine.png"))
self.gfx_turret = Program.load_png(os.path.join("gfx", "turret.png"))
self.gfx_turret_laser = Program.load_png(os.path.join("gfx", "enemylazor.png"))
self.gfx_title = Program.load_png(os.path.join("gfx", "title.png"))
self.gfx_hud['hold'] = Program.load_png(os.path.join("gfx", "holdhud.png"))
self.gfx_hud['hull'] = Program.load_png(os.path.join("gfx", "hullhud.png"))
self.gfx_hud['invenbutton'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudinvenbutton.png")), size = 105, height = 24)
self.gfx_hud['inventory'] = Program.load_png(os.path.join("gfx", "hudinven.png"))
self.gfx_hud['hub'] = Program.load_png(os.path.join("gfx", "hudhub.png"))
self.gfx_hud['hub_launch'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_launch.png")), size = 105, height = 24)
self.gfx_hud['hub_repair'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_repair.png")), size = 105, height = 24)
self.gfx_hud['hub_upgradehull'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_upgradehull.png")), size = 156, height = 24)
self.gfx_hud['hub_upgradehold'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_upgradehold.png")), size = 156, height = 24)
self.gfx_hud['hub_upgradetractor'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_upgradetractor.png")), size = 174, height = 24)
self.gfx_hud['hub_upgradeengine'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_upgradeengine.png")), size = 174, height = 24)
self.gfx_hud['hub_sellstuff'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_sell.png")), size = 105, height = 24)
self.gfx_hud['hub_sell'] = Program.load_png(os.path.join("gfx", "hudsell.png"))
self.gfx_hud['hub_sell_cancel'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_cancel.png")), size = 60, height = 17)
self.gfx_hud['hub_sell_sell'] = self.load_tile_map(Program.load_png(os.path.join("gfx", "hudhub_sellall.png")), size = 60, height = 17)
self.gfx_debris_inventory = Program.load_png(os.path.join("gfx", "debris", "debris_inventory.png"))
for a in xrange(1, DEBRIS_GFX_NUM+1):
self.gfx_debris.append(
Program.load_png(os.path.join("gfx", "debris", "debris" + str(a) + ".png"))
)
self.gfx_debris_particles = self.load_tile_map(
Program.load_png(os.path.join("gfx", "debris", "debris_particles.png")),
size = 10
)
for a in xrange(1, 6):
self.gfx_valuable_debris['tier'+str(a)] = self.load_tile_map(
Program.load_png(os.path.join("gfx", "debris", "tier"+str(a)+"_valuables.png")),
size = 30
)
self.player_gfx['indicator'] = self.load_tile_map(
Program.load_png(os.path.join("gfx", "indicator.png")),
size = 4
)
self.gfx_particles_trail = self.load_tile_map(
Program.load_png(os.path.join("gfx", "particles", "trail.png")),
size = 6
)
for a in xrange(1, 7):
self.gfx_tutorial_messages[a] = Program.load_png(os.path.join("gfx", "tut"+str(a)+".png"))
# SOUNDS
self.sounds['collision'] = pygame.mixer.Sound(os.path.join("sounds", "collision.wav"))
self.sounds['wormhole'] = pygame.mixer.Sound(os.path.join("sounds", "wormholeout.wav"))
self.sounds['tractor'] = pygame.mixer.Sound(os.path.join("sounds", "tractor.wav"))
self.sounds['pickup'] = pygame.mixer.Sound(os.path.join("sounds", "pickup.wav"))
self.sounds['laser'] = pygame.mixer.Sound(os.path.join("sounds", "laser.wav"))
self.sounds['explosion'] = pygame.mixer.Sound(os.path.join("sounds", "explosion.wav"))
self.sounds['beep'] = pygame.mixer.Sound(os.path.join("sounds", "beep.wav"))
self.sounds['moneyout'] = pygame.mixer.Sound(os.path.join("sounds", "moneyout.wav"))
self.sounds['startfly'] = pygame.mixer.Sound(os.path.join("sounds", "startfly.wav"))
self.sounds['flyloop'] = pygame.mixer.Sound(os.path.join("sounds", "flyloop.wav"))