#include "wave_write.hpp"
#include "function_templates.hpp"

#define BPM 100

typedef WaveWrite<DoAmp< GenModSin<110, 6*60, BPM> >, 
		  DoAmp< GenModSin<110, 4*60, BPM> > > SIMPLE_TYPE;

typedef WaveWrite<DoAmp< 
  SumSignals<
  Vibrato<GenModSin<110, 4*60, BPM>,8*BPM, 60,16> ,
  DelaySignal<Gaussian< GenSin<165>, 4*60,BPM>,12*60,BPM>
  ,2> >, 
		  DoAmp< 
  SumSignals<
  Vibrato<GenModSin<110, 4*60, BPM>, 9*BPM, 60,16> ,
  DelaySignal<Gaussian< GenSin<165>, 4*60,BPM>,12*60,BPM>
  ,2> > > VIBE_TYPE;

typedef WaveWrite<DoAmp< SumSignals< GenModSin<165, 3*60, 4*BPM> , 
				     GenModSin<110, 60, 60>, 2 > >,
		  DoAmp<SumSignals< GenModSin<110, 3*60, 4*BPM> , 
				     GenModSin<165, 60, 60>, 2 > > > FANCY_TYPE;

typedef WaveWrite<DoAmp< SumSignals< GenModSin<130, 3*60, BPM> , 
				     GenModSin<110, 4*60, BPM>, 2 > >,
		  DoAmp<SumSignals< GenModSin<110, 4*60, BPM> , 
				     GenModSin<130, 3*60, BPM>, 2 > > > SPOOKY_TYPE;


typedef SumSignals<
  SumSignals<SumSignals<DelaySignal< Gaussian< GenSin<110>,2*60,BPM>,
				     1*60,BPM>,
			DelaySignal< Gaussian< GenSin<143>,4*60,BPM>,
				     3*60,BPM>
			,2
			>,
	     SumSignals<DelaySignal< Gaussian< GenSin<165>,8*60,BPM>,
				     5*60,BPM>,
			DelaySignal< Gaussian< GenSin<220>,8*60,BPM>,
				     7*60,BPM>
			,2
			>,
	     2>,
  SumSignals<DelaySignal< Gaussian< GenSin<165>,4*60,BPM>,
			  9*60,BPM>,
	     DelaySignal< Gaussian< GenSin<110>,2*60,BPM>,
	       11*60,BPM>
	     ,2>,2
  > PSYCHO_CHORD;

typedef DoAmpFifths<SumSignals<
  DelaySignal< Gaussian< GenSin<110>,4*60,BPM>,
	       2*60,BPM>,
  DelaySignal< Gaussian< GenSin<165>,4*60,BPM>,
	       2*60,BPM>
  ,3> 
> PHRASE_NOTE1;


typedef DoAmpEven<SumSignals<
  DelaySignal< Gaussian< GenSin<165>,4*60,BPM>,
	       6*60,BPM>,
  DelaySignal< Gaussian< GenSin<220>,4*60,BPM>,
	       6*60,BPM>
  ,2> 
> PHRASE_NOTE2;

typedef DoAmp<SumSignals<
  DelaySignal< Gaussian< GenSin<55>,6*60,BPM>,
	       18*60,BPM>,
  DelaySignal< Gaussian< GenSin<55>,6*60,BPM>,
	       18*60,BPM>
  ,2> 
> PHRASE_NOTE3;

typedef DoAmpGentle<SumSignals<
  DelaySignal< Gaussian< GenSin<55>,6*60,BPM>,
	       18*60,BPM>,
  DelaySignal< Gaussian< GenSin<110>,6*60,BPM>,
	       18*60,BPM>
  ,4> 
> PHRASE_NOTE3_RIGHT;

typedef WaveWrite<SumSignals<
  SumSignals<PHRASE_NOTE1, PHRASE_NOTE2,1>,
  PHRASE_NOTE3,1>,
		  SumSignals<
  SumSignals<PHRASE_NOTE1, PHRASE_NOTE2,1> ,
  PHRASE_NOTE3_RIGHT, 1>
> FINAL_TYPE;

typedef WaveWrite<DoAmp<
  Vibrato<PSYCHO_CHORD, 8*BPM, 60, 32 > >,
		  DoAmp<
  Vibrato<PSYCHO_CHORD, 11*BPM, 60, 32> > > GRATING_TYPE;

int main(int argc, char **argv) {
  FANCY_TYPE * myWriter = 
    new FANCY_TYPE(44100, 24*60.0/BPM);

  GRATING_TYPE * grateWriter = 
    new GRATING_TYPE(44100, 24*60/BPM);

  FINAL_TYPE * finWriter = 
    new FINAL_TYPE(44100, 36*60.0/BPM);

  SPOOKY_TYPE * spookyWriter = 
    new SPOOKY_TYPE(44100, 24*60.0/BPM);

  SIMPLE_TYPE * testWriter = 
    new SIMPLE_TYPE(44100, 24*60.0/BPM);

  VIBE_TYPE * vibeWriter = 
    new VIBE_TYPE(44100, 24*60.0/BPM);

  grateWriter->doWrite("grating.wav");

  vibeWriter->doWrite("vibrating.wav");

  //return 0;

  myWriter->doWrite("summed_then_amped.wav");

  spookyWriter->doWrite("spooky.wav");

  testWriter->doWrite("basic_test.wav");

  finWriter->doWrite("two_note_test.wav");
}