Iteration

Normal distribution in java

The following java project contains the java source code and java examples used for normal distribution. This applet shows how normally distributed snowflakes makes a Normal Distribution curve at the bottom. There are 500 snowflakes per iteration and 50 iterations so 500x50 snowflakes.

Ascii progress bar in matlab

The following Matlab project contains the source code and Matlab examples used for ascii progress bar. This program allows you to draw a progress bar containing the percentage of completion, the number of iterations made, the number of total iterations and the approximate remaining time. The main file is print_time_left.m which calls progress_bar.m and print_same_line.m

Finds the root(s) of a function of one variable, including complex roots, using newton's method. in matlab

The following Matlab project contains the source code and Matlab examples used for finds the root(s) of a function of one variable, including complex roots, using newton's method. . NEWTZERO(f,xr,n,tol) finds roots of function f near guess xr with n iterations to tolerance tol.

Display time remaining in a loop v2.1 in matlab

The following Matlab project contains the source code and Matlab examples used for display time remaining in a loop v2.1. If you are tired of waiting for loops to finish, not knowing whether you have enough time to go and get lunch, or a nice cup of tea, then your problems are solved :) This function will display the time left (as a string or vector) in Hrs Mins Secs until the current loop completes all its iterations.

The limaps algorithm in matlab

The following Matlab project contains the source code and Matlab examples used for the limaps algorithm. A new regularization method for sparse representation based on a fixed-point iteration schema which combines two Lipschitzian-type mappings: an orthogonal projector and a nonlinear one for sparsity promotion.

Vectorized analytic two body propagator (kepler universal variables) in matlab

The following Matlab project contains the source code and Matlab examples used for vectorized analytic two body propagator (kepler universal variables). The Keplerian universal variable two body propagation method, using the Newton-Raphson iteration technique, provides a highly efficient propagation routine which doesn't have to transform coordinate systems from cartesian to Keplerian and back again.

Iterative feedback control of plate ball orientation and position in matlab

The following Matlab project contains the source code and Matlab examples used for iterative feedback control of plate ball orientation and position. This MATLAB function applies the algorithm in 'A Framework for the Stabilization of General Nonholonomic Systems With an Application to the Plate-Ball Mechanism' by Giuseppe Oriolo and Marilena Vendittelli in IEEE TRANSACTIONS ON ROBOTICS, VOL.

Kepler's equation in matlab

The following Matlab project contains the source code and Matlab examples used for kepler's equation. Four MATLAB functions for solving Kepler's equation using Danby's method, Danby's method with Mikkola's initial guess, Stumpff functions, Gooding's two iteration method, and heliocentric parabolic and near-parabolic orbitsusing a modified Barker algorithm.

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