def update():
installed = Popen(["cat", bat + "installed"], stdout=PIPE).stdout.read()
if installed == "0":
return set_color(i('ac_01', False), fg)
else:
status = Popen(["cat", bat + "state"], stdout=PIPE).stdout.read()
if status == "idle\n":
return set_color(i('ac_01', False),fg)
elif status == "charging\n":
percent = Popen(["cat", bat + "remaining_percent"],stdout=PIPE).stdout.read()[:-1]
time = Popen(["cat", bat + "remaining_charging_time"],stdout=PIPE).stdout.read()[:-1]
if time == "not_charging":
return set_color("%s%s%%" % (i ('ac_01'),percent), fg)
return set_color("%s%s%% %s" % (i ('ac_01'),percent, time), fg)
elif status == "discharging\n":
percent = Popen(["cat", bat + "remaining_percent"],stdout=PIPE).stdout.read()[:-1]
time = Popen(["cat", bat + "remaining_running_time"],stdout=PIPE).stdout.read()[:-1]
if time == "not_discharging":
if int(percent) > 66:
return set_color("%s%s%%" % (i ('bat_full_01'),percent), fg)
elif int(percent) < 33:
return set_color("%s%s%%" % (i ('bat_empty'),percent), fg)
else:
return set_color("%s%s%%" % (i ('bat_low_01'),percent), fg)
if int(percent) > 66:
return set_color("%s%s%% %s" % (i ('bat_full_01'),percent, time), fg)
elif int(percent) < 33:
return set_color("%s%s%% %s" % (i ('bat_empty_01'),percent, time), fg)
else:
return set_color("%s%s%% %s" % (i ('bat_low_01'),percent, time), fg)
def update():
try:
status = mpdHook.status()['state']
if status == 'play':
song = mpdHook.currentsong()
return set_color("%s%s - %s" %(i('play'), song['artist'], song['title']), fg)
elif status == 'pause':
song = mpdHook.currentsong()
return set_color("%s%s - %s" % (i('pause'), song['artist'], song['title']), fg)
elif status == 'stop':
return set_color(i('stop', False), fg)
except mpd.ConnectionError:
return set_color("MPD not available", fg)
def __setattr__(self, attribute, value):
"""
Set an attribute. See L{SVGElement.__setattr__} for more information, as
this function passes on unresolved attributes to it.
@type attribute: string
@param attribute: The name of the attribute being set.
@type value: string or number
@param value: The value of the attribute being set.
"""
if attribute == "color":
set_color(self, SVGElement, "stop-color", "stop-opacity", value)
else:
SVGElement.__setattr__(self, attribute, value)
def main():
# Setup the screen
pygame.init()
display = pygame.display.set_mode((800,600))
pygame.display.set_caption("Fallen Spire")
loader.set_base_path(os.path.join("..", "media"))
display.fill((0,0,0))
if (0):
display.fill((255,255,255))
img = loader.load_image(os.path.join("items", "compass.png"))
img = utils.set_color(img, (0,0,0))
utils.adjust_alpha(img, 170)
img = utils.blur_surf(img)
display.blit(img, (0, 0))
img = loader.load_image(os.path.join("items", "compass.png"))
display.blit(img, (1, 2))
pygame.display.flip()
while 1:
ev = pygame.event.wait()
if (ev.type == pygame.KEYDOWN): break
return
game = GameInterface()
game.mainloop()
def __setattr__(self, attribute, value): """ Set an attribute. This function is used to set the "stroke" attribute; if the attribute being set isn't "stroke" None will be returned. @type attribute: string @param attribute: The name of the attribute being set. @type value: string or number @param value: The value of the attribute being set. @rtype: boolean @return: True if the fill was set, otherwise False. """ if attribute == "stroke": set_color(self, SVGElement, "stroke", "stroke-opacity", value) return True else: return False
def update():
network = "kijowyRouter(StacjaMarsjanska)"
p = subprocess.Popen(["iwconfig", interface], stdout=subprocess.PIPE)
response = p.stdout.read().split(" ")
tmp = [x for x in response if "ESSID" in x][0]
if "off" in tmp:
return None
else:
tmp = [x for x in response if "Link Quality" in x][0].split('=')[1]
tmp = tmp.split('/')
temp = float(tmp[0])/float(tmp[1])*100
return set_color("%s%i%%" % ( i('wifi_02'), temp), fg)
def __init__(this, path, offset=(0,0)):
img = loader.load_image(path)
this.normal = GameInterface.add_shadow(img)
img = utils.darken_surf(img, -30)
this.highlight = GameInterface.add_shadow(img)
this.pressed = img
this.size = this.normal.get_size()
# Create an image mask for blanking out the button
this.blank = utils.set_color(this.normal, (255,255,255))
utils.adjust_alpha(this.blank, 255*255)
this.itemOffset = offset
def execute(self, speedup=1, pause=True):
self.remove_plots()
# make all objects fully opaque
utils.set_transparency(self.robot, 0)
tfs = {}
tfs[self.robot.GetName()] = self.robot.GetTransform()
for obj_name in self.world.movable_objects:
utils.set_transparency(self.env.GetKinBody(obj_name), 0)
tfs[obj_name] = self.env.GetKinBody(obj_name).GetTransform()
if pause:
raw_input("Press enter to run in simulation!")
