/// <summary>
/// déclanche l'animation d'attaque.
/// </summary>
public virtual void Attack()
{
if (_isAttacking || _lastAttackTime + _cooldown > Time.time)
{
return;
}
Debug.Log("LastAttack : " + _lastAttackTime);
foreach (var colli in _colliders)
{
colli.enabled = true;
}
TransformVector init = new TransformVector(transform.position, transform.rotation);
TransformVector dest = new TransformVector(_normalTarget.position, _normalTarget.rotation);
_transformCurve = new TransformCurve(init, Time.time, dest.Sub(init).Mult(-1).Sub(_transformCurve.GetSpeed(Time.time)), dest, Time.time + _timeAttack, dest.Sub(init).Mult(10), false);
_isAttacking = true;
TempCible = Instantiate(_normalTarget.gameObject);
TempCible.transform.position = _normalTarget.position;
TempCible.transform.rotation = _normalTarget.rotation;
TempCible.GetComponentInChildren <SpriteRenderer>().color = CibleColor;
TempCible.transform.SetParent(null, true);
Destroy(TempCible, _timeAttack);
}
public TransformVector GetSpeed(float time)
{
TransformVector precVect = GetTransform(Time.deltaTime);
TransformVector vect = GetTransform(time);
return(vect.Sub(precVect));
}
public TransformVector GetTransform(float time)
{
TransformVector trans = new TransformVector(
new Vector3(_posX.Evaluate(time), _posY.Evaluate(time), _posZ.Evaluate(time)),
new Quaternion(_rotX.Evaluate(time), _rotY.Evaluate(time), _rotZ.Evaluate(time), _rotW.Evaluate(time)));
return(trans);
}
// Use this for initialization
protected virtual void Start()
{
_AudioSource = GetComponent<AudioSource>();
_colliders = GetComponentsInChildren<Collider>();
_zeroTransformVector = new TransformVector();
_initialTransformVector = new TransformVector(transform.localPosition,transform.localRotation);
_transformCurve = new TransformCurve(_initialTransformVector, Time.time, _zeroTransformVector, _initialTransformVector, Time.time, _zeroTransformVector);
BugManager = FindObjectOfType<BugManager>();
}
// Use this for initialization
protected virtual void Start()
{
_AudioSource = GetComponent <AudioSource>();
_colliders = GetComponentsInChildren <Collider>();
_zeroTransformVector = new TransformVector();
_initialTransformVector = new TransformVector(transform.localPosition, transform.localRotation);
_transformCurve = new TransformCurve(_initialTransformVector, Time.time, _zeroTransformVector, _initialTransformVector, Time.time, _zeroTransformVector);
BugManager = FindObjectOfType <BugManager>();
}
public TransformCurve(TransformVector initialTransform, float initialTime, TransformVector outTangent, TransformVector destinationTransform, float destinationTime, TransformVector inTangent, bool isLocal = true)
{
_isLocal = isLocal;
Keyframe initPosXKey = new Keyframe(initialTime, initialTransform.Position.x, 0, outTangent.Position.x);
Keyframe initPosYKey = new Keyframe(initialTime, initialTransform.Position.y, 0, outTangent.Position.y);
Keyframe initPosZKey = new Keyframe(initialTime, initialTransform.Position.z, 0, outTangent.Position.z);
Keyframe destPosXKey = new Keyframe(destinationTime, destinationTransform.Position.x, inTangent.Position.x, 0);
Keyframe destPosYKey = new Keyframe(destinationTime, destinationTransform.Position.y, inTangent.Position.y, 0);
Keyframe destPosZKey = new Keyframe(destinationTime, destinationTransform.Position.z, inTangent.Position.z, 0);
_posX = new AnimationCurve();
_posY = new AnimationCurve();
_posZ = new AnimationCurve();
_posX.AddKey(initPosXKey);
_posX.AddKey(destPosXKey);
_posY.AddKey(initPosYKey);
_posY.AddKey(destPosYKey);
_posZ.AddKey(initPosZKey);
_posZ.AddKey(destPosZKey);
