protected override void Scale()
{
PrimaryAxis.MinValue = 0;
var stackedSeries = Series.OfType <StackedBarSeries>().ToList();
var fSerie = stackedSeries.FirstOrDefault();
if (fSerie == null)
{
return;
}
for (var i = 0; i < fSerie.PrimaryValues.Count; i++)
{
var helper = new StackedBarHelper();
var sum = 0d;
for (int index = 0; index < stackedSeries.Count; index++)
{
var serie = stackedSeries[index];
var value = serie.PrimaryValues.Any() ? serie.PrimaryValues[i] : double.MinValue;
helper.Stacked[index] = new StackedItem
{
Value = value,
Stacked = sum
};
sum += value;
}
helper.Total = sum;
IndexTotals[i] = helper;
}
Max = GetMax();
Min = GetMin();
S = GetS();
Max.Y = PrimaryAxis.MaxValue ?? (Math.Truncate(Max.Y / S.Y) + 1) * S.Y;
Min.Y = PrimaryAxis.MinValue ?? (Math.Truncate(Min.Y / S.Y) - 1) * S.Y;
DrawAxis();
}
protected override void Scale()
{
foreach (var series in Series)
{
series.Collection = Series;
if (series.Values == null) continue;
series.Values.Series = series;
series.Values.Evaluate();
}
AxisY.MinValue = 0;
var stackedSeries = Series.OfType<StackedBarSeries>().ToList();
var fSerie = stackedSeries.FirstOrDefault();
if (fSerie == null) return;
for (var i = 0; i < fSerie.Values.Count; i++)
{
var helper = new StackedBarHelper();
var sum = 0d;
for (int index = 0; index < stackedSeries.Count; index++)
{
var serie = stackedSeries[index];
var value = serie.Values.Points.Any()
? (serie.Values.Points as IList<ChartPoint>)[i].Y
: double.MinValue;
helper.Stacked[index] = new StackedItem
{
Value = value,
Stacked = sum
};
sum += value;
}
helper.Total = sum;
IndexTotals[i] = helper;
}
Max = GetMax();
Min = GetMin();
S = GetS();
Max.Y = AxisY.MaxValue ?? (Math.Truncate(Max.Y / S.Y) + 1) * S.Y;
Min.Y = AxisY.MinValue ?? (Math.Truncate(Min.Y / S.Y) - 1) * S.Y;
DrawAxes();
}
protected override void Scale()
{
PrimaryAxis.MinValue = 0;
var stackedSeries = Series.OfType<StackedBarSeries>().ToList();
var fSerie = stackedSeries.FirstOrDefault();
if (fSerie == null) return;
for (var i = 0; i < fSerie.PrimaryValues.Count; i++)
{
var helper = new StackedBarHelper();
var sum = 0d;
for (int index = 0; index < stackedSeries.Count; index++)
{
var serie = stackedSeries[index];
var value = serie.PrimaryValues.Any() ? serie.PrimaryValues[i] : double.MinValue;
helper.Stacked[index] = new StackedItem
{
Value = value,
Stacked = sum
};
sum += value;
}
helper.Total = sum;
IndexTotals[i] = helper;
}
Max = GetMax();
Min = GetMin();
S = GetS();
Max.Y = PrimaryAxis.MaxValue ?? (Math.Truncate(Max.Y / S.Y) + 1) * S.Y;
Min.Y = PrimaryAxis.MinValue ?? (Math.Truncate(Min.Y / S.Y) - 1) * S.Y;
DrawAxis();
}
protected override void Scale()
{
InitializeComponents();
if (!HasValidSeriesAndValues) return;
if (Invert) AxisX.MinValue = 0;
else AxisY.MinValue = 0;
var stackedSeries = Series.OfType<StackedBarSeries>().ToList();
//All series must have the same number of items.
