public F28Module(short moduleID, F28LightCtrl controller)
{
ModuleID = moduleID;
sModule = moduleID;
_f28ctl = controller;
tResult = new F28LightCtrl.F28_REALTIME_CYCLE();
tAutocal.SetF28(ref _f28ctl);
updateInfo();
}
private void updateRealTimeInfo(F28LightCtrl.F28_REALTIME_CYCLE tResult)
{
//Display pressure
updateLable(_mainView.labelPressure, tResult.fPressureValue.ToString("F2"));
if (tResult.bUnitPressure < (byte)F28LightCtrl.F28_PRESS_UNITS.NMAX_PRESS_UNITS)
{
updateLable(_mainView.PressureUnit, _api.F28.F28_STR_PRESS_UNITS[tResult.bUnitPressure]);
}
else
{
updateLable(_mainView.PressureUnit, "----");
}
// Leak
if (tResult.bUnitLeak == (byte)F28LightCtrl.F28_LEAK_UNITS.LEAK_SCCM)
{
updateLable(_mainView.Leak, tResult.fLeakValue.ToString("F4"));
}
else
{
updateLable(_mainView.Leak, tResult.fLeakValue.ToString("F2"));
}
if (tResult.bUnitLeak < (byte)F28LightCtrl.F28_LEAK_UNITS.NMAX_LEAK_UNITS)
{
//LeakUnit.Text = F28.F28_STR_LEAK_UNITS[tResult.bUnitLeak];
updateLable(_mainView.LeakUnit, _api.F28.F28_STR_LEAK_UNITS[tResult.bUnitLeak]);
}
// V2.0.0.4
else if (tResult.bUnitLeak == (byte)F28LightCtrl.F28_LEAK_UNITS.LEAK_JET_CHECK)
{
//LeakUnit.Text = F28.F28_STR_LEAK_JET_CHECK;
updateLable(_mainView.LeakUnit, _api.F28.F28_STR_LEAK_JET_CHECK);
}
else
{
updateLable(_mainView.LeakUnit, "----");
}
string status = "<Eoc:" + tResult.bEndCycle.ToString() + "> " + tResult.bStatus.ToString() + "->";
updateLable(_mainView.Status, status);
updateLable(_mainView.Temperature, tResult.fInternalTemperature.ToString("F2"));
updateLable(_mainView.PAtm, tResult.fPatm.ToString("F2"));
}
public void GetRealTimeData()
{
//const string EMPTY_FIELD = "------";
byte m_bEndCycle = 0;
if (sModule != -1)
{
byte ucPhaseCal = tAutocal.GetPhase();
string str;
// 1- Run Auto Calibration Offset + Volume
if (tAutocal.IsCalRunning()) // (ucPhaseCal != AutoCal.CAL_AUTO_PHASES.AUTO_IDDLE)
{
// Display phase
str = tAutocal.GetPhaseStr(ucPhaseCal);
//m_labelCal.Text = str;
// Waiting Master leak
if (tAutocal.IsWaitingMasterLeak()) //(ucPhaseCal == AutoCal.CAL_AUTO_PHASES.AUTO_WAIT_MASTER_LEAK)
{
// timerRealTime.Stop();
string message = "Put master leak\n\nOK to Continue, Cancel to abort ? ";
string caption = "Master leak";
MessageBoxButtons buttons = MessageBoxButtons.OKCancel;
DialogResult result;
// Displays the MessageBox.
result = MessageBox.Show(message, caption, buttons);
if (result == System.Windows.Forms.DialogResult.OK)
{
tAutocal.RunCalContinue(true);
}
else
{
tAutocal.RunCalContinue(false);
}
ucPhaseCal = tAutocal.GetPhase();
str = tAutocal.GetPhaseStr(ucPhaseCal);
//m_labelCal.Text = str;
//timerRealTime.Start();
}
// Running End auto calibration ?
