def main():
pygame.init()
gutil.initializeDisplay(800, 600)
glColor4f(1.0,1.0,1.0,1.0)
done = False
cowTex, w, h = gutil.loadImage('art/planetcute/Character Boy.png')
cow = gutil.createTexDL(cowTex, w, h)
alienTex, w, h = gutil.loadImage('art/alien.png')
alien = gutil.createTexDL(alienTex, w, h)
while not done:
glLoadIdentity()
glTranslatef(100, 100, 0)
glCallList(cow)
glTranslatef(400, 400, 0)
glCallList(alien)
pygame.display.flip()
eventlist = pygame.event.get()
for event in eventlist:
if event.type == QUIT \
or event.type == KEYDOWN and event.key == K_ESCAPE:
done = True
def main():
pygame.init()
gutil.initializeDisplay(800, 600)
glColor4f(1.0, 1.0, 1.0, 1.0)
done = False
cowTex, w, h = gutil.loadImage('art/planetcute/Character Boy.png')
cow = gutil.createTexDL(cowTex, w, h)
alienTex, w, h = gutil.loadImage('art/alien.png')
alien = gutil.createTexDL(alienTex, w, h)
while not done:
glLoadIdentity()
glTranslatef(100, 100, 0)
glCallList(cow)
glTranslatef(400, 400, 0)
glCallList(alien)
pygame.display.flip()
eventlist = pygame.event.get()
for event in eventlist:
if event.type == QUIT \
or event.type == KEYDOWN and event.key == K_ESCAPE:
done = True
def main():
pygame.init()
gutil.initializeDisplay(swidth, sheight)
from pygame import display
print display.list_modes()
live_dj = Dj()
player = Player() # On your own here, but it needs x and y fields.
boss = Boss()
muzzle_flash = MuzzleFlash()
flame = Flame()
enemy_bullets = BulletSet()
player_bullets = BulletSet()
space = [Texture("bg/space_%s" % n, z=-100) for n in range(1, 32)]
start_screens = [
Texture("start_screen_%s" % n, z=-100) for n in range(1, 3)
]
class Background(object):
def __init__(self):
self.x = swidth // 2
self.y = sheight // 2
self.z = 0
@property
def texture(self):
return space[(steps // 15) % len(space)]
bg = Background()
class StartScreen(object):
def __init__(self):
self.x = swidth // 2
self.y = sheight // 2
self.z = 0
self.current_texture_index = 0
@property
def texture(self):
return start_screens[(steps // 30) % len(start_screens)]
start_screen = StartScreen()
boss_weapons = [
'easy_attack_1.xml',
'spread_attack.xml',
'laser_attack.xml',
'gravity_attack.xml',
'homing_laser.xml',
'sweep_attack.xml',
'flower_attack.xml',
]
global steps
start = time.time()
joy = JoystickServer()
joy.daemon = True
joy.start()
done = False
gun = Debounce(15)
laser = Debounce(60 * 5)
last_time = time.time()
game_tick = 1.0 / 60.0
time_left = 0.0
# Start twilio polling
twilio = MessagePoll()
twilio.start()
last_twilio_msg = None
last_twilio_msg_step = 0
last_shot_step = None
last_game_over = -GAME_OVER_FRAMES - 1
last_boss_break_step = None
def start_screen_visible():
return last_game_over is not None and steps - last_game_over > GAME_OVER_FRAMES
while not done:
keys = pygame.key.get_pressed()
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT)
glColor3f(1, 1, 1)
glPointSize(10)
glLoadIdentity()
rp = RenderPass()
if not start_screen_visible() and (
joy.state.buttons
and joy.state.buttons[0]) or keys[pygame.K_z]:
#if steps % 3:
muzzle_flash.x = player.x + 85
muzzle_flash.y = player.y + 6
if steps % 2 == 0:
muzzle_flash.current_texture_index += 1
if muzzle_flash.current_texture_index >= len(
muzzle_flash.textures):
muzzle_flash.current_texture_index = 0
muzzle_flash.texture = muzzle_flash.textures[
muzzle_flash.current_texture_index]
if not start_screen_visible() and player.health > 0:
rp.mark_for_draw(muzzle_flash)
else:
