private void CalculateRangeInfo()
{
this.ActualIncludeZero = ValueHelper.ToBoolean(this.IncludeZero, ValueHelper.ToBoolean(this.Defaults.IncludeZero, false));
this.ActualMaxMargin = this.GetMaxAllowedMargin(this.MaxCount);
Range <double>?dataRange = RangeHelper.Add <double>(this.ActualDataRange, this.CrossingPosition);
double? viewMinimum = this.ViewMinimum;
double? minimum = viewMinimum.HasValue ? new double?(viewMinimum.GetValueOrDefault()) : this.Minimum;
double? viewMaximum = this.ViewMaximum;
double? maximum = viewMaximum.HasValue ? new double?(viewMaximum.GetValueOrDefault()) : this.Maximum;
int num = this.ActualIncludeZero ? 1 : 0;
double? majorInterval = this.MajorInterval;
double? interval = majorInterval.HasValue ? new double?(majorInterval.GetValueOrDefault()) : this.MinorInterval;
this._rangeInfo = NumericRangeInfo.Calculate(dataRange, minimum, maximum, num != 0, interval);
}
public override void Recalculate()
{
Range <DateTime> range = DateTimeSequence.CalculateRange(this.ViewMinimum, this.ViewMaximum, this.Minimum, this.Maximum, RangeHelper.Add <DateTime>(this.ActualDataRange, this.CrossingPosition), this.DefaultRange);
TimeSpan size = range.Maximum.Subtract(range.Minimum);
this.ActualMajorIntervalUnit = DateTimeScale.IsNullOrRelative(this.MajorIntervalUnit) ? DateTimeSequence.GetMajorUnit(size, this.MaxCount) : this.MajorIntervalUnit.Value;
this.ActualMinorIntervalUnit = DateTimeScale.IsNullOrRelative(this.MinorIntervalUnit) ? DateTimeSequence.GetMinorUnit(size, this.MaxCount) : this.MinorIntervalUnit.Value;
int maxCount1 = this.MaxCount;
switch (this.ActualMajorIntervalUnit)
{
case DateTimeScaleUnit.Years:
this._majorSequence = DateTimeSequence.CalculateYears(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
case DateTimeScaleUnit.Months:
this._majorSequence = DateTimeSequence.CalculateMonths(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
case DateTimeScaleUnit.Weeks:
this._majorSequence = DateTimeSequence.CalculateWeeks(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1, this.FirstDayOfWeek);
break;
case DateTimeScaleUnit.Days:
this._majorSequence = DateTimeSequence.CalculateDays(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
case DateTimeScaleUnit.Hours:
this._majorSequence = DateTimeSequence.CalculateHours(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
case DateTimeScaleUnit.Minutes:
this._majorSequence = DateTimeSequence.CalculateMinutes(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
case DateTimeScaleUnit.Seconds:
this._majorSequence = DateTimeSequence.CalculateSeconds(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
case DateTimeScaleUnit.Milliseconds:
this._majorSequence = DateTimeSequence.CalculateMilliseconds(range, this.MajorInterval, this.MajorIntervalOffset, maxCount1);
break;
default:
throw new NotImplementedException();
}
int maxCount2 = this._majorSequence.Count * DateTimeSequence.GetMinorCountPerMajorInterval(this.ActualMajorIntervalUnit);
switch (this.ActualMinorIntervalUnit)
{
case DateTimeScaleUnit.Years:
this._minorSequence = DateTimeSequence.CalculateYears(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
case DateTimeScaleUnit.Months:
this._minorSequence = DateTimeSequence.CalculateMonths(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
case DateTimeScaleUnit.Weeks:
this._minorSequence = DateTimeSequence.CalculateWeeks(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2, this.FirstDayOfWeek);
break;
case DateTimeScaleUnit.Days:
this._minorSequence = DateTimeSequence.CalculateDays(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
case DateTimeScaleUnit.Hours:
this._minorSequence = DateTimeSequence.CalculateHours(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
case DateTimeScaleUnit.Minutes:
this._minorSequence = DateTimeSequence.CalculateMinutes(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
case DateTimeScaleUnit.Seconds:
this._minorSequence = DateTimeSequence.CalculateSeconds(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
case DateTimeScaleUnit.Milliseconds:
this._minorSequence = DateTimeSequence.CalculateMilliseconds(range, this.MinorInterval, this.MinorIntervalOffset, maxCount2);
break;
default:
throw new NotImplementedException();
}
if (this.ActualDataRange.HasValue && !this.Minimum.HasValue)
{
range = range.ExtendTo(this._minorSequence.Minimum);
}
if (this.ActualDataRange.HasValue && !this.Maximum.HasValue)
{
range = range.ExtendTo(this._minorSequence.Maximum);
}
this.CalculateActual(range);
this.CalculateSampleContent();
base.Recalculate();
}
