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| apollony.cpp |
| Draw the Apollony Gasket via an ifs.
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| apomorph.cpp |
| Morph a IFS from an Apollony Gasket to a cloud.
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| attracting_torus_shadow.cpp |
| Draw the intersection of the Attracting Torus Attractor with coordinate plains.
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| attracting_torus_shadowM.cpp |
| Draw the intersection of the Attracting Torus Attractor with coordinate plains.
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| barrymartin.cpp |
| Draw some Barry Martin Attractors.
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| bifurcation_diagram.cpp |
| Draw a bifurcation diagram for the logistic map.
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| biomorph1.cpp |
| Draw some classical versions of Clifford Pickover's biomorph fractals.
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| biomorph2.cpp |
| Draw a corner centered biomorph fractal nice for a desktop background image.
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| biomorphMorph.cpp |
| Draw the classic biomorphMorph fractal.
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| bmark.cpp |
| Benchmark program for pixel draw rates with ramCanvas.
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| brownianDiffusion.cpp |
| Read a TIFF image and simulate brownian diffusion.
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| brusselator.cpp |
| Simulate the brusselator on a random initial set.
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| BurningShip.cpp |
| Burning Ship Fractal.
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| butterfly.cpp |
| A kaliset inspired butterfly fractal.
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| chaos_game.cpp |
| Play the chaos Game.
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| circles.cpp |
| Mathematical art with circles.
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| collatz.cpp |
| Draw a mandelbrot-like fractal with the collatz map.
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| color_all.cpp |
| Draw every possible color in 24-bit.
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| color_interp_hsl_vs_rgb.cpp |
| Illistrate the diffrence in interpolion in HSL vs RGB spaec.
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| color_lut_cubehelix.cpp |
| Draw a few cubehelix color schemes.
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| color_lut_docs.cpp |
| Produce preview impages for every color scheme – for documentation.
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| color_lut_indexed.cpp |
| Draw colorbrewer2 color pallets.
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| color_lut_indexedC.cpp |
| Draw continous colorbrewer2 color gradients.
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| color_lut_poly.cpp |
| Draw a few cubehelix color schemes.
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| color_lut_rainbows.cpp |
| rainbow related colors
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| color_lut_ramp_cube.cpp |
| Draw several examples of cube color ramps.
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| color_lut_ramp_cubeC.cpp |
| Draw several examples of cube color ramps.
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| color_lut_ramp_misc.cpp |
| Demonstrate the cmpRGBcornerDGradiant (general color ramp) function.
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| color_web_rectangle.cpp |
| Produce an image showing an array of the 216 web safe colors – a pallet of colors once considered "safe" for internet use.
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| color_web_triangle.cpp |
| Plot the full range of RGB colors along with various reduced color spaces.
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| convertRawToTIFF.cpp |
| Demonstrate how load a floating point RAW file and save it as an integer TIFF.
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| cplxColor.cpp |
| draw complex function plots
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| demo_colorizer.cpp |
| Draw a mandelbrot set using colorizeCanvas.
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| demo_corners.cpp |
| Demonstrate the ramCanvas corners API.
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| demo_data_image.cpp |
| Demonstrate "data images" and mjr::ramCanvasPixelFilter.
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| displayImageSDL2.cpp |
| Demonstrate how to display an image with SDL.
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| dlaBrownian.cpp |
| Read a TIFF image and simulate brownian diffusion limited aggregation of blue pixels.
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| dlaDrift.cpp |
| Read a TIFF image and simulate diffusion limited aggregation with drift of blue pixels.
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| dlaSeed.cpp |
| Produces seed images for diffusion limited aggregation (DLA) simulations.
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| doublePendulum.cpp |
| For each pixel, simulate a double pendulum system over 2sec and color the pixel according to the pendulum end state.
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| doublePendulumM.cpp |
| For each pixel, simulate a double pendulum system over 2sec and color the pixel according to the pendulum end state.
