private void GenerarGrafica()
{
try {
var Aux = PageView.SelectedPage;
if (Aux.Enabled)
{
BarSeries barSeria = new BarSeries();
barSeria.DataSource = oList;
barSeria.ValueMember = Aux.Tag.ToString();
barSeria.CategoryMember = "Id";
ChartPanZoomController panZoomController = new ChartPanZoomController();
panZoomController.PanZoomMode = ChartPanZoomMode.Horizontal;
chart1.View.Palette = KnownPalette.Arctic;
chart = chart1;
chart.Series.Clear();
chart.Series.Add(barSeria);
chart.Title = Aux.Text;
chart.ShowPanZoom = true;
chart.Controllers.Add(panZoomController);
chart.Dock = DockStyle.Fill;
Aux.Controls.Add(chart);
}
} catch (Exception ex) {
throw ex;
}
}
public LiveDataModel(JBC_API_Remote jbcConnect, RadChartView _radChartView, Label labelHotAirTemp, Label labelExtTCTemp, Label labelAirFlow, Label labelStatus, long stationID)
{
m_jbcConnect = jbcConnect;
m_radChartView = _radChartView;
m_labelHotAirTemp = labelHotAirTemp;
m_labelExtTCTemp = labelExtTCTemp;
m_labelAirFlow = labelAirFlow;
m_labelStatus = labelStatus;
m_stationID = stationID;
m_timerPrintSeries.Interval = 100;
m_timerPrintSeries.Tick += Tick_PrintSeries;
//Data collection
BindingList <DataSerie> collection = new BindingList <DataSerie>();
DataProfileHotAirTemp = collection;
collection = new BindingList <DataSerie>();
DataProfileExtTCTemp = collection;
collection = new BindingList <DataSerie>();
DataProfileAirFlow = collection;
collection = new BindingList <DataSerie>();
DataHotAirTemp = collection;
collection = new BindingList <DataSerie>();
DataExtTCTemp = collection;
collection = new BindingList <DataSerie>();
DataAirFlow = collection;
collection = new BindingList <DataSerie>();
DataVerticalMark = collection;
}
private void GenerarGraficas()
{
try {
var Aux = PageView.SelectedPage;
if (Aux.Enabled)
{
BarSeries barSeria = new BarSeries();
barSeria.DataSource = Historica || Ensamble ? oHistoria : oList[0].Valores;
barSeria.ValueMember = Aux.Tag.ToString();
barSeria.CategoryMember = "Limite";
ChartPanZoomController panZoomController = new ChartPanZoomController();
panZoomController.PanZoomMode = ChartPanZoomMode.Horizontal;
chart1.View.Palette = KnownPalette.Arctic;
chart = chart1;
chart.Series.Clear();
chart.Series.Add(barSeria);
chart.Title = Aux.Text;
chart.ShowPanZoom = true;
chart.Controllers.Add(panZoomController);
chart.Dock = DockStyle.Fill;
Aux.Controls.Add(chart);
}
} catch (Exception ex) {
RadMessageBox.Show("Ocurrio un error generar la gráfica\n" + ex.Message, this.Text, MessageBoxButtons.OK, RadMessageIcon.Error);
}
}
//Public helper methods
public void plotChannels(RadChartView chart)
{
foreach (sXpChannel channel in this.Channels)
{
//Mag
if (channel.DisplayMag == true && !chart.Series.Contains(channel.MagSeries))
{
chart.Series.Add(channel.MagSeries);
}
else if (channel.DisplayMag == false && chart.Series.Contains(channel.MagSeries))
{
chart.Series.Remove(channel.MagSeries);
}
//Phase
if (channel.DisplayPhase == true && !chart.Series.Contains(channel.PhaseSeries))
{
chart.Series.Add(channel.PhaseSeries);
}
else if (channel.DisplayPhase == false && chart.Series.Contains(channel.PhaseSeries))
{
chart.Series.Remove(channel.PhaseSeries);
}
}
}
private void SetCartesianGrid(RadChartView chart)
{
CartesianArea area = chart.GetArea <CartesianArea>();
area.ShowGrid = true;
CartesianGrid grid = area.GetGrid <CartesianGrid>();
grid.DrawHorizontalFills = false;
grid.DrawVerticalFills = false;
grid.DrawHorizontalStripes = true;
grid.DrawVerticalStripes = true;
grid.ForeColor = Color.LightGray;
grid.BorderDashStyle = System.Drawing.Drawing2D.DashStyle.Solid;
}
public MainForm()
{
InitializeComponent();
Random random = new Random();
// Initial Population