last_shot_step = None
# Flame.
flame.x = player.x - 8
flame.y = player.y
if steps % 4 == 0:
flame.current_texture_index += 1
if flame.current_texture_index >= len(flame.textures):
flame.current_texture_index = 0
flame.texture = flame.textures[flame.current_texture_index]
if start_screen_visible():
rp.mark_for_draw(start_screen)
else:
if boss.health > 0:
map(rp.mark_for_draw, enemy_bullets)
rp.mark_for_draw(boss)
if player.health > 0:
map(rp.mark_for_draw, player_bullets)
rp.mark_for_draw(player)
rp.mark_for_draw(flame)
rp.mark_for_draw(bg)
glLoadIdentity()
rp.render()
if start_screen_visible():
enemy_bullets.clear()
player_bullets.clear()
elif boss.health <= 0:
draw_label('YOU KILLED THE DJ', swidth / 2 - 150, sheight / 2, 300,
40)
if last_game_over is None:
last_game_over = steps
elif player.health <= 0:
draw_label('GAME OVER', swidth / 2 - 100, sheight / 2, 200, 50)
if last_game_over is None:
last_game_over = steps
else:
# Health bars.
draw_health_bar(player.health / 100., sheight - 30, (0., 0.8, 0.))
draw_health_bar(boss.health / 100., 10, (0.8, 0., 0.))
draw_label("PLAYER", 15, sheight - 29, 52, 16)
draw_label("BOSS", 15, 11, 35, 16)
# Twilio.
if not start_screen_visible():
TWILIO_WIDTH = (
210,
260,
)
draw_label("Tired of this DJ? Shoot him.",
swidth - TWILIO_WIDTH[0] - 10, 60, TWILIO_WIDTH[0], 16)
draw_label("TEXT (503) 8-CANVAS", swidth - TWILIO_WIDTH[1] - 10,
34, TWILIO_WIDTH[1], 23)
if ((steps - last_twilio_msg_step) % (TWILIO_MSG_DURATION * 60)
and last_twilio_msg is not None):
#parts = msg[]
offset = 0
line_len = 40
char_w = 12
#for m in msg[offset:offset + line_len]:
while True:
if offset > len(msg):
break
end = min(len(msg), offset + line_len)
m = msg[offset:offset + line_len]
w = len(m) * char_w
h = 26
rot = math.sin(steps / 6.) * (50 / len(m))
x = swidth - ((line_len * char_w) +
(150 - ((steps * 1.07) - last_twilio_msg_step)))
y = (sheight / 2) + 30
y -= (h + 3) * (offset / line_len)
draw_label(m, x, y, w, 23, rotation=rot)
offset += line_len
else:
if last_twilio_msg is not None:
boss.health -= TWILIO_ATTACK
last_twilio_msg_step = 0
last_twilio_msg = None
if steps % 60 == 0 and twilio.messages:
msg = twilio.messages.pop()
