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Diffstat (limited to 'all.html')
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@@ -1,229 +1,226 @@ <html> <head> -<title>All</title> -<meta charset="utf-8"> -<link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/bootstrap/3.3.6/css/bootstrap.min.css"> -<link rel="stylesheet" href="css/style.css"> -<link rel="shortcut icon" type="image/png" href="favicon.png"> + <title>All</title> + <meta charset="utf-8"> + <link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/bootstrap/3.3.6/css/bootstrap.min.css"> + <link rel="stylesheet" href="css/style.css"> + <link rel="shortcut icon" type="image/png" href="favicon.png"> + <script src="https://ajax.googleapis.com/ajax/libs/jquery/1.12.4/jquery.min.js"></script> </head> <body> -<h2>All projects</h2> -<a class="header_link" href="index.html">Home</a> -<a class="header_link" href="mathematical.html">Mathematical Demonstrations</a> -<a class="header_link" href="games.html">Games</a> -<a class="header_link" href="apps.html">Android Apps</a> -<hr> - -<img src="screenshots/AutoImages.png" width=200 height=200><br> -<a href="AutoImages.html">AutoImages</a><br> -<p> -A computer program that creates art. It uses<br> -random functions to generate images. An explanation<br> -can be found <a href="explanation.html">here</a>.<br> -There is also AutoArtEvolve, which improves its<br> -images based on the ones you prefer:<br> -<iframe frameborder="0" src="https://itch.io/embed/43294?linkback=true&bg_color=fafafa&fg_color=000000&link_color=5ca4fa&border_color=9f9f9f" width="552" height="167"></iframe> -</p> -<hr> - -<video width="250" height="250" controls> - <source src="autovideo.mp4" type="video/mp4"> -</video><br> -<a href="AutoVideos.html">AutoVideos</a><br> -<p> -A computer program that creates videos. It uses<br> -random functions to generate videos. An explanation<br> -can be found <a href="explanation.html">here</a>.<br> -</p> -<hr> - -<audio controls> - <source src="autoaudio.wav" type="audio/wav"> -</audio><br> -<a href="AutoAudio.html">AutoAudio</a><br> -<p> -A computer program that creates audio. It uses<br> -random functions to generate audio. An explanation<br> -can be found <a href="explanation.html">here</a>.<br> -</p> -<hr> - - -<img src="screenshots/NameGenerator.png" width=200 height=200><br> -<a href="NameGenerator.html">NameGenerator</a><br> -<p> -A computer program that generates names! It uses<br> -the frequencies of trigrams.<br> -</p> -<hr> - -<p>Domino simulator <a href="DominoSimulator.html">web version</a> or <a href="https://qualum.itch.io/domino-simulator">offline version</a></p> -<iframe frameborder="0" src="https://itch.io/embed/77009?linkback=true" width="552" height="167"></iframe><br> -<p> -Place dominos, then knock them over. -</p> -<hr> - -<img src="screenshots/AutoHarmonograph.png" width=200 height=200><br> -<a href="AutoHarmonograph.html">AutoHarmonograph</a> or <a href="Harmonograph.html">Non-randomized</a><br> -<p> -A randomized <a href="https://en.wikipedia.org/wiki/Harmonograph">Harmonograph</a>. You pick the -number of pendulums. -</p> -<hr> - -<img src="screenshots/2d3d.png" width=200 height=200><img src="screenshots/2d3dcustom.png" width=200 height=200><br> -<a href="2d23d.html">2D becomes 3D</a> (and <a href="2d23dcustom.html">2D becomes 3D custom</a> -where you pick the starting shape)<br> -<p> -Different 2D shapes are moved around in circles<br> -to form 3D objects. -</p> -<hr> - -<img src="screenshots/clock.png" width=200 height=200><br> -<a href="clock.html">Clock</a><br> -<p> -A clock that shows the time of day with circles<br> -going around in circles. The colours of the circles<br> -change depending on the time. The innermost circle<br> -is seconds, the second is minutes, the third is<br> -hours, and the fourth is the day of the year.