Measure/Units/GclBillsGatherModel.pas

unit GclBillsGatherModel;
// 单项目的工程量清单汇总

interface

uses
  Classes, mDataRecord, BillsTree;

type
  TGatherDataWriteEvent = procedure (AGLJs: TList) of object;

  TDetailGclNode = class
  private
    FID: Integer;
    FBillsID: Integer;
    FTreeSerialNo: Integer;

    FLeafXmjID: Integer;
    FXmjCode: string;
    FXmjName: string;
    FXmjUnits: string;
    FPeg: string;
    FNameDanWei: string;
    FNameFenBu: string;
    FNameFenXiang: string;
    FNameUnit: string;
    FPosition: string;
    FDrawingCode: string;

    FQuantity: Double;
    FTotalPrice: Double;

    FCurDealQuantity: Double;
    FCurDealTotalPrice: Double;
    FCurQcQuantity: Double;
    FCurQcTotalPrice: Double;
    FCurGatherQuantity: Double;
    FCurGatherTotalPrice: Double;

    FPreDealQuantity: Double;
    FPreDealTotalPrice: Double;
    FPreQcQuantity: Double;
    FPreQcTotalPrice: Double;
    FPreGatherQuantity: Double;
    FPreGatherTotalPrice: Double;
  public
    constructor Create(AID: Integer);

    procedure AddPosData(ALeafXmj, APeg: TBillsIDTreeNode);

    property ID: Integer read FID;
    property BillsID: Integer read FBillsID write FBillsID;
    property TreeSerialNo: Integer read FTreeSerialNo write FTreeSerialNo;

    property LeafXmjID: Integer read FLeafXmjID;
    property XmjCode: string read FXmjCode;
    property XmjName: string read FXmjName;
    property XmjUnits: string read FXmjUnits;
    property Peg: string read FPeg;
    property NameDanWei: string read FNameDanWei;
    property NameFenBu: string read FNameFenBu;
    property NameFenXiang: string read FNameFenXiang;
    property NameUnit: string read FNameUnit;
    property Position: string read FPosition;
    property DrawingCode: string read FDrawingCode;

    property Quantity: Double read FQuantity write FQuantity;
    property TotalPrice: Double read FTotalPrice write FTotalPrice;

    property CurDealQuantity: Double read FCurDealQuantity write FCurDealQuantity;
    property CurDealTotalPrice: Double read FCurDealTotalPrice write FCurDealTotalPrice;
    property CurQcQuantity: Double read FCurQcQuantity write FCurQcQuantity;
    property CurQcTotalPrice: Double read FCurQcTotalPrice write FCurQcTotalPrice;
    property CurGatherQuantity: Double read FCurGatherQuantity write FCurGatherQuantity;
    property CurGatherTotalPrice: Double read FCurGatherTotalPrice write FCurGatherTotalPrice;

    property PreDealQuantity: Double read FPreDealQuantity write FPreDealQuantity;
    property PreDealTotalPrice: Double read FPreGatherTotalPrice write FPreGatherTotalPrice;
    property PreQcQuantity: Double read FPreQcQuantity write FPreQcQuantity;
    property PreQcTotalPrice: Double read FPreQcTotalPrice write FPreQcTotalPrice;
    property PreGatherQuantity: Double read FPreGatherQuantity write FPreGatherQuantity;
    property PreGatherTotalPrice: Double read FPreGatherTotalPrice write FPreGatherTotalPrice;
  end;

  TDetailDealNode = class
  private
    FID: Integer;
    FDealID: Integer;

    FQuantity: Double;
    FTotalPrice: Double;
  public
    constructor Create(AID: Integer);

    property ID: Integer read FID;
    property DealID: Integer read FDealID write FDealID;

    property Quantity: Double read FQuantity write FQuantity;
    property TotalPrice: Double read FTotalPrice write FTotalPrice;
  end;

  TDetailBGLNode = class
  private
    FID: Integer;
    FBGLID: Integer;

    FQuantity: Double;
    FTotalPrice: Double;
  public
    constructor Create(AID: Integer);

    property ID: Integer read FID;
    property BGLID: Integer read FBGLID;

    property Quantity: Double read FQuantity write FQuantity;
    property TotalPrice: Double read FTotalPrice write FTotalPrice;
  end;

