// CDrawObj.cpp: implementation of the CDrawObj class. // ////////////////////////////////////////////////////////////////////// #include "stdafx.h" #include "BaseProDlg.h" #include "DynamicProPage.h" #include "computer.h" #include "bardlg.h" #include "curvedlg.h" #include "MainFrm.h" #include "IDEView.h" #include "datainputdlg.h" #include "CommondServer.h" #include "gradient.h" #include "BitmapPage.h" #include "datapage.h" #include "logicpage.h" #include "SingleBarPage.h" #include "ArcPage.h" #include "WatchPage.h" #include "ReportBasePage.h" #include "ReportColPage.h" #include "YkCmdDlg.h" #include "Dlg_OCX.h" #include "Dlg_Flash.h" #include "SysLib.h" #include "Dlg_Pwd.h" #include "DlgQueryWarningRec.h" #include "DlgSystemLog.h" #include "DlgNoticeRec.h" #include "DlgEditPwd.h" #include "DlgUserManager.h" #include "AnalogDlg.h" #include "SystemParaSetDlg.h" extern CMainFrame *g_pMainFrm; #pragma warning (disable : 4805) #define DIR_UP 0 #define DIR_DOWN 1 #define DIR_LEFT 2 #define DIR_RIGHT 3 #define PIE 3.1415926 // 表盘 #define HOURSCALE 65 #define MINUTESCALE 80 #define HHAND TRUE #define MHAND FALSE #define SECONDSCALE 80 #define MAXBLOBWIDTH 25 #define BUFLEN 30 #define REPAINT 0 #define HANDPAINT 1 #define UPDATE 0 #define REDRAW 1 #define OPEN_TLEN 450 #define ICON_TLEN 45000 #define CLKSCALE ((INT)8000) // END // 表盘 typedef struct { SHORT sin; SHORT cos; } TRIG; TRIG CirTab[] = { // circle sin, cos, table { -7999, -0 }, { -7956, -836 }, { -7825, -1663 }, { -7608, -2472 }, { -7308, -3253 }, { -6928, -4000 }, { -6472, -4702 }, { -5945, -5353 }, { -5353, -5945 }, { -4702, -6472 }, { -3999, -6928 }, { -3253, -7308 }, { -2472, -7608 }, { -1663, -7825 }, { -836 , -7956 }, { 0, -7999 }, { 836, -7956 }, { 1663, -7825 }, { 2472, -7608 }, { 3253, -7308 }, { 3999, -6928 }, { 4702, -6472 }, { 5353, -5945 }, { 5945, -5353 }, { 6472, -4702 }, { 6928, -4000 }, { 7308, -3253 }, { 7608, -2472 }, { 7825, -1663 }, { 7956, -836 }, { 8000, 0 }, { 7956, 836 }, { 7825, 1663 }, { 7608, 2472 }, { 7308, 3253 }, { 6928, 4000 }, { 6472, 4702 }, { 5945, 5353 }, { 5353, 5945 }, { 4702, 6472 }, { 3999, 6928 }, { 3253, 7308 }, { 2472, 7608 }, { 1663, 7825 }, { 836, 7956 }, { 0, 7999 }, { -836, 7956 }, { -1663, 7825 }, { -2472, 7608 }, { -3253, 7308 }, { -4000, 6928 }, { -4702, 6472 }, { -5353, 5945 }, { -5945, 5353 }, { -6472, 4702 }, { -6928, 3999 }, { -7308, 3253 }, { -7608, 2472 }, { -7825, 1663 }, { -7956, 836 } }; // End IMPLEMENT_SERIAL(CAction, CObject, 0) CAction::CAction():CObject() { m_nActionType = YK_COMMOND; m_strVariant = _T(""); m_strActionValue = _T(""); m_strPicPath = _T(""); } void CAction::Serialize(CArchive& ar) { CObject::Serialize(ar); if(ar.IsStoring()) { ar << m_nActionType; ar << m_strVariant; ar << m_strActionValue; ar << m_strPicPath; } else { ar >> m_nActionType; ar >> m_strVariant; ar >> m_strActionValue; ar >> m_strPicPath; } } CAction& CAction::operator=(CAction& action) { m_nActionType = action.m_nActionType; m_strVariant = action.m_strVariant; m_strActionValue = action.m_strActionValue; m_strPicPath = action.m_strPicPath; return *this; } CAction* CAction::Clone(void) { CAction* pAction = new CAction; *pAction = *this; pAction->m_nActionType = m_nActionType; pAction->m_strVariant = m_strVariant; pAction->m_strActionValue = m_strActionValue; pAction->m_strPicPath = m_strPicPath; return pAction; } //---------------------------------------------- CDrawObj --------- CStringArray CDrawObj::drawsName; CPtrArray CDrawObj::drawsRuntimeClass; BOOL CDrawObj::bRuning = FALSE; // 是否处于运行状态; IMPLEMENT_SERIAL(CDrawObj, CObject, 0) CDrawObj::CDrawObj():CObject() { m_pView = NULL; m_nLineWidth = 1; m_strLineType = "PS_SOLID"; m_clrFore = RGB(0, 0, 0); m_clrFill = RGB(0, 0, 255); m_clrLine = RGB(0, 0, 0); // 线色 m_clrBack = RGB(255, 0, 0); m_clrCurrentFore = RGB(0, 255, 0); m_clrCurrentBack = RGB(255, 0, 0); m_clrCurrentLine = RGB(0, 255, 255); m_bLocked = FALSE; m_strCaption = ""; m_logfont.lfHeight = -12; m_logfont.lfWidth = 0; m_logfont.lfEscapement = 0; m_logfont.lfOrientation = 0; m_logfont.lfWeight = FW_NORMAL; m_logfont.lfItalic = FALSE; m_logfont.lfUnderline = FALSE; m_logfont.lfStrikeOut = FALSE; if( strcmp(g_strLanguage, "ENG") == 0 ) { m_logfont.lfCharSet = GB2312_CHARSET; } else if( strcmp(g_strLanguage, "CHS") == 0 ) { m_logfont.lfCharSet = GB2312_CHARSET; } else if( strcmp(g_strLanguage, "CHT") == 0 ) { m_logfont.lfCharSet = CHINESEBIG5_CHARSET; } m_logfont.lfOutPrecision = OUT_STROKE_PRECIS; m_logfont.lfClipPrecision = CLIP_STROKE_PRECIS; m_logfont.lfQuality = DEFAULT_QUALITY;//DRAFT_QUALITY; m_logfont.lfPitchAndFamily = FIXED_PITCH|FF_MODERN; if( strcmp(g_strLanguage, "ENG") == 0 ) { strcpy(m_logfont.lfFaceName,g_strTimesNewRoman); } else if( strcmp(g_strLanguage, "CHS") == 0 ) { strcpy(m_logfont.lfFaceName,g_strTimesNewRoman); } else if( strcmp(g_strLanguage, "CHT") == 0 ) { strcpy(m_logfont.lfFaceName,g_strFontNameCHT); } m_bVertiSize = FALSE; m_bHorizSize = FALSE; m_bHorizPos = FALSE; m_bVertiPos = FALSE; m_bShow = TRUE; m_bShowtemp = TRUE; m_bDynShow = FALSE; m_nHorAlign = 0; m_nVerAlign = 0; m_clrDynBack = RGB(255, 0, 0); m_strDynBackCon = ""; m_clrDynLine = RGB(0, 255, 0); m_strDynLineCon = ""; m_fCurrentValue = 0.0; m_bDynFore = FALSE; m_bDynBack = FALSE; m_bDynLine = FALSE; m_bOnButtonDown = false; m_bOnButtonUp = false; m_bOnMove = false; m_nFillMode = 0; m_rctCurrent = m_rect; m_bHisFreshed = false; m_bModifyMore = FALSE; m_bFlag1=true; m_bFlag2=true; m_bFlag3=true; } void CDrawObj::RegisterClass(CString strName,CRuntimeClass* pRuntimeClass) { if (pRuntimeClass->IsDerivedFrom(RUNTIME_CLASS(CDrawObj))) { int nSize = drawsName.GetSize(); for (int i = 0; i < nSize; i++) { if ((strName == drawsName[i]) || (pRuntimeClass == drawsRuntimeClass[i])) { break; } } if (i == nSize) { drawsName.Add(strName); drawsRuntimeClass.Add(pRuntimeClass); } } } CDrawObj& CDrawObj::operator=(CDrawObj& drawObj) { m_rect = drawObj.m_rect; m_pView = drawObj.m_pView; m_strLineType = drawObj.m_strLineType; m_clrLine = drawObj.m_clrLine; m_clrFore = drawObj.m_clrFore; m_clrBack = drawObj.m_clrBack; m_clrLine = drawObj.m_clrLine; m_strCaption =drawObj.m_strCaption; m_logfont = drawObj.m_logfont; m_nLineWidth = drawObj.m_nLineWidth; m_bVariant = drawObj.m_bVariant; m_bDynShow = drawObj.m_bDynShow; m_strDynShow = drawObj.m_strDynShow; m_clrDynFore = drawObj.m_clrDynFore; m_strDynForeCon = drawObj.m_strDynForeCon; m_clrDynBack = drawObj.m_clrDynBack; m_strDynBackCon = drawObj.m_strDynBackCon; m_clrDynLine = drawObj.m_clrDynLine; m_strDynLineCon = drawObj.m_strDynLineCon; m_bDynFore = drawObj.m_bDynFore; m_bDynBack= drawObj.m_bDynBack; m_bDynLine= drawObj.m_bDynLine; m_strHoriPos = drawObj.m_strHoriPos; m_strHoriSize =drawObj.m_strHoriSize; m_strVertiPos =drawObj.m_strVertiPos; m_strVertiSize =drawObj.m_strVertiSize; m_bVertiSize= drawObj.m_bVertiSize; m_bVertiPos =drawObj.m_bVertiPos; m_bHorizSize =drawObj.m_bHorizSize; m_bHorizPos =drawObj.m_bHorizPos; m_downAction = drawObj.m_downAction; m_bOnButtonDown = drawObj.m_bOnButtonDown; return *this; } bool CDrawObj::Fresh(CRect &RECT) { // 取字符串; if ( m_bVariant ) { int nValue = (int)pVariantsManager->GetAnalogValue(m_strCaption); if( nValue == -1 ) return false; m_fCurrentValue = pVariantsManager->GetAnalogValue(m_strCaption); int tmp = (int)m_fCurrentValue; m_strCurrentCaption.Format("%d", tmp); } else { m_strCurrentCaption = m_strCaption; } m_rctCurrent = m_rect; // 计算当前大小 if (m_bVertiSize) { CRealComputer com; com.SetFormula(m_strVertiSize); int tmp = com.GetResult(); int height = m_rctCurrent.Height(); CRect rect = m_rctCurrent; rect.NormalizeRect(); if ( m_nVerAlign ) { if (rect.top != m_rctCurrent.top ) { m_rctCurrent.bottom -= tmp-height; } else { m_rctCurrent.top -= tmp-height; } } else { if (rect.top != m_rctCurrent.top ) { m_rctCurrent.top += tmp-height; } else { m_rctCurrent.bottom += tmp-height; } } } //if (m_bHorizSize) modify by chn 2012.02.06 //{ // CRealComputer com; // com.SetFormula(m_strHoriSize); // int tmp = com.GetResult(); // int width = m_rctCurrent.Width(); // CRect rect = m_rctCurrent; // rect.NormalizeRect(); // if ( m_nHorAlign ) // { // if (rect.right != m_rctCurrent.right ) // { // m_rctCurrent.right -= tmp-width; // } // else // { // m_rctCurrent.left -= tmp-width; // } // } // else // { // if (rect.right != m_rctCurrent.right ) // { // m_rctCurrent.left += tmp-width; // } // else // { // m_rctCurrent.right += tmp-width; // } // } //} // 计算当前位置 if (m_bVertiPos) { CRealComputer com; com.SetFormula(m_strVertiPos); int tmp = com.GetResult(); int yPos = ((CPoint)m_rctCurrent.TopLeft()).y; m_rctCurrent.OffsetRect(0, tmp - yPos); } if (m_bHorizPos) { CRealComputer com; com.SetFormula(m_strHoriPos); int tmp = com.GetResult(); int xPos = ((CPoint)m_rctCurrent.TopLeft()).x; m_rctCurrent.OffsetRect(tmp - xPos, 0); } m_clrCurrentFore = m_clrFore; m_clrCurrentBack = m_clrBack; m_clrCurrentLine = m_clrLine; // 计算当前的动态颜色； if (m_bDynFore==1) { CRealComputer com; com.SetFormula(m_strDynForeCon); int tmp = com.GetResult(); if (tmp) { if( !m_bHorizSize ) m_clrCurrentFore = m_clrDynFore; else { if( m_bFlag1 ) m_clrCurrentFore = m_clrDynFore; else { //m_clrCurrentBack = RGB( 230, 241, 249 ); //m_clrCurrentLine = RGB( 230, 241, 249 ); m_clrCurrentFore = RGB( 230, 241, 249 ); } m_bFlag1 = !m_bFlag1; } } } if (m_bDynBack==1) { CRealComputer com; com.SetFormula(m_strDynBackCon); int tmp = com.GetResult(); //if( -1 != m_strDynBackCon.Find("WTH10_1_Temp_1") ) //{ // int a=0; //} if (tmp) { if( !m_bHorizSize ) m_clrCurrentBack = m_clrDynBack; else { if( m_bFlag2 ) m_clrCurrentBack = m_clrDynBack; else { m_clrCurrentBack = RGB( 230, 241, 249 ); m_clrCurrentLine = RGB( 230, 241, 249 ); m_clrCurrentFore = RGB( 230, 241, 249 ); } m_bFlag2 = !m_bFlag2; } } } if (m_bDynLine==1) { CRealComputer com; com.SetFormula(m_strDynLineCon); int tmp = com.GetResult(); if (tmp) { if( !m_bHorizSize ) m_clrCurrentLine = m_clrDynLine; else { if( m_bFlag3 ) m_clrCurrentLine = m_clrDynLine; else { //m_clrCurrentBack = RGB( 230, 241, 249 ); m_clrCurrentLine = RGB( 230, 241, 249 ); //m_clrCurrentFore = RGB( 230, 241, 249 ); } m_bFlag3 = !m_bFlag3; } } } // 判断是否显示； //if( m_strDynShow!="" && m_bDynShow==0 ) LOG4C((LOG_NOTICE, "m_strDynShow=< %s >,m_bDynShow = %d",m_strDynShow,m_bDynShow)); if ( m_bDynShow==1) { CRealComputer com; com.SetFormula(m_strDynShow); m_bShow = (int)com.GetResult(); ////测试用 //if( -1 != m_strDynShow.Find("Caross_1_StartORShutStatus") ) //{ // if( m_bShow==0 ) // m_bShow = 1; // else // m_bShow = 0; //} //if( -1 != m_strDynShow.Find("Caross_2_StartORShutStatus") ) //{ // if( m_bShow==0 ) // m_bShow = 1; // else // m_bShow = 0; //} } RECT = m_rect; return true; } CDrawObj* CDrawObj::Clone(void) { CDrawObj *pObj = new CDrawObj; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strLineType = m_strLineType; pObj->m_clrLine = m_clrLine; pObj->m_clrFore = m_clrFore; pObj->m_clrBack = m_clrBack; pObj->m_clrLine = m_clrLine; pObj->m_strCaption = m_strCaption; pObj->m_logfont = m_logfont; pObj->m_nLineWidth =m_nLineWidth ; pObj->m_bVariant =m_bVariant ; pObj->m_bDynShow =m_bDynShow ; pObj->m_strDynShow =m_strDynShow ; pObj->m_clrDynFore =m_clrDynFore ; pObj->m_strDynForeCon =m_strDynForeCon ; pObj->m_clrDynBack =m_clrDynBack ; pObj->m_strDynBackCon =m_strDynBackCon ; pObj->m_clrDynLine =m_clrDynLine ; pObj->m_strDynLineCon =m_strDynLineCon ; pObj->m_bDynFore =m_bDynFore ; pObj->m_bDynBack =m_bDynBack ; pObj->m_bDynLine =m_bDynLine ; pObj->m_strHoriPos =m_strHoriPos ; pObj->m_strHoriSize =m_strHoriSize ; pObj->m_strVertiPos =m_strVertiPos ; pObj->m_strVertiSize =m_strVertiSize ; pObj->m_bVertiSize =m_bVertiSize ; pObj->m_bVertiPos = m_bVertiPos; pObj->m_bHorizSize = m_bHorizSize; pObj->m_bHorizPos = m_bHorizPos; pObj->m_downAction = m_downAction; pObj->m_upAction = m_upAction; pObj->m_moveAction = m_moveAction; pObj->m_bOnButtonUp = m_bOnButtonUp; pObj->m_bOnButtonDown = m_bOnButtonDown; pObj->m_bOnMove = m_bOnMove; return pObj; } void CDrawObj::Serialize(CArchive& ar) { CObject::Serialize(ar); if(ar.IsStoring()) { ar << m_rect; ar << m_clrFore; // 前景色 ar << m_clrLine; // 线色 ar << m_clrBack; // 背景色 ar << m_clrFill; // 填充色 ar << m_nLineWidth; ar << m_strLineType; ar << m_strCaption; ar << m_bVariant; ar << m_clrDynFore; ar << m_strDynForeCon; ar << m_bDynFore; ar << m_clrDynBack; ar << m_strDynBackCon; ar << m_clrDynLine; ar << m_strDynLineCon; ar << m_bDynBack; ar << m_bDynLine; ar << m_bDynShow; ar << m_strDynShow; //if( m_strDynShow!="" ) LOG4C((LOG_NOTICE, "m_strDynShow=< %s >,m_bDynShow = %d",m_strDynShow,m_bDynShow)); ar << m_strHoriPos; ar << m_strHoriSize; ar << m_strVertiPos; ar << m_strVertiSize; ar << m_bVertiSize; ar << m_bVertiPos; ar << m_bHorizSize; ar << m_bHorizPos; ar << m_bOnButtonUp; ar << m_bOnButtonDown; ar << m_bOnMove; ar << m_nHorAlign; ar << m_nVerAlign; ar << m_nFillMode; ar.Write(&m_logfont,sizeof(LOGFONT)); } else { ar >> m_rect; ar >> m_clrFore; // 前景色 ar >> m_clrLine; // 线色 ar >> m_clrBack; // 背景色 ar >> m_clrFill; // 填充色 ar >> m_nLineWidth; ar >> m_strLineType; ar >> m_strCaption; ar >> m_bVariant; ar >> m_clrDynFore; ar >> m_strDynForeCon; ar >> m_bDynFore; ar >> m_clrDynBack; ar >> m_strDynBackCon; ar >> m_clrDynLine; ar >> m_strDynLineCon; ar >> m_bDynBack; ar >> m_bDynLine; ar >> m_bDynShow; ar >> m_strDynShow; //if( m_strDynShow!