public void CalcClassGain(double _gain)
{
TypeSize ts = ParAll.ST.TSSet.Current;
if (Tp == EUnit.Line)
{
TSLine tsl = ParAll.CTS.Line;
Class = EClass.None;
foreach (Meas m in MMeas)
{
m.Class = Classer.GetDefClass(m.FilterABC * _gain, tsl.Borders, m.Dead);
m.ClassIn = Classer.GetDefClass(m.FilterInABC * _gain, tsl.BordersIn, m.Dead);
Class = Classer.Compare(Class, m.Class);
}
}
else
{
TSCross tsc = ParAll.CTS.Cross;
Class = EClass.None;
foreach (Meas m in MMeas)
{
m.Class = Classer.GetDefClass(m.FilterABC * _gain, tsc.Borders, m.Dead);
Class = Classer.Compare(Class, m.Class);
}
}
}
//public void Load(double[] _zoneData, int _sensors)
//{
// MSensor = new Sensor[_sensors];
// int lMeasLength = _zoneData.Length / _sensors;
// if (lMeasLength * _sensors != _zoneData.Length)
// throw new Exception("Zone.Load: массив данных не делится на количество сенсоров нацело");
// int point = 0;
// for (int s = 0; s < MSensor.Length; s++)
// MSensor[s] = new Sensor(type, MeasLength);
// for (int im = 0; im < MeasLength; im++)
// {
// for (int s = 0; s < MSensor.Length; s++)
// MSensor[s].MMeas[im].Source = _zoneData[point++];
// }
//}
public void Calc(Zone _prev)
{
Class = EClass.None;
for (int s = 0; s < MSensor.Count(); s++)
{
MSensor[s].Calc(s, _prev == null ? null : _prev.MSensor[s]);
Class = Classer.Compare(Class, MSensor[s].Class);
}
}
public void CalcClassGain(double[] _gains)
{
Class = EClass.None;
for (int s = 0; s < MSensor.Count(); s++)
{
MSensor[s].CalcClassGain(_gains[s]);
Class = Classer.Compare(Class, MSensor[s].Class);
}
}