From octave-sources-request at bevo dot che dot wisc dot edu  Thu Oct  7 12:33:57 1999
Subject: ode integrator suite - v1.0
From: Marc Compere <compere at mail dot utexas dot edu>
To: octave-sources at bevo dot che dot wisc dot edu
Date: Thu, 07 Oct 1999 12:34:48 -0500

Octave users,

	Recently I've developed a suite of 6 explicit Runge-Kutta ode
integrators.  They are similar in functionality to octave's built-in
lsode() function.  There are 3 fixed-step integrators and 3
variable-step integrators.  All (explicit RK) integrators are
single-step methods. 

   - ode23.m    : variable step, 2nd-3rd order, Runge-Kutta, single-step
method
   - ode45.m    : variable step, 4th-5th order, Runge-Kutta, single-step
method
   - ode78.m    : variable step, 7th-8th order, Runge-Kutta, single-step
method

   - rk2fixed.m : fixed step, 2nd order, Runge-Kutta, single-step method
   - rk4fixed.m : fixed step, 4th order, Runge-Kutta, single-step method
   - rk8fixed.m : fixed step, 8th order, Runge-Kutta, single-step method

   - pendulum.m : a sample m-file script that runs all solvers
   - penddot.m  : derivative function file, returning dy/dt for a simple
pendulum

	You are welcome to use, modify, and redistribute these as you wish, but
please retain the original author's name(s).

	Single files or the whole group of them can be found at:
	http://marc.me.utexas.edu/tmp/octave_ode_solvers/

	Please send corrections or comments to compere at mail dot utexas dot edu dot 

Best regards,
Marc Compere

-- 
_________________________________________________
Marc Compere, The University of Texas at Austin
e-mail: compere at mail dot utexas dot edu
www   : http://nerdlab.me.utexas.edu/~compere
office: ETC 4.134a, (512) 471-7347
_________________________________________________