public void update()
{
Vector2 cameraPos = transform.position;
Vector2 objectToFollowPos = ObjectToFollow.position;
float halfWidth = _camera.bounds.width / 2.0f;
float halfHeight = _camera.bounds.height / 2.0f;
if (!Deadzone.Contains(objectToFollowPos))
{
cameraPos = Lerps.ease(EaseType.QuadInOut, cameraPos, objectToFollowPos, SmoothTime, 1.0f);
// cameraPos = Lerps.lerpDamp(cameraPos, objectToFollowPos, SmoothSpeed);
}
if (cameraPos.X - halfWidth < MapEdge.Min.X)
{
cameraPos.X = MapEdge.Min.X + halfWidth;
}
if (cameraPos.Y - halfHeight < MapEdge.Min.Y)
{
cameraPos.Y = MapEdge.Min.Y + halfHeight;
}
if (cameraPos.X + halfWidth > MapEdge.Max.X)
{
cameraPos.X = MapEdge.Max.X - halfWidth;
}
if (cameraPos.Y + halfHeight > MapEdge.Max.Y)
{
cameraPos.Y = MapEdge.Max.Y - halfHeight;
}
transform.position = cameraPos;
}
public override void UpdateValue(float elapsedTime)
{
this.TweenTarget.TweenedValue = Lerps.Ease(
this.EaseType,
this.FromValue,
this.ToValue,
elapsedTime,
this.Duration);
}
/// <summary>Gets the new (interpolated) camera orbit position.</summary>
/// <param name="orbitAngles">Angle to orbit</param>
/// <param name="deltaTime"></param>
/// <returns></returns>
public Vector3 GetOrbitPosition(Vector3 orbitAngles, float deltaTime)
{
//get new camera position (this can/will change the distance from the target, but it is interpolated seperately next anyway)
Vector3 desiredPos = GetDesiredOrbitPositionFromAngles(orbitAngles);
Vector3 newCamPos = locomotion.MoveCameraInterpolated(desiredPos, camParams.orbitSpeed, deltaTime);
//interpolate distance from target separately
Vector3 newOffset = newCamPos - followTarget.transform.position; //convert new cam position back to a world space offset from follow target
float newDistance = Lerps.Smootherstep((cam.transform.position - followTarget.transform.position).magnitude, camParams.desiredOrbitDistance, camParams.orbitSpeedDistance * deltaTime); //interpolate between current offset distance and desired distance
return(followTarget.transform.position + newOffset.normalized * newDistance); //scale normalised offset by new distance and convert back to world position
}
public Vector3 GetTargetFollowPosition(float deltaTime, float virtualCameraSphereRadius)
{
//get desired offset based on whether target is moving towards or away from camera. If we add more camera-target orientation states,
//will need to do this a better way
Vector3 desiredOffset;
float followSpeedHorz;
float followSpeedVert;
float followSpeedDistance;
if (stateController.GetOrientationState() == CameraTargetOrientationState.TowardsCamera && camParams.allowMoveTowardsCamera)
{
desiredOffset = camParams.desiredFrontOffset;
followSpeedHorz = camParams.frontFollowSpeedOrientation;
followSpeedVert = camParams.frontFollowSpeedHeight;
followSpeedDistance = camParams.frontFollowSpeedDistance;
}
else //moving away from camera
{
desiredOffset = camParams.desiredOffset;
followSpeedHorz = camParams.followSpeedOrientation;
followSpeedVert = camParams.followSpeedHeight;
followSpeedDistance = camParams.followSpeedDistance;
}
//get desired height offset based on follow height mode
if (camParams.followHeightMode == FollowHeightMode.AboveGround)
{
desiredOffset.y = GetDesiredHeightAboveGroundOffset(virtualCameraSphereRadius);
}
//get desired position from offset
Vector3 desiredPos = GetDesiredFollowPositionWorld(desiredOffset);
//shorten follow distance if necessary
desiredPos = occlusionAvoidance.ShortenFollowDistanceToAvoidRearOcclusion(desiredPos, virtualCameraSphereRadius);
//increase follow speed if avoiding occlusion
if (camParams.avoidFollowTargetOcclusion)
{
float occlusionSpeedIncrease = occlusionAvoidance.GetOcclusionFollowSpeedIncrease();
followSpeedHorz += occlusionSpeedIncrease;
followSpeedVert += occlusionSpeedIncrease;
}
//interpolate between current and desired positions
