public void ParseAnalogIPDetails(CatIdList catId)
{
try
{
if (catId.AnalogIpTests != null)
{
if (catId.AnalogIpTests.Count != 0)
{
CALIB_1mA_CNT_PI = catId.AnalogIpTests[0].CALIB_1mA_CNT_PI;
CALIB_1V_CNT = catId.AnalogIpTests[0].CALIB_1V_CNT;
CALIB_1V_CNT_PI = catId.AnalogIpTests[0].CALIB_1V_CNT_PI;
CALIB_20mA_CNT = catId.AnalogIpTests[0].CALIB_20mA_CNT;
CALIB_20mA_CNT_PI = catId.AnalogIpTests[0].CALIB_20mA_CNT_PI;
CALIB_4mA_CNT = catId.AnalogIpTests[0].CALIB_4mA_CNT;
CALIB_9V_CNT = catId.AnalogIpTests[0].CALIB_9V_CNT;
CALIB_9V_CNT_PI = catId.AnalogIpTests[0].CALIB_9V_CNT_PI;
}
}
}
catch (Exception ex)
{
}
if (clsGlobalVariables.selectedDeviceType == clsGlobalVariables.SelectedDeviceType.PR69_96x96 ||
clsGlobalVariables.selectedDeviceType == clsGlobalVariables.SelectedDeviceType.PR69_48x48 ||
clsGlobalVariables.selectedDeviceType == clsGlobalVariables.SelectedDeviceType.PR43_48x48)
{
IsPR69Product = true;
IsPIProduct = false;
}
else
{
IsPR69Product = false;
IsPIProduct = true;
}
}
internal void ParseRelayOrSSRDetails(CatIdList catId)
{
if (catId.CalibrationConstantsTests != null)
{
if (catId.CalibrationConstantsTests.Count != 0)
{
WRITE_CALIB_CONST = catId.CalibrationConstantsTests[0].WRITE_CALIB_CONST;
WRITE_CALIB_CONST_WITH_VREF = catId.CalibrationConstantsTests[0].WRITE_CALIB_CONST_WITH_VREF;
}
}
}
public void ParseTC_RTDDetails(CatIdList catId)
{
if (catId.TC_RTDTests != null)
{
if (catId.TC_RTDTests.Count != 0)
{
CALC_SLOPE_OFFSET = catId.TC_RTDTests[0].CALC_SLOPE_OFFSET;
CALIB_100_OHM = catId.TC_RTDTests[0].CALIB_100_OHM;
CALIB_1_MV_CNT = catId.TC_RTDTests[0].CALIB_1_MV_CNT;
CALIB_313_71_OHM = catId.TC_RTDTests[0].CALIB_313_71_OHM;
CALIB_47_68_MV_CNT = catId.TC_RTDTests[0].CALIB_47_68_MV_CNT;
CALIB_50_MV_CNT = catId.TC_RTDTests[0].CALIB_50_MV_CNT;
CALIB_PT100 = catId.TC_RTDTests[0].CALIB_PT100;
CALIB_TC = catId.TC_RTDTests[0].CALIB_TC;
}
if (CALIB_50_MV_CNT)
{
CALIB_MV_CNT_PR69_PI = true;
}
else
{
CALIB_MV_CNT_PR69_PI = false;
}
if (CALIB_PT100)
{
CALIB_PT100_PR69_PI = true;
}
else
{
CALIB_PT100_PR69_PI = false;
}
if (CALIB_47_68_MV_CNT)
{
CALIB_MV_CNT_PR43 = true;
}
else
{
CALIB_MV_CNT_PR43 = false;
}
if (CALIB_100_OHM)
{
CALIB_PT100_PR43 = true;
}
else
{
CALIB_PT100_PR43 = false;
}
}
}
internal void ParseRelayOrSSRDetails(CatIdList catId)
{
if (catId.CommonCalibTests != null)
{
if (catId.CommonCalibTests.Count != 0)
{
READ_DEVICE_ID = catId.CommonCalibTests[0].READ_DEVICE_ID;
READ_CALIB_CONST = catId.CommonCalibTests[0].READ_CALIB_CONST;
START_DISP_TEST = catId.CommonCalibTests[0].START_DISP_TEST;
START_KEYPAD_TEST = catId.CommonCalibTests[0].START_KEYPAD_TEST;
SWITCH_SENSOR_RELAY = catId.CommonCalibTests[0].SWITCH_SENSOR_RELAY;
Vtg24V_OP_TEST = catId.CommonCalibTests[0].Vtg24V_OP_TEST;
