//загрузка переменой в зависимости от участка пути
private static void ChosenPlace(SafetyFactor safetyFactor, string place)
{
switch (place)
{
case "Прямая":
SafetyFactorСomparisonleft = safetyFactor.StraightSafetyFactorLeft;
SafetyFactorСomparisonRight = safetyFactor.StraightSafetyFactorRight;
ValueForChartLeft = safetyFactor.ValueForChartStraightLeft;
ValueForChartRight = safetyFactor.ValueForChartStraightRight;
break;
case "Кривая650":
SafetyFactorСomparisonleft = safetyFactor.R650SafetyFactorLeft;
SafetyFactorСomparisonRight = safetyFactor.R650SafetyFactorRight;
ValueForChartLeft = safetyFactor.ValueForChartR650Left;
ValueForChartRight = safetyFactor.ValueForChartR650Right;
break;
case "Кривая350":
SafetyFactorСomparisonleft = safetyFactor.R350SafetyFactorLeft;
SafetyFactorСomparisonRight = safetyFactor.R350SafetyFactorRight;
ValueForChartLeft = safetyFactor.ValueForChartR350Left;
ValueForChartRight = safetyFactor.ValueForChartR350Right;
break;
case "Стрелка":
SafetyFactorСomparisonleft = safetyFactor.ArrowSafetyFactorLeft;
SafetyFactorСomparisonRight = safetyFactor.ArrowSafetyFactorRight;
ValueForChartLeft = safetyFactor.ValueForChartArrowLeft;
ValueForChartRight = safetyFactor.ValueForChartArrowRight;
break;
}
}
private static void SafetyFactorСomparison(ForceValues force, SafetyFactor safetyFactor, MovingAverage movingAverage)
{
//определение минимальных значений коэффициента запаса от схода для левого и правого колеса
var minLeftSafetyFactor = movingAverage.LeftSafetyFactorForMovingAverage.Min();
var minRightSafetyFactor = movingAverage.RightSafetyFactorForMovingAverage.Min();
//запись в текестовой форме
movingAverage._MinSafetyFactorLeft = Convert.ToString(minLeftSafetyFactor, CultureInfo.InvariantCulture);
movingAverage._MinSafetyFactorRight = Convert.ToString(minRightSafetyFactor, CultureInfo.InvariantCulture);
//запись значений в словарь со скоростями и типом движения
switch (movingAverage.Place)
{
case "Прямая":
safetyFactor.StraightSafetyFactorLeft[movingAverage._Speed].Add(minLeftSafetyFactor);
safetyFactor.StraightSafetyFactorRight[movingAverage._Speed].Add(minRightSafetyFactor);
break;
case "Кривая650":
safetyFactor.R650SafetyFactorLeft[movingAverage._Speed].Add(minLeftSafetyFactor);
safetyFactor.R650SafetyFactorRight[movingAverage._Speed].Add(minRightSafetyFactor);
break;
case "Кривая350":
safetyFactor.R350SafetyFactorLeft[movingAverage._Speed].Add(minLeftSafetyFactor);
safetyFactor.R350SafetyFactorRight[movingAverage._Speed].Add(minRightSafetyFactor);
break;
case "Стрелка":
safetyFactor.ArrowSafetyFactorLeft[movingAverage._Speed].Add(minLeftSafetyFactor);
safetyFactor.ArrowSafetyFactorRight[movingAverage._Speed].Add(minRightSafetyFactor);
break;
}
}
private static Sensor NewSensor(uint protocolType, SafetyFactor type)
{
return(new Sensor
{
SensorID = 17,
ProtocolType = (uint)protocolType,
ModuleNo = 99,
ChannelNo = 1,
DtuID = 123,
Name = "TEST",
FactorType = (uint)type
});
}
public static SafetyFactor AddSafetyFactor(SafetyFactor safetyFactor, string lastPlace, string lastSpeed)
{
if (lastPlace != "Стрелки")//исправить
{
ChoseIndexSpeed(lastSpeed);
}
else
{
ChoseIndexSpeedArrow(lastSpeed);
}
ChosenPlace(safetyFactor, lastPlace);
ForeachDictionary(SafetyFactorСomparisonleft, lastSpeed, ValueForChartLeft);
ForeachDictionary(SafetyFactorСomparisonRight, lastSpeed, ValueForChartRight);
return(safetyFactor);
}
public static Tuple <ForceValues, MovingAverage> ReadCSVfile(string filePath, SafetyFactor safetyFactor)
{
var forceValues = new ForceValues();
var movingAverage = new MovingAverage();
//запись имени сигнала
AddNameSignal(filePath, movingAverage);
//считывание файла
ReadFile(filePath, forceValues, movingAverage);
//подсчет скользящей средней
MovingAverage(forceValues, movingAverage);
//Запись значений для коэффициента запаса от схода
SafetyFactorСomparison(forceValues, safetyFactor, movingAverage);
return(Tuple.Create(forceValues, movingAverage));
}