Population initialPopulation = new Population(random);
// List to store best of every iteration
var bestResult = new List<double>();
// List to store average of every iteration
var averageResult = new List<double>();
List<GraphMapper> globalBestOfIteration = new List<GraphMapper>();
List<GraphMapper> localBestOfIteration = new List<GraphMapper>();
List<GraphMapper> averageOfIteration = new List<GraphMapper>();
for (int i = 0; i < 20; i++)
{
List<GraphMapper> populationFitnessValue = new List<GraphMapper>();
List<GraphMapper> populationGFitnessValue = new List<GraphMapper>();
foreach (Chromosome chromosome in initialPopulation.Chromosomes)
{
if (chromosome.FitnessValue > initialPopulation.LocalBest.FitnessValue)
{
initialPopulation.LocalBest.ValueX = chromosome.ValueX;
initialPopulation.LocalBest.ValueY = chromosome.ValueY;
}
if (initialPopulation.LocalBest.FitnessValue > initialPopulation.GlobalBest.FitnessValue)
{
initialPopulation.GlobalBest = initialPopulation.LocalBest;
}
}
foreach (Chromosome chromosome in initialPopulation.Chromosomes)
{
chromosome.CalculateVelocity();
chromosome.UpdatePosition();
populationFitnessValue.Add(new GraphMapper
{
Category = "C " + (initialPopulation.Chromosomes.IndexOf(chromosome) + 1).ToString(),
Value = chromosome.FitnessValue,
});
populationGFitnessValue.Add(new GraphMapper
{
Category = "C " + (initialPopulation.Chromosomes.IndexOf(chromosome) + 1).ToString(),
Value = chromosome.GlobalBest.FitnessValue,
});
}
List<SeriesMapper> listOfGraphMappers = new List<SeriesMapper>
{
new SeriesMapper
{
Category = "Position Fitness Value",
GraphDataSource = populationFitnessValue,
},
new SeriesMapper
{
Category = "Global Best Fitness Value",
GraphDataSource = populationGFitnessValue,
},
};
#region Add Charts dynamically to Form
CartesianArea cartesianArea = new CartesianArea();
int heightGraph = 0;
if (i > 0)
{
heightGraph = this.Controls[i - 1].Height + this.Controls[i - 1].Location.Y;
}
RadChartView radChart = new RadChartView
{
AreaDesign = cartesianArea,
Location = new Point(0, heightGraph),
Name = "radChartView1",
ShowGrid = true,
Size = new Size(1300, 700),
TabIndex = 0,
Text = "radChartView1",
Title = "Iteration " + (i + 1).ToString(),
ShowTitle = true,
ShowLegend = true,
};
foreach (SeriesMapper graphMappers in listOfGraphMappers)
{
LineSeries series = new LineSeries
{
LegendTitle = graphMappers.Category,
PointSize = new SizeF(10, 10),
BorderWidth = 2,
CategoryMember = "Category",
ValueMember = "Value",
DataSource = graphMappers.GraphDataSource,
ShowLabels = true,
CombineMode = ChartSeriesCombineMode.None
};
radChart.Series.Add(series);
radChart.ShowSmartLabels = true;
((CartesianArea)radChart.View.Area).ShowGrid = true;
}
this.Controls.Add(radChart);
radChart.ExportToImage(@"C:\Users\Farjad\Desktop\TOCI2\" + radChart.Title + ".png", radChart.Size);
#endregion
globalBestOfIteration.Add(new GraphMapper
{
Category = "G " + (i + 1).ToString(),
Value = initialPopulation.LocalBest.FitnessValue,
//Value = initialPopulation.Chromosomes.FirstOrDefault(m => m.FitnessValue == initialPopulation.Chromosomes.Max(w => w.FitnessValue)).FitnessValue,
});
localBestOfIteration.Add(new GraphMapper
{
Category = "G " + (i + 1).ToString(),
Value = initialPopulation.Chromosomes.Max(m => m.FitnessValue),
});
averageOfIteration.Add(new GraphMapper
{
Category = "G " + (i + 1).ToString(),
Value = initialPopulation.Chromosomes.Average(m => m.FitnessValue),
});
}
var x = 0;
List<SeriesMapper> listOfSeries = new List<SeriesMapper>
{
new SeriesMapper
{
Category = "Global Best of Iteration",
GraphDataSource = globalBestOfIteration,
},
new SeriesMapper
{
Category = "Local Best of Iteration",
GraphDataSource = localBestOfIteration,
},
new SeriesMapper
{