Keyframe initRotXKey = new Keyframe(initialTime, initialTransform.Rotation.x, 0, outTangent.Rotation.x);
Keyframe initRotYKey = new Keyframe(initialTime, initialTransform.Rotation.y, 0, outTangent.Rotation.y);
Keyframe initRotZKey = new Keyframe(initialTime, initialTransform.Rotation.z, 0, outTangent.Rotation.z);
Keyframe initRotWKey = new Keyframe(initialTime, initialTransform.Rotation.w, 0, outTangent.Rotation.w);
Keyframe destRotXKey = new Keyframe(destinationTime, destinationTransform.Rotation.x, inTangent.Rotation.x, 0);
Keyframe destRotYKey = new Keyframe(destinationTime, destinationTransform.Rotation.y, inTangent.Rotation.y, 0);
Keyframe destRotZKey = new Keyframe(destinationTime, destinationTransform.Rotation.z, inTangent.Rotation.z, 0);
Keyframe destRotWKey = new Keyframe(destinationTime, destinationTransform.Rotation.w, inTangent.Rotation.w, 0);
_rotX = new AnimationCurve();
_rotY = new AnimationCurve();
_rotZ = new AnimationCurve();
_rotW = new AnimationCurve();
_rotX.AddKey(initRotXKey);
_rotX.AddKey(destRotXKey);
_rotY.AddKey(initRotYKey);
_rotY.AddKey(destRotYKey);
_rotZ.AddKey(initRotZKey);
_rotZ.AddKey(destRotZKey);
_rotW.AddKey(initRotWKey);
_rotW.AddKey(destRotWKey);
}
/// <summary>
/// déclanche l'animation d'attaque.
/// </summary>
public virtual void Attack()
{
if (_isAttacking || _lastAttackTime + _cooldown >Time.time)
return;
Debug.Log("LastAttack : " + _lastAttackTime);
foreach (var colli in _colliders)
{
colli.enabled = true;
}
TransformVector init = new TransformVector(transform.position,transform.rotation);
TransformVector dest = new TransformVector(_normalTarget.position, _normalTarget.rotation);
_transformCurve = new TransformCurve(init, Time.time, dest.Sub(init).Mult(-1).Sub(_transformCurve.GetSpeed(Time.time)), dest, Time.time + _timeAttack, dest.Sub(init).Mult(10),false);
_isAttacking = true;
TempCible = Instantiate(_normalTarget.gameObject);
TempCible.transform.position = _normalTarget.position;
TempCible.transform.rotation = _normalTarget.rotation;
TempCible.GetComponentInChildren<SpriteRenderer>().color = CibleColor;
TempCible.transform.SetParent(null,true);
Destroy(TempCible,_timeAttack);
}
private Drawable transformVectorTo(Vector2 startValue, Vector2 newValue, double duration, EasingTypes easing, TransformVector transform)
{
Type type = transform.GetType();
if (transformationDelay == 0)
{
Transforms.RemoveAll(t => t.GetType() == type);
if (startValue == newValue)
{
return(this);
}
}
else
{
startValue = (Transforms.FindLast(t => t.GetType() == type) as TransformVector)?.EndValue ?? startValue;
}
double startTime = Time + transformationDelay;
transform.StartTime = startTime;
transform.EndTime = startTime + duration;
transform.StartValue = startValue;
transform.EndValue = newValue;
transform.Easing = easing;
if (duration == 0)
{
transform.Apply(this);
}
else
{
Transforms.Add(transform);
}
return(this);
}
protected void TransformVectorTo(Vector2 startValue, Vector2 newValue, double duration, EasingTypes easing, TransformVector transform)
{
Type type = transform.GetType();
if (transformationDelay == 0)
{
Transforms.RemoveAll(t => t.GetType() == type);
if (startValue == newValue)
{
return;
}
}
else
{
startValue = (Transforms.FindLast(t => t.GetType() == type) as TransformVector)?.EndValue ?? startValue;
}
double startTime = Clock != null ? (Time.Current + transformationDelay) : 0;
transform.StartTime = startTime;
transform.EndTime = startTime + duration;
transform.StartValue = startValue;
transform.EndValue = newValue;
transform.Easing = easing;
if (Clock == null)
{