="" ) LOG4C((LOG_NOTICE, "m_strDynShow=< %s >,m_bDynShow = %d",m_strDynShow,m_bDynShow)); ar >> m_strHoriPos; ar >> m_strHoriSize; ar >> m_strVertiPos; ar >> m_strVertiSize; ar >> m_bVertiSize; ar >> m_bVertiPos; ar >> m_bHorizSize; ar >> m_bHorizPos; ar >> m_bOnButtonUp; ar >> m_bOnButtonDown; ar >> m_bOnMove; ar >> m_nHorAlign; ar >> m_nVerAlign; ar >> m_nFillMode; ar.Read(&m_logfont,sizeof(LOGFONT)); m_rctCurrent = m_rect; } m_downAction.Serialize(ar); m_upAction.Serialize(ar); m_moveAction.Serialize(ar); m_clrCurrentLine = m_clrLine; m_clrCurrentFore = m_clrFore; m_clrCurrentBack = m_clrBack; } BOOL CDrawObj::OnAttrib(void) { CPropertySheet sheet; CBaseProDlg pageBase; pageBase.m_clrBack = m_clrBack; pageBase.m_clrFore = m_clrFore; pageBase.m_clrLine = m_clrLine; pageBase.m_clrFill = m_clrFill; pageBase.m_logfont = m_logfont; pageBase.m_strCaption =m_strCaption; pageBase.m_strLineWidth.Format("%d", m_nLineWidth); pageBase.m_strLineType = m_strLineType; pageBase.m_bDynShow = m_bDynShow; pageBase.m_strShowCondition = m_strDynShow; pageBase.m_bVariant = m_bVariant; pageBase.m_nFillMode = m_nFillMode; sheet.AddPage(&pageBase); // 编辑多个 if( m_bModifyMore ) { //CDataPage page; //page.m_nFormat = 1; //sheet.AddPage(&page); pageBase.m_bMoreEdit = true; sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_clrBack = pageBase.m_clrBack; m_clrFore = pageBase.m_clrFore; m_clrLine = pageBase.m_clrLine; m_clrFill = pageBase.m_clrFill; m_logfont = pageBase.m_logfont; m_nLineWidth = atoi(pageBase.m_strLineWidth); m_strLineType = pageBase.m_strLineType; m_nFillMode = pageBase.m_nFillMode; for (int i=0; i<(int)pageBase.m_vtbitmapList.size(); i++) { delete pageBase.m_vtbitmapList[i]; } return TRUE; } for (int i=0; i<(int)pageBase.m_vtbitmapList.size(); i++) { delete pageBase.m_vtbitmapList[i]; } return FALSE; } CDynamicProPage pageDynamic; pageDynamic.m_clrForeColor = m_clrDynFore; pageDynamic.m_strForeColorCondition = m_strDynForeCon; pageDynamic.m_bForeColor = m_bDynFore; pageDynamic.m_strHoriPos = m_strHoriPos; pageDynamic.m_strHoriSize = m_strHoriSize; pageDynamic.m_strVertiPos = m_strVertiPos; pageDynamic.m_strVertiSize = m_strVertiSize; pageDynamic.m_bVertiSize = m_bVertiSize; pageDynamic.m_bVertiPos = m_bVertiPos; pageDynamic.m_bHorizSize = m_bHorizSize; pageDynamic.m_bHorizPos = m_bHorizPos; pageDynamic.m_bBackColor = m_bDynBack; pageDynamic.m_bLineColor = m_bDynLine; pageDynamic.m_clrBackColor = m_clrDynBack; pageDynamic.m_clrLineColor = m_clrDynLine; pageDynamic.m_strBackColorCondition = m_strDynBackCon; pageDynamic.m_strFLineColorCondition = m_strDynLineCon; pageDynamic.m_downAction = m_downAction; pageDynamic.m_upAction = m_upAction; pageDynamic.m_moveAction =m_moveAction; pageDynamic.m_bOnButtonUp = m_bOnButtonUp; pageDynamic.m_bOnButtonDown = m_bOnButtonDown; //pageDynamic.m_bOnMove = m_bOnMove; pageDynamic.m_nHorAlign = m_nHorAlign; pageDynamic.m_nVerAlign = m_nVerAlign; sheet.AddPage(&pageDynamic); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( OnAttrib(sheet) ) { m_clrBack = pageBase.m_clrBack; m_clrFore = pageBase.m_clrFore; m_clrLine = pageBase.m_clrLine; m_clrFill = pageBase.m_clrFill; m_logfont = pageBase.m_logfont; m_strCaption = pageBase.m_strCaption; m_nLineWidth = atoi(pageBase.m_strLineWidth); m_strLineType = pageBase.m_strLineType; m_bDynShow = pageBase.m_bDynShow; m_strDynShow = pageBase.m_strShowCondition; m_bVariant = pageBase.m_bVariant; m_nFillMode = pageBase.m_nFillMode; m_clrDynFore = pageDynamic.m_clrForeColor; m_strDynForeCon = pageDynamic.m_strForeColorCondition; m_bDynBack = pageDynamic.m_bBackColor; m_bDynLine = pageDynamic.m_bLineColor; m_clrDynBack = pageDynamic.m_clrBackColor; m_clrDynLine = pageDynamic.m_clrLineColor; m_strDynBackCon = pageDynamic.m_strBackColorCondition; m_strDynLineCon = pageDynamic.m_strFLineColorCondition; m_bDynFore = pageDynamic.m_bForeColor; m_strHoriPos = pageDynamic.m_strHoriPos; m_strHoriSize = pageDynamic.m_strHoriSize; m_strVertiPos = pageDynamic.m_strVertiPos; m_strVertiSize = pageDynamic.m_strVertiSize; m_bVertiSize = pageDynamic.m_bVertiSize; m_bVertiPos = pageDynamic.m_bVertiPos; m_bHorizSize = pageDynamic.m_bHorizSize; m_bHorizPos = pageDynamic.m_bHorizPos; m_downAction = pageDynamic.m_downAction; m_upAction = pageDynamic.m_upAction; m_moveAction = pageDynamic.m_moveAction; m_bOnButtonUp = pageDynamic.m_bOnButtonUp; m_bOnButtonDown = pageDynamic.m_bOnButtonDown; //m_bOnMove = pageDynamic.m_bOnMove; m_nHorAlign = pageDynamic.m_nHorAlign; m_nVerAlign = pageDynamic.m_nVerAlign; for (int i=0; i<(int)pageBase.m_vtbitmapList.size(); i++) { //m_vtbitmapList.pop_back(); delete pageBase.m_vtbitmapList[i]; } Invalidate(); return TRUE; } for (int i=0; i<(int)pageBase.m_vtbitmapList.size(); i++) { //m_vtbitmapList.pop_back(); delete pageBase.m_vtbitmapList[i]; } return FALSE; } BOOL CDrawObj::OnAttrib(CPropertySheet& sheet) { CString strName; int nSize = drawsRuntimeClass.GetSize(); for(int i=0;iSetTextColor(clrFore); pDC->SetTextAlign(TA_CENTER|TA_TOP); CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); int height = abs(m_logfont.lfHeight); rect.NormalizeRect(); int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; if(rect.Width()>=rect.Height()) { pDC->TextOut(nX0, nY0-height/2, m_strCaption); } else { int xt = nX0; int yt = nY0; int Length = m_strCaption.GetLength(); const char *p = (const char*)m_strCaption; int ystart = yt; for(int i=0;iTextOut(xt,ystart,p+i,2); i++; } else pDC->TextOut(xt,ystart,p+i,1); ystart += height; } } pDC->SelectObject(pOldFont); DeleteObject( font ); } void CDrawObj::Layout(BYTE Sharp,LAYOUTSTRUCT* pLayout) { ASSERT(Sharp>0); pLayout->rect = m_rect; pLayout->rect.NormalizeRect(); pLayout->nX1 = pLayout->rect.left; pLayout->nX2 = pLayout->rect.right; pLayout->nY1 = pLayout->rect.top; pLayout->nY2 = pLayout->rect.bottom; pLayout->nXX = pLayout->nX2 - pLayout->nX1; pLayout->nYY = pLayout->nY2 - pLayout->nY1; pLayout->nX0 = (pLayout->nX1+pLayout->nX2) / 2; pLayout->nY0 = (pLayout->nY1+pLayout->nY2) / 2; pLayout->bXInvert = m_rect.left > m_rect.right; pLayout->bYInvert = m_rect.top > m_rect.bottom; if(pLayout->nXX >= pLayout->nYY) { pLayout->bHoriz = TRUE; pLayout->nMinSize = min(pLayout->nXX/Sharp, pLayout->nYY); } else { pLayout->bHoriz = FALSE; pLayout->nMinSize = min(pLayout->nXX, pLayout->nYY/Sharp); } } int CDrawObj::GetHandleCount(void) { return 8; } CPoint CDrawObj::GetHandle(int nHandle) { int x, y, xCenter, yCenter; xCenter = m_rect.left + m_rect.Width() / 2; yCenter = m_rect.top + m_rect.Height() / 2; switch (nHandle) { case 1: x = m_rect.left; y = m_rect.top; break; case 2: x = xCenter; y = m_rect.top; break; case 3: x = m_rect.right; y = m_rect.top; break; case 4: x = m_rect.right; y = yCenter; break; case 5: x = m_rect.right; y = m_rect.bottom; break; case 6: x = xCenter; y = m_rect.bottom; break; case 7: x = m_rect.left; y = m_rect.bottom; break; case 8: x = m_rect.left; y = yCenter; break; } return CPoint(x, y); } CRect CDrawObj::GetHandleRect(int nHandle) { CRect rect; CPoint point = GetHandle(nHandle); rect.SetRect(point.x-3, point.y-3, point.x+3, point.y+3); return rect; } HCURSOR CDrawObj::GetHandleCursor() { return AfxGetApp()->LoadCursor (IDC_CURSOR2); } void CDrawObj::MoveTo(CRect rect) { if(rect==m_rect) return; Invalidate(); m_rect = rect; Invalidate(); } void CDrawObj::MoveHandleTo(int nHandle, CPoint point) { CRect rect = m_rect; switch (nHandle) { case 1: rect.left = point.x; rect.top = point.y; break; case 2: rect.top = point.y; break; case 3: rect.right = point.x; rect.top = point.y; break; case 4: rect.right = point.x; break; case 5: rect.right = point.x; rect.bottom = point.y; break; case 6: rect.bottom = point.y; break; case 7: rect.left = point.x; rect.bottom = point.y; break; case 8: rect.left = point.x; break; } MoveTo(rect); } void CDrawObj::DrawTracker(CDC* pDC) { int nHandleCount = GetHandleCount(); for (int nHandle = 1; nHandle <= nHandleCount; nHandle ++) { CPoint handle = GetHandle(nHandle); pDC->PatBlt(handle.x - 3, handle.y - 3, 7, 7, DSTINVERT); } } int CDrawObj::HitTest(CPoint point) { int nHandleCount = GetHandleCount(); for (int nHandle = 1; nHandle <= nHandleCount; nHandle ++) { CRect rc = GetHandleRect(nHandle); if(rc.PtInRect(point)) return nHandle; } return 0; } BOOL CDrawObj::Intersects(CRect rect) { CRect fixed = m_rect; fixed.NormalizeRect(); CRect rectT = rect; rectT.NormalizeRect(); return !(rectT & fixed).IsRectEmpty(); } void CDrawObj::Invalidate(void) { CRect rect = m_rect; rect.NormalizeRect(); rect.InflateRect(5,5,5,5); CClientDC dc(m_pView); m_pView->OnPrepareDC(&dc); dc.LPtoDP(&rect); m_pView->InvalidateRect(rect,FALSE); } int CDrawObj::GetPenStyle(CString penType) { if (penType == "PS_SOLID") { return PS_SOLID; } else if (penType == "PS_DASH") { return PS_DASH; } else if (penType == "PS_DOT") { return PS_DOT; } else if (penType == "PS_DASHDOT") { return PS_DASHDOT; } else if (penType == "PS_DASHDOTDOT") { return PS_DASHDOTDOT; } else if (penType == "PS_NULL") { return PS_NULL; } return PS_SOLID; } // 控制类型： // 遥控：控分；控合；取反 // 遥设：设定；固定；动态输入 // 增减；固定；动态 void CDrawObj::ProcessAction(int type) { CAction action; switch (type) { case MOUSE_CLICK_DOWN: action = m_downAction; break; case MOUSE_CLICK_UP: action = m_upAction; break; case MOUSE_MOVE: action = m_moveAction; break; }; // exit if (action.m_nActionType == EXIT_COMMOND) { CMainFrame *pFrame=(CMainFrame*)AfxGetApp()->m_pMainWnd; pFrame->OnSuperEnd(); return; } // link else if (action.m_nActionType == LINK_COMMOND) { char picDir[_MAX_PATH] = {0}; strcpy(picDir, g_strDirectory); strcat(picDir, "\\"); strcat(picDir, _PICTUREDIR); strcat(picDir, action.m_strVariant); strcat(picDir, ".view"); //CString str; //str = action.m_strPicPath + ".view"; CMainFrame *pFrame=(CMainFrame*)AfxGetApp()->m_pMainWnd; pFrame->AddIDEView(action.m_strVariant, picDir); return; } // extern link else if( action.m_nActionType == EXTERN_COMMOND ) { ShellExecute(0, "open", action.m_strActionValue, NULL, NULL, SW_SHOWNORMAL); } // 测试报警 else if( action.m_nActionType == TEST_ALARM ) { pDevicesManager->TestAlarm( "64320" ); } // 报警记录 else if( action.m_nActionType == ALARM_RECORD ) { CDlgQueryWarningRec dlg; if( dlg.DoModal() == IDOK ) { } } // 通知记录 else if( action.m_nActionType == NOTICE_RECORD ) { CDlgNoticeRec dlg; dlg.DoModal(); } // 设备日志 else if( action.m_nActionType == DEVICE_LOG ) { CString strFileName; //strFileName.Format("%s\\Query.exe", g_strDirectory); //ShellExecute(0, "open", strFileName, NULL, NULL, SW_SHOWNORMAL); } // 系统日志 else if( action.m_nActionType == SYSTEM_LOG ) { CDlgSystemLog dlg; dlg.DoModal(); } // 变量管理 else if( action.m_nActionType == VAR_MANAGE ) { CAnalogDlg dlg; dlg.DoModal(); } // 用户管理 else if( action.m_nActionType == USER_MANAGE ) { CDlgUserManager dlg; if( dlg.DoModal() == IDOK ) { } } // 修改密码 else if( action.m_nActionType == PWD_MANAGE ) { CDlgEditPwd dlg; if( dlg.DoModal() == IDOK ) { CString sContent; sContent.Format("%s%s",g_strEdit,g_strPwd ); CDBInterface::GetInstancePtr()->InsertLogRecord( LOG_PWD_EDIT,0,"",(char *)(LPCTSTR)sContent ); } } // 首页设置 else if( action.m_nActionType == FIRST_PAGE ) { CSystemParaSetDlg dlg; dlg.m_bStartRun = g_bStartRun; dlg.m_bAlarmVoice = g_bAlarmVoice; dlg.m_bEventAlarm = g_bEventAlarm; dlg.m_bHideTask = g_bHideTask; dlg.m_strStartPic = g_strStartPic; dlg.m_strStartPath = g_strStartPath; if ( dlg.DoModal() == IDOK ) { #if 0 //程序退出之前不改变状态 g_bStartRun = dlg.m_bStartRun; #endif //int nPos = dlg.m_strStartPath.Find("\\\\"); //if( nPos!=-1 ) //{ // dlg.m_strStartPath.Delete( nPos ); //} // //int nLen = dlg.m_strStartPath.GetLength(); //nPos = dlg.m_strStartPath.Find("view"); //CString sTemp; //if( nPosStoreRunPara(dlg.m_bStartRun); } } // 导航树 else if( action.m_nActionType == NAVIGATION_TREE ) { g_pMainFrm->m_hleftDockBar.ShowWindow(SW_SHOW); SendMessage( g_pMainFrm->m_hleftDockBar,WM_MY_INVALIDATE,0,0 ); } // set yt SET_COMMOND为设置 YT_COMMOND为调节 if ((action.m_nActionType == SET_COMMOND) || (action.m_nActionType == YT_COMMOND)) { if( g_bHaveControlPwd ) { CDlg_Pwd Dlg_Pwd; Dlg_Pwd.m_nShowType = 1; if( Dlg_Pwd.DoModal()!=IDOK ) return; } if (m_downAction.m_strActionValue == "") { CDataInputDlg dlg; dlg.m_strVarName = action.m_strVariant; if ( dlg.DoModal() == IDOK ) { action.m_strActionValue = dlg.m_strData; } else { return; } } else { MessageBox( NULL,"命令已经发送","提示",MB_OK ); } } // yk 控制 if (action.m_nActionType == YK_COMMOND) { if( g_bHaveControlPwd ) { CDlg_Pwd Dlg_Pwd; Dlg_Pwd.m_nShowType = 1; if( Dlg_Pwd.DoModal()!=IDOK ) return; } CYkCmdDlg dlg; if( m_downAction.m_strActionValue == "" ) dlg.m_strValue = "1-0"; else dlg.m_strValue = m_downAction.m_strActionValue; if (dlg.DoModal() == IDOK) { action.m_strActionValue = dlg.m_strValue; } else { return; } } CCommondServer server; server.PushCommondToDevice(&action); } void CDrawObj::DrawFrame(CDC *pDC) { CRect rect = m_rect; rect.NormalizeRect(); CRect rectLeft = CRect(rect.left-4, rect.top-4, rect.left, rect.bottom); CRect rectBottom = CRect(rect.left-4, rect.bottom, rect.right, rect.bottom+4); CRect rectRight = CRect(rect.right, rect.top, rect.right+4, rect.bottom+4); CRect rectTop = CRect(rect.left, rect.top-4, rect.right+4, rect.top); pDC->FillSolidRect(rectLeft, RGB(0,0,255)); pDC->FillSolidRect(rectBottom, RGB(0,0,255)); pDC->FillSolidRect(rectRight, RGB(0,0,255)); pDC->FillSolidRect(rectTop, RGB(0,0,255)); } void CDrawObj::DrawVKedu(CDC* pDC, CRect rect, int nKedu, COLORREF clrKedu) { CPen pen(PS_SOLID,1,clrKedu); CPen *pOldPen = pDC->SelectObject(&pen); pDC->MoveTo(rect.TopLeft()); pDC->LineTo(rect.left, rect.bottom); //for(int i=0;i<=nKedu;i++) //{ // int nY = rect.top + i*(rect.Height()*1.0/nKedu); // if (i == nKedu ) // nY = rect.bottom; // pDC->MoveTo(rect.left, nY); // pDC->LineTo(rect.right, nY); //} pDC->SelectObject(pOldPen); DeleteObject( pen ); } void CDrawObj::DrawHKedu(CDC* pDC, CRect rect, int nKedu, COLORREF clrKedu) { CPen pen(PS_SOLID,1,clrKedu); CPen *pOldPen = pDC->SelectObject(&pen); pDC->MoveTo(rect.right, rect.bottom); pDC->LineTo(rect.left, rect.bottom); for(int i=0;i<=nKedu;i++) { int nX = rect.left + i*(rect.Width()*1.0/nKedu); pDC->MoveTo(nX, rect.top); pDC->LineTo(nX, rect.bottom); } pDC->SelectObject(pOldPen); DeleteObject( pen ); } void CDrawObj::DrawArcKedu(CDC* pDC, CRect rect, int nStartAngle, int nEndAngle, int nKedu, COLORREF clrKedu) { CPen pen(PS_SOLID,1,clrKedu); CPen *pOldPen = pDC->SelectObject(&pen); pDC->SelectObject(pOldPen); DeleteObject( pen ); } LOGBRUSH CDrawObj::GetBrush() { LOGBRUSH brushlog; brushlog.lbColor = m_clrCurrentBack; if ( m_nFillMode == 0 ) brushlog.lbStyle = BS_NULL; else if ( m_nFillMode == 1 ) brushlog.lbStyle = BS_SOLID; else if ( m_nFillMode < 8 ) { brushlog.lbStyle = BS_HATCHED; brushlog.lbHatch = m_nFillMode - 2; } else brushlog.lbStyle = BS_SOLID; return brushlog; } //---------------------------------------------- CDrawComposite --- IMPLEMENT_SERIAL(CDrawComposite, CDrawObj, 0) CDrawComposite::CDrawComposite():CDrawObj() { } CDrawComposite::CDrawComposite(CDrawObjList &ObjList):CDrawObj() { m_ObjList.RemoveAll(); POSITION pos = ObjList.GetHeadPosition(); bool bFirst = true; while(pos != NULL) { CDrawObj *pObj = ObjList.GetNext(pos); CDrawObj *pNewObj = pObj->Clone(); m_ObjList.AddTail(pNewObj); if (bFirst) { m_rect = pNewObj->m_rect; bFirst = false; } else { int nLeft = min(m_rect.left, pNewObj->m_rect.left); int nTop = min(m_rect.top, pNewObj->m_rect.top); int nBottom = max(m_rect.bottom, pNewObj->m_rect.bottom); int nRight = max(m_rect.right, pNewObj->m_rect.right); m_rect = CRect(nLeft, nTop, nRight, nBottom); } } pos = m_ObjList.GetHeadPosition(); while(pos != NULL) { CDrawObj *pObj = m_ObjList.GetNext(pos); pObj->m_dbLeftRate = (pObj->m_rect.left - m_rect.left)*1.0/m_rect.Width(); pObj->m_dbRightRate = (pObj->m_rect.right - m_rect.left)*1.0/m_rect.Width(); pObj->m_dbTopRate = (pObj->m_rect.top - m_rect.top)*1.0/m_rect.Height(); pObj->m_dbBottomRate = (pObj->m_rect.bottom - m_rect.top)*1.0/m_rect.Height(); } } CDrawComposite::~CDrawComposite() { POSITION pos = m_ObjList.GetHeadPosition(); while(pos!