octave_src

• allen_cahn_ode, an Octave code which sets up and solves the 1D Allen-Cahn reaction-diffusion ordinary differential equation (ODE).
• allen_cahn_ode_test
• arenstorf_ode, an Octave code which describes an ordinary differential equation (ODE) which defines a stable periodic orbit of a spacecraft around the Earth and the Moon.
• arenstorf_ode_test
• biochemical_linear_ode, an Octave code which defines a linear biochemical ordinary differential equation (ODE).
• biochemical_linear_ode_test
• biochemical_nonlinear_ode, an Octave code which defines a nonlinear biochemical ordinary differential equation (ODE).
• biochemical_nonlinear_ode_test
• boundary_word, an Octave code which works with a polyomino that is described by its boundary word, a sequence of U/D/L/R symbols that indicate how to trace out its boundary.
• boundary_word_test
• brusselator_ode, an Octave code which defines the Brusselator ordinary differential equation (ODE) system.
• brusselator_ode_test
• diophantine_nd, an Octave code which is given a Diophantine equation in N variables, and returns all nonnegative solutions, or all strictly positive solutions.
• diophantine_nd_test
• double_pendulum_ode, an Octave code which defines the double pendulum ordinary differential equation (ODE).
• double_pendulum_ode_test
• flame_ode, an Octave code which considers an ordinary differential equation (ODE) which models the growth of a ball of flame in a combustion process.
• flame_ode_test
• graphics_test, Octave codes which graphically display various kinds of data.
• hello, an Octave code which prints out "Hello, world!".
• hello_test
• henon_heiles_ode, a MATLAB code which solves the Henon-Heiles system of ordinary differential equations (ODE) which model the motion of a star around the galactic center.
• henon_heiles_ode_test
• humps_ode, an Octave code which solves an ordinary differential equation (ODE) whose solution is a double hump curve.
• humps_ode_test
• kepler_ode, a MATLAB code which defines the ordinary differential equations (ODE) for a Kepler two-body gravitational system.
• kepler_ode_test
• kepler_perturbed_ode, a MATLAB code which defines the ordinary differential equations (ODE) for a perturbed Kepler two-body gravitational system.
• kepler_perturbed_ode_test
• lorenz_ode, defines the right hand side of the Lorenz system of ordinary differential equations (ODE).
• lorenz_ode_test
• octopus, a Octave code which contains some Octave-specific utilities.
• octopus_test
• oscillator_ode, an Octave code which defines the highly oscillatory ordinary differential equation (ODE).
• oscillator_ode_test
• pariomino, an Octave code which considers pariominoes, which are polyominoes with a checkerboard parity.
• pariomino_test
• pendulum_ode, an Octave code which sets up the ordinary differential equations (ODE) that represent a linear model of the behavior of a pendulum of length L under a gravitational force of strength G.
• pendulum_ode_test
• pendulum_nonlinear_ode, an Octave code which sets up the ordinary differential equations (ODE) that represent a nonlinear model of the behavior of a pendulum of length L under a gravitational force of strength G.
• pendulum_nonlinear_ode_test
• polyomino_parity, an Octave code which uses parity considerations to determine whether a given set of polyominoes can tile a specified region.
• polyomino_parity_test
• polyominoes, an Octave code which defines, solves, and plots a variety of polyomino tiling problems, which are solved by a direct algebraic approach, instead of the more typical brute-force or backtracking methods.
• polyominoes_test
• predator_prey_ode, an Octave code which solves a time-dependent predator-prey system of ordinary differential equations (ODE).
• predator_prey_ode_test
• quasiperiodic_ode, an Octave code which sets up a system of ordinary differential equations (ODE) for a problem with a quasiperiodic solution.
• quasiperiodic_ode_test
• robertson_ode, an Octave code which sets up a system of three nonlinear stiff ordinary differential equations (ODE) characterizing an autocatalytic chemical reaction.
• robertson_ode_test
• roessler_ode, an Octave code which defines the right hand side of the 3D Roessler system of ordinary differential equations (ODE).
• roessler_ode_test
• rubber_band_ode, an Octave code which defines and solves a set of ordinary differential equations (ODE) describing a mass suspended by a spring and rubber band, which can exhibit chaotic behavior.
• rubber_band_ode_test
• sir_ode, an Octave code which sets up the ordinary differential equations (ODE) which simulate the spread of a disease using the Susceptible/Infected/Recovered (SIR) model.
• sir_ode_test
• sphere_ode, an Octave code which sets up the ordinary differential equations (ODE) which model motion on the surface of a sphere.
• sphere_ode_test
• stiff_ode, an Octave code which considers an ordinary differential equation (ODE) which is an example of a stiff ODE.
• stiff_ode_test
• string_ode, an Octave code which simulates the behavior of a vibrating string by solving the corresponding initial boundary value problem (IBVP).
• string_ode_test
• tester, a BASH script which runs the Octave test codes.
• three_body_ode, a MATLAB code which defines ordinary differential equations (ODE) that simulate the behavior of three planets, constrained to lie in a plane, and moving under the influence of gravity, by Walter Gander and Jiri Hrebicek.
• three_body_ode_test
• timestamp, an Octave code which prints the current YMDHMS date as a timestamp;
• timestamp_test
• two_body_ode, an Octave code which defines ordinary differential equations (ODE) which simulate the behavior of two bodies, constrained to lie in a plane, moving under the influence of gravity, with one body much more massive than the other.
• two_body_ode_test
• zombie_ode, an Octave code which sets up a system of ordinary differential equations (ODE) for a generalized Susceptible-Infected-Recovered (SIR) disease model to simulate a zombie attack, developed by Philip Munz.
• zombie_ode_test