transform.UpdateTime(new FrameTimeInfo {
Current = transform.EndTime
});
transform.Apply(this);
}
else if (duration == 0 && transformationDelay == 0)
{
transform.UpdateTime(Time);
transform.Apply(this);
}
else
{
Transforms.Add(transform);
}
}
public TransformVector Sub(TransformVector transformVector)
{
return new TransformVector(Position - transformVector.Position, Rotation * Quaternion.Inverse(transformVector.Rotation));
}
public TransformVector Add(TransformVector transformVector)
{
return new TransformVector(Position + transformVector.Position, Rotation * transformVector.Rotation);
}
public TransformVector GetTransform(float time)
{
TransformVector trans = new TransformVector(
new Vector3(_posX.Evaluate(time), _posY.Evaluate(time), _posZ.Evaluate(time)),
new Quaternion(_rotX.Evaluate(time), _rotY.Evaluate(time), _rotZ.Evaluate(time), _rotW.Evaluate(time)));
return trans;
}
public TransformCurve(TransformVector initialTransform, float initialTime, TransformVector outTangent, TransformVector destinationTransform, float destinationTime, TransformVector inTangent,bool isLocal = true)
{
_isLocal = isLocal;
Keyframe initPosXKey = new Keyframe(initialTime, initialTransform.Position.x, 0, outTangent.Position.x);
Keyframe initPosYKey = new Keyframe(initialTime, initialTransform.Position.y, 0, outTangent.Position.y);
Keyframe initPosZKey = new Keyframe(initialTime, initialTransform.Position.z, 0, outTangent.Position.z);
Keyframe destPosXKey = new Keyframe(destinationTime, destinationTransform.Position.x, inTangent.Position.x, 0);
Keyframe destPosYKey = new Keyframe(destinationTime, destinationTransform.Position.y, inTangent.Position.y, 0);
Keyframe destPosZKey = new Keyframe(destinationTime, destinationTransform.Position.z, inTangent.Position.z, 0);
_posX = new AnimationCurve();
_posY = new AnimationCurve();
_posZ = new AnimationCurve();
_posX.AddKey(initPosXKey);
_posX.AddKey(destPosXKey);
_posY.AddKey(initPosYKey);
_posY.AddKey(destPosYKey);
_posZ.AddKey(initPosZKey);
_posZ.AddKey(destPosZKey);
Keyframe initRotXKey = new Keyframe(initialTime, initialTransform.Rotation.x, 0, outTangent.Rotation.x);
Keyframe initRotYKey = new Keyframe(initialTime, initialTransform.Rotation.y, 0, outTangent.Rotation.y);
Keyframe initRotZKey = new Keyframe(initialTime, initialTransform.Rotation.z, 0, outTangent.Rotation.z);
Keyframe initRotWKey = new Keyframe(initialTime, initialTransform.Rotation.w, 0, outTangent.Rotation.w);
Keyframe destRotXKey = new Keyframe(destinationTime, destinationTransform.Rotation.x, inTangent.Rotation.x, 0);
Keyframe destRotYKey = new Keyframe(destinationTime, destinationTransform.Rotation.y, inTangent.Rotation.y, 0);
Keyframe destRotZKey = new Keyframe(destinationTime, destinationTransform.Rotation.z, inTangent.Rotation.z, 0);
Keyframe destRotWKey = new Keyframe(destinationTime, destinationTransform.Rotation.w, inTangent.Rotation.w, 0);
_rotX = new AnimationCurve();
_rotY = new AnimationCurve();
_rotZ = new AnimationCurve();
_rotW = new AnimationCurve();
_rotX.AddKey(initRotXKey);
_rotX.AddKey(destRotXKey);
_rotY.AddKey(initRotYKey);
_rotY.AddKey(destRotYKey);
_rotZ.AddKey(initRotZKey);
_rotZ.AddKey(destRotZKey);
_rotW.AddKey(initRotWKey);
_rotW.AddKey(destRotWKey);
}
public TransformVector Sub(TransformVector transformVector)
{
return(new TransformVector(Position - transformVector.Position, Rotation * Quaternion.Inverse(transformVector.Rotation)));
}
public TransformVector Add(TransformVector transformVector)
{
return(new TransformVector(Position + transformVector.Position, Rotation * transformVector.Rotation));
}
