private void PlotFigure(object sender, RoutedEventArgs e)
{
FlowData.CalculateSagCurve(flowData, sagCurve, summary);
Axis xaxis = ResultFigure.ChartAreas["sag"].AxisX;
Axis yaxis = ResultFigure.ChartAreas["sag"].AxisY;
xaxis.Minimum = 0;
xaxis.Maximum = sagCurve.Last().Key;
xaxis.Interval = 1;
xaxis.Title = "Time (day)";
yaxis.Minimum = 0;
yaxis.Maximum = 10;
yaxis.Interval = 1;
yaxis.Title = "DO (mg/L)";
Series sagseries = ResultFigure.Series["sag"];
Series sagcurveseries = ResultFigure.Series["sagcurve"];
sagseries.MarkerColor = System.Drawing.Color.Black;
sagseries.MarkerStyle = MarkerStyle.Circle;
sagcurveseries.Color = System.Drawing.Color.Black;
ResultFigure.Series["sag"].Points.DataBindXY(sagCurve.Keys, sagCurve.Values);
ResultFigure.Series["sagcurve"].Points.DataBindXY(sagCurve.Keys, sagCurve.Values);
SummaryKd.Text = summary["kd"].ToString();
SummaryKr.Text = summary["kr"].ToString();
SummaryTc.Text = summary["tc"].ToString();
SummaryD.Text = summary["dc"].ToString();
SummaryDO.Text = summary["doc"].ToString();
}
public void InitializeData()
{
flowData = new FlowData
{
River = new FlowData.RiverData
{
Flow = 0.5,
UltimateBOD = 19,
DO = 5.85,
Temperature = 25,
Speed = 0.1,
AverageDepth = 4,
BedActivityCoefficient = 0.2
},
Effluent = new FlowData.EffluentData
{
Flow = 0.05,
UltimateBOD = 129.6,
DO = 0.9,
Temperature = 25,
K = 0.05
}
};
sagCurve = new Dictionary <double, double>();
summary = new Dictionary <string, double>();
FlowData.CalculateSagCurve(flowData, sagCurve, summary);
}