I know this error is specific to this particular family of sketches, but please bear with me; when I try to compile this against an Arduino Nano/Uno (with Arduino IDE 1.8.15) the compiler complains that 'MonoOutput' has not been declared, like so:
Triple_DCO_1.3:697:14: error: 'MonoOutput' has not been declared
return MonoOutput::from8Bit((aSin1.next() * (pgm_read_byte(&(gain_table[0][gain]))) / 512 + aSin2.next() * (pgm_read_byte(&(gain_table[1][gain]))) / 512 + aSin3.next() * (pgm_read_byte(&(gain_table[2][gain]))) / 512 + aSin4.next() * (pgm_read_byte(&(gain_table[3][gain]))) / 512 + aSin5.next() * (pgm_read_byte(&(gain_table[4][gain]))) / 512 + aSin6.next() * (pgm_read_byte(&(gain_table[5][gain]))) / 512 + aSin7.next() * (pgm_read_byte(&(gain_table[6][gain]))) / 512 )*Gain_CV_2/128);
^~~~~~~~~~
I have found that this issue has come up once on ModWiggler, once in YouTube comments, and once in the Mozzi GitHub repository (but in the last case only pertaining to the Nano Every and not a vanilla Nano), so I know it's not unique to my situation; but since most people don't seem to be experiencing this problem, it must be something particular to my setup or am missing something obvious.
The code in question (Triple_DCO_1.3.ino) is from luislutz GitHub; it is too long to post here, but a different sketch from the same family, pasted below, exhibits the same error for me:
#include <MozziGuts.h>
#include <Oscil.h> // oscillator template
#include <tables/saw2048_int8.h> // saw table for oscillator
#include <tables/square_no_alias512_int8.h> // saw table for oscillator
#include <tables/triangle_hermes_2048_int8.h> // saw table for oscillator
#include <tables/sin2048_int8.h> // sine table for oscillator
#include <tables/waveshape_chebyshev_3rd_256_int8.h> // sine table for oscillator
#include <tables/halfsin256_uint8.h> // sine table for oscillator
#include <tables/waveshape_sigmoid_int8.h> // sine table for oscillator
#include <tables/phasor256_int8.h> // sine table for oscillator
Oscil <SAW2048_NUM_CELLS, AUDIO_RATE> aSaw1(SAW2048_DATA);
Oscil <SAW2048_NUM_CELLS, AUDIO_RATE> aSaw2(SAW2048_DATA);
Oscil <SAW2048_NUM_CELLS, AUDIO_RATE> aSaw3(SAW2048_DATA);
Oscil <SAW2048_NUM_CELLS, AUDIO_RATE> aSaw4(SAW2048_DATA);
Oscil <SAW2048_NUM_CELLS, AUDIO_RATE> aSaw5(SAW2048_DATA);
Oscil <SQUARE_NO_ALIAS512_NUM_CELLS, AUDIO_RATE> aSqu1(SQUARE_NO_ALIAS512_DATA);
Oscil <SQUARE_NO_ALIAS512_NUM_CELLS, AUDIO_RATE> aSqu2(SQUARE_NO_ALIAS512_DATA);
Oscil <SQUARE_NO_ALIAS512_NUM_CELLS, AUDIO_RATE> aSqu3(SQUARE_NO_ALIAS512_DATA);
Oscil <SQUARE_NO_ALIAS512_NUM_CELLS, AUDIO_RATE> aSqu4(SQUARE_NO_ALIAS512_DATA);
Oscil <SQUARE_NO_ALIAS512_NUM_CELLS, AUDIO_RATE> aSqu5(SQUARE_NO_ALIAS512_DATA);
