def save(req):
if req.method != "POST":
log.error('bead method')
return redirect(resolve('error'))
d = req.stream.read(req.stream_length).decode('ascii')
d = parse_qs(d)
if 'text' not in d or 'name' not in d:
log.error('bead `name` or `text`')
return render('error.html', {'message': "required `name` and `text`!"})
text = d['text'][0]
name = d['name'][0]
# name = secure_filename(name)
path = os.path.join('data', name)
with open(path, 'w') as f:
log.info('write to {0}'.format(path))
f.write(text)
next = req.get.get('next')
if next:
next = resolve(next[0])
else:
next = resolve("apps.index.get") + "?name=" + name
return render('save.html', {
'timeout': 2000,
'next': next,
'name': name,
})
def save(req):
if req.method != "POST":
log.error('bead method')
return redirect(resolve('error'))
d = req.stream.read(req.stream_length).decode('ascii')
d = parse_qs(d)
if 'text' not in d or 'name' not in d:
log.error('bead `name` or `text`')
return render('error.html', {'message': "required `name` and `text`!"})
text = d['text'][0]
name = d['name'][0]
# name = secure_filename(name)
path = os.path.join('data', name)
with open(path, 'w') as f:
log.info('write to {0}'.format(path))
f.write(text)
next = req.get.get('next')
if next:
next = resolve(next[0])
else:
next = resolve("apps.index.get") + "?name=" + name
return render('save.html', {
'timeout': 2000,
'next': next,
'name': name,
})
def auRender(lazy = False):
scene = core.Scene()
## globals
options = {
"filename" : cmds.getAttr("AURglobals.fileName"),
"lightsamples" : cmds.getAttr("AURglobals.lightsamples"),
"mindepth" : cmds.getAttr("AURglobals.mindepth"),
"maxdepth" : cmds.getAttr("AURglobals.maxdepth"),
"pixelsamples" : cmds.getAttr("AURglobals.pixelsamples"),
"resolution" : [cmds.getAttr("AURglobals.resX"), cmds.getAttr("AURglobals.resY")],
}
scene.setOptions(options)
## camera
cam = ls(type='camera')[1] ## TODO: pretty darn hacky to take the 2nd arg here..
for c in ls(type='camera'):
if "persp" in c.name():
cam = c
trans = cam.getParent().getTranslation()
rot = cam.getParent().getRotation()
renderCam = core.Camera(fov = cmds.getAttr("AURglobals.fieldofview"))
renderCam.translate(trans[0], trans[1], trans[2])
renderCam.rotateZ(rot[2])
renderCam.rotateY(rot[1])
renderCam.rotateX(rot[0])
scene.setCamera(renderCam)
## objects
print "MtoAur: Parsing objects."
for mesh in ls(type='mesh', visible=True):
obj = parseMesh(mesh, lazy)
# get shading groups from shapes:
shadingGrps = listConnections(mesh,type='shadingEngine')
# get the shaders:
shd = ls(listConnections(shadingGrps),materials=1)
material = parseMaterial(shd[0], mesh.name(), scene)
# appen to shader pool
scene.appendMaterial(material)
obj.setMaterial(material.getName())
scene.append(obj)
## lights
print "MtoAur: Parsing lights."
for light in ls(type="light"):
liObj = parseLight(light)
scene.append(liObj)
print "MtoAur: Rendering"
core.render(scene)
print "MtoAur: Done rendering."
def test_mainloop():
expected_effects = [(Display(render(initial_state)), noop),
(Prompt("> "), lambda i: "move east"),
(Display("Okay."), noop),
(SaveGame(state=in_street), noop),
(Display(render(in_street)), noop),
(Prompt("> "), lambda i: raise_(KeyboardInterrupt())),
(Display("\nThanks for playing!"), noop)]
eff = mainloop(initial_state)
with raises(SystemExit):
perform_sequence(expected_effects, eff)
def test_step():
expected_effects = [(Display(render(initial_state)), noop),
(Prompt("> "), lambda i: "move east"),
(Display("Okay."), noop)]
eff = step(initial_state)
result = perform_sequence(expected_effects, eff)
assert result == in_street
def test_step_bad_command():
expected_effects = [
(Display(render(initial_state)), noop),
(Prompt("> "), lambda i: "do a flip"),
(Display("Expected: `take <item>` or `move <direction>`"), noop)
]
eff = step(initial_state)
result = perform_sequence(expected_effects, eff)
assert result == initial_state
def get(req):
name = req.get.get('name')
if not name:
return render('error.html', {'message': "No name!"})
name = name[0]
# name = secure_filename(name)
path = os.path.join('data', name)
if not os.path.exists(path):
return render('error.html', {'message': "Not Exists!"})
handler = ContentHandler()
xml.sax.parse(path, handler)
context = dict(name=handler['name'],
descr=handler['description'],
data=handler['data'])
return render('xml.html', context)
def test_quit_game():
for exc in (KeyboardInterrupt(), EOFError()):
expected_effects = [
(Display(render(initial_state)), noop),
(Prompt("> "), lambda i: raise_(exc)),
(Display("\nThanks for playing!"), noop),
]
eff = step(initial_state)
with raises(SystemExit):
perform_sequence(expected_effects, eff)
def step(state):
yield display(render(state))
try:
user_input = yield Effect(Prompt("> "))
cmd, arg = parse(user_input)
result = dispatch(state, cmd, arg)
yield display("Okay.")
yield do_return(result)
except (EOFError, KeyboardInterrupt):
yield display("\nThanks for playing!")
sys.exit(0)
except Exception as e:
yield display(str(e))
yield do_return(state)
def get(req):
name = req.get.get('name')
if not name:
return render('error.html', {'message': "No name!"})
name = name[0]
# name = secure_filename(name)
path = os.path.join('data', name)
if not os.path.exists(path):
return render('error.html', {'message': "Not Exists!"})
handler = ContentHandler()
parser = xml.sax.make_parser()
parser.setContentHandler(handler)
parser.setFeature(xml.sax.handler.feature_external_ges, 0)
parser.parse(path)
context = dict(name=handler['name'],
descr=handler['description'],
data=handler['data'])
return render('xml.html', context)
def main(resolution=(1920, 1080),
bounds=(0, 0, 1920, 1080),
vertex_code=None,
fragment_code=None,
filepath=None):
raw_data = render(resolution, bounds, fragment_code=fragment_code)
if filepath is None:
buff = memoryview(raw_data).tobytes()
sys.stdout.buffer.write(buff)
sys.stdout.buffer.flush()
quit()
if not re.match(r"^(.+)\.buffer$", filepath):
saveimg(raw_data, filepath)
else:
buff = memoryview(raw_data).tobytes()
file = os.path.join(os.path.dirname(__file__), "temp/output.buffer")
with open(file, "wb") as f:
f.write(buff)
# Dragon
dragon = geometry.ObjMesh("dragon", "/Users/espennordahl/Downloads/dino1.obj")
dragon.scale(30, 30, 30)
dragon.rotateY(-15)
dragon.translate(280, 0, 280)
scene.append(dragon)
#material = shaders.MatteSurface(color(1,1,1))
#dragon.material = material
# Cube
cube = geometry.ObjMesh("cube", "/Users/espennordahl/Downloads/dino2.obj")
cube.scale(30, 30, 30)
cube.rotateY(-15)
cube.translate(280, 0, 280)
scene.append(cube)
# Cornell box
# [...]
# Light
#light = lights.SquareAreaLight(exposure = 5.75, color = color(1,1,1))
#light.translate(280, 548.7, 280)
#scene.append(light)
core.render(scene)
bullets.append(player.shoot(scroll,display,sounds['shoot']))
if move > 0:
player.translate([player.speed*dt*1.5,0])
elif move < 0:
player.translate([-player.speed*dt,0])
player.update(dt,sounds['jump'],boulders)
for blt in bullets:
blt.update(dt,boulders,tiles,sounds['hit'])
for bder in boulders:
bder.set_tiles(tiles)
bder.update(dt)
#---------------------------------------rendering---------------------------------------
bg.render(display,scroll)
#render_map(game_map_bg,display,bg_tileset,scroll,[],16)
core.render(display,scroll)
tiles = render_map(game_map,display,tileset,scroll,['1','2'])
for bder in boulders:
bder.render(display,scroll)
for bullet in bullets:
bullet.render(display,scroll)
player.set_tiles(tiles)
player.render(display,scroll)
text = font1.render("Score :",True,(255,255,255))
text2 = font2.render(str(score),True,(255,255,255))
screen.blit(pygame.transform.scale(display,WINDOW_SIZE),(0,0))
screen.blit(text,(screen.get_width()/2 - 40,0))
screen.blit(text2,(screen.get_width()/2 + 50,0))
pygame.display.update()
clock.tick(60)
def index(req):
return render("index.html")
def index(req):
return render("index.html")