Article View: comp.theory.dynamic-sys
Article #252Analytical Solution of ODE from Making Them Move (Requested)
From: John David Funge
Date: Tue, 05 Jan 1993 21:28
Date: Tue, 05 Jan 1993 21:28
25 lines
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1287 bytes
In Chapter 14 (Using Dynamics in Computer Animation: Control and Solution Issues by Mark Green) of Making Them Move edited by Badler, Barsky & Zelter the following sets of equations are given. Linear Equations: m1 q1'' + c1 q1' + c2(q1' - q2') + k1 q1 + k2(q1 - q2) = F1 m2 q2'' + c2(q2' - q1') + k2(q2 - q1) = F2 Non-linear Equations: m1 q1'' + c1 q1' + c2(q1' - q2') + k1 q1 - k2[(q2 - q1) + 0.5(q2 - q1)^3] = F1 m2 q2'' + c2(q2' - q1') + k2[(q2 - q1) + 0.5(q2 - q1)^3] = F2 m1, m2, c1, c2, k1, k2, F1, F2 are constants. The text states that these equations have analytical solutions and gives Advanced Dynamics by D'Souza, A.F. and V.K. Garg (1984) as a reference. I have been unable to obtain a copy of Advanced Dynamics, so if any one can provide me with the analytical solutions to the above equations I would be grateful (funge@dgp.toronto.edu).
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Path: arc1-ca.pugleaf.net!sparky!uunet!usc!cs.utexas.edu!torn!utcsri!dgp.toronto.edu!funge Newsgroups: comp.theory.dynamic-sys,comp.graphics.animation From: funge@dgp.toronto.edu (John David Funge) Subject: Analytical Solution of ODE from Making Them Move (Requested) Message-ID: <1993Jan5.162836.13236@jarvis.csri.toronto.edu> Organization: CSRI, University of Toronto Date: 5 Jan 93 21:28:36 GMT Lines: 25