public WriteToDB(MachineTool machineTool)
{
this.machineTool = machineTool;
}
public password(MachineTool machineTool)
{
// TODO: Complete member initialization
this.machineTool = machineTool;
InitializeComponent();
}
//------------------------------------------------------------------------------------------------------------------//
//---------------------------------- Get Changed Values -----------------------------------------------------------//
//------------------------------------------------------------------------------------------------------------------//
public void getChangedValues(MachineTool machineTool)
{
mAdapter.Begin();
// Display if machine is available
if (machineTool.connected)
{
mAvail.Value = "AVAILABLE";
// Display Active Process
Focas1.cnc_getpath(machineTool.hFanucMonitor, out path, out maxPath);
if (path == 1)
{
mSelProc.Value = "1";
}
else if (path == 2)
{
mSelProc.Value = "2";
}
//--------------------------------------------------------------------------------------------------------------
// Display Active Part Program & Sub-Program
short ret2 = Focas1.cnc_rdexecprog(machineTool.hFanucMonitor, ref length, out blkNum, lineData);
mBlkNum.Value = blkNum.ToString();
mActiveLine.Value = GetProgramName(lineData, "\n");
//--------------------------------------------------------------------------------------------------------------
Focas1.cnc_rdprgnum(machineTool.hFanucMonitor, subProgram);
mSubProgram.Value = subProgram.data.ToString();
//--------------------------------------------------------------------------------------------------------------
int ret = Focas1.cnc_exeprgname(machineTool.hFanucMonitor, mainProgram);
//string progName = mainProgram.name.ToString();
mProgram.Value = GetProgramName(mainProgram.name, "\0");
//--------------------------------------------------------------------------------------------------------------
/*uint lineToReadFrom = 1;
string progData = string.Empty;
uint linesToRead = 5;
uint charToRead = 100;
Focas1.cnc_rdprogline2(machineTool.hFanucMonitor, mainProgram.o_num, lineToReadFrom, progData, ref linesToRead, ref charToRead);*/
//--------------------------------------------------------------------------------------------------------------
// Display the current selected mode
switch (machineTool.fanucStatus.aut)
{
case 0:
{
mMode.Value = "MDI";
break;
}
case 1:
{
mMode.Value = "AUTO";
break;
}
case 3:
{
mMode.Value = "EDIT";
break;
}
case 4:
{
mMode.Value = "HAND WHEEL";
break;
}
case 5:
{
mMode.Value = "JOG";
break;
}
case 6:
{
mMode.Value = "TEACH JOG";
break;
}
case 7:
{
mMode.Value = "TEACH HANDLE";
break;
}
case 8:
{
mMode.Value = "INC FEED";
break;
}
case 9:
{
mMode.Value = "REFERENCE";
break;
}
case 10:
{
mMode.Value = "REMOTE";
break;
}
}
//--------------------------------------------------------------------------------------------------------------
// Currently Selected Table
mSelTable.Value = 0;
//--------------------------------------------------------------------------------------------------------------
// Current Active Tool
if (machineTool.gifuChanger == false)
{
Focas1.pmc_rdpmcrng(machineTool.hFanucMonitor, addrType, dataType, toolData, toolData, dataLength,
pmcData);
mActiveTool.Value = pmcData.cdata[0].ToString();
}
else
{
Focas1.ODBM macroInfo = new Focas1.ODBM();
Focas1.cnc_rdmacro(machineTool.hFanucMonitor, 276, 10, macroInfo);
float toolNum = macroInfo.mcr_val / (10 ^ macroInfo.dec_val);
mActiveTool.Value = toolNum.ToString();
}
//--------------------------------------------------------------------------------------------------------------