Category = "Average Best of Iteration",
GraphDataSource = averageOfIteration,
},
};
#region Add Charts dynamically to Form
CartesianArea cartesianArea1 = new CartesianArea();
int height = 0;
height = this.Controls[Controls.Count - 1].Height + this.Controls[Controls.Count - 1].Location.Y;
RadChartView chart = new RadChartView
{
AreaDesign = cartesianArea1,
Location = new Point(0, height),
Name = "radChartView1",
ShowGrid = true,
Size = new Size(1300, 700),
TabIndex = 0,
Text = "radChartView1",
Title = "Summary Graph",
ShowTitle = true,
ShowLegend = true,
};
foreach (SeriesMapper graphMappers in listOfSeries)
{
LineSeries series = new LineSeries
{
LegendTitle = graphMappers.Category,
PointSize = new SizeF(10, 10),
BorderWidth = 2,
CategoryMember = "Category",
ValueMember = "Value",
DataSource = graphMappers.GraphDataSource,
ShowLabels = true,
CombineMode = ChartSeriesCombineMode.None
};
chart.Series.Add(series);
chart.ShowSmartLabels = true;
((CartesianArea)chart.View.Area).ShowGrid = true;
}
this.Controls.Add(chart);
chart.ExportToImage(@"C:\Users\Farjad\Desktop\TOCI2\" + chart.Title + ".png", chart.Size);
#endregion
}
void DisplayOppReports()
{
try
{
DataSet ds = objReports.fnGetReports(Common.iProjectID);
if (ds.Tables.Count > 0)
{
foreach (DataTable dt in ds.Tables)
{
if (dt.Rows.Count > 0)
{
TableLayoutPanel pnlChart = new TableLayoutPanel();
pnlChart.AutoSize = true;
pnlChart.ColumnCount = 2;
pnlChart.ColumnStyles.Add(new System.Windows.Forms.ColumnStyle(System.Windows.Forms.SizeType.Percent, 50));
pnlChart.ColumnStyles.Add(new System.Windows.Forms.ColumnStyle(System.Windows.Forms.SizeType.Percent, 50));
// pnlChart.ColumnStyles.Clear();
pnlChart.RowCount = 4;
LinearAxis verticalAxis1 = new LinearAxis();
verticalAxis1.AxisType = AxisType.Second;
LinearAxis verticalAxis2 = new LinearAxis();
verticalAxis2.AxisType = AxisType.Second;
verticalAxis2.HorizontalLocation = AxisHorizontalLocation.Right;
BarSeries AccountsBar = new BarSeries();
AccountsBar.BackColor = new Color();
AccountsBar.BackColor = Color.Green;
AccountsBar.VerticalAxis = verticalAxis1;
AccountsBar.ShowLabels = true;
LineSeries AvgDeltaLine = new LineSeries();
AvgDeltaLine.BorderColor = Color.Red;
AvgDeltaLine.ShowLabels = true;
AvgDeltaLine.Spline = true;
AvgDeltaLine.VerticalAxis = verticalAxis2;
BarSeries AccountsCountBar = new BarSeries();
AccountsCountBar.BackColor = Color.Green;
AccountsCountBar.ShowLabels = true;
BarSeries AvgPotentialBar = new BarSeries();
AvgPotentialBar.BackColor = Color.Brown;
AvgPotentialBar.ShowLabels = true;
foreach (DataRow dr in dt.Rows)
{
AccountsBar.DataPoints.Add(new CategoricalDataPoint(dr["AccountsPercentage"].Equals(DBNull.Value) ? 0 : Convert.ToDouble(dr["AccountsPercentage"]), dr["OppStatus"]));
AvgDeltaLine.DataPoints.Add(new CategoricalDataPoint(dr["AverageDelta"].Equals(DBNull.Value) ? 0 : Convert.ToDouble(dr["AverageDelta"]), dr["OppStatus"]));
AccountsCountBar.DataPoints.Add(new CategoricalDataPoint(dr["Accounts"].Equals(DBNull.Value) ? 0 : Convert.ToDouble(dr["Accounts"]), dr["OppStatus"]));
AvgPotentialBar.DataPoints.Add(new CategoricalDataPoint(dr["AvgAccountPotential"].Equals(DBNull.Value) ? 0 : Convert.ToDouble(dr["AvgAccountPotential"]), dr["OppStatus"]));
}
for (int i = 0; i < 2; i++)
{
RadChartView chrtReports = new RadChartView();
chrtReports.ElementTree.EnableTheming = false;
chrtReports.ThemeName = "ControlDefault";
chrtReports.ShowToolTip = true;
if (i == 0)
{
pnlChart.BackColor = Color.White;
chrtReports.BackColor = Color.White;;
chrtReports.Series.Add(AccountsBar);
chrtReports.Series.Add(AvgDeltaLine);
chrtReports.Dock = DockStyle.Fill;
pnlChart.Height = 400;
TableLayoutPanel legendtbl = new TableLayoutPanel();
legendtbl.ColumnCount = 2;