for action in self.action_list:
if action.name.startswith("move"):
T = self.robot.GetTransform()
if action.obj:
obj = self.env.GetKinBody(action.obj.name)
obj_T = obj.GetTransform()
for ts in range(action.traj.num_timesteps()):
T[:3, 3] = action.traj.get_value()[:, ts]
self.robot.SetTransform(T)
if action.obj:
assert action.traj.num_timesteps() == action.obj_traj.num_timesteps()
obj_T[:3, 3] = action.obj_traj.get_value()[:, ts]
obj.SetTransform(obj_T)
time.sleep(0.02 / speedup)
if action.name.startswith("pick"):
utils.set_color(action.obj.get_env_body(self.env), [0, 1, 0])
if action.name.startswith("place"):
utils.set_color(action.obj.get_env_body(self.env), [0, 1, 1])
# restore transparency
utils.set_transparency(self.robot, 0.7)
for obj_name in self.world.movable_objects:
utils.set_transparency(self.env.GetKinBody(obj_name), 0.7)
# restore transforms
for n, t in tfs.items():
self.env.GetKinBody(n).SetTransform(t)
def update():
global rx_old
global tx_old
tx = 0
rx = 0
tmp = psutil.network_io_counters(pernic=True)[interface]
rx = tmp.bytes_recv
tx = tmp.bytes_sent
rxps = (rx - rx_old) / 1024
txps = (tx - tx_old) /1024
rx_old = rx
tx_old = tx
return set_color("%i %s%s%i" % (rxps, i('net_down_01', False),i('net_up_01'), txps), fg)
def render_shadow(this, dest, destpos):
(x, y) = destpos
# Create the base shadow image. We want it to be based on the
# character's current image but a little larger (implying a light
# source from below).
shadow = utils.set_color(this.image, (0,0,0,150))
# Enlarge the shadow a bit
scale = 1.15
shadow = pygame.transform.scale(
shadow, (shadow.get_width(),
int(shadow.get_height()*scale)))
# Blur the shadow a little
shadow = utils.blur_surf(shadow, 1)
# The shadow will be rendered to the left of the character's
# position, since that is how scene depth is rendered - up and
# to the left.
dh = shadow.get_height()-this.image.get_height()
(xp, yp) = (8, dh+3)
tileSet = this.level.tileSet
# Now here's the tricky part. We don't want the shadow to be
# cast on the backdrop image, but only on the background and
# midground grids. So, those grids are rendered into a separate
# buffer, then multiply that buffer's alpha channel by the
# shadow's alpha channel to appropriately clip the shadow.
tmp = pygame.Surface(shadow.get_size()).convert_alpha()
tmp.fill((0,0,0,0))
(centerx, centery) = this.level.midground.get_centerline_offset()
centery += EXTRA_DEPTH_OFFSET
# Render the background as it would appear under the shadow's image
this.level.background.render(
tmp, (0, 0),
tmp.get_rect().move(this.rect.left+centerx-xp,
this.rect.top+centery-yp), skipObjects=True)
# Do the same for the midground grid.
this.level.midground.render(
tmp, (0, 0),
tmp.get_rect().move(this.rect.left+centerx-xp,
this.rect.top+centery-yp), skipObjects=True)
# Multiply the alpha channels, effectivly clipping the image
utils.adjust_alpha(shadow, tmp)
# Now blit the shadow
dest.blit(shadow, (x-xp, y-yp))
def __init__(this, brush, nframes=18, color=(150,150,150)):
appearance.AppearanceFactory.__init__(this, "dust")
# Assign the brush a color
brush = utils.set_color(brush, color)
# Create the frames of the animation
anim = appearance.Animation()
for count in xrange(nframes):
# Figure out the alpha and size of the dust particle
n = float(count)/(nframes)
scale = 2.0 + 2.5*n
alpha = math.sin(n*math.pi)
img = pygame.transform.rotozoom(brush, 0, scale)
utils.adjust_alpha(img, int(255*alpha))
anim.add_frame(img, (0.5, 0.5))
# Wrap that animation in an action object
action = appearance.Action()
action.add_animation("south", anim)
action.looping = False
action.fps = 10
# Now add it as the default action
this.add_action("Idle", action)
def update():
return set_color("%s%s" % (i('clock'),datetime.datetime.now().strftime("%H:%M")), fg)
def update():
if alsaaudio.Mixer().getmute()[0] == 1:
return set_color(i('spkr_02', False), fg)
else:
return set_color(i('spkr_03') + str(alsaaudio.Mixer().getvolume()[0]) + "%", fg)