// Display Alarms
alarmNum = 10;
ret = Focas1.cnc_rdalmmsg2(machineTool.hFanucMonitor, -1, ref alarmNum, alarmMsg);
alarm[0] = alarmMsg.msg1.alm_msg;
alarm[1] = alarmMsg.msg2.alm_msg;
alarm[2] = alarmMsg.msg3.alm_msg;
alarm[3] = alarmMsg.msg4.alm_msg;
alarm[4] = alarmMsg.msg5.alm_msg;
alarm[5] = alarmMsg.msg6.alm_msg;
alarm[6] = alarmMsg.msg7.alm_msg;
alarm[7] = alarmMsg.msg8.alm_msg;
alarm[8] = alarmMsg.msg9.alm_msg;
alarm[9] = alarmMsg.msg10.alm_msg;
alarm[0] = alarm[0].Substring(0, alarmMsg.msg1.msg_len);
alarm[1] = alarm[1].Substring(0, alarmMsg.msg2.msg_len);
alarm[2] = alarm[2].Substring(0, alarmMsg.msg3.msg_len);
alarm[3] = alarm[3].Substring(0, alarmMsg.msg4.msg_len);
alarm[4] = alarm[4].Substring(0, alarmMsg.msg5.msg_len);
alarm[5] = alarm[5].Substring(0, alarmMsg.msg6.msg_len);
alarm[6] = alarm[6].Substring(0, alarmMsg.msg7.msg_len);
alarm[7] = alarm[7].Substring(0, alarmMsg.msg8.msg_len);
alarm[8] = alarm[8].Substring(0, alarmMsg.msg9.msg_len);
alarm[9] = alarm[9].Substring(0, alarmMsg.msg10.msg_len);
alarmType[0] = almType(alarmMsg.msg1.type);
alarmType[1] = almType(alarmMsg.msg2.type);
alarmType[2] = almType(alarmMsg.msg3.type);
alarmType[3] = almType(alarmMsg.msg4.type);
alarmType[4] = almType(alarmMsg.msg5.type);
alarmType[5] = almType(alarmMsg.msg6.type);
alarmType[6] = almType(alarmMsg.msg7.type);
alarmType[7] = almType(alarmMsg.msg8.type);
alarmType[8] = almType(alarmMsg.msg9.type);
alarmType[9] = almType(alarmMsg.msg10.type);
alarmNumber[0] = alarmMsg.msg1.alm_no.ToString() + ": ";
alarmNumber[1] = alarmMsg.msg2.alm_no.ToString() + ": ";
alarmNumber[2] = alarmMsg.msg3.alm_no.ToString() + ": ";
alarmNumber[3] = alarmMsg.msg4.alm_no.ToString() + ": ";
alarmNumber[4] = alarmMsg.msg5.alm_no.ToString() + ": ";
alarmNumber[5] = alarmMsg.msg6.alm_no.ToString() + ": ";
alarmNumber[6] = alarmMsg.msg7.alm_no.ToString() + ": ";
alarmNumber[7] = alarmMsg.msg8.alm_no.ToString() + ": ";
alarmNumber[8] = alarmMsg.msg9.alm_no.ToString() + ": ";
alarmNumber[9] = alarmMsg.msg10.alm_no.ToString() + ": ";
for (short i = 0; i < alarmType.Length; i++)
{
if (alarmType[i] == "SW" && alarm[i].ToString() == string.Empty)
{
alarmType[i] = string.Empty;
alarm[i] = string.Empty;
alarmNumber[i] = string.Empty;
}
}
mAlarm1.Value = alarmType[0].ToString() + alarmNumber[0] + alarm[0].ToString();
mAlarm2.Value = alarmType[1].ToString() + alarmNumber[1] + alarm[1].ToString();
mAlarm3.Value = alarmType[2].ToString() + alarmNumber[2] + alarm[2].ToString();
mAlarm4.Value = alarmType[3].ToString() + alarmNumber[3] + alarm[3].ToString();
mAlarm5.Value = alarmType[4].ToString() + alarmNumber[4] + alarm[4].ToString();
mAlarm6.Value = alarmType[5].ToString() + alarmNumber[5] + alarm[5].ToString();
mAlarm7.Value = alarmType[6].ToString() + alarmNumber[6] + alarm[6].ToString();
mAlarm8.Value = alarmType[7].ToString() + alarmNumber[7] + alarm[7].ToString();
mAlarm9.Value = alarmType[8].ToString() + alarmNumber[8] + alarm[8].ToString();
mAlarm10.Value = alarmType[9].ToString() + alarmNumber[9] + alarm[9].ToString();
//--------------------------------------------------------------------------------------------------------------
// Clocks
Focas1.cnc_rdparam(machineTool.hFanucMonitor, 6758, 0, 8, cycTimeMin);
Focas1.cnc_rdparam(machineTool.hFanucMonitor, 6757, 0, 8, cycTimeSec);
mCycleTime.Value = cycTimeMin.cdata.ToString() + "." + (cycTimeSec.ldata / 1000).ToString();
//Focas1.cnc_rdtimer(machineTool.hFanucLib, 1, cycleTime);
// mOpTime.Value = cycleTime.minute.ToString() + "." + cycleTime.msec.ToString();
