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I am analysing the response to rbcar in Gazebo by giving an open loop velocity commands and comparing it with the actual velocity of rbcar using the /gazebo/model_states topic and I am noticing a a steady state error in the said response (refer to plot below). I naturally tried to change the gains in rbcar.yaml but that doesn't seem change the response that much.
My questions are:
In rbcar_robot_control, the velocity for each wheel is computed using ref_speed_joint = 2.0 * v_ref_ / RBCAR_WHEEL_DIAMETER. Could you help me understand the math behind this?
Could you also help me understand how you arrived at the gains in rbcar_control.yaml? Can I interpret these gains as an abstraction of how the actual rbcar hardware converts the velocity commands to AC motor voltages and so on?
The text was updated successfully, but these errors were encountered:
I am analysing the response to rbcar in Gazebo by giving an open loop velocity commands and comparing it with the actual velocity of rbcar using the /gazebo/model_states topic and I am noticing a a steady state error in the said response (refer to plot below). I naturally tried to change the gains in rbcar.yaml but that doesn't seem change the response that much.

My questions are:
The text was updated successfully, but these errors were encountered: