#include <music/chord.hpp>
#include <midiseq/noteon.hpp>
#include <midiseq/noteoff.hpp>

using namespace Music;

bool Chord::play(MIDIOutputDevice &device,bool noteOffAfterPlay)
{
  if(!device.hasDevice())return false;
  for(int index=0;index<size();index++)
	{
	  NoteOn &noteOn=(NoteOn&)operator[](index);
	  PureEvent midiEvent=((NoteOn&)operator[](index).toMIDINote()).getEvent();
		device.midiEvent(midiEvent);
  }	
	if(!noteOffAfterPlay)return true;
  ::Sleep(getDelay());
  for(index=0;index<size();index++)
	{
	  NoteOff &noteOff=(NoteOff&)operator[](index);
	  PureEvent midiEvent=((NoteOff&)operator[](index).toMIDINote()).getEvent();
		device.midiEvent(midiEvent);
	}
	return true;
}

void Chord::create(const Note &root,ChordType chordType)
{
  switch(chordType)
	{
	  case MajorTriad :            
		  handleMajorTriad(root);
			break;
		case MajorSeventh :
		  handleMajorSeventh(root);  
			break;
		case MinorTriad :            
		  handleMinorTriad(root);
		  break;
		case DiminishedTriad :         
		  handleDiminishedTriad(root);
			break;
		case AugmentedTriad :
		  handleAugmentedTriad(root);
		  break;
		case DiminishedSeventh :
		  handleDiminishedSeventh(root);
		  break;
		case HalfDiminishedSeventh :
      handleHalfDiminishedSeventh(root);
		  break;
		case MinorSixth :
		  handleMinorSixth(root);
			break;
		case MinorSeventh :
		  handleMinorSeventh(root);
			break;
		case MinorMajorSeventh :
		  handleMinorMajorSeventh(root);
		  break;
		case DominantSixth :
		  handleDominantSixth(root);
		  break;
		case DominantSeventh :
		  handleDominantSeventh(root);
			break;
	}
}

void Chord::handleMajorTriad(Note root)
{
  size(3);
	operator[](0)=root;
	operator[](1)=root.getThird();
	operator[](2)=root.getFifth();
}

void Chord::handleMinorTriad(Note root)
{
  size(3);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=root.getFifth();
}

void Chord::handleDiminishedTriad(Note root)
{
  size(3);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=root.getDiminishedFifth();  
}

void Chord::handleAugmentedTriad(Note root)
{
  size(3);
	operator[](0)=root;
	operator[](1)=root.getThird();
	operator[](2)=root.getAugmentedFifth();  
}

void Chord::handleMajorSeventh(Note root)
{
  size(4);
	operator[](0)=root;
	operator[](1)=root.getThird();
	operator[](2)=root.getFifth();
	operator[](3)=root.getSeventh();
}

void Chord::handleDiminishedSeventh(Note root)
{
  size(4);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=operator[](1).getMinorThird();
	operator[](3)=operator[](2).getMinorThird();
}

void Chord::handleHalfDiminishedSeventh(Note root)
{
  size(4);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=operator[](1).getMinorThird();
	operator[](3)=root.getMinorSeventh();
}

void Chord::handleMinorSixth(Note root)
{
  size(4);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=root.getFifth();
	operator[](3)=root.getSixth();
}

void Chord::handleMinorSeventh(Note root)
{
  size(4);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=root.getFifth();
	operator[](3)=root.getMinorSeventh();
}

void Chord::handleMinorMajorSeventh(Note root)
{
  size(4);
	operator[](0)=root;
	operator[](1)=root.getMinorThird();
	operator[](2)=root.getFifth();
  operator[](3)=root.getSeventh();
}

void Chord::handleDominantSixth(Note root)
{
  Chord majorTriad;

  size(4);
	majorTriad.handleMajorTriad(root);
	operator[](0)=majorTriad[0];
	operator[](1)=majorTriad[1];
	operator[](2)=majorTriad[2];
	operator[](3)=root.getSixth();
}

void Chord::handleDominantSeventh(Note root)
{
  Chord majorTriad;

  size(4);
	majorTriad.handleMajorTriad(root);
	operator[](0)=majorTriad[0];
	operator[](1)=majorTriad[1];
	operator[](2)=majorTriad[2];
	operator[](3)=root.getMinorSeventh();
}