Implementation of numerical integration algorithms like Euler and Runge–Kutta (RK4)
-
Updated
Nov 11, 2013 - C
#
runge-kutta-4
Here are 9 public repositories matching this topic...
Numerical Methods for Physics
matrix-multiplication fitting plotting differential-equations numerical-methods gauss-elimination strange-attractors attractors singular-value-decomposition euler-method runge-kutta-4 trayectoria gauss-jordan-elimination
-
Updated
Oct 4, 2018 - C
Codes for diffferent Numerical methods
newton-raphson simpson-rule interpolation-methods euler-method regula-falsi runge-kutta-4 lagrange-polynomial-interpolation trapezoidal-method
-
Updated
Jul 14, 2019 - C
Upper Secondary School graduation project for Sinan Pasic, class 18B, graduate of NTI Gymnasiet, Västerås June 2021.
-
Updated
May 11, 2021 - C
The classical 4th order Runge-Kutta solver, implemented in plain C for optimal performance. Also includes a wrapper library with Python bindings, so it may be called from within Python.
-
Updated
Nov 3, 2023 - C
-
Updated
Feb 8, 2018 - C
linear ODE solver using runge-kutta-4th
-
Updated
Jan 30, 2024 - C
Runge–Kutta method RK4 for second order differential equations
differential-equations numerical-methods sode runge-kutta rk4 runge-kutta-4 rungekutta rk4-ode-solver
-
Updated
Apr 21, 2023 - C
Solve differential equations with some numerical integration methods
c gnu-linux gnuplot numerical-integration numerical-simulations numerical-computation euler-integration euler-cromer runge-kutta-4 verlet-integration
-
Updated
Jul 21, 2019 - C
Improve this page
Add a description, image, and links to the runge-kutta-4 topic page so that developers can more easily learn about it.
Add this topic to your repo
To associate your repository with the runge-kutta-4 topic, visit your repo's landing page and select "manage topics."