private IEnumerator tweenLocalPositionY_cr(float start, float end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback = null) { this.transform.SetLocalPosition(null, start, null); float t = 0f; while (t < time) { float val = t / time; this.transform.SetLocalPosition(null, EaseUtils.Ease(ease, start, end, val), null); if (updateCallback != null) { updateCallback(val); } float num = t + this.LocalDeltaTime; yield return(null); } this.transform.SetLocalPosition(null, end, null); if (updateCallback != null) { updateCallback(1f); } yield return(null); /*Error: Unable to find new state assignment for yield return*/ ; }
// public static void SetAlpha (this tk2dTextMesh self, float alpha) { // Color next = self.color; // next.a = Mathf.Clamp01 ( alpha ); // self.color = next; // } public static Color ColorTranslate(Color a, Color b, EaseUtils.EaseType easeType, float t) { Color ret = a; ret.r = EaseUtils.Ease(easeType, a.r, b.r, t); ret.g = EaseUtils.Ease(easeType, a.g, b.g, t); ret.b = EaseUtils.Ease(easeType, a.b, b.b, t); ret.a = EaseUtils.Ease(easeType, a.a, b.a, t); return(ret); }
protected IEnumerator tweenValue_cr(float start, float end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback) { float t = 0f; while (t < time) { float val = t / time; updateCallback?.Invoke(EaseUtils.Ease(ease, start, end, val)); t += this.LocalDeltaTime; yield return(null); } updateCallback?.Invoke(end); yield return(null); }
private IEnumerator goTo_cr(float start, float end, float time, EaseUtils.EaseType ease) { float t = 0f; base.transform.SetLocalPosition(null, start, null); while (t < time) { float val = t / time; base.transform.SetLocalPosition(null, EaseUtils.Ease(ease, start, end, val), null); t += CupheadTime.GlobalDelta; yield return(StartCoroutine(base.WaitForPause_CR())); } base.transform.SetLocalPosition(null, end, null); }
static public IEnumerator TweenValue_cr(float start, float end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback, TweenCompletedHandler endCallback = null) { float t = 0f; while (t < time) { float val = t / time; updateCallback?.Invoke(EaseUtils.Ease(ease, start, end, val)); t += CupheadTime.GlobalDelta; yield return(null); } updateCallback?.Invoke(end); endCallback?.Invoke(); yield return(null); }
private IEnumerator tweenPosition_cr(Vector2 start, Vector2 end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback = null) { this.transform.position = start; float t = 0f; while (t < time) { float val = t / time; float x = EaseUtils.Ease(ease, start.x, end.x, val); float y = EaseUtils.Ease(ease, start.y, end.y, val); this.transform.SetPosition(x, y, 0f); updateCallback?.Invoke(val); t += this.LocalDeltaTime; yield return(null); } this.transform.position = end; updateCallback?.Invoke(1f); yield return(null); }
private IEnumerator tweenLocalRotation2D_cr(float start, float end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback = null) { this.transform.SetLocalEulerAngles(null, null, start); float t = 0f; while (t < time) { float val = t / time; this.transform.SetLocalEulerAngles(null, null, EaseUtils.Ease(ease, start, end, val)); if (updateCallback != null) { updateCallback(val); } float num = t + this.LocalDeltaTime; yield return(null); } this.transform.SetLocalEulerAngles(null, null, end); if (updateCallback != null) { updateCallback(1f); } yield return(null); }
public Coroutine TweenLocalRotation2D(float start, float end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback) { return(base.StartCoroutine(this.tweenLocalRotation2D_cr(start, end, time, ease, updateCallback))); }
public Coroutine TweenLocalRotation2D(float start, float end, float time, EaseUtils.EaseType ease) { return(base.StartCoroutine(this.tweenLocalRotation2D_cr(start, end, time, ease, null))); }
public Coroutine TweenPositionZ(float start, float end, float time, EaseUtils.EaseType ease) { return(base.StartCoroutine(this.tweenPositionZ_cr(start, end, time, ease, null))); }
static public IEnumerator TweenLocalPosition_cr(Transform target, Vector3 start, Vector3 end, float time, EaseUtils.EaseType ease, CupheadTime.Layer timeLayer, TweenUpdateHandler updateCallback, TweenCompletedHandler endCallback = null) { target.localPosition = start; float t = 0f; while (t < time) { float val = t / time; float x = EaseUtils.Ease(ease, start.x, end.x, val); float y = EaseUtils.Ease(ease, start.y, end.y, val); float z = EaseUtils.Ease(ease, start.z, end.z, val); target.SetLocalPosition(x, y, z); updateCallback?.Invoke(val); t += CupheadTime.Delta[timeLayer]; yield return(null); } target.localPosition = end; updateCallback?.Invoke(1f); endCallback?.Invoke(); yield return(null); }
public Coroutine TweenLocalPosition(Vector2 start, Vector2 end, float time, EaseUtils.EaseType ease, TweenUpdateHandler updateCallback) { return(base.StartCoroutine(this.tweenLocalPosition_cr(start, end, time, ease, updateCallback))); }
public Coroutine TweenLocalPosition(Vector2 start, Vector2 end, float time, EaseUtils.EaseType ease) { return(base.StartCoroutine(this.tweenLocalPosition_cr(start, end, time, ease, null))); }
static public IEnumerator TweenPosition_cr(Transform target, Vector3 start, Vector3 end, float time, EaseUtils.EaseType ease) { target.position = start; float t = 0f; while (t < time) { float val = t / time; float x = EaseUtils.Ease(ease, start.x, end.x, val); float y = EaseUtils.Ease(ease, start.y, end.y, val); float z = EaseUtils.Ease(ease, start.z, end.z, val); target.SetPosition(x, y, z); t += CupheadTime.GlobalDelta; yield return(null); } target.position = end; yield return(null); }
static public IEnumerator TweenScale_cr(Transform transform, Vector2 start, Vector2 end, float time, EaseUtils.EaseType ease, CupheadTime.Layer timeLayer, TweenCompletedHandler endCallback = null) { transform.SetScale(start.x, start.y, null); float t = 0f; while (t < time) { float val = t / time; float x = EaseUtils.Ease(ease, start.x, end.x, val); float y = EaseUtils.Ease(ease, start.y, end.y, val); transform.SetScale(x, y, null); t += CupheadTime.Delta[timeLayer]; yield return(null); } transform.SetScale(end.x, end.y, null); endCallback?.Invoke(); yield return(null); }
static public IEnumerator TweenSpriteRendererColor_cr(SpriteRenderer renderer, Color start, Color end, float time, EaseUtils.EaseType ease, CupheadTime.Layer timeLayer, TweenCompletedHandler endCallback = null) { float t = 0f; Color c = start; while (t < time) { float val = t / time; c.r = EaseUtils.Ease(ease, start.r, end.r, val); c.g = EaseUtils.Ease(ease, start.g, end.g, val); c.b = EaseUtils.Ease(ease, start.b, end.b, val); c.a = EaseUtils.Ease(ease, start.a, end.a, val); renderer.color = c; t += CupheadTime.Delta[timeLayer]; yield return(null); } endCallback?.Invoke(); yield return(null); }