legendtbl.RowCount = 1;
legendtbl.Controls.Add(Legendisplay(AccountsBar.BackColor.Name.ToString(), "%Accounts", 0), 0, 0);
legendtbl.Controls.Add(Legendisplay(AvgDeltaLine.BorderColor.Name.ToString(), "AvgDelta%", 1), 1, 0);
legendtbl.Dock = DockStyle.Top;
pnlChart.Controls.Add(ChartTitle(dt.Rows[0]["OppName"].ToString() + "-Opportunity"), 0, 0);
pnlChart.Controls.Add(chrtReports, 0, 1);
pnlChart.Controls.Add(legendtbl, 0, 2);
}
else
{
chrtReports.Series.Add(AccountsCountBar);
chrtReports.Series.Add(AvgPotentialBar);
TableLayoutPanel legendtbl = new TableLayoutPanel();
legendtbl.ColumnCount = 2;
legendtbl.RowCount = 1;
legendtbl.Controls.Add(Legendisplay(AccountsCountBar.BackColor.Name.ToString(), "Accounts", 0), 0, 0);
legendtbl.Controls.Add(Legendisplay(AvgPotentialBar.BackColor.Name.ToString(), "AvgPotential Per Account", 1), 1, 0);
legendtbl.Dock = DockStyle.Top;
chrtReports.Dock = DockStyle.Fill;
pnlChart.Controls.Add(ChartTitle(dt.Rows[0]["OppName"].ToString() + "-Potential"), 1, 0);
pnlChart.Controls.Add(chrtReports, 1, 1);
pnlChart.Controls.Add(legendtbl, 1, 2);
}
}
pnlChart.Dock = DockStyle.Top;
pnlMain.Controls.Add(pnlChart);
Label Opportunitylbl = new Label();
Opportunitylbl.Height = 40;
Opportunitylbl.Text = dt.Rows[0]["OppName"].ToString();
Opportunitylbl.Font = new Font(Opportunitylbl.Font.FontFamily, 10);
Opportunitylbl.Dock = DockStyle.Top;
Opportunitylbl.Padding = new Padding(0, 10, 0, 0);
Opportunitylbl.BorderStyle = BorderStyle.FixedSingle;
pnlMain.Controls.Add(Opportunitylbl);
}
}
}
}
catch (Exception ex)
{
throw ex;
}
}
public PlotRecorderProfile_HA(JBC_API_Remote jbcConnect, RadChartView _radChartView, Label labelHotAirTemp, Label labelExtTCTemp, Label labelAirFlow, Label labelStatus, long stationID, Port port)
{
m_jbcConnect = jbcConnect;
m_radChartView = _radChartView;
m_labelHotAirTemp = labelHotAirTemp;
m_labelExtTCTemp = labelExtTCTemp;
m_labelAirFlow = labelAirFlow;
m_labelStatus = labelStatus;
m_stationID = stationID;
m_port = port;
m_liveData = new LiveDataModel(m_jbcConnect, m_radChartView, m_labelHotAirTemp, m_labelExtTCTemp, m_labelAirFlow, m_labelStatus, m_stationID);
//
//Initialize axis
//
//Horizontal axis - Time
m_timeAxis.LabelFitMode = AxisLabelFitMode.MultiLine;
m_timeAxis.PlotMode = AxisPlotMode.OnTicks;
m_timeAxis.ShowLabels = true;
m_timeAxis.LabelFormatProvider = new LabelTimeFormat();
m_timeAxis.LabelOffset = 1; //no mostrar el primer label
//Vertical axis - Temperature
m_tempAxis.AxisType = AxisType.Second;
m_tempAxis.Title = "Temp ºC";
m_tempAxis.Maximum = TEMP_MAX;
m_tempAxis.Minimum = TEMP_MIN;
m_tempAxis.MajorStep = TEMP_STEP;
//Vertical axis - Power
m_powerAxis.HorizontalLocation = AxisHorizontalLocation.Right;
m_powerAxis.AxisType = AxisType.Second;
m_powerAxis.Title = "Power %";
m_powerAxis.Maximum = POWER_MAX;
m_powerAxis.Minimum = POWER_MIN;
m_powerAxis.MajorStep = POWER_STEP;
//
//Initialize grid area
//
//Adjust margins
m_radChartView.View.Margin = new Padding(0);
CartesianArea area = m_radChartView.GetArea <CartesianArea>();
CartesianGrid grid = area.GetGrid <CartesianGrid>();
grid.DrawHorizontalStripes = true;
grid.DrawHorizontalFills = false;
grid.DrawVerticalStripes = true;
grid.DrawVerticalFills = false;
grid.ForeColor = Color.DarkGray;
//Se añaden y se quitan dos series vacias a cada eje para que pinte del color correcto el eje de temperatura y de potencia
FastLineSeries lineSeries = new FastLineSeries();
lineSeries.BorderColor = Color.Black;
lineSeries.DataSource = new BindingList <DataSerie>();
lineSeries.HorizontalAxis = m_timeAxis;
lineSeries.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(lineSeries);
lineSeries = new FastLineSeries();
lineSeries.BorderColor = Color.Black;