//--------------------------------------------------------------------------------------------------------------
// Display Feed, Speed overrides
ret = Focas1.pmc_rdpmcrng(machineTool.hFanucMonitor, 0, 0, 96, 96, 16, pmcOverrides);
mFeedOv.Value = (255-pmcOverrides.cdata[0]).ToString();
ret = Focas1.pmc_rdpmcrng(machineTool.hFanucMonitor, 0, 0, 30, 30, 16, pmcOverrides);
mSpeedOv.Value = pmcOverrides.cdata[0].ToString();
//--------------------------------------------------------------------------------------------------------------
// Display Programmed Feed & Speed
mPrgFeed.Value = "0";
mPrgSpeed.Value = "0";
//--------------------------------------------------------------------------------------------------------------
// Check the current feed rates
Focas1.ODBACT feedRate = new Focas1.ODBACT();
Focas1.cnc_actf(machineTool.hFanucMonitor, feedRate);
mRealFeed.Value = (feedRate.data / 10000).ToString();
//--------------------------------------------------------------------------------------------------------------
// Check Spindle Speed
Focas1.ODBACT2 spindleSpeed = new Focas1.ODBACT2();
Focas1.cnc_acts2(machineTool.hFanucMonitor, 1, spindleSpeed);
mRealSpeed.Value = (spindleSpeed.data[0] / 10000).ToString();
//--------------------------------------------------------------------------------------------------------------
// Get Drives Ready
int ret3 = Focas1.pmc_rdpmcrng(machineTool.hFanucMonitor, 1, 0, 1, 1, 16, pmcDrivesOn);
driveReady = GetBit(pmcDrivesOn.cdata[0], 7, true);
mDrivesReady.Value = driveReady ? "Ready" : "Not Ready";
//--------------------------------------------------------------------------------------------------------------
// Get Messages
Focas1.OPMSG3 opmsg = new Focas1.OPMSG3();
short msgSize = 5;
Focas1.cnc_rdopmsg3(machineTool.hFanucMonitor, -1, ref msgSize, opmsg);
// Op Message 1
if (opmsg.msg1.datano != 0 && opmsg.msg1.datano != -1)
{
mOpMsg1.Value = opmsg.msg1.data.ToString();
}
else
{
mOpMsg1.Value = string.Empty;
}
// Op Message 2
if (opmsg.msg2.datano != 0 && opmsg.msg2.datano != -1)
{
mOpMsg2.Value = opmsg.msg2.data.ToString();
}
else
{
mOpMsg2.Value = string.Empty;
}
// Op Message 3
if (opmsg.msg3.datano != 0 && opmsg.msg3.datano != -1)
{
mOpMsg3.Value = opmsg.msg3.data.ToString();
}
else
{
mOpMsg3.Value = string.Empty;
}
// Op Message 4
if (opmsg.msg4.datano != 0 && opmsg.msg4.datano != -1)
{
mOpMsg4.Value = opmsg.msg4.data.ToString();
}
else
{
mOpMsg4.Value = string.Empty;
}
//--------------------------------------------------------------------------------------------------------------
// Get Drives On
ret3 = Focas1.pmc_rdpmcrng(machineTool.hFanucMonitor, 1, 0, 0, 0, 16, pmcDrivesOn);
drivesOn = GetBit(pmcDrivesOn.cdata[0], 2);
mDrivesOn.Value = drivesOn ? "Drives On" : "Drives Off";
//--------------------------------------------------------------------------------------------------------------
// If Drives are not on and we have a reason set already, figure out how long we have been in estop
if (!drivesOn && reasonSet)
{
mDownTimeDuration.Value = dt.GetElapsedDownTime(ref totalElapsedDT);
}
// If the drives are not on and we do not have a reason set, show the reason popup box
// And start our downtime counter. Also set reason to true.
if (!drivesOn && !reasonSet)
{
machineTool.Invoke((MethodInvoker)delegate() { dt.Show(); });
startTime = dt.startDownTimeCounter();
reasonSet = true;
}
// If the drives are on (We have cleared all the errors), and we have a reason set (We just came out of estop)
// So we will get the duration of the downtime, the reason for the downtime and record it.
