void T332AI::InitialDialog(){
CString strTemp;
strTemp.Format(_T("%d"),product_register_value[MODBUS_ID]);
GetDlgItem(IDC_EDIT_T3ADDRESS)->SetWindowText(strTemp);
int temp;
temp=product_register_value[SN_LOW]+product_register_value[SN_LOW+1]*256+product_register_value[SN_HI]*256*256+product_register_value[SN_HI+1]*256*256*256;
m_sn=temp;
strTemp.Format(_T("%d"),temp);
GetDlgItem(IDC_EDIT_T3SERIAL)->SetWindowText(strTemp);
GetDlgItem(IDC_EDIT_T3MODEL)->SetWindowText(_T("T3-32AI"));
strTemp.Format(_T("%d"),product_register_value[FIRMWARE_VER_NUMBER]);
GetDlgItem(IDC_EDIT_T3FIRMWARE)->SetWindowText(strTemp);
strTemp.Format(_T("%d"),product_register_value[HARDWARE_VER_NUMBER]);
GetDlgItem(IDC_EDIT_T3HARDWARE)->SetWindowText(strTemp);
strTemp.Format(_T("%d"),product_register_value[PIC_VER_NUMBER]);
GetDlgItem(IDC_EDIT_T3PICVERSION)->SetWindowText(strTemp);
strTemp.Format(_T("%d"),product_register_value[RESPONSE_DELAY]);
GetDlgItem(IDC_EDIT_RESPONSE_DELAY)->SetWindowText(strTemp);
// Input
CString strresult;
int regValue;
for(int i = 1;i<=32;i++)
{
strresult=Get_Table_Name(m_sn,_T("Input"),i);
m_msflexgrid_input.put_TextMatrix(i,0,strresult);
if (0==product_register_value[Range1+i-1])
{
strresult=_T("RAW DATA");
}
else if (1==product_register_value[Range1+i-1])
{
strresult=_T("10K C");
}
else if (2==product_register_value[Range1+i-1])
{
strresult=_T("10K F");
}
else if (3==product_register_value[Range1+i-1])
{
strresult=_T("0-100%");
}
else if (4==product_register_value[Range1+i-1])
{
strresult=_T("ON/OFF");
}
else if (5==product_register_value[Range1+i-1])
{
strresult=_T("OFF/ON");
}
else if (6==product_register_value[Range1+i-1])
{
strresult=_T("Pulse Input");
}
else if (7==product_register_value[Range1+i-1])
{
strresult=_T("Lighting Control");
}
else if (8==product_register_value[Range1+i-1])
{
strresult=_T("TYPE3 10K C");
}
else if (9==product_register_value[Range1+i-1])
{
strresult=_T("TYPE3 10K F");
}
else if (10==product_register_value[Range1+i-1])
{
strresult=_T("NO USE");
}
else if (11==product_register_value[Range1+i-1])
{
strresult=_T("0-5V");
}
else if (12==product_register_value[Range1+i-1])
{
strresult=_T("0-10V");
}
else if (13==product_register_value[Range1+i-1])
{
strresult=_T("0-20ma");
}
m_msflexgrid_input.put_TextMatrix(i,1,strresult);
regValue=(short)product_register_value[INPUT1+i-1];
//regValue=(short)product_register_value[INPUT1_PULSE_COUNT_LOW+2*(i-1)];
if (0==product_register_value[Range1+i-1])
{
strresult.Format(_T("%d"),regValue);
}
else if (1==product_register_value[Range1+i-1])
{
strresult.Format(_T("%.1f C"),(float)regValue/10.0);
}
else if (2==product_register_value[Range1+i-1])
{
strresult=_T("10K F");
strresult.Format(_T("%.1f F"),(float)regValue/10.0);
}
else if (3==product_register_value[Range1+i-1])
{
strresult.Format(_T("%.1f"),(float)regValue);
strresult+=_T("%");
}
else if (4==product_register_value[Range1+i-1])
{
//strresult.Format(_T("%.1f F"),(float)regValue/10.0);
if (regValue==0)
{
strresult=_T("OFF");
}
else
{
strresult=_T("ON");
}
}
else if (5==product_register_value[Range1+i-1])
{
if (regValue==0)
{
strresult=_T("ON");
}
else
{
strresult=_T("OFF");
}
}
else if (6==product_register_value[Range1+i-1])
{
strresult.Format(_T("%d"),regValue);
}
else if (7==product_register_value[Range1+i-1])
{
strresult.Format(_T("%d"),regValue);
}
else if (8==product_register_value[Range1+i-1])
{
//strresult=_T("TYPE3 10K C");
