public OneEnsembleAlgVisualizer(Tree atree) : this() { try { this.Tree = atree; Init(); } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public static void UpdateTree(IOneVisualizer aIOV, Tree aTree) { List<ClusterEnsemble.DataStructures.Property> _parameters = aTree.Value.InProperties; aIOV.Init(); if (!aTree.Value.IsAbstract && _parameters != null) { for (int i = 0; i < _parameters.Count; i++) { Grid _grid = aIOV.CreateGrid(_parameters[i].Name, _parameters[i]); if (_grid != null) aIOV.StackPanel.Children.Add(_grid); } aIOV.ButtonSelect.Visibility = Visibility.Visible; } else aIOV.ButtonSelect.Visibility = Visibility.Hidden; }
private GroupBox CreateGroupBox(Tree aTree) { try { GroupBox _result = new GroupBox(); _result.Header = aTree.Value.Name; _result.Margin = new Thickness(10, 5, 10, 5); StackPanel _content = new StackPanel(); _content.Orientation = Orientation.Vertical; foreach (Property _p in aTree.Value.InProperties) { Grid _temp = CreateGrid(_p.Name, _p); if (_temp != null) _content.Children.Add(_temp); } _result.Content = _content; return _result; } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); return null; } }
public void UpdateTree(Tree aTree) { try { Utils_IOneVisualizer.UpdateTree(this, aTree); } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public static string VerifyErrors(IOneVisualizer aIOV, Tree aTree, out bool aOk) { string _errors = ""; aOk = true; for (int i = 0; i < aIOV.InControls.Count; i++) { object _value; string _parameter = null; ClusterEnsemble.DataStructures.Property _propertyIn = null; if (aIOV.InControls[i].ControlType == ControlType.TextBox) { _parameter = aIOV.InControls[i].TextBox.Text; _propertyIn = (ClusterEnsemble.DataStructures.Property)aIOV.InControls[i].TextBox.Tag; } else { _parameter = ((Value_Converter)aIOV.InControls[i].ComboBox.SelectedItem).Value; _propertyIn = (ClusterEnsemble.DataStructures.Property)aIOV.InControls[i].ComboBox.Tag; _propertyIn.Converter = ((Value_Converter)aIOV.InControls[i].ComboBox.SelectedItem).Converter; } if (!_propertyIn.Converter.TryConvert(_parameter, out _value)) { aOk = false; _errors += "Wrong Parameter: " + _propertyIn.Name + ", from algorithm: " + aTree.Value.Name + "\r\n"; } else _propertyIn.Value = _value; } return _errors; }
private void UpdateProximities(Tree aTree) { try { if (!aTree.Value.IsAbstract) { List<Proximity> _dissTemp = (CurrentProximities != null) ? CurrentProximities : new List<Proximity>(); ClusterAlgorithm _ClusterAlgorithm = ReflectionTools.GetInstance<ClusterAlgorithm>(aTree.Value.FullName); List<Proximity> _source = new List<Proximity>(); foreach (Proximity _prox in _dissTemp) if (_ClusterAlgorithm.ProximityType == ProximityType.Both || VerifyProximity(_ClusterAlgorithm.ProximityType, _prox)) _source.Add(_prox); this.cb_Proximities.ItemsSource = null; this.cb_Proximities.ItemsSource = _source; this.cb_Proximities.DisplayMemberPath = "Name"; if (_source.Count > 0) this.cb_Proximities.SelectedIndex = 0; else Enviroment.Proximity = null; this.cb_Proximities.IsEnabled = _ClusterAlgorithm.ProximityType != ProximityType.None; } } catch (Exception _ex) { GeneralTools.Tools.WriteToLog(_ex); } }
public NewEnsembleAlgorithmEventArgs(Tree aNewEnsembleAlgorithm) { this.fNewEnsembleAlgorithm = aNewEnsembleAlgorithm; }
public NewClusterAlgorithmEventArgs(Tree aNewClusterAlgorithm) { this.fNewClusterAlgorithm = aNewClusterAlgorithm; }