START_MODBUS_TEST = catId.CommonCalibTests[0].START_MODBUS_TEST;
CJC_TEST = catId.CommonCalibTests[0].CJC_TEST;
}
}
}
public void ParseAnalogOPDetails(CatIdList catId)
{
try
{
if (catId.AnalogOpTests != null)
{
if (catId.AnalogOpTests.Count != 0)
{
SET_DFALT_1MA_CNT = catId.AnalogOpTests[0].SET_DFALT_1MA_CNT;
CALIBRATE_CURRENT = catId.AnalogOpTests[0].CALIBRATE_CURRENT;
CALIBRATE_VOLTAGE = catId.AnalogOpTests[0].CALIBRATE_VOLTAGE;
CHK_ANALOG_OP_VAL = catId.AnalogOpTests[0].CHK_ANALOG_OP_VAL;
SET_12MA_ANLOP = catId.AnalogOpTests[0].SET_12MA_ANLOP;
SET_5V_ANLOP = catId.AnalogOpTests[0].SET_5V_ANLOP;
SET_DFALT_10V_CNT = catId.AnalogOpTests[0].SET_DFALT_10V_CNT;
SET_DFALT_1V_CNT = catId.AnalogOpTests[0].SET_DFALT_1V_CNT;
SET_DFALT_20MA_CNT = catId.AnalogOpTests[0].SET_DFALT_20MA_CNT;
SET_DFALT_4MA_CNT = catId.AnalogOpTests[0].SET_DFALT_4MA_CNT;
SET_OBSRVED_10V_CNT = catId.AnalogOpTests[0].SET_OBSRVED_10V_CNT;
SET_OBSRVED_1MA_CNT = catId.AnalogOpTests[0].SET_OBSRVED_1MA_CNT;
SET_OBSRVED_1V_CNT = catId.AnalogOpTests[0].SET_OBSRVED_1V_CNT;
SET_OBSRVED_20MA_CNT = catId.AnalogOpTests[0].SET_OBSRVED_20MA_CNT;
SET_OBSRVED_4MA_CNT = catId.AnalogOpTests[0].SET_OBSRVED_4MA_CNT;
}
}
}
catch (Exception ex)
{
}
if (clsGlobalVariables.selectedDeviceType == clsGlobalVariables.SelectedDeviceType.PR69_96x96 ||
clsGlobalVariables.selectedDeviceType == clsGlobalVariables.SelectedDeviceType.PR69_48x48 ||
clsGlobalVariables.selectedDeviceType == clsGlobalVariables.SelectedDeviceType.PR43_48x48)
{
IsPR69Product = true;
IsPIProduct = false;
}
else
{
IsPR69Product = false;
IsPIProduct = true;
}
}
public void ParseRelayOrSSRDetails(CatIdList catId)
{
if (catId.RelayOrSSRTests != null)
{
if (catId.RelayOrSSRTests.Count != 0)
{
OP1 = catId.RelayOrSSRTests[0].OP1;
OP2 = catId.RelayOrSSRTests[0].OP2;
OP3 = catId.RelayOrSSRTests[0].OP3;
//OP1subtest = catId.RelayOrSSRTests[0].OP1subtest;
//OP2subtest = catId.RelayOrSSRTests[0].OP2subtest;
//OP3subtest = catId.RelayOrSSRTests[0].OP3subtest;
SelectedOP1Type = catId.RelayOrSSRTests[0].SelectedOP1Type;
SelectedOP2Type = catId.RelayOrSSRTests[0].SelectedOP2Type;
SelectedOP3Type = catId.RelayOrSSRTests[0].SelectedOP3Type;
SelectedOP1RelayType = catId.RelayOrSSRTests[0].SelectedOP1RelayType;
SelectedOP2RelayType = catId.RelayOrSSRTests[0].SelectedOP2RelayType;
SelectedOP3RelayType = catId.RelayOrSSRTests[0].SelectedOP3RelayType;
}
}
}
internal void ParseAccuracyDetails(CatIdList catId, AccuracyParameter Input)
{
try
{
switch (Input)
{
case AccuracyParameter.mAmp:
if (catId.mAmpTests != null)
{
NumberTestPoints = catId.mAmpTests[0].NumberTestPoints;
Min = catId.mAmpTests[0].Min;
Max = catId.mAmpTests[0].Max;
Tolerance = catId.mAmpTests[0].Tolerance;
