private static AnalyseResults analyse_123(MonFile.ProcessStep step)
{
AnalyseResults _result = new AnalyseResults();
double[] time = new double[step.MeasuringPoints.Count];
double[] tUpper = new double[step.MeasuringPoints.Count];
double[] tLower = new double[step.MeasuringPoints.Count];
double[] press = new double[step.MeasuringPoints.Count];
double[] pos = new double[step.MeasuringPoints.Count];
for (int i = 0; i < step.MeasuringPoints.Count; i++)
{
time[i] = step.MeasuringPoints[i].TimePass;
tUpper[i] = step.MeasuringPoints[i].UTemp1;
tLower[i] = step.MeasuringPoints[i].LTemp1;
press[i] = step.MeasuringPoints[i].PressZ;
pos[i] = step.MeasuringPoints[i].PosZ;
}
_result.TmaxUpper = Enumerable.Range(0, tUpper.Length).Max(i => tUpper[i]);
_result.TminUpper = Enumerable.Range(0, tUpper.Length).Min(i => tUpper[i]);
_result.TAverageUpper = tUpper.Average();
_result.TmaxLower = Enumerable.Range(0, tLower.Length).Max(i => tLower[i]);
_result.TminLower = Enumerable.Range(0, tLower.Length).Min(i => tLower[i]);
_result.TAverageLower = tLower.Average();
_result.Pmin = Enumerable.Range(0, press.Length).Min(i => press[i]);
_result.Pmax = Enumerable.Range(0, press.Length).Max(i => press[i]);
_result.Posmin = Enumerable.Range(0, pos.Length).Min(i => pos[i]);
_result.Posmax = Enumerable.Range(0, pos.Length).Max(i => pos[i]);
double a1, a2, a3;
double b1, b2, b3;
double c1, c2, c3;
LinearRegression(time, tUpper, 0, time.Length, out c1, out b1, out a1);
_result.TRateUpper = Math.Round(a1, 4); _result.TRateUpperQuality = Math.Round(c1, 4);
LinearRegression(time, tLower, 0, time.Length, out c2, out b2, out a2);
_result.TRateLower = Math.Round(a2, 4); _result.TRateLowerQuality = Math.Round(c2, 4);
LinearRegression(time, pos, 0, time.Length, out c3, out b3, out a3);
_result.PosRate = Math.Round(a3, 4);
_result.Duration = Convert.ToInt32(time[time.Length - 1] - time[0]);
_result.TUpper_First = tUpper[0]; _result.TUpper_Last = tUpper[tUpper.Length - 1];
_result.TLower_First = tLower[0]; _result.TLower_Last = tLower[tLower.Length - 1];
return(_result);
}
private static AnalyseResults analyse_7(MonFile.ProcessStep step)
{
AnalyseResults _result = new AnalyseResults();
double[] time = new double[step.MeasuringPoints.Count];
double[] tUpper = new double[step.MeasuringPoints.Count];
double[] tLower = new double[step.MeasuringPoints.Count];
double[] press = new double[step.MeasuringPoints.Count];
double[] pos = new double[step.MeasuringPoints.Count];
for (int i = 0; i < step.MeasuringPoints.Count; i++)
{
time[i] = step.MeasuringPoints[i].TimePass;
tUpper[i] = step.MeasuringPoints[i].UTemp1;
tLower[i] = step.MeasuringPoints[i].LTemp1;
press[i] = step.MeasuringPoints[i].PressZ;
pos[i] = step.MeasuringPoints[i].PosZ;
}
_result.TmaxUpper = Enumerable.Range(0, tUpper.Length).Max(i => tUpper[i]);
_result.TminUpper = Enumerable.Range(0, tUpper.Length).Min(i => tUpper[i]);
_result.TAverageUpper = tUpper.Average();
_result.TmaxLower = Enumerable.Range(0, tLower.Length).Max(i => tLower[i]);
_result.TminLower = Enumerable.Range(0, tLower.Length).Min(i => tLower[i]);
_result.TAverageLower = tLower.Average();
_result.Pmin = Enumerable.Range(0, press.Length).Min(i => press[i]);
_result.Pmax = Enumerable.Range(0, press.Length).Max(i => press[i]);
_result.Posmin = Enumerable.Range(0, pos.Length).Min(i => pos[i]);
_result.Posmax = Enumerable.Range(0, pos.Length).Max(i => pos[i]);
double a1, a2, a3;
double b1, b2, b3;
double c1, c2, c3;
LinearRegression(time, tUpper, 0, time.Length, out c1, out b1, out a1);
_result.TRateUpper = Math.Round(a1, 4); _result.TRateUpperQuality = Math.Round(c1, 4);
LinearRegression(time, tLower, 0, time.Length, out c2, out b2, out a2);
_result.TRateLower = Math.Round(a2, 4); _result.TRateLowerQuality = Math.Round(c2, 4);
LinearRegression(time, pos, 0, time.Length, out c3, out b3, out a3);
_result.PosRate = Math.Round(a3, 4);
_result.TUpper_First = tUpper[0]; _result.TUpper_Last = tUpper[tUpper.Length - 1];
_result.TLower_First = tLower[0]; _result.TLower_Last = tLower[tLower.Length - 1];
_result.Duration = Convert.ToInt32(time[time.Length - 1] - time[0]);
//int cutCount = Convert.ToInt32(step.MeasuringPoints.Count * pAverageEdgeCutFactor);
//_result.PAverage = Enumerable.Range(cutCount, press.Length - 2 * cutCount).Select(i => press[i]).Average();
_result.PAverage = press.GroupBy(item => item).OrderByDescending(g => g.Count()).Select(g => g.Key).First();
_result.PressTime = press.Where(item => Math.Abs(item) > (_result.PAverage - (_result.PAverage * 0.05))).Count();
int abovePAverageCount = press.Where(item => item > _result.PAverage).Count();
try
{
int changetime = _result.Duration - (_result.Duration - _result.PressTime);
_result.TChangeUpper = tUpper[changetime];
_result.TChangeLower = tLower[changetime];
}
catch
{
_result.TChangeUpper = _result.TUpper_First;
_result.TChangeLower = _result.TLower_First;
}
if (abovePAverageCount <= 5)
{
_result.TChangeUpper = _result.TUpper_First;
_result.TChangeLower = _result.TLower_First;
_result.PressTime = 0;
_result.PAverage = 0;
}
return(_result);
}
