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//
// maxiSynths.h
// granular
//
// Created by Michael Grierson on 16/08/2015.
//
//
#ifndef __granular__maxiSynths__
#define __granular__maxiSynths__
#include <stdio.h>
#include <iostream>
#include <fstream>
#include <string.h>
#include <cstdlib>
#include "math.h"
#include "maximilian.h"
class maxiKick {
public:
maxiKick();
double play();
void setPitch(double pitch);
void setRelease(double releaseD);
void trigger();
double pitch;
double output = 0 ;
double outputD =0 ;
double envOut;
bool useDistortion = false;
bool useLimiter = false;
bool useFilter = false;
double distortion = 0;
bool inverse = false;
double cutoff;
double resonance;
double gain = 1;
maxiOsc kick;
maxiEnv envelope;
maxiDistortion distort;
maxiFilter filter;
};
class maxiSnare {
public:
maxiSnare();
double play();
void setPitch(double pitch);
void setRelease(double releaseD);
void trigger();
double pitch;
double output = 0 ;
double outputD = 0 ;
double envOut;
bool useDistortion = false;
bool useLimiter = false;
bool useFilter = true;
double distortion = 0;
bool inverse = false;
double cutoff;
double resonance;
double gain = 1;
maxiOsc tone;
maxiOsc noise;
maxiEnv envelope;
maxiDistortion distort;
maxiFilter filter;
};
class maxiHats {
public:
maxiHats();
double play();
void setPitch(double pitch);
void setRelease(double releaseD);
void trigger();
double pitch;
double output = 0;
double outputD = 0;
double envOut;
bool useDistortion = false;
bool useLimiter = false;
bool useFilter = false;
double distortion = 0;
bool inverse = false;
double cutoff;
double resonance;
double gain = 1;
maxiOsc tone;
maxiOsc noise;
maxiEnv envelope;
maxiDistortion distort;
maxiSVF filter;
};
class maxiSynth {
};
class granularSynth {
};
class maxiSampler {
public:
maxiSampler();
double play();
void setPitch(double pitch, bool setall=false);
void midiNoteOn(double pitch, double velocity, bool setall=false);
void midiNoteOff(double pitch, double velocity, bool setall=false);
void setAttack(double attackD,bool setall=true);
void setDecay(double decayD,bool setall=true);
void setSustain(double sustainD,bool setall=true);
void setRelease(double releaseD,bool setall=true);
void setPosition(double positionD,bool setall=true);
void load(string inFile,bool setall=true);
void setNumVoices(int numVoices);
double position;
void trigger();
double pitch[32];
int originalPitch=67;
double outputs[32];
double outputD = 0;
double envOut[32];
double envOutGain[32];
double output;
bool useDistortion = false;
bool useLimiter = false;
bool useFilter = false;
double distortion = 0;
bool inverse = false;
double cutoff;
double resonance;
double gain = 1;
int voices;
int currentVoice=0;
convert mtof;
maxiOsc LFO1;
maxiOsc LFO2;
maxiOsc LFO3;
maxiOsc LFO4;
maxiSample samples[32];
maxiEnv envelopes[32];
maxiDistortion distort;
maxiSVF filters[32];
bool sustain = true;
};
class maxiClock {
public:
maxiClock();
void ticker();
void setTempo(double bpm);
void setTicksPerBeat(int ticksPerBeat);
maxiOsc timer;
int currentCount;
int lastCount;
int playHead;
double bps;
double bpm;
int ticks;
bool tick;
};
#endif
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