private Vector3 GetTorque(EDirectType asixType, float rotateAngle)
{
switch (asixType)
{
case EDirectType.DT_RelativeForward:
case EDirectType.DT_SelfForward:
return(rotateAngle * transform.forward);
case EDirectType.DT_RelativeRight:
case EDirectType.DT_SelfRight:
return(rotateAngle * transform.right);
case EDirectType.DT_RelativeUp:
case EDirectType.DT_SelfUp:
return(rotateAngle * transform.up);
case EDirectType.DT_WorldForward:
return(rotateAngle * Vector3.forward);
case EDirectType.DT_WorldRight:
return(rotateAngle * Vector3.right);
case EDirectType.DT_WorldUp:
return(rotateAngle * Vector3.up);
}
return(Vector3.zero);
}
public FProjectileCurveData(EDirectType curveType, AnimationCurve curve, float curveScale, float flyTotalTime)
{
this.curve = curve;
this.curveType = curveType;
this.curveScale = curveScale;
this.curveSmoothing = curve.keys[curve.length - 1].time / flyTotalTime;
this.curveTimer = 0;
}
public virtual void Reset()
{
bLookAt = false;
priority = -1;
directType = EDirectType.DT_WorldForward;
duration_Move = 0.0f;
duration_Rotate = 0.0f;
velocity = Vector3.zero;
angularVelocity = Vector3.zero;
motionType = EMotionType.MT_Additive;
rotateType = EMotionType.MT_Additive;
}
public void ApplyRotate(int priority, EMotionType rotateType, EDirectType asixType, float rotateAngle, float duration = 0.0f, AnimationCurve rotateCurve = null)
{
if (this.priority < priority)
{
Reset();
OnMotionStart?.Invoke();
}
startTime_Rotate = Time.time;
this.priority = priority;
this.rotateType = rotateType;
this.torque = GetTorque(asixType, rotateAngle);
this.duration_Rotate = duration;
this.rotateCurve = rotateCurve;
}
public AbilityBuffMotionModifiers(AbilitySystemComponent abilitySystem, Editor_FMotionModifierData data)
{
this.abilitySystem = abilitySystem;
priority = data.priority;
duration = data.duration;
moveType = data.moveType;
distance = data.distance;
direction = data.direction;
rotateType = data.rotateType;
rotateAxis = data.rotateAxis;
rotateAngle = data.rotateAngle;
moveCurve = AnimationCurveManager.Instance.GetCurve(data.moveCurve);
rotateCurve = AnimationCurveManager.Instance.GetCurve(data.rotateCurve);
}
public void ApplyMotion(int priority, EMotionType motionType, EDirectType directType, float distance, float duration = 0.0f, AnimationCurve moveCurve = null)
{
if (this.priority < priority)
{
Reset();
OnMotionStart?.Invoke();
}
startTime_Move = Time.time;
this.priority = priority;
this.motionType = motionType;
this.directType = directType;
this.direction = GetDirection(directType);
this.distance = distance;
this.duration_Move = duration;
this.moveCurve = moveCurve;
}
Vector3 GetDirection(EDirectType directType)
{
switch (directType)
{
case EDirectType.DT_RelativeForward:
return(transform.forward);
case EDirectType.DT_RelativeRight:
return(transform.right);
case EDirectType.DT_RelativeUp:
return(transform.up);
case EDirectType.DT_WorldForward:
return(Vector3.forward);
case EDirectType.DT_WorldRight:
return(Vector3.right);
case EDirectType.DT_WorldUp:
return(Vector3.up);
}
return(Vector3.zero);
}
public void ApplyRotate(int priority, EMotionType rotateType, EDirectType asixType, float rotateAngle, float duration = 0.0f, AnimationCurve rotateCurve = null)
{
MotionClip.ApplyRotate(priority, rotateType, asixType, rotateAngle, duration, rotateCurve);
}
public void ApplyMotion(int priority, EMotionType motionType, EDirectType directType, float distance, float duration = 0.0f, AnimationCurve moveCurve = null)
{
MotionClip.ApplyMotion(priority, motionType, directType, distance, duration, moveCurve);
}
