public void RemoveAttractor(CameraAttractor attractor)
{
activeAttractors.Remove(attractor);
}
public void AddAttractor(CameraAttractor attractor)
{
activeAttractors.Add(attractor);
}
public void DisableAttractor(CameraAttractor a)
{
m_activeAttractors.Remove(a);
}
void FixedUpdate()
{
// // Resize outer ring with camera dolly out
// Camera camera = GetComponent<Camera>();
// worldPos = camera.ScreenToWorldPoint( new Vector3( Screen.width/2, Screen.height, transform.position.y ) );
// cube.transform.position = worldPos;
// float relativeToPlayer = worldPos.z - transform.position.z;
// // print( "worldPos: " + worldPos );
// // print( "relativeToPlayer: " + relativeToPlayer );
// // outerRing = Mathf.Max( 13, Mathf.Abs( relativeToPlayer ) );
// outerRing = Mathf.Abs( relativeToPlayer ) * 1f;
// innerRing = outerRing * 0f;
// // Lift camera vector
// Vector3 lift = Vector3.up * Mathf.Min( maxLift - relCameraPos.y, Mathf.Max(0, snake.Size - 6) * liftStep );
// // Move camera in front of where snake is going
// forwardAttractor = player.position + player.forward * forward;
// // Calculate vector for average position of snake cells
// Vector3 sumVector = Vector3.zero;
// int count = 0;
// Chain chain = snake.body.chain;
// ChainNode node = chain.head;
// while( node != null )
// {
// sumVector += node.prefab.transform.position;
// count++;
// node = node.next;
// }
// snakeBodyAttractor = sumVector / count;
// // Influence...
// float disFromCameraCenter = (transform.position - player.position - relCameraPos - lift).magnitude;
// float influence = ( disFromCameraCenter - innerRing ) / (outerRing - innerRing);
// influence = Mathf.Max( influence, 0 );
// // print( "disFromCameraCenter: " + disFromCameraCenter );
// // print( "influence: " + influence );
// // Calculate and apply final camera position
// // finalPosition = Vector3.Lerp( forwardAttractor, snakeBodyAttractor, 0.5f - influence/2 ) + relCameraPos + lift;
// finalPosition = Vector3.Lerp( forwardAttractor, snakeBodyAttractor, forwardVsBody ) + relCameraPos + lift;
// transform.position = Vector3.Lerp( transform.position, finalPosition, smooth * Time.deltaTime );
//////////////////////////////////////////////////////////// EO //
// Get camera
Camera camera = GetComponent <Camera>();
// Get points
// Vertical distance of camera origin to snake
float h = camera.transform.position.y - snake.transform.position.y;
// Get corner points of screen in world coordinates
Vector3 TR = camera.ScreenToWorldPoint(new Vector3(
Screen.width - Screen.width * paddingHorizontal / 2,
Screen.height - Screen.height * paddingVertical / 2,
h));
Vector3 TL = camera.ScreenToWorldPoint(new Vector3(
Screen.width * paddingHorizontal / 2,
Screen.height - Screen.height * paddingVertical / 2,
h));
Vector3 BR = camera.ScreenToWorldPoint(new Vector3(
Screen.width - Screen.width * paddingHorizontal / 2,
Screen.height * paddingVertical / 2,
h));
Vector3 BL = camera.ScreenToWorldPoint(new Vector3(
Screen.width * paddingHorizontal / 2,
Screen.height * paddingVertical / 2,
h));
// Draw boundary rectangle
if (DEBUG)
{
Debug.DrawLine(TR, TL);
}
if (DEBUG)
{
Debug.DrawLine(TR, BR);
}
if (DEBUG)
{
Debug.DrawLine(TL, BL);
}
if (DEBUG)
{
Debug.DrawLine(BR, BL);
}
// Get distances over the boundary
float disTop = (snake.transform.position - TR).z;
float disBottom = (BR - snake.transform.position).z;
float disLeft = (TL - snake.transform.position).x;
float disRight = (snake.transform.position - TR).x;
finalPosition =
Vector3.forward * Mathf.Max(0, disTop) * boundaryPower
- Vector3.forward * Mathf.Max(0, disBottom) * boundaryPower
- Vector3.right * Mathf.Max(0, disLeft) * boundaryPower
+ Vector3.right * Mathf.Max(0, disRight) * boundaryPower
;
// transform.position = Vector3.Lerp( transform.position, finalPosition, smooth * 2 * Time.deltaTime );
forwardAttractor = player.position + player.forward * lookForwardDis;
Vector3 attractors = CameraAttractor.GetAttractorsVector(player.position, forwardAttractor);
finalPosition += attractors + relCameraPos;
// Apply final position
transform.position = Vector3.Lerp(transform.position, finalPosition, smooth * Time.deltaTime);
}
public void EnableAttractor(CameraAttractor a)
{
m_activeAttractors.Add(a);
}
