#include "OpenSFZ.h"

....
// initialization:

    synth = new SFZSynth();
    
    SFZSound *testSound = new SFZSound(std::string("/Users/dwallin/Downloads/FM-House-Bass/FM-House-Bass.sfz"));

    synth->addSound(testSound);

    testSound->loadRegions();
    testSound->loadSamples();

    testSound->dump();    // print out debug info
    
    synth->setCurrentPlaybackSampleRate(SongInfo::getSampleRate());


// just handle midi events and call the appropriate functions on the SFZSynth class. 
// OpenSFZ doesn't have any midi specific code or classes. This is purely for example purposs.

    if(e->eventType == Event::EVENT_NOTEON)
    {
        // Note: Velocity should be in the 0...1 range, not the usual 1-127 midi range.
        synth->noteOn(1, e->iData[0], e->rData[0]);
    } else if(e->eventType == Event::EVENT_NOTEOFF)
    {
        synth->noteOff(1, e->iData[0], true);
    } else if(e->eventType == Event::EVENT_ALLNOTESOFF)
    {
        synth->allNotesOff(1, false);
    } else if(e->eventType == Event::EVENT_CC)
    {
        if(e->iData[0] == 121 || e->iData[0] == 123)
        {
            synth->allNotesOff(1, true);
        }
    }

// Audio processing. Call something like this in your audio processing callback loop: 
    // Note: audio buffers should be filled with zeros first

    SFZAudioBuffer buffer((int)numSamples,
                          audioOutLeftChannelPointer,
                          audioOutRightChannelPointer);
    
    synth->renderNextBlock(buffer, 0, (int)numSamples);
    
// that's it