NauModular VCV plugin
This is my personal collection of modules for VCV Rack: feel free to use them and modify them as you wish. If you find them useful, feel free to get me a beer.
The plugin is open source, so you can find the source code here.
If you don't want to compile it yourself, here are the most recent builds.
The plugin is open source, so you can find the source code here.
If you don't want to compile it yourself, here are the most recent builds.
Perlin |
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Perlin is a Perlin noise generator. The speed knob 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. The amp knob controls noise amplitude. On its side threre's a CV control input and a balancing knob, just like for the speed control. The lower 4 knobs are a frequency mixer: the module constantly calculates 4 noise octaves and each of these knobs controls how much of a specific octaves goes into the final mix. 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. The lowest, central output is the *mix output*, giving you a mix of the noise octaves based on your frequency mixer settings. |
S&H(it) |
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S&H(it) is a sample and hold module. The time knob controls how often it samples the input signal; the divider knob scales the other knob's value, so yu can range from very quick lo-fi sampling to >1s periods. |
BitHammer |
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BitHammer 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. |
Tension |
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Tension 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 ;) . |
Function |
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Function 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. |
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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 :)
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 :)