diff --git a/MAGE/Shaders/shaders/voxelization/voxel.hlsli b/MAGE/Shaders/shaders/voxelization/voxel.hlsli
index 29408a2f6..f3c484151 100644
--- a/MAGE/Shaders/shaders/voxelization/voxel.hlsli
+++ b/MAGE/Shaders/shaders/voxelization/voxel.hlsli
@@ -24,11 +24,11 @@ float3 DecodeRadiance(uint encoded_L) {
 	return LogLuvToRGB(UnpackR8G8B8A8(encoded_L));
 }
 
-uint EncodeUnitVector(float3 n) {
+uint EncodeNormal(float3 n) {
 	return PackR16G16(NORMAL_ENCODE_FUNCTION(n));
 }
 
-float3 DecodeUnitVector(uint encoded_n) {
+float3 DecodeNormal(uint encoded_n) {
 	return NORMAL_DECODE_FUNCTION(UnpackR16G16(encoded_n));
 }
 
diff --git a/MAGE/Shaders/shaders/voxelization/voxelization.hlsli b/MAGE/Shaders/shaders/voxelization/voxelization.hlsli
index 67490b187..b9947f166 100644
--- a/MAGE/Shaders/shaders/voxelization/voxelization.hlsli
+++ b/MAGE/Shaders/shaders/voxelization/voxelization.hlsli
@@ -75,7 +75,7 @@ void PS(PSInputPositionNormalTexture input) {
 
 	// Encode the radiance and normal.
 	const uint encoded_L = EncodeRadiance(L);
-	const uint endoced_n = EncodeUnitVector(n_world);
+	const uint endoced_n = EncodeNormal(n_world);
 	// Store the encoded radiance and normal.
 	InterlockedMax(voxel_grid[flat_index].encoded_L, encoded_L);
 	InterlockedMax(voxel_grid[flat_index].encoded_n, endoced_n); //TODO