public static PExpToshiba AnalyseProcess(MonFile File)
{
AnalyseResults result;
PExpToshiba process = new PExpToshiba();
process.Date = File.StartTime;
foreach (var step in File.Steps)
{
switch (step.stepnumber)
{
case 1:
//result = analyse_123(step);
process.InputData.V1 = null;
break;
case 2:
result = analyse_123(step);
process.MachinaData.T_start_lower = result.TminLower;
process.MachinaData.T_start_upper = result.TminUpper;
process.MachinaData.Tv_lower = result.TmaxLower;
process.MachinaData.Tv_upper = result.TmaxUpper;
process.MachinaData.Gv_lower = result.TRateLower;
process.MachinaData.Gv_upper = result.TRateUpper;
process.MachinaData.Gv_lower_quali = result.TRateLowerQuality;
process.MachinaData.Gv_upper_quali = result.TRateUpperQuality;
process.InputData.Gv = Math.Round((((result.TUpper_Last + result.TLower_Last) / 2) - ((result.TUpper_First + result.TLower_First) / 2)) / result.Duration, 2);
process.InputData.Tv = ((result.TUpper_Last + result.TLower_Last) / 2);
process.InputData.Z1 = result.Posmax;
break;
case 3:
result = analyse_123(step);
process.MachinaData.Tvu_lower = result.TminLower;
process.MachinaData.Tvu_upper = result.TminUpper;
process.MachinaData.T1u_lower = result.TmaxLower;
process.MachinaData.T1u_upper = result.TmaxUpper;
process.MachinaData.G1_lower = result.TRateLower;
process.MachinaData.G1_upper = result.TRateUpper;
process.MachinaData.G1_lower_quali = result.TRateLowerQuality;
process.MachinaData.G1_upper_quali = result.TRateUpperQuality;
process.InputData.G1 = Math.Round((((result.TUpper_Last + result.TLower_Last) / 2) - ((result.TUpper_First + result.TLower_First) / 2)) / result.Duration, 2);
process.InputData.Tvu = ((result.TUpper_First + result.TLower_First) / 2);
process.InputData.T1u = ((result.TUpper_Last + result.TLower_Last) / 2);
break;
case 4:
result = analyse_4567(step);
process.MachinaData.T1_lower = result.TmaxLower;
process.MachinaData.T1_upper = result.TmaxUpper;
process.MachinaData.ST1 = result.Duration;
process.InputData.T1 = ((result.TUpper_Last + result.TLower_Last) / 2);
process.InputData.ST1 = result.Duration;
break;
case 5:
result = analyse_4567(step);
process.MachinaData.T_press_av = (result.TAverageUpper + result.TAverageLower) / 2;
process.MachinaData.T_press_G = (result.TRateUpper + result.TRateLower) / 2;
process.MachinaData.T_press_G_quali = (result.TRateUpperQuality + result.TRateLowerQuality) / 2;
process.MachinaData.P1 = result.PAverage;
process.MachinaData.PT1 = result.PressTime;
process.MachinaData.ST2 = result.Duration;
process.InputData.P1 = Math.Round(result.PAverage, PressRound);
process.InputData.PT1 = result.PressTime;
process.InputData.ST2 = result.Duration;
process.InputData.V2 = null;
process.InputData.Z2 = result.Posmax;
break;
case 6:
result = analyse_4567(step);
process.MachinaData.P2 = result.PAverage;
process.MachinaData.PT1 = result.PressTime;
process.MachinaData.G3_lower = result.TRateLower;
process.MachinaData.G3_upper = result.TRateUpper;
process.MachinaData.G3_lower_quali = result.TRateLowerQuality;
process.MachinaData.G3_upper_quali = result.TRateUpperQuality;
process.MachinaData.T2_lower = result.TChangeLower;
process.MachinaData.T2_upper = result.TChangeUpper;
process.InputData.G2 = Math.Round((((result.TUpper_Last + result.TLower_Last) / 2) - ((result.TUpper_First + result.TLower_First) / 2)) / result.Duration, 2);
process.InputData.T2 = (result.TChangeLower + result.TChangeUpper) / 2;
process.InputData.P2 = Math.Round(result.PAverage, PressRound);
break;
case 7:
result = analyse_7(step);
process.MachinaData.T5_lower = result.TminLower;
process.MachinaData.T5_upper = result.TminUpper;
process.MachinaData.T3_lower = result.TmaxLower;
