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exp-BoatGo.lisp: Drug smuggler boat path
exp-ClassicOptAckley.lisp: Analysis of the classic Rosenbrock banana optimization test function.
exp-ClassicOptBanana.lisp: Analysis of the classic Rosenbrock banana optimization test function.
exp-ClassicOptBeale.lisp: Analysis of the classic Beale optimization test function.
exp-ClassicOptFreudensteinRoth.lisp: Analysis of the classic Freudenstein-Roth optimization test function.
exp-CLT.lisp: Theoretical family of probability distributions of sums of an input PDF represented as a historgram.
exp-compareComplexFunction.lisp: Compare the value of a function in Maxima vs on in MJRCALC.
exp-ComplexFunctionViz.lisp: Complex function visualization via VTK files.
exp-dXXXX.lisp: Example for :MJR_DQUAD.
exp-Euler.lisp: Solutions to Project Euler Problems.
exp-FixedPointItr.lisp: Some :MJR_NLEQ examples.
exp-Gravity2D.lisp: Demonstrate the danger of assuming everything is a sphere in gravity problems.
exp-Gravity3D.lisp: Difference between two gravitational systems with the same total mass.
exp-IntFactors.lisp: For the integers n in [1,72], list the first integer such that it has n unique divisors.
exp-IntrpMitch.lisp: Error Interpolating Runge's Function with Mitch Nodes of the First Kind vs Chebyshev Nodes.
exp-IntrpRunge.lisp: Demonstrate how adding more interpolation poitns may lead to worse fit.
exp-Kepler.lisp: Draw Newton-like fractal and output to a TGA file.
exp-Life.lisp: Read in a life RLE file, and iterate (dumping a TGA at each step) until the pattern cycles.
exp-MandelbrotOrbit.lisp: Compute Mandelbrot set, and dump it to a TGA file using unique coloring scheme.
exp-MandelbrotPot.lisp: Draw the potential of the mandelbrot set.
exp-MandelbrotTGA.lisp: Compute Mandelbrot set, and dump it to a TGA file using a nice pallet.
exp-MandelbrotVTK.lisp: Draw the Mandelbrot set, and save it as a VTK file.
exp-marsden-ch3sec3ex17.lisp: Solving a vector calculus problem.
exp-Newton.lisp: Draw Newton fractal and output to a TGA file.
exp-Newton2.lisp: Modified Newton's method fractals colored with the arg of the 20'th iterate.
exp-ODEalgCmp.lisp: Solve a simple ODE, and plot the results.
exp-ODEcannon.lisp: Cannon shot simulation.
exp-ODEcircle.lisp: Example of an ODE plot.
exp-ODElorenzDEQ.lisp: Compute (with :MJR_ODE) and draw the Lorenz strange attracter.
exp-ODElorenzEuler.lisp: Compute and draw the Lorenz strange attracter without :MJR_ODE..
exp-ODEpopulationCompete.lisp: Plot the direction field for an ODE of two competing populations.
exp-ODErossler.lisp: Compute the Rossler strange attracter.
exp-ODEthreeBody.lisp: A famous 3-body problem.
exp-OrthoPolys.lisp: Draw several sets of orthogonal polynomials.
exp-PiPrime.lisp: Find primes who's quotient approximates pi. We want the smallest primes for any given accuracy.
exp-PiRandom.lisp: Approximate pi with random numbrs.
exp-PolyLegendreRoots.lisp: Compute the nodes for Gauss-Legendre integration with high accuracy.
exp-PovGraphs.lisp: Some graphs with Povray – using general p.pov-like code.
exp-PovMixRes.lisp: How to draw a surface with a grid at one scale, and lines at another.
exp-PovWaveGraph.lisp: Generate a height field TGA and image map TGA file for a PovRay render.
exp-PrimePairs.lisp: Find composite numbers which are the product of two primes that are a distance of d apart where d in [1, 150].
exp-PrimePi.lisp: The prime counting function (pi) and a pair of bounding functions.
exp-ProbNeedle.lisp: Buffon's Needle Problem.
exp-pursuit.lisp: Drug smuggler boat path
exp-qmci.lisp: Benchmark and demonstrate basic mjr_qmci functionality.
exp-ratTrig.lisp
exp-sierpinski.lisp: Draw a colorful Sierpinski gasket-like thingy, and output the drawing as an SVG file
exp-svgCircles.lisp: Generate some SVGs with mathematical art using thousands of circles.