last_twilio_msg_step = steps
last_twilio_msg = msg
# Boss movement.
#print live_dj.activity_level()
#print 75. / (live_dj.activity_level() + 1)
activity_level = live_dj.activity_level()
if activity_level > 3 or abs(boss.x - boss.starting_x) > 3:
if last_boss_break_step is None:
last_boss_break_step = steps
boss.x = int(
math.cos((steps - last_boss_break_step +
(2 * 3.1416 * 30)) / 30.) * 50 +
(boss.starting_x - 50))
else:
last_boss_break_step = None
boss.y = math.sin(steps / 75.) * 110 + (sheight / 2)
pygame.display.flip()
curtime = time.time()
time_left += curtime - last_time
last_time = curtime
while time_left >= game_tick:
time_left -= game_tick
for hitbox in hitboxes['player_ship'].values():
hitbox = HitBox(player, hitbox)
if boss.health > 0 and enemy_bullets.collides(hitbox):
player.health -= BOSS_ATTACK
player.last_hit_step = steps
for hitbox in hitboxes['boss_ship'].values():
hitbox = HitBox(boss, hitbox)
if player.health > 0 and player_bullets.collides(hitbox):
boss.health -= PLAYER_ATTACK
boss.last_hit_step = steps
enemy_bullets.step(swidth, sheight, 100)
player_bullets.step(swidth, sheight, 100)
eventlist = pygame.event.get()
for event in eventlist:
if event.type == QUIT or event.type == KEYDOWN and event.key == K_ESCAPE:
done = True
if player.health > 0 and (
joy.state.buttons and joy.state.buttons[0]
or joy.state.buttons[8]
or joy.state.buttons[9]) or keys[pygame.K_z]:
if gun.fire():
player_bullets.load("player_shot.xml",
source=player,
target=boss)
last_shot_step = steps
if player.health > 0 and (
joy.state.buttons and joy.state.buttons[1]
or joy.state.buttons[2]
or joy.state.buttons[3]) or keys[pygame.K_x]:
if laser.fire():
player_bullets.load("player_laser.xml",
source=player,
target=boss)
player_bullets.update_roots(player.x + 30, player.y + 2)
gun.step()
laser.step()
dx, dy = 0, 0
if joy.state.hats:
dx, dy = joy.state.hats[0]
if keys[pygame.K_RIGHT]:
dx = 1
elif keys[pygame.K_LEFT]:
dx = -1
if keys[pygame.K_UP]:
dy = 1
elif keys[pygame.K_DOWN]:
dy = -1
player.move(dx, dy)
if start_screen_visible() and (
keys[pygame.K_RETURN] or joy.state.buttons and
(joy.state.buttons[7] or joy.state.buttons[6]
or joy.state.buttons[4] or joy.state.buttons[5]) and
(player.health <= 0 or boss.health <= 0)):
enemy_bullets.clear()
player.health = 100.
boss.health = 100.
last_game_over = None
if keys[pygame.K_q]:
time.sleep(1)
steps += 1
if not start_screen_visible() and steps % 15 == 0:
activity_level = live_dj.activity_level()
_rand = random.random()
if activity_level:
enemy_bullets.load(boss_weapons[activity_level],
source=boss,
target=player)
elif _rand > 0.7:
enemy_bullets.load(boss_weapons[1],
source=boss,
target=player)
print "FPS:", steps / (time.time() - start)
def main():
pygame.init()
gutil.initializeDisplay(swidth, sheight)
from pygame import display
print display.list_modes()
live_dj = Dj()
player = Player() # On your own here, but it needs x and y fields.
