//CALCULATES output light(s)
protected override void CalculateOutput()
{
LightBeam input = inputList.ElementAt(0);
LightBeam output1;
LightBeam output2;
// if output light beams don't yet exist, instantiate them
if (outputList.Count == 0)
{
GameObject tempObj = Instantiate(Resources.Load("LightBeam"), transform.position, transform.rotation, transform) as GameObject;
output1 = tempObj.GetComponent <LightBeam>();
tempObj = Instantiate(Resources.Load("LightBeam"), transform.position, transform.rotation, transform) as GameObject;
output2 = tempObj.GetComponent <LightBeam>();
outputList.AddFirst(output1);
outputList.AddLast(output2);
}
output1 = outputList.ElementAt(0);
output2 = outputList.ElementAt(1);
// COLOR
if (input.GetColor() == cyan)
{
// Erstelle blauen und grünen Strahl
output1.SetColor(blue);
output2.SetColor(green);
}
else if (input.GetColor() == yellow)
{
// Erstelle roten und grünen Strahl
output1.SetColor(green);
output2.SetColor(red);
}
else if (input.GetColor() == magenta)
{
// Erstelle roten und blauen Strahl
output1.SetColor(red);
output2.SetColor(blue);
}
else
{
ChangeError(ErrorState.ERRORINPUT);
}
// DIRECTION
output1.SetDirection(Quaternion.Euler(0, -60, 0) * input.GetRaycastHit().collider.transform.forward);
output2.SetDirection(Quaternion.Euler(0, 60, 0) * input.GetRaycastHit().collider.transform.forward);
// SET ACTIVE
output1.Enable();
output2.Enable();
}
//CALCULATES output light(s)
protected override void CalculateOutput()
{
LightBeam input = inputList.ElementAt(0);
Debug.Log(inputList.ElementAt(0));
LightBeam output1;
LightBeam output2;
// if output light beams don't yet exist, instantiate them
if (outputList.Count == 0)
{
GameObject tempObj = Instantiate(Resources.Load("LightBeam"), transform.position, transform.rotation, transform) as GameObject;
output1 = tempObj.GetComponent <LightBeam>();
tempObj = Instantiate(Resources.Load("LightBeam"), transform.position, transform.rotation, transform) as GameObject;
output2 = tempObj.GetComponent <LightBeam>();
outputList.AddFirst(output1);
outputList.AddLast(output2);
}
output1 = outputList.ElementAt(0);
output2 = outputList.ElementAt(1);
// color
output1.SetColor(input.GetColor());
output2.SetColor(input.GetColor());
// direction
// blocked side is forward (positive z axis)
if (input.GetRaycastHit().collider.name == "LightColliderLeft")
{
output1.SetDirection(transform.right);
output2.SetDirection(transform.forward * (-1));
}
else if (input.GetRaycastHit().collider.name == "LightColliderRight")
{
output1.SetDirection(transform.right * (-1));
output2.SetDirection(transform.forward * (-1));
}
else if (input.GetRaycastHit().collider.name == "LightColliderBack")
{
output1.SetDirection(transform.right);
output2.SetDirection(transform.right * (-1));
}
// set active
output1.Enable();
output2.Enable();
}
//CALCULATES output light(s)
protected override void CalculateOutput()
{
// iterate over all inputs
for (int i = 0; i < inputList.Count; i++)
{
LightBeam input = inputList.ElementAt(i);
// if there are too little beams in the output list, create one more
if (outputList.Count == 0 || outputList.Count < i + 1)
{
GameObject tempObj = Instantiate(Resources.Load("LightBeam"), transform.position, transform.rotation, transform) as GameObject;
outputList.AddLast(tempObj.GetComponent <LightBeam>());
}
// hit point
outputList.ElementAt(i).transform.position = new Vector3(input.GetRaycastHit().point.x, 0, input.GetRaycastHit().point.z);
// color
outputList.ElementAt(i).SetColor(input.GetColor());
// direction
Vector3 mirrorAxis = Vector3.Dot(transform.right, input.GetDirection()) / Mathf.Sqrt(transform.right.magnitude) * transform.right;
Vector3 mirrorNormal = Vector3.Dot(transform.forward, input.GetDirection()) / Mathf.Sqrt(transform.forward.magnitude) * transform.forward;
outputList.ElementAt(i).SetDirection(mirrorAxis - mirrorNormal);
// set active
outputList.ElementAt(i).Enable();
}
if (outputList.Count >= inputList.Count)
{
for (int i = inputList.Count; i < outputList.Count; i++)
{
outputList.ElementAt(i).Disable();
}
}
}
