void CReportCtrl::RemoveEditOptions(CXTPReportRecordItem *pItem,DWORD_PTR dwData)
{
CXTPReportRecordItemEditOptions *pEditOptions = pItem->GetEditOptions(NULL);
ASSERT(pEditOptions != NULL);
CXTPReportRecordItemConstraints *pConstraints = pEditOptions->GetConstraints();
ASSERT(pConstraints != NULL);
CXTPReportRecordItemConstraint *pConstraint = pEditOptions->FindConstraint(dwData);
ASSERT (pConstraint != NULL);
CDWordArray dwDatas;
CStringArray strConstraints;
for (int i=0; i<pConstraints->GetCount(); ++i)
{
CXTPReportRecordItemConstraint *pConstraint = pConstraints->GetAt(i);
if (pConstraint->m_dwData != dwData)
{
dwDatas.Add(pConstraint->m_dwData);
strConstraints.Add(pConstraint->m_strConstraint);
}
}
pConstraints->RemoveAll();
for (int i=0; i<dwDatas.GetCount(); ++i)
pEditOptions->AddConstraint(strConstraints[i],dwDatas[i]);
}
BOOL CALLBACK EnumMonitorProc(HMONITOR hMonitor, HDC hdc, LPRECT prc, LPARAM lParam)
{
CDWordArray *parrHMonitor = (CDWordArray *)lParam;
parrHMonitor->Add((DWORD)hMonitor);
return TRUE;
}
int CTDLFindResultsListCtrl::GetResultIDs(const CFilteredToDoCtrl* pTDC, CDWordArray& aTaskIDs) const
{
CFTDResultsArray aResults;
int nNumRes = GetResults(pTDC, aResults);
for (int nRes = 0; nRes < nNumRes; nRes++)
aTaskIDs.Add(aResults[nRes].dwTaskID);
return aResults.GetSize();
}
bool CAcceleratorManager::Write()
{
CDWordArray AccelsDatasArray;
CDWordArray CmdDatasArray;
int iCount = 0;
CCmdAccelOb*pCmdAccel;
CAccelsOb* pAccel;
DWORD dwAccelData;
WORD wKey;
POSITION pos = m_mapAccelTable.GetStartPosition();
while (pos != NULL)
{
m_mapAccelTable.GetNextAssoc(pos, wKey, pCmdAccel);
CmdDatasArray.RemoveAll();
POSITION pos = pCmdAccel->m_Accels.GetHeadPosition();
while (pos != NULL)
{
pAccel = pCmdAccel->m_Accels.GetNext(pos);
// if (!pAccel->m_bLocked) {
dwAccelData = pAccel->GetData();
CmdDatasArray.Add(dwAccelData);
// }
}
if (CmdDatasArray.GetSize() > 0)
{
CmdDatasArray.InsertAt(0, MAKELONG(pCmdAccel->m_wIDCommand, CmdDatasArray.GetSize()));
AccelsDatasArray.Append(CmdDatasArray);
iCount++;
}
}
// AccelsDatasArray.InsertAt(0, MAKELONG(65535, iCount));
int count = AccelsDatasArray.GetSize();
DWORD *data = (DWORD *)malloc(count * sizeof(DWORD));
ASSERT(data != NULL);
for (int index = 0; index < count; index++)
data[index] = AccelsDatasArray[index];
regSetBinaryValue("keyboard", (char *)data, count*sizeof(DWORD));
AccelsDatasArray.RemoveAll();
CmdDatasArray.RemoveAll();
free(data);
return true;
}
// When starting a mouse-key select, the anchor point, and all contiguous
// selections that are not in the path of the current item can remain
// selected. All other selections are tossed, like Exploder does.
void CMultiSelTreeCtrl::DoKeyedDeselect( BOOL scrollingDown )
{
CDWordArray keepSet;
HTREEITEM currentItem= m_AnchorItem;
// Record the contiguous selection's we're keeping
keepSet.Add( (DWORD) m_AnchorItem );
while(1)
{
if( scrollingDown )
currentItem= GetPrevSiblingItem( currentItem);
else
currentItem= GetNextSiblingItem( currentItem);
if( currentItem == NULL || !IsSelected( currentItem ) )
break;
keepSet.Add( (DWORD) currentItem );
}
// Unselect everything
//
int i;
for( i= m_SelectionSet.GetSize()-1; i >= 0; i-- )
{
currentItem= (HTREEITEM) m_SelectionSet.GetAt(i);
// Undo any display atts
SetItemState(currentItem, 0, TVIS_CUT | TVIS_BOLD | TVIS_SELECTED);
}
// Then select everything in the keepset
//
m_SelectionSet.RemoveAll();
for( i= keepSet.GetSize()-1; i>=0; i-- )
SetSelectState( (HTREEITEM) keepSet.GetAt(i), TRUE );
m_PendingKeyedDeselect= FALSE;
ShowNbrSelected();
}
BOOL CTDCTaskListCtrl::SelectItem(int nItem)
{
m_lcTasks.SetSelectionMark(nItem);
m_lcColumns.SetSelectionMark(nItem);
// avoid unnecessary selections
if ((GetSelectedCount() == 1) && (GetSelectedItem() == nItem))
return TRUE;
CDWordArray aTaskIDs;
aTaskIDs.Add(GetTaskID(nItem));
return SelectTasks(aTaskIDs);
}
CDWordArray *CGhostTextBuffer:: /* virtual override */
CopyRevisionNumbers(int nStartLine, int nEndLine) const
{
CDWordArray *paSavedRevisionNumbers = CCrystalTextBuffer::CopyRevisionNumbers(nStartLine, nEndLine);
for (int nLine = nEndLine; nLine >= nStartLine; --nLine)
{
if ((GetLineFlags(nLine) & LF_GHOST) != 0)
paSavedRevisionNumbers->RemoveAt(nLine - nStartLine);
}
if ((GetLineFlags(nEndLine) & LF_GHOST) != 0)
{
for (int nLine = nEndLine + 1; nLine < GetLineCount(); ++nLine)
if ((GetLineFlags(nLine) & LF_GHOST) == 0)
{
paSavedRevisionNumbers->Add(GetLineFlags(nLine));
break;
}
}
return paSavedRevisionNumbers;
}
void CCLLKDlg::StartNewGame(void)
{
