void SceneNode::RemoveChildNode(SceneNode *childNode)
{
// do a recursive down to remove child
if (childNode->HasChild())
{
for (vector<SceneNode*>::iterator i = childNode->childNodes.begin(); i != childNode->childNodes.end();)
{
SceneNode* temp = (*i);
RemoveChildNode(temp);
i = childNode->childNodes.begin();
}
}
childNode->setActive(false);
// there is a parent
if (childNode->parentNode != NULL)
{
vector<SceneNode*> tempParentChild = childNode->parentNode->childNodes;
for (unsigned i = 0; i < tempParentChild.size(); ++i)
{
if (tempParentChild[i] == childNode)
{
tempParentChild.erase(tempParentChild.begin() + i);
break;
}
}
childNode->parentNode->childNodes = tempParentChild;
}
}
void USoundNodeRandom::PostLoad()
{
Super::PostLoad();
if (!GIsEditor && PreselectAtLevelLoad > 0)
{
while (ChildNodes.Num() > PreselectAtLevelLoad)
{
RemoveChildNode(FMath::Rand() % ChildNodes.Num());
}
}
}
BOOL RemoveNode(NodeList * FromList)
{
if (!FromList) return FALSE;
if (FromList->itemParent)
{
DWORD k;
for (k = 0; k < FromList->itemParent->AllocatedChilds; k++)
if (&(FromList->itemParent->childNodes[k]) == FromList)
{
BOOL res = RemoveChildNode(FromList->itemParent, k);
return res;
}
}
do
{
RemoveChildNode(FromList, 0);
} while (FromList->AllocatedChilds>0);
mir_free_and_nil(FromList->childNodes);
mir_free_and_nil(FromList);
return TRUE;
}
void Node::Deinitialize() {
OnDeinitialize();
// clear all children
while(mChildren.size() > 0) {
RemoveChildNode(mChildren.begin()->first);
}
// clear all components
while(mComponents.size() > 0) {
RemoveComponent(mComponents.begin()->second->GetName());
}
}
BOOL RemoveChildNode(NodeList * FromList, DWORD index)
{
if (!FromList) return FALSE;
if (FromList->AllocatedChilds <= index) return FALSE;
NodeList *work = &(FromList->childNodes[index]);
for (size_t i = 0; i < work->AllocatedChilds; i++)
if (work->childNodes[i].AllocatedChilds)
RemoveChildNode(work->childNodes, (DWORD)i);
if (work->AllocatedChilds) {
mir_free_and_nil(work->childNodes);
work->AllocatedChilds = 0;
}
memmove(FromList->childNodes + index, FromList->childNodes + index + 1, sizeof(NodeList)*(FromList->AllocatedChilds - index - 1));
FromList->AllocatedChilds--;
return TRUE;
}
void Node::_UpdateAllChildren(double time_diff) {
mIsUpdatingAfterChange = (time_diff == 0);
for(auto iter = mChildren.begin(); iter != mChildren.end(); ++iter) {
if(iter->second->mDeathMark) {
//Kill it if the death mark is set.
Node* node = iter->second;
iter--;
QString name = node->GetName();
RemoveChildNode(name);
}
else {
iter->second->OnUpdate(time_diff);
}
}
mIsUpdatingAfterChange = false;
}
void USoundNodeRandom::PostLoad()
{
Super::PostLoad();
if (!GIsEditor && PreselectAtLevelLoad > 0)
{
while (ChildNodes.Num() > PreselectAtLevelLoad)
{
RemoveChildNode(FMath::Rand() % ChildNodes.Num());
}
}
#if WITH_EDITOR
else if (GEditor != nullptr && (GEditor->bIsSimulatingInEditor || GEditor->PlayWorld != NULL))
{
UpdatePIEHiddenNodes();
}
#endif //WITH_EDITOR
FixWeightsArray();
FixHasBeenUsedArray();
}
BOOL RemoveChildNode(NodeList * FromList, DWORD index)
{
DWORD i;
NodeList * work;
if (!FromList) return FALSE;
if (FromList->AllocatedChilds<=index) return FALSE;
work=&(FromList->childNodes[index]);
for(i=0; i<work->AllocatedChilds; i++)
{
if (work->childNodes[i].AllocatedChilds)
RemoveChildNode(work->childNodes,i);
}
if (work->AllocatedChilds)
{
mir_free(work->childNodes);
work->AllocatedChilds=0;
}
//mir_free(work);
memcpy(FromList->childNodes+index,FromList->childNodes+index+1,sizeof(NodeList)*(FromList->AllocatedChilds-index-1));
FromList->AllocatedChilds--;
return TRUE;
}
void MkCheckBoxControlNode::_SetCaption(const MkArray<MkHashStr>& textNode, const MkStr& caption)
{
if (textNode.Empty() || (!MK_STATIC_RES.TextNodeExist(textNode)))
{
RemoveChildNode(CaptionNodeName);
m_CaptionString.Clear();
return;
}
// MkWindowTagNode 사용
MkWindowTagNode* node = NULL;
if (ChildExist(CaptionNodeName))
{
node = dynamic_cast<MkWindowTagNode*>(GetChildNode(CaptionNodeName));
}
else
{
node = MkWindowTagNode::CreateChildNode(this, CaptionNodeName);
if (node != NULL)
{
node->SetAlignmentPivotIsWindowRect(true);
node->SetAlignmentPosition(eRAP_RMostCenter);
node->SetAlignmentOffset(MkFloat2(node->GetLengthOfBetweenIconAndText(), 0.f));
}
}
if (node != NULL)
{
m_CaptionString = caption;
if (caption.Empty())
{
node->SetTextName(textNode);
}
else
{
node->SetTextName(textNode, caption);
}
}
}
bool MkWindowThemedNode::_UpdateThemeComponent(void)
{
m_UpdateCommand.Set(eUC_Region); // theme, component, shadow가 변경되면 region도 갱신되야 함
const MkWindowThemeFormData* formData = MK_STATIC_RES.GetWindowThemeSet().GetFormData(m_ThemeName, m_ComponentType, m_CustomFormName);
if ((formData != NULL) && formData->AttachForm(this))
{
if (m_UseShadow)
{
if (ChildExist(ShadowNodeName))
{
MkWindowThemedNode* shadowNode = dynamic_cast<MkWindowThemedNode*>(GetChildNode(ShadowNodeName));
if (shadowNode != NULL)
{
shadowNode->SetThemeName(m_ThemeName);
}
}
else
{
MkWindowThemedNode* shadowNode = CreateChildNode(this, ShadowNodeName);
if (shadowNode != NULL)
{
shadowNode->SetLocalDepth(0.1f); // form panel들과 겹치는 것을 피하기 위해 0.1f만큼 뒤에 위치
shadowNode->SetThemeName(m_ThemeName);
shadowNode->SetComponentType(MkWindowThemeData::eCT_ShadowBox);
shadowNode->SetFormState(MkWindowThemeFormData::eS_Default);
shadowNode->SetAlignmentTargetIsWindowRect(false); // 자신과 shadow node의 client rect끼리 정렬
shadowNode->SetAlignmentPosition(eRAP_LeftBottom); // client size를 동일하게 맞출 것이므로 아무거나 상관 없음
}
}
}
return true;
}
MkWindowThemeFormData::RemoveForm(this);
RemoveChildNode(ShadowNodeName);
return false;
}
