Merge pull request #32 from johnsietsma/FeatheredPlane_CodeConventions

Fix code to match coding conventions.

Assets/Scripts/ARFeatheredPlaneMeshVisualizer.cs

 [RequireComponent(typeof(ARPlaneMeshVisualizer), typeof(MeshRenderer), typeof(ARPlane))]
 public class ARFeatheredPlaneMeshVisualizer : MonoBehaviour
 {
+    float featheringWidth
+    { 
+        get { return m_FeatheringWidth; }
+        set { m_FeatheringWidth = value; } 
+    }
+
     [Tooltip("The width of the texture feathering (in world units).")]
     [SerializeField]
     float m_FeatheringWidth = 0.2f;
     Material m_FeatheredPlaneMaterial;
 
-    private void Awake()
+    void Awake()
     {
         m_PlaneMeshVisualizer = GetComponent<ARPlaneMeshVisualizer>();
         m_ARPlane = GetComponent<ARPlane>();
-    private void OnEnable()
+    void OnEnable()
-    private void OnDisable()
+    void OnDisable()
-    private void ARPlaneMeshVisualizer_meshUpdated(ARPlaneMeshVisualizer planeMeshVisualizer)
+    void ARPlaneMeshVisualizer_meshUpdated(ARPlaneMeshVisualizer planeMeshVisualizer)
     {
         GenerateBoundaryUVs(planeMeshVisualizer.mesh);
     }
     /// is fairly uniform and the center vert is close to the barycentric center.
     /// </remarks>
     /// <param name="mesh">The <c>Mesh</c> generated by <c>ARPlaneMeshVisualizer</c></param>
-    public void GenerateBoundaryUVs(Mesh mesh)
+    void GenerateBoundaryUVs(Mesh mesh)
     {
         int vertexCount = mesh.vertexCount;
 
             // Remap the UV so that a UV of "1" marks the feathering boudary.
             // The ratio of featherBoundaryDistance/edgeDistance is the same as featherUV/edgeUV.
             // Rearrange to get the edge UV.
-            float uvMapping = vertexDist / (vertexDist - m_FeatheringWidth);
+            float uvMapping = vertexDist / (vertexDist - featheringWidth);
             uv.x = uvMapping;
 
             // All the UV mappings will be different. In the shader we need to know the UV value we need to fade out by.