Oscil <TRIANGLE_HERMES_2048_NUM_CELLS, AUDIO_RATE> aTri1(TRIANGLE_HERMES_2048_DATA);
Oscil <TRIANGLE_HERMES_2048_NUM_CELLS, AUDIO_RATE> aTri2(TRIANGLE_HERMES_2048_DATA);
Oscil <TRIANGLE_HERMES_2048_NUM_CELLS, AUDIO_RATE> aTri3(TRIANGLE_HERMES_2048_DATA);
Oscil <TRIANGLE_HERMES_2048_NUM_CELLS, AUDIO_RATE> aTri4(TRIANGLE_HERMES_2048_DATA);
Oscil <TRIANGLE_HERMES_2048_NUM_CELLS, AUDIO_RATE> aTri5(TRIANGLE_HERMES_2048_DATA);
Oscil <SIN2048_NUM_CELLS, AUDIO_RATE> aSin1(SIN2048_DATA);
Oscil <SIN2048_NUM_CELLS, AUDIO_RATE> aSin2(SIN2048_DATA);
Oscil <SIN2048_NUM_CELLS, AUDIO_RATE> aSin3(SIN2048_DATA);
Oscil <SIN2048_NUM_CELLS, AUDIO_RATE> aSin4(SIN2048_DATA);
Oscil <SIN2048_NUM_CELLS, AUDIO_RATE> aSin5(SIN2048_DATA);
Oscil <CHEBYSHEV_3RD_256_NUM_CELLS, AUDIO_RATE> aChb1(CHEBYSHEV_3RD_256_DATA);
Oscil <CHEBYSHEV_3RD_256_NUM_CELLS, AUDIO_RATE> aChb2(CHEBYSHEV_3RD_256_DATA);
Oscil <CHEBYSHEV_3RD_256_NUM_CELLS, AUDIO_RATE> aChb3(CHEBYSHEV_3RD_256_DATA);
Oscil <CHEBYSHEV_3RD_256_NUM_CELLS, AUDIO_RATE> aChb4(CHEBYSHEV_3RD_256_DATA);
Oscil <CHEBYSHEV_3RD_256_NUM_CELLS, AUDIO_RATE> aChb5(CHEBYSHEV_3RD_256_DATA);
Oscil <HALFSIN256_NUM_CELLS, AUDIO_RATE> ahSin1(HALFSIN256_DATA);
Oscil <HALFSIN256_NUM_CELLS, AUDIO_RATE> ahSin2(HALFSIN256_DATA);
Oscil <HALFSIN256_NUM_CELLS, AUDIO_RATE> ahSin3(HALFSIN256_DATA);
Oscil <HALFSIN256_NUM_CELLS, AUDIO_RATE> ahSin4(HALFSIN256_DATA);
Oscil <HALFSIN256_NUM_CELLS, AUDIO_RATE> ahSin5(HALFSIN256_DATA);
Oscil <WAVESHAPE_SIGMOID_NUM_CELLS, AUDIO_RATE> aSig1(WAVESHAPE_SIGMOID_DATA);
Oscil <WAVESHAPE_SIGMOID_NUM_CELLS, AUDIO_RATE> aSig2(WAVESHAPE_SIGMOID_DATA);
Oscil <WAVESHAPE_SIGMOID_NUM_CELLS, AUDIO_RATE> aSig3(WAVESHAPE_SIGMOID_DATA);
Oscil <WAVESHAPE_SIGMOID_NUM_CELLS, AUDIO_RATE> aSig4(WAVESHAPE_SIGMOID_DATA);
Oscil <WAVESHAPE_SIGMOID_NUM_CELLS, AUDIO_RATE> aSig5(WAVESHAPE_SIGMOID_DATA);
Oscil <PHASOR256_NUM_CELLS, AUDIO_RATE> aPha1(PHASOR256_DATA);
Oscil <PHASOR256_NUM_CELLS, AUDIO_RATE> aPha2(PHASOR256_DATA);
Oscil <PHASOR256_NUM_CELLS, AUDIO_RATE> aPha3(PHASOR256_DATA);
Oscil <PHASOR256_NUM_CELLS, AUDIO_RATE> aPha4(PHASOR256_DATA);
Oscil <PHASOR256_NUM_CELLS, AUDIO_RATE> aPha5(PHASOR256_DATA);
#define CONTROL_RATE 128 // Hz, powers of 2 are most reliable
int freq1 = 110;//base freq
int voct = 1000;//external V/OCT LSB
int freqv1 = 440;//apply voct
int freqv2 = 440;
int freqv3 = 440;
int freqv4 = 440;
int freqv5 = 440;
byte note1 = 0;//Root
byte note2 = 0;//2nd
byte note3 = 0;//3rd
byte note4 = 0;//4th
byte note5 = 0;//Root
byte inv_aply1 = 0; //0 = no inv , 1 = inv , Root
byte inv_aply2 = 0; //2nd
byte inv_aply3 = 0; //3rd
byte inv_aply4 = 0; //4th
bool inv_aply5 = 0; //0 = no output root sound , 1 = output root sound
int inv = 0;
int inv_knob = 0;
int chord = 0;
byte wave = 0;//0=saw,1=squ,2=tri,3=sin,etc...
