void PageOutput::OnBrowse() {
QString filters;
for(int i = 0; i < CONTAINER_OTHER; ++i) {
if(i != 0)
filters += ";;";
filters += m_containers[i].filter;
}
for(unsigned int i = 0; i < m_containers_av.size(); ++i) {
if(!m_containers_av[i].filter.isEmpty())
filters += ";;" + m_containers_av[i].filter;
}
enum_container container = GetContainer();
unsigned int container_av = GetContainerAV();
QString selected_filter = (container == CONTAINER_OTHER)? m_containers_av[container_av].filter : m_containers[container].filter;
QString selected_file = QFileDialog::getSaveFileName(this, tr("Save recording as"),
GetFile(), filters, &selected_filter, QFileDialog::DontConfirmOverwrite);
if(selected_file.isNull())
return;
m_lineedit_file->clear();
QFileInfo fi(selected_file);
if(fi.suffix().isEmpty()) {
QStringList suffixes = (container == CONTAINER_OTHER)? m_containers_av[container_av].suffixes : m_containers[container].suffixes;
if(!suffixes.isEmpty())
selected_file += "." + suffixes[0];
} else {
bool found = false;
for(int i = 0; i < CONTAINER_OTHER; ++i) {
if(m_containers[i].suffixes.contains(fi.suffix(), Qt::CaseInsensitive)) {
SetContainer((enum_container) i);
found = true;
break;
}
}
if(!found) {
for(unsigned int i = 0; i < m_containers_av.size(); ++i) {
if(m_containers_av[i].suffixes.contains(fi.suffix(), Qt::CaseInsensitive)) {
SetContainer(CONTAINER_OTHER);
SetContainerAV(i);
break;
}
}
}
}
SetFile(selected_file);
OnUpdateContainerFields();
}
void
PIInspectorTable::SetElementSelf(
DMElement* inElement)
{
// Validate pointers.
ValidateThis_();
ValidateObject_(inElement);
// Sanity check: Make sure we have an object.
DMObject* object = (dynamic_cast<DMObject*>(inElement));
ValidateObject_(object);
// Okay, it's an object. Create type views for all of its attributes.
SetContainer(object);
// See if there's an inspected object caption. If so, change its name.
if (mInspectedObjectCaption != nil) {
ValidateObject_(mInspectedObjectCaption);
LStr255 displayableName;
inElement->GetDisplayableName(displayableName);
mInspectedObjectCaption->SetDescriptor(displayableName);
mInspectedObjectCaption->Refresh();
}
}
void
CLTypeEntryItem::SetElementSelf(
DMElement* inElement)
{
// Validate pointers.
ValidateThis_();
ValidateObject_(inElement);
// Make sure we really have a VETypeEntry.
mTypeEntry = (dynamic_cast<VETypeEntry*>(inElement));
ValidateObject_(mTypeEntry);
// See how we're sorting the classes. If it's alphabetical,
// we don't need to specify the container for subclasses.
CLDisplayClassTable* table = (dynamic_cast<CLDisplayClassTable*>(mOVTable));
ValidateObject_(table);
if (!table->GetAlphabeticDisplay()) {
// Hierarchical sort: Specify container for submodels.
