public ShortBranchNode(List <TNodeUI> uis, ShortBranchNode parent, string endName) { this.uis = uis; this.parent = parent; this.endName = endName; this.nodes = new HashSet <ShortBranchNode>(); }
public BranchView getVccToGndBranch() { #region 将树状结构的节点放到一维集合中 BranchView rst = getNodes(vccNodes[0].Equal, label => label == "GND"); ISet <ShortBranchNode> brs = rst.Nodes; ShortBranchNode head = brs.First().Parent; ISet <ShortBranchNode> total = expandBranch(brs); rst.Type = true; #endregion #region 过滤出所有总正到总负的通路 filterNodes(total, name => name != "GND"); #endregion #region 为短支路树计算位置信息 ISet <ShortBranchNode> data = new HashSet <ShortBranchNode>(total.Where(p => p.Parent == head).ToList()); CalculatePosition(data, 0, 0); if (rst.Type) { alignBranchNode(total, rst); } rst.Nodes = data; #endregion rst.GraphType = GraphType.VccToGndGraph; rst.GraphName = "总正至总负布线图"; return(rst); }
private void alignBranchNode(ISet <ShortBranchNode> expandNodes, BranchView view) { foreach (ShortBranchNode node in view.LabelToBranch.Values) { if (node == null) { continue; } var filterNodes = expandNodes.Where(p => node.EndName == p.EndName).ToList(); if (filterNodes.Count == 0 || filterNodes.Count == 1) { continue; } double maxWidth = double.MinValue; foreach (ShortBranchNode br in filterNodes) { if (br.Uis[br.Uis.Count - 1].Pos.X > maxWidth) { maxWidth = br.Uis[br.Uis.Count - 1].Pos.X; } } foreach (ShortBranchNode br in filterNodes) { double start = br.Uis[br.Uis.Count - 1].Pos.X; TNode head = br.Uis[br.Uis.Count - 1].Info.getHeadNode(); TNode tail = br.Uis[br.Uis.Count - 1].Info.getTailNode(); for (double x = start; x < maxWidth; x++) { INotifyComponentChanged info = new ComponentViewModel(Tuple.Create <TNode, TNode>(head, tail), ComponentType.Blank); TNodeUI ui = new TNodeUI(info, false, view.Observer); ui.Pos = new Point(x + 1, br.Uis[br.Uis.Count - 1].Pos.Y); br.Uis.Add(ui); } moveRight(br.Nodes, maxWidth - start); } double maxy = filterNodes.Max(p => p.Uis[p.Uis.Count - 1].Pos.Y); double miny = filterNodes.Min(p => p.Uis[p.Uis.Count - 1].Pos.Y); TNode tm = AppProject.GetInstance().Equals[node.EndName].First(); INotifyComponentChanged _info = new ComponentViewModel(Tuple.Create <TNode, TNode>(tm, null), ComponentType.Blank); TNodeUI nui = new TNodeUI(_info, false, view.Observer); nui.Pos = new Point(node.Uis[node.Uis.Count - 1].Pos.X + 1, node.Uis[node.Uis.Count - 1].Pos.Y); List <TNodeUI> uis = new List <TNodeUI>() { nui }; ShortBranchNode nnode = new ShortBranchNode(uis, node, node.EndName); foreach (ShortBranchNode nd in node.Nodes) { nnode.Nodes.Add(nd); } moveRight(node.Nodes, 1); node.Nodes.Clear(); node.Nodes.Add(nnode); } }
/// <summary> /// 过滤出节点 /// </summary> private void filterNodes(ISet <ShortBranchNode> total, Func <string, bool> filter) { ISet <string> remain = new HashSet <string>(); foreach (ShortBranchNode node in total) { if (node.EndName == "GND") { ShortBranchNode temp = node; while (temp != null) { remain.Add(temp.EndName); temp = temp.Parent; } } } bool next = true; while (next) { next = false; List <ShortBranchNode> temp = new List <ShortBranchNode>(); foreach (ShortBranchNode node in total) { if (node.Nodes.Count == 0 && filter(node.EndName))//node.EndName != "GND" { if (!remain.Contains(node.EndName)) { node.remove(); temp.Add(node); next = true; } else { ShortBranchNode tp = node; while (tp != null) { remain.Add(tp.EndName); tp = tp.Parent; } } } } foreach (ShortBranchNode node in temp) { total.Remove(node); } } }
