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281 lines
7.1 KiB
281 lines
7.1 KiB
#include "pch.h" // use stdafx.h in Visual Studio 2017 and earlier
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#include "ReadXML.h"
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string ini = "--";
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map<pair<P, P>, Bund> wire_node;
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vector<Bund> wire_pairs;
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map<string, P> mp;
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map<string, Wire> wiremap;
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map<string, string> pinidmap;
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map<string, Pin> pinmap;
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int cnt = 0;
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// 针脚
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Pin::Pin(string name1, string id1)
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{
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name = name1;
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id = id1;
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}
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Pin::Pin(string name1, string id1, P coord1)
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{
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name = name1;
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id = id1;
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coord = coord1;
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}
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Pin::Pin()
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{
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name = id = "";
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}
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// 逻辑上的导线
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Wire::Wire(string name1, Pin sn1, Pin en1)
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{
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name = name1;
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sn = sn1;
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en = en1;
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}
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Wire::Wire()
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{
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name = "";
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}
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// 逻辑上的线束
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Bund::Bund()
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{
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dia = length = 0;
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}
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// void init_readxml()
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// {
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// wire_node.clear();
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// wire_pairs.clear();
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// mp.clear();
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// wiremap.clear();
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// pinidmap.clear();
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// pinmap.clear();
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// cnt = 0;
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// }
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//
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// void producePin(TiXmlElement* pin){
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// pinidmap[pin->Attribute("id")]=pin->Attribute("name");
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//}
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// string safegave(TiXmlElement* pEle,const char * t){
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// if(pEle->Attribute(t)==NULL)return ini;
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// else {
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// string v=pEle->Attribute(t);
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// if(v=="")return ini;
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// else return v;
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// }
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//}
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//
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// TiXmlElement* GetNodePointerByName(TiXmlElement* pRootEle, const char* strNodeName)
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//{
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// // if equal root node then return
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// if (0 == strcmp(strNodeName, pRootEle->Value()))
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// {
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// return pRootEle;
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// }
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//
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// TiXmlElement* pEle = pRootEle;
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// for (pEle = pRootEle->FirstChildElement(); pEle; pEle = pEle->NextSiblingElement())
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// {
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// // recursive find sub node return node pointer
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// if (0 != strcmp(pEle->Value(), strNodeName))
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// {
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// TiXmlElement* res=GetNodePointerByName(pEle,strNodeName);
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// if(res!=NULL)return res;
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// }
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// else return pEle;
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// }
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//
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// return NULL;
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//}
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// TiXmlElement* GetNextNodePointerByName(TiXmlElement* pRootEle, const char* strNodeName)
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//{
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// // if equal root node then return
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// TiXmlElement* pEle;
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// for (pEle = pRootEle->NextSiblingElement(); pEle; pEle = pEle->NextSiblingElement())
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// {
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// // recursive find sub node return node pointer
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// if (0 == strcmp(pEle->Value(), strNodeName))return pEle;
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// }
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// return NULL;
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//}
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// void produceConnector(TiXmlElement* pcon){
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// Connector con;
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// con.id=pcon->Attribute("id");
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// con.name=pcon->Attribute("name");
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// con.partnumber=pcon->Attribute("partnumber");
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// con.coord=mp[con.name];
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// con.dir=P(0,0,0);
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// connectorNum++;
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// con.ID=connectorNum;
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// con.coord.type=3;
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// con.coord.ref=connectorNum;
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//
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// connectors[connectorNum]=con;
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//
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// TiXmlElement* pEle;
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// TiXmlElement* p;
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// for (pEle = pcon->FirstChildElement(); pEle; pEle = pEle->NextSiblingElement()){
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// if(strcmp(pEle->Value(), "backshell")==0){
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// for(p=pEle->FirstChildElement();p;p = p->NextSiblingElement()){
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// if(strcmp(p->Value(), "termination")==0){
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// string id=p->Attribute("id");
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// string name=p->Attribute("name");
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//
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// pinmap[id]=Pin(name,id,con.coord);
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// break;
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// }
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// }
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// break;
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// }
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// }
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// for (pEle = pcon->FirstChildElement(); pEle; pEle = pEle->NextSiblingElement()){
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// if(strcmp(pEle->Value(), "pin")==0){
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// string id=pEle->Attribute("id");
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// string name=pEle->Attribute("name");
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// pinmap[id]=Pin(name,id,con.coord);
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// }
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// }
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//
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//
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//}
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//
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// void produceWire(TiXmlElement* pwire){
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// Pin sn,en;