</p> -<hr> - -<img src="screenshots/mazesolver.png" width=200 height=200><br> -<a href="mazesolver.html">Maze Solver</a><br> -<p> -Create a maze, choose a starting point and an<br> -ending point, and your computer will solve the<br> -maze. -</p> -<hr> - -<img src="screenshots/ElementaryCellularAutomata.png" width=400 height=400><br> -<a href="elementarycellularautomata.html">Elementary cellular automata</a><br> -<p> -Run <a href="https://en.wikipedia.org/wiki/Elementary_cellular_automaton">elementary cellular automata</a>. -</p> -<hr> - -<img src="screenshots/h.png" width=200 height=200><br> -<a href="h.html">H</a><br> -<p> -Pick simple rules, and watch a cool pattern<br> -start to appear. -</p> -<hr> -<img src="screenshots/tree.png" width=200 height=200><br> -<a href="tree.html">Tree</a> and <a href="treegenerator.html">Tree generator</a> -<p> -Move your mouse around to see a tree change shape.<br> -In Tree Generator, you choose all the tree parameters<br> -but in Tree, you move your mouse around to pick the<br> parameters.<br> -<hr> - -<img src="screenshots/ballbounce.png" width=200 height=200><br> -<a href="ballbounce.html">Ball bounce</a><br> -<p> -Try to bounce a ball with your mouse. The game<br> -gets harder and harder because you can't see the<br> -ball behind its tracks.<br> -</p> -<hr> - -<img src="screenshots/magnets.png" width=200 height=200><br> -<a href="magnets.html">Magnets</a><br> -<p> -Try to avoid magnets which are attracted to your<br> -mouse. -</p> -<hr> - -<img src="screenshots/modularpascal.png" width=256 height=256><br> -<a href="modularpascal.html">Modular Pascal's Triangle</a><br> -<p> -A picture of Pascal's triangle mod x. Set x and<br> -Click update to see the triangle. </p> -<hr> - -<img src="screenshots/modularcircles.png" width=250 height=250><br> -<a href="modularcircles.html">Modular Circles</a><br> -<p> -There are a circle of points, each one corresponding<br> -to a number. Lines are drawn between points according<br> -to rules. Create interesting shapes like cardioids<br> -</p> -<hr> - -<img src="screenshots/shaperoller.png" width=250 height=250><br> -<a href="shaperoller.html">Shape Roller</a><br> -<p> -This program rolls (invisible) shapes around other <br> -(invisible) shapes and traces a point on the shape as<br> -it moves along. Create interesting shapes like cardioids.<br> -</p> -<hr> - -<img src="screenshots/mandelbrot.png" width=250 height=250><br> -<a href="mandelbrot.html">The Mandelbrot Set</a><br> -<p> -This program draws the Mandelbrot Set. You can<br> -zoom in and change the power.<br> -</p> -<hr> - -<img src="screenshots/ant.png" width=250 height=250><br> -<a href="ant.html">Langton's Ant</a><br> -<p> -This is the cellular automaton known as Langton's<br> -Ant. You can find out more about it <a href="https://en.wikipedia.org/wiki/Langton%27s_ant">here</a>. -</p> -<hr> - -<img src="screenshots/picalculator.png" width=250 height=250><br> -<a href="2pi.html">π Calculator</a><br> -<p> -Draw a circle, then find out how well your circle<br> -approximates π!<br> -</p> -<hr> - -<img src="screenshots/anagramgame.png" width=250 height=250><br> -<a href="anagramgame.html">The Anagram Game</a><br> -<p> -Find an anagram of a random 7-letter word. -</p> -<hr> - -<img src="screenshots/autoartapp.png" width=200><br> -<a href="https://play.google.com/store/apps/details?id=org.neocities.autoart.autoart">AutoArt</a><br> -The Android app for <a href="AutoImages.html">AutoImages</a>.<br> -<hr> - -<img src="screenshots/magnetsapp.png" width=200><br> -<a href="https://play.google.com/store/apps/details?id=org.neocities.autoart.magnets">Magnets</a><br> -<p> -The Android app for <a href="magnets.html">Magnets</a>.<br> -</p> -<hr> - -<img src="screenshots/ballbounceapp.png" width=200><br> -<a href="https://play.google.com/store/apps/details?id=org.neocities.autoart.ballbounce">Ball Bounce</a><br> -<p> -The Android app for <a href="ballbounce.html">Ball Bounce</a>.