public void MoveCamera(CameraPositionIdentifier newPositionIdentifier, float transitionDuration)
{
Transform newPosition = null;
switch (newPositionIdentifier)
{
case CameraPositionIdentifier.Room:
newPosition = roomCameraPosition;
break;
case CameraPositionIdentifier.Computer:
newPosition = computerCameraPosition;
break;
}
if (transitioning || newPosition == null || newPosition == cameraPosition)
{
return;
}
StopCoroutine("TransitionCamera");
this.transitionDuration = transitionDuration;
this.cameraPosition = newPosition;
transitioning = true;
OnCameraMove.Invoke(newPositionIdentifier);
StartCoroutine("TransitionCamera");
}
void Update()
{
if (transform.position.x != oldPosition)
{
OnCameraMove.Invoke(oldPosition - transform.position.x);
oldPosition = transform.position.x;
}
}
/// <summary>
/// update camera movement and rotation
/// </summary>
private void CameraUpdate()
{
if (FollowingTarget)
{
FollowTarget();
}
else
{
Move();
}
HeightCalculation();
Rotation();
LimitPosition();
MoveDampening();
OnCameraMoved.Invoke();
}
public void OnRotateCamera(InputAction.CallbackContext context)
{
CameraMoveEvent.Invoke(context.ReadValue <Vector2>());
}
public void UCUpdate()
{
Vector3 dt = Vector3.right * panning.deltaPosition.x;
Vector3 local = cam.transform.localPosition;
// returns 1 when there are no touches, 0 when there are
int touches = (1 + (int)Mathf.Clamp01(panning.tapCount)) % 2;
float overshootL = (local.x + dt.x) - boundsWidth * -.5f;
float overshootLPct = Mathf.Clamp(overshootL / 6f, -1f, 0f);
int toggleOvershootL = (int)Mathf.Floor(overshootLPct) * -1;
// this will multiply by 1 when no overshoot
// otherwise multiply delta by the inverse distance overshot in percent
dt *= 1 - (overshootLPct * -1f);
// multiply overshootL by 0.98 to cause a slowdown towards the end
// of the lerp
// multiply by deltaTime to lerp the overshoot distance over 1 second
// multiply by touches to toggle lerping when pressing or releasing the
// mouse button or finger
// multiply by toggleOvershootL to enable the lerp only when overshooting
dt += Vector3.right * overshootL * -2.5f * Time.deltaTime * touches * toggleOvershootL;
float overshootR = (local.x + dt.x) - boundsWidth * .5f;
float overshootRPct = Mathf.Clamp(overshootR / 6f, 0f, 1f);
int toggleOvershootR = (int)Mathf.Ceil(overshootRPct);
// this will multiply by 1 when no overshoot
dt *= 1 - overshootRPct;
// multiply overshootR by 0.98 to cause a slowdown towards the end
// of the lerp
// multiply by deltaTime to lerp the overshoot distance over 1 second
// multiply by touches to toggle lerping when pressing or releasing the
// mouse button or finger
// multiply by toggleOvershootR to enable the lerp only when overshooting
dt += Vector3.right * overshootR * -2.5f * Time.deltaTime * touches * toggleOvershootR;
cam.transform.localPosition += dt;
float posx = cam.transform.localPosition.x;
float camPos = (posx + boundsWidth * .5f) / boundsWidth;
if (prevCamPos != camPos)
{
onCameraMove.Invoke(camPos);
int len = onCameraMoveSig.callbacks.Count;
for (int i = 0; i < len; i++)
{
onCameraMoveSig.callbacks[i].OnCameraMove(camPos);
}
prevCamPos = camPos;
}
dayNight = dayNightCycle.Evaluate(Mathf.Clamp01(camPos));
float progress = Mathf.Clamp01((camPos - dayStart) / (nightStart - dayStart));
if (dayNight != prevDayNight)
{
onTransition.Invoke(dayNight, camPos);
int len = onDayNight.callbacks.Count;
for (int i = 0; i < len; i++)
{
onDayNight.callbacks[i].OnDayNight(dayNight, progress);
}
prevDayNight = dayNight;
}
}
