Each axis element on the multi-axis line chart represents an axis. An axis can either be visible or imaginary. Imaginary axis are the ones that do not show up on the chart, but can have data sets that adhere to the same. Visible axis can be placed either to the left or right side of canvas. For each axis, you can define a lot of properties like: It's lower and upper limits. Cosmetic properties. Number of divisional lines and their functional and cosmetic properties. Line properties for the datasets that adhere to this particular axis Number formatting properties
Inheritance: ChartElementBase
MultiAxisElement Class Documentation
Example #1
0
 private static void FillDataSet(MultiAxisElement axis, string seriesName, int count, double? multiply) {
     axis.DataSet.SeriesName = seriesName;
     for(int i = 0; i < count; i++) {
         axis.DataSet.AddSet(new ValueSetElement
                             {
                                 Value = rnd.Next(10, 40) * (multiply ?? 1.0)
                             });
     }
 }
Example #2
0
        public void SimpleMultiAxisLineChart() {
            var chart = new MultiAxisLineChart
                        {
                            Caption = "Power Generator",
                            XAxisName = "Time",
                            ShowValues = false,
                            NumDivLines = 4
                        };

            chart.VDivLine.Alpha = 100;
            chart.AlternateVGrid.Show = true;
            chart.AlternateVGrid.Alpha = 5;
            chart.CaptionPadding = 0;

            int count = 6;

            // add categories
            for(int i = 0; i < count; i++)
                chart.AddCategory((i * 2).ToString("00:00s"), null);

            var powerAxis = new MultiAxisElement
                            {
                                Title = "Power",
                                TitlePos = FusionTextAlign.Left,
                                TickWidth = 10
                            };
            powerAxis.DivLine.Dashed = true;
            FillDataSet(powerAxis, "Power [W]", count, 1.5);
            chart.Axises.Add(powerAxis);

            var tempAxis = new MultiAxisElement
                           {
                               Title = "Temp.",
                               TitlePos = FusionTextAlign.Left,
                               TickWidth = 10,
                               NumDivLines = 14
                           };
            tempAxis.DivLine.Dashed = true;
            tempAxis.NumberFormat.NumberSuffix = " F";
            FillDataSet(tempAxis, "Temperature", count, 10.0);
            chart.Axises.Add(tempAxis);

            var speedAxis = new MultiAxisElement
                            {
                                Title = "Speed[RPM]",
                                TitlePos = FusionTextAlign.Right,
                                TickWidth = 10,
                                NumDivLines = 10,
                                AxisOnLeft = false
                            };
            speedAxis.DivLine.Dashed = true;
            FillDataSet(speedAxis, "Speed", count, 10.0);
            chart.Axises.Add(speedAxis);

            ValidateChartXml(chart);
        }
Example #3
0
 private static void FillDataSet(MultiAxisElement axis, string seriesName, int count, double?multiply)
 {
     axis.DataSet.SeriesName = seriesName;
     for (int i = 0; i < count; i++)
     {
         axis.DataSet.AddSet(new ValueSetElement
         {
             Value = rnd.Next(10, 40) * (multiply ?? 1.0)
         });
     }
 }
Example #4
0
        public void SimpleMultiAxisLineChart()
        {
            var chart = new MultiAxisLineChart
            {
                Caption     = "Power Generator",
                XAxisName   = "Time",
                ShowValues  = false,
                NumDivLines = 4
            };

            chart.VDivLine.Alpha       = 100;
            chart.AlternateVGrid.Show  = true;
            chart.AlternateVGrid.Alpha = 5;
            chart.CaptionPadding       = 0;

            int count = 6;

            // add categories
            for (int i = 0; i < count; i++)
            {
                chart.AddCategory((i * 2).ToString("00:00s"), null);
            }

            var powerAxis = new MultiAxisElement
            {
                Title     = "Power",
                TitlePos  = FusionTextAlign.Left,
                TickWidth = 10
            };

            powerAxis.DivLine.Dashed = true;
            FillDataSet(powerAxis, "Power [W]", count, 1.5);
            chart.Axises.Add(powerAxis);

            var tempAxis = new MultiAxisElement
            {
                Title       = "Temp.",
                TitlePos    = FusionTextAlign.Left,
                TickWidth   = 10,
                NumDivLines = 14
            };

            tempAxis.DivLine.Dashed            = true;
            tempAxis.NumberFormat.NumberSuffix = " F";
            FillDataSet(tempAxis, "Temperature", count, 10.0);
            chart.Axises.Add(tempAxis);

            var speedAxis = new MultiAxisElement
            {
                Title       = "Speed[RPM]",
                TitlePos    = FusionTextAlign.Right,
                TickWidth   = 10,
                NumDivLines = 10,
                AxisOnLeft  = false
            };

            speedAxis.DivLine.Dashed = true;
            FillDataSet(speedAxis, "Speed", count, 10.0);
            chart.Axises.Add(speedAxis);

            ValidateChartXml(chart);
        }