public void RaiseMcDownEvent(CCCDataLogger data)
{
if (OnMcDownTrigger != null)
{
OnMcDownTrigger(this, new CCCMcDownTriggerEvent(data));
}
}
public CCCFinalRunResult(CCCRunResult partRunData, CCCDataLogger runResult, CCCOutput.Trigger_Type type, TIC_BIN_DATA uticData)
{
PartUnitData = partRunData;
RunResult = runResult;
TriggerType = type;
UticData = uticData;
}
public void UpdateData(CCCResult result)
{
//Mar-2020 change triggering count
var TotalMCDownTrigger = HSTMachine.Workcell.TICCccControl.CCCControlTicMc1.CccResult.OutputCounter.MCDownTriggering + HSTMachine.Workcell.TICCccControl.CCCControlTicMc2.CccResult.OutputCounter.MCDownTriggering;
var TotalTICTrigger = HSTMachine.Workcell.TICCccControl.CCCControlTicMc1.CccResult.OutputCounter.TicDefactCounter + HSTMachine.Workcell.TICCccControl.CCCControlTicMc2.CccResult.OutputCounter.TicDefactCounter;
string triggerType = string.Empty;
triggerType = result.OutputCounter.McTriggerType == Trigger_Type.CRDL ? "HIGH_PERCENT_CRDL" : "HIGH_PERCENT_TIC";
decimal mc1FailPartCounter = decimal.Parse(HSTMachine.Workcell.TICCccControl.CCCControlTicMc1.CccResult.OutputCounter.AdaptiveDefectCounter.ToString());
decimal totalParts = decimal.Parse(result.AdaptivePartCounter.ToString());
decimal mc2FailPartCounter = decimal.Parse(HSTMachine.Workcell.TICCccControl.CCCControlTicMc2.CccResult.OutputCounter.AdaptiveDefectCounter.ToString());
decimal currentYield = 0;
var totalcount = (totalParts - mc1FailPartCounter) * 100;
try
{
if (totalParts != 0)
{
currentYield = decimal.Divide(totalcount, totalParts);
}
}
catch (Exception)
{
}
result.SetAdaptiveNumber();
if (result.OutputCounter.LastCCCOutputUTICtime == null)
{
result.OutputCounter.LastCCCOutputUTICtime = "";
}
CCCDataLogger dataUpdate = new CCCDataLogger
{
DateTime = DateTime.Now.ToString(),
TEST_RUN_COUNT = HSTMachine.Workcell.HSTSettings.CccParameterSetting.TestRunGroup.ToString(),
YIELD_TARGET = HSTMachine.Workcell.HSTSettings.CccParameterSetting.YeildTarget.ToString(),
YIELD_LIMIT = HSTMachine.Workcell.HSTSettings.CccParameterSetting.YeildLimit.ToString(),
DEFECT_LIMIT = HSTMachine.Workcell.HSTSettings.CccParameterSetting.DefectCounterLimit.ToString(),
LCL = HSTMachine.Workcell.HSTSettings.CccParameterSetting.Alpha.ToString(),
PART_COUNT = ((result.OutputCounter.LastRunGoodCounter == 0) ? 0 : result.OutputCounter.LastRunGoodCounter - 1).ToString(),
PART_LIMIT_YIELD = result.YieldTest.ToString(), // not define yet
PART_TRIGGER = result.AdaptiveNumber.ToString(), // not define yet
DEFECT_COUNTER = result.OutputCounter.AdaptiveDefectCounter.ToString(), //not define yet
CCC_TRIGGERING = result.OutputCounter.InternalTriggerCounter.ToString(), // not define yet
TIC_TRIGGERING_COUNT = result.OutputCounter.TicDefactCounter.ToString(),
HIGH_CRDL_PERCENT_TRIGGERING_COUNT = result.OutputCounter.HstHighPercentTriggeringCounter.ToString(),
CRDL_TRIGGERING_COUNT = result.OutputCounter.HstDefactCounter.ToString(),
MC_TRIGGERING_COUNT = result.OutputCounter.MCDownTriggering.ToString(),
MC_TRIGGER_TYPE = result.OutputCounter.McTriggerType.ToString(),
TRIGERING_TYPE = triggerType,
FAILURE_TYPE = result.OutputCounter.TriggerFailureType.ToString(),
ALL_MC_TRIGGER = TotalMCDownTrigger.ToString(),
PART_RUNNING = result.AdaptivePartCounter.ToString(),
TotalParts = totalParts.ToString(),
FailM1PartCounter = mc1FailPartCounter.ToString(),
FailM2PartCounter = mc2FailPartCounter.ToString(),
CurrentYield = currentYield.ToString(),
ALL_TIC_TRIGGERING = TotalTICTrigger.ToString(),
uTICdate = result.OutputCounter.LastCCCOutputUTICtime.ToString()
};
result.CCCDataLogger = dataUpdate;
CccResult.CCCDataLogger = dataUpdate;
}
public CCCMcDownTriggerEvent(CCCDataLogger data)
{
PartUnitData = data;
}
