The Manipulator General Inverse Kinematic Solver (MAGIKS) is a numerical iterative Inverse Kinematic solver developed in Python which is presented as a developer's package containing various functions, classes and methods for the calculation of various kinematic properties of a general chained-link manipulator with arbitrary geometry and degrees of freedom.
MAGIKS is developed by Nima Ramezani in the Magic-Lab in the Faculty of Engineering and Information Technology (FEIT), University of Technology Sydney (UTS). Arguably, MAGIKS is the most comprehensive Jacobian-based general IK solver package proposed up to now, in terms of covering various algorithms and techniques. The special and unique features of MAGIKS made it applicable to a great number of general chain-link models. This generality expands MAGIK's domain of application to areas other than robotics including Biomechanics and Computer Animation. These features has made MAGIKS suitable for both researchers and end-users seeking a relaible tool-box for manipulation control.
Some of the main features of MAGIKS include:
This package is almost completed and ready to use, but the API documention page is still under construction. We are continuously working on it to provide a complete API documentation with clarified examples.
To install and use MAGIKS, follow the installation instructions here.
The API documentation for MAGIKS is available for developers but is not completed yet and is under construction.
This example shows how to use MAGIKS for a simple pose projection task for (7 DOF) PA10 robot.
S-PR2 is a part of MAGIKS that is specifically designed for PR2 humanoid robot. It supports an analytic-closed form kinematic control in addition to the numeric IK solver embedded in MAGIKS.
As it is part of MAGIKS package, by installing MAGIKS, you will have S-PR2 installed.
The API documentation for S-PR2 is available for developers.
To start quickly with S-PR2, see the following example: