100% Stacked Line in Blazor Charts Component
8 Dec 20218 minutes to read
100% Stacked Line
100% Stacked Line Chart displays multiple series of data as stacked lines, ensuring that the cumulative proportion of each stacked element always totals 100%. Hence, the y-axis will always be rendered with the range 0–100%. To render a 100% Stacked Line series, set the series Type as StackingLine100.
@using Syncfusion.Blazor.Charts
<SfChart Title="Family Expense for Month">
<ChartPrimaryXAxis ValueType="Syncfusion.Blazor.Charts.ValueType.Category">
</ChartPrimaryXAxis>
<ChartSeriesCollection>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y1" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y2" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y3" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
</ChartSeriesCollection>
</SfChart>
@code{
public class ChartData
{
public string X { get; set; }
public double Y { get; set; }
public double Y1 { get; set; }
public double Y2 { get; set; }
public double Y3 { get; set; }
}
public List<ChartData> ExpenseReports = new List<ChartData>
{
new ChartData { X = "Food" , Y = 90, Y1 = 40 , Y2= 70, Y3= 120},
new ChartData { X = "Transport", Y = 80, Y1 = 90, Y2= 110, Y3= 70 },
new ChartData { X = "Medical",Y = 50, Y1 = 80, Y2= 120, Y3= 50 },
new ChartData { X = "Clothes",Y = 70, Y1 = 30, Y2= 60, Y3= 180 },
new ChartData { X = "Personal Care", Y = 30, Y1 = 80, Y2= 80, Y3= 30 },
new ChartData { X = "Books", Y = 10, Y1 = 40, Y2= 30, Y3= 270},
new ChartData { X = "Fitness",Y = 100, Y1 = 30, Y2= 70, Y3= 40 },
new ChartData { X = "Electricity", Y = 55, Y1 = 95, Y2= 55, Y3= 75},
new ChartData { X = "Tax", Y = 20, Y1 = 50, Y2= 40, Y3= 65 },
new ChartData { X = "Pet Care", Y = 40, Y1 = 20, Y2= 80, Y3= 95 },
new ChartData { X = "Education", Y = 45, Y1 = 15, Y2= 45, Y3= 195 },
new ChartData { X = "Entertainment", Y = 75, Y1 = 45, Y2= 65, Y3= 115 }
};
}
Refer to our Blazor 100% Stacked Line Chart feature tour page to know about its other groundbreaking feature representations. Explore our Blazor 100% Stacked Line Chart Example to know how to render and configure the 100% Stacked Line type chart.
Series Customization
The following properties can be used to customize the 100% Stacked Line series.
- Fill – Specifies the color of the series.
- Opacity – Specifies the opacity of Fill.
- Width – Specifies the width of the line stroke.
- DashArray – Specifies the dashes of line stroke.
@using Syncfusion.Blazor.Charts
<SfChart Title="Family Expense for Month">
<ChartPrimaryXAxis ValueType="Syncfusion.Blazor.Charts.ValueType.Category">
</ChartPrimaryXAxis>
<ChartSeriesCollection>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y" Fill="blue" Opacity="0.7" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y1" Fill="green" Opacity="0.7" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y2" Fill="red" Opacity="0.7" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
<ChartSeries XName="X" Width="2" DashArray="5,1" DataSource="@ExpenseReports"
YName="Y3" Fill="black" Opacity="0.7" Type="ChartSeriesType.StackingLine100">
<ChartMarker Visible="true">
</ChartMarker>
</ChartSeries>
</ChartSeriesCollection>
</SfChart>
@code{
public class ChartData
{
public string X { get; set; }
public double Y { get; set; }
public double Y1 { get; set; }
public double Y2 { get; set; }
public double Y3 { get; set; }
}
public List<ChartData> ExpenseReports = new List<ChartData>
{
new ChartData { X = "Food" , Y = 90, Y1 = 40 , Y2= 70, Y3= 120},
new ChartData { X = "Transport", Y = 80, Y1 = 90, Y2= 110, Y3= 70 },
new ChartData { X = "Medical",Y = 50, Y1 = 80, Y2= 120, Y3= 50 },
new ChartData { X = "Clothes",Y = 70, Y1 = 30, Y2= 60, Y3= 180 },
new ChartData { X = "Personal Care", Y = 30, Y1 = 80, Y2= 80, Y3= 30 },
new ChartData { X = "Books", Y = 10, Y1 = 40, Y2= 30, Y3= 270},
new ChartData { X = "Fitness",Y = 100, Y1 = 30, Y2= 70, Y3= 40 },
new ChartData { X = "Electricity", Y = 55, Y1 = 95, Y2= 55, Y3= 75},
new ChartData { X = "Tax", Y = 20, Y1 = 50, Y2= 40, Y3= 65 },
new ChartData { X = "Pet Care", Y = 40, Y1 = 20, Y2= 80, Y3= 95 },
new ChartData { X = "Education", Y = 45, Y1 = 15, Y2= 45, Y3= 195 },
new ChartData { X = "Entertainment", Y = 75, Y1 = 45, Y2= 65, Y3= 115 }
};
}
Refer to our Blazor Charts feature tour page for its groundbreaking feature representations and also explore our Blazor Chart Example to know various chart types and how to represent time-dependent data, showing trends at equal intervals.