public BranchView getCFToGndBranch() { #region 将树状结构的节点放到一维集合中 BranchView rst = getNodes(gndNodes[0].Equal, label => label == "DC110V"); ISet <ShortBranchNode> brs = rst.Nodes; ShortBranchNode head = brs.First().Parent; ISet <ShortBranchNode> total = expandBranch(brs); #endregion #region 过滤出所有总负到测试点的通路 AppProject pro = AppProject.GetInstance(); ISet <string> remain = new HashSet <string>(); foreach (ShortBranchNode node in total) { if (node.Nodes.Count == 0) { bool mark = false; foreach (TNode tnode in pro.Equals[node.EndName]) { if (tnode.PartType.StartsWith("接口连接器")) { mark = true; break; } } if (mark) { ShortBranchNode tp = node; while (tp != null) { remain.Add(tp.EndName); tp = tp.Parent; } } } } //先把叶节点中末端是测试点的标注出来 bool next = true; while (next) { next = false; List <ShortBranchNode> temp = new List <ShortBranchNode>(); foreach (ShortBranchNode node in total) { if (node.Nodes.Count == 0) { bool mark = false; foreach (TNode tnode in pro.Equals[node.EndName]) { if (tnode.PartType.StartsWith("接口连接器")) { mark = true; if (!node.Uis[node.Uis.Count - 1].Info.isCFNode()) { INotifyComponentChanged info = new ComponentViewModel(Tuple.Create <TNode, TNode>(tnode, null), ComponentType.Terminal); node.Uis.Add(new TNodeUI(info, false, rst.Observer)); } break; } } if (!mark) { if (!remain.Contains(node.EndName)) { node.remove(); temp.Add(node); next = true; } else { ShortBranchNode tp = node; while (tp != null) { remain.Add(tp.EndName); tp = tp.Parent; } } } } } foreach (ShortBranchNode node in temp) { total.Remove(node); } } rst.Nodes = removeRedundentRoute(rst.Nodes, total);//去除冗余的支路 #endregion #region 为短支路树计算位置信息 ISet <ShortBranchNode> data = new HashSet <ShortBranchNode>(total.Where(p => p.Parent == head).ToList()); CalculatePosition(data, 0, 0); if (rst.Type) { alignBranchNode(total, rst); } rst.Nodes = data; #endregion rst.GraphType = GraphType.CFToGndGraph; rst.GraphName = "测试点至总负布线图"; return(rst); }
/// <summary> /// 获得从总正出发,总负截止的所有拼接支路 /// </summary> private BranchView getNodes(string headEqual, Func <string, bool> filter) { ComponentVMObserver _observer = new ComponentVMObserver(); AppProject pro = AppProject.GetInstance(); ((List <ShortBranch>)pro.Shorts).ForEach(p => p.HasIncluded = false); LinkedList <string> labels = new LinkedList <string>(); IDictionary <string, ShortBranchNode> allLabels = new Dictionary <string, ShortBranchNode>(); labels.AddLast(headEqual); ShortBranchNode head = new ShortBranchNode(null, null, headEqual); allLabels.Add(headEqual, head); #region 广度遍历得到短支路的树结构 while (labels.First != null) { string label = labels.First.Value; labels.RemoveFirst(); if (filter(label)) { continue; } TNodeUI item1 = null, item2 = null; foreach (ShortBranch br in pro.Shorts) { if (!br.HasIncluded) { if (br.HeadEqualNum == label || br.TailEqualNum == label) { // if (br.HeadEqualNum == "Net203" || br.TailEqualNum == "Net203") // { // // } List <TNodeUI> uis = new List <TNodeUI>(); List <TNode> brNodes = br.Branch; if (br.TailEqualNum == label) { brNodes.Reverse(); } int i = 0; while (i < brNodes.Count) { TNodeUI ui = null; if (i + 1 < brNodes.Count && brNodes[i].Brother == brNodes[i + 1]) { ui = BranchFactory.convert(brNodes[i], brNodes[i + 1], _observer); if (i == 0) { item2 = ui; } uis.Add(ui); i += 2; } else { ui = BranchFactory.convert(brNodes[i], null, _observer); if (i == 0) { item2 = ui; } uis.Add(ui); i++; } if (ui != null && item1 == null) { item1 = ui; } } ShortBranchNode bnode = new ShortBranchNode(uis, allLabels[label], brNodes[brNodes.Count - 1].Equal); allLabels[label].Nodes.Add(bnode); if (!allLabels.ContainsKey(brNodes[brNodes.Count - 1].Equal)) { allLabels.Add(brNodes[brNodes.Count - 1].Equal, bnode); labels.AddLast(brNodes[brNodes.Count - 1].Equal); } br.HasIncluded = true; } } } } #endregion #region 返回顶节点 // ISet<ShortBranchNode> branchNodes = new HashSet<ShortBranchNode>(); // foreach (ShortBranchNode brNode in allLabels.Values) // { // if (brNode.Parent == head) // branchNodes.Add(brNode); // } return(new BranchView(allLabels, head.Nodes, _observer)); #endregion }