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);
}
}
public BranchView getAllBranch()
{
BranchView rst = getNodes(vccNodes[0].Equal, label => false);
CalculatePosition(rst.Nodes, 0, 0);
if (rst.Type)
{
alignBranchNode(expandBranch(rst.Nodes), rst);
}
rst.GraphType = GraphType.CompleteGraph;
rst.GraphName = "布线总图";
return(rst);
}
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);
}
