private void UpdateScreen(CPolygonIni m_PolygonPara)
{
// User Enable Para
GridConfigure[1, 2].Text = string.Format("{0:f}", m_PolygonPara.InScanResolution * 1000000);
GridConfigure[2, 2].Text = string.Format("{0:f}", m_PolygonPara.CrossScanResolution * 1000000);
GridConfigure[3, 2].Text = string.Format("{0:f}", m_PolygonPara.InScanOffset * 1000000);
GridConfigure[4, 2].Text = Convert.ToString(m_PolygonPara.StopMotorBetweenJobs);
GridConfigure[5, 2].Text = Convert.ToString(m_PolygonPara.PixInvert);
GridConfigure[6, 2].Text = Convert.ToString(m_PolygonPara.JobStartBufferTime);
GridConfigure[7, 2].Text = Convert.ToString(m_PolygonPara.PrecedingBlankLines);
GridConfigure[8, 2].Text = string.Format("{0:f}", m_PolygonPara.SeedClockFrequency / 1000);
GridConfigure[9, 2].Text = string.Format("{0:f}", m_PolygonPara.RepetitionRate / 1000);
GridConfigure[10, 2].Text = string.Format("{0:f}", m_PolygonPara.CrossScanEncoderResol * 1000000);
GridConfigure[11, 2].Text = Convert.ToString(m_PolygonPara.CrossScanMaxAccel);
GridConfigure[12, 2].Text = Convert.ToString(m_PolygonPara.EnCarSig);
GridConfigure[13, 2].Text = Convert.ToString(m_PolygonPara.SwapCarSig);
GridConfigure[14, 2].Text = Convert.ToString(m_PolygonPara.InterleaveRatio);
GridConfigure[15, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset0 * 1000000);
GridConfigure[16, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset1 * 1000000);
GridConfigure[17, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset2 * 1000000);
GridConfigure[18, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset3 * 1000000);
GridConfigure[19, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset4 * 1000000);
GridConfigure[20, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset5 * 1000000);
GridConfigure[21, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset6 * 1000000);
GridConfigure[22, 2].Text = string.Format("{0:f}", m_PolygonPara.FacetFineDelayOffset7 * 1000000);
GridConfigure[23, 2].Text = Convert.ToString(m_PolygonPara.StartFacet);
GridConfigure[24, 2].Text = Convert.ToString(m_PolygonPara.AutoIncrementStartFacet);
GridConfigure[25, 2].Text = Convert.ToString(m_PolygonPara.MotorStableTime);
}
void CreatePolygonScanner(CObjectInfo objInfo, CPolygonIni PolygonIni, int objIndex, ISerialPort m_ComPort)
{
m_DataManager.SystemData_Scanner.Scanner[objIndex] = PolygonIni;
m_DataManager.SystemData_Scanner.Scanner[objIndex].strIP = "192.168.1.161";
m_DataManager.SystemData_Scanner.Scanner[objIndex].strPort = "70";
m_Scanner[objIndex] = new MPolygonScanner(objInfo, m_DataManager.SystemData_Scanner.Scanner[objIndex], objIndex, m_ComPort);
}
public MPolygonScanner(CObjectInfo objInfo, CPolygonIni PolygonPara, int scannerIndex, ISerialPort SerialPort)
: base(objInfo)
{
m_DBInfo = new CDBInfo();
LoadPolygonPara(scannerIndex, PolygonPara);
m_PolygonData[scannerIndex] = PolygonPara;
m_COM = SerialPort;
SetScannerIP(scannerIndex, m_PolygonData[scannerIndex].strIP);
SetScannerPort(scannerIndex, m_PolygonData[scannerIndex].strPort);
PicWafer = new PictureBox();
InitializeTFTP();
}
public int Initialize(CMainFrame form1 = null)
{
TestFunction_BeforeInit();
////////////////////////////////////////////////////////////////////////
// 0. Common Class
////////////////////////////////////////////////////////////////////////
// init data file name
CDBInfo dbInfo;
InitDataFileNames(out dbInfo);
CObjectInfo.DBInfo = dbInfo;
MLog.DBInfo = dbInfo;
CObjectInfo objInfo;
m_SystemInfo = new MSystemInfo();
// self set MLWDicer
m_SystemInfo.GetObjectInfo(0, out objInfo);
this.ObjInfo = objInfo;
// DataManager
m_SystemInfo.GetObjectInfo(1, out objInfo);
m_DataManager = new MDataManager(objInfo, dbInfo);
////////////////////////////////////////////////////////////////////////
// 1. Hardware Layer
////////////////////////////////////////////////////////////////////////
// Motion
m_SystemInfo.GetObjectInfo(2, out objInfo);
CreateYMCBoard(objInfo);
// MultiAxes
CreateMultiAxes_YMC();
m_AxUpperHandler.UpdateAxisStatus();
// IO
