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Louisa & Titus
02-03-1998, 12:11 AM
Dear all:

Thanks for those responses to my question posted two weeks ago. My
questions and the responses are the following.

Dear all

I am looking for some softwares for doing 2-D inverse dynamics and
mechanic power analysis. I am aware of two softwares available in the:
http://www.kin.ucalgary.ca/isb/software/ . But besides this, are there
any other softwares available too?

I would post a summary of responses

thanks in advance.

The responses:

Yes, you can find detail at:
and specifically at:
Good luck
Gideon Ariel, Ph.D.


If you are familar with Matlab you can download a robotics toolbox from
their site which as functions for performing rigid body dynamics/inverse

dynamics calculations. These functions are useful for robotic link
calculations and simulations. If you are interseted more in
simulations, Working Model and Working Model 3D offer a powerful
simulation platform.

Rod Hale
Research Engineer
Memorial University of Newfoundland

__________________________________________________ _

I have some 2D kinematic & kinetic software for gait. It was written
originally for use on a Motion Analysis system in fortran, then later
for use on a Peak, then Ariel system in Quick Basic. It needs the 2D
or 3D
coordinate data & forceplate data and out puts the saggital plane 2D
moments & powers at the ankle, hip & knee. I validated it using the
data in
David Winter's book & used it in my lab for several years until I
obtained a
new system in 1994. Let me know if you don't get any other offers and
send you the source code.
__________________________________________________ _________

There is a software company called Peak Performance Technologies Inc.
They have a web site address:
Or http://www.peakperform.com/medical.htm
This company makes 2D and 3D analysis systems.

__________________________________________________ _______

BIOMAP was a package that I developed while I was at the University of
Western Australia. I've now retired from academia, but the package lives

The kinetic output lists the intersegmental ("joint" ) reaction forces,
the resultant muscle moment of force. The gravitational and
torque components are not listed separately.

Graeme A. Wood, PhD
Treasurer, International Society of Biomechanics
The University of Western Australia
Nedlands, WA 6907, AUSTRALIA
Tel: +61-8-9380 2361; Fax: +61-8-9380 1039
E-mail: gwood@cyllene.uwa.edu.au