DMElement* subComponents = mTypeEntry->GetSubClasses();
if (subComponents != nil) {
mExpanded = true;
SetSubItemComparator(new CLClassNameComparator);
SetContainer(subComponents);
}
}
}
VOID SysInterceptNtRoutine(
PVOID des,
PVOID container,
PVOID containerBH
){
UCHAR *pChar = NULL;
ULONG offset = 0L;
if ( !des || !container || !containerBH ) return ;
SetContainer( des, container );
FillWithNop( containerBH, 6 );
#if 1
pChar = des;
*pChar = 0xe9; pChar++;
offset = ( ULONG)container -( ULONG)des -5;
FillOffset( pChar, offset, sizeof( ULONG) );
#endif
}
Request::RequestDialog::RequestDialog(const char *title,
const char *primary, const char *secondary, const char *ok_text,
GCallback ok_cb, const char *cancel_text, GCallback cancel_cb,
void *user_data)
: SplitDialog(title), ok_cb(ok_cb), cancel_cb(cancel_cb), user_data(user_data)
{
SetColorScheme("generalwindow");
lbox = new CppConsUI::ListBox(AUTOSIZE, AUTOSIZE);
if (primary)
lbox->AppendWidget(*(new CppConsUI::Label(AUTOSIZE, 1, primary)));
if (primary && secondary)
lbox->AppendWidget(*(new CppConsUI::Spacer(AUTOSIZE, 1)));
if (secondary)
lbox->AppendWidget(*(new CppConsUI::Label(AUTOSIZE, 1, secondary)));
if (primary || secondary)
lbox->AppendWidget(*(new CppConsUI::HorizontalLine(AUTOSIZE)));
SetContainer(*lbox);
if (ok_text)
AddButton(ok_text, RESPONSE_OK);
if (ok_text && cancel_text)
AddSeparator();
if (cancel_text)
AddButton(cancel_text, RESPONSE_CANCEL);
signal_response.connect(sigc::mem_fun(this,
&RequestDialog::ResponseHandler));
}
bool GPIOServoFunction::SetCalibrationPosition(GPIOServoFunctionServo Servo, GPIOServoFunctionPosition Position) {
if (Servo != GPIOServoFunctionServoNone && Position != GPIOServoFunctionPositionNone) {
_CurrentCalibrationSets[Servo]->SetPosition(Position);
int Pos = _CurrentCalibrationSets[Servo]->GetValueForPosition(Position);
return SetContainer(GPIO::InternalFunctions::GPIOServoFunctionContainer((Servo == GPIOServoFunctionServoLeft ? Pos : -1), (Servo == GPIOServoFunctionServoRight ? Pos : -1), false), true, true);
}
return false;
}
void SGameplayTagWidget::VerifyAssetTagValidity()
{
FGameplayTagContainer LibraryTags;
// Create a set that is the library of all valid tags
TArray< TSharedPtr<FGameplayTagNode> > NodeStack;
UGameplayTagsManager& TagsManager = IGameplayTagsModule::Get().GetGameplayTagsManager();
TagsManager.GetFilteredGameplayRootTags(TEXT(""), NodeStack);
while (NodeStack.Num() > 0)
{
TSharedPtr<FGameplayTagNode> CurNode = NodeStack.Pop();
if (CurNode.IsValid())
{
LibraryTags.AddTag(TagsManager.RequestGameplayTag(CurNode->GetCompleteTag()));
NodeStack.Append(CurNode->GetChildTagNodes());
}
}
// Find and remove any tags on the asset that are no longer in the library
for (int32 ContainerIdx = 0; ContainerIdx < TagContainers.Num(); ++ContainerIdx)
{
UObject* OwnerObj = TagContainers[ContainerIdx].TagContainerOwner.Get();
FGameplayTagContainer* Container = TagContainers[ContainerIdx].TagContainer;
if (Container)
{
FGameplayTagContainer EditableContainer = *Container;
FGameplayTagContainer InvalidTags;
for (auto It = Container->CreateConstIterator(); It; ++It)
{
if (!LibraryTags.HasTag(*It, EGameplayTagMatchType::Explicit, EGameplayTagMatchType::Explicit))
{
InvalidTags.AddTag(*It);
}
}
if (InvalidTags.Num() > 0)
{
FString InvalidTagNames;
for (auto InvalidIter = InvalidTags.CreateConstIterator(); InvalidIter; ++InvalidIter)
{
EditableContainer.RemoveTag(*InvalidIter);
InvalidTagNames += InvalidIter->ToString() + TEXT("\n");
}
SetContainer(Container, &EditableContainer, OwnerObj);
FFormatNamedArguments Arguments;
Arguments.Add(TEXT("Objects"), FText::FromString( InvalidTagNames ));
FText DialogText = FText::Format( LOCTEXT("GameplayTagWidget_InvalidTags", "Invalid Tags that have been removed: \n\n{Objects}"), Arguments );
OpenMsgDlgInt( EAppMsgType::Ok, DialogText, LOCTEXT("GameplayTagWidget_Warning", "Warning") );
}
}
}
}
void SGameplayTagWidget::OnTagUnchecked(TSharedPtr<FGameplayTagNode> NodeUnchecked)
{
FScopedTransaction Transaction( LOCTEXT("GameplayTagWidget_RemoveTags", "Remove Gameplay Tags"));