strresult.Format(_T("%0.1f C"),(float)regValue/10.0);
}
else if (9==product_register_value[Range1+i-1])
{
/*strresult=_T("TYPE3 10K F");*/
strresult.Format(_T("%0.1f F"),(float)regValue/10.0);
}
else if (10==product_register_value[Range1+i-1])
{
strresult=_T("0");
//strresult.Format(_T("%0.1f C"),(float)regValue/10.0);
}
else if (11==product_register_value[Range1+i-1])
{
//strresult=_T("0-5V");
strresult.Format(_T("%0.1f V"),(float)regValue/1000.0);
}
else if (12==product_register_value[Range1+i-1])
{
//strresult=_T("0-10V");
strresult.Format(_T("%0.1f V"),(float)regValue/1000.0);
}
else if (13==product_register_value[Range1+i-1])
{
//strresult=_T("0-20I");
strresult.Format(_T("%0.1f ma"),(float)regValue/1000.0);
}
m_msflexgrid_input.put_TextMatrix(i,2,strresult);
strresult.Format(_T("%d"),product_register_value[Filter1+i-1]);
m_msflexgrid_input.put_TextMatrix(i,3,strresult);
}
}
BOOL Cconfigure::OnInitDialog()
{
CDialog::OnInitDialog();
unsigned short Data[4];
Read_Multi(g_tstat_id,Data,0,4);
m_sn=Data[0]+Data[1]*256+Data[2]*256*256+Data[3]*256*256*256;
m_msflexgrid.put_Rows(25); //行
//set row high
m_msflexgrid.put_WordWrap(TRUE);
m_msflexgrid.put_RowHeight(0,500);
//title middle show
for (int n=0;n<=3;n++)
{
m_msflexgrid.put_ColAlignment(n,4);
}
//设置行的高度
CString str;
for(int i=1;i<25;i++)
{
str=Get_Table_Name(m_sn,_T("Input"),i);
m_msflexgrid.put_RowHeight(i,300);
m_msflexgrid.put_TextMatrix(i,0,str);
m_msflexgrid.put_TextMatrix(i,1,_T("ON/OFF"));
}
m_msflexgrid.put_Cols(6);
//设置列宽
m_msflexgrid.put_ColWidth(0,1200);
m_msflexgrid.put_ColWidth(1,1500);
m_msflexgrid.put_ColWidth(2,1500);
m_msflexgrid.put_ColWidth(3,1500);
m_msflexgrid.put_TextMatrix(0,0,_T("INPUTS"));
m_msflexgrid.put_TextMatrix(0,1,_T("TYPE"));
m_msflexgrid.put_TextMatrix(0,2,_T("Function"));
m_msflexgrid.put_TextMatrix(0,3,_T("Override Time(s)"));
m_msflexgrid.put_TextMatrix(0,4,_T("Manual Block"));
m_msflexgrid.put_TextMatrix(0,5,_T("Delay Time(s)"));
//读取硬件数据
//201…224 1 * 24 switch (1..24) types: 0 --- low active, 1--- high active, 2 --- falling edge active, 3 --- rising edge active
//252…275 2 * 24 override time for each switch. Uint is second. 2bytes = 65536s =~18hours max.
memset(m_switch,0,sizeof(m_switch));
memset(m_overridetime,0,sizeof(m_overridetime));
memset(m_MB,0,sizeof(m_MB));
memset(m_DT,0,sizeof(m_DT));
int flg = Read_Multi(g_tstat_id,m_switch,201,24);
int flag = Read_Multi(g_tstat_id,m_overridetime,252,24);
Read_Multi(g_tstat_id,m_MB,4172,24);
Read_Multi(g_tstat_id,m_DT,14536,24);
WORD itemp[24];
memcpy(itemp,m_switch,sizeof(m_switch));
CString strtemp;
for (int i = 0;i<24;i++)
{
//TYPE
itemp[i]= itemp[i]&0x0F;
switch(itemp[i])
{
case 1:
m_msflexgrid.put_TextMatrix(i+1,1,_T("Low"));
break;
case 2:
m_msflexgrid.put_TextMatrix(i+1,1,_T("High"));
break;
case 4:
m_msflexgrid.put_TextMatrix(i+1,1,_T("Edge"));
break;
}
//Function
m_switch[i] = m_switch[i]>>4;
switch(m_switch[i])
{
case 1:
m_msflexgrid.put_TextMatrix(i+1,2,_T("ONLY ON"));
break;
case 2:
m_msflexgrid.put_TextMatrix(i+1,2,_T("ON/OFF"));
break;
}
//Overridetime
strtemp.Format(_T("%d"),m_overridetime[i]);
m_msflexgrid.put_TextMatrix(i+1,3,strtemp);
if (m_MB[i]==1)
{
strtemp=_T("ON");
}
else
{
strtemp=_T("OFF");
}
m_msflexgrid.put_TextMatrix(i+1,4,strtemp);
strtemp.Format(_T("%d"),m_DT[i]);
m_msflexgrid.put_TextMatrix(i+1,5,strtemp);
}
return TRUE; // return TRUE unless you set the focus to a control
// EXCEPTION: OCX Property Pages should return FALSE
}