<br> -</p> -<hr> - - - -<p> -More coming soon! -</p> + <div id="navbar"></div> + <script src="navbar.js"></script> + <h2>All projects</h2> + + <img src="screenshots/AutoImages.png" width=200 height=200><br> + <a href="AutoImages.html">AutoImages</a><br> + <p> + A computer program that creates art. It uses<br> + random functions to generate images. An explanation<br> + can be found <a href="explanation.html">here</a>.<br> + There is also AutoArtEvolve, which improves its<br> + images based on the ones you prefer:<br> + <iframe frameborder="0" src="https://itch.io/embed/43294?linkback=true&bg_color=fafafa&fg_color=000000&link_color=5ca4fa&border_color=9f9f9f" width="552" height="167"></iframe> + </p> + <hr> + + <video width="250" height="250" controls> + <source src="autovideo.mp4" type="video/mp4"> + </video><br> + <a href="AutoVideos.html">AutoVideos</a><br> + <p> + A computer program that creates videos. It uses<br> + random functions to generate videos. An explanation<br> + can be found <a href="explanation.html">here</a>.<br> + </p> + <hr> + + <audio controls> + <source src="autoaudio.wav" type="audio/wav"> + </audio><br> + <a href="AutoAudio.html">AutoAudio</a><br> + <p> + A computer program that creates audio. It uses<br> + random functions to generate audio. An explanation<br> + can be found <a href="explanation.html">here</a>.<br> + </p> + <hr> + + + <img src="screenshots/NameGenerator.png" width=200 height=200><br> + <a href="NameGenerator.html">NameGenerator</a><br> + <p> + A computer program that generates names! It uses<br> + the frequencies of trigrams.<br> + </p> + <hr> + + <p>Domino simulator <a href="DominoSimulator.html">web version</a> or <a href="https://qualum.itch.io/domino-simulator">offline version</a></p> + <iframe frameborder="0" src="https://itch.io/embed/77009?linkback=true" width="552" height="167"></iframe><br> + <p> + Place dominos, then knock them over. + </p> + <hr> + + <img src="screenshots/AutoHarmonograph.png" width=200 height=200><br> + <a href="AutoHarmonograph.html">AutoHarmonograph</a> or <a href="Harmonograph.html">Non-randomized</a><br> + <p> + A randomized <a href="https://en.wikipedia.org/wiki/Harmonograph">Harmonograph</a>. You pick the + number of pendulums. + </p> + <hr> + + <img src="screenshots/2d3d.png" width=200 height=200><img src="screenshots/2d3dcustom.png" width=200 height=200><br> + <a href="2d23d.html">2D becomes 3D</a> (and <a href="2d23dcustom.html">2D becomes 3D custom</a> + where you pick the starting shape)<br> + <p> + Different 2D shapes are moved around in circles<br> + to form 3D objects. + </p> + <hr> + + <img src="screenshots/clock.png" width=200 height=200><br> + <a href="clock.html">Clock</a><br> + <p> + A clock that shows the time of day with circles<br> + going around in circles. The colours of the circles<br> + change depending on the time. The innermost circle<br> + is seconds, the second is minutes, the third is<br> + hours, and the fourth is the day of the year.</p> + <hr> + + <img src="screenshots/mazesolver.png" width=200 height=200><br> + <a href="mazesolver.html">Maze Solver</a><br> + <p> + Create a maze, choose a starting point and an<br> + ending point, and your computer will solve the<br> + maze. + </p> + <hr> + + <img src="screenshots/ElementaryCellularAutomata.png" width=400 height=400><br> + <a href="elementarycellularautomata.html">Elementary cellular automata</a><br> + <p> + Run <a href="https://en.wikipedia.org/wiki/Elementary_cellular_automaton">elementary cellular automata</a>. + </p> + <hr> + + <img src="screenshots/h.png" width=200 height=200><br> + <a href="h.html">H</a><br> + <p> + Pick simple rules, and watch a cool pattern<br> + start to appear. + </p> + <hr> + <img src="screenshots/tree.png" width=200 height=200><br> + <a href="tree.html">Tree</a> and <a href="treegenerator.html">Tree generator</a> + <p> + Move your mouse around to see a tree change shape.