m_SystemInfo.GetObjectInfo(6, out objInfo);
m_IO = new MIO_YMC(objInfo);
m_IO.OutputOn(oUHandler_Self_Vac_On);
// Cylinder
// UHandlerUDCyl
CCylinderData cylData = new CCylinderData();
cylData.CylinderType = ECylinderType.UP_DOWN;
cylData.SolenoidType = ESolenoidType.DOUBLE_SOLENOID;
cylData.UpSensor[0] = iUHandler_Up1;
cylData.DownSensor[0] = iUHandler_Down1;
cylData.Solenoid[0] = oUHandler_Up1;
cylData.Solenoid[1] = oUHandler_Down1;
m_SystemInfo.GetObjectInfo(100, out objInfo);
CreateCylinder(objInfo, cylData, (int)EObjectCylinder.UHANDLER_UD, out m_UHandlerUDCyl);
// UHandlerUDCyl2
cylData = new CCylinderData();
cylData.CylinderType = ECylinderType.UP_DOWN;
cylData.SolenoidType = ESolenoidType.DOUBLE_SOLENOID;
cylData.UpSensor[0] = iUHandler_Up1;
cylData.DownSensor[0] = iUHandler_Down2;
cylData.Solenoid[0] = oUHandler_Up1;
cylData.Solenoid[1] = oUHandler_Down2;
m_SystemInfo.GetObjectInfo(101, out objInfo);
CreateCylinder(objInfo, cylData, (int)EObjectCylinder.UHANDLER_UD2, out m_UHandlerUDCyl2);
// Vacuum
// Stage1 Vacuum
CVacuumData vacData = new CVacuumData();
vacData.VacuumType = EVacuumType.SINGLE_VACUUM_WBLOW;
vacData.Sensor[0] = iStage1_Vac_On;
vacData.Solenoid[0] = oStage1_Vac_On;
vacData.Solenoid[1] = oStage1_Vac_Off;
m_SystemInfo.GetObjectInfo(150, out objInfo);
CreateVacuum(objInfo, vacData, (int)EObjectVacuum.STAGE1, out m_Stage1Vac);
// UHandler Self Vacuum
vacData = new CVacuumData();
vacData.VacuumType = EVacuumType.SINGLE_VACUUM_WBLOW;
vacData.Sensor[0] = iUHandler_Self_Vac_On;
vacData.Solenoid[0] = oUHandler_Self_Vac_On;
vacData.Solenoid[1] = oUHandler_Self_Vac_Off;
m_SystemInfo.GetObjectInfo(151, out objInfo);
CreateVacuum(objInfo, vacData, (int)EObjectVacuum.UHANDLER_SELF, out m_UHandlerSelfVac);
// Polygon Scanner Serial Com Port
m_SystemInfo.GetObjectInfo(30, out objInfo);
CreatePolygonSerialPort(objInfo, out m_PolygonComPort);
CPolygonIni PolygonIni = new CPolygonIni();
m_SystemInfo.GetObjectInfo(200, out objInfo);
CreatePolygonScanner(objInfo, PolygonIni, (int)EObjectScanner.SCANNER1, m_PolygonComPort);
// Vision System
m_SystemInfo.GetObjectInfo(40, out objInfo);
CreateVisionSystem(objInfo);
// Vision Camera
m_SystemInfo.GetObjectInfo(42, out objInfo);
CreateVisionCamera(objInfo);
// Vision Display
m_SystemInfo.GetObjectInfo(46, out objInfo);
MVisionView(objInfo);
////////////////////////////////////////////////////////////////////////
// 2. Mechanical Layer
////////////////////////////////////////////////////////////////////////
// Cassette Loader
m_SystemInfo.GetObjectInfo(310, out objInfo);
CreateMeElevator(objInfo);
// Handler
m_SystemInfo.GetObjectInfo(318, out objInfo);
CreateMeUpperHandler(objInfo);
m_SystemInfo.GetObjectInfo(319, out objInfo);
CreateMeLowerHandler(objInfo);
// Stage
m_SystemInfo.GetObjectInfo(325, out objInfo);
CreateMeStage(objInfo);
// Vision
m_SystemInfo.GetObjectInfo(340, out objInfo);
CreateVision(objInfo);
////////////////////////////////////////////////////////////////////////
// 3. Control Layer
////////////////////////////////////////////////////////////////////////
m_SystemInfo.GetObjectInfo(351, out objInfo);
CreateCtrlLoader(objInfo);
m_SystemInfo.GetObjectInfo(352, out objInfo);
CreateCtrlPushPull(objInfo);
m_SystemInfo.GetObjectInfo(353, out objInfo);
CreateCtrlStage1(objInfo);
m_SystemInfo.GetObjectInfo(354, out objInfo);
CreateCtrlHandler(objInfo);
////////////////////////////////////////////////////////////////////////
// 4. Process Layer
////////////////////////////////////////////////////////////////////////
m_SystemInfo.GetObjectInfo(401, out objInfo);
CreateTrsLoader(objInfo);
m_SystemInfo.GetObjectInfo(402, out objInfo);
CreateTrsPushPull(objInfo);
m_SystemInfo.GetObjectInfo(403, out objInfo);
CreateTrsStage1(objInfo);
m_SystemInfo.GetObjectInfo(400, out objInfo);
CreateTrsAutoManager(objInfo);
// temporary set windows
m_trsLoader.SetWindows_Form1(form1);
m_trsPushPull.SetWindows_Form1(form1);
m_trsStage1.SetWindows_Form1(form1);
m_trsAutoManager.SetWindows_Form1(form1);