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// TiXmlElement* pconnection=GetNodePointerByName(pwire,"connection");
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// if(pconnection!=NULL){
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// sn=pinmap[pconnection->Attribute("pinref")];
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// TiXmlElement* pconnection2=GetNextNodePointerByName(pconnection,"connection");
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// if(pconnection2!=NULL)en=pinmap[pconnection2->Attribute("pinref")];
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// else en=sn;
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// }
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// Wire wire;
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// wire.sn=sn;
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// wire.en=en;
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// wire.name=pwire->Attribute("name");
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// if(pwire->Attribute("outsidediameter")!=NULL){
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// wire.diameter=atof(pwire->Attribute("outsidediameter"));
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// }
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// else if(pwire->Attribute("wirecsa")!=NULL){
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// wire.diameter=atof(pwire->Attribute("wirecsa"))*2;
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// }
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// else wire.diameter=0.4;
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// wiremap[wire.name]=wire;
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// if(sn.coord==P(0,0,0)||en.coord==P(0,0,0)||sn.coord==en.coord)return;
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//
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// pair<P,P> p=make_pair(sn.coord,en.coord);
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// pair<P,P> pr=make_pair(en.coord,sn.coord);
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// if(wire_node.find(p)!=wire_node.end()){
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// Bund bd=wire_node[p];
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// bd.wirelist.push_back(wire);
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// bd.d.push_back(wire.diameter);
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// wire_node[p]=bd;
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// }
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// else if(wire_node.find(pr)!=wire_node.end()){
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// Bund bd=wire_node[pr];
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// bd.wirelist.push_back(wire);
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// bd.d.push_back(wire.diameter);
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// wire_node[pr]=bd;
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// }
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// else {
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// Bund bd;
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// bd.start=sn.coord;
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// bd.goal=en.coord;
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// bd.wirelist.push_back(wire);
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// bd.d.push_back(wire.diameter);
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// wire_node[p]=bd;
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//
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// }
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//
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//}
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// void produce(TiXmlElement* pEle){
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// if(strcmp(pEle->Value(),"wire")==0)produceWire(pEle);
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// else produceConnector(pEle);
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// return;
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//}
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// void ProduceNodePointerByName(TiXmlElement* pRootEle, const char* strNodeName)
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//{
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// // if equal root node then return
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// if (0 == strcmp(strNodeName, pRootEle->Value()))
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// {
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// produce(pRootEle);
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// return;
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// }
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//
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// TiXmlElement* pEle = pRootEle;
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// for (pEle = pRootEle->FirstChildElement(); pEle; pEle = pEle->NextSiblingElement())
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// {
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// // recursive find sub node return node pointer
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// if (0 != strcmp(pEle->Value(), strNodeName))
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// {
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// ProduceNodePointerByName(pEle,strNodeName);
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// }
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// else {
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// produce(pEle);
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// }
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// }
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//
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// return;
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//}
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// void readxml(const char * xml,const char * connectorFile){
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// init_readxml();
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// ifstream infile;
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// infile.open(connectorFile);//XXXX是csv的路径
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//
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// string s;
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//
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// while(getline(infile,s))
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// {
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// //cout<<s<<endl;
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// istringstream sin(s); //将整行字符串line读入到字符串流istringstream中
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// vector<string> fields; //声明一个字符串向量
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// string field;
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// while (getline(sin, field, ',')) //将字符串流sin中的字符读入到field字符串中，以逗号为分隔符
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// {
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// fields.push_back(field); //将刚刚读取的字符串添加到向量fields中
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// }
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// //cout<<fields[0]<<endl;
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// //cout<<"read_xml getline"<<endl;
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// //cout<<fields[0]<<" "<<fields[1]<<" "<<fields[2]<<" "<<fields[3]<<endl;
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// mp[fields[0]]=P(atof(fields[1].c_str()),atof(fields[2].c_str()),atof(fields[3].c_str()));
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// }
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//
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// TiXmlDocument* pDoc = new TiXmlDocument(xml);
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// if(!(pDoc->LoadFile()))return;
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// //pDoc->Print();
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// //获得根元素，即Persons。
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//
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// //cout<<"connectivity"<<endl<<endl;
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// TiXmlElement *RootElement = pDoc->RootElement();
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// TiXmlElement * connectivity=GetNodePointerByName(RootElement, "connectivity");
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// //cout<<(connectivity->Value())<<endl;
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// //cout<<(connectivity->Attribute("id")==NULL)<<endl;
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// ProduceNodePointerByName(connectivity,"connector");
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// ProduceNodePointerByName(connectivity,"splice");
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// ProduceNodePointerByName(connectivity,"wire");
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// for(map< pair<P,P> ,Bund>::iterator it=wire_node.begin();it!=wire_node.end();it++){
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// wire_pairs.push_back(it->second);
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//
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// }
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// for(int i=0;i<wire_pairs.size();i++){
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// Bund &bd=wire_pairs[i];
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// for(int j=0;j<bd.d.size();j++){
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// bd.dia+=(bd.d[j])*(bd.d[j]);
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// //cout<<bd.d[j]<<" ";
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// }
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// bd.dia=sqrt(bd.dia);
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// for(int j=0;j<bd.wirelist.size();j++){
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// Wire & wire=bd.wirelist[j];
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// bd.wirenamelist.push_back(wire.name);
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// }
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// }
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// cout<<"read xml Finish"<<endl;
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//
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//}
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