public void NewSet(object sender, NewSetEventArgs e) { try { cb_objetive.ItemsSource = null; Actual_set = null; att_obj = null; if (e.NewSet != null) { Actual_set = e.NewSet; cb_objetive.DisplayMemberPath = "Name"; cb_objetive.ItemsSource = null; cb_objetive.ItemsSource = Actual_set.Attributes.Values; if (e.NewSet.Attributes.Values.Count > 0) { cb_objetive.SelectedIndex = cb_objetive.Items.Count - 1; } } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
private void cb_objetiveX_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { att_x = (ClusterEnsemble.Attribute)cb_objetiveX.SelectedItem; if (att_x == null || att_y == null) { return; } else { rc_graphic.DefaultView.ChartArea.AxisX.Title = att_x.Name; if (Struct != null) { rc_graphic.ItemsSource = null; rc_graphic.ItemsSource = TelerikUtils.FillBubbleChartData(Struct, att_x, att_y); } } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public static List <DataPoint> FillChartData(ClusterEnsemble.Attribute att_objetive) { List <DataPoint> result = null; switch (att_objetive.AttributeType) { case AttributeType.Nominal: result = FillChartStringData(att_objetive); break; case AttributeType.Numeric: result = FillChartNumericData(att_objetive); break; case AttributeType.String: result = FillChartStringData(att_objetive); break; case AttributeType.Date: result = FillChartDateData(att_objetive); break; default: break; } return(result); }
static List <DataPoint> FillChartDateData(ClusterEnsemble.Attribute att_objetive) { List <DataPoint> data = new List <DataPoint>(); Dictionary <DateTime, double> temp_dic = new Dictionary <DateTime, double>(); foreach (var item in Enviroment.Set.Elements) { if (item[att_objetive] != null)//missing vallues { if (!temp_dic.ContainsKey((DateTime)item[att_objetive])) { temp_dic.Add((DateTime)item[att_objetive], 1); } else { temp_dic[(DateTime)item[att_objetive]]++; } } } foreach (var item in temp_dic.Keys) { data.Add(new DataPoint() { XCategory = item.ToString(), YValue = temp_dic[item], Label = item.ToString(), IsDateTime = true }); } data.Sort(new DataPointCategoryComparer()); return(data); }
public static SeriesMapping InitChart2D(ClusterEnsemble.Attribute att_objetive, RadChart rc_graphic) { SeriesMapping sm1 = new SeriesMapping(); sm1.SeriesDefinition = new BarSeriesDefinition(); sm1.LegendLabel = "Set Values"; return(InitChartData(att_objetive, sm1, rc_graphic)); }
public static SeriesMapping InitChart(ClusterEnsemble.Attribute att_objetive, RadChart rc_graphic, CheckBox dim) { bool isChecked = (bool)dim.IsChecked; if (isChecked) { return(InitChart3D(att_objetive, rc_graphic)); } else { return(InitChart2D(att_objetive, rc_graphic)); } }
private void cb_Objetive_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { if (cb_objetive.SelectedIndex != -1) { att_obj = (ClusterEnsemble.Attribute)cb_objetive.SelectedItem; } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
private void cb_Objetive_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { if (cb_objetive.SelectedIndex != -1) { Att_objetive = (ClusterEnsemble.Attribute)cb_objetive.SelectedItem; } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public static List <SeriesMapping> InitBubbleChart(Structuring s, ClusterEnsemble.Attribute att_x, ClusterEnsemble.Attribute att_y) { List <SeriesMapping> result = new List <SeriesMapping>(); int i = 0; foreach (Cluster item in s.Clusters.Values) { SeriesMapping sm = new SeriesMapping(); sm.SeriesDefinition = new