=NULL) delete m_ObjList.GetNext(pos); m_ObjList.RemoveAll(); } CDrawComposite& CDrawComposite::operator=(CDrawComposite& drawObj) { CDrawComposite* pComposite = new CDrawComposite(); return *pComposite; } CDrawObj* CDrawComposite::Clone(void) { CDrawComposite* pComposite = new CDrawComposite(); *((CDrawObj*)pComposite) = *(CDrawObj*)this; pComposite->m_ObjList.RemoveAll(); POSITION pos = m_ObjList.GetHeadPosition(); bool bFirst = true; while(pos != NULL) { CDrawObj *pObj = m_ObjList.GetNext(pos); CDrawObj *pNewObj = pObj->Clone(); pComposite->m_ObjList.AddTail(pNewObj); if (bFirst) { pComposite->m_rect = pNewObj->m_rect; bFirst = false; } else { int nLeft = min(pComposite->m_rect.left, pNewObj->m_rect.left); int nTop = min(pComposite->m_rect.top, pNewObj->m_rect.top); int nBottom = max(pComposite->m_rect.bottom, pNewObj->m_rect.bottom); int nRight = max(pComposite->m_rect.right, pNewObj->m_rect.right); pComposite->m_rect = CRect(nLeft, nTop, nRight, nBottom); } } pos = pComposite->m_ObjList.GetHeadPosition(); while(pos != NULL) { CDrawObj *pObj = pComposite->m_ObjList.GetNext(pos); pObj->m_dbLeftRate = (pObj->m_rect.left - pComposite->m_rect.left)*1.0/pComposite->m_rect.Width(); pObj->m_dbRightRate = (pObj->m_rect.right - pComposite->m_rect.left)*1.0/pComposite->m_rect.Width(); pObj->m_dbTopRate = (pObj->m_rect.top - pComposite->m_rect.top)*1.0/pComposite->m_rect.Height(); pObj->m_dbBottomRate = (pObj->m_rect.bottom - pComposite->m_rect.top)*1.0/pComposite->m_rect.Height(); } return pComposite; } void CDrawComposite::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); m_ObjList.Serialize(ar); POSITION pos = m_ObjList.GetHeadPosition(); while(pos != NULL) { CDrawObj *pObj = m_ObjList.GetNext(pos); pObj->m_dbLeftRate = (pObj->m_rect.left - m_rect.left)*1.0/m_rect.Width(); pObj->m_dbRightRate = (pObj->m_rect.right - m_rect.left)*1.0/m_rect.Width(); pObj->m_dbTopRate = (pObj->m_rect.top - m_rect.top)*1.0/m_rect.Height(); pObj->m_dbBottomRate = (pObj->m_rect.bottom - m_rect.top)*1.0/m_rect.Height(); } } void CDrawComposite::Draw(CDC* pDC) { POSITION pos = m_ObjList.GetHeadPosition(); while(pos!=NULL) { CDrawObj* pObj = m_ObjList.GetNext(pos); CRect rect = pObj->m_rect; rect.NormalizeRect(); rect.InflateRect(5,5,5,5); if (rect.IntersectRect(&rect,&m_rect)) { pObj->Draw(pDC); } } } void CDrawComposite::MoveTo(CRect rect) { if (rect == m_rect) { return; } POSITION pos = m_ObjList.GetHeadPosition(); while (pos != NULL) { CDrawObj* pObj = m_ObjList.GetNext(pos); pObj->m_rect.left = rect.left + pObj->m_dbLeftRate*rect.Width(); pObj->m_rect.right = rect.left + pObj->m_dbRightRate*rect.Width(); pObj->m_rect.top = rect.top + pObj->m_dbTopRate * rect.Height(); pObj->m_rect.bottom = rect.top + pObj->m_dbBottomRate * rect.Height(); } m_rect = rect; Invalidate(); } ////////////////////////////////////////////////////////////////////////// //---------------------------------------------- CDrawTLine -------- IMPLEMENT_SERIAL(CDrawTLine, CDrawObj, 0) CDrawTLine::CDrawTLine():CDrawObj() { } CDrawObj* CDrawTLine::Clone(void) { CDrawTLine *pObj = new CDrawTLine; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawTLine::Draw(CDC* pDC) { COLORREF clrLine = m_clrLine; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; rect = m_rctCurrent; } CPen pen(GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); rect.NormalizeRect(); if(rect.Width()>=rect.Height()) { int nY0 = (rect.top+rect.bottom) / 2; pDC->MoveTo(rect.left,nY0); pDC->LineTo(rect.right,nY0); } else { int nX0 = (rect.left+rect.right) / 2; pDC->MoveTo(nX0,rect.top); pDC->LineTo(nX0,rect.bottom); } pDC->SelectObject(pOldPen); DeleteObject( pen ); } ////////////////////////////////////////////////////////////////////////// //---------------------------------------------- CDrawLine -------- IMPLEMENT_SERIAL(CDrawLine, CDrawObj, 0) CDrawLine::CDrawLine():CDrawObj() { } CDrawObj* CDrawLine::Clone(void) { CDrawLine *pObj = new CDrawLine; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawLine::Draw(CDC* pDC) { COLORREF clrLine = m_clrLine; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; rect = m_rctCurrent; } CPen pen(GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); pDC->MoveTo(rect.left, rect.top); pDC->LineTo(rect.right, rect.bottom); pDC->SelectObject(pOldPen); DeleteObject( pen ); } ////////////////////////////////////////////////////////////////////////// //---------------------------------------------- CDrawText -------- IMPLEMENT_SERIAL(CDrawText, CDrawObj, 0) CDrawText::CDrawText():CDrawObj() { m_strCaption = g_strCharacter; m_clrFore = RGB(0, 0, 0); } CDrawObj* CDrawText::Clone(void) { CDrawText *pObj = new CDrawText; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } bool CDrawText::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); //Invalidate( ); RECT = m_rect; return true; } void CDrawText::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; if(!pDC->IsPrinting()) { CRect rectRgn = m_rctCurrent; if (!bRuning) rectRgn = m_rect; rectRgn.NormalizeRect(); pDC->LPtoDP(&rectRgn); CRgn rgn; rgn.CreateRectRgnIndirect(&rectRgn); pDC->SelectClipRgn(&rgn); DrawText(pDC); pDC->SelectClipRgn(NULL); DeleteObject( rgn ); } else DrawText(pDC); } void CDrawText::DrawText(CDC* pDC) { COLORREF clrFore = m_clrFore; CRect rect = m_rect; if ( bRuning ) { clrFore = m_clrCurrentFore; rect = m_rctCurrent; } pDC->SetTextColor(clrFore); pDC->SetTextAlign(TA_LEFT|TA_TOP); CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); int height = abs(m_logfont.lfHeight); rect.NormalizeRect(); //int nX0 = (rect.left+rect.right) / 2; //int nY0 = (rect.top+rect.bottom) / 2; //if(rect.Width()>=rect.Height()) //{ // int yt = nY0; // int Length = m_strCaption.GetLength(); // const char *p = (const char*)m_strCaption; // int ystart = yt; // for(int i=0;iTextOut(rect.left, ystart, m_strCaption); //} //else //{ // int xt = nX0; // int yt = nY0; // int Length = m_strCaption.GetLength(); // const char *p = (const char*)m_strCaption; // int ystart = yt; // for(int i=0;iTextOut(xt,ystart,p+i,2); // i++; // } // else pDC->TextOut(xt,ystart,p+i,1); // ystart += height; // } //} //pDC->SelectObject(pOldFont); //DeleteObject( font ); int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; CSize sizeText = pDC->GetTextExtent(m_strCaption); int nInterval = sizeText.cy / 2; int nYText = nY0 - nInterval + 1; int nXText; //pDC->SetTextAlign(TA_CENTER|TA_TOP); nXText = rect.left; //pDC->SetTextColor(txtColor); pDC->TextOut(nXText,nYText,m_strCaption); pDC->SelectObject(pOldFont); DeleteObject( font ); } ////////////////////////////////////////////////////////////////////////// //---------------------------------------------- CDrawRect -------- IMPLEMENT_SERIAL(CDrawRect, CDrawObj, 0) CDrawRect::CDrawRect():CDrawObj() { } CDrawObj* CDrawRect::Clone(void) { CDrawRect *pObj = new CDrawRect; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strLineType = m_strLineType; pObj->m_clrLine = m_clrLine; return pObj; } void CDrawRect::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrCurrentLine; CRect rect = m_rctCurrent; if ( !bRuning ) { clrLine = m_clrLine; rect = m_rect; } CPen pen(GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); if ( m_nFillMode < 8 ) { pDC->Rectangle(rect); } else // 渐变填充 { CGradient gradient; CRect tmp = rect; switch ( m_nFillMode ) { case 8: gradient.HorizontalGradient(pDC, rect, m_clrFill, m_clrBack); break; case 9: gradient.HorizontalGradient(pDC, rect, m_clrBack, m_clrFill); break; case 10: tmp.NormalizeRect(); tmp.right = (tmp.left+tmp.right)/2+1; gradient.HorizontalGradient(pDC, tmp, m_clrFill, m_clrBack); tmp = rect; tmp.NormalizeRect(); tmp.left = (tmp.left+tmp.right)/2-1; gradient.HorizontalGradient(pDC, tmp, m_clrBack, m_clrFill); break; case 11: gradient.VerticalGradient(pDC, rect, m_clrFill, m_clrBack); break; case 12: gradient.VerticalGradient(pDC, rect, m_clrBack, m_clrFill); break; case 13: tmp.NormalizeRect(); tmp.top = (tmp.top+tmp.bottom)/2-1; gradient.VerticalGradient(pDC, tmp, m_clrBack, m_clrFill); tmp = rect; tmp.NormalizeRect(); tmp.bottom = (tmp.top+tmp.bottom)/2+1; gradient.VerticalGradient(pDC, tmp, m_clrFill, m_clrBack); break; } } pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DeleteObject( pen ); DeleteObject( m_brush ); } //---------------------------------------------- CDrawRoundRect -------- IMPLEMENT_SERIAL(CDrawRoundRect, CDrawObj, 0) CDrawRoundRect::CDrawRoundRect():CDrawObj() { } CDrawObj* CDrawRoundRect::Clone(void) { CDrawRoundRect *pObj = new CDrawRoundRect; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strLineType = m_strLineType; pObj->m_clrLine = m_clrLine; return pObj; } void CDrawRoundRect::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrCurrentLine; CRect rect = m_rctCurrent; if ( !bRuning ) { clrLine = m_clrLine; rect = m_rect; } CPen pen(GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); CPoint pt; pt.x = 20; pt.y = 20; pDC->RoundRect(rect, pt); pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DeleteObject( pen ); DeleteObject( m_brush ); } ////////////////////////////////////////////////////////////////////////// //---------------------------------------------- CDrawOval -------- IMPLEMENT_SERIAL(CDrawOval, CDrawObj, 0) CDrawOval::CDrawOval():CDrawObj() { } CDrawObj* CDrawOval::Clone(void) { CDrawOval *pObj = new CDrawOval; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawOval::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); pDC->Ellipse(rect); pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DeleteObject( pen ); DeleteObject( m_brush ); } //---------------------------------------------- CDrawPie -------- IMPLEMENT_SERIAL(CDrawPie, CDrawObj, 0) CDrawPie::CDrawPie():CDrawObj() { m_nStartAngle = 0; m_nSweepAngle = 90; } CDrawObj* CDrawPie::Clone(void) { CDrawPie *pObj = new CDrawPie; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawPie::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); rect.NormalizeRect(); // 根据角度计算两个点； CPoint s = CPoint(rect.right, (rect.top + rect.bottom)/2); CRgn rgn; rgn.CreateEllipticRgnIndirect( rect ); int bLeft = (m_nSweepAngle>90 && m_nSweepAngle<270) ? -1:1; CPoint e; bool bIn = true; for ( int i =0; iPie(&rect, s, e); pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DeleteObject( pen ); DeleteObject( m_brush ); DeleteObject( rgn ); } BOOL CDrawPie::OnAttrib(CPropertySheet& sheet) { CArcPage page; page.m_nStartAngle = m_nStartAngle; page.m_nSweepAngle = m_nSweepAngle; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nStartAngle = page.m_nStartAngle; m_nSweepAngle = page.m_nSweepAngle; return TRUE; } return FALSE; } void CDrawPie::Serialize( CArchive& ar ) { CDrawObj::Serialize( ar ); if( ar.IsStoring() ) { ar << m_nStartAngle; ar << m_nSweepAngle; } else { ar >> m_nStartAngle; ar >> m_nSweepAngle; } } //---------------------------------------------- CDrawFan -------- IMPLEMENT_SERIAL(CDrawFan, CDrawObj, 0) CDrawFan::CDrawFan():CDrawObj() { m_nStep = 0; m_bComputed = false; m_bRun = false; m_clrLine = RGB(0,0,0); m_clrBack = RGB(255,255,0); m_clrFore = RGB(0,255,0); } CDrawObj* CDrawFan::Clone(void) { CDrawFan *pObj = new CDrawFan; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strLogic = m_strLogic; return pObj; } void CDrawFan::Serialize( CArchive& ar ) { CDrawObj::Serialize( ar ); if( ar.IsStoring() ) { ar << m_strLogic; } else { ar >> m_strLogic; } } BOOL CDrawFan::OnAttrib(CPropertySheet& sheet) { CLogicPage page; page.m_strLogic = m_strLogic; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_strLogic = page.m_strLogic; return TRUE; } return FALSE; } bool CDrawFan::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); CRealComputer com; com.SetFormula(m_strLogic); m_bRun = (int)com.GetResult(); RECT = m_rect; return true; } void CDrawFan::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; COLORREF clrFore = m_clrFore; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; clrFore = m_clrCurrentFore; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); rect.NormalizeRect(); if ( bRuning && m_bRun ) { m_nStep++; m_nStep = m_nStep%8; } // 计算落点数组 if ( !bRuning || !m_bComputed ) { CPoint center = rect.CenterPoint(); float h = rect.Height(); float w = rect.Width(); float y = 0; tagPoint[0] = CPoint(rect.right, (rect.top + rect.bottom)/2); tagPoint[2] = CPoint((rect.left +rect.right)/2, rect.top); tagPoint[4] = CPoint(rect.left, (rect.top + rect.bottom)/2); tagPoint[6] = CPoint((rect.left +rect.right)/2, rect.bottom); int x =0; for (x = w/4; x -1 && delta < 1) { break; } } int yP = (int)y; tagPoint[1] = center + CSize(x, -yP); tagPoint[3] = center + CSize(-x, -yP); tagPoint[5] = center + CSize(-x, yP); tagPoint[7] = center + CSize(x, yP); m_bComputed = true; } CBrush brush(m_clrBack); pDC->SelectObject(&brush); pDC->Pie(&rect, tagPoint[m_nStep], tagPoint[(m_nStep+2)%8]); pDC->Pie(&rect, tagPoint[(m_nStep+4)%8], tagPoint[(m_nStep+6)%8]); CBrush brush1(m_clrFore); CBrush *pOldBrush = pDC->SelectObject(&brush1); pDC->Pie(&rect, tagPoint[(m_nStep+2)%8], tagPoint[(m_nStep+4)%8]); pDC->Pie(&rect, tagPoint[(m_nStep+6)%8], tagPoint[(m_nStep)%8]); pDC->SelectObject(pOldBrush); pDC->SelectObject(pOldPen); DeleteObject( pen ); DeleteObject( brush ); DeleteObject( brush1 ); } //---------------------------------------------- CDrawArc -------- IMPLEMENT_SERIAL(CDrawArc, CDrawObj, 0) CDrawArc::CDrawArc():CDrawObj() { m_nStartAngle = 0; m_nSweepAngle = 120; } CDrawObj* CDrawArc::Clone(void) { CDrawArc *pObj = new CDrawArc; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_nStartAngle = m_nStartAngle; pObj->m_nSweepAngle = m_nSweepAngle; return pObj; } void CDrawArc::Draw(CDC* pDC) { CRect rect = m_rect; COLORREF clrLine = m_clrLine; if ( bRuning ) { clrLine = m_clrCurrentLine; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); int x = (rect.left + rect.right)/2; int y = (rect.top + rect.bottom)/2; int r = (rect.Width() < rect.Height() ? rect.Width() : rect.Height())/2; pDC->MoveTo(x + r * cos(m_nStartAngle * PIE / 180), y - r * sin(m_nStartAngle * PIE / 180)); pDC->AngleArc(x, y, r, m_nStartAngle, m_nSweepAngle); pDC->SelectObject(pOldPen); DeleteObject( pen ); } BOOL CDrawArc::OnAttrib(CPropertySheet& sheet) { CArcPage page; page.m_nStartAngle = m_nStartAngle; page.m_nSweepAngle = m_nSweepAngle; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nStartAngle = page.m_nStartAngle; m_nSweepAngle = page.m_nSweepAngle; return TRUE; } return FALSE; } void CDrawArc::Serialize( CArchive& ar ) { CDrawObj::Serialize( ar ); if( ar.IsStoring() ) { ar << m_nStartAngle; ar << m_nSweepAngle; } else { ar >> m_nStartAngle; ar >> m_nSweepAngle; } } //---------------------------------------------- CDrawPoly -------- IMPLEMENT_SERIAL(CDrawPoly, CDrawObj, 0) CDrawPoly::CDrawPoly():CDrawObj() { m_points = NULL; m_nPoints = 0; m_nAllocPoints = 0; } CDrawPoly::~CDrawPoly() { //chn mem if (m_points != NULL) { delete[] m_points; m_points = NULL; } } void CDrawPoly::AddPoint(const CPoint& point) { ASSERT_VALID(this); if( m_nPoints < 0 ) return; if (m_nPoints == m_nAllocPoints) { CPoint* newPoints = new CPoint[m_nAllocPoints + 10]; if (m_points != NULL) { memcpy(newPoints, m_points, sizeof(CPoint) * m_nAllocPoints); delete[] m_points; } m_points = newPoints; m_nAllocPoints += 10; } if (m_nPoints == 0 || m_points[m_nPoints - 1] != point) { m_points[m_nPoints++] = point; if (!RecalcBounds()) { Invalidate(); } } } BOOL CDrawPoly::RecalcBounds() { ASSERT_VALID(this); if (m_nPoints == 0) return FALSE; CRect bounds(m_points[0], CSize(0, 0)); for (int i = 1; i < m_nPoints; ++i) { if (m_points[i].x < bounds.left) bounds.left = m_points[i].x; if (m_points[i].x > bounds.right) bounds.right = m_points[i].x; if (m_points[i].y < bounds.top) bounds.top = m_points[i].y; if (m_points[i].y > bounds.bottom) bounds.bottom = m_points[i].y; } if (bounds == m_rect) return FALSE; Invalidate(); m_rect = bounds; Invalidate(); return TRUE; } void CDrawPoly::Draw(CDC* pDC) { CDrawObj::Draw(pDC); COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); if ( m_nFillMode < 8 ) { pDC->Polygon(m_points, m_nPoints); } else // 渐变填充 { CGradient gradient; HRGN hRgn = CreatePolygonRgn(m_points, m_nPoints, ALTERNATE); CRect tmp = rect; switch ( m_nFillMode ) { case 8: gradient.HorizontalGradient(pDC, hRgn, m_clrFill, clrBack); break; case 9: case 10: gradient.HorizontalGradient(pDC, hRgn, clrBack, m_clrFill); break; case 11: gradient.VerticalGradient(pDC, hRgn, m_clrFill, clrBack); break; case 12: case 13: gradient.VerticalGradient(pDC, hRgn, m_clrBack, m_clrFill); break; } DeleteObject(hRgn); } pDC->SelectObject(pOldBrush); pDC->SelectObject(pOldPen); DeleteObject( pen ); DeleteObject( m_brush ); } void CDrawPoly::Serialize( CArchive& ar ) { int i; CDrawObj::Serialize( ar ); if( ar.IsStoring() ) { ar << (WORD) m_nPoints; ar << (WORD) m_nAllocPoints; for (i = 0;i< m_nPoints; i++) ar << m_points[i]; } else { WORD wTemp; ar >> wTemp; m_nPoints = wTemp; ar >> wTemp; m_nAllocPoints = wTemp; m_points = new CPoint[m_nAllocPoints]; for (i = 0;i < m_nPoints; i++) ar >> m_points[i]; } } CDrawObj* CDrawPoly::Clone() { CDrawPoly* pClone = new CDrawPoly(); *((CDrawObj*)pClone) = *(CDrawObj*)this; pClone->m_points = new CPoint[m_nAllocPoints]; memcpy(pClone->m_points, m_points, sizeof(CPoint) * m_nPoints); pClone->m_nAllocPoints = m_nAllocPoints; pClone->m_nPoints = m_nPoints; return pClone; } void CDrawPoly::MoveTo(CRect rect) { ASSERT_VALID(this); if (rect == m_rect) return; Invalidate(); for (int i = 0; i < m_nPoints; i += 1) { m_points[i].x += rect.left - m_rect.left; m_points[i].y += rect.top - m_rect.top; } m_rect = rect; Invalidate(); } int CDrawPoly::GetHandleCount() { return m_nPoints; } CPoint CDrawPoly::GetHandle(int nHandle) { ASSERT_VALID(this); ASSERT(nHandle >= 1 && nHandle <= m_nPoints); return m_points[nHandle - 1]; } void CDrawPoly::MoveHandleTo(int nHandle, CPoint point) { ASSERT(nHandle >= 1 && nHandle <= m_nPoints); if (m_points[nHandle - 1] == point) return; m_points[nHandle - 1] = point; RecalcBounds(); Invalidate(); } //---------------------------------------------- CDrawMLine -------- IMPLEMENT_SERIAL(CDrawMLine, CDrawPoly, 0) CDrawMLine::CDrawMLine():CDrawPoly() { } void CDrawMLine::Draw(CDC* pDC) { ASSERT_VALID(this); COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); if ( m_nPoints > 0 ) pDC->MoveTo(m_points[0]); for (int i=1; iLineTo(m_points[i]); pDC->SelectObject(pOldPen); DeleteObject( pen ); } CDrawObj* CDrawMLine::Clone() { CDrawMLine* pClone = new CDrawMLine(); *((CDrawObj*)pClone) = *(CDrawObj*)this; pClone->m_points = new CPoint[m_nAllocPoints]; memcpy(pClone->m_points, m_points, sizeof(CPoint) * m_nPoints); pClone->m_nAllocPoints = m_nAllocPoints; pClone->m_nPoints = m_nPoints; return pClone; } //---------------------------------------------- CDrawArrow ------- IMPLEMENT_SERIAL(CDrawArrow, CDrawObj, 0) CDrawArrow::CDrawArrow():CDrawObj() { } CDrawObj* CDrawArrow::Clone(void) { CDrawArrow *pObj = new CDrawArrow; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawArrow::Draw(CDC* pDC) { CRect rect = m_rect; rect.NormalizeRect(); int nXX = rect.right - rect.left; int nYY = rect.bottom - rect.top; if(nXX<2||nYY<2) return; if(nXX>=nYY) { if(m_rect.left>=m_rect.right) DrawArrow(pDC,rect, DIR_LEFT, m_clrBack); else DrawArrow(pDC,rect, DIR_RIGHT, m_clrBack); } else { if(m_rect.top>=m_rect.bottom) DrawArrow(pDC, rect, DIR_DOWN, m_clrBack); else DrawArrow(pDC, rect, DIR_UP, m_clrBack); } } void CDrawArrow::DrawArrow(CDC* pDC, CRect rect, BYTE Direction,COLORREF clrArrow ) { if(Direction==DIR_UP||Direction==DIR_DOWN) { int middle = (rect.left + rect.right) / 2; for(int i=0; iFillSolidRect(rect1,clrArrow); } else { int nX1 = middle - i*( ( 1.0*rect.Width()/2) / rect.Height() ); int nX2 = middle + i*( ( 1.0*rect.Width()/2) / rect.Height() ); CRect rect1(nX1, nY, nX2, nY+1); pDC->FillSolidRect(rect1,clrArrow); } } } if(Direction==DIR_LEFT||Direction==DIR_RIGHT) { int middle = (rect.top + rect.bottom) / 2; for(int i=0; iFillSolidRect(rect1,clrArrow); } else { int nY1 = middle + i*( ( 1.0*rect.Height()/2) / rect.Width() ); int nY2 = middle - i*( ( 1.0*rect.Height()/2) / rect.Width() ); CRect rect1(nX, nY1, nX+1, nY2); pDC->FillSolidRect(rect1,clrArrow); } } } } //---------------------------------------------- CDrawBreaker -------- IMPLEMENT_SERIAL(CDrawBreaker, CDrawObj, 0) CDrawBreaker::CDrawBreaker():CDrawObj() { } CDrawObj* CDrawBreaker::Clone(void) { CDrawBreaker *pObj = new CDrawBreaker; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawBreaker::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CBrush brush(clrBack); CPen* pOldPen = pDC->SelectObject(&pen); CBrush* pOldBrush = pDC->SelectObject(&brush); rect.NormalizeRect(); int nMidX = rect.left + rect.Width()/2; pDC->MoveTo(nMidX, rect.top); pDC->LineTo(nMidX, rect.top + rect.Height()/4); pDC->MoveTo(nMidX, rect.top + rect.Height()*3/4); pDC->LineTo(nMidX, rect.bottom ); rect.DeflateRect(0, rect.Height()/4, 0, rect.Height()/4); pDC->Rectangle(rect); pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DeleteObject( pen ); DeleteObject( brush ); } //---------------------------------------------- CDrawSwitch -------- IMPLEMENT_SERIAL(CDrawSwitch, CDrawObj, 0) CDrawSwitch::CDrawSwitch():CDrawObj() { m_clrLine = RGB(0, 255, 0); m_bRun = FALSE; m_strLogic = ""; } CDrawObj* CDrawSwitch::Clone(void) { CDrawSwitch *pObj = new CDrawSwitch; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strLogic = m_strLogic; return pObj; } void CDrawSwitch::Serialize( CArchive& ar ) { CDrawObj::Serialize( ar ); if( ar.IsStoring() ) { ar << m_strLogic; } else { ar >> m_strLogic; } } BOOL CDrawSwitch::OnAttrib(CPropertySheet& sheet) { CLogicPage page; page.m_strLogic = m_strLogic; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_strLogic = page.m_strLogic; return TRUE; } return FALSE; } bool CDrawSwitch::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); CRealComputer com; com.SetFormula(m_strLogic); m_bRun = (int)com.GetResult(); RECT = m_rect; return true; } void CDrawSwitch::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; CRect rect = m_rect; CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, (bRuning&&m_bRun)?RGB(255,0,0):RGB(0,255,0)); CPen* pOldPen = pDC->SelectObject(&pen); rect.NormalizeRect(); int nMidX = rect.left + rect.Width()/2; pDC->MoveTo(nMidX, rect.top); pDC->LineTo(nMidX, rect.top + rect.Height()/4); pDC->MoveTo(rect.left + rect.Width()/4, rect.top + rect.Height()/4); pDC->LineTo(rect.right - rect.Width()/4, rect.top + rect.Height()/4); if ( bRuning && m_bRun ) { pDC->MoveTo(nMidX, rect.top + rect.Height()/4); pDC->LineTo(nMidX, rect.top + rect.Height()*3/4); } else { pDC->MoveTo(rect.left, rect.top + rect.Height()/4); pDC->LineTo(nMidX, rect.top + rect.Height()*3/4); } pDC->MoveTo(nMidX, rect.top + rect.Height()*3/4); pDC->LineTo(nMidX, rect.bottom ); pDC->SelectObject(pOldPen); DeleteObject( pen ); } //---------------------------------------------- CDrawGrid -------- IMPLEMENT_SERIAL(CDrawGrid, CDrawObj, 0) CDrawGrid::CDrawGrid():CDrawObj() { m_clrLine = RGB(0, 255, 0); } CDrawObj* CDrawGrid::Clone(void) { CDrawGrid *pObj = new CDrawGrid; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawGrid::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); rect.NormalizeRect(); int nXNum = 5; int nYNum = 5; int nDX = rect.Width()/nXNum; int nDY = rect.Height()/nYNum; for(int i=0;i<=nXNum;i++) { int nX = rect.left + nDX*i; pDC->MoveTo(nX,rect.top); pDC->LineTo(nX,rect.top+nDY*nYNum); } for(int j=0;j<=nYNum;j++) { int nY = rect.top + nDY*j; pDC->MoveTo(rect.left,nY); pDC->LineTo(rect.left+nDX*nXNum,nY); } pDC->SelectObject(pOldPen); DeleteObject( pen ); } //---------------------------------------------- CDrawTable -------- IMPLEMENT_SERIAL(CDrawTable, CDrawObj, 0) CDrawTable::CDrawTable():CDrawObj() { m_clrLine = RGB(0, 255, 0); m_clrFore = RGB(255, 255, 0); m_nFillMode = 0; m_bAddAve = false; m_bAddMax = false; m_bAddMin = false; m_bShowRowHead = true; m_nType = 0; for (int i=0; i<8; i++) { CColPro* pObj = new CColPro; m_colList.AddTail(pObj); } } CDrawObj* CDrawTable::Clone(void) { CDrawTable *pObj = new CDrawTable; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawTable::Serialize( CArchive& ar ) { CDrawObj::Serialize( ar ); if( ar.IsStoring() ) { ar << m_bAddAve; ar << m_bAddMax; ar << m_bAddMin; ar << m_nType; ar << m_bShowRowHead; } else { m_colList.RemoveAll(); ar >> m_bAddAve; ar >> m_bAddMax; ar >> m_bAddMin; ar >> m_nType; ar >> m_bShowRowHead; } m_colList.Serialize( ar ); } BOOL CDrawTable::OnAttrib(CPropertySheet& sheet) { CReportBasePage page; page.m_bAddAve = m_bAddAve; page.m_bAddMin = m_bAddMin; page.m_bAddMax = m_bAddMax; page.m_nType = m_nType; page.m_bShowRowHead = m_bShowRowHead; sheet.AddPage(&page); CReportColPage cPage; POSITION pos = m_colList.GetHeadPosition(); while(pos!=NULL) { CColPro* pObj = m_colList.GetNext(pos); CColPro *pNewObj = pObj->Clone(); cPage.m_colList.AddTail(pNewObj); } sheet.AddPage(&cPage); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_bAddAve=page.m_bAddAve; m_bAddMin=page.m_bAddMin; m_bAddMax=page.m_bAddMax; m_nType=page.m_nType; m_bShowRowHead=page.m_bShowRowHead; m_colList.RemoveAll(); pos = cPage.m_colList.GetHeadPosition(); while(pos!=NULL) { CColPro* pObj = cPage.m_colList.GetNext(pos); CColPro *pNewObj = pObj->Clone(); m_colList.AddTail(pNewObj); } return TRUE; } return FALSE; } CString CDrawTable::GetColFormat(int col) { int i = 1; POSITION pos = m_colList.GetHeadPosition(); while(pos!=NULL) { CColPro* pObj = m_colList.GetNext(pos); if ( i == col ) { return pObj->m_strFormat; } i++; } return "####"; } void CDrawTable::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrFore = m_clrFore; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrFore = m_clrCurrentFore; rect = m_rctCurrent; } // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); if ( m_nFillMode < 8 ) { pDC->Rectangle(rect); } else // 渐变填充 { CGradient gradient; CRect tmp = rect; switch ( m_nFillMode ) { case 8: gradient.HorizontalGradient(pDC, rect, m_clrFill, m_clrBack); break; case 9: gradient.HorizontalGradient(pDC, rect, m_clrBack, m_clrFill); break; case 10: tmp.NormalizeRect(); tmp.right = (tmp.left+tmp.right)/2+1; gradient.HorizontalGradient(pDC, tmp, m_clrFill, m_clrBack); tmp = rect; tmp.NormalizeRect(); tmp.left = (tmp.left+tmp.right)/2-1; gradient.HorizontalGradient(pDC, tmp, m_clrBack, m_clrFill); break; case 11: gradient.VerticalGradient(pDC, rect, m_clrFill, m_clrBack); break; case 12: gradient.VerticalGradient(pDC, rect, m_clrBack, m_clrFill); break; case 13: tmp.NormalizeRect(); tmp.top = (tmp.top+tmp.bottom)/2-1; gradient.VerticalGradient(pDC, tmp, m_clrBack, m_clrFill); tmp = rect; tmp.NormalizeRect(); tmp.bottom = (tmp.top+tmp.bottom)/2+1; gradient.VerticalGradient(pDC, tmp, m_clrFill, m_clrBack); break; } } pDC->SelectObject(pOldBrush); CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); rect.NormalizeRect(); pDC->SetTextColor(clrFore); CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); int nXNum = m_colList.GetCount(); if ( m_bShowRowHead ) nXNum++; int nYNum; if ( m_nType==0 ) nYNum = 25; else nYNum = 32; if ( m_bAddAve ) nYNum++; if ( m_bAddMax ) nYNum++; if ( m_bAddMin ) nYNum++; float nDX = 1.0*rect.Width()/nXNum; float nDY = 1.0*rect.Height()/nYNum; for(int i=0;i<=nXNum;i++) { int nX = rect.left + nDX*i; if (i==nXNum) nX = rect.right; pDC->MoveTo(nX,rect.top); pDC->LineTo(nX,rect.bottom); } for(int j=0;j<=nYNum;j++) { int nY = rect.top + nDY*j; if (j==nYNum) nY = rect.bottom; pDC->MoveTo(rect.left,nY); pDC->LineTo(rect.right,nY); } for( i= m_bShowRowHead?1:0; iSetTextAlign(TA_RIGHT | TA_TOP); int y = rect.top + nDY*j + 5; int x = rect.left + nDX*(i+1) - 5; CString format = GetColFormat(i); if (!bRuning) pDC->TextOut(x,y, format); else { format.Replace("#","0"); pDC->TextOut(x,y, format); } } // 画列名 int col = m_bShowRowHead?1:0; POSITION pos = m_colList.GetHeadPosition(); while(pos!