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| duck.cpp |
| Draw the duck fractal.
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| feather.cpp |
| The feather fractal.
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| geomTfrm_Arb.cpp |
| Read an image, transform it, and write out transformed image.
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| geomTfrm_LensDistortion.cpp |
| Read an image, correct it for radial lens discortion, and write out the corrected image.
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| geomTfrm_Rotate.cpp |
| Read an image, rotate it, and write out the transformed image.
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| glut_image.cpp |
| One way to get images from a ramCanvas into OpenGL.
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| heart2022.cpp |
| Draw a heart for Valentines Day 2022.
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| heart2025.cpp |
| Draw a heart for Valentines Day 2025.
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| heartFrac.cpp |
| Draw a heart fractal.
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| img_process.cpp |
| Demo some image processing.
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| invertedMandelbrot.cpp |
| Draw the Inverted mandelbrot set.
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| julia.cpp |
| Draw a julia set.
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| juliaM.cpp |
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| juliaM2.cpp |
| Draw julia sets on a Mandelbrot Curve.
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| kalisetJ.cpp |
| Draw a kaliset julia-style.
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| kalisetM1.cpp |
| Draw a kaliset mandelbrot-style.
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| kalisetM2.cpp |
| Draw a kaliset mandelbrot-style.
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| laguerre_3updown.cpp |
| Simplified code for Newton's Fractical.
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| laguerre_simple.cpp |
| Simplified code for Laguerre Method to compare to Newton's Fractical.
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| level_curves.cpp |
| Draw level curves for a real valued function on two real variables.
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| LevyCurve.cpp |
| Draws Levy Curve with the Chaos Game algorithm.
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| lorenz_fuz.cpp |
| Draw a Lorenz Attractor histogram.
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| lorenz_mM.cpp |
| For each pixel, simulate a double pendulum system over 2sec and color the pixel according to the pendulum end state.
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| lorenz_multi.cpp |
| Draw lorenz attractors with different initial conditions.
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| mainPage.cpp |
| Doxygen content – not an example!
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| mandelbrot_binary.cpp |
| This program draws a Mandelbrot the binary method.
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| mandelbrot_biomorph.cpp |
| Draw the classic mandelbrot_biomorph fractal.
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| mandelbrot_bm_cplx.cpp |
| Benchmark drawing a mandelbrot set using the C++ complex type.
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| mandelbrot_bm_cplx_hyper.cpp |
| Benchmark drawing a mandelbrot set using the C++ complex type and excluding hypocycloids.
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| mandelbrot_bm_cplx_openmp.cpp |
| Benchmark drawing a mandelbrot set using the C++ complex type with OpenMP.
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| mandelbrot_bm_real.cpp |
| Benchmark drawing a mandelbrot set using floating point types and arithmetic only.
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| mandelbrot_con_movie.cpp |
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| mandelbrot_count_movie.cpp |
| Simplified code for for web page examples.
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| mandelbrot_distance.cpp |
| This program draws a mandelbrot set using the "distance".
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| mandelbrot_emboss.cpp |
| This program draws a Mandelbrot set using the "potential".
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| mandelbrot_grayscale.cpp |
| Draw a grayscale Mandelbrot Set.
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| mandelbrot_ltrap.cpp |
| Draw a Mandelbrot set with an Mandelbrot curve as an orbert trap.
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| mandelbrot_meanOrbit.cpp |
| Color Mandelbrot set using the mean orbit.
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| mandelbrot_orbits.cpp |
| Mandelbrot orbits.
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| mandelbrot_pickover.cpp |
| Draw a Mandelbrot set with Pickover Stalks.
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| mandelbrot_potential.cpp |
| This program draws a Mandelbrot set using the "potential".
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| mandelbrot_precomp.cpp |
| Produce several images related to the period/cycle structure of the Mandelbrot set.
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| mandelbrot_precomp_p1.cpp |
| Produce several images related to the period/cycle structure of the Mandelbrot set.
