Modified a subfunction name in circularScaledVBAP

faustCodes/library/hoa2.lib

@@ -332,11 +332,11 @@ with {
 		mod360(ang) = ma.modulo(ang+360, 360);
 		//
 		//computation of the scaled VBAP gain of a pair
-		scaledVBAPGain(t1, t2, t) = ((diffSin(t2, t) <:(_, _, _)), (ma.signum(diffSin(t2, t1)) <: (_, _)), (diffSin(t, t1) <:(_, _, _))) : (*, *, *, *) : p1 : (_, _, (+ : sqrt : avoidZero <: (_, _))) : p2 : (/, /)
+		normalizedVBAPGain(t1, t2, t) = ((diffSin(t2, t) <:(_, _, _)), (ma.signum(diffSin(t2, t1)) <: (_, _)), (diffSin(t, t1) <:(_, _, _))) : (*, *, *, *) : p1 : (_, _, (+ : sqrt : avoidZero <: (_, _))) : p2 : (/, /)
 		with {
 				 //function to compute the sinus of the difference between angles expressed in degrees
 				diffSin(u, v) = sin((v - u) * ma.PI / 180.);
-				//permutations to be used to compute scaledVBAPGain
+				//permutations to be used to compute normalizedVBAPGain
 				p1(a, b, c, d) = (b, c, d, a);
 				p2(a, b, c, d) = (a, c, b, d);
 				//
@@ -366,7 +366,7 @@ with {
 		angle2 = sum(i, p, ba.take(i+1, angleList2) * ba.take(i+1, pairCondition));
 		//
 		//amplitudes of the p loudspeakers: the value is computed thanks to scaledVBAPGain function for the two loudspeakers of the active pair, and set to 0 for the other ones
-		amps = (angle1, angle2, t) : scaledVBAPGain : ((_ <: par(i, p, *(i == thisPairInd1))), (_ <: par(i, p, *(i == thisPairInd2)))) : ro.interleave(p, 2) : par(i, p, +);
+		amps = (angle1, angle2, t) : normalizedVBAPGain : ((_ <: par(i, p, *(i == thisPairInd1))), (_ <: par(i, p, *(i == thisPairInd2)))) : ro.interleave(p, 2) : par(i, p, +);
 		//
 		//the set of p amplitudes is applied to the virtual source input
 		thisCircularVbap = (amps, (_<:si.bus(p))) : ro.interleave(p, 2) : par(i, p, *);