if (drivesOn && reasonSet)
{
duration = dt.GetElapsedDownTime(ref totalElapsedDT);
endTime = dt.stopDownTimeCounter();
mDTReason.Value = dt.reason;
// Log the Downtime here
dtBuffer = true;
BufferDataItems();
dtBuffer = false;
reasonSet = false;
}
if (mDTReason.Value != string.Empty)
{
// Now that we are back in our normal loop, the reason is no longer needed
// So now we set it to an empty string and set it to the reason for the last
// Downtime period that we had.
mDTLastReason.Value = dt.reason;
mDTReason.Value = string.Empty;
mDownTimeDuration.Value = string.Empty;
mLastDownTimeDuration.Value = duration;
}
//---------------------------------------------------------------------------------------------------------------
// Get Feed Hold
// Vac On / Off
Focas1.IODBPMC0 vacSensors = new Focas1.IODBPMC0();
ret3 = Focas1.pmc_rdpmcrng(machineTool.hFanucMonitor, 5, 0, 46,46, 16, vacSensors);
bool vac1 = GetBit(vacSensors.cdata[0], 1, false);
bool vac2 = GetBit(vacSensors.cdata[0], 2, false);
bool vac3 = GetBit(vacSensors.cdata[0], 3, false);
bool vac4 = GetBit(vacSensors.cdata[0], 4, false);
bool vac5 = GetBit(vacSensors.cdata[0], 5, false);
bool vac6 = GetBit(vacSensors.cdata[0], 6, false);
bool vac7 = GetBit(vacSensors.cdata[0], 7, false);
bool vac8 = GetBit(vacSensors.cdata[0], 8, false);
}
else
{
mAvail.Value = "UNAVAILABLE";
}
}
public WriteToDB(MachineTool machineTool)
{
this.machineTool = machineTool;
}
//------------------------------------------------------------------------------------------------------------------//
//---------------------------------- Get Axes Positions ------------------------------------------------------------//
//------------------------------------------------------------------------------------------------------------------//
public void getAxesPos(MachineTool machineTool, ushort hFanucAxes)
{
// Absolute Axis
Focas1.cnc_absolute2(hFanucAxes, machineTool.axisXmNum, 8, absAxisX); // X
Focas1.cnc_absolute2(hFanucAxes, machineTool.axisYNum, 8, absAxisY); // Y
Focas1.cnc_absolute2(hFanucAxes, machineTool.axisZNum, 8, absAxisZ); // Z
// Work Axis
Focas1.cnc_relative2(hFanucAxes, machineTool.axisXmNum, 8, wrkAxisX);
Focas1.cnc_relative2(hFanucAxes, machineTool.axisYNum, 8, wrkAxisY);
Focas1.cnc_relative2(hFanucAxes, machineTool.axisZNum, 8, wrkAxisZ);
//Random rndm = new Random();*/
xmPos.Value = absAxisX.data[0].ToString();
yPos.Value = absAxisY.data[0].ToString();
zPos.Value = absAxisZ.data[0].ToString();
xWPos.Value = wrkAxisX.data[0].ToString();
yWPos.Value = wrkAxisY.data[0].ToString();
zWPos.Value = wrkAxisZ.data[0].ToString();
// Get the Axis Temps
Focas1.ODBDGN_1 axisXTemp = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisYTemp = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisZTemp = new Focas1.ODBDGN_1();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 308, machineTool.axisXmNum, typeBitValue, axisXTemp);
xMotorTemp.Value = axisXTemp.ldata.ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 308, machineTool.axisYNum, typeBitValue, axisYTemp);
yMotorTemp.Value = axisYTemp.ldata.ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 308, machineTool.axisZNum, typeBitValue, axisZTemp);
zMotorTemp.Value = axisZTemp.ldata.ToString();
// Axis Pulse Temps
