void CSendingMonitor::SetState(int nState)
{
m_nState = nState;
if (m_pProgress != NULL)
{
switch (m_nState)
{
case CSendingDialog::Sending:
{
m_pProgress->SetPos(0);
m_pProgress->ShowWindow(SW_SHOW);
break;
}
case CSendingDialog::Receiving:
{
m_pProgress->SetPos(50);
break;
}
case CSendingDialog::Succeeded:
{
m_pProgress->SetPos(100);
break;
}
default:
{
// Nothing special.
break;
}
}
}
}
void CFoulerDoc::AddDataFromText(DWORD dwSize, char *pHeader)
{
char seps[] = "abcdfghijklmnopqrstuvwxyzABCDFGHIJKLMNOPQRSTUVWXYZ= ,\t\n:()";
char *token, *cpTextData;
int i, iOrg, iData, itemno, iIndex;
double dData;
BeginWaitCursor();
for (DWORD dw = 0; dw < dwSize; dw++)
{
if (pHeader[dw] == NULL) pHeader[dw] = ' ';
}
cpTextData = new char[dwSize];
memcpy( cpTextData, pHeader, dwSize );
itemno = GetItemNo( cpTextData );
delete[] cpTextData;
if( itemno < 1 ) return;
CProgressBar* pBar = new CProgressBar();
iData = m_iNo;
iOrg = m_iOriginNo;
InsertData( itemno );
iIndex = 0;
token = strtok( pHeader, seps );
while( token!= NULL )
{
dData = atof(token);
if( dData != 0 )
{
m_pOrgData[iOrg]->SetItem( dData );
m_iSubGroupIndex++;
if( m_iSubGroupIndex >= m_iSubGroupSize )
{
m_iSubGroupIndex = 0;
dData = 0;
for( i=iOrg+1-m_iSubGroupSize ; i<iOrg+1 ; i++ )
{
dData += m_pOrgData[i]->GetItem();
}
m_pData[iData]->SetItem(dData/m_iSubGroupSize);
iData++;
AnalysisData();
}
iOrg++;
iIndex++;
pBar->SetPos((iIndex<<8)/itemno);
}
token = strtok( NULL, seps );
}
delete pBar;
EndWaitCursor();
}
BOOL CFoulerDoc::OpenCCA(HANDLE hFileRead)
{
char cHeader[32];
double dData = 0;
DWORD nCount;
DWORD dwHighSize, dwLowSize;
int i;
ZeroMemory( cHeader, sizeof(cHeader) );
dwLowSize = GetFileSize( hFileRead, &dwHighSize );
SetFilePointer( hFileRead, 0, NULL, FILE_BEGIN);
ReadFile( hFileRead, cHeader, 32, &nCount, NULL );
if( strcmp( cHeader, "Control Chart Analyzer File" ) != 0 ) return FALSE;
int itemno = 0;
ReadFile( hFileRead, &itemno, sizeof(itemno), &nCount, NULL );
if( itemno < 0 ) return FALSE;
if( dwLowSize < itemno*sizeof(dData)+32+sizeof(itemno)+sizeof(m_histogram)+sizeof(m_shewart)+sizeof(m_cusum)+sizeof(m_sprt) ) return FALSE;
ClearData();
ReadFile( hFileRead, &m_histogram, sizeof(m_histogram), &nCount, NULL );
ReadFile( hFileRead, &m_shewart, sizeof(m_shewart), &nCount, NULL );
ReadFile( hFileRead, &m_cusum, sizeof(m_cusum), &nCount, NULL );
ReadFile( hFileRead, &m_sprt, sizeof(m_sprt), &nCount, NULL );
double* pData;
pData = new double[itemno];
ReadFile( hFileRead, pData, sizeof(dData)*itemno, &nCount, NULL );
double *dp;
dp = pData;
CProgressBar* pBar = new CProgressBar();
InsertData( itemno );
for( i=0 ; i<itemno ; i++ )
{
m_pOrgData[i]->SetItem( *dp );
m_iSubGroupIndex++;
if( m_iSubGroupIndex >= m_iSubGroupSize )
{
m_iSubGroupIndex = 0;
dData = 0;
for( int j=i+1-m_iSubGroupSize ; j<i+1 ; j++ )
{
dData += m_pOrgData[j]->GetItem();
}
m_pData[i/m_iSubGroupSize]->SetItem(dData/m_iSubGroupSize);
AnalysisData();
}
dp++;
pBar->SetPos( (i<<8)/itemno );
}
delete[] pData;
delete pBar;
return TRUE;
}
void CFoulerDoc::AnalysisWholeData()
{
int i;
int iTemp = 0;
double dPlus = 0;
double dMinus = 0;
if( m_histogram.GetReady() )
{
for( i=0 ; i < DEF_HISTOGRAM_SIZE ; i++ )
{
m_iHistogram[i] = 0;
}
CProgressBar* pBar = new CProgressBar();
for( i=0 ; i < m_iNo ; i++ )
{
if( m_pData[i]->GetItem() < m_histogram.GetTheta0()-5*m_histogram.GetDeviation() )
{
m_iHistogram[0] ++;
continue;
}
else if( m_pData[i]->GetItem() > m_histogram.GetTheta0()+5*m_histogram.GetDeviation() )
{
m_iHistogram[DEF_HISTOGRAM_SIZE-1] ++;
continue;
}
iTemp = (int)( (m_pData[i]->GetItem()-m_histogram.GetTheta0())*DEF_HISTOGRAM_SIZE/10/m_histogram.GetDeviation() + DEF_HISTOGRAM_SIZE/2 );
m_iHistogram[iTemp]++;
//Histogram계산용 도수분포
dPlus = m_pData[i]->GetItem() - m_cusum.GetK() - m_cusum.GetTheta0() + dPlus;
if( dPlus < 0 ) dPlus = 0;
m_pData[i]->SetPlus( dPlus );
dMinus = m_pData[i]->GetItem() + m_cusum.GetK() - m_cusum.GetTheta0() + dMinus;
if( dMinus > 0 ) dMinus = 0;
m_pData[i]->SetMinus( dMinus );
//CUSUM, SPRT계산용
pBar->SetPos( (i<<8)/m_iNo );
}
delete pBar;
}
}
BOOL CFoulerDoc::OpenXLS(CString sFile)
{
int i;
double dData;
CDatabase db;
CString sSql;
CString sItem;
CString sDsn;
CODBCFieldInfo fieldinfo;
CMainFrame *pFrame = (CMainFrame*)AfxGetMainWnd();
if( pFrame->m_strExcelDriver.IsEmpty() ) return FALSE;
sDsn.Format("ODBC;DRIVER={%s};DSN='';DBQ=%s",pFrame->m_strExcelDriver,sFile);
TRY
{
db.Open(NULL,FALSE,TRUE,sDsn);// Open the db using the former created pseudo DSN
CRecordset rs( &db );// Allocate the recordset
sSql = "SELECT * FROM Data";// Build the SQL string
rs.Open(CRecordset::forwardOnly,sSql,CRecordset::readOnly);// Execute that query (implicitly by opening the recordset)
CFieldSelect dlg(&rs);
if( dlg.DoModal() == IDCANCEL )
{
rs.Close();
db.Close();
return FALSE;
}
BeginWaitCursor();
while( !rs.IsEOF() ) rs.MoveNext();
int iRecCount = (int)(rs.GetRecordCount());
rs.Close();
rs.Open(CRecordset::forwardOnly,sSql,CRecordset::readOnly);
CProgressBar* pBar = new CProgressBar();
ClearData();
InsertData( iRecCount );
for( i=0 ; i<iRecCount ; i++ )
{
rs.GetFieldValue(dlg.m_sField0,sItem);
dData = atof(sItem)+dlg.m_dCo0;
if( dlg.m_sField1 >= 0 && dlg.m_dCo1 != 0)
{
rs.GetFieldValue(dlg.m_sField1,sItem);
dData += atof(sItem)*dlg.m_dCo1;
}
if( dlg.m_sField2 >= 0 && dlg.m_dCo2 != 0)
{
rs.GetFieldValue(dlg.m_sField2,sItem);
dData += atof(sItem)*dlg.m_dCo2;
}
if( dlg.m_sField3 >= 0 && dlg.m_dCo3 != 0)
{
rs.GetFieldValue(dlg.m_sField3,sItem);
dData += atof(sItem)*dlg.m_dCo3;
}
m_pOrgData[i]->SetItem( dData );
m_iSubGroupIndex++;
if( m_iSubGroupIndex >= m_iSubGroupSize )
{
m_iSubGroupIndex = 0;
dData = 0;
for( int j=i+1-m_iSubGroupSize ; j<i+1 ; j++ )
{
dData += m_pOrgData[j]->GetItem();
}
m_pData[i/m_iSubGroupSize]->SetItem(dData/m_iSubGroupSize);
}
rs.MoveNext();
pBar->SetPos( (i<<8)/iRecCount );
}
delete pBar;
rs.Close();
db.Close();
EndWaitCursor();
return TRUE;
}
CATCH(CDBException, e)
{
return FALSE;// A db exception occured. Pop out the details...
}
END_CATCH;
}
void CFoulerDoc::OnEditNewdata()
{
double dAverage=0, dDeviation=0, dMoveRate=0;
int i=0, iNo = 0;
char cStr[64];
if( m_generator.GetReady() )
{
iNo = 0;
dAverage = m_generator.GetAverage();
dDeviation = m_generator.GetDeviation();
dMoveRate = m_generator.GetMoveRate();
}
else
{
iNo = 0;
dAverage = 0;
dDeviation = 1;
dMoveRate = 0;
}
CNewData dlg( dAverage, iNo, dDeviation, dMoveRate );
if( dlg.DoModal() == IDCANCEL ) return;
BeginWaitCursor();
m_generator.SetReady(TRUE);
m_generator.SetAverage(dlg.m_average);
m_generator.SetDeviation(dlg.m_deviation);
m_generator.SetGenMode(dlg.m_iGenMode);
m_generator.SetMoveRate(dlg.m_moverate);
CMainFrame *pFrame = (CMainFrame*)AfxGetMainWnd();
ZeroMemory( cStr, sizeof(cStr) );
sprintf( cStr, "%f", m_generator.GetAverage() );
if( pFrame != NULL ) pFrame->m_edit.SetWindowText( cStr );
m_dIndex += dlg.m_datano;
CProgressBar* pBar = new CProgressBar();
iNo = m_iNo;
InsertData( dlg.m_datano );
for( i=iNo ; i<m_iNo ; i++ )
{
m_pOrgData[i]->SetItem( m_generator.Gen() );
m_iSubGroupIndex++;
if( m_iSubGroupIndex >= m_iSubGroupSize )
{
m_iSubGroupIndex = 0;
dAverage = 0;
for( int j=i+1-m_iSubGroupSize ; j<i+1 ; j++ )
{
dAverage += m_pOrgData[j]->GetItem();
}
m_pData[i/m_iSubGroupSize]->SetItem(dAverage/m_iSubGroupSize);
AnalysisData();
}
pBar->SetPos( ((i-iNo)<<8)/dlg.m_datano );
}
delete pBar;
if( m_histogram.GetReady() == FALSE )
{
EndWaitCursor();
OnEditAnalysis();
BeginWaitCursor();
}
m_pRightView->Refresh();
ChangeViewMode(m_iViewMode);
EndWaitCursor();
}
