Hi Greg,

Good idea! I've worked with IKFast and OpenRAVE for a few years as part of
my graduate work, and it's definitely a powerful system.  The really nice
thing about it is that it outputs C++ code that can be compiled into
another program, and has standardized inputs and outputs. The solvers can
typically return results in microseconds, which should be plenty for
trajectory planning. It's also really nice in that you can model your robot
in a simple XML format, simulate it in OpenRAVE, and see the IK solutions
visually, so you're not flying blind.

-Rob


On Wed, Nov 6, 2013 at 4:02 AM, Gregg Eshelman <[email protected]> wrote:

> On 11/5/2013 11:44 PM, Sven Wesley wrote:
> > 2013/11/6 Marius Alksnys <[email protected]>
> >
> >> I am using master branch.
> >>
> >> On 11/05/2013 11:29 PM, Sebastian Kuzminsky wrote:
> >>> What branch are you using?  I believe the joints_axes4 branch may have
> >>> some of these issues fixed.
> >>
> >>
> > Sebastian (in Stuttgart) addressed some kinematic problems as well, like
> > the "Gimbal lock". I don't know if he proceeded to fix that himself. You
> > should e-mail him and ask.
>
> Could IKFast be brought into LCNC from OpenRAVE?
>
> https://en.wikipedia.org/wiki/OpenRAVE
>
>
>
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