public void ComputeCube()
{
cubeIndex = 0;
if (nodes[0].weight > 0)
{
cubeIndex += 1;
}
if (nodes[1].weight > 0)
{
cubeIndex += 2;
}
if (nodes[2].weight > 0)
{
cubeIndex += 4;
}
if (nodes[3].weight > 0)
{
cubeIndex += 8;
}
if (nodes[4].weight > 0)
{
cubeIndex += 16;
}
if (nodes[5].weight > 0)
{
cubeIndex += 32;
}
if (nodes[6].weight > 0)
{
cubeIndex += 64;
}
if (nodes[7].weight > 0)
{
cubeIndex += 128;
}
if (cubeIndex > 0 && cubeIndex <= 255)
{
active = true;
}
if (active)
{
// Using the nodes compute the antinodes (The antinodes are going to be the vertex positions of the mesh)...
antiNodes = new AntiNode[12];
antiNodes[0] = new AntiNode(Vector3.Lerp(nodes[0].pos, nodes[1].pos, Interpolate(nodes[0], nodes[1])));
antiNodes[1] = new AntiNode(Vector3.Lerp(nodes[1].pos, nodes[2].pos, Interpolate(nodes[1], nodes[2])));
antiNodes[2] = new AntiNode(Vector3.Lerp(nodes[2].pos, nodes[3].pos, Interpolate(nodes[2], nodes[3])));
antiNodes[3] = new AntiNode(Vector3.Lerp(nodes[3].pos, nodes[0].pos, Interpolate(nodes[3], nodes[0])));
antiNodes[4] = new AntiNode(Vector3.Lerp(nodes[4].pos, nodes[5].pos, Interpolate(nodes[4], nodes[5])));
antiNodes[5] = new AntiNode(Vector3.Lerp(nodes[5].pos, nodes[6].pos, Interpolate(nodes[5], nodes[6])));
antiNodes[6] = new AntiNode(Vector3.Lerp(nodes[6].pos, nodes[7].pos, Interpolate(nodes[6], nodes[7])));
antiNodes[7] = new AntiNode(Vector3.Lerp(nodes[7].pos, nodes[4].pos, Interpolate(nodes[7], nodes[4])));
antiNodes[8] = new AntiNode(Vector3.Lerp(nodes[0].pos, nodes[4].pos, Interpolate(nodes[0], nodes[4])));
antiNodes[9] = new AntiNode(Vector3.Lerp(nodes[1].pos, nodes[5].pos, Interpolate(nodes[1], nodes[5])));
antiNodes[10] = new AntiNode(Vector3.Lerp(nodes[2].pos, nodes[6].pos, Interpolate(nodes[2], nodes[6])));
antiNodes[11] = new AntiNode(Vector3.Lerp(nodes[3].pos, nodes[7].pos, Interpolate(nodes[3], nodes[7])));
}
}
public void ComputeCube()
{
// Using the nodes compute the antinodes (The antinodes are going to be the vertex positions of the mesh)...
antiNodes = new AntiNode[12];
antiNodes[0] = new AntiNode(Vector3.Lerp(nodes[0].pos, nodes[1].pos, Mathf.Clamp01(-nodes[0].weight / (nodes[1].weight - nodes[0].weight))));
antiNodes[1] = new AntiNode(Vector3.Lerp(nodes[1].pos, nodes[2].pos, Mathf.Clamp01(-nodes[1].weight / (nodes[2].weight - nodes[1].weight))));
antiNodes[2] = new AntiNode(Vector3.Lerp(nodes[2].pos, nodes[3].pos, Mathf.Clamp01(-nodes[2].weight / (nodes[3].weight - nodes[2].weight))));
antiNodes[3] = new AntiNode(Vector3.Lerp(nodes[3].pos, nodes[0].pos, Mathf.Clamp01(-nodes[3].weight / (nodes[0].weight - nodes[3].weight))));
antiNodes[4] = new AntiNode(Vector3.Lerp(nodes[4].pos, nodes[5].pos, Mathf.Clamp01(-nodes[4].weight / (nodes[5].weight - nodes[4].weight))));
antiNodes[5] = new AntiNode(Vector3.Lerp(nodes[5].pos, nodes[6].pos, Mathf.Clamp01(-nodes[5].weight / (nodes[6].weight - nodes[5].weight))));
antiNodes[6] = new AntiNode(Vector3.Lerp(nodes[6].pos, nodes[7].pos, Mathf.Clamp01(-nodes[6].weight / (nodes[7].weight - nodes[6].weight))));
antiNodes[7] = new AntiNode(Vector3.Lerp(nodes[7].pos, nodes[4].pos, Mathf.Clamp01(-nodes[7].weight / (nodes[4].weight - nodes[7].weight))));
antiNodes[8] = new AntiNode(Vector3.Lerp(nodes[0].pos, nodes[4].pos, Mathf.Clamp01(-nodes[0].weight / (nodes[4].weight - nodes[0].weight))));
antiNodes[9] = new AntiNode(Vector3.Lerp(nodes[1].pos, nodes[5].pos, Mathf.Clamp01(-nodes[1].weight / (nodes[5].weight - nodes[1].weight))));
antiNodes[10] = new AntiNode(Vector3.Lerp(nodes[2].pos, nodes[6].pos, Mathf.Clamp01(-nodes[2].weight / (nodes[6].weight - nodes[2].weight))));
antiNodes[11] = new AntiNode(Vector3.Lerp(nodes[3].pos, nodes[7].pos, Mathf.Clamp01(-nodes[3].weight / (nodes[7].weight - nodes[3].weight))));
// Finally compute the cubes cubeIndex
cubeIndex = 0;
if (nodes[0].weight > 0)
{
cubeIndex += 1;
}
if (nodes[1].weight > 0)
{
cubeIndex += 2;
}
if (nodes[2].weight > 0)
{
cubeIndex += 4;
}
if (nodes[3].weight > 0)
{
cubeIndex += 8;
}
if (nodes[4].weight > 0)
{
cubeIndex += 16;
}
if (nodes[5].weight > 0)
{
cubeIndex += 32;
}
if (nodes[6].weight > 0)
{
cubeIndex += 64;
}
if (nodes[7].weight > 0)
{
cubeIndex += 128;
}
}