def main():
global level
pygame.mixer.pre_init(11025, -16, 2, 256)
pygame.init()
vista.init()
noise.init()
sprite.load()
level = record.unlocked
while True:
if record.maxvisited:
noise.play("girl")
worldmap()
noise.stop()
if level in (1,4):
noise.play("gnos")
if level in (2,5):
noise.play("one")
if level in (3,6):
noise.play("xylo")
cutscene()
record.visit(level)
showtip()
action()
game.save()
effect.savecache()
if record.unlocked > 6: # Ending sequence
level = 7
cutscene()
record.unlocked = 6
level = 6
game.save()
theend()
shop()
game.save()
noise.stop()
def main():
global level
pygame.mixer.pre_init(11025, -16, 2, 256)
pygame.init()
vista.init()
noise.init()
sprite.load()
level = record.unlocked
while True:
if record.maxvisited:
noise.play("girl")
worldmap()
noise.stop()
if level in (1, 4):
noise.play("gnos")
if level in (2, 5):
noise.play("one")
if level in (3, 6):
noise.play("xylo")
cutscene()
record.visit(level)
showtip()
action()
game.save()
effect.savecache()
if record.unlocked > 6: # Ending sequence
level = 7
cutscene()
record.unlocked = 6
level = 6
game.save()
theend()
shop()
game.save()
noise.stop()
def main():
pygame.mixer.pre_init(11000, -16, 1, 256)
pygame.init()
data.initsound()
vista.init()
scene.push(gamescene.GameScene())
clock = pygame.time.Clock()
while True:
dt = min(0.001 * clock.tick(settings.maxfps), 1. / settings.minfps)
if settings.showfps:
pygame.display.set_caption("%.1fps" % clock.get_fps())
s = scene.top()
if not s: break
events = pygame.event.get()
s.think(dt, events)
s.draw()
for event in events:
if event.type == pygame.QUIT:
gamestate.save()
return
if event.type == pygame.KEYDOWN and event.key == pygame.K_ESCAPE:
gamestate.save()
return
if event.type == pygame.KEYDOWN and event.key == pygame.K_F12:
pygame.image.save(vista.screen, "screenshot.png")
def showtip():
alltips = open(data.filepath("tips.txt")).readlines()
for i in range(len(alltips)):
alltips[i] = control_format(alltips[i], controller1)
alltips = [
line[4:] for line in alltips
if int(line[0]) <= record.unlocked <= int(line[2])
]
# ^ The characters at 0 and 2 are used to access single-digit numbers.
tiptext = record.gettip(alltips)
tip = effect.Tip([tiptext])
clock = pygame.time.Clock()
while True:
dt = clock.tick(60) * 0.001
if settings.printfps and random.random() < dt:
print(clock.get_fps())
for event in pygame.event.get():
done = False
result = 0
if event.type == QUIT:
sys.exit()
# ^ This is OK since QUIT already occurred.
else:
result = read_event(
controller1,
event,
# pcRect=None, # leave default None--non-directional
mb_sids=('nab', None, 'EXIT'),
# always_collide_mb=2,
# ^ leave default None--non-directional
)
if result < 1:
continue
if controller1.getBool('EXIT'):
done = True
elif controller1.getBool('nab'):
done = True
elif controller1.getBool('SCREENSHOT'):
screenshot(vista.screen)
elif controller1.getBool('FULLSCREEN'):
settings.fullscreen = not settings.fullscreen
vista.init()
if done:
if settings.verbose:
print("* exiting showtip")
vista.screen.fill((0, 0, 0))
pygame.display.flip()
return
tip.think(dt)
vista.screen.fill((0, 0, 0))
tip.draw(vista.screen)
pygame.display.flip()
if not is_active(tip): return
def main():
vista.init()
vista.addsplash()
pygame.display.set_caption(_("Obb is loading.... Please wait"))
noise.nexttrack()
if settings.restart:
game.restart()
else:
game.load()
context.push(play.Play())
clock = pygame.time.Clock()
savetime = settings.savetimer
while context.top():
dt = clock.tick(settings.maxfps) * 0.001 * settings.gamespeed
dt = min(dt, 1.0 / settings.minfps)
con = context.top()
events = pygame.event.get()
keys = pygame.key.get_pressed()
mousepos = pygame.mouse.get_pos()
buttons = pygame.mouse.get_pressed()
if settings.autosave:
savetime -= dt
if savetime < 0:
game.save()
settings.save()
savetime = settings.savetimer
for event in events:
if event.type == QUIT or (event.type == KEYDOWN and event.key == K_ESCAPE):
if settings.saveonquit:
settings.save()
game.save()
pygame.quit()
return
if event.type == KEYDOWN and event.key == K_F12:
vista.screencap()
if event.type == KEYDOWN and event.key == K_F3:
settings.showfps = not settings.showfps
con.think(dt, events, keys, mousepos, buttons)
con.draw()
if settings.showfps:
t = pygame.time.get_ticks() * 0.001
if int(t / 5.0) != int((t - dt) / 5.0): # Update once every 5 seconds
fpsstring = "%.1ffps" % clock.get_fps()
try:
mem = resource.getrusage(resource.RUSAGE_SELF).ru_maxrss // 1024
fpsstring += " %sMB" % mem
except:
pass
pygame.display.set_caption("Obb - %s" % fpsstring)
