@@ -237,7 +237,7 @@ void WalkingController::ExecuteLoop()
237237{
238238 using namespace xpp ::utils;
239239 using namespace xpp ::zmp;
240- ROS_INFO_STREAM_THROTTLE (robot_->GetControlLoopInterval (), " time: " << Time ());
240+ // ROS_INFO_STREAM_THROTTLE(robot_->GetControlLoopInterval(), "time: " << Time());
241241
242242 /* * 1. motion plan generation */
243243 /* * CURRENT state of robot through joint encoder readings and state estimation **/
@@ -246,14 +246,14 @@ void WalkingController::ExecuteLoop()
246246
247247 P_curr_.swingleg_ = P_des_.swingleg_ ;
248248 EstimateCurrPose (); // through sensors and state estimation
249- std::cout << " P_curr: " << P_curr_.base_ .pos << " \n " ;
249+ // std::cout << "P_curr: " << P_curr_.base_.pos << "\n";
250250 jsim_.update (q);
251251
252252
253253 /* * @brief DESIRED state given by splined plan and zmp optimizer **/
254254 P_des_.base_ .pos = spliner_.GetCurrPosition (Time ());
255255 P_des_.base_ .ori = spliner_.GetCurrOrientation (Time ());
256- std::cout << " P_des: " << P_des_.base_ .pos << " \n " ;
256+ // std::cout << "P_des: " << P_des_.base_.pos << "\n";
257257 spliner_.FillCurrFeet (Time (), P_des_.feet_ , P_des_.swingleg_ );
258258 // logging
259259 log_base_acc_des_ff.segment <3 >(LX ) = P_des_.base_ .pos .a ; // logging only
@@ -398,7 +398,7 @@ void WalkingController::EstimateCurrPose()
398398 }
399399
400400 // logging
401- ROS_DEBUG_STREAM_THROTTLE (robot_->GetControlLoopInterval (), " time: " << Time () << " \n P_curr_:\n " << P_curr_);
401+ // ROS_DEBUG_STREAM_THROTTLE(robot_->GetControlLoopInterval(), "time: " << Time() << "\nP_curr_:\n" << P_curr_);
402402}
403403
404404Eigen::Vector3d
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