if (NodeUnchecked.IsValid())
{
UGameplayTagsManager& TagsManager = IGameplayTagsModule::Get().GetGameplayTagsManager();
for (int32 ContainerIdx = 0; ContainerIdx < TagContainers.Num(); ++ContainerIdx)
{
UObject* OwnerObj = TagContainers[ContainerIdx].TagContainerOwner.Get();
FGameplayTagContainer* Container = TagContainers[ContainerIdx].TagContainer;
FGameplayTag Tag = TagsManager.RequestGameplayTag(NodeUnchecked->GetCompleteTag());
if (Container)
{
FGameplayTagContainer EditableContainer = *Container;
EditableContainer.RemoveTag(Tag);
TWeakPtr<FGameplayTagNode> ParentNode = NodeUnchecked->GetParentTagNode();
if (ParentNode.IsValid())
{
// Check if there are other siblings before adding parent
bool bOtherSiblings = false;
for (auto It = ParentNode.Pin()->GetChildTagNodes().CreateConstIterator(); It; ++It)
{
Tag = TagsManager.RequestGameplayTag(It->Get()->GetCompleteTag());
if (EditableContainer.HasTag(Tag, EGameplayTagMatchType::Explicit, EGameplayTagMatchType::Explicit))
{
bOtherSiblings = true;
break;
}
}
// Add Parent
if (!bOtherSiblings)
{
Tag = TagsManager.RequestGameplayTag(ParentNode.Pin()->GetCompleteTag());
EditableContainer.AddTag(Tag);
}
}
// Uncheck Children
for (const auto& ChildNode : NodeUnchecked->GetChildTagNodes())
{
UncheckChildren(ChildNode, EditableContainer);
}
SetContainer(Container, &EditableContainer, OwnerObj);
}
}
}
}
void PageOutput::LoadProfileSettings(QSettings* settings) {
// choose default container and codecs
enum_container default_container = (enum_container) 0;
for(unsigned int i = 0; i < VIDEO_CODEC_COUNT; ++i) {
if(AVFormatIsInstalled(m_containers[i].avname)) {
default_container = (enum_container) i;
break;
}
}
enum_video_codec default_video_codec = (enum_video_codec) 0;
for(unsigned int i = 0; i < VIDEO_CODEC_COUNT; ++i) {
if(AVCodecIsInstalled(m_video_codecs[i].avname) && m_containers[default_container].supported_video_codecs.count((enum_video_codec) i)) {
default_video_codec = (enum_video_codec) i;
break;
}
}
enum_audio_codec default_audio_codec = (enum_audio_codec) 0;
for(unsigned int i = 0; i < AUDIO_CODEC_COUNT; ++i) {
if(AVCodecIsInstalled(m_audio_codecs[i].avname) && m_containers[default_container].supported_audio_codecs.count((enum_audio_codec) i)) {
default_audio_codec = (enum_audio_codec) i;
break;
}
}
// load settings
SetFile(settings->value("output/file", "").toString());
SetSeparateFiles(settings->value("output/separate_files", false).toBool());
SetContainer(StringToEnum(settings->value("output/container", QString()).toString(), default_container));
SetContainerAV(FindContainerAV(settings->value("output/container_av", QString()).toString()));
SetVideoCodec(StringToEnum(settings->value("output/video_codec", QString()).toString(), default_video_codec));
SetVideoCodecAV(FindVideoCodecAV(settings->value("output/video_codec_av", QString()).toString()));
SetVideoKBitRate(settings->value("output/video_kbit_rate", 5000).toUInt());
SetH264CRF(settings->value("output/video_h264_crf", 23).toUInt());
SetH264Preset((enum_h264_preset) settings->value("output/video_h264_preset", H264_PRESET_SUPERFAST).toUInt());
SetVP8CPUUsed(settings->value("output/video_vp8_cpu_used", 5).toUInt());
SetVideoOptions(settings->value("output/video_options", "").toString());
SetVideoAllowFrameSkipping(settings->value("output/video_allow_frame_skipping", true).toBool());
SetAudioCodec(StringToEnum(settings->value("output/audio_codec", QString()).toString(), default_audio_codec));
SetAudioCodecAV(FindAudioCodecAV(settings->value("output/audio_codec_av", QString()).toString()));
SetAudioKBitRate(settings->value("output/audio_kbit_rate", 128).toUInt());
SetAudioOptions(settings->value("output/audio_options", "").toString());
// update things
OnUpdateContainerFields();
OnUpdateVideoCodecFields();
OnUpdateAudioCodecFields();
}
void ChMatterSPH::AddNode(ChVector<double> initial_state) {
auto newp = std::make_shared<ChNodeSPH>();
newp->SetContainer(this);
newp->SetPos(initial_state);
nodes.push_back(newp);
newp->variables.SetUserData((void*)this); // UserData unuseful in future cuda solver?