if settings.fullscreen:
print(fpsstring)
else:
pygame.display.set_caption("Obb")
def finish(self): newres = not self.resbuttons.buttonmap[settings.size].selected newwin = not self.wbuttons.buttonmap[settings.fullscreen].selected for buttonset in self.buttonsets: for button in buttonset.buttons: if button.selected: button.confirm() context.pop() settings.save() settings.load() if newres or newwin: vista.init()
def main():
global level
pygame.mixer.pre_init(11025, -16, 2, 256)
pygame.init()
pygame.joystick.init()
joysticks = [
pygame.joystick.Joystick(x) for x in range(pygame.joystick.get_count())
]
if len(joysticks) > 0:
for joystick in joysticks:
joystick.init()
vista.init()
noise.init()
sprite.load()
level = record.unlocked
if record.maxvisited:
noise.play("girl")
while True:
if settings.startInShop:
shop()
if settings.startInWorldMap:
settings.startInWorldMap = False
worldmap()
elif record.maxvisited:
worldmap()
# noise.stop()
if level in (1, 4):
noise.play("gnos")
if level in (2, 5):
noise.play("one")
if level in (3, 6):
noise.play("xylo")
cutscene()
record.visit(level)
showtip()
action()
record.combinemoney()
game.save()
if record.unlocked > 6: # Ending sequence
level = 7
cutscene()
level = 6
game.save()
rollcredits()
theend()
noise.play("girl")
if not settings.startInShop:
shop()
settings.startInShop = False
game.save()
def main():
vista.init()
pygame.display.set_caption("Obb is loading.... Please wait")
savefile = data.filepath("savegame.pkl")
noise.nexttrack()
if settings.restart:
context.push(play.Play())
else:
try:
context.push(cPickle.load(open(savefile, "rb")))
except:
context.push(play.Play())
clock = pygame.time.Clock()
savetime = settings.savetimer
while context.top():
dt = min(clock.tick(settings.maxfps) * 0.001, 1./settings.minfps)
if settings.fast:
dt *= 2
con = context.top()
events = pygame.event.get()
keys = pygame.key.get_pressed()
mousepos = pygame.mouse.get_pos()
buttons = pygame.mouse.get_pressed()
if settings.autosave:
savetime -= dt
if savetime < 0:
cPickle.dump(con, open(savefile, "wb"))
savetime = settings.savetimer
for event in events:
if event.type == QUIT:
if settings.saveonquit:
cPickle.dump(con, open(savefile, "wb"))
return
if event.type == KEYDOWN and event.key == K_ESCAPE:
if settings.saveonquit:
cPickle.dump(con, open(savefile, "wb"))
return
if event.type == KEYDOWN and event.key == K_F12:
vista.screencap()
if event.type == KEYDOWN and event.key == K_F9: # Manual save
cPickle.dump(con, open(savefile, "wb"))
con.think(dt, events, keys, mousepos, buttons)
con.draw()
if settings.showfps:
pygame.display.set_caption("Obb - %.1ffps" % clock.get_fps())
if settings.fullscreen:
print clock.get_fps()
else:
pygame.display.set_caption("Obb")
def main():
vista.init()
pygame.display.set_caption("Obb is loading.... Please wait")
savefile = data.filepath("savegame.pkl")
noise.nexttrack()
if settings.restart:
context.push(play.Play())
else:
try:
context.push(cPickle.load(open(savefile, "rb")))
except:
context.push(play.Play())
clock = pygame.time.Clock()
savetime = settings.savetimer
while context.top():
dt = min(clock.tick(settings.maxfps) * 0.001, 1. / settings.minfps)
if settings.fast:
dt *= 2
con = context.top()
events = pygame.event.get()
keys = pygame.key.get_pressed()
mousepos = pygame.mouse.get_pos()
buttons = pygame.mouse.get_pressed()
if settings.autosave:
savetime -= dt
if savetime < 0:
cPickle.dump(con, open(savefile, "wb"))
savetime = settings.savetimer
for event in events:
if event.type == QUIT:
if settings.saveonquit:
cPickle.dump(con, open(savefile, "wb"))
return
if event.type == KEYDOWN and event.key == K_ESCAPE:
if settings.saveonquit:
cPickle.dump(con, open(savefile, "wb"))
return
if event.type == KEYDOWN and event.key == K_F12:
vista.screencap()
if event.type == KEYDOWN and event.key == K_F9: # Manual save
cPickle.dump(con, open(savefile, "wb"))
con.think(dt, events, keys, mousepos, buttons)
con.draw()
if settings.showfps:
pygame.display.set_caption("Obb - %.1ffps" % clock.get_fps())
if settings.fullscreen:
print clock.get_fps()
else:
pygame.display.set_caption("Obb")
def theend():
clock = pygame.time.Clock()
pygame.event.get()
endthing = effect.Effect(["THE END"])
total = sum(record.hiscore.values())
hsthing = effect.HighScoreTotal(["High score total: LLL%s" % total])
endthing.position(vista.screen)
hsthing.position(vista.screen)
while True:
dt = clock.tick(60) * 0.001
if settings.printfps and random.random() < dt:
print(clock.get_fps())
for event in pygame.event.get():
