protected virtual void clearCallback()
{
mHSLFadingUserData = null;
mHSLFadingUserData = null;
mHSLDoneCallback = null;
mHSLDoneUserData = null;
}
protected void doneCallback(HSLCallback curDoneCallback, object curDoneUserData, ComponentHSL component)
{
// 先保存回调,然后再调用回调之前就清空回调,确保在回调函数执行时已经完全完成
HSLCallback tempCallback = curDoneCallback;
object tempUserData = curDoneUserData;
clearCallback();
if (tempCallback != null)
{
tempCallback(component, tempUserData, false, true);
}
}
public override void init()
{
base.init();
mStartHSL = Vector3.zero;
mTargetHSL = Vector3.zero;
mFadeTime = 1.0f;
mTimeOffset = 0.0f;
mFadeChildren = true;
mFadingCallback = null;
mFadeDoneCallback = null;
mFadingUserData = null;
mFadeDoneUserData = null;
}
protected static void setCallback(HSLCallback callback, object userData, ref HSLCallback curCallback, ref object curUserData, ComponentHSL component)
{
HSLCallback tempCallback = curCallback;
object tempUserData = curUserData;
curCallback = null;
curUserData = null;
// 如果回调函数当前不为空,则是中断了正在进行的变化
if (tempCallback != null)
{
tempCallback(component, tempUserData, true, false);
}
curCallback = callback;
curUserData = userData;
}
public void setScaleDoneCallback(HSLCallback hslCallback, object userData)
{
mFadeDoneCallback = hslCallback;
mFadeDoneUserData = userData;
}
public void setScalingCallback(HSLCallback hslCallback, object userData)
{
mFadingCallback = hslCallback;
mFadingUserData = userData;
}
public void setHSLDoneCallback(HSLCallback hslDone, object doneUserData)
{
setCallback(hslDone, doneUserData, ref mHSLDoneCallback, ref mHSLDoneUserData, this);
}
public void setHSLFadingCallback(HSLCallback fading, object fadingUserData)
{
setCallback(fading, fadingUserData, ref mHSLFadingCallback, ref mHSLFadingUserData, this);
}