CTime t=CTime::GetCurrentTime();
tGameTime=t;
strTiShi1="系统时间:"+t.Format("%H:%M:%S");
m_StatusBar.SetText(strTiShi1,2,0);
strTiShi2.Format(" 该局时间:00:00:00");
m_StatusBar.SetText(strTiShi2,1,0);
strTiShi3.Format("当前游戏:%d行%d列%d种方块",m_nRow-2,m_nCol-2,m_Kind);
m_StatusBar.SetText(strTiShi3,0,0);
delete[] m_map;
m_map=new int[m_nCol*m_nRow];
for (int iNum=0;iNum<(m_nCol*m_nRow);iNum++)
{
m_map[iNum]=BLANK_STATE;
}
srand(time(NULL));
CDWordArray tmpMap;
for (int i=0;i<(m_nRow-2)*(m_nCol-2)/2;i++)
{
int x=rand()%m_Kind;
tmpMap.Add(x);
tmpMap.Add(x);
}
for (int i=1;i<(m_nCol-1);i++)
{
for (int j=1;j<(m_nRow-1);j++)
{
INT_PTR nIndex=(int(rand()*0.1+rand()*0.01+rand()))%tmpMap.GetSize();
m_map[i+j*m_nCol]=tmpMap.GetAt(nIndex);
tmpMap.RemoveAt(nIndex);
}
}
Invalidate(false);
}
void CHexEdit :: GetNumbers ( CDWordArray & cArray )
{
// Get the array into shape.
cArray.RemoveAll ( ) ;
CString strRaw ;
GetWindowText ( strRaw ) ;
TCHAR * szBuff = (TCHAR*)new TCHAR[ strRaw.GetLength ( ) +
1 * sizeof ( TCHAR ) ] ;
_tcscpy ( szBuff , (LPCTSTR)strRaw ) ;
// Use good ol' strtok to do the deed.
TCHAR * pCurr = _tcstok ( szBuff , k_DELIMS ) ;
while ( NULL != pCurr )
{
// Try and convert it to an value. I'm taking the easy way out.
DWORD dwAddr ;
int iRet = _stscanf ( pCurr ,
_T ( "%x" ) ,
&dwAddr ) ;
if ( 1 != iRet )
{
CString sMsg ;
sMsg.FormatMessage ( IDS_LOADADDRBADCONVERSION ,
pCurr ) ;
AfxMessageBox ( sMsg ) ;
}
else
{
cArray.Add ( dwAddr ) ;
}
pCurr = _tcstok ( NULL , k_DELIMS ) ;
}
delete [] szBuff ;
}
void CTDCTaskListCtrl::RestoreSelection(const TDCSELECTIONCACHE& cache)
{
if (cache.aSelTaskIDs.GetSize() == 0)
{
DeselectAll();
return;
}
DWORD dwFocusedTaskID = cache.dwFocusedTaskID;
ASSERT(dwFocusedTaskID);
if (FindTaskItem(dwFocusedTaskID) == -1)
{
dwFocusedTaskID = 0;
int nID = cache.aBreadcrumbs.GetSize();
while (nID--)
{
dwFocusedTaskID = cache.aBreadcrumbs[nID];
if (FindTaskItem(dwFocusedTaskID) != -1)
break;
else
dwFocusedTaskID = 0;
}
}
// add focused task if it isn't already
CDWordArray aTaskIDs;
aTaskIDs.Copy(cache.aSelTaskIDs);
if (Misc::FindT(aTaskIDs, dwFocusedTaskID) == -1)
aTaskIDs.Add(dwFocusedTaskID);
SetSelectedTasks(aTaskIDs, dwFocusedTaskID);
// restore pos
if (cache.dwFirstVisibleTaskID)
SetTopIndex(FindTaskItem(cache.dwFirstVisibleTaskID));
}
BOOL CWindowGroups::ArrangeWindows(CWnd *pParentWindow)
{
int i;
RECT rect = { 0, 0, 0, 0 };
const DWORD dwYStep = static_cast<DWORD>(NewGUI_Scale(WG_Y_STEP, pParentWindow));
CDWordArray aPos;
aPos.RemoveAll();
const DWORD dwXOffset = static_cast<DWORD>(NewGUI_Scale(WG_OFFSET_LEFT, pParentWindow));
const DWORD dwYOffset = static_cast<DWORD>(NewGUI_Scale(WG_OFFSET_TOP, pParentWindow));
for(i = 0; i < m_aWindows.GetSize(); i++) aPos.Add(dwYOffset);
for(i = 0; i < m_aWindows.GetSize(); i++)
{
if((m_aFlags.GetAt(i) & WGF_REPOSITION) == 0) continue;
CWnd *p = (CWnd *)m_aWindows.GetAt(i);
if(p != NULL)
{
p->GetWindowRect(&rect);
rect.right = rect.right - rect.left; // Coords to sizes
rect.bottom = rect.bottom - rect.top;
}
rect.top = (LONG)aPos.GetAt((int)m_aGroupIDs.GetAt(i));
rect.left = dwXOffset;
if(p != NULL)
p->MoveWindow(rect.left, rect.top, rect.right, rect.bottom, TRUE);
aPos.SetAt((int)m_aGroupIDs.GetAt(i), (DWORD)rect.top + dwYStep);
}
aPos.RemoveAll();
return TRUE;
}
int
HoldemWinnerCalculator::GetBestHandCardValue(int nCard1, int nCard2, int nCard3, int nCard4,
int nTableCard1, int nTableCard2, int nTableCard3, int nTableCard4, int nTableCard5,
PokerHandCardsClass& cardsClass, CDWordArray& arrCardsIdx){
UNUSED(nCard3);
UNUSED(nCard4);
if( nTableCard1 <= -1 || nTableCard2 <= -1 || nTableCard3 <= -1 ){
cardsClass = PokerHandCardsClass::CardsClass_None;
return PokerHandCardsClass::CardsClass_None;
}
int arrCards[] = { GetCardValue(nTableCard1), GetCardValue(nTableCard2),
GetCardValue(nTableCard3), GetCardValue(nTableCard4),
GetCardValue(nTableCard5)};
int arrCardsReplaced[] = { arrCards[0], arrCards[1], arrCards[2], arrCards[3], arrCards[4]};
int arrWinnerCardsIdx[] = { 4, 5, 6, 7, 8 }; // Copy best combinations card indexes.((0, 1, 2, 3) - identifies hand cards (4, 5, 6, 7, 8) = identifies table cards)
int nHandCardVal1 = GetCardValue(nCard1);
int nHandCardVal2 = GetCardValue(nCard2);
int nBestHandCardsVal = 0x7fffffff;
int nBestHandCardsValTemp = 0;
// 3 table cards
if( nTableCard4 <= -1 ){
arrCardsReplaced[3] = nHandCardVal1;
arrCardsReplaced[4] = nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 0; // hand card 1
arrWinnerCardsIdx[4] = 1; // hand card 2
}
}
else
// 4 table cards.
