自学教程：C++ AddFrame函数代码示例

DockCont::DockCont(){	dragging = false;	dockstate = STATE_NONE;	base = NULL;	waitsync = false;	ignoreminsize = false;	usersize.cx = usersize.cy = Null;	BackPaint();#ifdef PLATFORM_WIN32	ToolWindow();#endif	NoCenter().Sizeable(true).MaximizeBox(false).MinimizeBox(false);	AddFrame(FieldFrame());	AddFrame(tabbar);	AddFrame(handle);	tabbar.AutoHideMin(1);	tabbar.WhenCursor 		= THISBACK(TabSelected);	tabbar.WhenDrag 		= THISBACK(TabDragged);	tabbar.WhenContext 		= THISBACK(TabContext);	tabbar.WhenClose 		= THISBACK(TabClosed);	tabbar.WhenCloseAll		= THISBACK(RefreshLayout);	tabbar.SetBottom();	handle << close << autohide << windowpos;	handle.WhenContext = THISBACK(WindowMenu);	handle.WhenLeftDrag = THISBACK(MoveBegin);	close.Tip(t_("Close")) 				<<= THISBACK(CloseAll);	autohide.Tip(t_("Auto-Hide")) 		<<= THISBACK(AutoHide);	windowpos.Tip(t_("Window Menu")) 	<<= THISBACK(WindowMenu);	WhenClose 							= THISBACK(CloseAll);}

Apple::Apple(int rXPx, int rYPx){	APPLESZX = GI("APPLESZX");	APPLESZY = GI("APPLESZY");	APPLE_BRTM = GF("APPLE_BRTM");	mSizeX = APPLESZX;	mSizeY = APPLESZY;	mX = rXPx;	mY = rYPx;	mZ = 1.0f;	mNo = 0;	mTimer = 0.0f;	mBaseStatus = NORMAL;	// あたり判定	AddFrame(FR_NORMAL);	AddCircle(FR_NORMAL, SP->GRID_BOGYO, 20, 20, 15);	AddFrame(FR_DISABLE);	SetCurFrame(FR_DISABLE);}

RtMainFrame::RtMainFrame(const TGWindow* p) :    TGMainFrame(p, 800, 600){    // Create canvas    TRootEmbeddedCanvas* eCanvas = new TRootEmbeddedCanvas("Embedded canvas",this,800,600);    m_canvas = eCanvas->GetCanvas();	AddFrame(eCanvas, new TGLayoutHints(kLHintsExpandX | kLHintsExpandY,                                        10, 10, 10, 1));    // ========================================    // Tooltip    m_canvas->Connect("ProcessedEvent(Int_t,Int_t,Int_t,TObject*)",                       "RtMainFrame", this, "eventHandler(Int_t,Int_t,Int_t,TObject*)");    m_tip = new TGToolTip( gClient->GetDefaultRoot(), eCanvas, "", 0 );    // ========================================    // Buttons	TGHorizontalFrame *hframe= new TGHorizontalFrame(this, 200,40);    // Exit button    hframe->AddFrame( new TGTextButton(hframe, "&Quit", "gApplication->Terminate()")					, new TGLayoutHints(kLHintsCenterX,5,5,3,4));    // Save button    TGTextButton* buttonPDF = new TGTextButton(hframe, "Save &PDF");    TQObject::Connect(buttonPDF, "Clicked()",                     "RtMainFrame", this, "savePDF()" );    hframe->AddFrame( buttonPDF                    , new TGLayoutHints(kLHintsCenterX,5,5,3,4));    AddFrame(hframe,new TGLayoutHints(kLHintsCenterX,2,2,2,2));    	// Sets window name and shows the main frame	SetWindowName("RT-Biplot");	MapSubwindows();	Resize(GetDefaultSize());	MapWindow();}

void AtmelSWIAnalyzer::ParsePacket(const SWI_Block& block, size_t block_ndx, const std::vector<std::pair<U64, U64> >& ByteSamples){	const U8 Count = block.GetCount();	// is this a status/response block?	if (Count == 4)	{		// make a status block frame		AddFrame(ByteSamples[1].first, ByteSamples[1].second, FramePacketSegment, 0, 0x100000000ull | (U64)block_ndx);	} else {		int offset = 1;		// I/O block offset - we are skipping the Count byte		int param_cnt = 0;		SWI_PacketParam* param;		for (param_cnt = 0; PacketParams[param_cnt].Name != NULL; ++param_cnt)		{			param = PacketParams + param_cnt;			if (param->IsCommand == block.IsCommand  &&  param->ForOpcode == block.Opcode					&&  (Count == param->ValidIfCount  ||  param->ValidIfCount == 0))			{				// pack the offset and block index into mData2				U64 data2 = offset;				data2 <<= 32;				data2 |= block_ndx;				AddFrame(ByteSamples[offset].first, ByteSamples[offset + param->Length - 1].second, FramePacketSegment, 								param_cnt, data2);				offset += param->Length;			}			param++;		}	}}

