256 lines
11 KiB
C++
256 lines
11 KiB
C++
#include "diagramEditor/diagramEditorBayPreviewDlg.h"
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#include "diagramEditor/diagramEditorBayDetailSettingDlg.h"
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#include "diagramEditor/editView.h"
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#include "diagramEditor/editScene.h"
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#include "graphicsDataModel/diagramEditorModel.h"
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#include "global.h"
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DiagramEditorBayPreviewDlg::DiagramEditorBayPreviewDlg(QWidget *parent)
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: QDialog(parent)
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,_pView(nullptr)
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,_pScene(nullptr)
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,_pMainLayout(nullptr)
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,_pParent(nullptr)
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{
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QRect recParent = parent->geometry();
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setGeometry(recParent.right(),recParent.y(),recParent.width(),recParent.height());
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initial();
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}
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DiagramEditorBayPreviewDlg::~DiagramEditorBayPreviewDlg()
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{
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}
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void DiagramEditorBayPreviewDlg::initial()
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{
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_pMainLayout = new QVBoxLayout(this);
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_pView = new EditView(this);
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_pMainLayout->addWidget(_pView);
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_pScene = new EditPreviewScene(this);
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_pScene->setSceneRect(-g_dGriaphicsScene_Width / 2, -g_dGriaphicsScene_Height / 2, g_dGriaphicsScene_Width, g_dGriaphicsScene_Height);
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_pView->setScene(_pScene);
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}
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void DiagramEditorBayPreviewDlg::showDlg()
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{
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if(_pParent){
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_pParent->getModel()->setCurPreviewScene(_pScene);
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}
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show();
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updateModelData();
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}
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void DiagramEditorBayPreviewDlg::updateModelData()
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{
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auto& mapRoute = _pParent->getRouteMap();
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QString sMainRoute;
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int nCount = 0;
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for(auto& route:mapRoute){ //寻找包含设备最多的线路
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if(nCount < route.lstCompo.count()){
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nCount = route.lstCompo.count();
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sMainRoute = route.sRouteName;
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route.bMainRoute = true;
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}
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}
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auto& maoCompo = mapRoute[sMainRoute].lstCompo; //假设竖直情况下，上下等分为nSeg段 假设主线路水平居中
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int nSeg = maoCompo.size()*0.5;
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int nSegIndex = -nSeg; //计数器，计算deltaY
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for(int i = 0;i < maoCompo.size();++i){ //优先遍历主线路，构建主体结构
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int nDir = 0;
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if(i == 0){ //队首
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maoCompo[i].nUsedDirection |= 4; //默认向下，队首单向下(单线路记录，不可作为跨线判断依据)
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nDir = 4;
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}
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else if(i == maoCompo.size()-1){
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maoCompo[i].nUsedDirection |= 8; //队尾单向上(单线路记录，不可作为跨线判断依据)
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nDir = 8;
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}
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else{
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maoCompo[i].nUsedDirection |= 12; //其余向上向下都被占用(单线路记录，不可作为跨线判断依据)
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nDir = 12;
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}
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int deltaY = nSegIndex*g_nVDiagramSpacing;
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auto pItemName = _pParent->getModel()->getNameItem(maoCompo[i].sName);
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if(pItemName){
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int nVal = pItemName->data().toInt();
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pItemName->setData(QString::number(nVal |= nDir)); //在公用模型中更新设备方向占用(重要)
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pItemName->setData(QPoint(0,deltaY),Qt::UserRole+2); //设置相对位置
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}
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nSegIndex += 1;
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}
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for(auto& route:mapRoute){ //遍历主线路之外的线路
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if(route.sRouteName == sMainRoute){
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continue;
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}
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if(!route.lstCompo.isEmpty()){ //拆分线路为以节点为首
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auto pItemFirst = _pParent->getModel()->getNameItem(route.lstCompo.first().sName);
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int nFirstVal = pItemFirst->data().toInt();
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auto pItemLast = _pParent->getModel()->getNameItem(route.lstCompo.last().sName);
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int nLastVal = pItemLast->data().toInt();
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if(nFirstVal != 0){ //首位为节点
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route.lstOrder = route.lstCompo;
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}
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else if(nLastVal != 0){ //末位为节点
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for (auto it = route.lstCompo.rbegin(); it != route.lstCompo.rend(); ++it) {
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route.lstReverse.append(*it);
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}
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}
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else{ //节点在中间
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int nIndex = 0;
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for(int i = 0;i < route.lstCompo.size();++i){
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auto pItem = _pParent->getModel()->getNameItem(route.lstCompo[i].sName);
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if(pItem){
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int nVal = pItem->data().toInt();
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if(nVal != 0){
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nIndex = i;
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break;
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}
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}
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}
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for(int i = nIndex;i >= 0;--i){
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route.lstReverse.append(route.lstCompo[i]);
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}
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for(int i = nIndex;i < route.lstCompo.size();++i){
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route.lstOrder.append(route.lstCompo[i]);
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}
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}
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}
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int nOrderFirstDeltaY = 0; //首节点y偏移量(假设后续节点与头节点水平)
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int nXOrderIndex = 1; //横向计数
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int nOrderPolarity = 1; //方向 1右 -1左
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if(route.lstOrder.size() > 1){