lineSeries.DataSource = new BindingList <DataSerie>();
lineSeries.HorizontalAxis = m_timeAxis;
lineSeries.VerticalAxis = m_powerAxis;
m_radChartView.Series.Add(lineSeries);
m_radChartView.Series.Clear();
//
//Initialize series
//
//Profile hot air temp
FastLineSeries serieProfileHotAirTemp = new FastLineSeries();
serieProfileHotAirTemp.Name = "Profile hot air temperature";
serieProfileHotAirTemp.LegendTitle = "Profile hot air temperature";
serieProfileHotAirTemp.BorderColor = Color.LightCoral;
serieProfileHotAirTemp.PointSize = new SizeF(0, 0);
serieProfileHotAirTemp.CategoryMember = "Time";
serieProfileHotAirTemp.ValueMember = "Value";
serieProfileHotAirTemp.DataSource = m_liveData.DataProfileHotAirTemp;
serieProfileHotAirTemp.BorderWidth = 1;
serieProfileHotAirTemp.HorizontalAxis = m_timeAxis;
serieProfileHotAirTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieProfileHotAirTemp);
//Profile ext TC temp
FastLineSeries serieProfileExtTCTemp = new FastLineSeries();
serieProfileExtTCTemp.Name = "Profile ext TC temperature";
serieProfileExtTCTemp.LegendTitle = "Profile ext TC temperature";
serieProfileExtTCTemp.BorderColor = Color.LightGreen;
serieProfileExtTCTemp.PointSize = new SizeF(0, 0);
serieProfileExtTCTemp.CategoryMember = "Time";
serieProfileExtTCTemp.ValueMember = "Value";
serieProfileExtTCTemp.DataSource = m_liveData.DataProfileExtTCTemp;
serieProfileExtTCTemp.BorderWidth = 1;
serieProfileExtTCTemp.HorizontalAxis = m_timeAxis;
serieProfileExtTCTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieProfileExtTCTemp);
//Profile air flow
FastLineSeries serieProfileAirFlow = new FastLineSeries();
serieProfileAirFlow.Name = "Profile air flow";
serieProfileAirFlow.LegendTitle = "Profile air flow";
serieProfileAirFlow.BorderColor = Color.DeepSkyBlue;
serieProfileAirFlow.PointSize = new SizeF(0, 0);
serieProfileAirFlow.CategoryMember = "Time";
serieProfileAirFlow.ValueMember = "Value";
serieProfileAirFlow.DataSource = m_liveData.DataProfileAirFlow;
serieProfileAirFlow.BorderWidth = 1;
serieProfileAirFlow.HorizontalAxis = m_timeAxis;
serieProfileAirFlow.VerticalAxis = m_powerAxis;
m_radChartView.Series.Add(serieProfileAirFlow);
//Hot air temp
FastLineSeries serieHotAirTemp = new FastLineSeries();
serieHotAirTemp.Name = "Hot air temperature";
serieHotAirTemp.LegendTitle = "Hot air temperature";
serieHotAirTemp.BorderColor = Color.DarkRed;
serieHotAirTemp.PointSize = new SizeF(0, 0);
serieHotAirTemp.CategoryMember = "Time";
serieHotAirTemp.ValueMember = "Value";
serieHotAirTemp.DataSource = m_liveData.DataHotAirTemp;
serieHotAirTemp.BorderWidth = 1;
serieHotAirTemp.HorizontalAxis = m_timeAxis;
serieHotAirTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieHotAirTemp);
//Ext TC temp
FastLineSeries serieExtTCTemp = new FastLineSeries();
serieExtTCTemp.Name = "Ext TC temperature";
serieExtTCTemp.LegendTitle = "Ext TC temperature";
serieExtTCTemp.BorderColor = Color.DarkGreen;
serieExtTCTemp.PointSize = new SizeF(0, 0);
serieExtTCTemp.CategoryMember = "Time";
serieExtTCTemp.ValueMember = "Value";
serieExtTCTemp.DataSource = m_liveData.DataExtTCTemp;
serieExtTCTemp.BorderWidth = 1;
serieExtTCTemp.HorizontalAxis = m_timeAxis;
serieExtTCTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieExtTCTemp);
//Air flow
FastLineSeries serieAirFlow = new FastLineSeries();
serieAirFlow.Name = "Air flow";
serieAirFlow.LegendTitle = "Air flow";
serieAirFlow.BorderColor = Color.RoyalBlue;
serieAirFlow.PointSize = new SizeF(0, 0);
serieAirFlow.CategoryMember = "Time";
serieAirFlow.ValueMember = "Value";
serieAirFlow.DataSource = m_liveData.DataAirFlow;
serieAirFlow.BorderWidth = 1;
serieAirFlow.HorizontalAxis = m_timeAxis;