Vector3 newCamPos = locomotion.MoveCameraInterpolated(desiredPos, followSpeedHorz, followSpeedVert, deltaTime);
//interpolate distance from target separately
float desiredDistance = desiredOffset.magnitude;
Vector3 newOffset = newCamPos - followTarget.transform.position; //convert new cam position back to a world space offset from follow target
float newDistance = Lerps.Smootherstep(newOffset.magnitude, desiredDistance, followSpeedDistance * deltaTime); //interpolate between current offset distance and desired distance
return(followTarget.transform.position + (newOffset.normalized * newDistance)); //scale normalised offset by new distance and convert back to world position
}
protected override void UpdateValue()
{
var next = Lerps.Ease(_easeType, _fromValue, _toValue, _elapsedTime, _duration);
// XXX: hack for rounding
// var delta = _toValue - next;
// if (Math.Abs(delta.X) < 1f && Math.Abs(delta.Y) < 1f) {
// next = _toValue;
// }
_target.SetTweenedValue(next);
}
private void ValueChange()
{
//if(ScaleRef.Value < 20)
//{
// tween?.Complete();
// tween = transform.DOPunchScale(Vector3.one * ScaleRef.Value.Clamp(0.5f, 20), ScaleSpeed, 7);
// tween.onComplete -= OnComplete;
// tween.onComplete += OnComplete;
//}
//else
{
tween?.Complete();
tween = transform.DOScale(Vector3.one * ScaleRef.Value.Clamp(0.5f, 20), 1);
}
WorldSettings.GameRadius = Lerps.Lerp(35f, 60f, ScaleRef.Value.Clamp(0, 2));
}
/// <summary>
/// the most common type of transition seems to be one that ticks progress from 0 - 1. This method takes care of that for you
/// if your transition needs to have a _progress property ticked after the scene loads.
/// </summary>
/// <param name="duration">duration</param>
/// <param name="reverseDirection">if true, _progress will go from 1 to 0. If false, it goes form 0 to 1</param>
public IEnumerator tickEffectProgressProperty(Effect effect, float duration, EaseType easeType = EaseType.ExpoOut, bool reverseDirection = false)
{
var start = reverseDirection ? 1f : 0f;
var end = reverseDirection ? 0f : 1f;
var progressParam = effect.Parameters["_progress"];
var elapsed = 0f;
while (elapsed < duration)
{
elapsed += Time.deltaTime;
var step = Lerps.ease(easeType, start, end, elapsed, duration);
progressParam.SetValue(step);
yield return(null);
}
}
public override IEnumerator onBeginTransition()
{
yield return(null);
var elapsed = 0f;
while (elapsed < duration)
{
elapsed += Time.deltaTime;
_renderScale = Lerps.ease(scaleEaseType, maxScale, minScale, elapsed, duration);
_renderRotation = Lerps.ease(rotationEaseType, minRotation, maxRotation, elapsed, duration);
yield return(null);
}
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
previousSceneRender.Dispose();
previousSceneRender = null;
yield return(Coroutine.waitForSeconds(delayBeforeMaskOut));
elapsed = 0f;
while (elapsed < duration)
{
elapsed += Time.deltaTime;
_renderScale = Lerps.ease(
EaseHelper.oppositeEaseType(scaleEaseType),
minScale,
maxScale,
elapsed,
duration);
_renderRotation = Lerps.ease(
EaseHelper.oppositeEaseType(rotationEaseType),
maxRotation,
minRotation,
elapsed,
duration);
yield return(null);
}
transitionComplete();
}
/// <summary>
/// animates the letterbox in
/// </summary>
/// <returns>The in.</returns>
/// <param name="letterboxSize">Letterbox size.</param>
/// <param name="duration">Duration.</param>
/// <param name="easeType">Ease type.</param>
public IEnumerator animateIn(float letterboxSize, float duration = 2, EaseType easeType = EaseType.ExpoOut)
{
// wait for any current animations to complete
while (_isAnimating)
{
yield return(null);
}
_isAnimating = true;
var elapsedTime = 0f;
while (elapsedTime < duration)
{
elapsedTime += Time.deltaTime;
this.letterboxSize = Lerps.ease(easeType, 0, letterboxSize, elapsedTime, duration);
yield return(null);
}
_isAnimating = false;
}
public override IEnumerator OnBeginTransition()
{
yield return(null);