<br> + In Tree Generator, you choose all the tree parameters<br> + but in Tree, you move your mouse around to pick the<br> parameters.<br> + <hr> + + <img src="screenshots/ballbounce.png" width=200 height=200><br> + <a href="ballbounce.html">Ball bounce</a><br> + <p> + Try to bounce a ball with your mouse. The game<br> + gets harder and harder because you can't see the<br> + ball behind its tracks.<br> + </p> + <hr> + + <img src="screenshots/magnets.png" width=200 height=200><br> + <a href="magnets.html">Magnets</a><br> + <p> + Try to avoid magnets which are attracted to your<br> + mouse. + </p> + <hr> + + <img src="screenshots/modularpascal.png" width=256 height=256><br> + <a href="modularpascal.html">Modular Pascal's Triangle</a><br> + <p> + A picture of Pascal's triangle mod x. Set x and<br> + Click update to see the triangle. </p> + <hr> + + <img src="screenshots/modularcircles.png" width=250 height=250><br> + <a href="modularcircles.html">Modular Circles</a><br> + <p> + There are a circle of points, each one corresponding<br> + to a number. Lines are drawn between points according<br> + to rules. Create interesting shapes like cardioids<br> + </p> + <hr> + + <img src="screenshots/shaperoller.png" width=250 height=250><br> + <a href="shaperoller.html">Shape Roller</a><br> + <p> + This program rolls (invisible) shapes around other <br> + (invisible) shapes and traces a point on the shape as<br> + it moves along. Create interesting shapes like cardioids.<br> + </p> + <hr> + + <img src="screenshots/mandelbrot.png" width=250 height=250><br> + <a href="mandelbrot.html">The Mandelbrot Set</a><br> + <p> + This program draws the Mandelbrot Set. You can<br> + zoom in and change the power.<br> + </p> + <hr> + + <img src="screenshots/ant.png" width=250 height=250><br> + <a href="ant.html">Langton's Ant</a><br> + <p> + This is the cellular automaton known as Langton's<br> + Ant. You can find out more about it <a href="https://en.wikipedia.org/wiki/Langton%27s_ant">here</a>. + </p> + <hr> + + <img src="screenshots/picalculator.png" width=250 height=250><br> + <a href="2pi.html">π Calculator</a><br> + <p> + Draw a circle, then find out how well your circle<br> + approximates π!<br> + </p> + <hr> + + <img src="screenshots/anagramgame.png" width=250 height=250><br> + <a href="anagramgame.html">The Anagram Game</a><br> + <p> + Find an anagram of a random 7-letter word. + </p> + <hr> + + <img src="screenshots/autoartapp.png" width=200><br> + <a href="https://play.google.com/store/apps/details?id=org.neocities.autoart.autoart">AutoArt</a><br> + The Android app for <a href="AutoImages.html">AutoImages</a>.<br> + <hr> + + <img src="screenshots/magnetsapp.png" width=200><br> + <a href="https://play.google.com/store/apps/details?id=org.neocities.autoart.magnets">Magnets</a><br> + <p> + The Android app for <a href="magnets.html">Magnets</a>.<br> + </p> + <hr> + + <img src="screenshots/ballbounceapp.png" width=200><br> + <a href="https://play.google.com/store/apps/details?id=org.neocities.autoart.ballbounce">Ball Bounce</a><br> + <p> + The Android app for <a href="ballbounce.html">Ball Bounce</a>.<br> + </p> + <hr> + + + + <p> + More coming soon! + </p> </body> <footer> -<p>This website is licensed under the <a href='LICENSE.txt'>GNU General public license</a>. All of the source code can be found <a href="http://github.com/pommicket/pommicket.github.io">here</a></p> -</footer> + <p>This website is licensed under the <a href='LICENSE.txt'>GNU General public license</a>. All of the source code can be found <a href="http://github.com/pommicket/pommicket.github.io">here</a></p> </footer> </html> |