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| mandelbrot_simple.cpp |
| Create a Julia set movie.
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| mandelbrot_triangle.cpp |
| Draw a Mandelbrot set using an edge detection algorithm.
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| mandelbrot_wave.cpp |
| Animate a mandelbrot-like fractal with a variable coeficient.
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| multibrotMovie.cpp |
| Render movie frames for a smooth multibrot evolution from k=.9 to k=4.
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| multibrotSnaps.cpp |
| Draw a sequence of integer power multibrot fractals.
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| newton_3updown.cpp |
| Simplified code for Newton's Fractical.
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| newton_half.cpp |
| Draw various Newton-like Fracticals.
|
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| newton_max_back.cpp |
| Draw a Newton Fractical – color by orbit distance from roots.
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| newton_max_mod.cpp |
| Draw a Newton Fractical – color by root and max modulus.
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| newton_min_angle.cpp |
| Draw a Newton Fractical – color by orbit distance from roots.
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| newton_min_angle_starfish.cpp |
| Draw a Newton Fractical.
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| newton_min_root.cpp |
| Draw a Newton Fractical – color by orbit distance from roots.
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| newton_modified.cpp |
| A modified Newton's Method Fractical.
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| newton_orbits.cpp |
| Draw a Newton Fractical – color by root and max modulus.
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| newton_roter.cpp |
| Simplified code for Newton's Fractical.
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| newton_simple.cpp |
| Simplified code for Newton's Fractical.
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| newton_vs.cpp |
| Draw Fractals via Newton-like methods.
|
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| newton_z6.cpp |
| Draw a Newton Fractical for \( z^6 \).
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| peterdejong.cpp |
| Draw a Peter de Jong Attractor.
|
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| peterdejongEAAO.cpp |
| For each pixel, simulate a double pendulum system over 2sec and color the pixel according to the pendulum end state.
|
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| peterdejongM.cpp |
| Draw a Peter de Jong Attractor Movie.
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| phoenix.cpp |
| Draw Phoenix Julia set fractals.
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| phoenixD.cpp |
| Draw Phoenix Julia set fractals with distance estimator.
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| phoenixI.cpp |
| Draw Phoenix Julia set fractal insides with distance estimator.
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| phoenixM.cpp |
| Create a phoenix Julia set movie.
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| phoenixM2.cpp |
| Create a phoenix Julia set movie.
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| pickoverPopcorn.cpp |
| Draw Pickover Popcorn Fractals.
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| sic.cpp |
| Draw fractals inspired by the book Symmetry in Chaos.
|
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| sic_search.cpp |
| Find parameters for SIC fractals that light up lots of pixels.
|
|
| sierpinski_triangle.cpp |
| This little program draws a S. Gasket using an iterative, random algorithm.
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| simone_attractor.cpp |
| Draw fractals inspired by the book Symmetry in Chaos.
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| simone_attractor_bmovie.cpp |
| Draw fractals inspired by the book Symmetry in Chaos.
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| simone_attractor_search.cpp |
| Find parameters for simone attractor that light up lots of pixels.
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| sprott2d.cpp |
| Draw a sprott Attractor.
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| tinkerbell.cpp |
| Draw some Tinkerbell Attractors.
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| tinkerbell_search.cpp |
| Find parameters for tinkerbell fractals.
|
|
| tippets.cpp |
| Draw the John Tippetts variant of the Mandelbrot set.
|
|
| tricorn.cpp |
| Draw the classic tricorn fractal.
|
|
| tricornMovie.cpp |
| Render movie frames for a smooth tricorn evolution from k=2 to k=10.
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|
| types.cpp |
| Template types and sizes.
|
|
| wakOrb01.cpp |
| Wackey orbit map 01.
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|
| wakOrb02.cpp |
| Wackey orbit map 02.
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| wakOrb03.cpp |
| Wackey orbit map 03.
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|