def getUVs(object, particle_system):
""" returns a numpy-array of uv - coordinates for a given particle-system
on a given object """
locations = [
p.location for p in object.particle_systems[particle_system].particles
]
uvs = [pam.map3dPointToUV(object, object, loc) for loc in locations]
return np.array(uvs)
def createAxons(p_obj, s_obj, quantity, mean, variance):
for p in p_obj.particle_systems[0].particles:
uv = pam.map3dPointToUV(p_obj, s_obj, p.location)
create_uv_tree(s_obj, quantity, uv, mean, variance)
def getUVs(object, particle_system):
""" returns a numpy-array of uv - coordinates for a given particle-system
on a given object """
locations = [p.location for p in object.particle_systems[particle_system].particles]
uvs = [pam.map3dPointToUV(object, object, loc) for loc in locations]
return np.array(uvs)
def createAxons(p_obj, s_obj, quantity, mean, variance):
for p in p_obj.particle_systems[0].particles:
uv = pam.map3dPointToUV(p_obj, s_obj, p.location)
create_uv_tree(s_obj, quantity, uv, mean, variance)