result = 0
if event.type == QUIT:
sys.exit()
else:
result = read_event(
controller1,
event,
# pcRect=None, # leave default None--non-directional
mb_sids=('nab', None, 'EXIT'),
# always_collide_mb=2,
# ^ leave default None--non-directional
)
controller_changed = (result >= 2)
if controller1.getBool('EXIT') and controller_changed:
sys.exit()
elif controller1.getBool('nab') and controller_changed:
sys.exit()
elif controller1.getBool('SCREENSHOT') and controller_changed:
screenshot(vista.screen)
elif controller1.getBool('FULLSCREEN') and controller_changed:
settings.fullscreen = not settings.fullscreen
vista.init()
vista.screen.fill((0, 0, 0))
endthing.draw(vista.screen)
hsthing.draw(vista.screen)
pygame.display.flip()
def rollcredits():
clines = open(data.filepath("credits.txt")).readlines()
credit = effect.Credit(clines)
clock = pygame.time.Clock()
while is_active(credit):
dt = clock.tick(60) * 0.001
if settings.printfps and random.random() < dt:
print(clock.get_fps())
for event in pygame.event.get():
result = 0
if event.type == QUIT:
sys.exit()
else:
result = read_event(
controller1,
event,
# pcRect=None, # leave default None--non-directional
mb_sids=('nab', None, 'EXIT'),
# always_collide_mb=2,
# ^ leave default None--non-directional
)
if result < 1:
continue
if controller1.getBool('EXIT'):
return
elif controller1.getBool('nab'):
credit.advance()
elif controller1.getBool('SCREENSHOT'):
screenshot(vista.screen)
elif controller1.getBool('FULLSCREEN'):
settings.fullscreen = not settings.fullscreen
vista.init()
credit.think(dt)
vista.screen.fill((0, 0, 0))
credit.draw(vista.screen)
pygame.display.flip()
def main(): pygame.mixer.pre_init(22050, -16, 2, 0) pygame.display.init() pygame.mixer.init() if settings.sx is None: px, py = max(pygame.display.list_modes()) settings.sx, settings.sy = settings.size = px - 100, py - 100 name, password = settings.getlogindata() with client.run(name, password): vista.init() clock = pygame.time.Clock() while client.playing: clock.tick(60) client.processupdates() if not client.started: continue state = client.think() vista.draw(state) vista.makemap() pygame.quit()
from __future__ import division
import pygame
import settings, scene, vista, gamescene, buildscene, menuscene
pygame.init()
vista.init()
pygame.display.set_caption(settings.gamename)
scene.push(menuscene)
#scene.push(gamescene)
#scene.push(buildscene)
clock = pygame.time.Clock()
while True:
scene0 = scene.top()
if not scene0:
break
dt = min(clock.tick(settings.maxfps) * 0.001, 1 / settings.minfps)
events = pygame.event.get()
if settings.DEBUG:
pygame.display.set_caption("%s | %.1ffps" %
(settings.gamename, clock.get_fps()))
if any(event.type == pygame.QUIT for event in events):
break
scene0.think(dt, events, pygame.mouse.get_pos())
vista.clear()
scene0.draw()
vista.flip()
if any(event.type == pygame.KEYDOWN and event.key == pygame.K_F12
for event in events):
vista.screenshot()
def action():
'''
This is part of the gameplay event loop runs when the state is not
in a menu, cutscene, or other non-gameplay state. However, the
paused state is included here.
'''
global level
vista.levelinit(level)
global prevPCKey
global touchEffect
global touchEffectPos
global touchColor
butterflies, goal, timeout = loadlevel.load(level)
clock = pygame.time.Clock()
facingright = True
x, y, g, vy = 200, 0, (250 if settings.easy else 500), 0
leapvx, leapvy = 200., 200.
twirlvy = 200.
nabvx = 400.
runvx = 300.
rollvx, rollvy = 250., 250.
dartvx, dartvy = 250., 300.
boundvx, boundvy = -100., 250.
nabtick, nabtime = 0, 0.25
nabradius = 50
twirlradius = 80
rollradius = 80
leaping = 0
runtick = 0
twirltick = 0
rolltick = 0
currentfeat = ""
combocount = 0
grounded = True
paused = False
titleEffect = effect.Effect(["READY", "SET", "COLLECT"])
endtitle = True
ending = False
effects = []
heffect = effect.HeightIndicator()
ceffect = effect.ComboIndicator()
peffect = effect.ProgressIndicator(goal)
cdeffect = effect.CountdownIndicator(timeout)
seffect = effect.StageNameEffect(level, goal, timeout)
feat.startlevel()
pygame.event.get()
prevTitleStr = None
pcRect = None
pcPos = None
while True:
dt = clock.tick(60) * 0.001
if settings.printfps and random.random() < dt:
print(clock.get_fps())
if paused:
for event in pygame.event.get():
result = 0
if event.type == QUIT:
sys.exit()
else:
result = read_event(
controller1,
event,
pcRect=pcRect,
mb_sids=('nab', None, 'BACK'),
# always_collide_mb=2,
)
if result < 2:
vista.screen.blit(pausescreen, (0, 0))
pygame.display.flip()
