def _setup_events(self):
'''Setup all events.
..notes:
All events should be handled by the manager itself.
'''
events_mask = (gtk.gdk.KEY_RELEASE_MASK
| gtk.gdk.POINTER_MOTION_MASK
| gtk.gdk.BUTTON_PRESS_MASK
| gtk.gdk.BUTTON_RELEASE_MASK)
self.root.window.add_events(events_mask)
# register events
handlers = (
('destroy', self.on_destroy),
('expose-event', self.on_expose),
('button-press-event', self.on_button_press),
('button-release-event', self.on_button_release),
('motion-notify-event', self.on_motion_notify),
('key-press-event', self.on_key_press)
)
for name, handler in handlers:
self.root.window.connect(name, handler)
# register custom signals
handlers = (
('screenshot-save', self.on_save_screenshot),
('screenshot-copy', self.on_copy_screenshot),
('screenshot-discard', self.on_destroy)
)
for name, handler in handlers:
signals.register(name, handler)
def _cat(self, x, y):
self.cat = Cat(x, y, self.batch,
self.images['catbody'], self.images['cathead'])
self.cat.parent = self
self.actors.append(self.cat)
register('cathit', self.cat.move)
return self.cat
def _gravity(self, x, y):
"""Make a gravity well near the click location."""
gravity = make_gravity(x, y, self.batch, self.images['gravity'],
self.space)
gravity.parent = self
self.actors.append(gravity)
register('vortexhit', gravity.hitbyball)
return gravity
def init(self, levels):
"""Expects a levels keyword argument."""
self.level = level = levels[0]()
self.images = {}
self.labels = {}
self.actors = []
self.batch = pyglet.graphics.Batch()
self.interfaces = []
# load our images
self.init_content()
# create a fps readout
self.fps_label = text.Label('FPS goes here',
font_name='Arial',
font_size=10,
x=10, y=10,)
# window width and height.
width, height = self.get_size()
# create a turret
(turx, tury) = level.turret
self.turret = Turret(turx * width, tury * height, self.batch,
self.images['frame'], self.images['barrel'])
self.turret.initPowerBar(self.images['powerbar'], self.batch, 4, 25, 70)
self.actors.append(self.turret)
#----------------------
# schrocat live on.
catx, caty = level.next_cat
cat = self._cat(catx * width, caty * width)
#----------------------
# make a bunch of vortexes..
vortexes_or_vortecii_which_is_correct = level.get_vortexes_for_level(1)
for v in vortexes_or_vortecii_which_is_correct:
(x, y), strength, level = v
gravity = self._gravity(x * width, y * height)
gravity.strength = strength
self._over = False
self._window_active = True
def make_callback_for(obj):
def someonehit(*args, **kwargs):
"""ball or cat needs to remove 1 from meter qty."""
obj.remove(qty=1)
return someonehit
self.ballMeter = Meter(10, 80, 50, 340,
(1.0,0.0,0.0), (0.0,1.0,0.0), 10, 5, True)
self.catMeter = Meter(580, 80, 50, 340,
(1.0,0.0,0.0), (0.0,1.0,0.0), 10, 5, True)
self.catMeter.parent = self
self.interfaces.append(self.ballMeter)
self.interfaces.append(self.catMeter)
# now make some callbacks to remove meter points when hit.
callback = make_callback_for(self.ballMeter)
register('shoot', callback)
callback = make_callback_for(self.catMeter)
register('cathit', callback)
add_three_balls = functools.partial(self.ballMeter.add, 3)
register('cathit', add_three_balls)
register('kill', self.remove_object)
return self
from signals import register
register('app.activate')
register('app.deactivate')
register('app.pre_start')
register('app.start')
register('app.ready')
register('app.close')
register('app.stop')
register('app.chdir')
register('app.command')
register('app.remote')
register('module.loaded')
register( 'command.new' )
register( 'command.undo' )
register( 'command.redo' )
register( 'command.clear' )
register('game.pause')
register('game.resume')
register('preview.start')
register('preview.resume')
register('preview.stop')
register('preview.pause')
register('debug.enter')
register('debug.exit')
from signals import register
register('app.activate')
register('app.deactivate')
register('app.pre_start')
register('app.start')
register('app.ready')
register('app.close')
register('app.stop')
register('app.chdir')
register('app.command')
register('app.remote')
register('module.loaded')
register('command.new')
register('command.undo')
register('command.redo')
register('command.clear')
register('game.pause')
register('game.resume')
register('preview.start')
register('preview.resume')
register('preview.stop')
register('preview.pause')
register('debug.enter')
register('debug.exit')
# SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
import os
import sys
import time
import threading
import xmmsclient
from xmmsclient import collections as coll
import signals
# TODO: better doc (rst)
# args -- id:int
signals.register('xmms-playback-current-id')
# args -- info:dict
signals.register('xmms-playback-current-info')
# args -- milliseconds:int
signals.register('xmms-playback-playtime')
# args -- status:int
# status values:
# xmmsclient.PLAYBACK_STATUS_PLAY
# xmmsclient.PLAYBACK_STATUS_STOP
# xmmsclient.PLAYBACK_STATUS_PAUSE
signals.register('xmms-playback-status')
# args -- playlist_name:string
from signals import register
register('app.activate')
register('app.deactivate')
register('app.pre_start')
register('app.start')
register('app.ready')
register('app.close')
register('app.stop')
register('app.chdir')
register('app.command')
register('app.remote')
register('app.open_file')
register('project.init')
register('project.preload')
register('project.presave')
register('project.load')
register('project.save')
register('module.loaded')
register('module.register')
register('module.unregister')
register('module.load')
register('module.unload')
register('preview.start')
register('preview.resume')
register('preview.stop')
def on_xmms_playback_playtime(self, milli):
if self.time/1000 != milli/1000:
self.time = milli
self._update()
def on_xmms_playback_status(self, status):
self.status = status
self._update()
def on_xmms_playback_current_info(self, info):
self.info = info
self.ctx = dict(zip((k[1] for k in self.info), self.info.values()))
self._update()
signals.register('show-message')
signals.register('clear-message')
class StatusArea(urwid.Pile):
def __init__(self):
self.status = urwid.AttrWrap(urwid.Text(''), 'status')
self._empty = urwid.Text('')
self.last_type = None
self.__super.__init__([self.status, self._empty], 1)
signals.connect('xmms-playback-volume-changed', self.on_xmms_playback_volume_changed)
signals.connect('show-message', self.set_message)
signals.connect('clear-message', lambda: self.clear_message(clear_loading=True))
def _restore(self, *args, **kwargs):
# SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
import os
import sys
import time
import threading
import xmmsclient
from xmmsclient import collections as coll
import signals
# TODO: better doc (rst)
# args -- id:int
signals.register('xmms-playback-current-id')
# args -- info:dict
signals.register('xmms-playback-current-info')
# args -- milliseconds:int
signals.register('xmms-playback-playtime')
# args -- status:int
# status values:
# xmmsclient.PLAYBACK_STATUS_PLAY
# xmmsclient.PLAYBACK_STATUS_STOP
# xmmsclient.PLAYBACK_STATUS_PAUSE
signals.register('xmms-playback-status')
# args -- playlist_name:string