private AppProject()
{
cells = new List <OriginCell>();
nodes = new List <TNode>();
gndTbs = new List <TNode>();
gndNet = new GndTestNet();
vccNet = new VCCTestNet();
normalNets = new NormalTestNet();
lgicNets = new LogicTestNet();
loopNets = new LoopNet();
equals = new Dictionary <string, ISet <TNode> >();
shorts = new List <ShortBranch>();
}
/// <summary>
/// 分解初步理出来的逻辑网络
/// </summary>
public void SplitLogicBranches(LoopNet lnet)
{
var logicnets = new List <LogicNet>();
nets.ForEach(p => logicnets.Add((LogicNet)p));
foreach (var net in logicnets)
{
nets.Remove(net);
var childnets = (net as LogicNet).Split(MaxNetNum);
foreach (var child in childnets)
{
bool norCondict = child.Branches.All(p => !p.BranchContradict());
if (norCondict)
{
nets.Add(child);
/*分析逻辑导通条件*/
child.GetConductCondition();
lnet.Nets.ForEach(p => p.Branches.ForEach(q => q.hasBlock = false));
}
}
}
}
