#pragma once
/**组态编辑时的数据模型*/
#include "graphicsDataModel/baseModel.h"
#include <QPointer>

class GraphicsBaseModelItem;
class DiagramEditorItemProperty;
class GraphicsBaseItem;
class EditBaseScene;
class ElectricBaseModelLineItem;
class DiagramEditorTransformerBlock;
class EditPanel;
class DiagramEditorWizard;
class DiagramCavas;
class EditBaseItem;
class DiagramEditorBaseBlock;

int const g_nHorizontalBlockSpacing = 100;      //间隔横向间距

class DiagramEditorModel : public BaseModel
{
    Q_OBJECT
public:
    DiagramEditorModel();
    ~DiagramEditorModel();

    bool addPreviewItem(QUuid uuid,GraphicsBaseModelItem*,int mode);        //mode 0局部1整体
    DiagramEditorItemProperty* addPreviewData(QUuid id,int type,QString name,QString metaName,QString sBlock,int mode = 0);        //添加图元基模数据   mode:0局部1整体
    void createTopoTerminalsByItem(GraphicsBaseItem*,ModelFunctionType funType = ModelFunctionType::ProjectModel);  //通过图形对象创建port接线点(新建)
    QRectF generateTempBay();              //通过设置生成间隔预览对象
    void generateTempTrans(int nType,DiagramEditorTransformerBlock* block = nullptr);      //0高压侧1中压侧2低压侧3整个变压器
    void connectTransToNeutral(DiagramEditorTransformerBlock* block);   //连接变压器与中性点设备
    void linkTransItem(GraphicsBaseModelItem*,QStandardItemModel*);    //连接中性点与设备点
    GraphicsBaseModelItem* generateComponent(QUuid uid,QString sName,int nCategory,int nType,QPointF pos,int nRotate,int mode,QString sBay = QString());            //生成设备  uid,分类(设备、逻辑点),类型，旋转,模式(0局部1整体)
    ElectricBaseModelLineItem* generateLine(QUuid uid,QString sName,int mode,QString sBay = QString());     //生成连线       mode 0局部1整体
    void clearCurPreview();
    void setPanel(EditPanel* p) {_pPanel = p;}
    EditPanel* getPanel(){return _pPanel;}
    void setWizard(QPointer<DiagramEditorWizard> p){_pWizard = p;}
    QMap<QUuid,GraphicsBaseModelItem*> getPreviewItem(){return _previewItem;};
    void clearItems(){_previewItem.clear();}

    void generatePreview();     //生成预览
    void calculateBlockPos();  //重新计算block位置
    void setItemInBlockPos();   //设置block中的item位置
    void refreshConnection();   //刷新连接线

    void setCurBayRouteModel(QStandardItemModel* p) {_pCurBayRoute = p;}
    QStandardItemModel* getCurBayRouteModel() {return _pCurBayRoute;}
    void setCurBayComponentModel(QStandardItemModel* p) {_pCurBayComponent = p;}
    QStandardItemModel* getCurBayComponentModel() {return _pCurBayComponent;}

    void setCurTransRouteModels(QMap<int,QStandardItemModel*> map) {_pCurTransLRoutes = map;}
    QMap<int,QStandardItemModel*> getCurTransRouteModels() {return _pCurTransLRoutes;}
    void setCurTransComponentModel(QStandardItemModel* p) {_pCurTransComponent = p;}
    QStandardItemModel* setCurTransComponentModel() {return _pCurTransComponent;}
    void setCurPreviewScene(EditBaseScene* p) {_pCurPreviewScene = p;}
    QStandardItem* getNameItem(const QString&,int nFrom = 0);      //获取返回当前设备模型中的name项  nFrom,0间隔1变压器

    void generateItemByModel(QStandardItemModel* pModel,int nFrom = 0,QPoint delta = QPoint(0,0));     //0间隔1变压器
    QList<DiagramEditorComponentInfo> generateItemByInfo(QMap<QString,DiagramEditorRouteInfo> mapRoute,QMap<QString,DiagramEditorComponentInfo> mapCompo,QPointF delta = QPointF(0,0),DiagramEditorBaseBlock* pParent = nullptr);    //根据data生成item   parent:生成的对象添加到parent下(非拓扑计算)
    QMultiMap<int,QUuid> generateOutConnection(QList<DiagramEditorComponentInfo>,int nTypeTransCon,int nPos = 0,DiagramEditorBaseBlock* pParent = nullptr);      //生成外部连接（手动bind的连接）  nTypeTransCon变压器连线类型,1中性点连接2外部连接,nPos中性点连接时的位置
    QRectF updateTarget(QMap<QString,DiagramEditorRouteInfo>&,QMap<QString,DiagramEditorComponentInfo>&,int nLayout,int nSource,bool saveToModel = true);      //更新位置 nLayout主次朝向:8421,8421 上下左右,上下左右   nSource:0间隔1变压器  regenerate重新生成标志 saveToModel:生成到模型或map
    void clearCompoDir(QMap<QString,DiagramEditorRouteInfo>&,QMap<QString,DiagramEditorComponentInfo>&,int nSource);        //清空component中的dir(updateTarget前调用)

    QList<DiagramEditorComponentInfo> getRouteItemInfoList(QMap<QString,DiagramEditorComponentInfo>,QMap<QString,DiagramEditorRouteInfo>);        //返回线路中包含的设备信息列表

    QByteArray getWizardInfo();      //返回二进制wizard设置
    void setWizardInfo(const QByteArray&);  //二进制设置wizard

private:
    void bulidAndLinkComponent(QList<DiagramEditorComponentInfo>,QMap<QString,DiagramEditorComponentInfo>,DiagramEditorBaseBlock* pParent = nullptr);      //生成并连接线路上的设备 lst，mapComponents(从map中获取正确数据)
    QByteArray serializeWizardData(const DiagramEditorProjectInfo &data);       //序列化eidtor向导设置数据
    DiagramEditorProjectInfo deserializeWizardData(const QByteArray &byteArray);    //反序列化eidtor向导设置
    DiagramEditorBaseBlock* getBlockDataByName(QString,EditorItemType);     //通过名称类型获取block的data
private:
    QMap<QUuid,GraphicsBaseModelItem*>          _tempItem;      //临时预览对象
    QMap<QUuid,GraphicsBaseModelItem*>          _previewItem;   //预览对象
    QStandardItemModel*             _pCurBayRoute;          //当前使用的间隔路线
    QStandardItemModel*             _pCurBayComponent;      //当前使用的间隔设备库
    QMap<int,QStandardItemModel*>   _pCurTransLRoutes;      //变压器中性点路线
    QStandardItemModel*             _pCurTransComponent;    //当前使用的变压器设备库
    EditBaseScene*               _pCurPreviewScene;           //当前预览scene
    EditPanel*                      _pPanel;        //主界面
    QPointer<DiagramEditorWizard>   _pWizard;       //向导界面数据
    int                             _cableCount;    //导线计数
};