title.DockedToChartArea = chartAreaName ĪrrowAnnotation arrowAnnt = new ArrowAnnotation() Ī = false Title.TextOrientation = TextOrientation.Horizontal series1.BorderColor = ĭp.YValues= new double',dp.YValues)) series1.BorderDashStyle= ChartDashStyle.DashDotDot Series1.BackGradientStyle = GradientStyle.TopBottom Series1.CustomProperties='DrawingStyle=Cylinder' area1.BorderDashStyle = ChartDashStyle.DashDot Īrea1.BackGradientStyle = GradientStyle.TopBottom SysDraw.Size size1 = new SysDraw.Size(480,30) ĬhartArea area1 =new ChartArea(chartAreaName) Private Chart createChart2(double dataPointYvalue, string chartName) SysDraw.Bitmap outImage = new SysDraw.Bitmap(imageFilePath) Private void drawIt(string imageFilePath) SysDraw.Bitmap outImage = new SysDraw.Bitmap(ms) System.IO.MemoryStream ms = new System.IO.MemoryStream() ĭrawChart.SaveImage(ms,) Private void drawIt(Chart drawChart, string name) SysDraw.Color orangeEnd = (255,104,4) Ĭhart chart2= createChart2(42, 'Chart 2') Ĭhart chart3 = createChart2(99, 'Chart 3') Ĭhart chart4 = createChart2(11, 'Chart 4') I am using SysDraw = System.Drawing SysDraw.Color blueStart = (124,195,215) Take a look at the drawIt method, that is what brings together the stream into an actual graphic.

You could just take my createChart function and drop it in your WinForms project. I was following the tutorial at to create my LINQPad C# program. I am 'hacking' at MSChart, so I needed faster responses. I was using Visual Studio, but it takes too much time to build the solution so I can see the results of my changes. It is the fastest tool to write C# and render images. I am just getting back into MSChart, so I'll share my findings in hopes that it helps you ( and you will check my answer as the correct answer)

Meta chart bar graph