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The Math Stuff Library

I've long been fascinated by unusual mathematical     topics. Here is a collection of algorithms and tutorials     that range from old standards to the utterly unique...

The Math Stuff Main Library Page     Magic Sinewave Ultra Speed Calculator   The Saga of the Dripping Stalactite   PostScript Fractal Fern   Sudoku Form Sourcecode and Example   Sudoku Solution Sourcecode and Example   Gonzo PostScript Utilities   Gauss-Jordan Stability Issues    Fibonacci's Golden Sunflower   Bezier Cubic Spline Library   Book Scanning Gutter Math   Nonlinear Graphic Transforms   PIC PostScript Flutterwumpers    Vector to Step Conversion   Recent Developments in Magic Sinewaves   Architect's Perspective Utilities   Image Post Processing Tools   A Digital Airbrushing Algorithm   Some Inverse Graphics Transforms   Pixel Interpolation Algorithms   False Color and Rainbow Mods   Cubic Spline Minimum Point Distance   Gauss-Jordan Solution of nxn Linear Equations   PostScript Numeric Reporting Improver   Cubic Spline Catenary Approximations   Solving Puzzles with PostScript   Gonzo Utility Log Plots   Two Phase Magic Sinewaves   Cubic Spline Length and Subdivision   Cubic Spline through Four Data Points   The Math Behind Cubic Splines   Cubic Spline Circles and Ellipses   Improved Keystone Corrector   Word Frequency Analysis Tools   Simple EM Field Solution Rebounding Utilities   Fun with Fields   A Heap Sort for PostScript   Fast and Efficient PostScript Sorts   Fitting Data Points with Power Curves   Exploring the .BMP Data File Format   Cubic Spline Basis Function Image Interpolation   Barker Codes (34)   Digital Filters   N-Connectedness   Binary Chain Codes   Wavelet Intro Tutorial   Bionomial Coefficients    Shuffling Alogrithms   Fourier Series Tutorial   Applying Taylor Series   Drawing a Circle through Three Points   Fitting Three Points to a Quadratic Curve   Linear Phase Digital Filters   4x4 Linear Equation Solver   Using Chebycheff Polynominals   Hyperbolic Cubic Spline Curve Fitting   Cubic Spline through Fuzzy Data   Max Min Slope Theory