#pragma cling add_include_path("/home/pschatzmann/Arduino/libraries/arduino-audio-tools/src")
#include "AudioTools.h"
#include "AudioLibs/Jupyter.h"

AudioBaseInfo cfg;
cfg.channels = 1;
cfg.sample_rate = 44100;

WhiteNoiseGenerator<int16_t> white(10000); // limit amplitude=volume   
GeneratedSoundStream<int16_t> sound(white);// Stream generated from sine wave
sound.begin(cfg);

JupyterAudio audio("white.wav", sound, 600, 1024);
audio

PinkNoiseGenerator<int16_t> pink(10000); // limit amplitude=volume   
GeneratedSoundStream<int16_t> sound(pink);// Stream generated from sine wave
sound.begin(cfg);

JupyterAudio audio("pink.wav", sound, 600, 1024);
audio

float coef[] = {  -0.000000000000000001, 0.001688767488474816, -0.019487763557911722, -0.022262562806491287, 0.267832523539628664, 0.544458070672598993, 0.267832523539628720, -0.022262562806491290, -0.019487763557911732, 0.001688767488474817, -0.000000000000000001 };

WhiteNoiseGenerator<int16_t> white(10000); // limit amplitude=volume   
GeneratedSoundStream<int16_t> sound(white);// Stream generated from sine wave
FilteredStream<int16_t, float> brown(sound);  // Defiles the filter as BaseConverter
FIR<float> fir(coef);
brown.begin(cfg);
brown.setFilter(0, &fir);
sound.begin(cfg);

JupyterAudio audio("brown.wav", brown, 600, 1024);
audio

float coef[] = {  0.000000000000000001, -0.001688767488474816, 0.019487763557911722, 0.022262562806491287, -0.267832523539628664, 0.455541929327401007, -0.267832523539628720, 0.022262562806491290, 0.019487763557911732, -0.001688767488474817, 0.000000000000000001};

WhiteNoiseGenerator<int16_t> white(20000); // limit amplitude=volume   
GeneratedSoundStream<int16_t> sound(white);// Stream generated from sine wave
FilteredStream<int16_t, float> blue(sound);  // Defiles the filter as BaseConverter
FIR<float> fir(coef);
blue.begin(cfg);
blue.setFilter(0, &fir);
sound.begin(cfg);

JupyterAudio audio("blue.wav", blue, 600, 1024);
audio

float coef[] = {   0.000000000000000001, -0.000948981178239082, -0.005303173067166042, -0.024478435941661606, 0.193646692198087278, 0.058899192865718097, 0.556369410246522644, 0.058899192865718097, 0.193646692198087389, -0.024478435941661613, -0.005303173067166042, -0.000948981178239085, 0.000000000000000001 };

WhiteNoiseGenerator<int16_t> white(10000); // limit amplitude=volume   
GeneratedSoundStream<int16_t> sound(white);// Stream generated from sine wave
FilteredStream<int16_t, float> gray(sound);  // Defiles the filter as BaseConverter
FIR<float> fir(coef);
gray.begin(cfg);
gray.setFilter(0, &fir);
sound.begin(cfg);

JupyterAudio audio("gray.wav", gray, 600, 1024);
audio