if (tAutocal.RunCal())
{
// ' 1- Read auto calibration errcode
if (tAutocal.GetCalAlarm() > 0)
{
str = "Calibration Alarm !!!";
//AddMessage(str);
//m_labelCal.Text = str;
}
else
{
//' 2- if no erreur -> Read & Save parameters
//AddMessage("F28_GetModuleParameters !!!");
if (_f28ctl.GetModuleParameters(sModule, ref tParams) == F28LightCtrl.F28_OK)
{
str = "Offset = " + tParams.fOffsetLeak.ToString("F4") + " - Volume = " + tParams.fVolume.ToString("F2");
}
else
{
str = "Read parameters error !!!";
}
//AddMessage(str);
//m_labelCal.Text = str;
}
}
}
// 2- Real time measurement
F28LightCtrl.F28_REALTIME_CYCLE tResult = new F28LightCtrl.F28_REALTIME_CYCLE();
if (_f28ctl.GetRealTimeData(sModule, ref tResult) == F28LightCtrl.F28_OK)
{
// 1.403 :NEW:(1)
if (tAutocal.IsRunningVolumeCal())
{
tResult.fLeakValue *= 1000.0f;
tResult.bUnitLeak = (byte)F28LightCtrl.F28_LEAK_UNITS.LEAK_PASEC;
}
// Check end of cycle
if (tResult.bEndCycle == 1)
{
if (m_bEndCycle == 0)
{
if (_f28ctl.GetLastResult(sModule, ref tLastResult) == F28LightCtrl.F28_OK)
{
// 1.403 :NEW:(2)
if (tAutocal.IsRunningVolumeCal())
{
tLastResult.fLeakValue *= 1000.0f;
tLastResult.bUnitLeak = (byte)F28LightCtrl.F28_LEAK_UNITS.LEAK_PASEC;
}
//DisplayResultFrame(ref tLastResult);
//DisplayResultCount();
}
}
tResult.fPressureValue = tLastResult.fPressureValue;
tResult.bUnitPressure = tLastResult.bUnitPressure;
tResult.fLeakValue = tLastResult.fLeakValue;
tResult.bUnitLeak = tLastResult.bUnitLeak;
}
m_bEndCycle = tResult.bEndCycle;
OnRealTimeUpdated?.Invoke(this, tResult);
// Display pressure
//Pressure.Text = tResult.fPressureValue.ToString("F2");
//if (tResult.bUnitPressure < (byte)F28LightCtrl.F28_PRESS_UNITS.NMAX_PRESS_UNITS)
//{
// PressureUnit.Text = F28.F28_STR_PRESS_UNITS[tResult.bUnitPressure];
//}
//else
//{
// LeakUnit.Text = EMPTY_FIELD;
//}
// Leak
// if (tResult.bUnitLeak == (byte)F28LightCtrl.F28_LEAK_UNITS.LEAK_SCCM)
// {
// Leak.Text = tResult.fLeakValue.ToString("F4");
// }
// else
// {
// Leak.Text = tResult.fLeakValue.ToString("F2");
// }
// if (tResult.bUnitLeak < (byte)F28LightCtrl.F28_LEAK_UNITS.NMAX_LEAK_UNITS)
// {
// LeakUnit.Text = F28.F28_STR_LEAK_UNITS[tResult.bUnitLeak];
// }
// // V2.0.0.4
// else if (tResult.bUnitLeak == (byte)F28LightCtrl.F28_LEAK_UNITS.LEAK_JET_CHECK)
// {
// LeakUnit.Text = F28.F28_STR_LEAK_JET_CHECK;
// }
// // V2.0.0.4
// else
// {
// LeakUnit.Text = EMPTY_FIELD;
// }
// // Status back color
// if (tResult.bStatus > (byte)F28LightCtrl.F28_STATUS.F28_STATUS_READY)
// {
// Status.BackColor = Color.FromArgb(0, 128, 255);
// }
// else
// {
// // V2.0.0.4
// if (tLastResult.bStatus == (byte)F28LightCtrl.F28_RESULT_STATUS_CODE.STATUS_GOOD_PART ||
// tLastResult.bStatus == (byte)F28LightCtrl.F28_RESULT_STATUS_CODE.STATUS_ALARM_JET_CHECK_PASS)
// {
// Status.BackColor = Color.FromArgb(0, 128, 0);
// }
// else if (tLastResult.bStatus == (byte)F28LightCtrl.F28_RESULT_STATUS_CODE.STATUS_REF_FAIL_PART || tLastResult.bStatus == (byte)F28LightCtrl.F28_RESULT_STATUS_CODE.STATUS_TEST_FAIL_PART)
// {
// Status.BackColor = Color.FromArgb(200, 0, 0);
// }
// else
// {
// Status.BackColor = Color.FromArgb(245, 100, 10);
// }
// }
// Status.Text = "<Eoc:" + tResult.bEndCycle.ToString() + "> " + tResult.bStatus.ToString() + "->";
// if (tResult.bStatus != 0xFF)
// {
// if (tResult.bStatus <= (byte)F28LightCtrl.F28_STATUS.F28_STATUS_MAX)
// {
// Status.Text += F28.F28_STR_STATUS[tResult.bStatus];
// }
// else
// {
// Status.Text += EMPTY_FIELD;
// }
// }
// else
// {
// Status.Text += EMPTY_FIELD;
// }
// PAtm.Text = tResult.fPatm.ToString("F2");
// Temperature.Text = tResult.fInternalTemperature.ToString("F2");
//}
//else
//{
// Pressure.Text = EMPTY_FIELD;
// PressureUnit.Text = EMPTY_FIELD;
// Leak.Text = EMPTY_FIELD;
// LeakUnit.Text = EMPTY_FIELD;
// Status.Text = EMPTY_FIELD;
// PAtm.Text = EMPTY_FIELD;
// Temperature.Text = EMPTY_FIELD;
//}
}
}
}
// V2.0.0.4
private void E_OnRealTimeUpdated(object sender, F28LightCtrl.F28_REALTIME_CYCLE e)
{
updateRealTimeInfo(e);
}
