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Add function calculateCoriolisMatrix to return joint-space Coriolis tensor
As the document says, calculateInverseDynamics
use "recursive Newton Euler algorithm (RNEA)" to calculate inverse dynamics.
Let us have a look into ("recursive Newton Euler algorithm (RNEA)")
I think it would be very convenient for the controlling of the robot if those matrix, including joint-space inertia matrix M(q) and joint-space Coriolis tensor C(q) are exposed to user. M(q), joint-space inertia matrix, is accessible with
calculateMassMatrix
. So, I wonder if it is possible to expose joint-space Coriolis tensor C(q) as well to users, maybe named calculateCoriolisMatrix
.