Kontrol S4 mk3 jog wheel tracking not accurate

I think the problem is the sensitivity of the jogwheels. I do know that on the qml mapping side that triggers all jogwheel related effects, there is variable safety margin that prevents the wheel ticks from translating to jog function unless the minimum ticks/[time interval] is exceeded. It is spelled out in the function wires for adjusting the beat grid. The jogwheel functions for tempobend, scratch and seek have been collected to a function packet with some extras that is inaccessible. The basic functions could be manually reconstructed with the sensitivity lowered (incidentally, the turning direction's sensitivity can be set seperately).

I haven't tried to reprogram the basic functions myself, but i managed to implement all of the above for master clock tempo control successfully for my s4mk3.

Just for info, this is how my master clock looks like:

     Wire
         {
             enabled: jogControlMasterClock
             from: "%surface%.jogwheel.rotation"; 
             to: EncoderScriptAdapter 
             {
               onTick: 
               { 
                   const minimalTickValueMasterClockAuto = 0.0009;
                   const minimalTickValueTempoAdjust = 0.001;
                   const minimalTickValueTempoAdjustX = 0.01;
                   const rotationScaleFactor = 0.5;
                   const rotationScaleFactorX = 5;
                   if (value < -minimalTickValueMasterClockAuto || value > minimalTickValueMasterClockAuto)
                       propMasterClockID.value = -1; 
                       propMasterClockAuto.value = 0; 
                   if (value < -(minimalTickValueTempoAdjust) || value > (minimalTickValueTempoAdjust))
                       propMasterClockTempo.value = propMasterClockTempo.value + (value * rotationScaleFactor); 
                   if (value < -(minimalTickValueTempoAdjustX) || value > (minimalTickValueTempoAdjustX))
                       propMasterClockTempo.value = propMasterClockTempo.value + (value * rotationScaleFactorX); 
               }
             }
         }

This moves the clock 'not at all' below the first sensitivity level (in both directions), slow between the first and second level, fast above the second level. I am sure the same things can be done for scratching functions. Somehow i doubt N.I. will update the code very soon. There are a few other things with the S4 that N.I. has so far failed to address.