Puzzle::Puzzle(){    size = Size(4, 4);    AddFrame(menu);    AddFrame(status);    lang = LNG_ENGLISH;    Init();}

void ZFrame_MemoryMonitor::AddedToFrameCallback(ZFrame * Frame){  ULong i;  for (i=0;i<8;i++) AddFrame(&Digits[i]);  for (i=0;i<ZFRAME_MEMORYMONITOR_DISPLAYLINES;i++) AddFrame(&MemLines[i]);  for (i=0;i<3;i++)  AddFrame(&DispSize[i]);}

GtkWidget * AddDialogFrame( GtkWidget * parent ){ GtkWidget * frame; frame=AddFrame( NULL,GTK_SHADOW_IN,parent,1 ); gtk_container_set_border_width( GTK_CONTAINER( frame ),1 ); frame=AddFrame( NULL,GTK_SHADOW_NONE,frame,1 ); frame=AddFrame( NULL,GTK_SHADOW_ETCHED_OUT,frame,1 ); frame=AddFrame( NULL,GTK_SHADOW_NONE,frame,1 ); return frame;}

	void Animation::LoadFromFile(std::string _file)	{		Parser parser(_file);		int isSpriteSheet = parser.retrieveContent("isSpriteSheet").getInt();		int nbFrames = parser.retrieveContent("nbFrames").getInt();		if( parser.retrieveContent("isLoop").getInt() )			m_isLoop = true;		else			m_isLoop = false;		if( isSpriteSheet )		{			ParserContent spriteSheetConfig = parser.retrieveContent("spriteSheetConfig");			int width = spriteSheetConfig.getInt();			int height = spriteSheetConfig.getInt();			int nbWidth = spriteSheetConfig.getInt();			int nbHeight = spriteSheetConfig.getInt();			int w = width / nbWidth;			int h = height / nbHeight;			ParserContent frames = parser.retrieveContent("frames");			for( int i = 0; i < nbFrames; i++ )			{				ParserContent frame = frames.getLineAsContent();				std::string filePath = frame.getString();				float duration = frame.getFloat();				int x = i%nbWidth;				int y = i / nbWidth;				AddFrame(filePath, duration, sf::IntRect(x * w, y * h, w, h));			}		}		else		{			ParserContent frames = parser.retrieveContent("frames");			for( int i = 0; i < nbFrames; i++ )			{				ParserContent frame = frames.getLineAsContent();				std::string filePath = frame.getString();				float duration = frame.getFloat();				AddFrame(filePath, duration);			}		}	}

void FileTabsExample::OnAllAlign(){	if (allalign) {		for (int i = 1; i < 4; i++)			AddFrame(bar[i]);	}	else {		for (int i = 0; i < 4; i++)			bar[i].Remove();					ClearFrames();		AddFrame(bar[0]);	}}

void DockBase::InitFrameWork(){	panesize = GetSize();	int cx = panesize.cx / 4;	int cy = panesize.cy / 3;		AddFrame(hide[0]);	AddFrame(hide[1]);	AddFrame(hide[2]);	AddFrame(hide[3]);	hide[0].SetLayout(DockCtrlCustomFrame::LAYOUT_LEFT);	hide[2].SetLayout(DockCtrlCustomFrame::LAYOUT_RIGHT);	hide[1].SetLayout(DockCtrlCustomFrame::LAYOUT_TOP);	hide[3].SetLayout(DockCtrlCustomFrame::LAYOUT_BOTTOM);		AddFrame(pane[0]);	AddFrame(pane[2]);	AddFrame(pane[1]);	AddFrame(pane[3]);		pane[0].SetLayout(this, PaneFrame::LEFT, cx);	pane[2].SetLayout(this, PaneFrame::RIGHT, cx);	pane[1].SetLayout(this, PaneFrame::TOP, cy);	pane[3].SetLayout(this, PaneFrame::BOTTOM, cy);}

