private static Mesh <V> GetBackMesh(int slices, int stacks)
{
var upperMesh = MyManifold <V> .Surface(slices, stacks, (u, v) =>
{
var left = topLeftCurve.GetPoint(u);
var right = topRightCurve.GetPoint(u);
return(lerp(right, left, v) + float3.back);
});
var bottomMesh = MyManifold <V> .Surface(slices, stacks,
(u, v) =>
{
var left = bottomLeftCurve.GetPoint(u);
var right = bottomRightCurve.GetPoint(u);
return(lerp(right, left, v) + float3.back);
}
);
return(bottomMesh.Concat(upperMesh).Weld());
}
private static Mesh <V> GetBorderMeshes(int slices, int stacks)
{
var meshes = new[]
{
MyManifold <V> .Lofted(slices, stacks,
t => bottomLeftCurve.GetPoint(1 - t),
t => bottomLeftCurve.GetPoint(1 - t) + float3.back),
MyManifold <V> .Lofted(slices, stacks,
t => bottomRightCurve.GetPoint(t),
t => bottomRightCurve.GetPoint(t) + float3.back),
MyManifold <V> .Lofted(slices, stacks,
t => topLeftCurve.GetPoint(1 - t),
t => topLeftCurve.GetPoint(1 - t) + float3.back),
MyManifold <V> .Lofted(slices, stacks,
t => topRightCurve.GetPoint(t),
t => topRightCurve.GetPoint(t) + float3.back)
};
return(MeshTools.Join(meshes).Weld());
}
public Cube(Transform transform, int xSize, int ySize, int zSize, int roundness = 0) : base(transform)
{
this.xSize = xSize;
this.ySize = ySize;
this.zSize = zSize;
this.roundness = roundness;
var meshes = new[]
{
// front
MyManifold <V> .SurfaceDiscrete(xSize, ySize,
(u, v) => float3(u, v, 0)),
// right
MyManifold <V> .SurfaceDiscrete(zSize, ySize,
(u, v) => float3(xSize, v, u)),
// back
MyManifold <V> .SurfaceDiscrete(xSize, ySize,
(u, v) => float3(xSize - u, v, zSize)),
// left
MyManifold <V> .SurfaceDiscrete(zSize, ySize,
(u, v) => float3(0, v, zSize - u)),
// top
MyManifold <V> .SurfaceDiscrete(xSize, zSize,
(u, v) => float3(u, ySize, v)),
// bottom
MyManifold <V> .SurfaceDiscrete(xSize, zSize,
(u, v) => float3(xSize - u, 0, v)),
};
Mesh = meshes.Aggregate((t, x) => t.Concat(x)).Weld();
for (var i = 0; i < Mesh.Vertices.Length; i++)
{
var vertex = Mesh.Vertices[i];
var inner = vertex.Position;
var(x, y, z) = vertex.Position;
if (x < roundness)
{
inner.x = roundness;
}
else if (x > xSize - roundness)
{
inner.x = xSize - roundness;
}
if (y < roundness)
{
inner.y = roundness;
}
else if (y > ySize - roundness)
{
inner.y = ySize - roundness;
}
if (z < roundness)
{
inner.z = roundness;
}
else if (z > zSize - roundness)
{
inner.z = zSize - roundness;
}
var normal = normalize(vertex.Position - inner);
Mesh.Vertices[i].Position = inner + normal * roundness;
}
// Mesh.ComputeNormals();
UpdateTranslation();
}
public static Mesh <V> GetMesh(int slices, int stacks)
{
return(MyManifold <V> .Revolution(slices, stacks, t => potentiometerOutline.GetPoint(t), float3.up));
}