Focas1.ODBDGN_1 axisXPulseTemp = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisYPulseTemp = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisZPulseTemp = new Focas1.ODBDGN_1();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 309, machineTool.axisXmNum, typeBitValue, axisXPulseTemp);
xMotorPulseTemp.Value = axisXPulseTemp.ldata.ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 309, machineTool.axisYNum, typeBitValue, axisYPulseTemp);
yMotorPulseTemp.Value = axisYPulseTemp.ldata.ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 309, machineTool.axisZNum, typeBitValue, axisZPulseTemp);
zMotorPulseTemp.Value = axisZPulseTemp.ldata.ToString();
// Axis Voltages
Focas1.ODBDGN_1 axisXVoltage = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisYVoltage = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisZVoltage = new Focas1.ODBDGN_1();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 752, machineTool.axisXmNum, typeBitValue, axisXVoltage);
xMotorVoltage.Value = axisXVoltage.ldata.ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 752, machineTool.axisYNum, typeBitValue, axisYVoltage);
yMotorVoltage.Value = axisYVoltage.ldata.ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 752, machineTool.axisZNum, typeBitValue, axisZVoltage);
zMotorVoltage.Value = axisZVoltage.ldata.ToString();
// Motor Loads
//short numAxis = getConfiguredAxes(hFanucAxes);
Focas1.cnc_rdsvmeter(hFanucAxes, ref numAxis, motorLoad);
int[] axisMotorLoad = new int[numAxis];
axisMotorLoad[0] = motorLoad.svload1.data;
axisMotorLoad[1] = motorLoad.svload2.data;
axisMotorLoad[2] = motorLoad.svload3.data;
axisMotorLoad[3] = motorLoad.svload4.data;
axisMotorLoad[4] = motorLoad.svload5.data;
axisMotorLoad[5] = motorLoad.svload6.data;
axisMotorLoad[6] = motorLoad.svload7.data;
axisMotorLoad[7] = motorLoad.svload8.data;
// X Axis Loads
xMotorLoad.Value = axisMotorLoad[machineTool.axisXmNum - 1].ToString();
if (drivesOn)
xSamples[sampleIndex] = axisMotorLoad[machineTool.axisXmNum - 1];
if (xSamples[49] != null)
xMotorLoadAvg.Value = SampleMotorLoad(xAvgLoad, ref xSamples, ref xPeakLoad).ToString();
// Y Axis Loads
yMotorLoad.Value = axisMotorLoad[machineTool.axisYNum - 1].ToString();
if (drivesOn)
ySamples[sampleIndex] = axisMotorLoad[machineTool.axisYNum - 1];
if (ySamples[49] != null)
yMotorLoadAvg.Value = SampleMotorLoad(yAvgLoad, ref ySamples, ref yPeakLoad).ToString();
// Z Axis Loads
zMotorLoad.Value = axisMotorLoad[machineTool.axisZNum - 1].ToString();
if (drivesOn)
zSamples[sampleIndex] = axisMotorLoad[machineTool.axisZNum - 1];
if (zSamples[49] != null)
zMotorLoadAvg.Value = SampleMotorLoad(zAvgLoad, ref zSamples, ref zPeakLoad).ToString();
// 4 Axis Machine Sampling (C Axis)
if (machineTool.axis4 || machineTool.axis5)
{
Focas1.cnc_absolute2(hFanucAxes, machineTool.axisCNum, 8, absAxisC);
Focas1.cnc_relative2(hFanucAxes, machineTool.axisCNum, 8, wrkAxisC);
Focas1.ODBDGN_1 axisCTemp = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisCPulseTemp = new Focas1.ODBDGN_1();
Focas1.ODBDGN_1 axisCVoltage = new Focas1.ODBDGN_1();
cPos.Value = absAxisC.data[0].ToString();
cWPos.Value = wrkAxisC.data[0].ToString();
cMotorLoad.Value = axisMotorLoad[machineTool.axisCNum - 1].ToString();
if (drivesOn)