const static float voctpow[1024] PROGMEM = {
0, 0.004882, 0.009765, 0.014648, 0.019531, 0.024414, 0.029296, 0.034179, 0.039062, 0.043945, 0.048828, 0.05371, 0.058593, 0.063476, 0.068359, 0.073242, 0.078125, 0.083007, 0.08789, 0.092773, 0.097656, 0.102539, 0.107421, 0.112304, 0.117187, 0.12207, 0.126953, 0.131835, 0.136718, 0.141601, 0.146484, 0.151367, 0.15625, 0.161132, 0.166015, 0.170898, 0.175781, 0.180664, 0.185546, 0.190429, 0.195312, 0.200195, 0.205078, 0.20996, 0.214843, 0.219726, 0.224609, 0.229492, 0.234375, 0.239257, 0.24414, 0.249023, 0.253906, 0.258789, 0.263671, 0.268554, 0.273437, 0.27832, 0.283203, 0.288085, 0.292968, 0.297851, 0.302734, 0.307617, 0.3125, 0.317382, 0.322265, 0.327148, 0.332031, 0.336914, 0.341796, 0.346679, 0.351562, 0.356445, 0.361328, 0.36621, 0.371093, 0.375976, 0.380859, 0.385742, 0.390625, 0.395507, 0.40039, 0.405273, 0.410156, 0.415039, 0.419921, 0.424804, 0.429687, 0.43457, 0.439453, 0.444335, 0.449218, 0.454101, 0.458984, 0.463867, 0.46875, 0.473632, 0.478515, 0.483398, 0.488281, 0.493164, 0.498046, 0.502929, 0.507812, 0.512695, 0.517578, 0.52246, 0.527343, 0.532226, 0.537109, 0.541992, 0.546875, 0.551757, 0.55664, 0.561523, 0.566406, 0.571289, 0.576171, 0.581054, 0.585937, 0.59082, 0.595703, 0.600585, 0.605468, 0.610351, 0.615234, 0.620117, 0.625, 0.629882, 0.634765, 0.639648, 0.644531, 0.649414, 0.654296, 0.659179, 0.664062, 0.668945, 0.673828, 0.67871, 0.683593, 0.688476, 0.693359, 0.698242, 0.703125, 0.708007, 0.71289, 0.717773, 0.722656, 0.727539, 0.732421, 0.737304, 0.742187, 0.74707, 0.751953, 0.756835, 0.761718, 0.766601, 0.771484, 0.776367, 0.78125, 0.786132, 0.791015, 0.795898, 0.800781, 0.805664, 0.810546, 0.815429, 0.820312, 0.825195, 0.830078, 0.83496, 0.839843, 0.844726, 0.849609, 0.854492, 0.859375, 0.864257, 0.86914, 0.874023, 0.878906, 0.883789, 0.888671, 0.893554, 0.898437, 0.90332, 0.908203, 0.913085, 0.917968, 0.922851, 0.927734, 0.932617, 0.9375, 0.942382, 0.947265, 0.952148, 0.957031, 0.961914, 0.966796, 0.971679, 0.976562, 0.981445, 0.986328, 0.99121, 0.996093, 1.000976, 1.005859, 1.010742, 1.015625, 1.020507, 1.02539, 1.030273, 1.035156, 1.040039, 1.044921, 1.049804, 1.054687, 1.05957, 1.064453, 1.069335, 1.074218, 1.079101, 1.083984, 1.088867, 1.09375, 1.098632, 1.103515, 1.108398, 1.113281, 1.118164, 1.123046, 1.127929, 1.132812, 1.137695, 1.142578, 1.14746, 1.152343, 1.157226, 1.162109, 1.166992, 1.171875, 1.176757, 1.18164, 1.186523, 1.191406, 1.196289, 1.201171, 1.206054, 1.210937, 1.21582, 1.220703, 1.225585, 1.230468, 1.235351, 1.240234, 1.245117, 1.25, 1.254882, 1.259765, 1.264648, 1.269531, 1.274414, 1.279296, 1.284179, 1.289062, 1.293945, 