# Try to prevent a black screen when switching
# away from the game and back.
continue
if controller1.getBool('BACK'):
ending = True
endtitle = None
feat.checknewfeat(len(record.collected))
if record.catchamount >= goal:
unlocked = record.unlocked
record.checkhiscore(level)
if record.unlocked > unlocked:
level = record.unlocked
paused = False
noise.unpause()
elif controller1.getBool('SCREENSHOT'):
screenshot(vista.screen)
elif controller1.getBool('nab'):
paused = False
noise.unpause()
elif controller1.getBool('FULLSCREEN'):
settings.fullscreen = not settings.fullscreen
vista.init()
vista.screen.blit(pausescreen, (0, 0))
pygame.display.flip()
continue
# action main event loop (when not paused):
up_events = []
for event in pygame.event.get():
result = 0
if event.type == QUIT:
sys.exit()
elif event.type == MOUSEBUTTONUP:
# Process this separately in case the button was
# pressed and released in the same frame such as
# with the scroll wheel turning.
up_events.append(event)
else:
# pcRect may be None for a frame but read_event
# is ok with that.
always_collide_mb = None
if event.type == MOUSEBUTTONDOWN:
if not grounded:
# Double-jump if in the air
# - 3: Change right-click from 'x' to 'jump'
# even if not clicking the character
# - 4&5: Change wheel roll to nab to allow roll
# ('x' and 'nab' at the same time) with
# only a mouse.
always_collide_mb = (2, 3, 4, 5)
elif (pcRect is not None) and (event.pos[1] < pcRect.top):
# Jump if clicking above the character's head
# even if on the ground and not clicking in
# pcRect.
always_collide_mb = (3)
if settings.verbose:
print("[main.action] pcRect={}" "".format(pcRect))
if pcRect is not None:
print("[main.action] pcRect.top={}"
"".format(pcRect.top))
print("[main.action] event.pos={}"
"".format(event.pos))
print("[main.action] always_collide_mb={}"
"".format(always_collide_mb))
result = read_event(
controller1,
event,
pcRect=pcRect,
mb_sids=('nab', 'nab', 'jump'),
always_collide_mb=always_collide_mb,
)
# ^ Set the wheel to nab and add 3, 4 & 5 to
# always_collide_mb when in the air to allow
# the roll combo using only a mouse but still
# allowing both:
# - nab would be impossible if left button
# were in always_collide_mb--when not, click on
# the character to nab, and click away to dart
# or turn
# - See "Mouse Controls" in readme.md.
# 1: left
# 2: middle
# 3: right
# 4: scroll up
# 5: scroll down
# ^ The first one in mb_sids is used for button 1.
controller_changed = result > 0
if controller1.getBool('EXIT') and controller_changed:
# The same button for exit is also pause.
paused = True
noise.pause()
pausescreen = pygame.Surface(
vista.screen.get_size()).convert_alpha()
fade = pygame.Surface(vista.screen.get_size()).convert_alpha()
fade.fill((0, 0, 0, 128))
pausescreen.blit(vista.screen, (0, 0))
pausescreen.blit(fade, (0, 0))
pausetitle = effect.PauseTitle(["PAUSED"])
pauseFmt = "Press [nab] to resume|or [BACK] to exit level"
pauseStr = control_format(pauseFmt, controller1)
pauseinfo = effect.PauseInfo([pauseStr])
pausetitle.position(pausescreen)
pauseinfo.position(pausescreen)
pausetitle.draw(pausescreen)
pauseinfo.draw(pausescreen)
if controller1.getBool('SCREENSHOT') and controller_changed:
screenshot(vista.screen)
if controller1.getBool('feat') and controller_changed:
settings.hidefeatnames = not settings.hidefeatnames
feat.startlevel(False)
if controller1.getBool('FULLSCREEN') and controller_changed:
settings.fullscreen = not settings.fullscreen
vista.init()
# k = pygame.key.get_pressed()
# k = controller1.toKeys()
kcombo = combo.get_combo(controller1)
if settings.verbose:
if (kcombo is not None) and (kcombo != ""):
print("[main] kcombo={}".format(kcombo))
# else:
# print("[main] controller1._states={}"
# "".format(controller1._states))
for event in up_events:
