ott.solvers.quadratic.gromov_wasserstein_lr.LRGromovWasserstein.dykstra_update_kernel# LRGromovWasserstein.dykstra_update_kernel(k_q, k_r, k_g, gamma, ot_prob, min_entry_value=1e-06, tolerance=0.001, min_iter=0, inner_iter=10, max_iter=10000)[source]# Run Dykstra’s algorithm. Parameters: k_q (Array) k_r (Array) k_g (Array) gamma (float) ot_prob (QuadraticProblem) min_entry_value (float) tolerance (float) min_iter (int) inner_iter (int) max_iter (int) Return type: Tuple[Array, Array, Array]