1.298828, 1.30371, 1.308593, 1.313476, 1.318359, 1.323242, 1.328125, 1.333007, 1.33789, 1.342773, 1.347656, 1.352539, 1.357421, 1.362304, 1.367187, 1.37207, 1.376953, 1.381835, 1.386718, 1.391601, 1.396484, 1.401367, 1.40625, 1.411132, 1.416015, 1.420898, 1.425781, 1.430664, 1.435546, 1.440429, 1.445312, 1.450195, 1.455078, 1.45996, 1.464843, 1.469726, 1.474609, 1.479492, 1.484375, 1.489257, 1.49414, 1.499023, 1.503906, 1.508789, 1.513671, 1.518554, 1.523437, 1.52832, 1.533203, 1.538085, 1.542968, 1.547851, 1.552734, 1.557617, 1.5625, 1.567382, 1.572265, 1.577148, 1.582031, 1.586914, 1.591796, 1.596679, 1.601562, 1.606445, 1.611328, 1.61621, 1.621093, 1.625976, 1.630859, 1.635742, 1.640625, 1.645507, 1.65039, 1.655273, 1.660156, 1.665039, 1.669921, 1.674804, 1.679687, 1.68457, 1.689453, 1.694335, 1.699218, 1.704101, 1.708984, 1.713867, 1.71875, 1.723632, 1.728515, 1.733398, 1.738281, 1.743164, 1.748046, 1.752929, 1.757812, 1.762695, 1.767578, 1.77246, 1.777343, 1.782226, 1.787109, 1.791992, 1.796875, 1.801757, 1.80664, 1.811523, 1.816406, 1.821289, 1.826171, 1.831054, 1.835937, 1.84082, 1.845703, 1.850585, 1.855468, 1.860351, 1.865234, 1.870117, 1.875, 1.879882, 1.884765, 1.889648, 1.894531, 1.899414, 1.904296, 1.909179, 1.914062, 1.918945, 1.923828, 1.92871, 1.933593, 1.938476, 1.943359, 1.948242, 1.953125, 1.958007, 1.96289, 1.967773, 1.972656, 1.977539, 1.982421, 1.987304, 1.992187, 1.99707, 2.001953, 2.006835, 2.011718, 2.016601, 2.021484, 2.026367, 2.03125, 2.036132, 2.041015, 2.045898, 2.050781, 2.055664, 2.060546, 2.065429, 2.070312, 2.075195, 2.080078, 2.08496, 2.089843, 2.094726, 2.099609, 2.104492, 2.109375, 2.114257, 2.11914, 2.124023, 2.128906, 2.133789, 2.138671, 2.143554, 2.148437, 2.15332, 2.158203, 2.163085, 2.167968, 2.172851, 2.177734, 2.182617, 2.1875, 2.192382, 2.197265, 2.202148, 2.207031, 2.211914, 2.216796, 2.221679, 2.226562, 2.231445, 2.236328, 2.24121, 2.246093, 2.250976, 2.255859, 2.260742, 2.265625, 2.270507, 2.27539, 2.280273, 2.285156, 2.290039, 2.294921, 2.299804, 2.304687, 2.30957, 2.314453, 2.319335, 2.324218, 2.329101, 2.333984, 2.338867, 2.34375, 2.348632, 2.353515, 2.358398, 2.363281, 2.368164, 2.373046, 2.377929, 2.382812, 2.387695, 2.392578, 2.39746, 2.402343, 2.407226, 2.412109, 2.416992, 2.421875, 2.426757, 2.43164, 2.436523, 2.441406, 2.446289, 2.451171, 2.456054, 2.460937, 2.46582, 2.470703, 2.475585, 2.480468, 2.485351, 2.490234, 2.495117, 2.5, 2.504882, 2.509765, 2.514648, 2.519531, 2.524414, 2.529296, 2.534179, 2.539062, 2.543945, 2.548828, 2.55371, 2.558593, 2.563476, 2.568359, 2.573242, 2.578125, 2.583007, 2.58789, 2.592773, 2.597656, 2.602539, 2.607421, 