////////////////////////////////////////////////////////////////////////
// 5. Set Data
////////////////////////////////////////////////////////////////////////
SetSystemDataToComponent();
SetModelDataToComponent();
SetPositionDataToComponent();
////////////////////////////////////////////////////////////////////////
// 6. Start Thread & System
////////////////////////////////////////////////////////////////////////
m_YMC.ThreadStart();
SetThreadChannel();
StartThreads();
TestFunction_AfterInit();
return(SUCCESS);
}
private CPolygonIni GetPolygonPara(int objIndex)
{
return(m_Polygon = CMainFrame.LWDicer.m_Scanner[objIndex].GetPolygonPara(objIndex));
}
public bool LoadPolygonPara(int scannerIndex, CPolygonIni PolygonPara)
{
string section = "";
string key = "";
string value = "";
string filepath = "";
filepath = string.Format("{0:s}config.ini", m_DBInfo.ScannerLogDir);
if (!File.Exists(filepath))
{
return(false);
}
m_PolygonData[scannerIndex] = PolygonPara;
section = "Job Settings";
key = "InScanResolution";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].InScanResolution = Convert.ToDouble(value);
key = "CrossScanResolution";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].CrossScanResolution = Convert.ToDouble(value);
key = "InScanOffset";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].InScanOffset = Convert.ToDouble(value);
key = "StopMotorBetweenJobs";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].StopMotorBetweenJobs = Convert.ToInt16(value);
key = "PixInvert";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].PixInvert = Convert.ToInt16(value);
key = "JobStartBufferTime";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].JobStartBufferTime = Convert.ToInt16(value);
key = "PrecedingBlankLines";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].PrecedingBlankLines = Convert.ToInt16(value);
section = "Laser Configuration";
key = "LaserOperationMode";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].LaserOperationMode = Convert.ToInt16(value);
key = "SeedClockFrequency";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].SeedClockFrequency = Convert.ToDouble(value);
key = "RepetitionRate";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].RepetitionRate = Convert.ToDouble(value);
key = "PulsePickWidth";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].PulsePickWidth = Convert.ToInt16(value);
key = "PixelWidth";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].PixelWidth = Convert.ToInt16(value);
key = "PulsePickAlgor";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].PulsePickAlgor = Convert.ToInt16(value);
key = "UseCoaxIf";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].UseCoaxIf = Convert.ToInt16(value);
section = "CrossScan Configuration";
key = "CrossScanEncoderResol";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].CrossScanEncoderResol = Convert.ToDouble(value);
key = "CrossScanMaxAccel";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].CrossScanMaxAccel = Convert.ToDouble(value);
key = "EnCarSig";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].EnCarSig = Convert.ToInt16(value);
key = "SwapCarSig";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].SwapCarSig = Convert.ToInt16(value);
section = "Head Configuration";
key = "SerialNumber";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].SerialNumber = Convert.ToDouble(value);
key = "FThetaConstant";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FThetaConstant = Convert.ToDouble(value);
key = "ExposeLineLength";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].ExposeLineLength = Convert.ToDouble(value);
key = "EncoderIndexDelay";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].EncoderIndexDelay = Convert.ToInt16(value);
key = "FacetFineDelay0";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay0 = Convert.ToDouble(value);
key = "FacetFineDelay1";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay1 = Convert.ToDouble(value);
key = "FacetFineDelay2";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay2 = Convert.ToDouble(value);
key = "FacetFineDelay3";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay3 = Convert.ToDouble(value);
key = "FacetFineDelay4";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay4 = Convert.ToDouble(value);
key = "FacetFineDelay5";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay5 = Convert.ToDouble(value);
key = "FacetFineDelay6";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay6 = Convert.ToDouble(value);
key = "FacetFineDelay7";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelay7 = Convert.ToDouble(value);
key = "InterleaveRatio";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].InterleaveRatio = Convert.ToInt16(value);
key = "FacetFineDelayOffset0";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset0 = Convert.ToDouble(value);
key = "FacetFineDelayOffset1";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset1 = Convert.ToDouble(value);
key = "FacetFineDelayOffset2";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset2 = Convert.ToDouble(value);
key = "FacetFineDelayOffset3";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset3 = Convert.ToDouble(value);
key = "FacetFineDelayOffset4";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset4 = Convert.ToDouble(value);
key = "FacetFineDelayOffset5";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset5 = Convert.ToDouble(value);
key = "FacetFineDelayOffset6";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset6 = Convert.ToDouble(value);
key = "FacetFineDelayOffset7";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetFineDelayOffset7 = Convert.ToDouble(value);
key = "StartFacet";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].StartFacet = Convert.ToInt16(value);
key = "AutoIncrementStartFacet";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].AutoIncrementStartFacet = Convert.ToInt16(value);
section = "Polygon motor Configuration";
key = "InternalMotorDriverClk";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].InternalMotorDriverClk = Convert.ToInt16(value);
key = "MotorDriverType";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].MotorDriverType = Convert.ToInt16(value);
key = "MotorSpeed";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].MotorSpeed = Convert.ToInt16(value);
key = "SimEncSel";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].SimEncSel = Convert.ToInt16(value);
key = "MinMotorSpeed";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].MinMotorSpeed = Convert.ToDouble(value);
key = "MaxMotorSpeed";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].MaxMotorSpeed = Convert.ToDouble(value);
key = "MotorEffectivePoles";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].MotorEffectivePoles = Convert.ToInt16(value);
key = "SyncWaitTime";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].SyncWaitTime = Convert.ToInt16(value);
key = "MotorStableTime";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].MotorStableTime = Convert.ToInt16(value);
section = "Other Settings";
key = "InterruptFreq";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].InterruptFreq = Convert.ToInt16(value);
key = "HWDebugSelection";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].HWDebugSelection = Convert.ToInt16(value);
key = "AutoRepeat";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].AutoRepeat = Convert.ToInt16(value);
key = "PixAlwaysOn";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].PixAlwaysOn = Convert.ToInt16(value);
key = "ExtCamTrig";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].ExtCamTrig = Convert.ToInt16(value);
key = "EncoderExpo";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].EncoderExpo = Convert.ToInt16(value);
key = "FacetTest";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].FacetTest = Convert.ToInt16(value);
key = "SWTest";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].SWTest = Convert.ToInt16(value);
key = "JobstartAutorepeat";
value = GetValue(section, key, filepath);
m_PolygonData[scannerIndex].JobstartAutorepeat = Convert.ToInt16(value);