newp->collision_model->AddPoint(0.1); //***TEST***
newp->collision_model->BuildModel(); // will also add to system, if collision is on.
}
bool GPIOServoFunction::SetEmotion (GPIOServoFunctionEmotion Emotion) {
if (_CurrentEmotion != Emotion) {
GPIOServoFunctionContainer::EmotionMap::const_iterator it = GPIOEmotions.find(Emotion);
if (it != GPIOEmotions.end()) {
const GPIOServoFunctionContainer &Degree = it->second;
if (Degree.Right > -1 || Degree.Left > -1) {
return SetContainer(Degree);
}
}
}
return false;
}
FReply SGameplayTagWidget::OnClearAllClicked()
{
FScopedTransaction Transaction( LOCTEXT("GameplayTagWidget_RemoveAllTags", "Remove All Gameplay Tags") );
for (int32 ContainerIdx = 0; ContainerIdx < TagContainers.Num(); ++ContainerIdx)
{
UObject* OwnerObj = TagContainers[ContainerIdx].TagContainerOwner.Get();
FGameplayTagContainer* Container = TagContainers[ContainerIdx].TagContainer;
if (Container)
{
FGameplayTagContainer EmptyContainer;
SetContainer(Container, &EmptyContainer, OwnerObj);
}
}
return FReply::Handled();
}
void SGameplayTagWidget::OnTagChecked(TSharedPtr<FGameplayTagNode> NodeChecked)
{
FScopedTransaction Transaction( LOCTEXT("GameplayTagWidget_AddTags", "Add Gameplay Tags") );
UGameplayTagsManager& TagsManager = IGameplayTagsModule::Get().GetGameplayTagsManager();
for (int32 ContainerIdx = 0; ContainerIdx < TagContainers.Num(); ++ContainerIdx)
{
TWeakPtr<FGameplayTagNode> CurNode(NodeChecked);
UObject* OwnerObj = TagContainers[ContainerIdx].TagContainerOwner.Get();
FGameplayTagContainer* Container = TagContainers[ContainerIdx].TagContainer;
if (Container)
{
FGameplayTagContainer EditableContainer = *Container;
bool bRemoveParents = false;
while (CurNode.IsValid())
{
FGameplayTag Tag = TagsManager.RequestGameplayTag(CurNode.Pin()->GetCompleteTag());
if (bRemoveParents == false)
{
bRemoveParents = true;
if (bMultiSelect == false)
{
EditableContainer.RemoveAllTags();
}
EditableContainer.AddTag(Tag);
}
else
{
EditableContainer.RemoveTag(Tag);
}
CurNode = CurNode.Pin()->GetParentTagNode();
}
SetContainer(Container, &EditableContainer, OwnerObj);
}
}
}
StagePanel::StagePanel(wxWindow* parent, wxTopLevelWindow* frame,
ee::PropertySettingPanel* property,
LibraryPanel* library)
: EditPanel(parent, frame)
, ee::SpritesPanelImpl(GetStageImpl())
, m_sym()
, m_library(library)
{
m_sym = std::make_shared<Symbol>();
SetContainer(std::make_shared<SymbolContainer>(m_sym));
SetEditOP(std::make_shared<ee::ArrangeSpriteOP<SelectSpritesOP>>(
this, GetStageImpl(), this, property, nullptr, ee::ArrangeSpriteConfig(), new ArrangeSpriteImpl(this, property)));
SetCanvas(std::make_shared<StageCanvas>(this, library));
