public void destroyObject(txUIObject obj, bool immediately = false)
{
// 查找该节点下的所有窗口,从布局中注销
List <GameObject> children = new List <GameObject>();
findAllChild(obj.getObject(), children);
int count = children.Count;
for (int i = 0; i < count; ++i)
{
mLayout.unregisterUIObject(mLayout.getUIObject(children[i]));
}
UnityUtility.destroyGameObject(obj.getObject(), immediately);
}
public void unregisterUIObject(txUIObject uiObj)
{
if (uiObj == null)
{
return;
}
mObjectList.Remove(uiObj.getID());
mGameObjectSearchList.Remove(uiObj.getObject());
}
public void destroyInstantiateObject(txUIObject window, bool destroyReally)
{
GameObject go = window.getObject();
txUIObject.destroyWindow(window, false);
mObjectPool.destroyObject(ref go, destroyReally);
// 通知布局有窗口添加
mLayout.notifyObjectChanged();
}
public bool hasObject(txUIObject parent, string name)
{
if (parent == null)
{
parent = mRoot;
}
GameObject gameObject = getGameObject(parent.getObject(), name);
return(gameObject != null);
}
//------------------------------------------------------------------------------------------------------------
protected override void setValue(float value)
{
txUIObject obj = mComponentOwner as txUIObject;
// 因为NGUI中透明度小于0.001时认为是将窗口隐藏,会重新构建网格顶点,所以此处最低为0.002
if (WidgetUtility.isNGUI(obj.getObject()))
{
clampMin(ref value, 0.002f);
}
obj.setAlpha(value, false);
}
public static void setGameObjectLayer(txUIObject obj, int layer)
{
GameObject go = obj.getObject();
go.layer = layer;
Transform[] childTransformList = go.transform.GetComponentsInChildren <Transform>(true);
foreach (Transform t in childTransformList)
{
t.gameObject.layer = layer;
}
}
//------------------------------------------------------------------------------------------------------------
protected override void applyTrembling(float value)
{
txUIObject obj = mComponentOwner as txUIObject;
float newAlpha = lerpSimple(mStartAlpha, mTargetAlpha, value);
// 因为NGUI中透明度小于0.001时认为是将窗口隐藏,会重新构建网格顶点,所以此处最低为0.002
if (WidgetUtility.isNGUI(obj.getObject()))
{
clampMin(ref newAlpha, 0.002f);
}
obj.setAlpha(newAlpha, false);
}
public void registerUIObject(txUIObject uiObj)
{
// 如果此时正在遍历列表,则需要加入添加列表
if (mLockObjectList)
{
mAddList.Add(uiObj);
return;
}
// 同步列表,确保mObjectList是最新的
syncObjectList();
mObjectList.Add(uiObj.getID(), uiObj);
mGameObjectSearchList.Add(uiObj.getObject(), uiObj);
}
public void unregisterUIObject(txUIObject uiObj)
{
// 如果此时正在遍历列表,则需要添加到移除列表,待后续从主列表移除
if (mLockObjectList)
{
mRemoveList.Add(uiObj);
return;
}
// 同步列表,确保mObjectList是最新的
syncObjectList();
mObjectList.Remove(uiObj.getID());
mGameObjectSearchList.Remove(uiObj.getObject());
}
//------------------------------------------------------------------------------------------------------------------------------------------
protected Vector3[] getLocalMinMaxPixelPos()
{
if (mMinMaxPosDirty)
{
bool isNGUI = mWindow.getLayout().isNGUI();
Vector2 parentWidgetSize = Vector2.zero;
if (isNGUI)
{
#if USE_NGUI
// 获得第一个带widget的父节点的rect
if (mParentRect == null)
{
mParentRect = WidgetUtility.findNGUIParentRect(mWindow.getObject());
}
parentWidgetSize = WidgetUtility.getNGUIRectSize(mParentRect);
#endif
}
else
{
parentWidgetSize = mWindow.getParent().getWindowSize();
}
// 计算父节点的世界缩放
Vector2 worldScale = getMatrixScale(mWindow.getTransform().parent.localToWorldMatrix);
txUIObject root = mLayoutManager.getUIRoot(isNGUI);
Vector2 uiRootScale = root.getTransform().localScale;
Vector2 parentScale = worldScale / uiRootScale;
// 计算移动的位置范围
Vector2 minPos = parentWidgetSize * 0.5f * mMinRelativePos / parentScale;
Vector2 maxPos = parentWidgetSize * 0.5f * mMaxRelativePos / parentScale;
if (mClampType == CLAMP_TYPE.CT_EDGE)
{
Vector2 thisSize = mWindow.getWindowSize(true);
minPos += thisSize * 0.5f;
maxPos -= thisSize * 0.5f;
if (!mClampInner)
{
swap(ref minPos, ref maxPos);
}
}
else if (mClampType == CLAMP_TYPE.CT_CENTER)
{
}
mMinMaxPos[0] = minPos;
mMinMaxPos[1] = maxPos;
mMinMaxPosDirty = false;
}
return(mMinMaxPos);
}
// 创建txUIObject,并且新建GameObject,分配到txUIObject中
public T createObject <T>(txUIObject parent, string name, bool active = true) where T : txUIObject, new()
{
GameObject go = UnityUtility.createObject(name);
if (parent == null)
{
parent = mRoot;
}
go.layer = parent.getObject().layer;
T obj = newUIObject <T>(name, parent, mLayout, go);
obj.setActive(active);
go.transform.localScale = Vector3.one;
go.transform.localEulerAngles = Vector3.zero;
go.transform.localPosition = Vector3.zero;
return(obj);
}
// 创建txUIObject,并且在布局中查找GameObject分配到txUIObject
// active为-1则表示不设置active,0表示false,1表示true
public T newObject <T>(out T obj, txUIObject parent, string name, int active = -1, bool showError = true) where T : txUIObject, new()
{
obj = null;
GameObject parentObj = parent != null?parent.getObject() : null;
GameObject gameObject = getGameObject(parentObj, name, showError, false);
if (gameObject == null)
{
return(obj);
}
obj = newUIObject <T>(parent, mLayout, gameObject);
if (active >= 0)
{
obj.setActive(active != 0);
}
return(obj);
}
// 创建txUIObject,并且在布局中查找GameObject分配到txUIObject
// active为-1则表示不设置active,0表示false,1表示true
public T newObject <T>(out T obj, txUIObject parent, string name, int active = -1) where T : txUIObject, new()
{
obj = null;
GameObject parentObj = (parent != null) ? parent.getObject(): null;
GameObject gameObject = getGameObject(parentObj, name);
if (gameObject == null)
{
logError("object is null, name : " + name);
return(obj);
}
obj = newUIObject <T>(name, parent, mLayout, gameObject);
if (active == 0)
{
obj.setActive(false);
}
else if (active == 1)
{
obj.setActive(true);
}
return(obj);
}
public GameObject getUGUIRootObject()
{
return(mUGUIRoot.getObject());
}
public GameObject getRootObject(bool ngui)
{
txUIObject root = getUIRoot(ngui);
return(root != null?root.getObject() : null);
}
public void instantiateObject(txUIObject parent, string name)
{
GameObject gameObject = mLayoutSubPrefabManager.instantiate(name, parent.getObject(), name);
gameObject.SetActive(false);
}
public void registerUIObject(txUIObject uiObj)
{
mObjectList.Add(uiObj.getID(), uiObj);
mGameObjectSearchList.Add(uiObj.getObject(), uiObj);
}