2.612304, 2.617187, 2.62207, 2.626953, 2.631835, 2.636718, 2.641601, 2.646484, 2.651367, 2.65625, 2.661132, 2.666015, 2.670898, 2.675781, 2.680664, 2.685546, 2.690429, 2.695312, 2.700195, 2.705078, 2.70996, 2.714843, 2.719726, 2.724609, 2.729492, 2.734375, 2.739257, 2.74414, 2.749023, 2.753906, 2.758789, 2.763671, 2.768554, 2.773437, 2.77832, 2.783203, 2.788085, 2.792968, 2.797851, 2.802734, 2.807617, 2.8125, 2.817382, 2.822265, 2.827148, 2.832031, 2.836914, 2.841796, 2.846679, 2.851562, 2.856445, 2.861328, 2.86621, 2.871093, 2.875976, 2.880859, 2.885742, 2.890625, 2.895507, 2.90039, 2.905273, 2.910156, 2.915039, 2.919921, 2.924804, 2.929687, 2.93457, 2.939453, 2.944335, 2.949218, 2.954101, 2.958984, 2.963867, 2.96875, 2.973632, 2.978515, 2.983398, 2.988281, 2.993164, 2.998046, 3.002929, 3.007812, 3.012695, 3.017578, 3.02246, 3.027343, 3.032226, 3.037109, 3.041992, 3.046875, 3.051757, 3.05664, 3.061523, 3.066406, 3.071289, 3.076171, 3.081054, 3.085937, 3.09082, 3.095703, 3.100585, 3.105468, 3.110351, 3.115234, 3.120117, 3.125, 3.129882, 3.134765, 3.139648, 3.144531, 3.149414, 3.154296, 3.159179, 3.164062, 3.168945, 3.173828, 3.17871, 3.183593, 3.188476, 3.193359, 3.198242, 3.203125, 3.208007, 3.21289, 3.217773, 3.222656, 3.227539, 3.232421, 3.237304, 3.242187, 3.24707, 3.251953, 3.256835, 3.261718, 3.266601, 3.271484, 3.276367, 3.28125, 3.286132, 3.291015, 3.295898, 3.300781, 3.305664, 3.310546, 3.315429, 3.320312, 3.325195, 3.330078, 3.33496, 3.339843, 3.344726, 3.349609, 3.354492, 3.359375, 3.364257, 3.36914, 3.374023, 3.378906, 3.383789, 3.388671, 3.393554, 3.398437, 3.40332, 3.408203, 3.413085, 3.417968, 3.422851, 3.427734, 3.432617, 3.4375, 3.442382, 3.447265, 3.452148, 3.457031, 3.461914, 3.466796, 3.471679, 3.476562, 3.481445, 3.486328, 3.49121, 3.496093, 3.500976, 3.505859, 3.510742, 3.515625, 3.520507, 3.52539, 3.530273, 3.535156, 3.540039, 3.544921, 3.549804, 3.554687, 3.55957, 3.564453, 3.569335, 3.574218, 3.579101, 3.583984, 3.588867, 3.59375, 3.598632, 3.603515, 3.608398, 3.613281, 3.618164, 3.623046, 3.627929, 3.632812, 3.637695, 3.642578, 3.64746, 3.652343, 3.657226, 3.662109, 3.666992, 3.671875, 3.676757, 3.68164, 3.686523, 3.691406, 3.696289, 3.701171, 3.706054, 3.710937, 3.71582, 3.720703, 3.725585, 3.730468, 3.735351, 3.740234, 3.745117, 3.75, 3.754882, 3.759765, 3.764648, 3.769531, 3.774414, 3.779296, 3.784179, 3.789062, 3.793945, 3.798828, 3.80371, 3.808593, 3.813476, 3.818359, 3.823242, 3.828125, 3.833007, 3.83789, 3.842773, 3.847656, 3.852539, 3.857421, 3.862304, 3.867187, 3.87207, 3.876953, 3.881835, 3.886718, 3.891601, 3.896484, 3.901367, 3.90625, 3.911132, 3.916015, 3.920898, 3.925781, 