if( nTableCard5 <= -1 ){
arrCardsReplaced[4] = nHandCardVal1;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 0; // hand card 1
}
for( int j=0; j<4; j++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = nHandCardVal2;
arrCardsReplaced[4] = nHandCardVal1;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 8; // table card 5 index
arrWinnerCardsIdx[j] = 1; // hand card 2 index
arrWinnerCardsIdx[4] = 0; // hand card 1 index
}
}
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[4] = nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 1; // hand card 2 index
}
for( int j=0; j<4; j++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = nHandCardVal1;
arrCardsReplaced[4] = nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 1; // hand card 2 index
arrWinnerCardsIdx[j] = 0; // hand card 1 index
}
}
}
// 5 table cards.
else{
for( int j=0; j<5; j++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = nHandCardVal1;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 8; // table card 5 index
arrWinnerCardsIdx[j] = 0; // hand card 1 index
}
}
for( int j=0; j<5; j++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 8; // table card 5 index
arrWinnerCardsIdx[j] = 1; // hand card 2 index
}
}
for( int j=0; j<5; j++ ){
for( int k=j+1; k<5; k++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = nHandCardVal1;
arrCardsReplaced[k] = nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 8; // table card 5 index
arrWinnerCardsIdx[j] = 0; // hand card 1 index
arrWinnerCardsIdx[k] = 1; // hand card 2 index
}
}
}
}
_String sClassName;
cardsClass = CardsHandClass(nBestHandCardsVal, &sClassName);
if( cardsClass != PokerHandCardsClass::CardsClass_None ){
arrCardsIdx.Add(arrWinnerCardsIdx[0]);
arrCardsIdx.Add(arrWinnerCardsIdx[1]);
arrCardsIdx.Add(arrWinnerCardsIdx[2]);
arrCardsIdx.Add(arrWinnerCardsIdx[3]);
arrCardsIdx.Add(arrWinnerCardsIdx[4]);
}
return nBestHandCardsVal;
}
CResult * CMarkovChain::OnCMarkovChain(CDataInterface *pDataInterface, string VO)
{
CResult * pResult;
pResult = new CResult("马尔可夫链");
m_pResult = pResult;
m_pDataInterface = pDataInterface;
if (!GetValueFromVo(pDataInterface, VO))
{
CTString strWarning = "读取参数发生错误，请重新运行！";
CRsltElementText * pWarningTextRslt = new CRsltElementText( "错误!" );
pWarningTextRslt->AddString( strWarning );
m_pResult->Add( pWarningTextRslt );
return pResult;
}
CDWordArray indexary;
CDoubleMatrix Data_Matrix;
indexary.Add(m_nUserID);
indexary.Add(m_nPath);
// if (m_nTime > -1)
// indexary.Add(m_nTime);
m_nRow = pDataInterface->GetColsData(indexary, Data_Matrix, 0);//取回界面数据
// if (m_nTime > -1)
// {
// CDoubleVector tempSort_vec = Data_Matrix(2);
// CIntVector tempSort_id(m_nRow);
// tempSort_vec.Sort(tempSort_id);
// m_ID_vec.create(m_nRow);
// m_Path_vec.create(m_nRow);
// for (int j=0; j<m_nRow; j++)
// {
// m_ID_vec(j) = Data_Matrix(0, tempSort_id(j)-1);
// m_Path_vec(j) = Data_Matrix(1, tempSort_id(j)-1);
// }
// }
// else
{
m_ID_vec = Data_Matrix(0);
m_Path_vec = Data_Matrix(1);
}
if (Main() )
{
DrawResult();
}
else
{
CTString strWarning = "数据无法计算，请重新运行！";
CRsltElementText * pWarningTextRslt = new CRsltElementText( "错误!" );
pWarningTextRslt->AddString( strWarning );
m_pResult->Add( pWarningTextRslt );
return pResult;
}
// if (m_bSaveModle)
// {
// ...
