wam-community/dist/plugins/wimmics/GuitarAmpSim60s/Node.js

A collection of prebuilt Web Audio Modules ready for use

/*
Code generated with Faust version 2.28.6
Compilation options: -lang wasm-ib -scal -ftz 2
*/

function getJSONGuitarAmpSim60s() {
  return '{"name": "GuitarAmpSim60s","filename": "GuitarAmpSim60s.dsp","version": "2.28.6","compile_options": "-lang wasm-ib -scal -ftz 2","include_pathnames": ["/usr/local/share/faust","/usr/local/share/faust","/usr/share/faust",".","/tmp/sessions/AB1BF81F566A9082BE1470408133BBC16E4FE951/web/wap"],"size": 7864,"inputs": 1,"outputs": 1,"meta": [ { "analyzers_lib_name": "Faust Analyzer Library" },{ "analyzers_lib_version": "0.0" },{ "basics_lib_name": "Faust Basic Element Library" },{ "basics_lib_version": "0.1" },{ "category": "Extern" },{ "compilation_options": "-single -scal -I libraries/ -I project/ -lang wasm" },{ "description": "VintageAmp" },{ "filename": "GuitarAmpSim60s.dsp" },{ "filters_lib_filterbank_author": "Julius O. Smith III" },{ "filters_lib_filterbank_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_filterbank_license": "MIT-style STK-4.3 license" },{ "filters_lib_fir_author": "Julius O. Smith III" },{ "filters_lib_fir_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_fir_license": "MIT-style STK-4.3 license" },{ "filters_lib_highpass_author": "Julius O. Smith III" },{ "filters_lib_highpass_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_highpass_plus_lowpass_author": "Julius O. Smith III" },{ "filters_lib_highpass_plus_lowpass_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_highpass_plus_lowpass_license": "MIT-style STK-4.3 license" },{ "filters_lib_iir_author": "Julius O. Smith III" },{ "filters_lib_iir_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_iir_license": "MIT-style STK-4.3 license" },{ "filters_lib_lowpass0_highpass1": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_lowpass0_highpass1_author": "Julius O. Smith III" },{ "filters_lib_lowpass_author": "Julius O. Smith III" },{ "filters_lib_lowpass_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_lowpass_license": "MIT-style STK-4.3 license" },{ "filters_lib_name": "Faust Filters Library" },{ "filters_lib_tf1_author": "Julius O. Smith III" },{ "filters_lib_tf1_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_tf1_license": "MIT-style STK-4.3 license" },{ "filters_lib_tf1s_author": "Julius O. Smith III" },{ "filters_lib_tf1s_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_tf1s_license": "MIT-style STK-4.3 license" },{ "filters_lib_tf2_author": "Julius O. Smith III" },{ "filters_lib_tf2_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_tf2_license": "MIT-style STK-4.3 license" },{ "filters_lib_tf2s_author": "Julius O. Smith III" },{ "filters_lib_tf2s_copyright": "Copyright (C) 2003-2019 by Julius O. Smith III <jos@ccrma.stanford.edu>" },{ "filters_lib_tf2s_license": "MIT-style STK-4.3 license" },{ "id": "vintageamp" },{ "library_path": "FaustDSP" },{ "maths_lib_author": "GRAME" },{ "maths_lib_copyright": "GRAME" },{ "maths_lib_license": "LGPL with exception" },{ "maths_lib_name": "Faust Math Library" },{ "maths_lib_version": "2.1" },{ "name": "GuitarAmpSim60s" },{ "samplerate": "96000" },{ "shortname": "VintageAmp" },{ "signals_lib_name": "Faust Signal Routing Library" },{ "signals_lib_version": "0.0" }],"ui": [ {"type": "vgroup","label": "GuitarAmpSim60s","items": [ {"type": "vslider","label": "Bass","address": "/GuitarAmpSim60s/Bass","index": 3700,"meta": [{ "name": "Bass" },{ "style": "knob" }],"init": 0.5,"min": 0,"max": 1,"step": 0.01},{"type": "checkbox","label": "Bright","address": "/GuitarAmpSim60s/Bright","index": 3252},{"type": "vslider","label": "Master","address": "/GuitarAmpSim60s/Master","index": 3228,"meta": [{ "name": "Master" },{ "style": "knob" }],"init": 0.5,"min": 0,"max": 1,"step": 0.01},{"type": "vslider","label": "Middle","address": "/GuitarAmpSim60s/Middle","index": 3672,"meta": [{ "name": "Middle" },{ "style": "knob" }],"init": 0.5,"min": 0,"max": 1,"step": 0.01},{"type": "vslider","label": "Treble","address": "/GuitarAmpSim60s/Treble","index": 3728,"meta": [{ "name": "Treble" },{ "style": "knob" }],"init": 0.5,"min": 0,"max": 1,"step": 0.01},{"type": "vslider","label": "Volume","address": "/GuitarAmpSim60s/Volume","index": 3240,"meta": [{ "name": "Volume" },{ "style": "knob" }],"init": 0.5,"min": 0,"max": 1,"step": 0.01},{"type": "checkbox","label": "bypass","address": "/GuitarAmpSim60s/bypass","index": 3212}]}]}';
}
function getBase64CodeGuitarAmpSim60s() {
  return 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";
}

/*
 faust2wasm: GRAME 2017-2019
*/

("use strict");

if (typeof AudioWorkletNode === "undefined") {
  alert("AudioWorklet is not supported in this browser !");
}

class GuitarAmpSim60sNode extends AudioWorkletNode {
  constructor(context, baseURL, options) {
    super(context, "GuitarAmpSim60s", options);

    this.baseURL = baseURL;
    this.json = options.processorOptions.json;
    this.json_object = JSON.parse(this.json);

    // JSON parsing functions
    this.parse_ui = function (ui, obj) {
      for (var i = 0; i < ui.length; i++) {
        this.parse_group(ui[i], obj);
      }
    };

    this.parse_group = function (group, obj) {
      if (group.items) {
        this.parse_items(group.items, obj);
      }
    };

    this.parse_items = function (items, obj) {
      for (var i = 0; i < items.length; i++) {
        this.parse_item(items[i], obj);