cSamples[sampleIndex] = axisMotorLoad[machineTool.axisCNum - 1];
if (cSamples[49] != null)
cMotorLoadAvg.Value = SampleMotorLoad(cAvgLoad, ref cSamples, ref cPeakLoad).ToString();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 308, machineTool.axisCNum, typeBitValue, axisCTemp);
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 309, machineTool.axisCNum, typeBitValue, axisCPulseTemp);
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 752, machineTool.axisCNum, typeBitValue, axisCVoltage);
cMotorTemp.Value = axisCTemp.ldata.ToString();
}
// 5 Axis Machine Sampling (A Axis)
if (machineTool.axis5)
{
Focas1.cnc_absolute2(hFanucAxes, machineTool.axisANum, 8, absAxisA);
Focas1.cnc_relative2(hFanucAxes, machineTool.axisANum, 8, wrkAxisA);
aPos.Value = absAxisA.data[0].ToString();
aWPos.Value = wrkAxisA.data[0].ToString();
aMotorLoad.Value = axisMotorLoad[machineTool.axisANum - 1].ToString();
if (drivesOn)
aSamples[sampleIndex] = axisMotorLoad[machineTool.axisANum - 1];
if (aSamples[49] != null)
aMotorLoadAvg.Value = SampleMotorLoad(aAvgLoad, ref aSamples, ref aPeakLoad).ToString();
Focas1.ODBDGN_1 axisATemp = new Focas1.ODBDGN_1();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 308, machineTool.axisANum, typeBitValue, axisATemp);
aMotorTemp.Value = axisATemp.ldata.ToString();
}
// Fixed Bridge Dual Table Only (U Axis)
if (machineTool.dualTableChecked && machineTool.fixedBridgeChecked)
{
Focas1.cnc_absolute2(hFanucAxes, machineTool.axisUNum, 8, absAxisU);
Focas1.cnc_relative2(hFanucAxes, machineTool.axisUNum, 8, wrkAxisU);
uPos.Value = absAxisU.data.ToString();
uWPos.Value = wrkAxisU.data.ToString();
uMotorLoad.Value = axisMotorLoad[machineTool.axisUNum - 1].ToString();
if (drivesOn)
uSamples[sampleIndex] = axisMotorLoad[machineTool.axisUNum - 1];
if (uSamples[49] != null)
uMotorLoadAvg.Value = SampleMotorLoad(uAvgLoad, ref uSamples, ref uPeakLoad).ToString();
Focas1.ODBDGN_1 axisUTemp = new Focas1.ODBDGN_1();
Focas1.cnc_diagnoss(machineTool.hFanucMonitor, 308, machineTool.axisUNum, typeBitValue, axisUTemp);
uMotorTemp.Value = axisUTemp.ldata.ToString();
}
sampleIndex++;
if (sampleIndex == 50)
{
sampleIndex = 0;
}
}
//------------------------------------------------------------------------------------------------------------------//
//---------------------------------- Constructor -------------------------------------------------------------------//
//------------------------------------------------------------------------------------------------------------------//
public Report(MachineTool machineTool)
{
this.machineTool = machineTool;
writeDB = new WriteToDB(this);
dt = new downTime(this);
Focas1.ODBDIAGIF attribType = new Focas1.ODBDIAGIF();
int[] typeBits = GetBit(attribType.info.info1.diag_type, 1, 2);
if (typeBits[0] == 0 && typeBits[1] == 0)
typeBitValue = 5;
if (typeBits[0] == 0 && typeBits[1] == 1)
typeBitValue = 6;
if (typeBits[0] == 1 && typeBits[1] == 0)
typeBitValue = 8;
if (typeBits[0] == 1 && typeBits[1] == 1)
typeBitValue = 12;
mAdapter.AddDataItem(mAvail);
mAdapter.AddDataItem(mSelProc);
mAdapter.AddDataItem(mMode);
mAdapter.AddDataItem(mSelTable);
mAdapter.AddDataItem(mProgram);
mAdapter.AddDataItem(mSubProgram);
mAdapter.AddDataItem(mBlkNum);
mAdapter.AddDataItem(mActiveLine);
mAdapter.AddDataItem(mActiveTool);