=NULL) { CColPro* pObj = m_colList.GetNext(pos); int y = rect.top + 5; int x = rect.left + nDX*(col+1) - 5; pDC->TextOut(x,y, pObj->m_strTitle); col++; } pDC->SetTextAlign(TA_LEFT); // 画行名 if (m_bShowRowHead) { int col = 1; if ( m_nType == 0 ) { for ( int i=0; i<24; i++) { int y = rect.top + nDY*col + 5; int x = rect.left + 5; CString tmp; tmp.Format(g_strHour, i+1); pDC->TextOut(x,y, tmp); col++; } } else { for ( int i=0; i<31; i++) { int y = rect.top + nDY*col + 5; int x = rect.left + 5; CString tmp; tmp.Format(g_strDate, i+1); pDC->TextOut(x,y, tmp); col++; } } if (m_bAddAve) { int y = rect.top + nDY*col + 5; int x = rect.left + 5; pDC->TextOut(x,y, g_strMean); col++; } if (m_bAddMax) { int y = rect.top + nDY*col + 5; int x = rect.left + 5; pDC->TextOut(x,y, g_strMaxValues); col++; } if (m_bAddMin) { int y = rect.top + nDY*col + 5; int x = rect.left + 5; pDC->TextOut(x,y, g_strMinValues); col++; } } pDC->SelectObject(pOldPen); DeleteObject( pen ); DeleteObject( m_brush ); DeleteObject( font ); } //---------------------------------------------- CDrawZhePipe -------- IMPLEMENT_SERIAL(CDrawZhePipe, CDrawObj, 0) CDrawZhePipe::CDrawZhePipe():CDrawObj() { m_clrLine = RGB(0, 255, 0); } CDrawObj* CDrawZhePipe::Clone(void) { CDrawZhePipe *pObj = new CDrawZhePipe; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawZhePipe::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; CRect rect = m_rctCurrent; COLORREF clrFill = m_clrCurrentBack; if ( !bRuning ) { clrFill = m_clrBack; rect = m_rect; } unsigned char red = (unsigned char)(GetRValue(clrFill)); unsigned char green = (unsigned char)(GetGValue(clrFill)); unsigned char blue = (unsigned char)(GetBValue(clrFill)); unsigned char cred, cgreen, cblue; int width = abs(rect.Width()/2); for ( int i = 0; i rect.right ) rct = CRect(rect.left-i, rect.top ,rect.left-i-1, rect.bottom); pDC->FillSolidRect(rct, color); } int height = abs(rect.Height()/2); for ( i = 0; i rect.right ) { rct = CRect(rect.left-i*rate, rect.top+i ,rect.right, rect.top+i+1); } if ( rect.top > rect.bottom ) { rct = CRect(rect.left+i*rate-1, rect.top-i ,rect.right, rect.top-i+1); if ( rect.left > rect.right ) { rct = CRect(rect.left-i*rate, rect.top-i ,rect.right, rect.top-i+1); } } pDC->FillSolidRect(rct, color); } } //---------------------------------------------- CDrawYPipe -------- IMPLEMENT_SERIAL(CDrawYPipe, CDrawObj, 0) CDrawYPipe::CDrawYPipe():CDrawObj() { m_clrLine = RGB(0, 255, 0); } CDrawObj* CDrawYPipe::Clone(void) { CDrawPipe *pObj = new CDrawPipe; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawYPipe::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; CRect rect = m_rctCurrent; COLORREF clrFill = m_clrCurrentBack; if ( !bRuning ) { clrFill = m_clrBack; rect = m_rect; } unsigned char red = (unsigned char)(GetRValue(clrFill)); unsigned char green = (unsigned char)(GetGValue(clrFill)); unsigned char blue = (unsigned char)(GetBValue(clrFill)); unsigned char cred, cgreen, cblue; int width = abs(rect.Width()/2); for ( int i = 0; i rect.right ) rct = CRect(rect.left-i, rect.top ,rect.left-i-1, rect.bottom); pDC->FillSolidRect(rct, color); } int middle = (rect.top + rect.bottom)/2; int height = abs(rect.Height()/4); for ( i = 0; i rect.right ) { rct = CRect(rect.left-i*rate-abs(rect.Width())/4, middle+i ,rect.right, middle+i+1); rct1 = CRect(rect.left-i*rate-abs(rect.Width())/4, middle-i ,rect.right, middle-i-1); } if ( rect.top > rect.bottom ) { rct = CRect(rect.left+abs(rect.Width())/4+i*rate-1, middle-i ,rect.right, middle-i+1); rct1 = CRect(rect.left+abs(rect.Width())/4+i*rate, middle+i ,rect.right, middle+i-1); if ( rect.left > rect.right ) { rct = CRect(rect.left-abs(rect.Width())/4-i*rate, middle-i ,rect.right, middle-i+1); rct1 = CRect(rect.left-abs(rect.Width())/4-i*rate, middle+i ,rect.right, middle+i-1); } } pDC->FillSolidRect(rct, color); pDC->FillSolidRect(rct1, color); } } //---------------------------------------------- CDrawPipe -------- IMPLEMENT_SERIAL(CDrawPipe, CDrawObj, 0) CDrawPipe::CDrawPipe():CDrawObj() { m_clrLine = RGB(0, 255, 0); } CDrawObj* CDrawPipe::Clone(void) { CDrawPipe *pObj = new CDrawPipe; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawPipe::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; CRect rect = m_rctCurrent; COLORREF clrFill = m_clrCurrentBack; if ( !bRuning ) { clrFill = m_clrBack; rect = m_rect; } rect.NormalizeRect(); CRect tmp = rect; CGradient gradient; if ( rect.Width() < rect.Height() ) { tmp.NormalizeRect(); tmp.right = (tmp.left+tmp.right)/2+1; gradient.HorizontalGradient(pDC, tmp, clrFill, RGB(255, 255, 255)); tmp = rect; tmp.NormalizeRect(); tmp.left = (tmp.left+tmp.right)/2-1; gradient.HorizontalGradient(pDC, tmp, RGB(255, 255, 255), clrFill); } else { tmp.NormalizeRect(); tmp.top = (tmp.top+tmp.bottom)/2-1; gradient.VerticalGradient(pDC, tmp, RGB(255, 255, 255), clrFill); tmp = rect; tmp.NormalizeRect(); tmp.bottom = (tmp.top+tmp.bottom)/2+1; gradient.VerticalGradient(pDC, tmp, clrFill, RGB(255, 255, 255)); } } //---------------------------------------------- CDrawBitmap -------- IMPLEMENT_SERIAL(CDrawBitmap, CDrawObj, 0) CDrawBitmap::CDrawBitmap():CDrawObj() { m_strStaticFile = "home.bmp"; //m_strStaticFile = ""; m_strDynFile = ""; m_bDyn = FALSE; m_strDynCondition = ""; m_bStretch = FALSE; m_bUseDnyFile = FALSE; m_image = NULL; } CDrawBitmap::~CDrawBitmap() { if( m_image ) { delete m_image; m_image = NULL; } } CDrawObj* CDrawBitmap::Clone(void) { CDrawBitmap *pObj = new CDrawBitmap; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strStaticFile = m_strStaticFile; pObj->m_strDynFile = m_strDynFile; pObj->m_bDyn = m_bDyn; pObj->m_strDynCondition = m_strDynCondition; pObj->m_bStretch = m_bStretch; pObj->m_bUseDnyFile = m_bUseDnyFile; return pObj; } bool CDrawBitmap::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); CRealComputer com; com.SetFormula(m_strDynCondition); m_bUseDnyFile = com.GetResult(); RECT = m_rect; CString sTemp1=m_strStaticFile,sTemp2=m_strDynFile; sTemp1 = sTemp1.MakeLower(); sTemp2 = sTemp2.MakeLower(); if( -1!=sTemp1.Find( ".bmp" ) || -1!=sTemp2.Find( ".bmp" ) ) return true; else if( -1!=sTemp1.Find( ".png" ) || -1!=sTemp2.Find( ".png" ) ) return true; else if( -1!=sTemp1.Find( ".gif" ) || -1!=sTemp2.Find( ".gif" ) ) { if ( !m_bShow ) { m_bShowtemp = FALSE; return true; } else if( !m_bShowtemp ) { m_bShowtemp = TRUE; return true; } else return false; } else if( -1!=sTemp1.Find( ".jpg" ) || -1!=sTemp2.Find( ".jpg" ) ) return true; return true; } void CDrawBitmap::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_strStaticFile; ar << m_strDynFile; ar << m_bDyn; ar << m_strDynCondition; ar << m_bStretch; } else { ar >> m_strStaticFile; ar >> m_strDynFile; ar >> m_bDyn; ar >> m_strDynCondition; ar >> m_bStretch; } } void CDrawBitmap::Draw(CDC* pDC) { if ( !m_bShow && bRuning) { CString sTemp1=m_sOldFilePath; sTemp1 = sTemp1.MakeLower(); if( -1!=sTemp1.Find( ".gif" ) ) { if( m_image ) { delete m_image; m_image = NULL; } } return; } CRect rect = m_rect; rect.NormalizeRect(); int nX1 = rect.left; int nY1 = rect.top; int nXX = rect.right - rect.left; int nYY = rect.bottom - rect.top; char curDir[256]; strcpy(curDir, g_strDirectory); strcat(curDir, "\\"); strcat(curDir, _BITMAPDIR); #if 1 CString sTemp1=m_strStaticFile,sTemp2=m_strDynFile; sTemp1 = sTemp1.MakeLower(); sTemp2 = sTemp2.MakeLower(); if( -1!=sTemp1.Find( ".bmp" ) || -1!=sTemp2.Find( ".bmp" ) ) { if ( bRuning && m_bDyn && m_bUseDnyFile) DisplayBMP(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strDynFile,m_bStretch); else DisplayBMP(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strStaticFile,m_bStretch); } else if( -1!=sTemp1.Find( ".png" ) || -1!=sTemp2.Find( ".png" ) ) { if ( bRuning && m_bDyn && m_bUseDnyFile) DisplayPNG(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strDynFile,m_bStretch); else DisplayPNG(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strStaticFile,m_bStretch); } else if( -1!=sTemp1.Find( ".gif" ) || -1!=sTemp2.Find( ".gif" ) ) { if ( bRuning && m_bDyn && m_bUseDnyFile) DisplayGIF(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strDynFile,m_bStretch); else DisplayGIF(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strStaticFile,m_bStretch); } else if( -1!=sTemp1.Find( ".jpg" ) || -1!=sTemp2.Find( ".jpg" ) ) { if ( bRuning && m_bDyn && m_bUseDnyFile) DisplayJPG(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strDynFile,m_bStretch); else DisplayJPG(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strStaticFile,m_bStretch); } #else if ( bRuning && m_bDyn && m_bUseDnyFile) DisplayJPG(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strDynFile,m_bStretch); else DisplayJPG(pDC,nX1,nY1,nXX,nYY,CString(curDir) + m_strStaticFile,m_bStretch); #endif } BOOL CDrawBitmap::DisplayJPG(CDC *pDC, int nX1, int nY1, int nXX, int nYY, CString strJPGFile, BOOL bStretch) { CString sTemp1=m_sOldFilePath; sTemp1 = sTemp1.MakeLower(); if( -1!=sTemp1.Find( ".gif" ) ) { if( m_image ) { delete m_image; m_image = NULL; } } GdiplusStartupInput m_gdiplusStartupInput; // ULONG_PTR m_pGdiToken; wchar_t m_wstrServerName[255] ; MultiByteToWideChar(CP_ACP,0,strJPGFile,-1,m_wstrServerName,256); Graphics graphics( pDC->m_hDC ); //wchar_t * p=strJPGFile.AllocSysStrinig(); Image image( m_wstrServerName, FALSE) ; if(bStretch) { graphics.DrawImage( &image, nX1,nY1,nXX,nYY ); } else { WORD Width = (WORD)image.GetWidth(); WORD Height = (WORD)image.GetHeight(); //Width = min(Width,nXX); //Height = min(Height,nYY); //graphics.DrawImage( &image, nX1,nY1,Width,Height ); graphics.DrawImage( &image, nX1,nY1,0,0,nXX,nYY,UnitPixel ); } return TRUE; } BOOL CDrawBitmap::DisplayBMP(CDC* pDC,int nX1,int nY1,int nXX,int nYY,CString strBMPFile,BOOL bStretch) { #if 0 CString sTemp1=m_sOldFilePath; sTemp1 = sTemp1.MakeLower(); if( -1!=sTemp1.Find( ".gif" ) ) { if( m_image ) { delete m_image; m_image = NULL; } } GdiplusStartupInput m_gdiplusStartupInput; // ULONG_PTR m_pGdiToken; wchar_t m_wstrServerName[255] ; MultiByteToWideChar(CP_ACP,0,strBMPFile,-1,m_wstrServerName,256); Graphics graphics( pDC->m_hDC ); //wchar_t * p=strJPGFile.AllocSysStrinig(); Image image( m_wstrServerName, FALSE) ; if(bStretch) { graphics.DrawImage( &image, nX1,nY1,nXX,nYY ); } else { WORD Width = (WORD)image.GetWidth(); WORD Height = (WORD)image.GetHeight(); //Width = min(Width,nXX); //Height = min(Height,nYY); //graphics.DrawImage( &image, nX1,nY1,Width,Height ); graphics.DrawImage( &image, nX1,nY1,0,0,nXX,nYY,UnitPixel ); } return true; #else CString sTemp1=m_sOldFilePath; sTemp1 = sTemp1.MakeLower(); if( -1!=sTemp1.Find( ".gif" ) ) { if( m_image ) { delete m_image; m_image = NULL; } } OFSTRUCT of; unsigned fh = OpenFile ((char const*)strBMPFile, &of, OF_READ); if(fh==-1) return FALSE; DWORD size = (DWORD)(sizeof(BITMAPINFOHEADER) + 256 * sizeof(RGBQUAD)); HANDLE hDIBInfo = GlobalAlloc(GMEM_MOVEABLE,size); SetStretchBltMode(pDC->m_hDC,HALFTONE); BITMAPFILEHEADER bf; LPBITMAPINFOHEADER lpbi; lpbi = (LPBITMAPINFOHEADER)GlobalLock(hDIBInfo); _lread(fh,(LPSTR)&bf,sizeof (bf)); _lread(fh,(LPSTR)lpbi,sizeof(BITMAPINFOHEADER)); WORD nClrs = (WORD)lpbi->biClrUsed; size = ((((lpbi->biWidth*lpbi->biBitCount)+31)&~31)>>3)*lpbi->biHeight; if(nClrs==0 && lpbi->biBitCount!=24) nClrs = 1<biBitCount; if(lpbi->biClrUsed == 0) lpbi->biClrUsed = (DWORD)nClrs; if(lpbi->biSizeImage == 0) lpbi->biSizeImage = size; WORD Size = (WORD)lpbi->biSize; WORD Width = (WORD)lpbi->biWidth; WORD Height = (WORD)lpbi->biHeight; WORD ClrUsed = (WORD)lpbi->biClrUsed; WORD BitCount = (WORD)lpbi->biBitCount; DWORD SizeImage = lpbi->biSizeImage; WORD SizeRGB = nClrs*sizeof(RGBQUAD); WORD SizeHeader = Size+SizeRGB; GlobalUnlock(hDIBInfo); hDIBInfo = GlobalReAlloc(hDIBInfo,SizeHeader+SizeImage, 0); lpbi = (LPBITMAPINFOHEADER)GlobalLock(hDIBInfo); _lread(fh,(LPSTR)(lpbi)+Size,SizeRGB); if(bf.bfOffBits!=0L) _llseek(fh,bf.bfOffBits,SEEK_SET); DWORD ul = SizeImage; BYTE *hp = (BYTE *)((LPSTR)lpbi + SizeHeader); while(ul>30000L) { _lread(fh,(LPSTR)hp,30000L); ul -= 30000L; hp += 30000L; } _lread(fh,(LPSTR)hp,(WORD)ul); _lclose(fh); HPALETTE hPalette,hOldPal; HANDLE hPalHeader = NULL; HDC hDC = pDC->m_hDC; LPBITMAPINFOHEADER lpHeader = lpbi; WORD wDIBUse = DIB_RGB_COLORS; if(ClrUsed) { WORD size = sizeof(LOGPALETTE) + ClrUsed * sizeof(PALETTEENTRY); NPLOGPALETTE npPal = (NPLOGPALETTE)LocalAlloc(LMEM_FIXED,size); npPal->palVersion = 0x300; npPal->palNumEntries = ClrUsed; RGBQUAD FAR *lpRGB = (RGBQUAD FAR *)((LPSTR)lpbi + Size); for(WORD i=0;ipalPalEntry[i].peRed = lpRGB->rgbRed; npPal->palPalEntry[i].peGreen = lpRGB->rgbGreen; npPal->palPalEntry[i].peBlue = lpRGB->rgbBlue; npPal->palPalEntry[i].peFlags = 0; } hPalette = CreatePalette((LPLOGPALETTE)npPal); LocalFree((HANDLE)npPal); hOldPal = SelectPalette(hDC,hPalette,FALSE); RealizePalette(hDC); if(BitCount!=24) { size = Size+ClrUsed*sizeof(WORD); hPalHeader = GlobalAlloc(GMEM_MOVEABLE,size); LPBITMAPINFOHEADER lpPalInfo; lpPalInfo = (LPBITMAPINFOHEADER)GlobalLock(hPalHeader); *lpPalInfo = *lpbi; WORD FAR *lpTable = (WORD FAR *)((LPSTR)lpPalInfo + Size); for(WORD i=0;im_hDC ); //wchar_t * p=strJPGFile.AllocSysStrinig(); Image image( m_wstrServerName, FALSE) ; if(bStretch) { graphics.DrawImage( &image, nX1,nY1,nXX,nYY ); } else { WORD Width = (WORD)image.GetWidth(); WORD Height = (WORD)image.GetHeight(); //Width = min(Width,nXX); //Height = min(Height,nYY); //graphics.DrawImage( &image, nX1,nY1,Width,Height ); graphics.DrawImage( &image, nX1,nY1,0,0,nXX,nYY,UnitPixel ); } return true; } BOOL CDrawBitmap::DisplayGIF(CDC* pDC,int nX1,int nY1,int nXX,int nYY,CString strJPGFile,BOOL bStretch) { if( m_sOldFilePath!=strJPGFile ) { if( m_image ) { delete m_image; m_image = NULL; } } if( m_image==NULL ) { //char curDir[256] = {0}; ////strcpy(curDir, g_strDirectory); //strcat(curDir, ".