Package: rODE 0.99.6

Build the Reaction class with a RK4 solver | Run the application ReactionApp

Build the ODE class (without class accumulator) | Comparison of solutions: RK45 vs analytical solution | Build and run the application ComparisonRK45App | Storing the number of counts in a class environment object

A challenge | Build the ODE solver | Calculate the error for each step size | Plot the errors vs step size | Plot the number of steps vs. step size

The FallingParticleODE class using the Euler ODE solver | Build the FallingParticleODE class | Run the application FallingParticleODEApp

The Kepler class | Run the application KeplerApp

Muskat's Material Balance Equation | Solving the 1st Order Differential Equation (ODE) | Building the ODE for Material Balance | Implementing the Euler solver | Summary table | Solve Muskat's Equation using Runge-Kutta | Using a solver factory | Euler | Euler-Richardson | Runge-Kutta | Runge-Kutta 45 | What about doing all in one step | Plot the error of the solvers | Plot RK4 vs RK45 | Exercise: Using the ODE Solver RK4, find the saturation value at pressure of 3 with a time step 0.05

Define the ODE Solver: Pendulum with Euler-Richardson ODE solver | Run the application PendulumApp

Build the class Planet with the Euler ODE solver | Run the application PlanetApp

Build the Projectile class with RK4 solver | Run the application ProjectileApp