Fixed missing Math:: namespace using simd FMA

Author: Jaytheway

Spatialization/include/JPLSpatial/Math/MinimalBasis.h

@@ -121,9 +121,9 @@ namespace JPL
 			const simd inY = inOutY;
 			const simd inZ = inOutZ;
 
-			inOutX = FMA(simd(GetX(X)), inX, Math::FMA(simd(GetX(Y)), inY, simd(GetX(Z)) * inZ));
-			inOutY = FMA(simd(GetY(X)), inX, Math::FMA(simd(GetY(Y)), inY, simd(GetY(Z)) * inZ));
-			inOutZ = FMA(simd(GetZ(X)), inX, Math::FMA(simd(GetZ(Y)), inY, simd(GetZ(Z)) * inZ));
+			inOutX = Math::FMA(simd(GetX(X)), inX, Math::FMA(simd(GetX(Y)), inY, simd(GetX(Z)) * inZ));
+			inOutY = Math::FMA(simd(GetY(X)), inX, Math::FMA(simd(GetY(Y)), inY, simd(GetY(Z)) * inZ));
+			inOutZ = Math::FMA(simd(GetZ(X)), inX, Math::FMA(simd(GetZ(Y)), inY, simd(GetZ(Z)) * inZ));
 		}
 
 		/// Compose orientations: apply 'this' basis mapping to the other's axes.

Spatialization/include/JPLSpatial/Panning/VBAPanning2D.h

@@ -218,7 +218,7 @@ namespace JPL::VBAP
             const simd offset(-spread * mOffsetTerm);
             const simd rampFirst = simd(0.5f, 1.5f, 2.5f, 3.5f); // start with an offset to make mirroring work
 
-            simd phi = FMA(phiTerm, rampFirst, offset);
+            simd phi = Math::FMA(phiTerm, rampFirst, offset);
             const simd delta(4.0f * phiTerm);
 
             for (uint32 i = 0; i < halfAndTail; ++i)