\\\\"); //strcat(curDir, _BITMAPDIR); //if( m_strStaticFile=="" )//gif 路徑為Bitmap，默認名為StounU.gif // m_strStaticFile = "StounU.gif"; //CString strGifFileName = CString(curDir) + m_strStaticFile; m_sOldFilePath = strJPGFile; // GDI+ m_image = new ImageEx(StrToWchar(strJPGFile)); } if( m_image ) { //CRect rect = m_rect; //rect.NormalizeRect(); //int nX1 = rect.left; //int nY1 = rect.top; //CPoint pt(nX1, nY1); CMainFrame* pFrame = (CMainFrame*)AfxGetApp()->GetMainWnd(); HWND hwnd = m_pView->GetSafeHwnd();//pFrame->m_pActiveView->m_hWnd; m_image->InitAnimation(hwnd, CRect(nX1,nY1,nX1+nXX,nY1+nYY),bStretch ); } return true; } BOOL CDrawBitmap::OnAttrib(CPropertySheet& sheet) { CBitmapPage page; page.m_strDynFile = m_strDynFile; page.m_strStaticFile = m_strStaticFile; page.m_bStretch = m_bStretch; page.m_bDyn = m_bDyn; page.m_strDynCondition = m_strDynCondition; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_strDynFile = page.m_strDynFile; m_strStaticFile = page.m_strStaticFile; m_bStretch = page.m_bStretch; m_bDyn = page.m_bDyn; m_strDynCondition = page.m_strDynCondition; return TRUE; } return FALSE; } //---------------------------------------------- CDrawGif -------- IMPLEMENT_SERIAL(CDrawGif, CDrawObj, 0) CDrawGif::CDrawGif():CDrawObj() { //m_strStaticFile = "statusAlarm.gif"; m_strStaticFile = ""; m_strDynFile = ""; m_bDyn = FALSE; m_strDynCondition = ""; m_bStretch = TRUE; m_bUseDnyFile = FALSE; //char curDir[256] = {0}; ////strcpy(curDir, g_strDirectory); //strcat(curDir, ".\\\\"); //strcat(curDir, _BITMAPDIR); //CString strGifFileName = CString(curDir) + m_strStaticFile; // GDI+ m_image = NULL; } CDrawGif::~CDrawGif() { if( m_image ) { delete m_image; m_image = NULL; } } CDrawObj* CDrawGif::Clone(void) { CDrawGif *pObj = new CDrawGif; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strStaticFile = m_strStaticFile; pObj->m_strDynFile = m_strDynFile; pObj->m_bDyn = m_bDyn; pObj->m_strDynCondition = m_strDynCondition; pObj->m_bStretch = m_bStretch; pObj->m_bUseDnyFile = m_bUseDnyFile; return pObj; } bool CDrawGif::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); CRealComputer com; com.SetFormula(m_strDynCondition); m_bUseDnyFile = com.GetResult(); //this->Invalidate( ); //if( m_image ) //{ // CRect rect = m_rect; // rect.NormalizeRect(); // int nX1 = rect.left; // int nY1 = rect.top; // CPoint pt(nX1, nY1); // CMainFrame* pFrame = (CMainFrame*)AfxGetApp()->GetMainWnd(); // HWND hwnd = pFrame->m_pActiveView->m_hWnd; // m_image->InitAnimation(hwnd, pt); //} RECT = m_rect; return false; } void CDrawGif::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_strStaticFile; ar << m_strDynFile; ar << m_bDyn; ar << m_strDynCondition; ar << m_bStretch; } else { ar >> m_strStaticFile; ar >> m_strDynFile; ar >> m_bDyn; ar >> m_strDynCondition; ar >> m_bStretch; } } void CDrawGif::Draw(CDC* pDC) { if( m_image==NULL ) { char curDir[256] = {0}; //strcpy(curDir, g_strDirectory); strcat(curDir, ".\\\\"); strcat(curDir, _BITMAPDIR); if( m_strStaticFile=="" )//gif 路徑為Bitmap，默認名為StounU.gif m_strStaticFile = "StounU.gif"; CString strGifFileName = CString(curDir) + m_strStaticFile; // GDI+ m_image = new ImageEx(StrToWchar(strGifFileName)); } if( m_image ) { CRect rect = m_rect; rect.NormalizeRect(); int nX1 = rect.left; int nY1 = rect.top; CPoint pt(nX1, nY1); CMainFrame* pFrame = (CMainFrame*)AfxGetApp()->GetMainWnd(); HWND hwnd = pFrame->m_pActiveView->m_hWnd; m_image->InitAnimation(hwnd, pt); } } BOOL CDrawGif::OnAttrib(CPropertySheet& sheet) { CBitmapPage page; page.m_strDynFile = m_strDynFile; page.m_strStaticFile = m_strStaticFile; page.m_bStretch = m_bStretch; page.m_bDyn = m_bDyn; page.m_strDynCondition = m_strDynCondition; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_strDynFile = page.m_strDynFile; m_strStaticFile = page.m_strStaticFile; m_bStretch = page.m_bStretch; m_bDyn = page.m_bDyn; m_strDynCondition = page.m_strDynCondition; char curDir[256]; strcpy(curDir, g_strDirectory); strcat(curDir, "\\"); strcat(curDir, _BITMAPDIR); CString strGifFileName = CString(curDir) + m_strStaticFile; m_image->FromFile(StrToWchar(strGifFileName)); CRect rect = m_rect; rect.NormalizeRect(); int nX1 = rect.left; int nY1 = rect.top; CPoint pt(nX1, nY1); CMainFrame* pFrame = (CMainFrame*)AfxGetApp()->GetMainWnd(); HWND hwnd = pFrame->m_pActiveView->m_hWnd; m_image->InitAnimation(hwnd, pt); return TRUE; } return FALSE; } //---------------------------------------------- CDrawTransfer -------- IMPLEMENT_SERIAL(CDrawTransfer, CDrawObj, 0) CDrawTransfer::CDrawTransfer():CDrawObj() { m_clrLine = RGB(0, 255, 0); } CDrawObj* CDrawTransfer::Clone(void) { CDrawTransfer *pObj = new CDrawTransfer; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawTransfer::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; COLORREF clrLine = m_clrLine; COLORREF clrBack = m_clrBack; CRect rect = m_rect; if ( bRuning ) { clrLine = m_clrCurrentLine; clrBack = m_clrCurrentBack; rect = m_rctCurrent; } CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, clrLine); CPen* pOldPen = pDC->SelectObject(&pen); rect.NormalizeRect(); int x = (rect.left + rect.right)/2; int y = (rect.top + rect.bottom)/2; int r = min(rect.Width(), rect.Height()) * 0.25; DrawCircle(pDC, CPoint(x, y-0.7*r), r); CPen pen1( GetPenStyle(m_strLineType), m_nLineWidth, clrBack); pDC->SelectObject(&pen1); pDC->SelectObject(&pen1); DrawCircle(pDC, CPoint(x, y+0.7*r), r); pDC->SelectObject(pOldPen); DeleteObject( pen ); DeleteObject( pen1 ); } void CDrawTransfer::DrawCircle(CDC *pDC, POINT origin, int radius) { pDC->MoveTo(origin.x + radius, origin.y); pDC->AngleArc(origin.x, origin.y, radius, 0, 360); } //---------------------------------------------- CDrawButton ------ IMPLEMENT_SERIAL(CDrawButton, CDrawObj, 0) CDrawButton::CDrawButton():CDrawObj() { m_clrFore = RGB(255, 255, 255); m_clrBack = RGB(255, 128, 0); m_strCaption = "按钮"; m_clrCurrentBack = m_clrBack; } CDrawObj* CDrawButton::Clone(void) { CDrawButton *pObj = new CDrawButton; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawButton::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; CRect rect = m_rctCurrent; COLORREF color = m_clrCurrentBack; if (!bRuning) { rect = m_rect; color = m_clrBack; } pDC->FillSolidRect(rect, color); int Width = 2; int nR0 = GetRValue(color); int nG0 = GetGValue(color); int nB0 = GetBValue(color); int nRMin = nR0/2; int nGMin = nG0/2; int nBMin = nB0/2; int nRMax = min(nR0*2,255); int nGMax = min(nG0*2,255); int nBMax = min(nB0*2,255); for(int i=0;iDraw3dRect(rect,clrLight,clrDark); rect.DeflateRect(1,1,1,1); } DrawText(pDC); } //---------------------------------------------- CDrawDatabox ----- IMPLEMENT_SERIAL(CDrawDatabox, CDrawObj, 0) CDrawDatabox::CDrawDatabox():CDrawObj() { m_clrLine = RGB(0,0,0); m_clrBack = RGB(255,0,0);//RGB(255,128,0); m_clrFore = RGB(0,0,0); m_clrFill = RGB(255,0,0); m_nFillMode = 0; m_nFormat = 1; m_bVariant = true; } CDrawObj* CDrawDatabox::Clone(void) { CDrawDatabox *pObj = new CDrawDatabox; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_nFormat = m_nFormat; pObj->m_nFillMode = m_nFillMode; return pObj; } bool CDrawDatabox::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); //InvalidateRect( g_pMainFrm->GetSafeHwnd(),m_rctCurrent,false ); //Invalidate( ); RECT = m_rect; return true; } void CDrawDatabox::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; CRect rectRgn = m_rctCurrent; COLORREF clrPen = m_clrCurrentLine; COLORREF clrBrush = m_clrCurrentBack; COLORREF clrText = m_clrCurrentFore; if (!bRuning) { rectRgn = m_rect; clrPen = m_clrLine; clrBrush = m_clrBack; clrText = m_clrFore; } CString value = ""; if (!m_bVariant) value = m_strCaption; else { int nValue = 0; switch(m_nFormat) { case 0: nValue = (int)m_fCurrentValue; value.Format("%d", nValue); break; case 1: value.Format("%.1f",m_fCurrentValue); break; case 2: value.Format("%.2f",m_fCurrentValue); break; case 3: value.Format("%.3f",m_fCurrentValue); break; } } CPen pen(GetPenStyle(m_strLineType), m_nLineWidth, clrPen); CPen* pOldPen = pDC->SelectObject(&pen); CBrush brush; CBrush* pOldBrush; if( m_bVariant ) { int nRet = pVariantsManager->VarIsAlarm( m_strCaption ); if( nRet==1 && bRuning )//报警 { brush.CreateSolidBrush(clrBrush); pOldBrush = pDC->SelectObject(&brush); } else { LOGBRUSH logBrush = GetBrush(); brush.CreateBrushIndirect(&logBrush); pOldBrush = pDC->SelectObject(&brush); } } else { LOGBRUSH logBrush = GetBrush(); brush.CreateBrushIndirect(&logBrush); pOldBrush = pDC->SelectObject(&brush); } pDC->Rectangle(rectRgn); //pDC->SelectObject(pOldPen); //pDC->SelectObject(pOldBrush); rectRgn.NormalizeRect(); pDC->LPtoDP(&rectRgn); CRgn rgn; rgn.CreateRectRgnIndirect(&rectRgn); pDC->SelectClipRgn(&rgn); DrawText(pDC, value); pDC->SelectClipRgn(NULL); DeleteObject( pen ); DeleteObject( brush ); DeleteObject( rgn ); } void CDrawDatabox::DrawText(CDC* pDC,CString& strText) { CRect rect = m_rctCurrent; COLORREF txtColor = m_clrCurrentFore; if (!bRuning) { rect = m_rect; txtColor = m_clrFore; } int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); CSize sizeText = pDC->GetTextExtent(strText); int nInterval = sizeText.cy / 2; int nYText = nY0 - nInterval + 1; int nXText; pDC->SetTextAlign(TA_CENTER|TA_TOP); nXText = nX0; pDC->SetTextColor(txtColor); pDC->TextOut(nXText,nYText,strText); pDC->SelectObject(pOldFont); DeleteObject( font ); } void CDrawDatabox::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_nFormat; } else { ar >> m_nFormat; } } BOOL CDrawDatabox::OnAttrib(CPropertySheet& sheet) { CDataPage page; page.m_nFormat = m_nFormat; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nFormat = page.m_nFormat; return TRUE; } return FALSE; } //---------------------------------------------- CDrawWatch ----- IMPLEMENT_SERIAL(CDrawWatch, CDrawObj, 0) CDrawWatch::CDrawWatch():CDrawObj() { m_clrLine = RGB(255,0,0); m_clrBack = RGB(192,192,192); m_clrFore = RGB(0,0,0); m_nLineWidth = 1; m_nLowwer = 0; m_nUpper = 1000; m_strVar = ""; } CDrawObj* CDrawWatch::Clone(void) { CDrawWatch *pObj = new CDrawWatch; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawWatch::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; CRect rectRgn = m_rctCurrent; COLORREF clrPen = m_clrCurrentLine; COLORREF clrBrush = m_clrCurrentBack; COLORREF clrText = m_clrCurrentFore; if (!bRuning) { rectRgn = m_rect; clrPen = m_clrLine; clrBrush = m_clrBack; clrText = m_clrFore; } if (!m_bVariant) m_strCurrentCaption = m_strCaption; rectRgn.NormalizeRect(); CBrush brush(clrText); CBrush *prebrush = pDC->SelectObject(&brush); pDC->FillSolidRect(rectRgn, clrBrush); int top = rectRgn.top+10; int middle = rectRgn.bottom - 40; if ( middle < top ) middle = top; CRect rectPie = CRect(rectRgn.left + 10, top, rectRgn.right - 10, top + 2*(middle-top)); CPoint s = CPoint(rectRgn.right - 10, middle); CPoint e = CPoint(rectRgn.left + 10, middle); INT HorzRes = pDC->GetDeviceCaps(HORZRES); INT VertRes = pDC->GetDeviceCaps(VERTRES); INT VertSize = pDC->GetDeviceCaps(VERTSIZE); INT HorzSize = pDC->GetDeviceCaps(HORZSIZE); m_lAspectN = ((LONG)VertRes * 100) / (LONG)VertSize; m_lAspectD = ((LONG)HorzRes * 100) / (LONG)HorzSize; // 画指针 CPen pen( GetPenStyle(m_strLineType), m_nLineWidth, m_clrLine ); CPen* pOldPen = pDC->SelectObject(&pen); pDC->MoveTo(rectPie.CenterPoint()); // 计算指针位置 rectPie.DeflateRect(5,5,5,5); CRgn rgn; rgn.CreateEllipticRgnIndirect( rectPie ); float angle = 180-180*(m_fCurrentValue-m_nLowwer)/(m_nUpper-m_nLowwer); int bLeft = 1; if ( angle<90 ) bLeft = -1; CPoint lastPoint; int clockRadius = min(m_rect.Width()/2 - 10 , m_rect.Height() - 50) - 10; lastPoint.x = rectPie.CenterPoint().x + clockRadius*cos(angle/180*PI); lastPoint.y = rectPie.CenterPoint().y - clockRadius*sin(angle/180*PI); pDC->LineTo(lastPoint); pDC->SelectObject(pOldPen); pDC->DrawEdge(&rectRgn,BDR_RAISEDOUTER,BF_RECT); rectRgn.DeflateRect(1,1); pDC->DrawEdge(rectRgn, BDR_RAISEDOUTER, BF_RECT); rectRgn.left = rectRgn.left+5; rectRgn.right = rectRgn.right-5; rectRgn.top = rectRgn.top+5; rectRgn.bottom = rectRgn.bottom-35; pDC->DrawEdge(&rectRgn,BDR_SUNKENOUTER,BF_RECT); pDC->SelectObject(prebrush); pDC->SelectObject(pOldPen); //DrawFace(pDC); DeleteObject( pen ); DeleteObject( brush ); DeleteObject( rgn ); } void CDrawWatch::DrawFace(CDC* pDC) { INT i; RECT tRect; tagPOINT clockCenter; char c[5] = {0}; int clockRadius = min(m_rect.Width()/2 - 10 , m_rect.Height() - 50); clockCenter.y = m_rect.bottom - 20; clockCenter.x = m_rect.left + m_rect.Width()/2; for (i=0; i < 31; i++) { tRect.top = (INT)(((LONG)(CirTab[i].cos) * clockRadius) / CLKSCALE + clockCenter.y - 20); tRect.left = (INT)(((LONG)(CirTab[i].sin) * clockRadius) / CLKSCALE + clockCenter.x); if (i % 5) { tRect.right = tRect.left + 2; tRect.bottom = tRect.top + 2; pDC->FillSolidRect(&tRect, RGB(255,0,0)); } else { tRect.right = tRect.left + 2; tRect.bottom = tRect.top + 2; if((i / 5) == 0) _itoa(m_nLowwer, c , 10); else _itoa((m_nUpper - m_nLowwer) * i / 30, c , 10); pDC->SetTextColor(m_clrFore); pDC->TextOut(tRect.left-1,tRect.top-2,c,(int)strlen(c)); } } } void CDrawWatch::DrawText(CDC* pDC,CString& strText) { CRect rect = m_rctCurrent; COLORREF txtColor = m_clrCurrentFore; if (!bRuning) { rect = m_rect; txtColor = m_clrFore; } int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); CSize sizeText = pDC->GetTextExtent(strText); int nInterval = sizeText.cy / 2; int nYText = nY0 - nInterval + 1; int nXText; pDC->SetTextAlign(TA_CENTER|TA_TOP); nXText = nX0; pDC->SetTextColor(txtColor); pDC->TextOut(nXText,nYText,strText); pDC->SelectObject(pOldFont); DeleteObject( font ); } void CDrawWatch::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_nLowwer; ar << m_nUpper; ar << m_strVar; } else { ar >> m_nLowwer; ar >> m_nUpper; ar >> m_strVar; } } BOOL CDrawWatch::OnAttrib(CPropertySheet& sheet) { CWatchPage page; page.m_nLowwer = m_nLowwer; page.m_nUpper = m_nUpper; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nLowwer = page.m_nLowwer; m_nUpper = page.m_nUpper; return TRUE; } return FALSE; } //---------------------------------------------- CDrawSingleBar ----- IMPLEMENT_SERIAL(CDrawSingleBar, CDrawObj, 0) CDrawSingleBar::CDrawSingleBar():CDrawObj() { m_clrLine = RGB(0,0,64); m_clrBack = RGB(192,192,192); m_clrFore = RGB(255,0,0); m_nLineWidth = 2; m_nLowwer = 0; m_nUpper = 100; } CDrawObj* CDrawSingleBar::Clone(void) { CDrawSingleBar *pObj = new CDrawSingleBar; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDrawSingleBar::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; CRect rectRgn = m_rctCurrent; COLORREF clrPen = m_clrCurrentLine; COLORREF clrBrush = m_clrCurrentBack; COLORREF clrText = m_clrCurrentFore; if (!bRuning) { rectRgn = m_rect; clrPen = m_clrLine; clrBrush = m_clrBack; clrText = m_clrFore; } if (!m_bVariant) m_strCurrentCaption = m_strCaption; rectRgn.NormalizeRect(); CBrush brush(clrText); CBrush *prebrush = pDC->SelectObject(&brush); pDC->FillSolidRect(rectRgn, clrBrush); pDC->DrawEdge(&rectRgn,BDR_RAISEDOUTER,BF_RECT); CRect kedu = rectRgn; kedu.left += 3; kedu.right = kedu.left + 5; kedu.top += 4; kedu.bottom -= 5; DrawVKedu(pDC, kedu, 50, m_clrLine); rectRgn.left = rectRgn.left+10; rectRgn.right = rectRgn.right-4; rectRgn.top = rectRgn.top+4; rectRgn.bottom = rectRgn.bottom-4; pDC->DrawEdge(&rectRgn,BDR_SUNKENOUTER,BF_RECT); // 画值 rectRgn.NormalizeRect(); rectRgn.left = rectRgn.left+3; rectRgn.right = rectRgn.right-3; float rate = (m_fCurrentValue-m_nLowwer)/(m_nUpper-m_nLowwer); rectRgn.top = rectRgn.top+ rectRgn.Height()*rate; rectRgn.bottom = rectRgn.bottom-3; pDC->FillSolidRect(rectRgn, clrText); pDC->SelectObject(prebrush); DeleteObject( brush ); } void CDrawSingleBar::DrawText(CDC* pDC,CString& strText) { CRect rect = m_rctCurrent; COLORREF txtColor = m_clrCurrentFore; if (!bRuning) { rect = m_rect; txtColor = m_clrFore; } int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); CSize sizeText = pDC->GetTextExtent(strText); int nInterval = sizeText.cy / 2; int nYText = nY0 - nInterval + 1; int nXText; pDC->SetTextAlign(TA_CENTER|TA_TOP); nXText = nX0; pDC->SetTextColor(txtColor); pDC->TextOut(nXText,nYText,strText); pDC->SelectObject(pOldFont); DeleteObject( font ); } BOOL CDrawSingleBar::OnAttrib(CPropertySheet& sheet) { CSingleBarPage page; page.m_nLower = m_nLowwer; page.m_nUpper = m_nUpper; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nLowwer = page.m_nLower; m_nUpper = page.m_nUpper; return TRUE; } return FALSE; } //---------------------------------------------- CDraw3dCircle ---- IMPLEMENT_SERIAL(CDraw3dCircle, CDrawObj, 0) CDraw3dCircle::CDraw3dCircle() { m_clrFore = RGB(0, 255, 0); m_clrBack = RGB(0, 128, 0); m_clrLine = RGB( 255,255,255 ); //m_clrCurrentLine = RGB( 255,255,255 ); } CDrawObj* CDraw3dCircle::Clone(void) { CDraw3dCircle *pObj = new CDraw3dCircle; *((CDrawObj*)pObj) = *(CDrawObj*)this; return pObj; } void CDraw3dCircle::Draw(CDC* pDC) { CDrawObj::Draw(pDC); if ( !m_bShow && bRuning) return; COLORREF clrPen = m_clrLine; CRect rect = m_rctCurrent; COLORREF color = m_clrCurrentBack; if (!bRuning) { rect = m_rect; color = m_clrBack; } rect.NormalizeRect(); int nX0 = (rect.left+rect.right)/2; int nY0 = (rect.top+rect.bottom)/2; int nRadius = min(rect.Width()/2,rect.Height()/2); rect = CRect(nX0-nRadius, nY0-nRadius, nX0+nRadius, nY0+nRadius); CBrush brush; brush.CreateSolidBrush(color); pDC->SelectObject(&brush); CPen framePen; framePen.CreatePen(PS_NULL, m_nLineWidth ,m_clrLine); pDC->SelectObject(&framePen); pDC->Ellipse(rect); CPen arcpen; arcpen.CreatePen(PS_SOLID,2,m_clrCurrentLine);//RGB(255,255,255)); pDC->SelectObject(&arcpen); pDC->Arc(CRect(nX0-nRadius/2, nY0-nRadius/2, nX0+nRadius/2, nY0+nRadius/2), CPoint(nX0, nY0-nRadius/2),CPoint(nX0-nRadius/2, nY0)); DeleteObject( arcpen ); DeleteObject( brush ); } //---------------------------------------------- CDrawBar ------- IMPLEMENT_SERIAL(CDrawBar, CDrawObj, 0) CDrawBar::CDrawBar():CDrawObj() { m_clrBar1 = RGB(255, 0, 0); m_clrBar2 = RGB(0, 255, 0); m_clrBar3 = RGB(0, 0, 255); m_nLowwer = 0; m_nUpper = 200; m_strVar1 = ""; m_strVar2 = ""; m_strVar3 = ""; m_nValue1 = 0; m_nValue2 = 0; m_nValue3 = 0; m_clrFill = RGB(255,255,255); m_nFillMode = 1; } CDrawObj* CDrawBar::Clone(void) { CDrawBar *pObj = new CDrawBar; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_clrBar1 = m_clrBar1; pObj->m_clrBar2 = m_clrBar2; pObj->m_clrBar3 = m_clrBar3; pObj->m_nLowwer = m_nLowwer; pObj->m_nUpper = m_nUpper; pObj->m_strVar1 = m_strVar1; pObj->m_strVar2 = m_strVar2; pObj->m_strVar3 = m_strVar3; return pObj; } void CDrawBar::DrawBar(CDC* pDC,int data,int x1,int x2,COLORREF clrBar) { CRect rect = m_rect; rect.NormalizeRect(); float rate = (1.0*(data-m_nLowwer)) / (m_nUpper-m_nLowwer); int y1 = rect.bottom - int(rect.Height()*rate); y1 = max(rect.top,y1); y1 = min(rect.bottom,y1); pDC->FillSolidRect(x1,y1,x2-x1,rect.bottom-y1,clrBar); } void CDrawBar::Draw(CDC* pDC) { CDrawObj::Draw(pDC); CRect rect = m_rect; rect.NormalizeRect(); int width = rect.Width(); LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); if ( m_nFillMode < 8 ) { pDC->Rectangle(rect); } int num = GetBarNum(); int barWidth = width; if (num != 0) { barWidth = width/(num*2 + 1); } int hadDraw = 0; // 画刻度 CPen pen(PS_SOLID, 1, RGB(255, 255, 255)); CPen* pOldPen = pDC->SelectObject(&pen); pDC->MoveTo(rect.left, rect.top); pDC->LineTo(rect.left, rect.bottom); pDC->LineTo(rect.right, rect.bottom); pDC->LineTo(rect.right, rect.top); pDC->LineTo(rect.left, rect.top); pDC->SelectObject(pOldPen); if (bRuning) { if (!m_strVar1.IsEmpty()) { int left = rect.left + barWidth; int right = rect.left + barWidth*2; DrawBar(pDC, m_nValue1, left, right, m_clrBar1); hadDraw++; } if (!m_strVar2.IsEmpty()) { int left = rect.left + barWidth + hadDraw*barWidth*2; int right = rect.left + barWidth*2 + hadDraw*barWidth*2; DrawBar(pDC, m_nValue2, left, right, m_clrBar2); hadDraw++; } if (!m_strVar3.IsEmpty()) { int left = rect.left + barWidth + hadDraw*barWidth*2; int right = rect.left + barWidth*2 + hadDraw*barWidth*2; DrawBar(pDC, m_nValue3, left, right, m_clrBar3); } } else { DrawBar(pDC, 50, rect.left+width/7, rect.left+width/7*2, m_clrBar1); DrawBar(pDC, 100, rect.left+width/7*3, rect.left+width/7*4, m_clrBar2); DrawBar(pDC, 150, rect.left+width/7*5, rect.left+width/7*6, m_clrBar3); } // 网格 CPen penGrid(PS_DOT, 1, RGB(128, 128, 128)); pOldPen = pDC->SelectObject(&penGrid); for (int i=1; i<5; i++) { pDC->MoveTo(rect.left, rect.top+rect.Height()/5*i); pDC->LineTo(rect.right, rect.top+rect.Height()/5*i); } pDC->SelectObject(pOldPen); DeleteObject( pen ); DeleteObject( penGrid ); DeleteObject( m_brush ); } void CDrawBar::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_clrBar1; ar << m_clrBar2; ar << m_clrBar3; ar << m_nLowwer; ar << m_nUpper; ar << m_strVar1; ar << m_strVar2; ar << m_strVar3; } else { ar >> m_clrBar1; ar >> m_clrBar2; ar >> m_clrBar3; ar >> m_nLowwer; ar >> m_nUpper; ar >> m_strVar1; ar >> m_strVar2; ar >> m_strVar3; } } BOOL CDrawBar::OnAttrib(CPropertySheet& sheet) { CBarPage page; page.m_nLowwer = m_nLowwer; page.m_nUpper = m_nUpper; page.m_strVar1 = m_strVar1; page.m_strVar2 = m_strVar2; page.m_strVar3 = m_strVar3; page.m_clrBar1 = m_clrBar1; page.m_clrBar2 = m_clrBar2; page.m_clrBar3 = m_clrBar3; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nLowwer = page.m_nLowwer; m_nUpper = page.m_nUpper; m_strVar1 = page.m_strVar1; m_strVar2 = page.m_strVar2; m_strVar3 = page.m_strVar3; m_clrBar1 = page.m_clrBar1; m_clrBar2 = page.m_clrBar2; m_clrBar3 = page.m_clrBar3; return TRUE; } return FALSE; } bool CDrawBar::Fresh(CRect &RECT) { if ( !m_strVar1.IsEmpty() ) { int nValue = (int) pVariantsManager->GetAnalogValue(m_strVar1); if( nValue == -1 ) return true; m_nValue1 = (int) pVariantsManager->GetAnalogValue(m_strVar1); } if ( !m_strVar2.IsEmpty() ) { int nValue = (int) pVariantsManager->GetAnalogValue(m_strVar2); if( nValue == -1 ) return true; m_nValue2 = (int) pVariantsManager->GetAnalogValue(m_strVar2); } if ( !m_strVar3.IsEmpty() ) { int nValue = (int) pVariantsManager->GetAnalogValue(m_strVar3); if( nValue == -1 ) return true; m_nValue3 = (int) pVariantsManager->GetAnalogValue(m_strVar3); } RECT = m_rect; return true; } int CDrawBar::GetBarNum() { int num = 0; if ( !m_strVar1.IsEmpty() ) { num++; } if ( !m_strVar2.IsEmpty() ) { num++; } if ( !m_strVar3.IsEmpty() ) { num++; } return num; } //---------------------------------------------- CDrawCurve ------- IMPLEMENT_SERIAL(CDrawCurve, CDrawObj, 0) CDrawCurve::CDrawCurve():CDrawObj() { m_clrFore = RGB(0, 0, 0); //m_clrFill = RGB(0, 0, 255); //m_clrLine = RGB(0, 0, 255); // 线色 m_clrBack = RGB(64,128,128); //m_clrCurrentFore = RGB(0, 0, 255); //m_clrCurrentBack = RGB(0, 0, 255); //m_clrCurrentLine = RGB(0, 0, 255); m_clrFill = RGB(255,255,255); m_clrCurve1 = RGB(255, 0, 0); m_clrCurve2 = RGB(0, 255, 0); m_clrCurve3 = RGB(0, 0, 255); m_clrLine = RGB(0,0,0); m_nLowwer = 0; m_nUpper = 200; m_strVar1 = ""; m_strVar2 = ""; m_strVar3 = ""; m_nFillMode = 1; m_fValue1 = 0.0; m_fValue2 = 0.0; m_fValue3 = 0.0; for (int i=0; i<60; i++) { m_nValue1[i] = 0; m_nValue2[i] = 0; m_nValue3[i] = 0; } } CDrawObj* CDrawCurve::Clone(void) { CDrawCurve *pObj = new CDrawCurve; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_clrCurve1 = m_clrCurve1; pObj->m_clrCurve2 = m_clrCurve2; pObj->m_clrCurve3 = m_clrCurve3; pObj->m_nLowwer = m_nLowwer; pObj->m_nUpper = m_nUpper; pObj->m_strVar1 = m_strVar1; pObj->m_strVar2 = m_strVar2; pObj->m_strVar3 = m_strVar3; return pObj; } void CDrawCurve::Draw(CDC* pDC) { CDrawObj::Draw(pDC); CRect rect = m_rect; rect.NormalizeRect(); CString sText; LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); if ( m_nFillMode < 8 ) { pDC->Rectangle(rect); } DeleteObject( m_brush ); // 边框 pDC->DrawEdge(rect, BDR_RAISEDINNER, BF_RECT); CRect inner; inner.left = rect.left+40; inner.right = rect.right-10; inner.top = rect.top+10; inner.bottom = rect.bottom-30; //pDC->DrawEdge(&inner,EDGE_ETCHED ,BF_RECT); // 显示60个点，1s一个点 if (bRuning) { if ( !m_strVar1.IsEmpty() ) { DrawCurve(pDC, inner, m_nValue1, m_clrCurve1); } if ( !m_strVar2.IsEmpty() ) { DrawCurve(pDC, inner, m_nValue2, m_clrCurve2); } if ( !m_strVar3.IsEmpty() ) { DrawCurve(pDC, inner, m_nValue3, m_clrCurve3); } } else { for (int i=0; i<60; i++) { m_nValue1[i] = 100+(i%10)*4-(i%15); m_nValue2[i] = 80+(i%15)*3-i; m_nValue3[i] = 60+(i%20)*3+i; } DrawCurve(pDC, inner, m_nValue1, m_clrCurve1); DrawCurve(pDC, inner, m_nValue2, m_clrCurve2); DrawCurve(pDC, inner, m_nValue3, m_clrCurve3); } // 网格 CPen penGrid(PS_DOT, 1, RGB(192, 192, 192)); CPen* pOldPen = pDC->SelectObject(&penGrid); pDC->SetTextColor( m_clrFore ); pDC->SetTextAlign( TA_RIGHT ); int Y=0; float rate = 0;//(1.0*(m_nLowerLimit-m_nLowwer)) / (m_nUpper-m_nLowwer); int nSpace = (m_nUpper-m_nLowwer)/10; if( nSpace%10!=0 ) nSpace += ( 10-nSpace%10 ); if( m_nUpper==2 && m_nLowwer==0 ) nSpace = 1; for (int i=m_nLowwer+nSpace; i inner.bottom) Y = inner.bottom; if (Y < inner.top) Y = inner.top; pDC->MoveTo(inner.left, Y); pDC->LineTo(inner.right, Y); sText.Format( "%d",i ); pDC->TextOut( inner.left-5,Y-7,sText ); } DeleteObject( penGrid ); CPen penFrame(PS_SOLID, 1, RGB(0, 0, 0)); pDC->SelectObject(&penFrame); pDC->MoveTo(inner.left, inner.top); pDC->LineTo(inner.right, inner.top); pDC->LineTo(inner.right, inner.bottom); CRect leftKedu = inner; leftKedu.right = leftKedu.left + 5; DrawVKedu(pDC, leftKedu, 50, m_clrLine); CRect bottomKedu = inner; bottomKedu.top = leftKedu.bottom - 5; DrawHKedu(pDC, bottomKedu, 60, m_clrLine); pDC->SelectObject(pOldPen); DeleteObject( penFrame ); //////////////////// if( m_strVarDes1!="" ) { pDC->SetTextAlign( TA_LEFT ); pDC->SetTextColor( m_clrCurve1 ); sText.Format( "%s【%0.1f】",m_strVarDes1,m_fValue1 ); pDC->TextOut( rect.left+20,rect.bottom-23,sText ); } if( m_strVarDes2!="" ) { pDC->SetTextAlign( TA_CENTER ); pDC->SetTextColor( m_clrCurve2 ); sText.Format( "%s【%0.1f】",m_strVarDes2,m_fValue2 ); pDC->TextOut( rect.left+rect.Width()/2,rect.bottom-23,sText ); } if( m_strVarDes3!="" ) { pDC->SetTextAlign( TA_RIGHT ); pDC->SetTextColor( m_clrCurve3 ); sText.Format( "%s【%0.1f】",m_strVarDes3,m_fValue3 ); pDC->TextOut( rect.right-20,rect.bottom-23,sText ); } } void CDrawCurve::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_clrCurve1; ar << m_clrCurve2; ar << m_clrCurve3; ar << m_nLowwer; ar << m_nUpper; ar << m_strVar1; ar << m_strVar2; ar << m_strVar3; } else { ar >> m_clrCurve1; ar >> m_clrCurve2; ar >> m_clrCurve3; ar >> m_nLowwer; ar >> m_nUpper; ar >> m_strVar1; ar >> m_strVar2; ar >> m_strVar3; //得到 上限，下限 int nLowwer1=0,nUpper1=0,nLowwer2=0,nUpper2=0,nLowwer3=0,nUpper3=0; pVariantsManager->GetAnalogValue(m_strVar1,nLowwer1,nUpper1); pVariantsManager->GetAnalogValue(m_strVar2,nLowwer2,nUpper2); pVariantsManager->GetAnalogValue(m_strVar3,nLowwer3,nUpper3); m_nLowwer = nLowwer1; if( nLowwer2nUpper1 && nUpper2>nUpper3 ) m_nUpper = nUpper2; if( nUpper3>nUpper1 && nUpper3>nUpper2 ) m_nUpper = nUpper3; if( m_nLowwer == m_nUpper ) { m_nLowwer = 0; m_nUpper = 2; } else { m_nLowwer = getMin( m_nLowwer ); m_nUpper = getMax( m_nUpper ); } //得到 描述 pVariantsManager->GetAnalogValue(m_strVar1,m_strVarDes1); pVariantsManager->GetAnalogValue(m_strVar2,m_strVarDes2); pVariantsManager->GetAnalogValue(m_strVar3,m_strVarDes3); } } int CDrawCurve::getMin( int iLowwer ) { int nRet=0; nRet = iLowwer-20; if( nRet<0 ) nRet = 0; int nMod = nRet%10; if( nMod!=0 ) nRet -= nMod; return nRet; } int CDrawCurve::getMax( int iUpper ) { int nRet=0; nRet = iUpper+20; int nMod = nRet%10; if( nMod!=0 ) nRet += ( 10-nMod ); return nRet; } BOOL CDrawCurve::OnAttrib(CPropertySheet& sheet) { CurvePage page; page.m_nLowwer = m_nLowwer; page.m_nUpper = m_nUpper; page.m_strVar1 = m_strVar1; page.m_strVar2 = m_strVar2; page.m_strVar3 = m_strVar3; page.m_clrCurve1 = m_clrCurve1; page.m_clrCurve2 = m_clrCurve2; page.m_clrCurve3 = m_clrCurve3; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_nLowwer = page.m_nLowwer; m_nUpper = page.m_nUpper; m_strVar1 = page.m_strVar1; m_strVar2 = page.m_strVar2; m_strVar3 = page.m_strVar3; m_clrCurve1 = page.m_clrCurve1; m_clrCurve2 = page.m_clrCurve2; m_clrCurve3 = page.m_clrCurve3; return TRUE; } return FALSE; } bool CDrawCurve::Fresh(CRect &RECT) { SYSTEMTIME st; GetLocalTime(&st); if ( m_nSecond != st.wSecond ) { m_nSecond = st.wSecond; } else return true; if( g_nRunEditVarTick==0 ) g_nRunEditVarTick = GetTickCount(); if( GetTickCount()-g_nRunEditVarTick>1000*2 ) { g_bRunEditVar = false; } else if( g_bRunEditVar ) { //得到 上限，下限 int nLowwer1=0,nUpper1=0,nLowwer2=0,nUpper2=0,nLowwer3=0,nUpper3=0; pVariantsManager->GetAnalogValue(m_strVar1,nLowwer1,nUpper1); pVariantsManager->GetAnalogValue(m_strVar2,nLowwer2,nUpper2); pVariantsManager->GetAnalogValue(m_strVar3,nLowwer3,nUpper3); m_nLowwer = nLowwer1; if( nLowwer2nUpper1 && nUpper2>nUpper3 ) m_nUpper = nUpper2; if( nUpper3>nUpper1 && nUpper3>nUpper2 ) m_nUpper = nUpper3; if( m_nLowwer == m_nUpper ) { m_nLowwer = 0; m_nUpper = 2; } else { m_nLowwer = getMin( m_nLowwer ); m_nUpper = getMax( m_nUpper ); } //得到 描述 pVariantsManager->GetAnalogValue(m_strVar1,m_strVarDes1); pVariantsManager->GetAnalogValue(m_strVar2,m_strVarDes2); pVariantsManager->GetAnalogValue(m_strVar3,m_strVarDes3); } if ( !m_strVar1.IsEmpty() ) { for(int i=0; i<59; i++) { m_nValue1[i] = m_nValue1[i+1]; } m_fValue1 = pVariantsManager->GetAnalogValue(m_strVar1); m_nValue1[59] = (int)m_fValue1; } if ( !m_strVar2.IsEmpty() ) { for(int i=0; i<59; i++) { m_nValue2[i] = m_nValue2[i+1]; } m_fValue2 = pVariantsManager->GetAnalogValue(m_strVar2); m_nValue2[59] = (int)m_fValue2; } if ( !m_strVar3.IsEmpty() ) { for(int i=0; i<59; i++) { m_nValue3[i] = m_nValue3[i+1]; } m_fValue3 = pVariantsManager->GetAnalogValue(m_strVar3); m_nValue3[59] = (int)m_fValue3; } RECT = m_rect; return true; } void CDrawCurve::DrawCurve(CDC* pDC, CRect rect, int* data, COLORREF color) { rect.NormalizeRect(); CPen PenBackGrid(PS_SOLID, m_nLineWidth, color); CPen* pOldPen = pDC->SelectObject(&PenBackGrid); bool f = false; for (int i=0; i<60; i++) { CPoint point; point.x = rect.left+i*(1.0*rect.Width()/59); float rate = (1.0*(data[i]-m_nLowwer)) / (m_nUpper-m_nLowwer); point.y = rect.bottom - int(rect.Height()*rate); if (point.y > rect.bottom) point.y = rect.bottom; if (point.y < rect.top) point.y = rect.top; if (point.x < rect.left) point.x = rect.left; if (point.x > rect.right) point.x = rect.right; if ( !f && point.y!