// }
return pResult;
}
CResult * CMarkovChain::OnMorkovChainPred(CDataInterface *pDataInterface, string VO)//外部调用预测函数
{
m_pResult = new CResult("线性回归模型预测结果");
m_pDataInterface = pDataInterface;
if (!GetPredValueVo(pDataInterface, VO))//读参数及模型
{
CRsltElementText * pWarningTextRslt = new CRsltElementText( "错误!" );
pWarningTextRslt->AddString( "模型参数有误，无法运行。" );
m_pResult->Add( pWarningTextRslt );
return m_pResult;
}
//读取数据
CDWordArray indexary;
CDoubleMatrix Data_Matrix;
indexary.Add(m_nUserID);
indexary.Add(m_nPath);
m_nRow = pDataInterface->GetColsData(indexary, Data_Matrix, 0);//取回界面数据
m_ID_vec = Data_Matrix(0);
m_Path_vec = Data_Matrix(1);
CDoubleVector start_vec(m_nRow);
CDoubleVector pairID_vec(m_nRow);
CDoubleVector length_vec(m_nRow, 0);
int i=0, L, id=0;
// 数据准备(Preprocessing) begin
//
while (i < m_nRow)
{
L=0;
start_vec(id) = i;
pairID_vec(id) = m_ID_vec(i);
while (pairID_vec(id) == m_ID_vec(i))
{
length_vec(id)++;
i++;
if (i >= m_nRow)
{
break;
}
}
id++;
}
m_nTotalID = id;
start_vec.resize(m_nTotalID);
pairID_vec.resize(m_nTotalID);
length_vec.resize(m_nTotalID);
//数据准备(Preprocessing) end
//开始计算
int k, t;
CDoubleMatrix responsibility(m_nTotalID, m_nCluster);
for (i=0; i<m_nTotalID; i++)
{
L=length_vec(i);
for (k=0; k<m_nCluster; k++)
{
double temp = 1;
for (t=start_vec(i); t<start_vec(i)+L-1; t++)
{
temp *= m_Theta_Trans[k](m_Path_vec(t)-1,m_Path_vec(t+1)-1);
}
responsibility(i,k) = temp;
}
}
for (i=0; i<m_nCluster; i++) // Normalization of the responsibilities
{
double s = 0;
for (k=0; k<m_nCluster; k++)
{
s = s + responsibility(i,k);
}
for (k=0; k<m_nCluster; k++)
{
responsibility(i,k) = responsibility(i,k)/s;
}
}
m_VecClus.create(m_nTotalID);
for (i=0; i<m_nTotalID; i++)
{
int which = 0;
for (k=0; k<m_nCluster; k++)
{
if (responsibility(i, which) > responsibility(i,k))
{
which = k;
}
}
m_VecClus(i) = which;
}
//完成计算
DrawResult();
return m_pResult;
}
void AFXAPI DDX_Text(CDataExchange* pDX, int nIDC, CDWordArray& avalue)
{
HWND hWndCtrl = pDX->PrepareEditCtrl(nIDC);
CString value;
if (pDX->m_bSaveAndValidate)
{
int nLen = ::GetWindowTextLength(hWndCtrl);
::GetWindowText(hWndCtrl, value.GetBufferSetLength(nLen), nLen+1);
value.ReleaseBuffer();
//all this loop should be replaced by a regular expression search engine
std::string svalue(value);
int idata1,idata2=0;
int index=0;
WORD first,last;
bool bFlag;
do{
bFlag=false;
do{
idata1=svalue.find_first_of("0123456789",idata2);
first=svalue[idata1]-'0';
if(idata1==std::string::npos){
break;
}
idata1=svalue.find_first_of("-",idata1);
if(idata1==std::string::npos){
break;
}
idata1=svalue.find_first_of("0123456789",idata1);
last=svalue[idata1]-'0';
if(idata1==std::string::npos){
break;
}
if(idata1-idata2>2){
break;
}
avalue.Add(MAKELONG(first,last));
idata2+=3;
bFlag=true;
}while(0);
do{
idata1=svalue.find_first_of("0123456789",idata2);
first=svalue[idata1]-'0';
if(idata1==std::string::npos){
break;
}
idata1=svalue.find_first_of(",",idata1);
if(idata1==std::string::npos){
break;
}
if(idata1-idata2>1){
break;
}
avalue.Add(MAKELONG(first,first));
idata2+=2;
bFlag=true;
}while(0);
}while(bFlag);
}
else
{
//AfxSetWindowText(hWndCtrl, value);
}
}
bool CHistogram::CalcHistogram()
{
int i=0, j=0, k=0;
int nIndex=0, nPtCnt=0, nGroupIndex=0;
int nColIndex=0, nRowCount=0, nDataType=0;
double fTmp=0;
CDWordArray arrCol;
CMapManager dataMap;
CDoubleMatrix dataMatrix;
CIntVector vIndex;
CDoubleVector v;
CTString szTemp("");
CTString szFldNameX("");
CTString szFldNameY("");
if (m_tVarY.iCount > 0)
{
for (i=0; i<m_tVarY.iCount; i++)
{
nGroupIndex = m_tVarY.pValue[i];
szFldNameY = m_pDataInterface->GetFieldName(nGroupIndex);
for (j=0; j<m_tVarX.iCount; j++)
{
nColIndex = m_tVarX.pValue[j];
arrCol.Add(nGroupIndex);
arrCol.Add(nColIndex);
szFldNameX = m_pDataInterface->GetFieldName(nColIndex);
nRowCount = m_pDataInterface->GetColsData(arrCol,dataMatrix,dataMap);
if (nRowCount < 1)
{