3.930664, 3.935546, 3.940429, 3.945312, 3.950195, 3.955078, 3.95996, 3.964843, 3.969726, 3.974609, 3.979492, 3.984375, 3.989257, 3.99414, 3.999023, 4.003906, 4.008789, 4.013671, 4.018554, 4.023437, 4.02832, 4.033203, 4.038085, 4.042968, 4.047851, 4.052734, 4.057617, 4.0625, 4.067382, 4.072265, 4.077148, 4.082031, 4.086914, 4.091796, 4.096679, 4.101562, 4.106445, 4.111328, 4.11621, 4.121093, 4.125976, 4.130859, 4.135742, 4.140625, 4.145507, 4.15039, 4.155273, 4.160156, 4.165039, 4.169921, 4.174804, 4.179687, 4.18457, 4.189453, 4.194335, 4.199218, 4.204101, 4.208984, 4.213867, 4.21875, 4.223632, 4.228515, 4.233398, 4.238281, 4.243164, 4.248046, 4.252929, 4.257812, 4.262695, 4.267578, 4.27246, 4.277343, 4.282226, 4.287109, 4.291992, 4.296875, 4.301757, 4.30664, 4.311523, 4.316406, 4.321289, 4.326171, 4.331054, 4.335937, 4.34082, 4.345703, 4.350585, 4.355468, 4.360351, 4.365234, 4.370117, 4.375, 4.379882, 4.384765, 4.389648, 4.394531, 4.399414, 4.404296, 4.409179, 4.414062, 4.418945, 4.423828, 4.42871, 4.433593, 4.438476, 4.443359, 4.448242, 4.453125, 4.458007, 4.46289, 4.467773, 4.472656, 4.477539, 4.482421, 4.487304, 4.492187, 4.49707, 4.501953, 4.506835, 4.511718, 4.516601, 4.521484, 4.526367, 4.53125, 4.536132, 4.541015, 4.545898, 4.550781, 4.555664, 4.560546, 4.565429, 4.570312, 4.575195, 4.580078, 4.58496, 4.589843, 4.594726, 4.599609, 4.604492, 4.609375, 4.614257, 4.61914, 4.624023, 4.628906, 4.633789, 4.638671, 4.643554, 4.648437, 4.65332, 4.658203, 4.663085, 4.667968, 4.672851, 4.677734, 4.682617, 4.6875, 4.692382, 4.697265, 4.702148, 4.707031, 4.711914, 4.716796, 4.721679, 4.726562, 4.731445, 4.736328, 4.74121, 4.746093, 4.750976, 4.755859, 4.760742, 4.765625, 4.770507, 4.77539, 4.780273, 4.785156, 4.790039, 4.794921, 4.799804, 4.804687, 4.80957, 4.814453, 4.819335, 4.824218, 4.829101, 4.833984, 4.838867, 4.84375, 4.848632, 4.853515, 4.858398, 4.863281, 4.868164, 4.873046, 4.877929, 4.882812, 4.887695, 4.892578, 4.89746, 4.902343, 4.907226, 4.912109, 4.916992, 4.921875, 4.926757, 4.93164, 4.936523, 4.941406, 4.946289, 4.951171, 4.956054, 4.960937, 4.96582, 4.970703, 4.975585, 4.980468, 4.985351, 4.990234, 4.995117
};
const static byte chord_table[8][4]PROGMEM = {
{ 0, 68, 119, 205, },//Maj
{ 0, 68, 119, 187, },//Maj7
{ 0, 68, 119, 239, },//Majadd9
{ 0, 34, 119, 205, },//sus2
{ 0, 51, 119, 239, },//minadd9
{ 0, 51, 119, 170, },//min7
{ 0, 51, 119, 205, },//min
{ 0, 0, 0, 0, }//root
};
void setup()
{
startMozzi(CONTROL_RATE); // :)
}
void updateControl() {
//chord setting
chord = (mozziAnalogRead(3) / 128) + (mozziAnalogRead(5) / 128);
chord = constrain(chord, 0, 7);
//inversion setting
inv_knob = mozziAnalogRead(1);