BubbleSeriesDefinition(); sm.LegendLabel = item.Name; sm.CollectionIndex = i; i++; ItemMapping bubblesize = new ItemMapping("BubbleSize", DataPointMember.BubbleSize); ItemMapping imXCat = new ItemMapping("XCategory", DataPointMember.XCategory); ItemMapping imX = new ItemMapping("XValue", DataPointMember.XValue); ItemMapping imY = new ItemMapping("YValue", DataPointMember.YValue); sm.ItemMappings.Add(bubblesize); sm.ItemMappings.Add(imXCat); sm.ItemMappings.Add(imX); sm.ItemMappings.Add(imY); result.Add(sm); } if (s.HaveUnassignedElements()) { SeriesMapping sm = new SeriesMapping(); sm.SeriesDefinition = new BubbleSeriesDefinition(); sm.LegendLabel = "Unassigned Elements"; sm.CollectionIndex = i; i++; ItemMapping bubblesize = new ItemMapping("BubbleSize", DataPointMember.BubbleSize); ItemMapping imXCat = new ItemMapping("XCategory", DataPointMember.XCategory); ItemMapping imX = new ItemMapping("XValue", DataPointMember.XValue); ItemMapping imY = new ItemMapping("YValue", DataPointMember.YValue); sm.ItemMappings.Add(bubblesize); sm.ItemMappings.Add(imXCat); sm.ItemMappings.Add(imX); sm.ItemMappings.Add(imY); result.Add(sm); } return(result); }
static List <DataPoint> FillChartNumericData(ClusterEnsemble.Attribute att_objetive) { List <DataPoint> data = new List <DataPoint>(); Dictionary <double, double> temp_dic = new Dictionary <double, double>(); double max = double.MinValue; double min = double.MaxValue; foreach (var item in Enviroment.Set.Elements) { if (item[att_objetive] != null)//missing values { if (!temp_dic.ContainsKey((double)item[att_objetive])) { temp_dic.Add((double)item[att_objetive], 1); if ((double)item[att_objetive] > max) { max = (double)item[att_objetive]; } else if ((double)item[att_objetive] < min) { min = (double)item[att_objetive]; } } else { temp_dic[(double)item[att_objetive]]++; } } } foreach (var item in temp_dic.Keys) { data.Add(new DataPoint() { Label = item.ToString(), YValue = temp_dic[item] }); } data.Sort(new DataPointXComparer()); return(data); }
public static List <List <DataPoint> > FillBubbleChartData(Structuring s, ClusterEnsemble.Attribute att_x, ClusterEnsemble.Attribute att_y) { List <List <DataPoint> > result = new List <List <DataPoint> >(); foreach (Cluster item in s.Clusters.Values) { List <DataPoint> temp = FillOneClusterData(item, att_x, att_y); result.Add(temp); } if (s.HaveUnassignedElements()) { List <DataPoint> temp = FillUnassignedData(s.UnassignedElements, att_x, att_y); result.Add(temp); } ResetCategory(); return(result); }
public void NewSet(object sender, NewSetEventArgs e) { try { tb_alg_name.Text = ""; Struct = null; rc_graphic.SeriesMappings.Reset(); rc_graphic.ItemsSource = null; cb_objetiveX.ItemsSource = null; cb_objetiveY.ItemsSource = null; if (e.NewSet != null) { cb_objetiveX.ItemsSource = e.NewSet.Attributes.Values; cb_objetiveX.DisplayMemberPath = "Name"; cb_objetiveY.ItemsSource = e.NewSet.Attributes.Values; cb_objetiveY.DisplayMemberPath = "Name"; if (e.NewSet.Attributes.Values.Count > 0) { cb_objetiveX.SelectedIndex = 0; att_x = (ClusterEnsemble.Attribute)cb_objetiveX.SelectedItem; cb_objetiveY.SelectedIndex = 0; att_y = (ClusterEnsemble.Attribute)cb_objetiveY.SelectedItem; } if (att_x != null && att_y != null) { rc_graphic.DefaultView.ChartArea.AxisX.Title = att_x.Name; rc_graphic.DefaultView.ChartArea.AxisY.Title = att_y.Name; } TelerikUtils.SetAnimationsSettings(rc_graphic); } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public