public NumericRangeInfo(DoubleR10 minimum, DoubleR10 maximum)
{
this.HasDataRange = false;
this.HasMin = true;
this.HasMax = true;
this.Minimum = minimum;
this.Maximum = maximum;
this.ForsedSingleStop = new DoubleR10?();
this.FixDirection();
}
public NumericRangeInfo(DoubleR10 minimum, DoubleR10 maximum)
{
this.HasDataRange = false;
this.HasMin = true;
this.HasMax = true;
this.Minimum = minimum;
this.Maximum = maximum;
this.ForsedSingleStop = new DoubleR10?();
this.FixDirection();
}
private void FixEmptySingleDataValue()
{
DoubleR10 doubleR10_1 = this.Maximum;
doubleR10_1.Normalize();
int num = 0;
if (doubleR10_1.E >= 0 && doubleR10_1.Log10() < 4)
{
this.ForsedSingleStop = new DoubleR10?(doubleR10_1);
num = 3;
}
DoubleR10 doubleR10_2 = DoubleR10.Pow10(Math.Max(doubleR10_1.E, doubleR10_1.Log10() - num)) / (DoubleR10)2;
this.Minimum = doubleR10_1 + doubleR10_2;
this.Maximum = doubleR10_1 - doubleR10_2;
}
private void FixEmptySingleDataValue()
{
DoubleR10 doubleR10_1 = this.Maximum;
doubleR10_1.Normalize();
int num = 0;
if (doubleR10_1.E >= 0 && doubleR10_1.Log10() < 4)
{
this.ForsedSingleStop = new DoubleR10?(doubleR10_1);
num = 3;
}
DoubleR10 doubleR10_2 = DoubleR10.Pow10(Math.Max(doubleR10_1.E, doubleR10_1.Log10() - num)) / (DoubleR10)2;
this.Minimum = doubleR10_1 + doubleR10_2;
this.Maximum = doubleR10_1 - doubleR10_2;
}
