/// <summary>
            /// This demonstrates how to attach a graph to a Step
            /// </summary>
            [TestMethod]
            public void DemonstrateGraphStep()
            {
                TDM api = new TDM();       //Create api
                api.InitializeAPI(true);   //Initialize it
                Assert.AreEqual(api.Status, APIStatusType.Online); //Check api status
                UUTReport uut = api.CreateUUTReport("oper", "PartNo1", "Rev1", "SNGraphTest1", "10", "Seq1", "1.0.0");
                //UUT is ready to add steps

                //Example 1: Fibonacci numbers with mean value
                //This will go into a graph series where x=0,1,2,3,4... and y is fibionacci(x)
                double[] yValuesFibonacci = new double[] { 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144 };
                NumericLimitStep fibonacciStep = uut.GetRootSequenceCall().AddNumericLimitStep("Fibionacci");
                double meanFib = yValuesFibonacci.ToList().Average(); //Take the mean value
                fibonacciStep.AddTest(meanFib, "Number"); //Add a test with no limits on the mean value
                Chart fibChart=fibonacciStep.AddChart(ChartType.Line, "Fibonacci numbers", "X", "", "Y", "");
                fibChart.AddSeries("Fibionacci", yValuesFibonacci); //1 series
                fibChart.AddSeries("Mean", new double[,] { { 0, yValuesFibonacci.Length - 1 }, { meanFib, meanFib } }); //Also plot the mean value

                //Example 2: Some measured current values over time using a multiple numberic step
                //This will go into a graph series where x=Minutes from start and y=Current measured 
                double[] xValuesCurrent = new double[] { 0, 17, 47, 76 }; //Minutes from start
                double[] yValuesCurrent = new double[] { 60.72, 61.886, 62.6, 0 }; //Ampere measured
                NumericLimitStep currentStep = uut.GetRootSequenceCall().AddNumericLimitStep("Current from burn-in test");
                currentStep.AddMultipleTest(yValuesCurrent.ToList().Min(), CompOperatorType.GE, 52, "A", "MinValue"); //The minimum should not be under 52 Amps
                currentStep.AddMultipleTest(yValuesCurrent.ToList().Max(), CompOperatorType.LE, 72, "A", "MaxValue"); //The minimum should not be over 72 Amps
                currentStep.AddMultipleTest(yValuesCurrent.ToList().Average(),"A", "Mean");
                Chart currentChart = currentStep.AddChart(ChartType.Line, "Current", "Minutes", "min", "Current", "A");
                currentChart.AddSeries("Current", yValuesCurrent);
                currentChart.AddSeries("Mean", new double[,] { { 0, yValuesCurrent.Length - 1 }, { yValuesCurrent.ToList().Average(), yValuesCurrent.ToList().Average() } });
                currentChart.AddSeries("LowLimit", new double[,] { { 0, yValuesCurrent.Length - 1 }, { 52,52 } });
                currentChart.AddSeries("HighLimit", new double[,] { { 0, yValuesCurrent.Length - 1 }, { 72,72 } });

                //Further notes:
                //ChartType also be logaritmic, use LineLogXY, LineLogX, LineLogY
                //A chart can be attached to any type of Step
                //If you have many values (lets say more 1000 in a series), please extract samples (e.g. use mean over time) 
                //to reduce amount of data as this will degrade performance and consume space in the database.

                //Send the report
                api.Submit(SubmitMethod.Automatic,uut);
            }