# Process these after combos in case down and up were on
# the same frame. For further details about
# read_event see the first call (this one should match it,
# but always_collide_mb doesn't matter on MOUSEBUTTONUP.
always_collide_mb = None
result = read_event(
controller1,
event,
pcRect=pcRect,
mb_sids=('nab', 'nab', 'jump', 'nab', 'nab'),
always_collide_mb=always_collide_mb,
)
# print("PRESSED:{}".format(controller1.getTrues()))
if grounded:
# print("ground combo:{}".format(kcombo))
dx = 0
if controller1.getInt('x') > 0:
dx += runvx * dt
elif controller1.getInt('x') < 0:
dx -= runvx * dt
if nabtick:
dx = 0
if not is_active(cdeffect):
dx = 0
kcombo = ""
if dx:
facingright = dx > 0
currentfeat = "run"
x += dx
elif not nabtick:
currentfeat = ""
if kcombo == "leap" and "leap" in feat.known:
if feat.attempt("leap"):
vx = leapvx if facingright else -leapvx
vy = leapvy
combocount = 1
grounded = False
currentfeat = "leap"
noise.play("hop")
elif kcombo == "twirl" and "twirl" in feat.known:
if feat.attempt("twirl"):
combocount = 1
grounded = False
currentfeat = "twirl"
vx = 0
vy = twirlvy
twirltick = 1
noise.play("rotor")
elif kcombo == "nab" and "nab" in feat.known:
if feat.attempt("nab"):
currentfeat = "nab"
nabtick = nabtime
noise.play("woosh")
elif kcombo == ("roll-r" if facingright else
"roll-l") and "roll" in feat.known:
if feat.attempt("roll"):
grounded = False
currentfeat = "roll"
vx = (rollvx if facingright else -rollvx)
vy = rollvy
combocount = 1
rolltick = 1
twirltick = 0
noise.play("rotor")
elif kcombo == ("dart-r" if facingright else
"dart-l") and "dart" in feat.known:
if feat.attempt("dart"):
grounded = False
currentfeat = "dart"
vx = (dartvx if facingright else -dartvx)
vy = dartvy
combocount = 1
rolltick = 0
twirltick = 0
noise.play("hop")
elif kcombo == ("dart-l" if facingright else
"dart-r") and "bound" in feat.known:
if feat.attempt("bound"):
grounded = False
currentfeat = "bound"
vx = (boundvx if facingright else -boundvx)
vy = boundvy
combocount = 1
rolltick = 0
twirltick = 0
noise.play("hop")
else:
# print("air combo:{}".format(kcombo))
if kcombo == "leap" and "leap" in feat.known:
if feat.attempt("leap"):
vx = leapvx if facingright else -leapvx
vy = leapvy
combocount += 1
currentfeat = "leap"
twirltick = 0
noise.play("hop")
elif kcombo == ("turn-r" if facingright else
"turn-l") and "turn" in feat.known:
if feat.attempt("turn"):
facingright = not facingright
vx = leapvx if facingright else -leapvx
vy = leapvy
combocount += 1
twirltick = 0
rolltick = 0
currentfeat = "leap"
noise.play("hop")
elif kcombo == "nab" and "nab" in feat.known:
if feat.attempt("nab"):
currentfeat = "nab"
nabtick = nabtime
vx = nabvx if facingright else -nabvx
combocount += 1
twirltick = 0
rolltick = 0
noise.play("woosh")
elif kcombo == "twirl" and "twirl" in feat.known:
if feat.attempt("twirl"):
currentfeat = "twirl"
vx = 0
vy = twirlvy
combocount += 1
twirltick = 1
rolltick = 0
noise.play("rotor")
elif kcombo == ("roll-r" if facingright else
"roll-l") and "roll" in feat.known:
if feat.attempt("roll"):
currentfeat = "roll"
vx = (rollvx if facingright else -rollvx)
vy = rollvy
combocount += 1
rolltick = 1
twirltick = 0
noise.play("rotor")
elif kcombo == ("dart-r" if facingright else
"dart-l") and "dart" in feat.known:
if feat.attempt("dart"):
currentfeat = "dart"
vx = (dartvx if facingright else -dartvx)
vy = dartvy
combocount += 1
rolltick = 0
twirltick = 0
noise.play("hop")
elif kcombo == ("dart-l" if facingright else
"dart-r") and "bound" in feat.known:
if feat.attempt("bound"):
currentfeat = "bound"
vx = (boundvx if facingright else -boundvx)
vy = boundvy
combocount += 1
rolltick = 0
twirltick = 0
noise.play("hop")
if nabtick:
x += vx * dt
else:
x += vx * dt
y += vy * dt - 0.5 * g * dt**2
vy -= g * dt
if y < 0:
y = 0
vy = 0
grounded = True
combocount = 0
feat.land()
ach = record.getrecords()
if ach:
effects.append(effect.AchievementEffect(ach))
currentfeat = ""
twirltick = 0
rolltick = 0
x, y = vista.constrain(x, y, 30)
nx, ny, nr = None, None, None
if nabtick:
nabtick = max(nabtick - dt, 0)
if not nabtick:
currentfeat = "" if grounded else "leap"
nx, ny = x + (40 if facingright else -40), y + 80
nr = nabradius
elif currentfeat == "twirl":
nx, ny = x, y + 80
nr = twirlradius
elif currentfeat == "roll":
nx, ny = x, y + 50
nr = rollradius
if nx is not None:
for b in list(butterflies):
adx, ady = b.x - nx, b.y - ny
if adx**2 + ady**2 < nr**2:
b.nabbed = True
butterflies.remove(b)
value = 3 * b.value if settings.easy else b.value
effects.append(effect.NabBonusIndicator(value, (b.x, b.y)))
if grounded:
ach = record.checknabgrounded(b)
if ach:
effects.append(effect.AchievementEffect(ach))
else:
record.checknab(b)
heffect.update(y / 25.)
heffect.position(vista.screen)
ceffect.update(combocount)
ceffect.position(vista.screen)
peffect.update(record.catchamount)
cdeffect.position(vista.screen)
hbonus = record.checkheightrecord(y / 25.)
if hbonus:
effects.append(effect.HeightBonusIndicator(hbonus))
cbonus = record.checkcomborecord(combocount)
if cbonus:
effects.append(effect.ComboBonusIndicator(cbonus))
if currentfeat == "leap":
picname = "run2"
elif currentfeat == "run":
picname = ("run0", "run1", "run2", "run1")[int(4 * runtick / 0.5)]
runtick += dt
runtick %= 0.5
elif currentfeat == "nab":
picname = ("nab3", "nab2", "nab1",
"nab0")[int(4. * nabtick / nabtime)]
if not grounded:
picname = "sky" + picname
elif currentfeat == "twirl":
twirltick += dt
picname = ("twirl0", "twirl1", "twirl2",
"twirl3")[int(4 * twirltick / 0.25) % 4]
elif currentfeat == "roll":
rolltick += dt
picname = "roll%s" % (int(8 * rolltick / 0.35) % 8)
elif currentfeat == "dart":
picname = "dart"
elif currentfeat == "bound":
picname = "bound"
else:
picname = "stand"
if "twirl" not in picname and not facingright:
picname = picname + "-b"
vista.position((x, y), facingright, vy)
butterflies += loadlevel.newbutterflies(level, dt)
feat.think(dt)
vista.think(dt)
for b in butterflies:
b.think(dt)
# seffect.set_verbose(True)
seffect.think(dt)
# if not seffect: # never occurs :(
# if not bool(seffect): # never occurs :(
if not is_active(seffect):