process.MachinaData.T3_upper = result.TmaxLower;
process.MachinaData.T4_lower = result.TChangeLower;
process.MachinaData.T4_upper = result.TChangeUpper;
process.MachinaData.G4_lower = result.TRateLower;
process.MachinaData.G4_upper = result.TRateUpper;
process.MachinaData.G4_lower_quali = result.TRateLowerQuality;
process.MachinaData.G4_upper_quali = result.TRateUpperQuality;
process.MachinaData.P3 = result.PAverage;
process.InputData.T3 = (result.TLower_First + result.TUpper_First) / 2;
process.InputData.T4 = (result.TChangeUpper + result.TChangeLower) / 2;
process.InputData.T5 = (result.TLower_Last + result.TUpper_Last) / 2;
process.InputData.P3 = Math.Round(result.PAverage, 2);
break;
}
if (process.InputData.Tvu == null)
{
process.InputData.Tvu = process.InputData.Tv;
}
}
return(process);
}
public static MonFile getMonFileData(string path)
{
List <string> m_data = new List <string>();
using (StreamReader reader = new StreamReader(path))
{
while (!reader.EndOfStream)
{
m_data.Add(reader.ReadLine());
}
}
MonFile m_file = new MonFile();
string valueString;
m_file.Path = path;
valueString = m_data.Find(item => item.Contains("StartTime"));
valueString = valueString.Remove(0, valueString.IndexOf(',') + 1);
m_file.StartTime = Convert.ToDateTime(valueString);
valueString = m_data.Find(item => item.Contains("StopTime"));
valueString = valueString.Remove(0, valueString.IndexOf(',') + 1);
m_file.StopTime = Convert.ToDateTime(valueString);
m_file.CycleTime = m_file.StopTime - m_file.StartTime;
int dataIndex = m_data.FindIndex(item => item.Contains("SeqNo")) + 1;
int _stepIndex = 0; //stepIndex
int _currentListIndex = -1; //ListIndex of steplist
for (int i = dataIndex; i < m_data.Count; i++)
{
//separate data from string
string[] parameters = m_data[i].Split(',');
//identify current step
int currentStep = Convert.ToInt32(parameters[14]);
if (currentStep != _stepIndex)
{
_stepIndex = currentStep;
m_file.Steps.Add(new MonFile.ProcessStep(currentStep));
_currentListIndex = m_file.Steps.Count - 1;
}
//fill step with parameter data
MonFile.ProcessStep.MeasuringPoint _mp = new MonFile.ProcessStep.MeasuringPoint();
_mp.SequenceNumber = Convert.ToInt32(parameters[0]);
_mp.TimePass = Convert.ToInt32(parameters[1]);
_mp.LTemp1 = Convert.ToDouble(parameters[2].Replace('.', ','));
_mp.UTemp1 = Convert.ToDouble(parameters[3].Replace('.', ','));
_mp.PressZ = Convert.ToDouble(parameters[4].Replace('.', ','));
_mp.PosZ = Convert.ToDouble(parameters[5].Replace('.', ','));
_mp.LTemp2 = Convert.ToDouble(parameters[6].Replace('.', ','));
_mp.UTemp2 = Convert.ToDouble(parameters[7].Replace('.', ','));
_mp.PressW = Convert.ToDouble(parameters[8].Replace('.', ','));
_mp.PosW = Convert.ToDouble(parameters[9].Replace('.', ','));
_mp.Temp5 = Convert.ToDouble(parameters[10].Replace('.', ','));
_mp.Temp6 = Convert.ToDouble(parameters[11].Replace('.', ','));
_mp.Temp7 = Convert.ToDouble(parameters[12].Replace('.', ','));
_mp.Temp8 = Convert.ToDouble(parameters[13].Replace('.', ','));
_mp.StepNumber = Convert.ToInt32(parameters[14]);
_mp.ChangePosZ = Convert.ToDouble(parameters[15].Replace('.', ','));
_mp.CHangePressZ = Convert.ToDouble(parameters[16].Replace('.', ','));
_mp.MarkerFlag = parameters[17];
_mp.UserFlag = parameters[18];
_mp.AlarmCode1 = parameters[19];
_mp.AlarmCode2 = parameters[20];
_mp.AlarmCode3 = parameters[21];
_mp.AlarmCode4 = parameters[22];
_mp.AlarmCode5 = parameters[23];
_mp.SelfAlarmCode1 = parameters[24];
_mp.SelfAlarmCode2 = parameters[25];
_mp.SelfAlarmCode3 = parameters[26];
_mp.SelfAlarmCode4 = parameters[27];
_mp.SelfAlarmCode5 = parameters[28];
m_file.Steps[_currentListIndex].MeasuringPoints.Add(_mp);
}
return(m_file);
}
