protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
IList <double> rpmData = set.GetParameterOfType(
PsaParameterType.EngineRpm).GetDoubles();
IList <double> injectionTimeData = set.GetParameterOfType(
PsaParameterType.InjectionTime).GetDoubles();
CorrelatedMedianExtractor extractor =
new CorrelatedMedianExtractor(rpmData, injectionTimeData, 5);
double value = extractor.GetForBaseValue((int)rpm);
if (double.IsNaN(value))
{
return;
}
ISettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
double mark = applier.GetMarkForValue(value);
if (double.IsNaN(mark))
{
return;
}
MarksHistory[date] = mark;
}
protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
IList <double> rpmData = set.GetParameterOfType(PsaParameterType.EngineRpm).GetDoubles();
IList <double> timeData = set.GetParameterOfType(PsaParameterType.InjectionTime).GetDoubles();
EngineStartupDetector detector = new EngineStartupDetector(rpmData);
if (!detector.EngineStartupDetected())
{
return;
}
IList <int> indexes = detector.GetEngineStartupPointIndexes();
double peakTime = 0;
foreach (int i in indexes)
{
double newPeakTime = StartupRegionExtractor.Extract(i, timeData).Max();
if (newPeakTime > peakTime)
{
peakTime = newPeakTime;
}
}
if (peakTime == 0)
{
return;
}
SettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
double mark = applier.GetMarkForValue(peakTime);
MarksHistory[date] = mark;
}
protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
IList <double> rpmData = set.GetParameterOfType(PsaParameterType.EngineRpm).GetDoubles();
IList <double> requiredData = set.GetParameterOfType(requiredParameter).GetDoubles();
EngineStartupDetector detector = new EngineStartupDetector(rpmData);
if (!detector.EngineStartupDetected())
{
return;
}
IList <int> startupIndexes = detector.GetEngineStartupPointIndexes();
foreach (int startupIndex in startupIndexes)
{
double peak = StartupRegionExtractor.Extract(startupIndex, requiredData).Max();
if (double.IsNaN(peak))
{
continue;
}
SettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
double mark = applier.GetMarkForValue(peak);
if (!double.IsNaN(mark))
{
MarksHistory[date] = mark;
}
}
}
protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
IList <double> rpmData = set.GetParameterOfType(PsaParameterType.EngineRpm).GetDoubles();
IList <double> pressureDeltaData = set.GetParameterOfType(PsaParameterType.FuelSystemPressureDelta).GetDoubles();
CorrelatedMedianExtractor medianExtractor =
new CorrelatedMedianExtractor(rpmData, pressureDeltaData, 5);
double value = medianExtractor.GetForBaseValue(Convert.ToDouble((int)Rpm));
if (double.IsNaN(value))
{
return;
}
SettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
MarksHistory[date] = applier.GetMarkForValue(value);
}
protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
IList <double> rpmLine = set.GetParameterOfType(PsaParameterType.EngineRpm).GetDoubles();
IList <double> chargeTimeLine = set.GetParameterOfType(requiredParameter).GetDoubles();
CorrelatedMedianExtractor exractor = new CorrelatedMedianExtractor(
rpmLine, chargeTimeLine, 5);
double value = exractor.GetForBaseValue((int)Rpm);
if (double.IsNaN(value))
{
return;
}
SettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
MarksHistory[date] = applier.GetMarkForValue(value);
}
protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
// 1. get our target rpm from settings
PsaParameterData rpmParameter =
set.GetParameterOfType(PsaParameterType.EngineRpm);
// 2. find data in the dataset
PsaParameterData oxygenSensorVoltageParameter =
set.GetParameterOfType(GetOxygenSensorParameter());
// 3. get base line (rpm)
IList <double> baseLine = rpmParameter.GetDoubles();
// 4. get dependant line (probe voltage)
IList <double> dependantLine = oxygenSensorVoltageParameter.GetDoubles();
// 5. extract correlated median for base RPM value
CorrelatedMedianExtractor extractor =
new CorrelatedMedianExtractor(baseLine, dependantLine,
BaseValuesDifferencePercentageThreshold);
CheckpointRpm rpm = GetTargetRpm();
double corellatedMedian = extractor.GetForBaseValue(Convert.ToDouble(rpm));
if (double.IsNaN(corellatedMedian))
{
return;
}
// 6. apply atom settings
SettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
double mark =
Math.Round(applier.GetMarkForValue(corellatedMedian), 1);
// 7. save to marks history
MarksHistory[date] = mark;
}
protected override void PickFromPsaParametersSet(
DateTime date, PsaParametersSet set)
{
PsaParameterData rpm = set.GetParameterOfType(
PsaParameterType.EngineRpm);
PsaParameterData voltage = set.GetParameterOfType(
PsaParameterType.BatteryVoltage);
IList <double> startupVoltageValues =
ExtractStartupVoltageValues(rpm, voltage);
if (startupVoltageValues.Count == 0)
{
// no action - this set does not have engine start info
return;
}
double minVoltageValue = startupVoltageValues.Min();
SettingsAtomApplier applier = new SettingsAtomApplier(
Settings.SettingsMolecule.GetPriorityAtom());
double mark =
Math.Round(applier.GetMarkForValue(minVoltageValue), 1);
MarksHistory[date] = mark;
}