serieAirFlow.VerticalAxis = m_powerAxis;
m_radChartView.Series.Add(serieAirFlow);
//Vertical mark serie
FastLineSeries serieVerticalMark = new FastLineSeries();
serieVerticalMark.BorderColor = Color.Black;
serieVerticalMark.PointSize = new SizeF(0, 0);
serieVerticalMark.CategoryMember = "Time";
serieVerticalMark.ValueMember = "Value";
serieVerticalMark.DataSource = m_liveData.DataVerticalMark;
serieVerticalMark.BorderWidth = 1;
serieVerticalMark.HorizontalAxis = m_timeAxis;
serieVerticalMark.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieVerticalMark);
}
private void GenerarSerie()
{
var Aux = PageView.SelectedPage;
try {
if (oSeries.Count > 0)
{
ChartPanZoomController panZoomController = new ChartPanZoomController();
panZoomController.PanZoomMode = ChartPanZoomMode.Horizontal;
chart1.View.Palette = KnownPalette.Material;
chart = chart1;
chart.Series.Clear();
chart.Title = Aux.Text;
chart.ShowPanZoom = true;
chart.Controllers.Add(panZoomController);
//Create and add Moving Average indicator
BollingerBandsIndicator maIndicator = new BollingerBandsIndicator();
maIndicator.CategoryMember = "Fecha";
maIndicator.DataSource = oSeries;
maIndicator.Period = 1;
maIndicator.StandardDeviations = 1;
//Create and add hlc series
HlcSeries series = new HlcSeries();
if (Aux.Tag.ToString() == "Cav1")
{
maIndicator.ValueMember = "Val1";
series.CloseValueMember = "Val1";
series.HighValueMember = "Max1";
series.LowValueMember = "Min1";
}
if (Aux.Tag.ToString() == "Cav2")
{
maIndicator.ValueMember = "Val2";
series.CloseValueMember = "Val2";
series.HighValueMember = "Max2";
series.LowValueMember = "Min2";
}
if (Aux.Tag.ToString() == "Cav3")
{
maIndicator.ValueMember = "Val3";
series.CloseValueMember = "Val3";
series.HighValueMember = "Max3";
series.LowValueMember = "Min3";
}
if (Aux.Tag.ToString() == "Cav4")
{
maIndicator.ValueMember = "Val4";
series.CloseValueMember = "Val4";
series.HighValueMember = "Max4";
series.LowValueMember = "Min4";
}
if (Aux.Tag.ToString() == "Cav5")
{
maIndicator.ValueMember = "Val5";
series.CloseValueMember = "Val5";
series.HighValueMember = "Max5";
series.LowValueMember = "Min5";
}
if (Aux.Tag.ToString() == "Cav6")
{
maIndicator.ValueMember = "Val6";
series.CloseValueMember = "Val6";
series.HighValueMember = "Max6";
series.LowValueMember = "Min6";
}
if (Aux.Tag.ToString() == "Cav7")
{
maIndicator.ValueMember = "Val7";
series.CloseValueMember = "Val7";
series.HighValueMember = "Max7";
series.LowValueMember = "Min7";
}
if (Aux.Tag.ToString() == "Cav8")
{
maIndicator.ValueMember = "Val8";
series.CloseValueMember = "Val8";
series.HighValueMember = "Max8";
series.LowValueMember = "Min8";
}
maIndicator.BorderColor = Color.Red;
maIndicator.PointSize = SizeF.Empty;
chart.Series.Add(maIndicator);
series.CategoryMember = "Fecha";
series.DataSource = oSeries;
series.BorderColor = Color.Green;
chart.ShowLegend = false;
chart.Dock = DockStyle.Fill;
chart.Series.Add(series);
Aux.Controls.Add(chart);
}
} catch (Exception ex) {
RadMessageBox.Show("Ocurrio un error al generar la gráfica\n" + ex.Message, this.Text, MessageBoxButtons.OK, RadMessageIcon.Error);
} finally {
oEnsamble = null;
}
}
private void GenerarGraficas()
{
try {
if (oList.Count > 0)
{
var Aux = PageView.SelectedPage;
decimal vMin = 0;
if (Aux.Enabled)
{
ChartPanZoomController panZoomController = new ChartPanZoomController();
panZoomController.PanZoomMode = ChartPanZoomMode.Horizontal;
chart1.View.Palette = KnownPalette.Material;
chart = chart1;
chart.Series.Clear();
chart.Title = Aux.Text;
chart.ShowPanZoom = true;
chart.Controllers.Add(panZoomController);
LineSeries lineSeries = new LineSeries();
LineSeries Min = new LineSeries();
oList[0].Valores.ForEach(item => {
if (Aux.Tag.ToString() == "Cav1")
