Fixing a huge omission in MIDI, note-ties

An excerpt of how it's used

    if(fingerTurningOff != NOBODY)
    {    
        struct Fretless_fingerState* turningOffPtr = &ctxp->fingers[fingerTurningOff];        
        if(turningOffPtr->isOn == FALSE)
        {
            ctxp->fail("turningOffPtr->isOn should be on\n");
        }
        if(turningOffPtr->isSupressed == FALSE)
        {
            ctxp->fail("turningOffPtr->isSupressed should be supressed\n");
        }
        if(legato == 2)
        {
            Fretless_noteTie(ctxp,turningOffPtr);            
        }
        ctxp->midiPutch(MIDI_ON + turningOffPtr->channel);
        ctxp->midiPutch(turningOffPtr->note);
        ctxp->midiPutch(0);
        //if( ctxp->noteChannelDownRawBalance[turningOffPtr->note][turningOffPtr->channel] > 0 )
        {
            ctxp->noteChannelDownRawBalance[turningOffPtr->note][turningOffPtr->channel]--;
        }
    }
    ctxp->midiPutch(MIDI_ON + fsPtr->channel);
    ctxp->midiPutch(fsPtr->note);
    ctxp->midiPutch(fsPtr->velocity);
    ctxp->noteChannelDownRawBalance[fsPtr->note][fsPtr->channel]++;

gistfile1.c

//
//  Given note ties, you don't have to mess with bend width, and can leave that at its
//  default value and be able to bend from midi 0 smoothly to midi 127 at full resolution
//  and microtones.  Because it has the effect of continuing the next note on/off pair
//  with the sound in its same state (ie: no re-attack on note down), it also works 
//  perfectly fine as a legato message.  
//
//  It's critical to making polyphonic microtonality work correctly in 
//   the context of MIDI, because:
//    1) small bends can jump boundaries from one base note to another 
//      (ie: A+2Semitones versus B)
//    2) every note can bend any distance up or down in the future.
//       this is fundamentally why tuning tables and limited bend distances don't work.
//
//  Call this just before you turn off one note and turn on the note that it is to
//  be tied together with.
//
void Fretless_noteTie(struct Fretless_context* ctxp,struct Fretless_fingerState* fsPtr)
{
    int lsb;
    int msb;
    Fretless_numTo7BitNums(1223,&lsb,&msb);
    int channel = fsPtr->channel;
    int note = fsPtr->note;
    ctxp->midiPutch(0xB0 + channel);
    ctxp->midiPutch(0x63);
    ctxp->midiPutch(msb);
    ctxp->midiPutch(0xB0 + channel);
    ctxp->midiPutch(0x62);
    ctxp->midiPutch(lsb);
    ctxp->midiPutch(0xB0 + channel);
    ctxp->midiPutch(0x06);
    ctxp->midiPutch(note);
    ///* I am told that the reset is bad for some synths
    ctxp->midiPutch(0xB0 + channel);
    ctxp->midiPutch(0x63);
    ctxp->midiPutch(0x7f);
    ctxp->midiPutch(0xB0 + channel);
    ctxp->midiPutch(0x62);
    ctxp->midiPutch(0x7f);
     //*/
}