public bool CheckIfMovementIsOutOfBounds(Vector2 movementVelocity, CameraViewPortInfo viewportInfo)
{
float newXPosition = transform.position.x + (movementVelocity.x * Time.deltaTime);
if (newXPosition < viewportInfo.viewportWorldMin.x)
{
return(true);
}
else if (newXPosition > viewportInfo.viewportWorldMax.x)
{
return(true);
}
return(false);
}
public bool CheckIfMovementIsOverlapping(Vector2 movementVelocity, EntityMovementAttributes movementAttributes, CameraViewPortInfo viewPortInfo, int rootIndex, List <EntityMovement> roots) //Garbage code just to test my theory
{
float newXPosition = transform.position.x + (movementVelocity.x * Time.deltaTime);
float targetXMin = 0f;
float targetXMax = 0f;
float offsetValue = movementAttributes.collisionOffset;
if (roots.Count == 1)
{
targetXMin = viewPortInfo.viewportWorldMin.x;
targetXMax = viewPortInfo.viewportWorldMax.x;
if (newXPosition < targetXMin || newXPosition > targetXMax)
{
return(true);
}
}
else if (roots.Count == 2)
{
if (rootIndex == 0)
{
targetXMin = viewPortInfo.viewportWorldMin.x;
targetXMax = roots[1].isActive ? roots[1].transform.position.x - offsetValue : viewPortInfo.viewportWorldMax.x;
if (newXPosition < targetXMin || newXPosition > targetXMax)
{
return(true);
}
}
else
{
targetXMin = roots[0].isActive ? roots[0].transform.position.x + offsetValue : viewPortInfo.viewportWorldMin.x;
targetXMax = viewPortInfo.viewportWorldMax.x;
if (newXPosition < targetXMin || newXPosition > targetXMax)
{
return(true);
}
}
}
else if (roots.Count == 3)
{
if (rootIndex == 0)
{
targetXMin = viewPortInfo.viewportWorldMin.x;
if (roots[1].isActive)
{
targetXMax = roots[1].transform.position.x - offsetValue;
}
else if (roots[2].isActive)
{
targetXMax = roots[2].transform.position.x - offsetValue;
}
else
{
targetXMax = viewPortInfo.viewportWorldMax.x;
}
if (newXPosition < targetXMin || newXPosition > targetXMax)
{
return(true);
}
}
else if (rootIndex == 1)
{
targetXMin = roots[0].isActive ? roots[0].transform.position.x + offsetValue : viewPortInfo.viewportWorldMin.x;
targetXMax = roots[2].isActive ? roots[2].transform.position.x - offsetValue : viewPortInfo.viewportWorldMax.x;
if (newXPosition < targetXMin || newXPosition > targetXMax)
{
return(true);
}
}
else
{
if (roots[1].isActive)
{
targetXMin = roots[1].transform.position.x + offsetValue;
}
else if (roots[0].isActive)
{
targetXMin = roots[0].transform.position.x + offsetValue;
}
else
{
targetXMin = viewPortInfo.viewportWorldMin.x;
}
targetXMax = viewPortInfo.viewportWorldMax.x;
if (newXPosition < targetXMin || newXPosition > targetXMax)
{
return(true);
}
}
}
return(false);
}
public Vector2 ReturnMovementVector(Vector2 inputVector, bool isControlled, EntityMovementAttributes movementAttributes, CameraViewPortInfo viewPortInfo, int rootIndex, List <EntityMovement> activeRoots, List <EntityMovement> aliveRoots)
{
if (inputVector.magnitude > 1)
{
inputVector.Normalize();
}
Vector2 newMovementVector = movementAttributes.ReturnOngoingSpeed(aliveRoots.Count);
if (isControlled)
{
newMovementVector = inputVector * movementAttributes.movementSpeed + movementAttributes.ReturnOngoingSpeed(aliveRoots.Count);
}
if (CheckIfMovementIsOutOfBounds(newMovementVector, viewPortInfo))
{
newMovementVector.x = 0;
}
if (CheckIfMovementIsOverlapping(newMovementVector, movementAttributes, viewPortInfo, rootIndex, activeRoots))
{
newMovementVector.x = 0;
}
return(newMovementVector);
}
public void Move(InputInfo input, bool isControlled, EntityMovementAttributes movementAttributes, CameraViewPortInfo viewPortInfo, int rootIndex, List <EntityMovement> activeRoots, List <EntityMovement> aliveRoots)
{
if (isActive)
{
Vector2 newMovement = ReturnMovementVector(ReturnInputMovementVector(input), isControlled, movementAttributes, viewPortInfo, rootIndex, activeRoots, aliveRoots);
transform.Translate(newMovement * Time.deltaTime);
Rotate(newMovement * Time.deltaTime);
lastDirection = newMovement;
}
}
private void ManageCamera()
{
viewPortInfo = entityCamera.ReturnViewportInfo();
}
public override void InitializeCamera()
{
viewPortInfo = new CameraViewPortInfo(Camera.main, viewportOffset);
base.InitializeCamera();
}
