private void Update()
{
if (GameManager.AllowPlayerActions)
{
if (!onCooldown && Input.GetButton("PrimaryAction"))
{
onCooldown = true;
StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(startEuler, endEuler, animLength / 2, v => transform.localEulerAngles = v, () =>
{
StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(endEuler, startEuler, animLength / 2,
v => transform.localEulerAngles = v,
() =>
{
onCooldown = false;
repaired = false;
}
));
}));
}
}
if (!repaired && onCooldown)
{
RaycastHit hit;
if (Physics.Raycast(rayCastPosition.position, rayCastPosition.forward, out hit, 0.55f))
{
Boat boat = hit.collider.gameObject.GetComponentInParent <Boat>();
if (boat != null && boat.Mass > boat.startMass && inventory.RemoveItem(wood))
{
boat.Mass = Mathf.Max(boat.startMass, boat.Mass - repairPower);
repaired = true;
}
}
}
}
private void StartWrongTerrainDigAnim()
{
StartCoroutine(SmoothTransformation <Vector3> .GetStoppable(defaultEuler, digStartRotation, 0.0f, (v) => transform.localEulerAngles = v, (s, t, p) => s + (t - s) * p, () =>
{
StartCoroutine(SmoothTransformation <Vector3> .GetStoppable(defaultPosition, endAnimPosition, 0.05f,
(v) => transform.localPosition = v,
(s, t, p) => s + (t - s) * p,
() =>
{
transform.localPosition = defaultPosition; transform.localEulerAngles = defaultEuler;
}
));
}));
}
protected override void ReachedDestination()
{
canEnterBoat = false;
StartCoroutine(
SmoothTransformation <Vector3> .GetStoppable(transform.position, leaveBoatPos.v, 0.8f
, (v) => transform.position = v,
(s, t, p) =>
{
Vector3 newPos = s + (t - s) * p;
newPos.y += Mathf.Sin(p * Mathf.PI) * jumpHeight;
return(newPos);
}
, delegate { GetComponent <DialogTrigger>().enabled = true; }));
}
private void StartDigAnim()
{
StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(defaultEuler, digStartRotation, 0.0f, (v) => transform.localEulerAngles = v, () =>
{
StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(defaultPosition, endAnimPosition, 0.4f,
v => transform.localPosition = v,
() =>
{
StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(digStartRotation, endAnimEuler, 0.25f,
v => transform.localEulerAngles = v,
() => { transform.localPosition = defaultPosition; transform.localEulerAngles = defaultEuler; }));
}
));
}));
}
private void AnimateStatusTransition()
{
if (transitionAnimation != null)
{
StopCoroutine(transitionAnimation);
}
transitionAnimation = SmoothTransformation <Vector3> .
SmoothRotateAngleEuler(
rotatedObject.localEulerAngles,
NextEuler,
transitionSpeed,
v => rotatedObject.localEulerAngles = v
);
StartCoroutine(transitionAnimation);
}
public void JumpInWater()
{
StartCoroutine(
SmoothTransformation <Vector3> .GetStoppable(transform.position, target.v, 0.8f
, (v) => transform.position = v,
(s, t, p) =>
{
Vector3 newPos = s + (t - s) * p;
newPos.y += Mathf.Sin(p * Mathf.PI) * jumpHeight;
return(newPos);
}
, delegate { GetComponent <DialogTrigger>().enabled = true; }));
Rigidbody r = gameObject.GetOrAddComponent <Rigidbody>();
r.isKinematic = false;
r.useGravity = true;
}
public void PlayTranslationAnim(List <VectorAnimation> vs, int i)
{
if (vs.Count > i)
{
m.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateEuler(vs[i].start, vs[i].end, vs[i].time,
(v) => animatedTarget.localPosition = v,
() =>
{
PlayTranslationAnim(vs, i + 1);
}));
}
else
{
pFinish = true;
CheckIfDone();
}
}
public void StartSequencePart(MonoBehaviour behaviour, Transform target, Action onFinish)
