public void Step(CellularGrowth cell, float t, float dt)
{
current = Mathf.Lerp(current, radius, dt * 10f);
InteractNodes(interactNodesKer, nodePoolCount);
Stretch(stretchKer, dt);
Expand(cell, expandKer, dt);
UpdateNodes(updateNodesKer, dt);
Relax(relaxKer, dt);
}
protected void UpdatePredators(Kernel ker, CellularGrowth cell, float t, float dt)
{
compute.SetBuffer(ker.Index, "_Predators", predatorsBufferRead);
compute.SetInt("_PredatorsCount", count);
compute.SetFloat("_DT", dt);
compute.SetFloat("_Time", t);
compute.SetFloat("_Limit", limit);
compute.SetFloat("_Drag", drag);
compute.SetVector("_Point", GetMousePoint());
compute.Dispatch(ker.Index, count / (int)ker.ThreadX + 1, 1, 1);
}
protected void Expand(CellularGrowth cell, Kernel ker, float dt)
{
compute.SetBuffer(ker.Index, "_Cells", cell.CellsBuffer);
compute.SetInt("_CellsCount", cell.CellsBuffer.count);
compute.SetBuffer(ker.Index, "_Nodes", nodesBufferRead);
compute.SetBuffer(ker.Index, "_Edges", edgesBuffer);
compute.SetInt("_EdgesCount", nodesCount);
compute.SetFloat("_Tension", tension);
compute.SetFloat("_DT", dt);
compute.Dispatch(ker.Index, nodesCount / (int)ker.ThreadX + 1, 1, 1);
}
public void Step(CellularGrowth cell, float t, float dt)
{
InteractPredators(interactPredatorsKer);
UpdatePredators(updatePredatorsKer, cell, t, dt);
// UpdatePoolCount();
}