/* FEEDBACK */ f = Feedback1.new;
/* EFFECTS // effects I use in combination with the feedback unit. some are just quick tests */ AutoNotchGUI.new; TremoloGUI.new; NormalizerGUI.new; CompanderGUI.new; CompressorGUI.new; FreqShiftGUI.new; LimiterGUI.new; ChaosPitchShiftGUI.new; PitchShiftGUI.new; GainLimiterGUI.new; DelayGUI.new; FreeverbGUI.new; GVerbGUI.new; M2stGUI.new; // takes a mono channel and duplicates it in two channels Shooter.new(filepath:"/path/to/folder/with/files") // shots a sample when onset is detected. (max 5 layers at the same time) Mirror.new; // reverse play then incoming sound when onset is detected PatcherGUI.new // patches the audio from a bus into another bus //SoundGateGUI.new // reverse noise gate (only low noise passes) Chrono.new // just a GUI chronometer that counts to 59:59
Launcher.new; // simple GUI to launch all effects above
ChannelEQ.new; // download and install from https://github.com/enrike/supercollider-channeleq requieres wslib and tabbed views quarks ChannelEQ.new(10); // you can use the loop bus value to control the internal feedback EQ
BufferPlayerGUI.new // play a sound file
/* PADS GUI to control the samples located in a folder. It can be used together with NanoKontrol2. Each sample (up to 8) will be controlled by one control area in the NK2. R1 > play/stop, M1 > loop on/off, S1 > switch direction, Vol1 > amplitude, Knob1 > pitch, etc... / Pads.new("/path/to/files/.flac", // Pads arguments out:0, // buses to output the audio [0,1] col:5, // how many columns the window should contain size:120, // horizonal size of the button, vertical will be 0.75. pass 100@50 if you want to specify both amp:1, // inital amp midif:1, // connect to nanokontrol2 MIDI controller? loop:0, // init loop state tail:0, // addToTail the synth or not nk2:[0,3,5], // nanokontrol2 asign which control will be linked to which sample. eg [0,3,5], first sound > control number 0, second sound control number 3 randmode:0, // 1 will create a single button that will trigger random samples from the path mode:0 // 0 button click will on/off, 1 button click will on/on )
p=Pads.new("/path/to/files/*.flac") p.play(0,2) // will play pad 0 and 2. you must wait until the Pad has been propely initiated to run this p.stop(3,4)
// PRESET SYSTEM. /* the save/open buttons allow to save and load the current state of the window and GUI inside the "presets" directory. Save will name the preset like EFFECTNAME_yearmothday_hourminsecs.preset When the window opens it tries to load a prest named "presets/EFFECTNAME_default.preset" they can be loaded like this too: */
CompanderGUI.new(preset:"201024_182949"); // will load "presets/compander_201024_182949.preset" GainLimiterGUI.new(preset:"201024_160150"); // will load "presets/gainlimiter_201024_160150.preset". Beware the missing capitals
// presets + defer ( // if you use defer you must pass the ref to nowExecutingPath to find the presets folder x = thisProcess.nowExecutingPath.dirname; { CompanderGUI.new(exepath:x, preset:"201024_182949"); //make sure the presets are there AutoNotchGUI.new(exepath:x, preset:"201026_122236"); ChannelEQ.new; GainLimiterGUI.new(exepath:x, preset:"201026_122001"); }.defer(3); // for instance )
// AUTO system and auto presets /* auto button just opens a window that allows to set each slider to a rand variable every N secs. Presets can be saved and also set on initialization. This below should open Feedback and its auto window with the default auto preset */ Feedback1.new(autopreset:"default");
// save ALL open window's current state at the same time ~ehuws.collect(.save) // because each wind add itsleft to ~ehuws list ~ehuws.collect(.save("bigmuff")) // will save the presets under "bigmuff" tag instead of inserting the date-time stamp