exp-svgDemo.lisp: Demo of the SVG package.@EOF
exp-SwirlyGraph.lisp: Draw a nice and swirly image.
exp-VTKcolorSpace.lisp: Draw the RGB Cube and HSL sphere.
pre-qmci.lisp: Quasi-Monte Carlo Integration.
lib-gfp.lisp: Interactive GF(p) library – modular arithmatic.
lib-gpoly.lisp: Generate Polynomial Code For General Fields.
lib-meta.lisp: Meta package for working with MJRCALC packages.
lib-sia.lisp: Simple Interval Arithmetic (with guess).
use-a.lisp: Angle (and time-ish) utilities.
use-annot.lisp: Provide data annotation tools – DSIMP and DQUAD.
use-arr.lisp: Array utilities.
use-cas.lisp: Very basic computer algebra on :MJR_MXP objects.
use-char.lisp: Character (ASCII & EBCIDIC) tools.@EOL
use-chem.lisp: Chemical element data.
use-chk.lisp: Floating point comparison: disaster prevention.
use-cmp.lisp: Floating point comparison: best guess.
use-color.lisp: Color theory (color space conversions and computations).
use-colorize.lisp: Interface for :MJR_COLORIZED and :MJR_COLORIZER.
use-colorized.lisp: Colorization of discrete spaces (Z_n).
use-colorizer.lisp: Colorization of continuous spaces (R, C, R^2, R^3, C, I, I^2, and I^3).
use-combc.lisp: Constructive Combinatorics: Generating combinatorial objects.
use-combe.lisp: Enumerative Combinatorics: Counting combinatorial objects.
use-const.lisp: Physical constants – with units.
use-date.lisp: Handy date stuff.
use-dft.lisp: DFT and inverse DFT.
use-dquad.lisp: Data sets on QUADrilateral (rectilinear) grids.
use-dsimp.lisp: Data sets on SIMPlicial complexes.
use-ee.lisp: Electronics Engineering.
use-eps.lisp: Floating point comparison: within EPSilon.
use-fsamp.lisp: Sample mathematical functions and create DQUADs and DSIMPs.
use-geo.lisp: Geographic and cartographic computations.
use-geom.lisp: Computational Geometry.
use-gnupl.lisp: Plotting dquads with GNUPlot.
use-ia.lisp: User interface wrapper for :MJR_SIA.
use-intg.lisp: Numerical integration of univariate real functions.
use-intrp.lisp: Polynomial interpolation.
use-intu.lisp: Handy integer utilities.
use-mat.lisp: Matrix math library.
use-matt.lisp: Generate and compute with various test matrices.
use-mxp.lisp: Mathematical eXPressions library.
use-ndiff.lisp: Numerical differentiation.
use-nleq.lisp: Non-linear equation root finding.
use-nleqm.lisp: Multiple Non-linear EQuation root location.
use-numu.lisp: Numerical utilities.
use-ode.lisp: ODE (Ordinary Differential Equation) IVP (Initial Value Problem) solvers.
use-opt.lisp: Univariate function optimization.
use-optm.lisp: Multivariate function OPTimization.
use-perm.lisp: Permutation group computation.
use-poly.lisp: Polynomials over complex, real, rational, and integers.
use-polygfp.lisp: Univariate polynomials over prime order fields – i.e. GF(p)[x].
use-pov.lisp: Produce Povray files!
use-prime.lisp: Computational Number Theory.
use-prng.lisp: Uniform random deviate generators.
use-prob.lisp: Augments and supports :mjr_probau.
use-probau.lisp: Balls And Urns probability distributions.
use-probe.lisp: Empirical probability distriubtions.
use-probu.lisp: Computations on PDFs (Probability Distribution Functions).
use-pwf.lisp: piecewise function stuff.
use-rtrig.lisp: Rational Approximations For Irrational Functions.
use-stats.lisp: Statistics: Averages, histograms, sub-samples, simple linear regression.
use-string.lisp: String utilities.
use-svg.lisp: Simple API to create SVG files
use-tga.lisp: Raster image stuff.
use-units.lisp: Unit conversion tool.
use-util.lisp: Utilities.
use-vec.lisp: Mathematical vectors.
use-vtk.lisp: Write VTK files.
use-vvec.lisp: Virtual vectors.