SetDropTarget(new ee::StageDropTarget(this, GetStageImpl(), library));
ee::MODULE_STAGE.impl = this;
RegistSubject(ee::ClearSpriteSJ::Instance());
}
SItemPanel::SItemPanel(SWindow *pFrameHost,pugi::xml_node xmlNode,IItemContainer *pItemContainer)
:m_pFrmHost(pFrameHost)
,m_pItemContainer(pItemContainer)
,m_dwData(0)
,m_crBk(CR_INVALID)
,m_crHover(CR_INVALID)
,m_crSelBk(RGBA(0,0,128,255))
,m_lpItemIndex(-1)
{
SASSERT(m_pFrmHost);
SASSERT(m_pItemContainer);
SetContainer(this);
if(xmlNode)
{
InitFromXml(xmlNode);
BuildWndTreeZorder();
}
m_evtSet.addEvent(EVENTID(EventItemPanelClick));
m_evtSet.addEvent(EVENTID(EventItemPanelDbclick));
m_evtSet.addEvent(EVENTID(EventItemPanelRclick));
m_evtSet.addEvent(EVENTID(EventItemPanelHover));
m_evtSet.addEvent(EVENTID(EventItemPanelLeave));
}
void
CLDisplayClassTable::SetElementSelf(
DMElement* inElement)
{
// Validate pointers.
ValidateThis_();
ValidateObject_(inElement);
// Sanity check: Make sure we have a type list.
mCatalogPage = (dynamic_cast<VECatalogPage*>(inElement));
ValidateObject_(mCatalogPage);
// Okay, it's a catalog page. Create type views for all of its classes.
if (mAlphabeticSort)
AddSubClasses(mCatalogPage);
else
SetContainer(mCatalogPage->GetSubClasses());
}
void
VEHierOutlineItem::SetElementSelf(
DMElement* inElement)
{
// Validate pointers.
ValidateThis_();
ValidateObject_(inElement);
// Make sure we really have a VEModelObject.
mModelObject = (dynamic_cast<VEModelObject*>(inElement));
ValidateObject_(mModelObject);
// Specify container for submodels.
DMElement* subPanes = mModelObject->GetSubObjectList();
if (subPanes != nil) {
ValidateObject_(subPanes);
mExpanded = true;
SetContainer(subPanes);
}
}
StagePanel::StagePanel(wxWindow* parent, wxTopLevelWindow* frame,
const std::shared_ptr<Symbol>& sym,
ee::PropertySettingPanel* property,
LibraryPanel* library,
wxGLContext* glctx,
ee::CrossGuides* guides)
: EditPanel(parent, frame)
, m_sym(sym)
, ee::SpritesPanelImpl(GetStageImpl())
, m_library(library)
{
SetContainer(std::make_shared<SymbolContainer>(m_sym));
auto editop = std::make_shared<ee::ArrangeSpriteOP<SelectSpritesOP>>(
this, GetStageImpl(), this, property, nullptr, ee::ArrangeSpriteConfig(), new ArrangeSpriteImpl(this, property));
std::dynamic_pointer_cast<SelectSpritesOP>(editop)->SetGuides(guides);
SetEditOP(editop);
SetCanvas(std::make_shared<StageCanvas>(this, library, glctx));
SetDropTarget(new ee::StageDropTarget(this, GetStageImpl(), library));
RegistSubject(ee::ClearSpriteSJ::Instance());
}
void LSBSoundCoder::SetupContainer( const WAVContainer* _container )
{
// Set current container
SetContainer(_container);
m_CurrSamplePosition = 0;
}
