This PR aims at adding a kinodynamics forward scheme to Aligator. This kinodynamics scheme takes into account the full kinematics of the robot and its centroidal dynamics expressed in base frame. The derivatives are easier to compute than the full dynamics ones, at the price of having to rely on an inverse dynamics QP to output the commanded torques.
A Python script of an optimal control problem involving Solo walking is provided as an example.
This PR aims at adding a kinodynamics forward scheme to Aligator. This kinodynamics scheme takes into account the full kinematics of the robot and its centroidal dynamics expressed in base frame. The derivatives are easier to compute than the full dynamics ones, at the price of having to rely on an inverse dynamics QP to output the commanded torques.
A Python script of an optimal control problem involving Solo walking is provided as an example.