def perform_get_levelset(parser, model):
(opt, args) = parser.parse_args()
res = pyfx.Vector(*opt.grid_resolution)
pad = pyfx.Vector(*opt.padding)
print("Resolution: ", common.strvector(res))
print("Padding: ", common.strvector(pad))
print("Threshold: ", opt.threshold)
with timer.print_on_finish("Levelset Generation"):
levelset = pyfx.Levelset(model, res, pad, opt.threshold)
return levelset
def fetch_renderer(opt):
renderer = render.Render(quality=render.get_quality(
opt.quality, fetch_quality(opt)),
scatter=opt.scatter,
dsm_step=opt.dsm_step,
dsm_size=opt.dsm_size,
name=opt.name,
frame=opt.frame,
light_fov=opt.fov,
output=opt.output)
for (x, y, z, intensity) in opt.lights:
light = pyfx.Light(pyfx.Vector(x, y, z), pyfx.Color(1), intensity)
renderer.add_light(light)
return renderer
def fetch_translate(opt):
if opt.translate == None: return None
return pyfx.Vector(*opt.translate)
def fetch_rotation(opt):
"""Fetch rotation parameters from arguments"""
if opt.rotate == None: return None
axis = opt.rotate[:3]
theta = math.radians(opt.rotate[3])
return (pyfx.Vector(*axis), theta)
def fetch_up(opt):
"""Fetch up vector."""
return pyfx.Vector(*opt.up)
def fetch_view(opt):
"""Fetch view vector from arguments."""
return pyfx.Vector(*opt.view)
def fetch_eye(opt):
"""Fetch eye vector from arguments."""
return pyfx.Vector(*opt.eye)