mAdapter.AddDataItem(mFeedOv);
mAdapter.AddDataItem(mSpeedOv);
mAdapter.AddDataItem(mRapidOv);
mAdapter.AddDataItem(mPrgFeed);
mAdapter.AddDataItem(mPrgSpeed);
mAdapter.AddDataItem(mRealFeed);
mAdapter.AddDataItem(mRealSpeed);
//mAdapter.AddDataItem(mFault);
mAdapter.AddDataItem(mCycleTime);
mAdapter.AddDataItem(mCutTime);
mAdapter.AddDataItem(mOpTime);
mAdapter.AddDataItem(mDrivesReady);
mAdapter.AddDataItem(mDrivesOn);
mAdapter.AddDataItem(mDownTimeDuration);
mAdapter.AddDataItem(mLastDownTimeDuration);
mAdapter.AddDataItem(mDTReason);
mAdapter.AddDataItem(mDTLastReason);
// Axis Position
mAdapter.AddDataItem(xmPos);
mAdapter.AddDataItem(xWPos);
mAdapter.AddDataItem(xCPos);
mAdapter.AddDataItem(yPos);
mAdapter.AddDataItem(yWPos);
mAdapter.AddDataItem(yCPos);
mAdapter.AddDataItem(zPos);
mAdapter.AddDataItem(zWPos);
mAdapter.AddDataItem(zCPos);
mAdapter.AddDataItem(aPos);
mAdapter.AddDataItem(aWPos);
mAdapter.AddDataItem(aCPos);
mAdapter.AddDataItem(uPos);
mAdapter.AddDataItem(uWPos);
mAdapter.AddDataItem(uCPos);
mAdapter.AddDataItem(cPos);
mAdapter.AddDataItem(cWPos);
mAdapter.AddDataItem(cCPos);
// Motor Loads
mAdapter.AddDataItem(xMotorLoad);
mAdapter.AddDataItem(yMotorLoad);
mAdapter.AddDataItem(zMotorLoad);
mAdapter.AddDataItem(aMotorLoad);
mAdapter.AddDataItem(uMotorLoad);
mAdapter.AddDataItem(cMotorLoad);
mAdapter.AddDataItem(xMotorLoadAvg);
mAdapter.AddDataItem(yMotorLoadAvg);
mAdapter.AddDataItem(zMotorLoadAvg);
mAdapter.AddDataItem(aMotorLoadAvg);
mAdapter.AddDataItem(uMotorLoadAvg);
mAdapter.AddDataItem(cMotorLoadAvg);
mAdapter.AddDataItem(xMotorLoadPeak);
mAdapter.AddDataItem(yMotorLoadPeak);
mAdapter.AddDataItem(zMotorLoadPeak);
mAdapter.AddDataItem(aMotorLoadPeak);
mAdapter.AddDataItem(uMotorLoadPeak);
mAdapter.AddDataItem(cMotorLoadPeak);
// Motor Temps
mAdapter.AddDataItem(xMotorTemp);
mAdapter.AddDataItem(yMotorTemp);
mAdapter.AddDataItem(zMotorTemp);
mAdapter.AddDataItem(aMotorTemp);
mAdapter.AddDataItem(cMotorTemp);
mAdapter.AddDataItem(uMotorTemp);
// Pulse Temps
mAdapter.AddDataItem(xMotorPulseTemp);
mAdapter.AddDataItem(yMotorPulseTemp);
mAdapter.AddDataItem(zMotorPulseTemp);
mAdapter.AddDataItem(aMotorPulseTemp);
mAdapter.AddDataItem(cMotorPulseTemp);
mAdapter.AddDataItem(uMotorPulseTemp);
// Voltages
mAdapter.AddDataItem(xMotorVoltage);
mAdapter.AddDataItem(yMotorVoltage);
mAdapter.AddDataItem(zMotorVoltage);
mAdapter.AddDataItem(aMotorVoltage);
mAdapter.AddDataItem(cMotorVoltage);
mAdapter.AddDataItem(uMotorVoltage);
// Op Messages
mAdapter.AddDataItem(mOpMsg1);
mAdapter.AddDataItem(mOpMsg2);
mAdapter.AddDataItem(mOpMsg3);
mAdapter.AddDataItem(mOpMsg4);
// Alarms
mAdapter.AddDataItem(mAlarm1);
mAdapter.AddDataItem(mAlarm2);
mAdapter.AddDataItem(mAlarm3);
mAdapter.AddDataItem(mAlarm4);
mAdapter.AddDataItem(mAlarm5);
mAdapter.AddDataItem(mAlarm6);
mAdapter.AddDataItem(mAlarm7);
mAdapter.AddDataItem(mAlarm8);
mAdapter.AddDataItem(mAlarm9);
mAdapter.AddDataItem(mAlarm10);
}
// Constructor
public WriteXML(MachineTool machineTool)
{
this.machineTool = machineTool;
}
public password(MachineTool machineTool)
{
// TODO: Complete member initialization
this.machineTool = machineTool;
InitializeComponent();
}
// Constructor
public WriteXML(MachineTool machineTool)
{
this.machineTool = machineTool;
}