void NewSet(object sender, NewSetEventArgs e) { try { tb_alg_name.Text = ""; Struct = null; rc_graphic.SeriesMappings.Reset(); rc_graphic.ItemsSource = null; cb_objetiveX.ItemsSource = null; cb_objetiveY.ItemsSource = null; if (e.NewSet != null) { cb_objetiveX.ItemsSource = e.NewSet.Attributes.Values; cb_objetiveX.DisplayMemberPath = "Name"; cb_objetiveY.ItemsSource = e.NewSet.Attributes.Values; cb_objetiveY.DisplayMemberPath = "Name"; if (e.NewSet.Attributes.Values.Count > 0) { cb_objetiveX.SelectedIndex = 0; att_x = (ClusterEnsemble.Attribute)cb_objetiveX.SelectedItem; cb_objetiveY.SelectedIndex = 0; att_y = (ClusterEnsemble.Attribute)cb_objetiveY.SelectedItem; } if (att_x != null && att_y != null) { rc_graphic.DefaultView.ChartArea.AxisX.Title = att_x.Name; rc_graphic.DefaultView.ChartArea.AxisY.Title = att_y.Name; } TelerikUtils.SetAnimationsSettings(rc_graphic); } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public static SeriesMapping InitChartData(ClusterEnsemble.Attribute att_objetive, SeriesMapping sm1, RadChart rc_graphic) { SeriesMapping result = null; switch (att_objetive.AttributeType) { case AttributeType.String: case AttributeType.Nominal: case AttributeType.Date: rc_graphic.DefaultView.ChartArea.AxisX.LabelRotationAngle = 45; result = InitChartDataString(sm1); break; case AttributeType.Numeric: rc_graphic.DefaultView.ChartArea.AxisX.LabelRotationAngle = 0; result = InitChartDataNumeric(sm1); break; default: break; } return(result); }
private void RadComboBox_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { if (Cb_objetive.SelectedIndex != -1) { att_objetive = (ClusterEnsemble.Attribute)Cb_objetive.SelectedItem; Rc_att.DefaultView.ChartArea.AxisX.Title = att_objetive.Name; SeriesMapping _series = TelerikUtils.InitChart(att_objetive, Rc_att, DCheckBox); Rc_att.SeriesMappings.Clear(); Rc_att.SeriesMappings.Add(_series); List <DataPoint> _temp = TelerikUtils.FillChartData(att_objetive); if ((bool)DCheckBox.IsChecked) { TelerikUtils.ChartAreaZoom(Rc_att); } Rc_att.ItemsSource = null; //if (IContainerProgressBar != null) //{ // IContainerProgressBar.ResetProgressBar(1, 1, true); // IContainerProgressBar.UpdateProgressBar(1, "Loading Data Series...", true); //} Rc_att.ItemsSource = _temp; //if (IContainerProgressBar != null) // IContainerProgressBar.FinishPB(); } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
private void lv_attributes_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { //No puedo preguntar por el SelectedIndex porque cuando mando a seleccionar todos el selected index == -1 //y entonces no me entra en el IF y no se actualiza AttributesToCalculateProximity en la clase Environment //if (this.lv_attributes.SelectedIndex != -1) //{ if (CheckAttributeEventHandler != null) { CheckAttributeEventHandler(this, new CheckAttributeEnventArgs(GetSelectedAttributes())); } //} //Esto es para actualizar el texto, de name, missing,distinct, unique if (this.lv_attributes.SelectedItem != null) { ClusterEnsemble.Attribute _attr = (this.lv_attributes.SelectedItem as AttributeInfo).Attribute; this.tblk_SelectedAttrName.Text = _attr.Name; this.tblk_SelectedAttrDistinct.Text = _attr.Distinct.ToString(); this.tblk_SelectedAttrMissing.Text = _attr.Missing.ToString() + "(" + _attr.MissingPercent + "%)"; this.tblk_SelectedAttrUnique.Text = _attr.Unique.ToString() + "(" + _attr.UniquePercent + "%)"; } else { this.tblk_SelectedAttrName.Text = "---"; this.tblk_SelectedAttrUnique.Text = "---"; this.tblk_SelectedAttrMissing.Text = "---"; this.tblk_SelectedAttrDistinct.Text = "---"; } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