inv = (inv_knob / 64)+ (mozziAnalogRead(4) / 64);
inv = constrain(inv, 0, 15);
if (inv_knob < 1020) { //when selecting wave , not apply
switch (inv) {
case 0:
inv_aply1 = 0;
inv_aply2 = 0;
inv_aply3 = 0;
inv_aply4 = 0;
inv_aply5 = 0;
break;
case 1:
inv_aply1 = 1;
inv_aply2 = 0;
inv_aply3 = 0;
inv_aply4 = 0;
inv_aply5 = 0;
break;
case 2:
inv_aply1 = 1;
inv_aply2 = 1;
inv_aply3 = 0;
inv_aply4 = 0;
inv_aply5 = 0;
break;
case 3:
inv_aply1 = 1;
inv_aply2 = 1;
inv_aply3 = 1;
inv_aply4 = 0;
inv_aply5 = 0;
break;
case 4:
inv_aply1 = 1;
inv_aply2 = 1;
inv_aply3 = 1;
inv_aply4 = 1;
inv_aply5 = 0;
break;
case 5:
inv_aply1 = 2;
inv_aply2 = 1;
inv_aply3 = 1;
inv_aply4 = 1;
inv_aply5 = 0;
break;
case 6:
inv_aply1 = 2;
inv_aply2 = 2;
inv_aply3 = 1;
inv_aply4 = 1;
inv_aply5 = 0;
break;
case 7:
inv_aply1 = 2;
inv_aply2 = 2;
inv_aply3 = 2;
inv_aply4 = 1;
inv_aply5 = 0;
break;
case 8:
inv_aply1 = 2;
inv_aply2 = 2;
inv_aply3 = 2;
inv_aply4 = 1;
inv_aply5 = 1;
break;
case 9:
inv_aply1 = 2;
inv_aply2 = 2;
inv_aply3 = 1;
inv_aply4 = 1;
inv_aply5 = 1;
break;
case 10:
inv_aply1 = 2;
inv_aply2 = 1;
inv_aply3 = 1;
inv_aply4 = 1;
inv_aply5 = 1;
break;
case 11:
inv_aply1 = 1;
inv_aply2 = 1;
inv_aply3 = 1;
inv_aply4 = 1;
inv_aply5 = 1;
break;
case 12:
inv_aply1 = 1;
inv_aply2 = 1;
inv_aply3 = 1;
inv_aply4 = 0;
inv_aply5 = 1;
break;
case 13:
inv_aply1 = 1;
inv_aply2 = 1;
inv_aply3 = 0;
inv_aply4 = 0;
inv_aply5 = 1;
break;
case 14:
inv_aply1 = 1;
inv_aply2 = 0;
inv_aply3 = 0;
inv_aply4 = 0;
inv_aply5 = 1;
break;
case 15:
inv_aply1 = 0;
inv_aply2 = 0;
inv_aply3 = 0;
inv_aply4 = 0;
inv_aply5 = 1;
break;
}
}
//setting chord note
if (inv_knob < 1020) { //when selecting wave , not apply
note1 = (pgm_read_byte(&(chord_table[chord][0])));
note2 = (pgm_read_byte(&(chord_table[chord][1])));
note3 = (pgm_read_byte(&(chord_table[chord][2])));
note4 = (pgm_read_byte(&(chord_table[chord][3])));
note5 = (pgm_read_byte(&(chord_table[chord][0])));
}
//OSC frequency knob
freq1 = mozziAnalogRead(0) / 4 ;
//set wave
if (inv_knob >= 1020) { //inv knob max
wave = (mozziAnalogRead(3) / 128);
}
//frequency setting
voct = mozziAnalogRead(7) ;
freqv1 = freq1 * pow(2, (pgm_read_float(&(voctpow[voct + 205 * inv_aply1 + note1])))); //ROOT
freqv2 = freq1 * pow(2, (pgm_read_float(&(voctpow[voct + 205 * inv_aply2 + note2])))); //2nd
freqv3 = freq1 * pow(2, (pgm_read_float(&(voctpow[voct + 205 * inv_aply3 + note3])))); //3rd
freqv4 = freq1 * pow(2, (pgm_read_float(&(voctpow[voct + 205 * inv_aply4 + note4])))); //4th
freqv5 = freq1 * pow(2, (pgm_read_float(&(voctpow[voct + note5])))); //ROOT
switch (wave) {
case 0://saw
aSaw1.setFreq(freqv1); // set the frequency