{
b = behaviour;
Action callBack = null;
if (moveToInTime > rotateInTime)
{
callBack = onFinish;
}
e = SmoothVectorTransformation.GetStoppable
(
() => new Vector3[] { target.position },
(v) => target.position = v,
endHere.position,
moveToInTime,
callBack
);
behaviour.StartCoroutine(e);
if (rotateInTime != 0)
{
if (moveToInTime <= rotateInTime)
{
callBack = onFinish;
}
else
{
callBack = null;
}
t =
SmoothTransformation <Vector3> .SmoothRotateAngleEuler(
target.localEulerAngles,
objectRotation,
rotateInTime,
v => target.localEulerAngles = v,
callBack);
behaviour.StartCoroutine(t);
}
}
private void PlayNextPart(int index)
{
currentIndex = index;
if (currentIndex < animations.Count)
{
SceneAnimationPart currentPart = animations[currentIndex];
currentRotateAnim = SmoothTransformation <Vector3> .SmoothRotateAngleEuler(t.localEulerAngles, currentPart.localEuler, currentPart.timeNeeded, v => t.localEulerAngles = v, () =>
PlayNextPart(currentIndex + 1));
currentMoveAnim = SmoothTransformation <Vector3> .SmoothRotateAngleEuler(t.localPosition, currentPart.localPosition, currentPart.timeNeeded, v => t.localPosition = v);
b.StartCoroutine(currentRotateAnim);
b.StartCoroutine(currentMoveAnim);
}
else
{
onFinish?.Invoke();
currentIndex = 0;
}
}
//private static void LookAt(CameraDirector director)
//{
// director.AnimateCamera(GameManager.PlayerMainCamera.transform);
//}
public static void LookAtMainIsland()
{
Vector3 observationPosition = new Vector3(-134.2f, 45.1f, 78.3f);
Vector3 observationEuler = new Vector3(30.4f, -18.32f, 0);
Transform cam = Camera.main.transform;
Vector3 euler = cam.localEulerAngles;
Vector3 pos = cam.localPosition;
MonoBehaviour source = GameManager.GetPlayerComponent <MonoBehaviour>();
source.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(cam.eulerAngles, observationEuler, 2.5f, v => cam.eulerAngles = v));
source.StartCoroutine(
SmoothTransformation <Vector3> .SmoothRotateEuler(cam.position, observationPosition, 2.5f, v => cam.position = v, () =>
{
source.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(observationPosition, observationPosition, 1.5f, v => { }, () =>
{
cam.localEulerAngles = euler;
cam.localPosition = pos;
}));
})
);
}
public static void EndGame()
{
GameObject player = GameManager.Player;
InterfaceController interfaceController = player.GetComponent <InterfaceController>();
GameObject admiral = FindGameObjectWithTag("Admiral");
admiral.GetComponent <DialogTrigger>().DisableInteraction();
player.transform.parent.GetComponent <EndGameMusic>().PlayMusic();
Transform cam = Camera.main.transform;
interfaceController.Clear();
GameManager.FreezePlayer();
MonoBehaviour m = player.GetComponent <MonoBehaviour>();
m.DoDelayed(0.25f, delegate
{
Vector3 observationPosition = new Vector3(23.68f, 27.49f, -27.52f);
Vector3 observationEuler = new Vector3(90.00001f, 0, 38.817f);
m.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(cam.eulerAngles, observationEuler, 4f, v => cam.eulerAngles = v));
m.StartCoroutine(
SmoothTransformation <Vector3> .SmoothRotateEuler(cam.position, observationPosition, 4f, v => cam.position = v, () =>
{
interfaceController.DoDelayed(5f, delegate
{
admiral.GetComponent <IntroAdmiral>().JumpInWater();
});
Vector3 observationPosition2 = new Vector3(95, 255.7f, -116.1f);
Vector3 observationEuler2 = new Vector3(51.937f, -38.817f, 0);
