计算法线时纹理模糊
我正在计算使用行进立方体算法生成的网格的法线，但是当我运行它时，对象看起来像图片中一样模糊。 
变量： CurrentTri 是一个 Vector3int，包含每个顶点的索引 CurrentNorm 是具有当前法线的 Vector3 Verts 是顶点位置的 Vector3 数组 VertNorm 是顶点法线的 Vector3 数组
我计算法线的 C# 代码：
// Repeated for each triangle
CurrentNorm = Vector3.Cross(Verts[CurrentTri.y] - Verts[CurrentTri.x], Verts[CurrentTri.z] - Verts[CurrentTri.x]);
VertNorm[CurrentTri.x] += CurrentNorm;
VertNorm[CurrentTri.y] += CurrentNorm;
VertNorm[CurrentTri.z] += CurrentNorm;
标准化法线：
for(int i = 0; i < VertNorm.Length; i++)
{
VertNorm[i] = VertNorm[i].normalized;
}
mesh.normals = VertNorm;
I'm calculating the normals of a mesh that I've generated using the marching cubes algorithm but when I run it the object looks blurry like in the picture.
Variables:
CurrentTri is a Vector3int with the indexes of each vertex
CurrentNorm is a Vector3 with the current normal
Verts is a Vector3 array of the positions of the vertices
VertNorm is a Vector3 array of the normals of the vertices
The c# code where I calculate the normals:
// Repeated for each triangle
CurrentNorm = Vector3.Cross(Verts[CurrentTri.y] - Verts[CurrentTri.x], Verts[CurrentTri.z] - Verts[CurrentTri.x]);
VertNorm[CurrentTri.x] += CurrentNorm;
VertNorm[CurrentTri.y] += CurrentNorm;
VertNorm[CurrentTri.z] += CurrentNorm;
Normalising the normals:
for(int i = 0; i < VertNorm.Length; i++)
{
VertNorm[i] = VertNorm[i].normalized;
}
mesh.normals = VertNorm;
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应该这样（我认为）。我是个白痴。
It's supposed to be like that (I think). I was a complete idiot.