gourd.bmp', True), dtype='float32')
# im_t = img[:, :, 1]
# plt.imshow(img)
# plt.show()
# parameters
timestep...= 1 # time step
mu = 0.2/timestep # coefficient of the distance regularization term R(phi)...set evolution
for n in range(iter_outer):
phi = drlse.drlse_edge(phi, g, lmda, mu, alfa, epsilon, timestep...evolution with alfa=0
alfa = 0
iter_refine = 10
phi = drlse.drlse_edge(phi, g, lmda, mu, alfa, epsilon, timestep