m.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(cam.eulerAngles, observationEuler2, 16f, v => cam.eulerAngles = v));
m.StartCoroutine(
SmoothTransformation <Vector3> .SmoothRotateEuler(cam.position, observationPosition2, 17.8f, v => cam.position = v, delegate
{
SceneSwitcher.EnterScene("MenueScene", false, false);
}));
})
);
});
}
private static void LookAtTriangle()
{
Vector3 observationPosition = new Vector3(-182.81f, 65.13f, 41.95f);
Vector3 observationEuler = new Vector3(27.237f, -149.538f, 0);
Transform cam = Camera.main.transform;
Vector3 euler = cam.localEulerAngles;
Vector3 pos = cam.localPosition;
MonoBehaviour source = GameManager.GetPlayerComponent <MonoBehaviour>();
source.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(cam.eulerAngles, observationEuler, 2.5f, v => cam.eulerAngles = v));
source.StartCoroutine(
SmoothTransformation <Vector3> .SmoothRotateEuler(cam.position, observationPosition, 2.5f, v => cam.position = v, () =>
{
source.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(observationPosition, observationPosition, 2f, v => { }, () =>
{
cam.localEulerAngles = euler;
cam.localPosition = pos;
}));
})
);
}
public static IEnumerator DisplayContainer(ItemContainer item, AudioClip sound, MonoBehaviour animatedBy, Vector3 spawnPosition)
{
int displayCount = 0;
float delayTimeForEachItem = 0.2f;
float displayCountDown = 0;
float itemFloatHeight = 3.33f;
float itemLifeTime = 1.25f;
while (displayCount < item.itemCount)
{
if (displayCountDown <= 0)
{
displayCountDown += delayTimeForEachItem;
GameObject i = Object.Instantiate(item.item.RuntimeRef.gameObject);
Vector3 startScale = i.transform.localScale;
PlayerGlobalSounds.PlayClip(sound);
Object.Destroy(i.GetComponent <SaveablePrefabRoot>());
foreach (ItemBehaviour b in i.GetComponents <ItemBehaviour>())
{
b.enabled = false;
}
animatedBy.StartCoroutine(SmoothTransformation <Vector3> .GetStoppable(spawnPosition, spawnPosition + Vector3.up * itemFloatHeight, itemLifeTime,
p => { i.transform.localPosition = p; },
(s, e, p) =>
{
i.transform.localScale = startScale * Mathf.Cos((p / 2) * Mathf.PI);
return(Vector3.Lerp(s, e, p));
},
() => Object.Destroy(i)
));
displayCount++;
}
yield return(new WaitForFixedUpdate());
displayCountDown -= Time.deltaTime;
}
}
public static void LookAtPortal()
{
Vector3 observationPosition = new Vector3(-253.2f, 35.7f, 119.1f);
Vector3 observationEuler = new Vector3(22.306f, -90f, 0);
Transform cam = Camera.main.transform;
Vector3 pos = cam.localPosition;
Vector3 euler = cam.localEulerAngles;
MonoBehaviour source = GameManager.GetPlayerComponent <MonoBehaviour>();
source.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(cam.eulerAngles, observationEuler, 2.5f, v => cam.eulerAngles = v));
source.StartCoroutine(
SmoothTransformation <Vector3> .SmoothRotateEuler(cam.position, observationPosition, 2.5f, v => cam.position = v, () =>
{
source.StartCoroutine(SmoothTransformation <Vector3> .SmoothRotateAngleEuler(observationPosition, observationPosition, 1.5f, v => { }, () =>
{
cam.localEulerAngles = euler;
cam.localPosition = pos;
}));
})
);
}
public static IEnumerator SmoothRotateEuler(Vector3 start, Vector3 toRotation, float finishedInTime, Action <Vector3> set, Action onFinish = null)
{
return(SmoothTransformation <Vector3> .GetStoppable(start, toRotation, finishedInTime, set, (s, t, p) => new Vector3(Mathf.Lerp(s.x, t.x, p), Mathf.Lerp(s.y, t.y, p), Mathf.Lerp(s.z, t.z, p)), onFinish));
}