public Projectile SetChaser(float p_Duration, Vector3 p_ChaseTarget,
Action <CommomActionArgs, ProjectileAnimationEventArgs> p_InitAction = null, Action <CommomActionArgs, ProjectileAnimationEventArgs> p_ExpiredAction = null
, Func <float, float, float, float, float> p_LerpFunction = null)
{
p_ExpiredAction += (customArgs, projectileAnimationEventArgs) =>
{
var proj = (Projectile)customArgs.MorphObject;
var cnt = projectileAnimationEventArgs.NumberToReadQueue;
while (cnt > 0)
{
proj._moveActionSequenceValueSet.RemoveAt(0);
cnt--;
}
};
SetEnqueuePoint(p_ChaseTarget)
.SetUpdateAction((customArgs, projectileAnimationEventArgs, lerpFunction) =>
{
var proj = (Projectile)customArgs.MorphObject;
var elapsed = proj._currentMoveActionCumulativeTime - ElapsedTime;
var reversedDuration = 1f / proj._currentMoveAction.AnimationDuration;
if (p_LerpFunction == null)
{
return(K514MathManager.LinearLerp(proj.Transform.position, proj._moveActionSequenceValueSet[0],
elapsed, reversedDuration));
}
else
{
var p_From = proj.Transform.position;
var p_To = proj._moveActionSequenceValueSet[0];
var distance = p_To - p_From;
return(new Vector3(
p_LerpFunction(p_From.x, distance.x, elapsed, reversedDuration),
p_LerpFunction(p_From.y, distance.y, elapsed, reversedDuration),
p_LerpFunction(p_From.z, distance.z, elapsed, reversedDuration)
));
}
}
, p_Duration
, 1
, false
, p_InitAction
, p_ExpiredAction
, p_LerpFunction);
return(this);
}
public Projectile SetChaser(float p_Duration, Transform p_ChaseTarget,
Action <CommomActionArgs, ProjectileAnimationEventArgs> p_InitAction = null, Action <CommomActionArgs, ProjectileAnimationEventArgs> p_ExpiredAction = null
, Func <float, float, float, float, float> p_LerpFunction = null)
{
SetChaseTarget(p_ChaseTarget).
SetUpdateAction((customArgs, projectileAnimationEventArgs, lerpFunction) =>
{
var proj = (Projectile)customArgs.MorphObject;
var elapsed = proj._currentMoveActionCumulativeTime - ElapsedTime;
var reversedDuration = 1f / proj._currentMoveAction.AnimationDuration;
if (p_LerpFunction == null)
{
return(K514MathManager.LinearLerp(proj.Transform.position, proj._chasingTarget.position,
elapsed, reversedDuration));
}
else
{
var p_From = proj.Transform.position;
var p_To = proj._chasingTarget.position;
var distance = p_To - p_From;
return(new Vector3(
p_LerpFunction(p_From.x, distance.x, elapsed, reversedDuration),
p_LerpFunction(p_From.y, distance.y, elapsed, reversedDuration),
p_LerpFunction(p_From.z, distance.z, elapsed, reversedDuration)
));
}
}
, p_Duration
, 0
, false
, p_InitAction
, p_ExpiredAction
, p_LerpFunction);
return(this);
}