=rect.bottom ) { f = true; pDC->MoveTo(point); } else if ( f ) { pDC->LineTo(point); } } pDC->SelectObject(pOldPen); DeleteObject( PenBackGrid ); } //---------------------------------------------- CDrawHisCurve ------- IMPLEMENT_SERIAL(CDrawHisCurve, CDrawObj, 0) CDrawHisCurve::CDrawHisCurve():CDrawObj() { m_clrFill = RGB(255,255,255); m_clrCurve1 = RGB(255, 0, 0); m_clrCurve2 = RGB(0, 255, 0); m_clrCurve3 = RGB(0, 0, 255); m_clrLine = RGB(0,0,0); m_nLowwer = 0; m_nUpper = 200; m_strVar1 = ""; m_strVar2 = ""; m_strVar3 = ""; m_nFillMode = 1; for (int i=0; i<60; i++) { m_nValue1[i] = 0; m_nValue2[i] = 0; m_nValue3[i] = 0; } } CDrawObj* CDrawHisCurve::Clone(void) { CDrawHisCurve *pObj = new CDrawHisCurve; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_clrCurve1 = m_clrCurve1; pObj->m_clrCurve2 = m_clrCurve2; pObj->m_clrCurve3 = m_clrCurve3; pObj->m_nLowwer = m_nLowwer; pObj->m_nUpper = m_nUpper; pObj->m_strVar1 = m_strVar1; pObj->m_strVar2 = m_strVar2; pObj->m_strVar3 = m_strVar3; return pObj; } void CDrawHisCurve::Draw(CDC* pDC) { CDrawObj::Draw(pDC); CRect rect = m_rect; rect.NormalizeRect(); LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); if ( m_nFillMode < 8 ) { pDC->Rectangle(rect); } // 边框 pDC->DrawEdge(rect, BDR_RAISEDINNER, BF_RECT); CRect inner; inner.left = rect.left+40; inner.right = rect.right-10; inner.top = rect.top+10; inner.bottom = rect.bottom-30; // 显示60个点，1s一个点 if (bRuning) { if ( !m_strVar1.IsEmpty() ) { DrawCurve(pDC, inner, m_nValue1, m_clrCurve1); } if ( !m_strVar2.IsEmpty() ) { DrawCurve(pDC, inner, m_nValue2, m_clrCurve2); } if ( !m_strVar3.IsEmpty() ) { DrawCurve(pDC, inner, m_nValue3, m_clrCurve3); } } else { for (int i=0; i<60; i++) { m_nValue1[i] = 100+(i%10)*4-(i%15); m_nValue2[i] = 80+(i%15)*3-i; m_nValue3[i] = 60+(i%20)*3+i; } DrawCurve(pDC, inner, m_nValue1, m_clrCurve1); DrawCurve(pDC, inner, m_nValue2, m_clrCurve2); DrawCurve(pDC, inner, m_nValue3, m_clrCurve3); } // 网格 CPen penGrid(PS_DOT, 1, RGB(192, 192, 192)); CPen* pOldPen = pDC->SelectObject(&penGrid); for (int i=1; i<5; i++) { pDC->MoveTo(inner.left, inner.top+inner.Height()*i/5); pDC->LineTo(inner.right, inner.top+inner.Height()*i/5); } for (i=1; i<6; i++) { pDC->MoveTo(inner.left + inner.Width()*i/6, inner.top); pDC->LineTo(inner.left + inner.Width()*i/6, inner.bottom); } CPen penFrame(PS_SOLID, 1, RGB(0, 0, 0)); pDC->SelectObject(&penFrame); pDC->MoveTo(inner.left, inner.top); pDC->LineTo(inner.right, inner.top); pDC->LineTo(inner.right, inner.bottom); CRect leftKedu = inner; leftKedu.right = leftKedu.left + 5; DrawVKedu(pDC, leftKedu, 50, m_clrLine); CRect bottomKedu = inner; bottomKedu.top = leftKedu.bottom - 5; DrawHKedu(pDC, bottomKedu, 60, m_clrLine); pDC->SelectObject(pOldPen); DeleteObject( m_brush ); DeleteObject( penGrid ); DeleteObject( penFrame ); } void CDrawHisCurve::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_clrCurve1; ar << m_clrCurve2; ar << m_clrCurve3; ar << m_nLowwer; ar << m_nUpper; ar << m_strVar1; ar << m_strVar2; ar << m_strVar3; } else { ar >> m_clrCurve1; ar >> m_clrCurve2; ar >> m_clrCurve3; ar >> m_nLowwer; ar >> m_nUpper; ar >> m_strVar1; ar >> m_strVar2; ar >> m_strVar3; } } BOOL CDrawHisCurve::OnAttrib(CPropertySheet& sheet) { CurvePage page; page.m_nLowwer = m_nLowwer; page.m_nUpper = m_nUpper; page.m_strVar1 = m_strVar1; page.m_strVar2 = m_strVar2; page.m_strVar3 = m_strVar3; page.m_clrCurve1 = m_clrCurve1; page.m_clrCurve2 = m_clrCurve2; page.m_clrCurve3 = m_clrCurve3; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal() == IDOK ) { m_nLowwer = page.m_nLowwer; m_nUpper = page.m_nUpper; m_strVar1 = page.m_strVar1; m_strVar2 = page.m_strVar2; m_strVar3 = page.m_strVar3; m_clrCurve1 = page.m_clrCurve1; m_clrCurve2 = page.m_clrCurve2; m_clrCurve3 = page.m_clrCurve3; return TRUE; } return FALSE; } bool CDrawHisCurve::Fresh(CRect &RECT) { SYSTEMTIME st; GetLocalTime(&st); if ( m_nSecond != st.wSecond ) { m_nSecond = st.wSecond; } else return true; if ( !m_strVar1.IsEmpty() ) { for(int i=0; i<59; i++) { m_nValue1[i] = m_nValue1[i+1]; } m_nValue1[59] = (int) pVariantsManager->GetAnalogValue(m_strVar1); } if ( !m_strVar2.IsEmpty() ) { for(int i=0; i<59; i++) { m_nValue2[i] = m_nValue2[i+1]; } m_nValue2[59] = (int) pVariantsManager->GetAnalogValue(m_strVar2); } if ( !m_strVar3.IsEmpty() ) { for(int i=0; i<59; i++) { m_nValue3[i] = m_nValue3[i+1]; } m_nValue3[59] = (int) pVariantsManager->GetAnalogValue(m_strVar3); } RECT = m_rect; return true; } void CDrawHisCurve::DrawCurve(CDC* pDC, CRect rect, int* data, COLORREF color) { rect.NormalizeRect(); CPen PenBackGrid(PS_SOLID, 1, color); CPen* pOldPen = pDC->SelectObject(&PenBackGrid); for (int i=0; i<60; i++) { CPoint point; point.x = rect.left+i*(1.0*rect.Width()/59); float rate = (1.0*(data[i]-m_nLowwer)) / (m_nUpper-m_nLowwer); point.y = rect.bottom - int(rect.Height()*rate); if (point.y > rect.bottom) point.y = rect.bottom; if (point.y < rect.top) point.y = rect.top; if (point.x < rect.left) point.x = rect.left; if (point.x > rect.right) point.x = rect.right; if ( i==0) { pDC->MoveTo(point); } else { pDC->LineTo(point); } } pDC->SelectObject(pOldPen); } //---------------------------------------------- CDrawOCX -------- IMPLEMENT_SERIAL(CDrawOCX, CDrawObj, 0) CDrawOCX::CDrawOCX():CDrawObj() { m_clrFore = RGB( 0x80,0x00,0x00 );; m_clrBack = RGB( 0xD1,0xE1,0xF8 );//(120, 120, 120); m_strCaption = "OCX"; m_strOcxPath = ""; m_nOcxIndex = 0; } CDrawObj* CDrawOCX::Clone(void) { CDrawOCX *pObj = new CDrawOCX; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strOcxPath = m_strOcxPath; pObj->m_nOcxIndex = m_nOcxIndex; return pObj; } bool CDrawOCX::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); RECT = m_rect; if ( !m_bShow ) { m_bShowtemp = FALSE; return true; } else if( !m_bShowtemp ) { m_bShowtemp = TRUE; return true; } else return false; } void CDrawOCX::Draw(CDC* pDC) { if ( !m_bShow && bRuning) return; if (!g_bRun) { CRect rect = m_rctCurrent; COLORREF color = m_clrCurrentBack; if (!bRuning) { rect = m_rect; color = m_clrBack; } pDC->FillSolidRect(rect, color); CPen pen(GetPenStyle(m_strLineType), 5, RGB(255, 128, 0) ); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); pDC->Rectangle(rect); CBrush *pBrushNull=CBrush::FromHandle((HBRUSH)GetStockObject(NULL_BRUSH)) ; pOldBrush=pDC->SelectObject(pBrushNull);//选入设备描述表 CPen pen2(GetPenStyle(m_strLineType), 2, RGB(255, 255, 255) ); pOldPen = pDC->SelectObject(&pen2); //rect.left+=1; //rect.right-=1; //rect.top+=1; //rect.bottom-=1; pDC->Rectangle(rect); pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DrawText(pDC); DeleteObject( m_brush ); DeleteObject( pBrushNull ); DeleteObject( pen ); DeleteObject( pen2 ); } else { } } void CDrawOCX::DrawText(CDC* pDC) { CFont *pFont=NULL; COLORREF clrFore = m_clrFore; CRect rect = m_rect; if ( bRuning ) { clrFore = m_clrCurrentFore; rect = m_rctCurrent; } pDC->SetTextColor(clrFore); pDC->SetTextAlign(TA_LEFT|TA_TOP); CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); int height = abs(m_logfont.lfHeight); rect.NormalizeRect(); int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; //if(rect.Width()>=rect.Height()) { pFont = new CFont; pFont->CreateFont(rect.Height()*2/4, // nHeight 0, // nWidth 0, // nEscapement 0, // nOrientation FW_BOLD, // nWeight false, // bItalic FALSE, // bUnderline 0, // cStrikeOut ANSI_CHARSET, // nCharSet OUT_DEFAULT_PRECIS, // nOutPrecision CLIP_DEFAULT_PRECIS, // nClipPrecision DEFAULT_QUALITY, // nQuality DEFAULT_PITCH | FF_SWISS, // nPitchAndFamily _T("黑体")); // lpszFac pDC->SelectObject( pFont ); pDC->DrawText(m_strCaption, -1, &rect, DT_CENTER | DT_VCENTER | DT_SINGLELINE); } DeleteObject( font ); pDC->SelectObject(pOldFont); if( pFont ) delete pFont; } BOOL CDrawOCX::OnAttrib(CPropertySheet& sheet) { CDlg_OCX page; page.m_sEdit_OCXPath = m_strOcxPath; page.m_nComb_OCXIndex = m_nOcxIndex; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_strOcxPath = page.m_sEdit_OCXPath; m_nOcxIndex = page.m_nComb_OCXIndex; return TRUE; } return FALSE; } void CDrawOCX::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_strOcxPath; ar << m_nOcxIndex; } else { ar >> m_strOcxPath; ar >> m_nOcxIndex; } } //---------------------------------------------- CDrawFlash -------- IMPLEMENT_SERIAL(CDrawFlash, CDrawObj, 0) CDrawFlash::CDrawFlash():CDrawObj() { m_clrFore = RGB( 0x80,0x00,0x00 );; m_clrBack = RGB( 0xD1,0xE1,0xF8 );//(120, 120, 120); m_strCaption = "swf"; m_strFlashPath = ""; m_pCtrlFlash = NULL; m_bFlashCreate = false; } CDrawFlash::~CDrawFlash() { if( m_pCtrlFlash ) { delete m_pCtrlFlash; m_pCtrlFlash = NULL; m_bFlashCreate = false; } } CDrawObj* CDrawFlash::Clone(void) { CDrawFlash *pObj = new CDrawFlash; *((CDrawObj*)pObj) = *(CDrawObj*)this; pObj->m_strFlashPath = m_strFlashPath; return pObj; } void CDrawFlash::Serialize(CArchive& ar) { CDrawObj::Serialize(ar); if(ar.IsStoring()) { ar << m_strFlashPath; } else { ar >> m_strFlashPath; } } bool CDrawFlash::Fresh(CRect &RECT) { CDrawObj::Fresh(RECT); RECT = m_rect; #if 1 if( m_pCtrlFlash ) { CRect rect = m_rect; rect.NormalizeRect(); int nX1 = rect.left; int nY1 = rect.top; CPoint pt(nX1, nY1); CMainFrame* pFrame = (CMainFrame*)AfxGetApp()->GetMainWnd(); HWND hwnd = pFrame->m_pActiveView->m_hWnd; //m_image->InitAnimation(hwnd, pt); if( !m_bFlashCreate && m_strFlashPath!="" ) { m_bFlashCreate = true; m_pCtrlFlash->Create( "","",WS_CHILD|WS_VISIBLE,rect,CWnd::FromHandle(hwnd),10000 ); char curDir[256] = {0}; strcpy(curDir, g_strDirectory); strcat(curDir, "\\"); strcat(curDir, _BITMAPDIR); CString strFileName = m_strFlashPath;//CString(curDir) + m_pCtrlFlash->SetMovie( strFileName ); } int a = rand()%100; CString str; str.Format("当前值：%d",a ); if( m_pCtrlFlash ) m_pCtrlFlash->SetVariable( "a",str ); } #endif if ( !m_bShow ) { m_bShowtemp = FALSE; return true; } else if( !m_bShowtemp ) { m_bShowtemp = TRUE; return true; } else return false; } void CDrawFlash::Draw(CDC* pDC) { if ( !m_bShow && bRuning) { if( m_pCtrlFlash ) { delete m_pCtrlFlash; m_pCtrlFlash = NULL; m_bFlashCreate = false; } return; } if (!g_bRun) { CRect rect = m_rctCurrent; COLORREF color = m_clrCurrentBack; if (!bRuning) { rect = m_rect; color = m_clrBack; } pDC->FillSolidRect(rect, color); CPen pen(GetPenStyle(m_strLineType), 5, RGB(255, 128, 0) ); CPen* pOldPen = pDC->SelectObject(&pen); // CBrush LOGBRUSH brushlog = GetBrush(); CBrush m_brush; m_brush.CreateBrushIndirect(&brushlog); CBrush* pOldBrush=(CBrush*)pDC->SelectObject(&m_brush); pDC->Rectangle(rect); CBrush *pBrushNull=CBrush::FromHandle((HBRUSH)GetStockObject(NULL_BRUSH)) ; pOldBrush=pDC->SelectObject(pBrushNull);//选入设备描述表 CPen pen2(GetPenStyle(m_strLineType), 2, RGB(255, 255, 255) ); pOldPen = pDC->SelectObject(&pen2); //rect.left+=1; //rect.right-=1; //rect.top+=1; //rect.bottom-=1; pDC->Rectangle(rect); pDC->SelectObject(pOldPen); pDC->SelectObject(pOldBrush); DrawText(pDC); DeleteObject( m_brush ); DeleteObject( pBrushNull ); DeleteObject( pen ); DeleteObject( pen2 ); } if( g_bRun ) { if( m_pCtrlFlash==NULL ) { //char curDir[256] = {0}; ////strcpy(curDir, g_strDirectory); //strcat(curDir, ".\\\\"); //strcat(curDir, _BITMAPDIR); //if( m_strStaticFile=="" )//gif 路徑為Bitmap，默認名為StounU.gif // m_strStaticFile = "StounU.gif"; //CString strGifFileName = CString(curDir) + m_strStaticFile; //GDI+ m_pCtrlFlash = new CShockwaveFlash(); } if( m_pCtrlFlash ) { CRect rect = m_rect; rect.NormalizeRect(); int nX1 = rect.left; int nY1 = rect.top; CPoint pt(nX1, nY1); CMainFrame* pFrame = (CMainFrame*)AfxGetApp()->GetMainWnd(); HWND hwnd = pFrame->m_pActiveView->m_hWnd; //m_image->InitAnimation(hwnd, pt); if( !m_bFlashCreate && m_strFlashPath!="" ) { m_bFlashCreate = true; m_pCtrlFlash->Create( "","",WS_CHILD|WS_VISIBLE,rect,CWnd::FromHandle(hwnd),10000 ); char curDir[256] = {0}; strcpy(curDir, g_strDirectory); strcat(curDir, "\\"); strcat(curDir, _BITMAPDIR); CString strFileName = m_strFlashPath;//CString(curDir) + m_pCtrlFlash->SetMovie( strFileName ); } int a = rand()%100; CString str; str.Format("当前值：%d",a ); if( m_pCtrlFlash ) m_pCtrlFlash->SetVariable( "a",str ); } } } BOOL CDrawFlash::OnAttrib(CPropertySheet& sheet) { CDlg_Flash page; page.m_sEdit_FlashPath = m_strFlashPath; sheet.AddPage(&page); sheet.Construct(g_strParamSet); sheet.m_psh.dwFlags |= PSH_NOAPPLYNOW; if( sheet.DoModal()==IDOK ) { m_strFlashPath = page.m_sEdit_FlashPath; return TRUE; } return FALSE; } void CDrawFlash::DrawText(CDC* pDC) { CFont *pFont=NULL; COLORREF clrFore = m_clrFore; CRect rect = m_rect; if ( bRuning ) { clrFore = m_clrCurrentFore; rect = m_rctCurrent; } pDC->SetTextColor(clrFore); pDC->SetTextAlign(TA_LEFT|TA_TOP); CFont font; font.CreateFontIndirect(&m_logfont); CFont* pOldFont = pDC->SelectObject(&font); int height = abs(m_logfont.lfHeight); rect.NormalizeRect(); int nX0 = (rect.left+rect.right) / 2; int nY0 = (rect.top+rect.bottom) / 2; //if(rect.Width()>=rect.Height()) { pFont = new CFont; pFont->CreateFont(rect.Height()*2/4, // nHeight 0, // nWidth 0, // nEscapement 0, // nOrientation FW_BOLD, // nWeight false, // bItalic FALSE, // bUnderline 0, // cStrikeOut ANSI_CHARSET, // nCharSet OUT_DEFAULT_PRECIS, // nOutPrecision CLIP_DEFAULT_PRECIS, // nClipPrecision DEFAULT_QUALITY, // nQuality DEFAULT_PITCH | FF_SWISS, // nPitchAndFamily _T("黑体")); // lpszFac pDC->SelectObject( pFont ); pDC->DrawText(m_strCaption, -1, &rect, DT_CENTER | DT_VCENTER | DT_SINGLELINE); } pDC->SelectObject(pOldFont); DeleteObject( font ); if( pFont ) delete pFont; }