void ManipulatePancakeVert(Transform pancake, PancakeMeshControler pancakeMesh)
{
// find the cloest physics ball that belogs to the pancake.
PancakeMeshControler.VerticeGroup[] pancakeVerts = pancakeMesh.GetVertGroups();
float cloestDist = 0;
int cloestId = -1;
for (int i = 0; i < pancakeVerts.Length; i++)
{
float distanceToVert = Vector3.Distance(transform.position, pancakeVerts[i].physicsBall.transform.position);
if (cloestId == -1 || distanceToVert < cloestDist)
{
cloestDist = distanceToVert;
cloestId = i;
}
}
// pancakeMesh.UpdateVertPosition( cloestId, transform.localPosition.x, transform.localPosition.z );
if (debug)
{
print("#### " + cloestId + " ## Dist: " + cloestDist + " ## lp: " + transform.localPosition);
}
}
// Update is called once per frame
void Update()
{
InputValues inputs = InputHandler.GetInputs();
float x_pos = /*pan.position.x + */ ((inputs.pans_x[panId] / 180f) * range);
float z_pos = /*pan.position.z + */ ((inputs.pans_y[panId] / 180f) * range);
transform.localPosition = new Vector3(z_pos, x_pos, 0);
// only find the pancakes cloest vert points if the we have titled enought to afect the batter
//if ( Vector3.Distance( Vector3.zero, transform.localPosition ) < minRange ) return;
if (debug)
{
print("In Range od manip");
}
//TODO: check if the pancake is in a batter/mixture state
Pancake pancake = fryingPan.GetCurrentPancakes();
if (pancake != null)
{
PancakeMeshControler pancakeMesh = pancake.GetComponent <PancakeMeshControler>();
if (pancakeMesh != null)
{
ManipulatePancakeVert(pancake.transform, pancakeMesh);
}
}
}