szTemp.Format("%s中的有效数据太少（分组变量＝%s，数据变量＝%s），无法绘图，请检查,Line=%d,File=%s",m_szChartName.GetData(),szFldNameY.GetData(),szFldNameX.GetData(),__LINE__,__FILE__);
m_szErrMsg += szTemp;
arrCol.RemoveAll();
dataMap.Clear();
dataMatrix.destroy();
continue;
}
//有效数据
v.create(nRowCount);
CDoubleVector v1 = dataMatrix(0);
CDoubleVector v2 = dataMatrix(1);
v1.Sort(vIndex);
fTmp = v1(0);
nIndex = 0;
for (k=0; k<nRowCount; k++)
{
if (fTmp == v1(k))
{
v(nIndex) = v2(vIndex(k)-1);
nIndex ++;
continue;
}
szTemp = GetLabel(dataMap,0,nGroupIndex,fTmp);
szTemp = "\n" + szTemp;
//直方图
v.resize(nIndex);
CalcHistogram(v,szFldNameX+szTemp);
v.destroy();
v.create(nRowCount);
fTmp = v1(k);
nIndex =0;
v(nIndex) = v2(vIndex(k)-1);
}
//最后
szTemp = GetLabel(dataMap,0,nGroupIndex,fTmp);
szTemp = "\n" + szTemp;
//直方图
v.resize(nIndex);
CalcHistogram(v,szFldNameX+szTemp);
v.destroy();
v.create(nRowCount);
//释放内存
vIndex.destroy();
dataMap.Clear();
arrCol.RemoveAll();
dataMatrix.destroy();
}
}
}
else
{
for (i=0; i<m_tVarX.iCount; i++)
{
nColIndex = m_tVarX.pValue[i];
arrCol.Add(nColIndex);
szFldNameX = m_pDataInterface->GetFieldName(nColIndex);
nRowCount = m_pDataInterface->GetColsData(arrCol,dataMatrix,0);
if (nRowCount < 1)
{
szTemp.Format("%s中的有效数据太少（%s），无法绘图，请检查,Line=%d,File=%s",m_szChartName.GetData(),szFldNameX.GetData(),__LINE__,__FILE__);
m_szErrMsg += szTemp;
arrCol.RemoveAll();
dataMatrix.destroy();
continue;
}
//有效数据
v = dataMatrix(0);
//直方图
CalcHistogram(v,szFldNameX);
//释放内存
arrCol.RemoveAll();
dataMatrix.destroy();
}
}
return true;
}
int
OmahaWinnerCalculator::GetBestHandCardValue(int nCard1, int nCard2, int nCard3, int nCard4,
int nTableCard1, int nTableCard2, int nTableCard3, int nTableCard4, int nTableCard5,
PokerHandCardsClass& cardsClass, CDWordArray& arrCardsIdx){
if( nTableCard1 <= -1 || nTableCard2 <= -1 || nTableCard3 <= -1 ){
cardsClass = PokerHandCardsClass::CardsClass_None;
return PokerHandCardsClass::CardsClass_None;
}
int arrCards[] = { GetCardValue(nTableCard1), GetCardValue(nTableCard2),
GetCardValue(nTableCard3), GetCardValue(nTableCard4),
GetCardValue(nTableCard5)};
int arrCardsReplaced[] = { arrCards[0], arrCards[1], arrCards[2], arrCards[3], arrCards[4]};
int arrWinnerCardsIdx[] = { 4, 5, 6, 7, 8 }; // Copy best combinations card indexes.((0, 1, 2, 3) - identifies hand cards (4, 5, 6, 7, 8) = identifies table cards)
struct HandCardsCombination{
int nHandCardVal1;
int nHandCardVal2;
int nHandCardIndex1;
int nHandCardIndex2;
};
int nHandCardVal1 = GetCardValue(nCard1);
int nHandCardVal2 = GetCardValue(nCard2);
int nHandCardVal3 = GetCardValue(nCard3);
int nHandCardVal4 = GetCardValue(nCard4);
int nBestHandCardsVal = 0x7fffffff;
int nBestHandCardsValTemp = 0;
HandCardsCombination comb[] =
{
{nHandCardVal1, nHandCardVal2, 0, 1},
{nHandCardVal1, nHandCardVal3, 0, 2},
{nHandCardVal1, nHandCardVal4, 0, 3},
{nHandCardVal2, nHandCardVal3, 1, 2},
{nHandCardVal2, nHandCardVal4, 1, 3},
{nHandCardVal3, nHandCardVal4, 2, 3}
};
// 3 table cards
if( nTableCard4 <= -1 ){
for( int x=0; x<6; x++){
HandCardsCombination* pComb = &comb[x];
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[3] = pComb->nHandCardVal1;
arrCardsReplaced[4] = pComb->nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = pComb->nHandCardIndex1; // hand card index
arrWinnerCardsIdx[4] = pComb->nHandCardIndex2; // hand card index
}
}
}
else
// 4 table cards.
if( nTableCard5 <= -1 ){
for( int x=0; x<6; x++){
HandCardsCombination* pComb = &comb[x];
for( int j=0; j<4; j++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = pComb->nHandCardVal1;
arrCardsReplaced[4] = pComb->nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = pComb->nHandCardIndex2; // hand card index
arrWinnerCardsIdx[j] = pComb->nHandCardIndex1; // hand card index
}
}
}
}
// 5 table cards.
else{
for( int x=0; x<6; x++){
HandCardsCombination* pComb = &comb[x];
for( int j=0; j<5; j++ ){
for( int k=j+1; k<5; k++ ){
// Copy cards array.