boss = Boss()
muzzle_flash = MuzzleFlash()
flame = Flame()
enemy_bullets = BulletSet()
player_bullets = BulletSet()
space = [Texture("bg/space_%s" % n, z=-100) for n in range(1, 32)]
start_screens = [Texture("start_screen_%s" % n, z=-100) for n in range(1, 3)]
class Background(object):
def __init__(self):
self.x = swidth // 2
self.y = sheight // 2
self.z = 0
@property
def texture(self):
return space[(steps//15) % len(space)]
bg = Background()
class StartScreen(object):
def __init__(self):
self.x = swidth // 2
self.y = sheight // 2
self.z = 0
self.current_texture_index = 0
@property
def texture(self):
return start_screens[(steps//30) % len(start_screens)]
start_screen = StartScreen()
boss_weapons = [
'easy_attack_1.xml',
'spread_attack.xml',
'laser_attack.xml',
'gravity_attack.xml',
'homing_laser.xml',
'sweep_attack.xml',
'flower_attack.xml',
]
global steps
start = time.time()
joy = JoystickServer()
joy.daemon = True
joy.start()
done = False
gun = Debounce(15)
laser = Debounce(60*5)
last_time = time.time()
game_tick = 1.0 / 60.0
time_left = 0.0
# Start twilio polling
twilio = MessagePoll()
twilio.start()
last_twilio_msg = None
last_twilio_msg_step = 0
last_shot_step = None
last_game_over = -GAME_OVER_FRAMES - 1
last_boss_break_step = None
def start_screen_visible():
return last_game_over is not None and steps - last_game_over > GAME_OVER_FRAMES
while not done:
keys = pygame.key.get_pressed()
glClear(GL_COLOR_BUFFER_BIT|GL_DEPTH_BUFFER_BIT)
glColor3f(1,1,1)
glPointSize(10)
glLoadIdentity()
rp = RenderPass()
if not start_screen_visible() and (joy.state.buttons and joy.state.buttons[0]) or keys[pygame.K_z]:
#if steps % 3:
muzzle_flash.x = player.x + 85
muzzle_flash.y = player.y + 6
if steps % 2 == 0:
muzzle_flash.current_texture_index += 1
if muzzle_flash.current_texture_index >= len(muzzle_flash.textures):
muzzle_flash.current_texture_index = 0
muzzle_flash.texture = muzzle_flash.textures[muzzle_flash.current_texture_index]
if not start_screen_visible() and player.health > 0:
rp.mark_for_draw(muzzle_flash)
else:
last_shot_step = None
# Flame.
flame.x = player.x - 8
flame.y = player.y
if steps % 4 == 0:
flame.current_texture_index += 1
if flame.current_texture_index >= len(flame.textures):
flame.current_texture_index = 0
flame.texture = flame.textures[flame.current_texture_index]
if start_screen_visible():
rp.mark_for_draw(start_screen)
else:
if boss.health > 0:
map(rp.mark_for_draw, enemy_bullets)
rp.mark_for_draw(boss)
if player.health > 0:
map(rp.mark_for_draw, player_bullets)
rp.mark_for_draw(player)
rp.mark_for_draw(flame)
rp.mark_for_draw(bg)
glLoadIdentity()
rp.render()
if start_screen_visible():
enemy_bullets.clear()
player_bullets.clear()
elif boss.health <= 0:
draw_label('YOU KILLED THE DJ', swidth / 2 - 150, sheight / 2, 300, 40)
if last_game_over is None:
last_game_over = steps
elif player.health <= 0:
draw_label('GAME OVER', swidth / 2 - 100, sheight / 2, 200, 50)
if last_game_over is None:
last_game_over = steps
else:
# Health bars.
draw_health_bar(player.health / 100., sheight - 30, (0., 0.8, 0.))
draw_health_bar(boss.health / 100., 10, (0.8, 0., 0.))
draw_label("PLAYER", 15, sheight - 29, 52, 16)
draw_label("BOSS", 15, 11, 35, 16)
# Twilio.
if not start_screen_visible():
TWILIO_WIDTH = (210, 260,)
draw_label("Tired of this DJ? Shoot him.",
swidth - TWILIO_WIDTH[0] - 10, 60, TWILIO_WIDTH[0], 16)
draw_label("TEXT (503) 8-CANVAS", swidth - TWILIO_WIDTH[1] - 10, 34, TWILIO_WIDTH[1], 23)
if ((steps - last_twilio_msg_step) % (TWILIO_MSG_DURATION * 60)
and last_twilio_msg is not None):
#parts = msg[]
offset = 0
line_len = 40
char_w = 12
#for m in msg[offset:offset + line_len]:
while True:
if offset > len(msg):
break
end = min(len(msg), offset + line_len)
m = msg[offset:offset + line_len]
w = len(m) * char_w
h = 26
rot = math.sin(steps / 6.) * (50 / len(m))
x = swidth - ((line_len * char_w) + (150 - ((steps * 1.07) - last_twilio_msg_step)))
y = (sheight / 2) + 30
y -= (h + 3) * (offset / line_len)
draw_label(m, x, y, w, 23, rotation=rot)
offset += line_len
else:
if last_twilio_msg is not None:
boss.health -= TWILIO_ATTACK
last_twilio_msg_step = 0
last_twilio_msg = None
if steps % 60 == 0 and twilio.messages:
msg = twilio.messages.pop()