void CMoveList::NewMove( const CBotMove& rMove, const CVector& vDelta ){	CMoveData*	pNewMoveData;	double		nRenderTime;	CVector		vTemp;	// Deal with the rendering time	nRenderTime = m_tLastSent.Elapsed();	m_tLastSent.SetCurrent();	m_nTotalTime += (float)nRenderTime;	m_nTotalMoves++;	// Prepare the new CMoveData object	pNewMoveData = new CMoveData;	rMove.PrepareMoveData( pNewMoveData, vDelta );	pNewMoveData->SetMilliseconds( (BYTE)(nRenderTime * 1000) );	AddFrame( pNewMoveData );	// If this CBotMove moves the bot, record with a CSentMove	if ( rMove.GetMove().Length() )	{		CSentMove*	pNewSentMove = new CSentMove( rMove );		pNewSentMove->SetDuration( nRenderTime );		pNewSentMove->Delta( vTemp );		m_vDeltaOrigin += vTemp;		m_lstSentMoves.AddTail( pNewSentMove );	}}

void IKTimelineModel::AddData(float time, float mix, bool isBlendPositive, Math::TweenType tweenType, const List<float>& args){	mMixes.Add(mix);	mBlendPositives.Add(isBlendPositive);	AddFrame(time, (uint)mMixes.Count() - 1, tweenType, args);}

Animation::Animation(){    max_width = 0.0f;    max_height = 0.0f;    error_frame = AddFrame(0,0,0,0,0,0, true);}

// Parse a 'TILE' chunk and any image bearing chunks that immediately follow.// 'tile_chunk_size' is the previously validated, padded chunk size.static ParseStatus ParseTile(WebPDemuxer* const dmux,                             uint32_t tile_chunk_size) {  const int has_tiles = !!(dmux->feature_flags_ & TILE_FLAG);  const uint32_t min_size = tile_chunk_size + CHUNK_HEADER_SIZE;  int added_tile = 0;  MemBuffer* const mem = &dmux->mem_;  Frame* frame;  ParseStatus status =      NewFrame(mem, min_size, TILE_CHUNK_SIZE, tile_chunk_size, &frame);  if (status != PARSE_OK) return status;  frame->is_tile_  = 1;  frame->x_offset_ = 2 * GetLE24s(mem);  frame->y_offset_ = 2 * GetLE24s(mem);  Skip(mem, tile_chunk_size - TILE_CHUNK_SIZE);  // skip any trailing data.  // Store a (potentially partial) tile only if the tile flag is set  // and the tile contains some data.  status = StoreFrame(dmux->num_frames_, mem, frame);  if (status != PARSE_ERROR && has_tiles && frame->frame_num_ > 0) {    // Note num_frames_ is incremented only when all tiles have been consumed.    added_tile = AddFrame(dmux, frame);    if (!added_tile) status = PARSE_ERROR;  }  if (!added_tile) free(frame);  return status;}

HelpViewer::HelpViewer(){	// adds toolbar	AddFrame(toolBar);		// setups splitter and its contents	Add(splitter);	splitter.Horz(tocPane, contentsPane).SetPos(2500);	contentsPane.AutoHideSb();	contentsPane.SetZoom(Zoom(1,1));	contentsPane.HMargins(20);		tocPane.Add(mainTocTree.NoRoot().SizePos());		// setup TOC link callback	mainTocTree.WhenSel = THISBACK(tocLinkCb);	contentsPane.WhenLink << THISBACK(contentLinkCb);	// initialize link stack	stack.Clear();	tos = -1;		Sizeable().Zoomable();	// loads toolbar	toolBar.Set(THISBACK(toolBarCb));}

void QModelRAW::Import(){	QFrame *pNewFrame = new QFrame(m_pEngine,1);	// Crea frame con espacio para 1 QMalla	QMesh  *pNewMesh  = new QMesh(1);	// Crea QMalla con espacio para una QPrimitiva		// Crea primitiva : QTriangleList basado en los datos leidos	QTriangleList *pNewTriangleList = new QTriangleList(m_pEngine,NumVertex,pVertexList, NumTriangles,pTriangleList,0,NULL); // Crea lista de triangulos		// A
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