memcpy(arrCardsReplaced, arrCards, sizeof(arrCards));
arrCardsReplaced[j] = pComb->nHandCardVal1;
arrCardsReplaced[k] = pComb->nHandCardVal2;
nBestHandCardsValTemp = GetHandValue(arrCardsReplaced[0], arrCardsReplaced[1], arrCardsReplaced[2], arrCardsReplaced[3], arrCardsReplaced[4]);
if( nBestHandCardsVal > nBestHandCardsValTemp ){
nBestHandCardsVal = nBestHandCardsValTemp;
arrWinnerCardsIdx[0] = 4; // table card 1 index
arrWinnerCardsIdx[1] = 5; // table card 2 index
arrWinnerCardsIdx[2] = 6; // table card 3 index
arrWinnerCardsIdx[3] = 7; // table card 4 index
arrWinnerCardsIdx[4] = 8; // table card 5 index
arrWinnerCardsIdx[j] = pComb->nHandCardIndex1; // hand card index
arrWinnerCardsIdx[k] = pComb->nHandCardIndex2; // hand card index
}
}
}
}
}
_String sClassName;
cardsClass = CardsHandClass(nBestHandCardsVal, &sClassName);
if( cardsClass != PokerHandCardsClass::CardsClass_None ){
arrCardsIdx.Add(arrWinnerCardsIdx[0]);
arrCardsIdx.Add(arrWinnerCardsIdx[1]);
arrCardsIdx.Add(arrWinnerCardsIdx[2]);
arrCardsIdx.Add(arrWinnerCardsIdx[3]);
arrCardsIdx.Add(arrWinnerCardsIdx[4]);
}
return nBestHandCardsVal;
}
bool
EmbedeedFontMan::AddFont(const CString sFontFolder, const CString sFontName){
CString sDir = sFontFolder;
if( sDir.GetAt(sDir.GetLength() - 1) != '\\' )
sDir += _T("\\");
EmbedeedFont* pFont = new EmbedeedFont();
// Load characters code map. {{
BYTE* lpContent = NULL;
int nSize = 0;
if( Path::ReadFileContent(sDir + _T("codes.txt"), lpContent, nSize) && nSize > 0 ){
CString sContent;
memcpy(sContent.GetBufferSetLength(nSize), lpContent, nSize);
CStringArray arrStrings;
StringHelper::Split(&sContent, _T(";"), arrStrings);
CString sCharCode;
for(int i=0; i<arrStrings.GetCount(); i++){
sCharCode = arrStrings.GetAt(i);
int nCharCode = 0;
// Hex value
if( sCharCode.GetAt(0) == '#' )
nCharCode = StringHelper::HexStringIntoInt(&((TCHAR*)sCharCode.GetBuffer())[1], sCharCode.GetLength() - 1);
else
nCharCode = _ttoi(sCharCode.GetBuffer());
pFont->m_arrCharacters.Add((void*)nCharCode, (void*)i);
}
}
else{
#ifdef _DEBUG
CString sMsg;
sMsg.Format(_T("Couldn't find %s"), sDir + _T("codes.txt"));
AfxMessageBox(sMsg);
#endif
if( lpContent )
delete [] lpContent;
delete pFont;
return false;
}
// }}
if( lpContent ){
delete [] lpContent;
lpContent = NULL;
}
CStringArray arrFileNames;
if( Path::GetFilesByExtention(sDir, _T("*.bmp"), arrFileNames, true) == 0 ){
delete pFont;
return false;
}
for(int i=0; i<arrFileNames.GetCount(); i++){
CString sName = arrFileNames.GetAt(i);
CString sName2 = sName;
CString sFile = sDir + sName;
if( sName.Left(sFontName.GetLength()) != sFontName )
continue; // Skip wrong file name.
sName.Delete (0, sFontName.GetLength());
sName.MakeLower ();
int nIndex = 0;
EmbedeedFontItemInfo* pInfo = new EmbedeedFontItemInfo();
pInfo->ZeroInit();
// Bold
if( sName.GetAt(nIndex) == 'b' ){
pInfo->m_nCharFlags |= EmbedeedFontItemInfo::EMBEDEED_FONT_FLAG_BOLD;
nIndex ++;
}
// Underline
if( sName.GetAt(nIndex) == 'u' ){
pInfo->m_nCharFlags |= EmbedeedFontItemInfo::EMBEDEED_FONT_FLAG_UNDERLINE;
nIndex ++;
}
// Italic
if( sName.GetAt(nIndex) == 'i' ){
pInfo->m_nCharFlags |= EmbedeedFontItemInfo::EMBEDEED_FONT_FLAG_ITALIC;
nIndex ++;
}
// Load characters map image and detect characters left offset and width (in pixels). {{
CImage* pImage = ImageHelper::LoadImage(sFile, -1, -1, false);
if( pImage ){
BITMAP bmImage;
GetObject(*pImage, sizeof(BITMAP), &bmImage);
int nWidthLimit = bmImage.bmWidth;
int nSymbolCt = 0;
BYTE* pBits = (BYTE*)bmImage.bmBits;
int nXOffset = 0;
int nBPP = bmImage.bmBitsPixel/8;
int nSymbolMostLeftOffset = -1;
int nSymbolMostRightOffset = -1;
CDWordArray arrSymbolLeftOffsetAndWidth;
CString sSymbolStartPointAndWidth;
int nMaxXOffset = bmImage.bmWidth;
for(int x=nXOffset; x<nMaxXOffset; x++){
bool bClearLine = true;
for(int y=0; y<bmImage.bmHeight; y++){
BYTE* pLineStartingBits = &pBits[((bmImage.bmHeight - y - 1)*bmImage.bmWidthBytes)];
BYTE* pPixel = &pLineStartingBits[x*nBPP];
// Is pixel visible.
