An ODE (ordinary differential equation, in contrast to partial differential equation) is a differential equation containing a function or functions of exactly one independent variable.
The (brief) documentation for scipy.integrate.ode says that two methods (dopri5 and dop853) have stepsize control and dense output. …
python scipy odeI am trying to create a simple simulation program of SIR-epidemics model in java. Basically, SIR is defined by a …
java math ode differential-equationsI'm implementing a very simple Susceptible-Infected-Recovered model with a steady population for an idle side project - normally a pretty …
python scipy odeMore specifically, i'm interested in 8th order Dormand-Prince embedded method, it's based on Runge-Kutta, and stiff equations. I use Numerical …
c++ numerical-methods ode differential-equationsHow solve a system of ordinary differential equation ..an initial value problem ....with parameters dependent on time or independent variable? …
matlab parameters odeThese are the functions I have written: def rk4(f, t0, y0, h, N): t = t0 + arange(N+1)*h y = …
python ode differential-equations runge-kuttay''' + 41y'' + 360y' + 900y = 600x' + 1200x; y(0)= 2 ; y'(0)= 1 ; y''(0) = -0.05 How can I solve this equation using the ODE45 function? …
matlab differential-equations ode