aSaw2.setFreq(freqv2);
aSaw3.setFreq(freqv3);
aSaw4.setFreq(freqv4);
aSaw5.setFreq(freqv5);
break;
case 1://squ
aSqu1.setFreq(freqv1); // set the frequency
aSqu2.setFreq(freqv2);
aSqu3.setFreq(freqv3);
aSqu4.setFreq(freqv4);
aSqu5.setFreq(freqv5);
break;
case 2://tri
aTri1.setFreq(freqv1); // set the frequency
aTri2.setFreq(freqv2);
aTri3.setFreq(freqv3);
aTri4.setFreq(freqv4);
aTri5.setFreq(freqv5);
break;
case 3://sin
aSin1.setFreq(freqv1); // set the frequency
aSin2.setFreq(freqv2);
aSin3.setFreq(freqv3);
aSin4.setFreq(freqv4);
aSin5.setFreq(freqv5);
break;
case 4://
aChb1.setFreq(freqv1); // set the frequency
aChb2.setFreq(freqv2);
aChb3.setFreq(freqv3);
aChb4.setFreq(freqv4);
aChb5.setFreq(freqv5);
break;
case 5://
ahSin1.setFreq(freqv1); // set the frequency
ahSin2.setFreq(freqv2);
ahSin3.setFreq(freqv3);
ahSin4.setFreq(freqv4);
ahSin5.setFreq(freqv5);
break;
case 6://
aSig1.setFreq(freqv1); // set the frequency
aSig2.setFreq(freqv2);
aSig3.setFreq(freqv3);
aSig4.setFreq(freqv4);
aSig5.setFreq(freqv5);
break;
case 7://
aPha1.setFreq(freqv1); // set the frequency
aPha2.setFreq(freqv2);
aPha3.setFreq(freqv3);
aPha4.setFreq(freqv4);
aPha5.setFreq(freqv5);
break;
}
}
int updateAudio() {
switch (wave) {
case 0:
return MonoOutput::from8Bit(aSaw1.next() / 32 + aSaw2.next() / 32 + aSaw3.next() / 32 + aSaw4.next() / 32 + aSaw5.next() / 32 * inv_aply5);
break;
case 1:
return MonoOutput::from8Bit(aSqu1.next() / 32 + aSqu2.next() / 32 + aSqu3.next() / 32 + aSqu4.next() / 32 + aSqu5.next() / 32 * inv_aply5);
break;
case 2:
return MonoOutput::from8Bit(aTri1.next() / 32 + aTri2.next() / 32 + aTri3.next() / 32 + aTri4.next() / 32 + aTri5.next() / 32 * inv_aply5);
break;
case 3:
return MonoOutput::from8Bit(aSin1.next() / 32 + aSin2.next() / 32 + aSin3.next() / 32 + aSin4.next() / 32 + aSin5.next() / 32 * inv_aply5);
break;
case 4:
return MonoOutput::from8Bit(aChb1.next() / 32 + aChb2.next() / 32 + aChb3.next() / 32 + aChb4.next() / 32 + aChb5.next() / 32 * inv_aply5);
break;
case 5:
return MonoOutput::from8Bit(ahSin1.next() / 32 + ahSin2.next() / 32 + ahSin3.next() / 32 + ahSin4.next() / 32 + ahSin5.next() / 32 * inv_aply5);
break;
case 6:
return MonoOutput::from8Bit(aSig1.next() / 32 + aSig2.next() / 32 + aSig3.next() / 32 + aSig4.next() / 32 + aSig5.next() / 32 * inv_aply5);
break;
case 7:
return MonoOutput::from8Bit(aPha1.next() / 32 + aPha2.next() / 32 + aPha3.next() / 32 + aPha4.next() / 32 + aPha5.next() / 32 * inv_aply5);
break;
}
}
void loop() {
audioHook(); // required here
}
(Yeah, it's still a lot...)
Any assistance in resolving this would be greatly appreciated!
libraryfolder, download and install it again