{
vMin = oList[0].Norma.Cav1;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val1, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav2")
{
vMin = oList[0].Norma.Cav2;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val2, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav3")
{
vMin = oList[0].Norma.Cav3;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val3, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav4")
{
vMin = oList[0].Norma.Cav4;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val4, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav5")
{
vMin = oList[0].Norma.Cav5;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val5, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav6")
{
vMin = oList[0].Norma.Cav6;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val6, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav7")
{
vMin = oList[0].Norma.Cav7;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val7, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
if (Aux.Tag.ToString() == "Cav8")
{
vMin = oList[0].Norma.Cav8;
lineSeries.DataPoints.Add(new CategoricalDataPoint(item.Val8, item.Hora));
Min.DataPoints.Add(new CategoricalDataPoint(double.Parse(vMin.ToString()), item.Hora));
}
});
lineSeries.LegendTitle = "Valor";
Min.LegendTitle = "Min";
chart.ShowLegend = true;
chart.Series.Add(lineSeries);
chart.Series.Add(Min);
chart.Dock = DockStyle.Fill;
Aux.Controls.Add(chart);
}
}
else
{
RadMessageBox.Show("No existen datos a graficar", this.Text, MessageBoxButtons.OK, RadMessageIcon.Info);
}
} catch (Exception ex) {
RadMessageBox.Show("Ocurrio un error al generar la gráfica\n" + ex.Message, this.Text, MessageBoxButtons.OK, RadMessageIcon.Error);
}
}
public void InitGraphs()
{
Random random = new Random();
// Initial Population
// List to store best of every iteration
var bestResult = new List<double>();
// List to store average of every iteration
var averageResult = new List<double>();
for (int i = 0; i < 20; i++)
{
Population initialPopulation = new Population(random);
List<GraphMapper> bestOfIteration = new List<GraphMapper>();
List<GraphMapper> worstOfIteration = new List<GraphMapper>();
List<GraphMapper> averageOfIteration = new List<GraphMapper>();
initialPopulation.CalculateNormalizedFitness();
initialPopulation.OrderChromosomesDescending();
initialPopulation.CalculateAccumulatedFitness();
for (int j = 0; j < 20; j++)
{
#region Perform GA Operations
// Perform GA Operations
initialPopulation.CloneElements();
initialPopulation.PerformMutation(random);
initialPopulation.Production(10, random);
bestOfIteration.Add(new GraphMapper
{
Category = "G " + (j + 1).ToString(),
Value = initialPopulation.BestFitness,
});
worstOfIteration.Add(new GraphMapper
{
Category = "G " + (j + 1).ToString(),
Value = initialPopulation.WorstFitness,
});
averageOfIteration.Add(new GraphMapper
{
Category = "G " + (j + 1).ToString(),
Value = initialPopulation.AverageFitness,
});
#endregion
}
List<SeriesMapper> listOfSeries = new List<SeriesMapper>
{
new SeriesMapper
{
Category = "Best of Iteration",
GraphDataSource = bestOfIteration,
},
new SeriesMapper
{
Category = "Worst of Iteration",
GraphDataSource = worstOfIteration,
},
new SeriesMapper
{
Category = "Average of Iteration",
GraphDataSource = averageOfIteration,
}
};
// Add Best And Average Result to respective lists
averageResult.Add(initialPopulation.Chromosomes.Sum(m => m.FitnessValue) /
initialPopulation.Chromosomes.Count);
bestResult.Add(initialPopulation.Chromosomes.Max(m => m.FitnessValue));
#region Add Charts dynamically to Form
CartesianArea cartesianArea1 = new CartesianArea();
int height = 0;
if (i > 0)
{
height = this.Controls[i - 1].Height + this.Controls[i - 1].Location.Y;
