'l_forearm_roll_joint': 0.0,
            'l_wrist_flex_joint': -1.05,
            'r_elbow_flex_joint': -2.1213,
            'r_shoulder_lift_joint': 1.2963,
            'r_shoulder_pan_joint': 0.0,
            'r_upper_arm_roll_joint': 0.0,
            'r_forearm_roll_joint': 0.0,
            'r_wrist_flex_joint': -1.05,
            'torso_lift_joint': 0.16825
        }
        closer = ObsessiveObjectCloser(
            Path('iai_oven_area'),
            Path('pr2/links/r_gripper_r_finger_tip_link'),
            Path('pr2/links/head_mount_link'),
            '/tracked/state',
            '/pr2',
            resting_pose=resting_pose)

    while not rospy.is_shutdown():
        rospy.sleep(1000)

    if closer.pushing_controller is not None and PANDA_LOGGING:
        recW, recB, recC, recs = convert_qp_builder_log(
            closer.pushing_controller)

        draw_recorders([recW, recB, recC] + [
            r for _, r in sorted(recs.items())
        ], 1, 12, 6).savefig(
            res_pkg_path(
                'package://kineverse_experiment_world/test/keep_contact.png'))
            start = Time.now()
            integrator.run(int_factor,
                           1200,
                           logging=False,
                           real_time=False,
                           show_progress=True)
            total_dur.append((Time.now() - start).to_sec())
            n_iter.append(integrator.current_iteration + 1)
        except Exception as e:
            print(f'Exception during integration:\n{e}')

        # DRAW
        print('Drawing recorders')
        # draw_recorders([filter_contact_symbols(integrator.recorder, integrator.qp_builder), integrator.sym_recorder], 4.0/9.0, 8, 4).savefig('{}/{}_sandbox_{}_plots.png'.format(plot_dir, robot, part))
        if PANDA_LOGGING:
            rec_w, rec_b, rec_c, recs = convert_qp_builder_log(
                integrator.qp_builder)
            rec_c.title = 'Joint Velocity Commands'
            rec_c.data = {
                s.split(SPS)[1]: d
                for s, d in rec_c.data.items()
                if s.split(SPS)[1] in start_poses['pr2']
            }
            print(rec_c.data)
            color_gen = ColorGenerator(v=1.0, s_lb=0.75)
            rec_c.colors = {
                s: color_gen.get_color_hex()
                for s in rec_c.data.keys()
            }
            rec_c.data_lim = {}
            rec_c.compute_limits()
            rec_c.set_xtitle('Iteration')