private void cb_objetiveX_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { att_x = (ClusterEnsemble.Attribute)cb_objetiveX.SelectedItem; if (att_x == null || att_y == null) return; else { rc_graphic.DefaultView.ChartArea.AxisX.Title = att_x.Name; if (Struct != null) { rc_graphic.ItemsSource = null; rc_graphic.ItemsSource = TelerikUtils.FillBubbleChartData(Struct, att_x, att_y); } } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
static List <DataPoint> FillOneClusterData(Cluster cluster, ClusterEnsemble.Attribute att_x, ClusterEnsemble.Attribute att_y) { List <DataPoint> result = new List <DataPoint>(); foreach (Element item in cluster.Elements) { DataPoint dp = new DataPoint(); if (item[att_x] != null && item[att_y] != null)//missing values { if (att_x.AttributeType == AttributeType.Numeric) { dp.XValue = (double)item[att_x] + 10;//valores cercanos a cero se funde el control } else if (att_x.AttributeType != AttributeType.Date) { if (xcat.ContainsKey((string)item[att_x])) { dp.XValue = xcat[(string)item[att_x]]; } else { xcat.Add((string)item[att_x], ix); dp.XValue = ix; ix++; } } else { if (xcat.ContainsKey(((DateTime)item[att_x]).ToString())) { dp.XValue = xcat[(string)item[att_x]]; } else { xcat.Add(((DateTime)item[att_x]).ToString(), ix); dp.XValue = ix; ix++; } } if (att_y.AttributeType == AttributeType.Numeric) { dp.YValue = (double)item[att_y] + 10;//valores cercanos a cero se funde el control } else if (att_y.AttributeType != AttributeType.Date) { if (ycat.ContainsKey((string)item[att_y])) { dp.YValue = ycat[(string)item[att_y]]; } else { ycat.Add((string)item[att_y], iy); dp.YValue = iy; iy++; } } else { if (ycat.ContainsKey(((DateTime)item[att_y]).ToString())) { dp.YValue = ycat[(string)item[att_y]]; } else { ycat.Add(((DateTime)item[att_y]).ToString(), iy); dp.YValue = iy; iy++; } } //dp.BubbleSize = 20; result.Add(dp); } } result.Sort(new DataPointXComparer()); return(result); }
private void RadComboBox_SelectionChanged(object sender, SelectionChangedEventArgs e) { try { if (Cb_objetive.SelectedIndex != -1) { att_objetive = (ClusterEnsemble.Attribute)Cb_objetive.SelectedItem; Rc_att.DefaultView.ChartArea.AxisX.Title = att_objetive.Name; SeriesMapping _series = TelerikUtils.InitChart(att_objetive, Rc_att, DCheckBox); Rc_att.SeriesMappings.Clear(); Rc_att.SeriesMappings.Add(_series); List<DataPoint> _temp = TelerikUtils.FillChartData(att_objetive); if ((bool)DCheckBox.IsChecked) TelerikUtils.ChartAreaZoom(Rc_att); Rc_att.ItemsSource = null; //if (IContainerProgressBar != null) //{ // IContainerProgressBar.ResetProgressBar(1, 1, true); // IContainerProgressBar.UpdateProgressBar(1, "Loading Data Series...", true); //} Rc_att.ItemsSource = _temp; //if (IContainerProgressBar != null) // IContainerProgressBar.FinishPB(); } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public void NewSet(object sender, NewSetEventArgs e) { try { cb_objetive.ItemsSource = null; Actual_set = null; att_obj = null; if (e.NewSet != null) { Actual_set = e.NewSet; cb_objetive.DisplayMemberPath = "Name"; cb_objetive.ItemsSource = null; cb_objetive.ItemsSource = Actual_set.Attributes.Values; if (e.NewSet.Attributes.Values.Count > 0) cb_objetive.SelectedIndex = cb_objetive.Items.Count - 1; } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }