def visualize(pos, parents, offset, colors):
wi = Window()
w = wi.get_world()
act = NeuronRegion(vertices=pos, connectivity=parents, offset=offset, colors=colors, force_centering=True)
w.add(act)
return act
def visualize(pos, parents, offset, colors):
wi = Window()
w = wi.get_world()
act = NeuronRegion(vertices=pos,
connectivity=parents,
offset=offset,
colors=colors,
force_centering=True)
w.add(act)
return act
import numpy as np from fos import Window from fos.actor.spherecloud import SphereCloud n = 100 # the positions for the sphere positions = np.random.random( (n,3) ).astype( np.float32 ) * 500 # the radii for the spheres radii = np.random.random( (n,) ).astype( np.float32 ) * 10 # the color for the spheres colors = np.random.random( (n,4) ).astype( np.float32 ) * 10 colors[:,3] = 1.0 sc = SphereCloud( positions = positions, radii=radii, colors=colors ) wi = Window() w = wi.get_world() w.add(sc)
