diff --git a/src/AHCommon.cpp b/src/AHCommon.cpp
index ee934c0..8f76795 100644
--- a/src/AHCommon.cpp
+++ b/src/AHCommon.cpp
@@ -817,89 +817,17 @@ float getPitchFromVolts(float inVolts, float inRoot, float inScale, int *outRoot
 	// get the root note and scale
 	int currRoot = getKeyFromVolts(inRoot);
 	int currScale = getScaleFromVolts(inScale);
-		
+
 	// if (debug && stepX % poll == 0) {
 	// 	std::cout << stepX << " Root in: " << inRoot << " Root out: " << currRoot<< " Scale in: " << inScale << " Scale out: " << currScale << std::endl;
 	// }	
-		
-	int *curScaleArr;
-	int notesInScale = 0;
-	switch (currScale){
-		case SCALE_CHROMATIC:		curScaleArr = ASCALE_CHROMATIC;			notesInScale=LENGTHOF(ASCALE_CHROMATIC); break;
-		case SCALE_IONIAN:			curScaleArr = ASCALE_IONIAN;			notesInScale=LENGTHOF(ASCALE_IONIAN); break;
-		case SCALE_DORIAN:			curScaleArr = ASCALE_DORIAN;			notesInScale=LENGTHOF(ASCALE_DORIAN); break;
-		case SCALE_PHRYGIAN:		curScaleArr = ASCALE_PHRYGIAN;			notesInScale=LENGTHOF(ASCALE_PHRYGIAN); break;
-		case SCALE_LYDIAN:			curScaleArr = ASCALE_LYDIAN;			notesInScale=LENGTHOF(ASCALE_LYDIAN); break;
-		case SCALE_MIXOLYDIAN:		curScaleArr = ASCALE_MIXOLYDIAN;		notesInScale=LENGTHOF(ASCALE_MIXOLYDIAN); break;
-		case SCALE_AEOLIAN:			curScaleArr = ASCALE_AEOLIAN;			notesInScale=LENGTHOF(ASCALE_AEOLIAN); break;
-		case SCALE_LOCRIAN:			curScaleArr = ASCALE_LOCRIAN;			notesInScale=LENGTHOF(ASCALE_LOCRIAN); break;
-		case SCALE_MAJOR_PENTA:		curScaleArr = ASCALE_MAJOR_PENTA;		notesInScale=LENGTHOF(ASCALE_MAJOR_PENTA); break;
-		case SCALE_MINOR_PENTA:		curScaleArr = ASCALE_MINOR_PENTA;		notesInScale=LENGTHOF(ASCALE_MINOR_PENTA); break;
-		case SCALE_HARMONIC_MINOR:	curScaleArr = ASCALE_HARMONIC_MINOR;	notesInScale=LENGTHOF(ASCALE_HARMONIC_MINOR); break;
-		case SCALE_BLUES:			curScaleArr = ASCALE_BLUES;				notesInScale=LENGTHOF(ASCALE_BLUES); break;
-		default: 					curScaleArr = ASCALE_CHROMATIC;			notesInScale=LENGTHOF(ASCALE_CHROMATIC);
-	}
-
-	// get the octave
-	int octave = floor(inVolts);
-	float closestVal = 10.0;
-	float closestDist = 10.0;
-	int noteFound = 0;
-
-	// if (debug && stepX % poll == 0) {
-	// 	std::cout << "Octave: " << octave << " Scale: " << scaleNames[currScale] << " Root: " << noteNames[currRoot] << std::endl;
-	// }
-
-	for (int i = 0; i < notesInScale; i++) {
-
-		float fOctave = (float)octave;
-		int degree = curScaleArr[i]; // 0 - 11!
-		float fVoltsAboveOctave = degree / 12.0;
-		float fScaleNoteInVolts = fOctave + fVoltsAboveOctave;
-		float distAway = fabs(inVolts - fScaleNoteInVolts);
-
-		// if (debug && stepX % poll == 0) {
-		// 	std::cout << "input: " << inVolts 
-		// 	<< " index: " << i 
-		// 	<< " root: " << currRoot
-		// 	<< " octave: " << fOctave
-		// 	<< " degree: " << degree
-		// 	<< " V above O: " << fVoltsAboveOctave
-		// 	<< " note in V: " << fScaleNoteInVolts
-		// 	<< " distance: " << distAway
-		// 	<< std::endl;
-		// }
-
-		// Assume that the list of notes is ordered, so there is an single inflection point at the minimum value 
-		if (distAway > closestDist){
-			noteFound = i - 1; // We break here because the previous note was closer, all subsequent notes are farther away
-			break;
-		} else {
-			// Let's remember this
-			closestVal = fScaleNoteInVolts;
-			closestDist = distAway;
-		}
-	}
-
-	// Offset the note w.r.t the input root
-	closestVal = closestVal + currRoot / 12.0;
-
-	int currNote = (currRoot + curScaleArr[noteFound]) % 12;
-	// if (debug && stepX % poll == 0) {
-	// 	// Dump the note and degree, mod the size in case where we have wrapped round
-
-	// 	std::cout << "DUMP1 Found index in scale: " << noteFound << ", currNote: "  << currNote <<  " (Name: " << noteNames[currNote] << ")";
-	// 	std::cout << " This is scale note: "  << curScaleArr[noteFound] << " (Interval: " << intervalNames[curScaleArr[noteFound]] << ")";
-	// 	std::cout << ": " << inVolts << " -> " << closestVal << std::endl;
-
-	// }
-
+	
+	float outVolts = getPitchFromVolts(inVolts, currRoot, currScale, outNote, outDegree);
+	
 	*outRoot = currRoot;
 	*outScale = currScale;
-	*outNote = currNote;
-	*outDegree = curScaleArr[noteFound];
 	
-	return closestVal;
+	return outVolts;
  
 }