# ^ __bool__() must be called manually--
# The reason seffect is always True even when is the
# self.texts evaluates to False in the method is unknown.
# Redefining __bool__ in the subclass doesn't help. See
# <https://github.com/poikilos/lepidopterist/issues/12>.
titleEffect.think(dt)
for fx in effects:
fx.think(dt)
effects = [fx for fx in effects if is_active(fx)]
ceffect.think(dt)
if not is_active(titleEffect):
cdeffect.think(dt)
# titleEffect.set_verbose(True)
# if prevTitleStr != titleEffect.debug():
# print("titleEffect: '{}'".format(titleEffect.debug()))
# prevTitleStr = titleEffect.debug()
if grounded and not is_active(cdeffect) and not effects and not ending:
ending = True
if record.catchamount >= goal:
w = ["Stage complete!"]
unlocked = record.unlocked
w += record.checkhiscore(level)
if record.unlocked > unlocked:
level = record.unlocked
else:
w = ["Stage incomplete"]
with open('contestdata.txt', 'a') as myfile:
now = datetime.now()
myfile.write(str(now) + '\n')
myfile.write('level=' + str(level) + '\n')
myfile.write('record.catchamount=' + str(record.catchamount) +
'\n')
myfile.write('record.collected=' + str(record.collected) +
'\n')
w += feat.checknewfeat(len(record.collected))
endtitle = effect.EndEffect(w)
if ending and is_active(endtitle):
endtitle.think(dt)
vista.clear()
sprite.frames[picname].draw((x, y))
# ^ draw uses vista so x,y is modifies by camera panning
# Player Character:
if prevPCKey is None:
prevPCKey = "stand"
'''
pcPos = vista.get_screen_pos((x, y))
pcRect = sprite.frames[prevPCKey].image.get_rect()
pcRect.width = pcRect.width * 1.5
pcRect.center = pcPos
pcRect.height = pcRect.height * .4
pcRect.top -= pcRect.height / 2
'''
pcInternalRect = sprite.frames[prevPCKey].image.get_rect()
pcRect = vista.get_frame_screen_rect(
sprite.frames[prevPCKey],
(x, y),
width=pcInternalRect.width * 1.5,
height=pcInternalRect.height / 2,
)
pcRect.height *= 6
# ^ allow clicking below the character for nab
prevPCKey = picname
for b in butterflies:
b.draw()
if nr is not None and settings.showdots:
vista.circle((int(nx), int(ny)), int(nr))
feat.draw(facingright=facingright)
heffect.draw(vista.screen)
ceffect.draw(vista.screen)
cdeffect.draw(vista.screen)
peffect.draw(vista.screen)
for fx in effects:
fx.draw(vista.screen)
seffect.draw(vista.screen)
if not is_active(seffect):
titleEffect.draw(vista.screen)
if ending and is_active(endtitle):
endtitle.draw(vista.screen)
if is_active(touchEffect):
if pcRect is not None:
if settings.visualDebug:
pygame.draw.rect(vista.screen, idleColor, pcRect)
pygame.draw.circle(vista.screen, whiteColor,
(int(pcPos[0]), int(pcPos[1])), 10)
touchEffect.draw(vista.screen)
pygame.draw.circle(vista.screen, touchColor,
(touchEffect.x0, touchEffect.y0), 10)
pygame.display.flip()
if not is_active(endtitle):
return
def shop():
vista.mapinit()
feat.startlevel()
clock = pygame.time.Clock()
shopHelpFmt = " [EXIT] |or Choose an upgrade"
if gamepad_used():
shopHelpFmt += " [nab]"
shopHelpStr = controller1.format(
shopHelpFmt,
gamepad_used(),
keycode_to_str=pygame.key.name,
add_key_str=False,
add_btn_str=False,
opening='(',
closing=')',
)
speffect = effect.PressSpaceEffect([shopHelpStr])
speffect.position(vista.screen)
ueffect = effect.UpgradeTitle(["Upgrade abilities"])
ueffect.position(vista.screen)
deffect = effect.ContinueIndicator()
deffect.position(vista.screen)
beffect = effect.BankIndicator(record.bank)
beffect.position(vista.screen)
pointer = 0
nfeat = len(feat.known) + 1
pointerys = [
82 + int(32 * j) for j in list(range(len(feat.known))) + [7.5]
]
feats = [featK for featK in feat.allfeats if featK in feat.known]
pricetags = [
effect.CostIndicator(feat.getupgradecost(featK), j)
for j, featK in enumerate(feats)
]
while True:
dt = clock.tick(60) * 0.001
if settings.printfps and random.random() < dt:
print(clock.get_fps())
for event in pygame.event.get():
buy = False
result = 0
done = False
if event.type == QUIT:
sys.exit()
elif event.type == MOUSEBUTTONDOWN:
x, y = event.pos
if deffect.rect.collidepoint(x, y):