// load up the new Scene
yield return(Core.StartCoroutine(LoadNextScene()));
var elapsed = 0f;
while (elapsed < FadeDuration)
{
elapsed += Time.DeltaTime;
_color = Lerps.Ease(FadeEaseType, ref _fromColor, ref _toColor, elapsed, FadeDuration);
yield return(null);
}
TransitionComplete();
}
public override IEnumerator onBeginTransition()
{
yield return(null);
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
var elapsed = 0f;
while (elapsed < duration)
{
elapsed += Time.deltaTime;
_destinationRect = Lerps.ease(transitionEaseType, ref _textureBounds, ref _finalRenderRect, elapsed, duration);
yield return(null);
}
transitionComplete();
}
public IEnumerator TickEffectProgressProperty(
IProgressEffect effect,
float duration,
EaseType easeType = EaseType.ExpoOut,
bool reverseDirection = false)
{
var start = reverseDirection ? 1f : 0f;
var end = reverseDirection ? 0f : 1f;
var startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < duration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
var step = Lerps.Ease(easeType, start, end, elapsed, duration);
effect.Progress = step;
yield return(null);
}
}
public override IEnumerator onBeginTransition()
{
// create a single pixel texture of our fadeToColor
_overlayTexture = Graphics.createSingleColorTexture(1, 1, fadeToColor);
var elapsed = 0f;
while (elapsed < fadeOutDuration)
{
elapsed += Time.deltaTime;
_color = Lerps.ease(fadeEaseType, ref _toColor, ref _fromColor, elapsed, fadeOutDuration);
yield return(null);
}
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
previousSceneRender.Dispose();
previousSceneRender = null;
yield return(Coroutine.waitForSeconds(delayBeforeFadeInDuration));
elapsed = 0f;
while (elapsed < fadeInDuration)
{
elapsed += Time.deltaTime;
_color = Lerps.ease(
EaseHelper.oppositeEaseType(fadeEaseType),
ref _fromColor,
ref _toColor,
elapsed,
fadeInDuration);
yield return(null);
}
transitionComplete();
_overlayTexture.Dispose();
}
/// <summary>
/// animates the flash
/// </summary>
/// <returns>The in.</returns>
/// <param name="letterboxSize">Letterbox size.</param>
/// <param name="duration">Duration.</param>
/// <param name="easeType">Ease type.</param>
public IEnumerator animate(float fadeDuration, EaseType easeType = EaseType.SineOut)
{
// wait for any current animations to complete
while (_isAnimating)
{
yield return(null);
}
flashIntensity = 1.0f;
_isAnimating = true;
var elapsedTime = 0f;
while (elapsedTime < fadeDuration)
{
elapsedTime += Time.deltaTime;
flashIntensity = Lerps.ease(easeType, 1, 0, elapsedTime, fadeDuration);
yield return(null);
}
_isAnimating = false;
}
public override IEnumerator OnBeginTransition()
{
yield return(null);
var elapsed = 0f;
while (elapsed < Duration)
{
elapsed += Time.DeltaTime;
_renderScale = Lerps.Ease(ScaleEaseType, MaxScale, MinScale, elapsed, Duration);
_renderRotation = Lerps.Ease(RotationEaseType, MinRotation, MaxRotation, elapsed, Duration);
yield return(null);
}
// load up the new Scene
yield return(Core.StartCoroutine(LoadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
PreviousSceneRender.Dispose();
PreviousSceneRender = null;
yield return(Coroutine.WaitForSeconds(DelayBeforeMaskOut));
elapsed = 0f;
while (elapsed < Duration)
{
elapsed += Time.DeltaTime;
_renderScale = Lerps.Ease(EaseHelper.OppositeEaseType(ScaleEaseType), MinScale, MaxScale, elapsed,
Duration);
_renderRotation = Lerps.Ease(EaseHelper.OppositeEaseType(RotationEaseType), MaxRotation, MinRotation,
elapsed, Duration);
yield return(null);
}
TransitionComplete();
}
public override IEnumerator OnBeginTransition()
{
var startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < this.FadeOutDuration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
this.color = Lerps.Ease(
this.FadeEaseType,
ref this.fromColor,
ref this.toColor,
elapsed,
this.FadeOutDuration);
yield return(null);
}
this.SetNextScene();
yield return(DefaultCoroutines.Wait(this.DelayBeforeFadeInDuration));
startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < this.FadeInDuration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
this.color = Lerps.Ease(
EaseHelper.OppositeEaseType(this.FadeEaseType),
ref this.toColor,
ref this.fromColor,
elapsed,
this.FadeInDuration);
yield return(null);
}
this.TransitionComplete();
}
public override IEnumerator OnBeginTransition()
{
yield return(null);
var startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < this.Duration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
this.destinationRect = Lerps.Ease(
this.TransitionEaseType,
this.PreviousSceneRender.Bounds,
this.finalRenderRect,
elapsed,
this.Duration);
yield return(null);
}
this.SetNextScene();
startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < this.Duration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
this.destinationRect = Lerps.Ease(
this.TransitionEaseType,
this.finalRenderRect,
this.PreviousSceneRender.Bounds,
elapsed,
this.Duration);
yield return(null);
}
this.TransitionComplete();
}
public Vector3 MoveCameraInterpolated(Vector3 desiredPos, float horizontalMoveSpeed, float verticalMoveSpeed, float deltaTime)
{
return(Lerps.Smootherstep(cam.transform.position, desiredPos, horizontalMoveSpeed * deltaTime, verticalMoveSpeed * deltaTime));
}
public static float Lerp(this float start, float end, float time, bool clamp = false) => Lerps.Lerp(start, end, time, clamp);
private void OffsetFromTarget(ref Vector3 newPos)
{
Vector3 desiredPos;
//Get desired camera position based on state
switch (state)
{
case State.TargetMovingTowardsCamera:
Vector3 frontOffset = new Vector3(desiredOffset.x, desiredOffset.y, Mathf.Abs(desiredOffset.z));
desiredPos = followTargetPos + (worldSpaceOffset ? frontOffset : followTarget.transform.TransformDirection(frontOffset));
break;
case State.FollowingTarget:
default:
if (worldSpaceOffset)
{
desiredPos = AvoidCollision(followTargetPos + desiredOffset);
}
else
{
desiredPos = AvoidCollision(followTargetPos + followTarget.transform.TransformDirection(desiredOffset));
}
break;
}
//Add cam whisker offset, if using
if (useCamWhiskers)
{
desiredPos += CamWhiskersFromTarget();
}
//do not move camera if target is within desired distance and within screen deadzones
/*
* float camTargetDistance = Vector3.Distance(camPos, followTargetPos);
* if (camTargetDistance > minDistanceFromTarget && camTargetDistance < desiredOffsetDistance
* && cam.IsWithinDeadzone(followTargetPos, followDeadzoneX, followDeadzoneX, followDeadzonePlusY, followDeadzoneNegativeY))
* {
* Debug.Log("target within desired distance and screen deadzones!");
* desiredPos = camPos;
* }
*/
//Interpolate between current camera position and desired position to find new position; clamp if outside min/max distances
if (camPos != desiredPos)
{
//newPos = lerpOffset ? Vector3.SmoothDamp(camPos, desiredPos, ref smoothdampVelocity, 1f / offsetLerpSpeed) : desiredPos;
float smoothTime = 1 / offsetLerpSpeed;
newPos = lerpOffset ? Lerps.SmoothDampSeparateAxisSeparateY(camPos, desiredPos, ref smoothdampVelocity, smoothTime, smoothTime * 5, smoothTime, smoothTime, Time.deltaTime) : desiredPos;
//Clamp newPos to min and max distances.
//This causes camera to orbit around target at min distance, which is cool
float newPosTargetSqrDist = (followTargetPos - newPos).sqrMagnitude;
Vector3 targetToNewPosUnit = (newPos - followTargetPos).normalized;
if (newPosTargetSqrDist < sqrMinDistanceFromTarget)
{
newPos = followTargetPos + (targetToNewPosUnit * minDistanceFromTarget);
}
else if (newPosTargetSqrDist > sqrMaxDistanceFromTarget)
{
newPos = followTargetPos + (targetToNewPosUnit * maxDistanceFromTarget);
}
}
}
protected override void UpdateValue()
{
(this as ITweenTarget <float>).SetTweenedValue((float)Lerps.Ease(_easeType, _fromValue, _toValue, _elapsedTime, _duration));
}