var fSerie = stackedSeries.FirstOrDefault();
if (fSerie == null) return;
for (var i = 0; i < fSerie.Values.Count; i++)
{
var helper = new StackedBarHelper();
var sum = 0d;
for (int index = 0; index < stackedSeries.Count; index++)
{
var serie = stackedSeries[index];
var p = (serie.Values.Points as IList<ChartPoint>)[i];
var value = serie.Values.Points.Any()
? (Invert ? p.X : p.Y)
: double.MinValue;
helper.Stacked[index] = new StackedItem
{
Value = value,
Stacked = sum
};
sum += value;
}
helper.Total = sum;
IndexTotals[i] = helper;
}
Max = GetMax();
Min = GetMin();
S = GetS();
if (Invert)
{
Max.X = AxisX.MaxValue ?? (Math.Truncate(Max.X / S.X) + 1) * S.X;
Min.X = AxisX.MinValue ?? (Math.Truncate(Min.X / S.X) - 1) * S.X;
}
else
{
Max.Y = AxisY.MaxValue ?? (Math.Truncate(Max.Y / S.Y) + 1) * S.Y;
Min.Y = AxisY.MinValue ?? (Math.Truncate(Min.Y / S.Y) - 1) * S.Y;
}
DrawAxes();
}
protected override void Scale()
{
InitializeComponents();
if (!HasValidSeriesAndValues)
{
return;
}
if (Invert)
{
AxisX.MinValue = 0;
}
else
{
AxisY.MinValue = 0;
}
var stackedSeries = Series.OfType <StackedBarSeries>().ToList();
//All series must have the same number of items.
var fSerie = stackedSeries.FirstOrDefault();
if (fSerie == null)
{
return;
}
for (var i = 0; i < fSerie.Values.Count; i++)
{
var helper = new StackedBarHelper();
var sum = 0d;
for (int index = 0; index < stackedSeries.Count; index++)
{
var serie = stackedSeries[index];
var p = (serie.Values.Points as IList <ChartPoint>)[i];
var value = serie.Values.Points.Any()
? (Invert ? p.X : p.Y)
: double.MinValue;
helper.Stacked[index] = new StackedItem
{
Value = value,
Stacked = sum
};
sum += value;
}
helper.Total = sum;
IndexTotals[i] = helper;
}
Max = GetMax();
Min = GetMin();
S = GetS();
if (Invert)
{
Max.X = AxisX.MaxValue ?? (Math.Truncate(Max.X / S.X) + 1) * S.X;
Min.X = AxisX.MinValue ?? (Math.Truncate(Min.X / S.X) - 1) * S.X;
}
else
{
Max.Y = AxisY.MaxValue ?? (Math.Truncate(Max.Y / S.Y) + 1) * S.Y;
Min.Y = AxisY.MinValue ?? (Math.Truncate(Min.Y / S.Y) - 1) * S.Y;
}
DrawAxes();
}
protected override void PrepareAxes()
{
InitializeComponents();
if (!HasValidSeriesAndValues)
{
return;
}
if (Invert)
{
foreach (var xi in AxisX)
{
xi.MinValue = 0;
}
}
else
{
foreach (var yi in AxisY)
{
yi.MinValue = 0;
}
}
var stackedSeries = Series.OfType <StackedBarSeries>().ToList();
//All series must have the same number of items.
//This chart should be kinf of buggy when adding mutiple axes.
//ToDo: Review stacked bar chart and multiple axes
//since the chart has only a StackedBarHelper,
//then the escale of all axis mut be shared by this class,
//one possible solution is to add a StackedBarHelper for each axis.
//For now it is not safe to use multiple axis with stackedbar chart
//unless the other axis do not contain StackedBarSeries.
var fSerie = stackedSeries.FirstOrDefault();
if (fSerie == null)
{
return;
}
for (var i = 0; i < fSerie.Values.Count; i++)
{
var helper = new StackedBarHelper();
var sum = 0d;
for (int index = 0; index < stackedSeries.Count; index++)
{
var serie = stackedSeries[index];
var p = (serie.Values.Points as IList <ChartPoint>)[i];
var value = serie.Values.Points.Any()
? (Invert ? p.X : p.Y)
: double.MinValue;
helper.Stacked[index] = new StackedItem
{
Value = value,
Stacked = sum
};
sum += value;
}
helper.Total = sum;
IndexTotals[i] = helper;
}
//Max = GetMax();
//Min = GetMin();
//S = GetS();
//if (Invert)
//{
// AxisX.MaxLimit = AxisX.MaxValue ?? (Math.Truncate(Max.X /AxisX.S) + 1) *AxisX.S;
// AxisX.MinLimit = AxisX.MinValue ?? (Math.Truncate(Min.X /AxisX.S) - 1) *AxisX.S;
//}
//else
//{
// AxisY.MaxLimit = AxisY.MaxValue ?? (Math.Truncate(Max.Y /AxisY.S) + 1) *AxisY.S;
// AxisY.MinLimit = AxisY.MinValue ?? (Math.Truncate(Min.Y /AxisY.S) - 1) *AxisY.S;
//}
CalculateComponentsAndMargin();
}
