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  1. <!DOCTYPE html>
  2. <html>
  3. <head>
  4. <meta http-equiv="Content-Type" content="text/html; charset=UTF-8">
  5. <title>NauModular - VCV Rack plugin</title>
  6. <link href="spectre.css" rel="stylesheet" type="text/css">
  7. <meta name="description" content="NauModular: a VCV Rack plugin including Perlin noise, sample and hold, function generators, logic">
  8. </head>
  9. <body>
  10. <div id="wrapper">
  11. <div id="propaganda">
  12. <h1>NauModular VCV plugin</h1>
  13. <div id="bio">This is my personal collection of modules for <a href="https://vcvrack.com">VCV Rack</a>: feel free to use them and modify them as you wish. If you find them useful, <a href="#tip">feel free to get me a beer</a>.<br>
  14. The plugin is open source, so you can find <a href="https://github.com/naus3a/NauModular">the source code here</a>.<br>
  15. If you don't want to compile it yourself, <a href="https://github.com/naus3a/NauModular/releases">here are the most recent builds</a>.</div>
  16. <div id="artworks">
  17. <div class="asciiTable">
  18. <table class="awTable">
  19. <tr>
  20. <td class="awTitle" colSpan="2"><h2><a name="perlin">Perlin</a></h2></td>
  21. </tr>
  22. <tr>
  23. <td class="awSection"><img src="https://raw.githubusercontent.com/naus3a/NauModular/master/perlin.png"></td>
  24. <td class="awField"><b>Perlin</b> is a <a href="https://en.wikipedia.org/wiki/Perlin_noise">Perlin noise</a> generator.<br>
  25. The <i>speed knob</i> controls how much nervous the noise is. On its side you have a CV control input and a smaller knob to balance the final speed between the main knob's value and the CV input.<br>
  26. The <i>amp knob</i> controls noise amplitude. On its side threre's a CV control input and a balancing knob, just like for the speed control.<br>
  27. The lower 4 knobs are a <i>frequency mixer</i>: the module constantly calculates 4 noise octaves and each of these knobs controls how much of a specific octaves goes into the final mix.
  28. The 4 outputs positioned in a square shape are *single octave outputs*; they are in the same order as the frequency mixer knobs: the top left one outputs the slowest noise, the bottom right one outputs the fastest noise.
  29. The lowest, central output is the *mix output*, giving you a mix of the noise octaves based on your frequency mixer settings.
  30. </td>
  31. </tr>
  32. <tr>
  33. <td class="awTitle" colSpan="2"><h2><a name="shit">S&H(it)</a></h2></td>
  34. </tr>
  35. <tr>
  36. <td class="awSection"><img src="https://raw.githubusercontent.com/naus3a/NauModular/master/shit.png"></td>
  37. <td class="awField"><b>S&H(it)</b> is a sample and hold module. The <i>time knob</i> controls how often it samples the input signal; the <i>divider knob</i> scales the other knob's value, so yu can range from very quick lo-fi sampling to >1s periods.
  38. </td>
  39. </tr>
  40. </tr>
  41. <tr>
  42. <td class="awTitle" colSpan="2"><h2><a name="bithammer">BitHammer</a></h2></td>
  43. </tr>
  44. <tr>
  45. <td class="awSection"><img src="https://raw.githubusercontent.com/naus3a/NauModular/master/bithammer.png"></td>
  46. <td class="awField"><b>BitHammer</b> is a logic module performing bitwise operations on 2 inputs. The incoming values are rendered as bits, hammered, reassembled as virtual voltages and finally sent out to the 6 outputs. </td>
  47. </tr>
  48. <tr>
  49. <td class="awTitle" colSpan="2"><h2><a name="tension">Tension</a></h2></td>
  50. </tr>
  51. <tr>
  52. <td class="awSection"><img src="https://raw.githubusercontent.com/naus3a/NauModular/master/tension.png"></td>
  53. <td class="awField"><b>Tension</b> is a fixed voltage generator: you turn the knob, you change the voltage. Useful when playing with logic chains or if you need to power up a virtual lamp ;) .
  54. </td>
  55. </tr>
  56. <tr>
  57. <td class="awTitle" colSpan="2"><h2><a name="function">Function</a></h2></td>
  58. </tr>
  59. <tr>
  60. <td class="awSection"><img src="https://raw.githubusercontent.com/naus3a/NauModular/master/function.png"></td>
  61. <td class="awField"><b>Function</b> is a function generator; it outputs the 3 conic section functions you learned in high school: ellipse, parabola and hyperbola. Input voltage acts as the x variable, while the knob is a constant parameter.
  62. </td>
  63. </tr>
  64. </table>
  65. </div>
  66. </div>
  67. <div id="contacts">
  68. <a name="tip">***</a><br>
  69. I work on this stuff in my free time and mainly for myself, so the features in modules reflect what I personally thought it would be fun, some parts might be a bit rough around the edges and new releases are going to be random. Anyway, if you like the plugin, feel free to contribute with code if you're a coder, or with a beer sized donation if you're a user feeling super duper gentle :)
  70. <form action="https://www.paypal.com/cgi-bin/webscr" method="post">
  71. <input type="hidden" name="business" value="naus3a@gmail.com">
  72. <input type="hidden" name ="cmd" value="_donations">
  73. <input type="hidden" name="item_name" value="NauModular">
  74. <input type="hidden" name="item_number" value="VCV plugin">
  75. <input type="hidden" name="currency_code" value="EUR">
  76. <input type="image" name="submit" src="https://www.paypalobjects.com/webstatic/en_US/i/btn/png/btn_donate_92x26.png" alt="Donate">
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  79. </form>
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  81. <script type="text/javascript" src="https://cdn.jsdelivr.net/gh/ivandiazwm/coinwidget@0.1.1/builds/full.js" charset="utf-8"></script>
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  84. </div>
  85. </body>