def main():
global win
clock.schedule(rabbyt.add_time)
win = pyglet.window.Window(width=leaves.SCREEN_WIDTH, height=leaves.SCREEN_HEIGHT)
window.set_window(win)
rabbyt.set_default_attribs()
garbage = GarbageCan()
leafs = leaves.LeafGroup()
leafs += [leaves.Leaf(), leaves.Leaf(), leaves.Leaf() ]
for i in range(len(leafs)):
leafs[i].logicalX = 260 + i*80
leafs[i].logicalY = 100 + i*60
leafs[i].logicalZ = 10
while not win.has_exit:
tick = clock.tick()
win.dispatch_events()
leafs.update(tick)
garbage.update(tick)
events.ConsumeEventQueue()
rabbyt.clear((1, 1, 1))
leafs.draw()
garbage.draw()
win.flip()
def main():
clock.schedule(rabbyt.add_time)
win = pyglet.window.Window(width=800, height=600)
window.set_window(win)
rabbyt.set_default_attribs()
grill = Grill()
while not win.has_exit:
tick = clock.tick()
win.dispatch_events()
grill.update(tick)
rabbyt.clear((1, 1, 1))
grill.draw()
win.flip()
def add_orchidee_as_index(orchidee, indexfile, varname):
"""copies an orchidee output to the indexfile.
The file name "orchidee" must represent a rebuilt orchidee
file. (meaning that there is one file representing the
entire spatial domain for the year, as opposed to
the raw orchidee output which is one file per processor
per year.)
"indexfile" must already exist and must be writeable."""
orc = nc.Dataset(orchidee)
idx = nc.Dataset(indexfile, "a")
window_var = orc.variables[varname]
window_lons = orc.variables['lon']
window_lats = orc.variables['lat']
geog_box = [
np.min(window_lons),
np.max(window_lons),
np.min(window_lats),
np.max(window_lats)
]
ds_lats = idx.variables['nav_lat'][:, 0]
ds_lons = idx.variables['nav_lon'][0, :]
w = trend.Window(ds_lats, ds_lons, geog_box)
ca = trend.CompressedAxes(idx, 'land')
# create the output variable
outvar = idx.createVariable(varname, window_var.dtype, ('days', 'land'))
# copy data one day at a time
for d in range(len(idx.dimensions['days'])):
# get the data from the orchidee simulation
day_data = window_var[d, ...]
# pad the data so it's the same size as
# the data in the index file.
day_data = w.set_window(day_data)
# compress it down to 1D vector
compressed_day_data = ca.compress(day_data)
# write it to file
outvar[d, :] = compressed_day_data
orc.close()
idx.close()
def add_orchidee_as_index(orchidee, indexfile, varname) :
"""copies an orchidee output to the indexfile.
The file name "orchidee" must represent a rebuilt orchidee
file. (meaning that there is one file representing the
entire spatial domain for the year, as opposed to
the raw orchidee output which is one file per processor
per year.)
"indexfile" must already exist and must be writeable."""
orc = nc.Dataset(orchidee)
idx = nc.Dataset(indexfile, "a")
window_var = orc.variables[varname]
window_lons = orc.variables['lon']
window_lats = orc.variables['lat']
geog_box = [ np.min(window_lons), np.max(window_lons),
np.min(window_lats), np.max(window_lats) ]
ds_lats = idx.variables['nav_lat'][:,0]
ds_lons = idx.variables['nav_lon'][0,:]
w = trend.Window(ds_lats, ds_lons, geog_box)
ca = trend.CompressedAxes(idx, 'land')
# create the output variable
outvar = idx.createVariable(varname, window_var.dtype,
('days', 'land'))
# copy data one day at a time
for d in range(len(idx.dimensions['days'])) :
# get the data from the orchidee simulation
day_data = window_var[d,...]
# pad the data so it's the same size as
# the data in the index file.
day_data = w.set_window(day_data)
# compress it down to 1D vector
compressed_day_data = ca.compress(day_data)
# write it to file
outvar[d,:] = compressed_day_data
orc.close()
idx.close()
exit(0)
def restart_program():
python = sys.executable
os.execl(python, python, *sys.argv)
def show_info_label_for_add_window(text):
label = set_label(add_window_bottom_field, text, 0, 0, '#c7d4d1')
add_window.after(3000, label.destroy)
# main
main_window = window.set_window('CENNIK', 1100, 550, '#c6c3c0')
icon = tk.PhotoImage(file='img/indeks.png')
main_window.tk.call('wm', 'iconphoto', main_window._w, icon)
main_window.protocol("WM_DELETE_WINDOW", close_app)
top_field = tk.Frame(main_window)
top_field.pack(side=tk.TOP, fill=tk.Y)
top_field.configure(background='#c6c3c0')
entry_and_button_field = tk.Frame(main_window)
entry_and_button_field.pack(side=tk.TOP, fill=tk.Y)
entry_and_button_field.configure(background='#c6c3c0')
result_field = tk.Frame(main_window)
result_field.pack(side=tk.TOP, fill=tk.Y)
def main(sound_on=True, show_fps=True):
global game_window
game_window = pyglet.window.Window(width=800, height=600)
window.set_window(game_window)
pyglet.clock.schedule(rabbyt.add_time)
rabbyt.set_default_attribs()
storyteller = narrative.StoryTeller()
wind = leaves.Wind()
leafGenerator = leaves.LeafGenerator()
leafGroup = leaves.LeafGroup()
bubbles.init()
bubbles.win = game_window
storyteller = narrative.StoryTeller()
mowr = mower.Mower()
guage = mower.Guage(mowr)
dawg = dog.Dog()
pooMaster = dog.PooMaster()
floaterGenerator = glitches.FloaterGenerator()
codeGenerator = glitches.SourcecodeGenerator()
scene = sky.Background(mowr)
game_title = title.Title()
# frontload a big png
blah_ = data.pngs["codesnip.png"]
mini_grill = grass.MiniGrill()
big_grill = grill.Grill()
if show_fps:
fps_display = pyglet.clock.ClockDisplay()
if sound_on:
soundtrack = sound.queue_soundtrack()
soundtrack.play()
while not game_window.has_exit:
tick = pyglet.clock.tick()
game_window.dispatch_events()
if big_grill.active:
big_grill.update(tick)
scene.color = (0.2, 0.7, 0.2)
else:
scene.update(tick)
leafGenerator.update(tick)
leafGroup.update(tick)
wind.update(tick)
dawg.update(tick)
pooMaster.update(tick)
floaterGenerator.update(tick)
codeGenerator.update(tick)
bubbles.bubbleMaker.update(tick)
mowr.update(tick)
game_title.update(tick)
if mini_grill.active:
big_grill.active = True
mini_grill.active = False
rabbyt.clear((scene.color))
events.ConsumeEventQueue()
if not big_grill.active:
scene.draw()
mini_grill.draw()
mowr.draw()
leafGroup.draw()
pooMaster.draw()
dawg.draw()
floaterGenerator.draw()
bubbles.bubbleMaker.draw()
guage.draw()
codeGenerator.draw()
else:
big_grill.draw()
bubbles.bubbleMaker.draw()
game_title.draw()
if show_fps:
fps_display.draw()
game_window.flip()
