You probably need to model your dynamics first on paper possibly a differential algebraic system refine that to the best of your ability, ask yourself will that be second order system or higher? Would linearizing it would suffice for your purpose? You probably need to provide an analog computation model thats made out of differentiators for the derivatives and anti derivatives or integrators to solve the ODE possibly multipliers for gain with a constant for the mass this is and would possible in XCOS building blocks complete stimulus inputs like ramps, sinusoids and display for step response etc. Even more advanced is your capability to compile a C like code for it to have run as an executable.
This looks one lab assisgnment for a class in control systems or dynamics if your the instructor if your the student you have to work it out in your head which is rather a good exercise. Scilab is pretty much a real good tool in the hands of those who can be creative with it. Regards, Berns B. Bernardino (Berns) J. Buenaobra Faculty at the Dept. of Physics - University of San Carlos Contact information: For immediate reply on issues on grades,ISMIS, exams, attendance, emergencies: Mobile +639054732772 For online academic consulting in assisted chat, voice, video: Google+ [email protected] Skype ID: poormanphysics Professional reference Research and Education link: http://ph. linkedin.com/pub/bernardino-buenaobra/16/42/637 On Apr 26, 2014 4:54 PM, "Christian Neuhofer" <[email protected]> wrote: > Hey there, > > Does anyone of you has allready tried to creat a 2 masses oscellating > system. > We are pretty new to scilab and don´t really know how to start with this > problem. > > Thx in advance. > > br, > Christian > _______________________________________________ > users mailing list > [email protected] > http://lists.scilab.org/mailman/listinfo/users >
_______________________________________________ users mailing list [email protected] http://lists.scilab.org/mailman/listinfo/users