return(true);
}
public bool SavePolygonPara(CPolygonIni m_PolygonData, string strFile)
{
string section = "";
string key = "";
string value = "";
string filepath = "";
bool bRet = false;
filepath = string.Format("{0:s}{1:s}.ini", m_DBInfo.ScannerLogDir, strFile);
if (!File.Exists(filepath))
{
return(false);
}
FileInfo fileinfo = new FileInfo(filepath);
section = "Job Settings";
key = "InScanResolution";
value = string.Format("{0:F6}", m_PolygonData.InScanResolution);
bRet = SetValue(section, key, value, filepath);
key = "CrossScanResolution";
value = string.Format("{0:F6}", m_PolygonData.CrossScanResolution);
bRet = SetValue(section, key, value, filepath);
key = "InScanOffset";
value = Convert.ToString(m_PolygonData.InScanOffset);
bRet = SetValue(section, key, value, filepath);
key = "StopMotorBetweenJobs";
value = Convert.ToString(m_PolygonData.StopMotorBetweenJobs);
bRet = SetValue(section, key, value, filepath);
key = "PixInvert";
value = Convert.ToString(m_PolygonData.PixInvert);
bRet = SetValue(section, key, value, filepath);
key = "JobStartBufferTime";
value = Convert.ToString(m_PolygonData.JobStartBufferTime);
bRet = SetValue(section, key, value, filepath);
key = "PrecedingBlankLines";
value = Convert.ToString(m_PolygonData.PrecedingBlankLines);
bRet = SetValue(section, key, value, filepath);
section = "Laser Configuration";
key = "LaserOperationMode";
value = Convert.ToString(m_PolygonData.LaserOperationMode);
bRet = SetValue(section, key, value, filepath);
key = "SeedClockFrequency";
value = Convert.ToString(m_PolygonData.SeedClockFrequency);
bRet = SetValue(section, key, value, filepath);
key = "RepetitionRate";
value = Convert.ToString(m_PolygonData.RepetitionRate);
bRet = SetValue(section, key, value, filepath);
key = "PulsePickWidth";
value = Convert.ToString(m_PolygonData.PulsePickWidth);
bRet = SetValue(section, key, value, filepath);
key = "PixelWidth";
value = Convert.ToString(m_PolygonData.PixelWidth);
bRet = SetValue(section, key, value, filepath);
section = "CrossScan Configuration";
key = "CrossScanEncoderResol";
value = string.Format("{0:F7}", m_PolygonData.CrossScanEncoderResol);
bRet = SetValue(section, key, value, filepath);
key = "EnCarSig";
value = Convert.ToString(m_PolygonData.EnCarSig);
bRet = SetValue(section, key, value, filepath);
key = "SwapCarSig";
value = Convert.ToString(m_PolygonData.SwapCarSig);
bRet = SetValue(section, key, value, filepath);
section = "Head Configuration";
key = "InterleaveRatio";
value = Convert.ToString(m_PolygonData.InterleaveRatio);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset0";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset0);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset1";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset1);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset2";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset2);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset3";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset3);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset4";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset4);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset5";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset5);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset6";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset6);
bRet = SetValue(section, key, value, filepath);
key = "FacetFineDelayOffset7";
value = string.Format("{0:F6}", m_PolygonData.FacetFineDelayOffset7);
bRet = SetValue(section, key, value, filepath);
key = "StartFacet";
value = Convert.ToString(m_PolygonData.StartFacet);
bRet = SetValue(section, key, value, filepath);
key = "AutoIncrementStartFacet";
value = Convert.ToString(m_PolygonData.AutoIncrementStartFacet);
bRet = SetValue(section, key, value, filepath);
section = "Polygon motor Configuration";
key = "MotorStableTime";
value = Convert.ToString(m_PolygonData.MotorStableTime);
bRet = SetValue(section, key, value, filepath);
return(true);
}