if( pPixel[0] > 10 ){
bClearLine = false;
if( nSymbolMostLeftOffset > -1 )
nSymbolMostRightOffset = x;
else
nSymbolMostLeftOffset = x;
continue;
}
pPixel = &pPixel[nBPP];
}
if( bClearLine && nSymbolMostLeftOffset > -1 ){
if( nSymbolMostRightOffset == -1 )
nSymbolMostRightOffset = nSymbolMostLeftOffset;
DWORD dwCombineVal = (nSymbolMostLeftOffset << 16) | ((nSymbolMostRightOffset - nSymbolMostLeftOffset + 1)&0xFFFF);
arrSymbolLeftOffsetAndWidth.Add(dwCombineVal);
#ifdef _DEBUG
CString sFormat;
sFormat.Format(_T("%d:%d;"), nSymbolMostLeftOffset, nSymbolMostRightOffset - nSymbolMostLeftOffset + 1);
sSymbolStartPointAndWidth += sFormat;
#endif
nSymbolMostLeftOffset = -1;
nSymbolMostRightOffset = -1;
}
}
pInfo->m_imageCharacters.Attach(pImage->Detach());
delete pImage;
if( (arrSymbolLeftOffsetAndWidth.GetCount() == pFont->m_arrCharacters.GetCount()) ){
pInfo->m_pCharPoints = new CPoint[arrSymbolLeftOffsetAndWidth.GetCount()];
for(int j=0; j<arrSymbolLeftOffsetAndWidth.GetCount(); j++){
DWORD dwCombineVal = arrSymbolLeftOffsetAndWidth.GetAt(j);
pInfo->m_pCharPoints[j].x = (int)(dwCombineVal>>16);
pInfo->m_pCharPoints[j].y = (int)(dwCombineVal&0xFFFF);
}
}
else{
#ifdef _DEBUG
CBitmap bmImg;
ImageHelper::CreateDIBBitmap(pInfo->m_imageCharacters.GetBPP(), bmImg, RGB(0, 0, 0), pInfo->m_imageCharacters.GetWidth(),
pInfo->m_imageCharacters.GetHeight()*2, 0);
CDC memDC;
memDC.CreateCompatibleDC(NULL);
::SelectObject(memDC, bmImg.m_hObject);
CDC srcDC;
srcDC.CreateCompatibleDC(NULL);
::SelectObject(srcDC, pInfo->m_imageCharacters);
memDC.BitBlt(0, 0, pInfo->m_imageCharacters.GetWidth(), pInfo->m_imageCharacters.GetHeight(), &srcDC, 0, 0, SRCCOPY);
int nHeight = pInfo->m_imageCharacters.GetHeight();
for(int j=0; j<arrSymbolLeftOffsetAndWidth.GetCount(); j++){
DWORD dwCombineVal = arrSymbolLeftOffsetAndWidth.GetAt(j);
int nLeft = (int)(dwCombineVal>>16);
int nWidth = (int)(dwCombineVal&0xFFFF);
memDC.FillSolidRect(nLeft, nHeight, nWidth, nHeight, RGB(255, 255, 0));
}
DeleteFile(sDir + _T("__") + sName2);
CImage img;
img.Attach((HBITMAP)bmImg.Detach());
img.Save(sDir + _T("__") + sName2);
img.Destroy();
CString sMsg;
sMsg.Format(_T("Characters count is not the same for font '%s' item '%s'"), sFontName, sName);
AfxMessageBox(sMsg);
#endif
delete pInfo;
continue;
}
pInfo->m_nCharCount = arrSymbolLeftOffsetAndWidth.GetCount();
}
bool CBox::CalcBox2()
{
int i=0, nCount=0;
int nDataType = 0, nColIndex=0, nRowCount=0;
CDWordArray arrCol;
CDoubleMatrix dataMatrix;
CTString szTemp("");
CTString szFldName("");
bool bHasBox=false;
CTStringArray arrFldName;
if (m_tVarX.iCount < 1)
{
m_szErrMsg.Format("盒状图中的数据不完整，至少需要一个变量，请检查！Line=%d,File=%s",__LINE__,__FILE__);
return false;
}
m_szErrMsg.Empty();
//数据处理
TDataPointStrArr *pDPFB = NULL;
CTChartBoxplot *pBox = new CTChartBoxplot;
if (m_bSplit) //分开
{
for (i=0; i<m_tVarX.iCount; i++)
{
nColIndex = m_tVarX.pValue[i];
nDataType = m_pDataInterface->GetFieldType(nColIndex);
szFldName = m_pDataInterface->GetFieldName(nColIndex);
if (nDataType != fInt && nDataType != fDouble &&
nDataType != fBoolean && nDataType != fCurrency)
{
szTemp.Format("盒状图中的X轴参数(%s)不是数字型，无法绘图，请检查！Line=%d,File=%s",szFldName.GetData(),__LINE__,__FILE__);
m_szErrMsg += szTemp;
continue;
}
arrCol.RemoveAll();
dataMatrix.destroy();
arrCol.Add(nColIndex);
nRowCount = m_pDataInterface->GetColsData(arrCol,dataMatrix,0);
if (nRowCount < 1)
{
szTemp.Format("盒状图中的X轴变量(%s)有效数据太少，无法绘图，请检查！Line=%d,File=%s",szFldName.GetData(),__LINE__,__FILE__);
m_szErrMsg += szTemp;
continue;
}
//计算盒状图
CIntVector vecInd;
CDoubleVector w;
CDoubleVector v = dataMatrix(0);
pBox->SetParam(false,false,false);
pBox->CalcPercent(v,w,vecInd);
pBox->CalcBoxPlot(v,(void **)&pDPFB,nCount);
pDPFB->strName += SEP_RISER + szFldName;
pBox->SetBoxplot(pDPFB,1,StrArr);
delete pDPFB;
bHasBox = true;
}
}
else
{
for (i=0; i<m_tVarX.iCount; i++)
{
nColIndex = m_tVarX.pValue[i];