# ^ deffect is the ContinueIndicator instance.
# done = True
return
else:
for i, featK in enumerate(feats):
tmpFeat = feat.feateffects[featK]
# ^ These rects are near the top left.
# Instead see `def draw` in the feat module
# (the shopping boolean is True case).
tmpRect = tmpFeat.rect.move(feat.shop_pos)
if tmpRect.collidepoint(x, y):
pointer = i
buy = True
# else:
# print("{} is not in {}"
# "".format((x,y), tmpFeat.rect))
else:
result = read_event(
controller1,
event,
# pcRect=None, # leave default None--non-directional
# mb_sids=('nab', None, 'EXIT'),
# ^ unused in shop since MOUSEBUTTONDOWN is custom
# always_collide_mb=2,
# ^ leave default None--non-directional
)
if (not buy) and (result < 2):
continue
# print("shop event result: {}; y: {}"
# "".format(result, controller1.getInt('y')))
if controller1.getBool('EXIT'):
# done = True
return
elif controller1.getBool('SCREENSHOT'):
screenshot(vista.screen)
elif controller1.getBool('FULLSCREEN'):
settings.fullscreen = not settings.fullscreen
vista.init()
elif controller1.getInt('y') < 0:
pointer -= 1
pointer %= nfeat
elif controller1.getInt('y') > 0:
pointer += 1
pointer %= nfeat
elif controller1.getBool('nab'):
buy = True
if buy:
buy = False
if pointer == nfeat - 1:
return
cost = feat.getupgradecost(feats[pointer])
if cost and record.bank >= cost:
record.bank -= cost
feat.known[feats[pointer]] += 1
feat.bars[feats[pointer]] = feat.known[feats[pointer]]
pricetags[pointer].update(
feat.getupgradecost(feats[pointer]))
beffect.update(record.bank)
beffect.position(vista.screen)
noise.play("cha-ching")
vista.mapclear()
feat.draw(shopping=True)
pygame.draw.circle(vista.screen, (255, 128, 0),
(152, pointerys[pointer]), 4)
if pointer != nfeat - 1:
speffect.draw(vista.screen)
deffect.draw(vista.screen)
beffect.draw(vista.screen)
ueffect.draw(vista.screen)
for tag in pricetags:
tag.draw(vista.screen)
pygame.display.flip()
def cutscene():
global level
if record.checkvisited(level) and not (settings.alwaysshow or level == 7):
return
clock = pygame.time.Clock()
dlines = loadlevel.getdialogue(level)
dialogue = None
background = pygame.Surface(vista.screen.get_size())
background.fill((0, 0, 0))
def drawbackgroundline(y):
if speaker == "m":
r = random.randint(0, 144)
color = r, r, 144
elif speaker == "e":
r = random.randint(0, 64)
color = 192 - r, 192 - 2 * r, 0
elif speaker == "s":
r = random.randint(64, 192)
color = r, r, r
elif speaker == "v":
r = random.randint(0, 64)
color = r, 128 + r, r
pygame.draw.line(background, color, (0, y), (9999, y))
speaker = None
dticker = 0
while dlines or is_active(dialogue):
dt = clock.tick(60) * 0.001
dticker += dt
if settings.printfps and random.random() < dt:
print(clock.get_fps())
for event in pygame.event.get():
result = 0
if event.type == QUIT:
sys.exit()
# ^ This is OK since QUIT already occurred.
# elif event.type == MOUSEBUTTONDOWN:
# controller1._states['nab'] = 1
# result = 2
else:
result = read_event(
controller1,
event,
# pcRect=None, # leave default None--non-directional
mb_sids=('nab', None, 'EXIT'),
# always_collide_mb=2,
# ^ leave default None--non-directional
)
if result < 2:
continue
print("cutscene event result: {}".format(result))
if controller1.getBool('EXIT'):
controller1.clearPressed()
return
elif controller1.getBool('nab') and dticker > 0.4:
dialogue = None
elif controller1.getBool('SCREENSHOT'):
screenshot(vista.screen)
elif controller1.getBool('FULLSCREEN'):
settings.fullscreen = not settings.fullscreen
vista.init()
if not is_active(dialogue):
if not dlines:
return
dticker = 10. if (dialogue is None) else 0
newspeaker, _, line = dlines[0].partition("|")
dialogue = effect.Dialogue(line, newspeaker)
if newspeaker != speaker:
speaker = newspeaker
for y in range(100, 300):
drawbackgroundline(y)
del dlines[0]
dialogue.think(dt)
for j in range(100):
if random.random() < dt:
drawbackgroundline(random.randint(100, 299))
vista.screen.blit(background, (0, 0))
sprite.frames["head-%s" % speaker].place((0, 0))
dialogue.draw(vista.screen)
pygame.display.flip()
controller1.clearPressed()
def worldmap():
global level
global touchEffect
global touchEffectPos
global touchColor
controller1.clearPressed()
if settings.unlockall:
record.unlocked = 6
vista.mapinit()
levelnames = [
"Stage 1: Mortimer's backyard",
"Stage 2: Dojo of the Royal Lepidopteral Society",
"Stage 3: Bucolic Meadow of Doom",
"Stage 4: Some field you have to cross",
"Stage 5: Imperial palace of|the Royal Society of Lepidopterists",
"Final stage:|The Lost Buttefly Garden of Verdania"
]
levelps = [(150, 90), (250, 130), (350, 110), (450, 150), (550, 130),
(650, 170)]
clock = pygame.time.Clock()
teffect = effect.LevelNameEffect("")
chooseLevelFmt = "Press nab to choose level"
chooseLevelStr = control_format(chooseLevelFmt, controller1)
speffect = effect.PressSpaceEffect([chooseLevelStr])
speffect.position(vista.screen)
hseffect = effect.HighScoreEffect("")
hceffect = effect.HCRecord([record.gethcrecord()])
hceffect.position(vista.screen)
updateteffect = True
udseq = []
esign, rsign = None, None
pcRect = None
pcPos = None
while True:
dt = clock.tick(60) * 0.001
if settings.printfps and random.random() < dt:
print(clock.get_fps())
events = []
if pcPos is not None:
# Don't check or discard events until the rect is obtained.
events = pygame.event.get()
touchText = None
for event in events:
result = 0
if event.type == QUIT:
sys.exit()
# ^ This is OK since QUIT already occurred.
else:
# pcRect may be None for a frame but read_event
# is ok with that.
result = read_event(
controller1,
event,
pcRect=pcRect,
mb_sids=('nab', ),
# always_collide_mb=always_collide_mb,
)
# if touchText is not None:
# touchText = str(result) + ": " + touchText
# print(touchText)
if result < 2:
# ^ 2 is for if hat is being pressed down or the
# analog stick is past the deadZone and wasn't before.
continue
'''
print(
"worldmap event result: {}; x:{}; y:{}; pressed:{};"
" last_read_actuator_info:{}"
"".format(
result,
controller1.getInt('x'),
controller1.getInt('y'),
controller1.getTrues(),
last_read_actuator_info(),
)
)
'''
if controller1.getBool('SCREENSHOT'):
screenshot(vista.screen)
if controller1.getInt('x') > 0:
udseq = []
if level < record.unlocked:
level += 1
updateteffect = True
if controller1.getInt('x') < 0:
udseq = []
if level > 1:
level -= 1
updateteffect = True
upValue = controller1.getInt('y') < 0
downValue = controller1.getInt('y') > 0
if (upValue or downValue) and not easy_locked():
udseq.append(0 if upValue else 1)
# Activate Easy Mode
if len(udseq) >= 8 and tuple(
udseq[-8:]) == (0, 0, 1, 1, 0, 0, 1,
1) and not settings.easy:
settings.easy = True
esign = effect.EasyModeIndicator(["Easy Mode Activated!"])
esign.position(vista.screen)
udseq = []
noise.play("cha-ching")
# Display all cut scenes
if len(udseq) >= 8 and tuple(
udseq[-8:]) == (0, 1, 1, 1, 1, 0, 0, 0):
settings.alwaysshow = True
for level in (1, 2, 3, 4, 5, 6, 7):
if level in (1, 4):
noise.play("gnos")
if level in (2, 5):
noise.play("one")
if level in (3, 6):
noise.play("xylo")
cutscene()
rollcredits()
theend()
# Delete the saved game
if len(udseq) >= 8 and tuple(
udseq[-8:]) == (0, 1, 0, 0, 1, 0, 1, 1):
game.remove()
rsign = effect.EasyModeIndicator(["Save game deleted!"])
rsign.position(vista.screen)
udseq = []
noise.play("cha-ching")
if controller1.getBool('nab'):
# Enter an area (exit the world map):
print("* exiting world map")
controller1._states['x'] = 0
return
if controller1.getBool('FULLSCREEN'):
settings.fullscreen = not settings.fullscreen
vista.init()
if updateteffect:
teffect.update(levelnames[level - 1])
teffect.position(vista.screen)
updateteffect = False
hstext = "high score: LLL%s" % record.hiscore[
level] if level in record.hiscore else ""
hseffect.update(hstext)
hseffect.position(vista.screen)
if (esign is not None) and is_active(esign):
esign.think(dt)
if (rsign is not None) and is_active(rsign):
rsign.think(dt)
if not is_active(rsign):
sys.exit()
vista.mapclear()
for j in range(1, record.unlocked):
x0, y0 = levelps[j - 1]
x1, y1 = levelps[j]
vista.line((x0, y0 - 6), (x1, y1 - 6), (0, 0, 0), (200, 200, 200))
for p in levelps:
sprite.frames["leveldisk"].draw(p)
sprite.frames["stand"].draw(levelps[level - 1])
pcRect = vista.get_frame_screen_rect(
sprite.frames["stand"],
levelps[level - 1],
width=sprite.frames["stand"].image.get_rect().width * .7,
)
pcPos = vista.get_screen_pos(levelps[level - 1])
# ^ Player Character
teffect.draw(vista.screen)
# speffect.draw(vista.screen)
hseffect.draw(vista.screen)
hceffect.draw(vista.screen)
if is_active(esign):
esign.draw(vista.screen)
if is_active(rsign):
rsign.draw(vista.screen)
if pcRect is not None:
if settings.visualDebug:
pygame.draw.rect(vista.screen, idleColor, pcRect)
if is_active(touchEffect):
# touchEffect.draw(vista.screen, center=touchEffectPos)
touchEffect.draw(vista.screen)
pygame.draw.circle(vista.screen, touchColor,
(touchEffect.x0, touchEffect.y0), 10)
pygame.display.flip()