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for(int i = 0;i < route.lstOrder.size()-1;++i){ //遍历以节点为首的队列
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auto pItem = _pParent->getModel()->getNameItem(route.lstOrder[i].sName);
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int nVal = pItem->data().toInt();
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QPoint deltaP = pItem->data(Qt::UserRole+2).toPoint();
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auto pNextItem = _pParent->getModel()->getNameItem(route.lstOrder[i+1].sName); //下一个item
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nOrderFirstDeltaY = deltaP.y();
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int nNextVal = pNextItem->data().toInt();
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if(i == 0){ //首节点
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if(((nVal & 2) == 1) && ((nVal & 1) == 1)){
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qDebug()<<QString("point %1 full of connection").arg(route.lstOrder[i].sName);
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}
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else if((nVal & 2) == 1){
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//左被占用,右空
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2)); //同时连接下个点的一侧占用
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nOrderPolarity = 1;
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pNextItem->setData(-90,Qt::UserRole+5);
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}
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else if((nVal & 1) == 1){
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//右被占用，左空
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pItem->setData(QString::number(nVal | 2));
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pNextItem->setData(QString::number(nNextVal | 1));
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nOrderPolarity = -1;
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pNextItem->setData(90,Qt::UserRole+5);
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}
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else{ //左右都没被占,默认放到左边
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2));
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nOrderPolarity = 1;
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pNextItem->setData(-90,Qt::UserRole+5);
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}
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int deltaX = nXOrderIndex*nOrderPolarity*g_nHDiagramSpacing;
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pNextItem->setData(QPoint(deltaX,nOrderFirstDeltaY),Qt::UserRole + 2);
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continue;
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}
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if(((nVal & 2) == 1) && ((nVal & 1) == 1)){
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qDebug()<<QString("point %1 full of connection").arg(route.lstOrder[i].sName);
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}
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else if((nVal & 2) == 1){
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//左被占用,右空
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2)); //同时连接下个点的一侧占用
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}
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else if((nVal & 1) == 1){
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//右被占用，左空
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pItem->setData(QString::number(nVal | 2));
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pNextItem->setData(QString::number(nNextVal | 1));
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}
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else{ //左右都没被占,默认放到左边
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2));
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}
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int deltaX = nXOrderIndex*nOrderPolarity*g_nHDiagramSpacing;
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pNextItem->setData(QPoint(deltaX,nOrderFirstDeltaY),Qt::UserRole + 2);
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nXOrderIndex += 1;
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}
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}
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int nReverseFirstDeltaY = 0; //首节点y偏移量(假设后续节点与头节点水平)
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int nXReverseIndex = 1; //横向计数
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int nReversePolarity = 1; //方向 1右 -1左
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if(route.lstReverse.size() > 1){
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for(int i = 0;i < route.lstReverse.size()-1;++i){ //遍历以节点为首的队列
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auto pItem = _pParent->getModel()->getNameItem(route.lstReverse[i].sName);
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int nVal = pItem->data().toInt();
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QPoint deltaP = pItem->data(Qt::UserRole+2).toPoint();
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auto pNextItem = _pParent->getModel()->getNameItem(route.lstReverse[i+1].sName); //下一个item
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nReverseFirstDeltaY = deltaP.y();
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int nNextVal = pNextItem->data().toInt();
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if(i == 0){ //首节点
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if(((nVal & 2) == 1) && ((nVal & 1) == 1)){
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qDebug()<<QString("point %1 full of connection").arg(route.lstReverse[i].sName);
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}
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else if((nVal & 2) == 1){
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//左被占用,右空
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2)); //同时连接下个点的一侧占用
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nReversePolarity = 1;
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pNextItem->setData(-90,Qt::UserRole+5);
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}
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else if((nVal & 1) == 1){
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//右被占用，左空
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pItem->setData(QString::number(nVal | 2));
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pNextItem->setData(QString::number(nNextVal | 1));
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nReversePolarity = -1;
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pNextItem->setData(90,Qt::UserRole+5);
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}
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else{ //左右都没被占,默认放到左边
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2));
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nReversePolarity = 1;
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pNextItem->setData(-90,Qt::UserRole+5);
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}
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int deltaX = nXReverseIndex*nReversePolarity*g_nHDiagramSpacing;
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pNextItem->setData(QPoint(deltaX,nReverseFirstDeltaY),Qt::UserRole + 2);
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continue;
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}
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if(((nVal & 2) == 1) && ((nVal & 1) == 1)){
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qDebug()<<QString("point %1 full of connection").arg(route.lstOrder[i].sName);
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}
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else if((nVal & 2) == 1){
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//左被占用,右空
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2)); //同时连接下个点的一侧占用
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}
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else if((nVal & 1) == 1){
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//右被占用，左空
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pItem->setData(QString::number(nVal | 2));
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pNextItem->setData(QString::number(nNextVal | 1));
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}
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else{ //左右都没被占,默认放到左边
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pItem->setData(QString::number(nVal | 1));
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pNextItem->setData(QString::number(nNextVal | 2));
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}
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int deltaX = nXReverseIndex*nReversePolarity*g_nHDiagramSpacing;
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pNextItem->setData(QPoint(deltaX,nReverseFirstDeltaY),Qt::UserRole + 2);
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nXReverseIndex += 1;
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}
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}
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}
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}
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