DelayForNexttest = catId.mAmpTests[0].DelayForNexttest;
P1 = catId.mAmpTests[0].P1;
P2 = catId.mAmpTests[0].P2;
P3 = catId.mAmpTests[0].P3;
P4 = catId.mAmpTests[0].P4;
P5 = catId.mAmpTests[0].P5;
P6 = catId.mAmpTests[0].P6;
P7 = catId.mAmpTests[0].P7;
P8 = catId.mAmpTests[0].P8;
P9 = catId.mAmpTests[0].P9;
P10 = catId.mAmpTests[0].P10;
}
break;
case AccuracyParameter.Volt:
if (catId.VoltTests != null)
{
NumberTestPoints = catId.VoltTests[0].NumberTestPoints;
Min = catId.VoltTests[0].Min;
Max = catId.VoltTests[0].Max;
Tolerance = catId.VoltTests[0].Tolerance;
DelayForNexttest = catId.VoltTests[0].DelayForNexttest;
P1 = catId.VoltTests[0].P1;
P2 = catId.VoltTests[0].P2;
P3 = catId.VoltTests[0].P3;
P4 = catId.VoltTests[0].P4;
P5 = catId.VoltTests[0].P5;
P6 = catId.VoltTests[0].P6;
P7 = catId.VoltTests[0].P7;
P8 = catId.VoltTests[0].P8;
P9 = catId.VoltTests[0].P9;
P10 = catId.VoltTests[0].P10;
}
break;
case AccuracyParameter.PT100Sensor:
if (catId.PT100SensorTests != null)
{
NumberTestPoints = catId.PT100SensorTests[0].NumberTestPoints;
Min = catId.PT100SensorTests[0].Min;
Max = catId.PT100SensorTests[0].Max;
Tolerance = catId.PT100SensorTests[0].Tolerance;
DelayForNexttest = catId.PT100SensorTests[0].DelayForNexttest;
P1 = catId.PT100SensorTests[0].P1;
P2 = catId.PT100SensorTests[0].P2;
P3 = catId.PT100SensorTests[0].P3;
P4 = catId.PT100SensorTests[0].P4;
P5 = catId.PT100SensorTests[0].P5;
P6 = catId.PT100SensorTests[0].P6;
P7 = catId.PT100SensorTests[0].P7;
P8 = catId.PT100SensorTests[0].P8;
P9 = catId.PT100SensorTests[0].P9;
P10 = catId.PT100SensorTests[0].P10;
}
break;
case AccuracyParameter.RSensor:
if (catId.RSensor != null)
{
NumberTestPoints = catId.RSensor[0].NumberTestPoints;
Min = catId.RSensor[0].Min;
Max = catId.RSensor[0].Max;
Tolerance = catId.RSensor[0].Tolerance;
DelayForNexttest = catId.RSensor[0].DelayForNexttest;
P1 = catId.RSensor[0].P1;
P2 = catId.RSensor[0].P2;
P3 = catId.RSensor[0].P3;
P4 = catId.RSensor[0].P4;
P5 = catId.RSensor[0].P5;
P6 = catId.RSensor[0].P6;
P7 = catId.RSensor[0].P7;
P8 = catId.RSensor[0].P8;
P9 = catId.RSensor[0].P9;
P10 = catId.RSensor[0].P10;
}
break;
case AccuracyParameter.JSensor:
if (catId.JSensor != null)
{
NumberTestPoints = catId.JSensor[0].NumberTestPoints;
Min = catId.JSensor[0].Min;
Max = catId.JSensor[0].Max;
Tolerance = catId.JSensor[0].Tolerance;
DelayForNexttest = catId.JSensor[0].DelayForNexttest;
P1 = catId.JSensor[0].P1;
P2 = catId.JSensor[0].P2;
P3 = catId.JSensor[0].P3;
P4 = catId.JSensor[0].P4;
P5 = catId.JSensor[0].P5;
P6 = catId.JSensor[0].P6;
P7 = catId.JSensor[0].P7;
P8 = catId.JSensor[0].P8;
P9 = catId.JSensor[0].P9;
P10 = catId.JSensor[0].P10;
}
break;
default:
break;
}
}
catch (Exception )
{
}
}