void Update()
{
m_Blobs[0].x = .12f + .12f * (float)Mathf.Sin((float)Time.time * .50f);
m_Blobs[0].y = .06f + .23f * (float)Mathf.Cos((float)Time.time * .2f);
m_Blobs[1].x = .12f + .12f * (float)Mathf.Sin((float)Time.time * .2f);
m_Blobs[1].y = -.23f + .10f * (float)Mathf.Cos((float)Time.time * 1f);
m_Blobs[2].y = -.03f + .24f * (float)Mathf.Sin((float)Time.time * .35f);
m_Blobs[3].y = .126f + .10f * (float)Mathf.Cos((float)Time.time * .1f);
m_Blobs[4].x = .206f + .1f * (float)Mathf.Cos((float)Time.time * .5f);
m_Blobs[4].y = .056f + .2f * (float)Mathf.Sin((float)Time.time * .3f);
m_Blobs[4].z = .25f + .08f * (float)Mathf.Cos((float)Time.time * .2f);
transform.Rotate(Time.deltaTime * 10f, 0, Time.deltaTime * .6f);
if (metaBalls.cubeNumX != CubeCount)
{
metaBalls = new MetaBallsMarching(CubeCount, CubeCount, CubeCount);
}
metaBalls.blobs = m_Blobs;
metaBalls.ReMaker();
m_DynamicMesh.Clear();
m_DynamicMesh.vertices = metaBalls.vertices;
m_DynamicMesh.triangles = metaBalls.triangles;
m_DynamicMesh.normals = metaBalls.normal;
}
void Start()
{
m_MeshFilter = this.GetComponent <MeshFilter>();
metaBalls = new MetaBallsMarching(CubeCount, CubeCount, CubeCount);
m_DynamicMesh = new Mesh();
m_DynamicMesh.MarkDynamic();
m_MeshFilter.sharedMesh = m_DynamicMesh;
m_Blobs = new Vector4[5]
{
new Vector4(.16f, .26f, .16f, .13f),
new Vector4(.13f, -.134f, .35f, .12f),
new Vector4(-.18f, .125f, -.25f, .16f),
new Vector4(-.13f, .23f, .255f, .13f),
new Vector4(-.18f, .125f, .35f, .12f)
};
}