nDataType = m_pDataInterface->GetFieldType(nColIndex);
szFldName = m_pDataInterface->GetFieldName(nColIndex);
if (nDataType != fInt && nDataType != fDouble &&
nDataType != fBoolean && nDataType != fCurrency)
{
szTemp.Format("盒状图中的X轴参数(%s)不是数字型，无法绘图，请检查！Line=%d,File=%s\n",szFldName.GetData(),__LINE__,__FILE__);
m_szErrMsg += szTemp;
continue;
}
arrCol.Add(nColIndex);
arrFldName.Add(szFldName);
}
if (arrCol.GetSize() < 1)
{
m_szErrMsg.Format("盒状图中的X轴参数均为非数字型，无法绘图，请检查！Line=%d,File=%s\n",__LINE__,__FILE__);
return false;
}
//读数据
nRowCount = m_pDataInterface->GetColsData(arrCol,dataMatrix,0);
if (nRowCount < 1)
{
m_szErrMsg.Format("盒状图中的X轴变量有效数据太少，无法绘图，请检查！Line=%d,File=%s\n",__LINE__,__FILE__);
return false;
}
for (i=0; i<arrCol.GetSize(); i++)
{
//计算盒状图
CIntVector vecInd;
CDoubleVector w;
CDoubleVector v = dataMatrix(i);
pBox->SetParam(false,false,false);
pBox->CalcPercent(v,w,vecInd);
pBox->CalcBoxPlot(v,(void **)&pDPFB,nCount);
pDPFB->strName += SEP_RISER + arrFldName.GetAt(i);
pBox->SetBoxplot(pDPFB,1,StrArr);
delete pDPFB;
bHasBox = true;
}
}
if (m_szErrMsg.GetLength() > 0)
{
CRsltElementText *pText = new CRsltElementText(MSG_TITLE_STR);
CTString szMsg = GetLastErrMsg();
pText->AddString(szMsg);
m_pResult->Add(pText);
}
//Add
if (bHasBox)
{
CRsltElementChart *pChart = new CRsltElementChart("盒状图",pBox);
pBox->SetXAxilLabel("组项");
m_pResult->SetName("盒状图");
m_pResult->Add(pChart);
}
else
{
delete pBox;
pBox = NULL;
}
return true;
}
void COscillogram::OnMouseMove(UINT nFlags, CPoint point)
{
CStringArray valArray;
CDWordArray colArray;
CString strVal;
CRect mRect;
CClientDC dc(this);
float length; //鼠标位置绝对象素数
float gValue;
int oldMode;
int curCell; //所在单元格
CPen pen(PS_SOLID,0,RGB(0,0,0));
BOOL PtState = FALSE;
//(整个函数过程的功能)计算所有线所在单元格的数值
oldMode = dc.SetMapMode(MM_LOMETRIC);
SetOscillogramRect(&dc);
dc.SelectObject(&pen);
dc.SetROP2(R2_NOTXORPEN);
dc.DPtoLP(&point);
//如果 鼠标不在波形图内 或者 没有曲线 不做处理返回
if(!(point.x >= m_GridRect.left && point.x <= m_GridRect.right+3
&& point.y <= m_GridRect.top && point.y >= m_GridRect.bottom)
|| GetCurveCount() < 1 || m_showTitle == FALSE)
{
if(m_bPt.x != -1)
{
DrawMouseLine(&dc,m_bPt);
m_bPt =-1;
}
m_TitleTip.ShowWindow(SW_HIDE);
return;
}
//绘画跟随鼠标的十字线
if(m_bPt.x == -1)
{
m_bPt = point;
DrawMouseLine(&dc,point);
}
else
{
DrawMouseLine(&dc,m_bPt);
m_bPt = point;
DrawMouseLine(&dc,point);
}
//计算个单元格数值
length = (float)( point.x - m_GridRect.left );
curCell = (int)( length / m_xSpan );
if(!m_showTime)
{
float n1 = (m_xMaxVal - m_xMinVal)/(m_xCount-1);
float n2 = m_xMinVal + curCell*n1;
strVal.Format("%s: %.2f",m_xText,n2);
}
else
{
CTimeSpan m_xTimeSpan = 0;
CTimeSpan sc = m_endTime - m_beginTime;
CTime cnTime = m_beginTime;
double secCount = (sc.GetDays()*86400) + (sc.GetHours()*3600) +
(sc.GetMinutes()*60) + sc.GetSeconds();
secCount = secCount / (m_xCount-1);
int day = (int)secCount/86400; //天
secCount -= day*86400;
int hour = (int)secCount/3600; //小时
secCount -= hour*3600;
int minute = (int)secCount/60; //分钟
secCount -= minute*60;
int second = (int)secCount; //秒
m_xTimeSpan = CTimeSpan(day,hour,minute,second);
for(int j=0;j<curCell;j++)
cnTime += m_xTimeSpan;
strVal.Format("%s: %s",m_xText,cnTime.Format("%Y/%m/%d %H:%M:%S"));
}
colArray.Add(RGB(0,0,0));
valArray.Add(strVal);
for(int i=0;i<GetCurveCount();i++)
{
gValue = GetCurve(i)->ptVal.GetPointValue(curCell,PtState);
if(PtState)
strVal.Format("%s: %.2f",GetCurveName(i),gValue);
else
strVal.Format("%s: ",GetCurveName(i));
colArray.Add(GetCurve(i)->lColor);
valArray.Add(strVal);
}
//显示浮动窗体
dc.LPtoDP(&point);
dc.SetMapMode(oldMode);
//窗口跟随鼠标位置移动
GetClientRect(mRect);
mRect.left += CS_LMARGIN;
mRect.top += CS_LMARGIN;
mRect.right -= CS_LMARGIN;
mRect.bottom -= CS_LMARGIN;
ClientToScreen(&point);
ClientToScreen(&mRect);
m_TitleTip.SetParentRect(mRect);
m_TitleTip.SetStrArray(valArray,colArray);
m_TitleTip.SetPos(&point);
ScreenToClient(&point);
CWnd::OnMouseMove(nFlags, point);
}