last_twilio_msg_step = steps
last_twilio_msg = msg
# Boss movement.
#print live_dj.activity_level()
#print 75. / (live_dj.activity_level() + 1)
activity_level = live_dj.activity_level()
if activity_level > 3 or abs(boss.x - boss.starting_x) > 3:
if last_boss_break_step is None:
last_boss_break_step = steps
boss.x = int(math.cos((steps - last_boss_break_step + (2*3.1416*30)) / 30.) * 50 + (boss.starting_x - 50))
else:
last_boss_break_step = None
boss.y = math.sin(steps / 75.) * 110 + (sheight / 2)
pygame.display.flip()
curtime = time.time()
time_left += curtime - last_time
last_time = curtime
while time_left >= game_tick:
time_left -= game_tick
for hitbox in hitboxes['player_ship'].values():
hitbox = HitBox(player, hitbox)
if boss.health > 0 and enemy_bullets.collides(hitbox):
player.health -= BOSS_ATTACK
player.last_hit_step = steps
for hitbox in hitboxes['boss_ship'].values():
hitbox = HitBox(boss, hitbox)
if player.health > 0 and player_bullets.collides(hitbox):
boss.health -= PLAYER_ATTACK
boss.last_hit_step = steps
enemy_bullets.step(swidth, sheight, 100)
player_bullets.step(swidth, sheight, 100)
eventlist = pygame.event.get()
for event in eventlist:
if event.type == QUIT or event.type == KEYDOWN and event.key == K_ESCAPE:
done = True
if player.health > 0 and (joy.state.buttons and joy.state.buttons[0] or joy.state.buttons[8] or joy.state.buttons[9]) or keys[pygame.K_z]:
if gun.fire():
player_bullets.load("player_shot.xml", source=player, target=boss)
last_shot_step = steps
if player.health > 0 and (joy.state.buttons and joy.state.buttons[1] or joy.state.buttons[2] or joy.state.buttons[3]) or keys[pygame.K_x]:
if laser.fire():
player_bullets.load("player_laser.xml", source=player, target=boss)
player_bullets.update_roots(player.x + 30,
player.y + 2)
gun.step()
laser.step()
dx, dy = 0, 0
if joy.state.hats:
dx, dy = joy.state.hats[0]
if keys[pygame.K_RIGHT]:
dx = 1
elif keys[pygame.K_LEFT]:
dx = -1
if keys[pygame.K_UP]:
dy = 1
elif keys[pygame.K_DOWN]:
dy = -1
player.move(dx, dy)
if start_screen_visible() and (keys[pygame.K_RETURN] or joy.state.buttons and (joy.state.buttons[7] or joy.state.buttons[6] or joy.state.buttons[4] or joy.state.buttons[5]) and (player.health <= 0 or boss.health <= 0)):
enemy_bullets.clear()
player.health = 100.
boss.health = 100.
last_game_over = None
if keys[pygame.K_q]:
time.sleep(1)
steps += 1
if not start_screen_visible() and steps % 15 == 0:
activity_level = live_dj.activity_level()
_rand = random.random()
if activity_level:
enemy_bullets.load(boss_weapons[activity_level], source=boss, target=player)
elif _rand > 0.7:
enemy_bullets.load(boss_weapons[1], source=boss, target=player)
print "FPS:", steps / (time.time() - start)