}
RadChartView chart = new RadChartView
{
AreaDesign = cartesianArea1,
Location = new Point(0, height),
Name = "radChartView1",
ShowGrid = true,
Size = new Size(1300, 700),
TabIndex = 0,
Text = "radChartView1",
Title = "Iteration " + (i + 1).ToString(),
ShowTitle = true,
ShowLegend = true,
};
foreach (SeriesMapper graphMappers in listOfSeries)
{
LineSeries series = new LineSeries
{
LegendTitle = graphMappers.Category,
PointSize = new SizeF(10, 10),
BorderWidth = 2,
CategoryMember = "Category",
ValueMember = "Value",
DataSource = graphMappers.GraphDataSource,
ShowLabels = true,
CombineMode = ChartSeriesCombineMode.None
};
chart.Series.Add(series);
chart.ShowSmartLabels = true;
((CartesianArea)chart.View.Area).ShowGrid = true;
}
this.Controls.Add(chart);
chart.ExportToImage(@"C:\Users\Farjad\Desktop\TOCI2\AIS\" + chart.Title + ".png", chart.Size);
#endregion
}
#region Best of All Chart
var heightOfPreviousChart = this.Controls[this.Controls.Count - 1].Height +
this.Controls[this.Controls.Count - 1].Location.Y;
RadChartView chartForBestOfIterations = new RadChartView
{
AreaDesign = new CartesianArea(),
Location = new Point(0, heightOfPreviousChart),
Name = "radChartView1",
ShowGrid = true,
Size = new Size(1300, 700),
TabIndex = 0,
Title = "Best of all Iterations",
ShowTitle = true,
Text = "radChartView1",
ShowLegend = true,
};
var dataSourceForBestResultsGraph = new List<GraphMapper>();
int counter = 1;
bestResult.ForEach(m =>
{
dataSourceForBestResultsGraph.Add(new GraphMapper
{
Category = "P" + counter.ToString(),
Value = m,
});
counter += 1;
});
LineSeries lineSeriesForBestOfIteration = new LineSeries
{
LegendTitle = "Best of All Iterations",
PointSize = new SizeF(10, 10),
BorderWidth = 2,
CategoryMember = "Category",
ValueMember = "Value",
DataSource = dataSourceForBestResultsGraph,
ShowLabels = true,
CombineMode = ChartSeriesCombineMode.None
};
chartForBestOfIterations.Series.Add(lineSeriesForBestOfIteration);
chartForBestOfIterations.ShowSmartLabels = true;
((CartesianArea)chartForBestOfIterations.View.Area).ShowGrid = true;
this.Controls.Add(chartForBestOfIterations);
chartForBestOfIterations.ExportToImage(
@"C:\Users\Farjad\Desktop\TOCI2\AIS\" + chartForBestOfIterations.Title + ".png",
chartForBestOfIterations.Size);
#endregion
#region Average of All Chart
RadChartView chartForAverageOfIterations = new RadChartView
{
AreaDesign = new CartesianArea(),
//Anchor = AnchorStyles.Left,
//Dock = DockStyle.Fill,
Location = new Point(0, chartForBestOfIterations.Height + chartForBestOfIterations.Location.Y),
Name = "radChartView1",
ShowGrid = true,
Size = new Size(1300, 700),
Title = "Average of all Iterations",
ShowTitle = true,
TabIndex = 0,
Text = "radChartView1",
ShowLegend = true,
};
var dataSourceForAverageResultsGraph = new List<GraphMapper>();
counter = 1;
averageResult.ForEach(m =>
{
dataSourceForAverageResultsGraph.Add(new GraphMapper
{
Category = "P" + counter,
Value = m,
});
counter += 1;
});
LineSeries lineSeriesForAverageOfIteration = new LineSeries
{
LegendTitle = "Average of All Iterations",
PointSize = new SizeF(10, 10),
BorderWidth = 2,
CategoryMember = "Category",
ValueMember = "Value",
DataSource = dataSourceForAverageResultsGraph,
ShowLabels = true,
CombineMode = ChartSeriesCombineMode.None
};
chartForAverageOfIterations.Series.Add(lineSeriesForAverageOfIteration);
chartForAverageOfIterations.ShowSmartLabels = true;
((CartesianArea)chartForAverageOfIterations.View.Area).ShowGrid = true;
this.Controls.Add(chartForAverageOfIterations);
chartForAverageOfIterations.ExportToImage(
@"C:\Users\Farjad\Desktop\TOCI2\AIS\" + chartForAverageOfIterations.Title + ".png",
chartForAverageOfIterations.Size);
#endregion
}