  TGclNode = class
  private
    FDetailGcls: TList;
    FDetailDeals: TList;
    FDetailBGLs: TList;

    FID: Integer;

    FB_Code: string;
    FIndexCode: string;
    FName: string;
    FUnits: string;
    FPrice: Double;

    FQuantity: Double;
    FTotalPrice: Double;

    FCurDealQuantity: Double;
    FCurDealTotalPrice: Double;
    FCurQcQuantity: Double;
    FCurQcTotalPrice: Double;
    FCurGatherQuantity: Double;
    FCurGatherTotalPrice: Double;

    FPreDealQuantity: Double;
    FPreDealTotalPrice: Double;
    FPreQcQuantity: Double;
    FPreQcTotalPrice: Double;
    FPreGatherQuantity: Double;
    FPreGatherTotalPrice: Double;

    FDealQuantity: Double;
    FDealTotalPrice: Double;

    FBGLQuantity: Double;
    FBGLTotalPrice: Double;

    procedure InitCalculate;
    procedure GatherDetailGcl;
    procedure GatherDetailDeal;
    procedure GatherDetailBGL;

    procedure SetB_Code(const Value: string);
    function GetDetailBGL(AIndex: Integer): TDetailBGLNode;
    function GetDetailBGLCount: Integer;
    function GetDetailDeal(AIndex: Integer): TDetailDealNode;
    function GetDetailDealCount: Integer;
    function GetDetailGcl(AIndex: Integer): TDetailGclNode;
    function GetDetailGclCount: Integer;
  public
    constructor Create(AID: Integer);
    destructor Destroy; override;

    function AddDetailGcl(AID: Integer): TDetailGclNode;
    function AddDetailDeal(AID: Integer): TDetailDealNode;
    function AddDetailBGL(AID: Integer): TDetailBGLNode;

    procedure Calculate;

    property ID: Integer read FID;

    property B_Code: string read FB_Code write SetB_Code;
    property IndexCode: string read FIndexCode;
    property Name: string read FName write FName;
    property Units: string read FUnits write FUnits;
    property Price: Double read FPrice write FPrice;

    property Quantity: Double read FQuantity write FQuantity;
    property TotalPrice: Double read FTotalPrice write FTotalPrice;

    property CurDealQuantity: Double read FCurDealQuantity write FCurDealQuantity;
    property CurDealTotalPrice: Double read FCurDealTotalPrice write FCurDealTotalPrice;
    property CurQcQuantity: Double read FCurQcQuantity write FCurQcQuantity;
    property CurQcTotalPrice: Double read FCurQcTotalPrice write FCurQcTotalPrice;
    property CurGatherQuantity: Double read FCurGatherQuantity write FCurGatherQuantity;
    property CurGatherTotalPrice: Double read FCurGatherTotalPrice write FCurGatherTotalPrice;

    property PreDealQuantity: Double read FPreDealQuantity write FPreDealQuantity;
    property PreDealTotalPrice: Double read FPreGatherTotalPrice write FPreGatherTotalPrice;
    property PreQcQuantity: Double read FPreQcQuantity write FPreQcQuantity;
    property PreQcTotalPrice: Double read FPreQcTotalPrice write FPreQcTotalPrice;
    property PreGatherQuantity: Double read FPreGatherQuantity write FPreGatherQuantity;
    property PreGatherTotalPrice: Double read FPreGatherTotalPrice write FPreGatherTotalPrice;

    property DealQuantity: Double read FDealQuantity write FDealQuantity;
    property DealTotalPrice: Double read FDealTotalPrice write FDealTotalPrice;

    property BGLQuantity: Double read FBGLQuantity write FBGLQuantity;
    property BGLTotalPrice: Double read FBGLTotalPrice write FBGLTotalPrice;

    property DetailGclCount: Integer read GetDetailGclCount;
    property DetailGcl[AIndex: Integer]: TDetailGclNode read GetDetailGcl;

    property DetailDealCount: Integer read GetDetailDealCount;
    property DetailDeal[AIndex: Integer]: TDetailDealNode read GetDetailDeal;

    property DetailBGLCount: Integer read GetDetailBGLCount;
    property DetailBGL[AIndex: Integer]: TDetailBGLNode read GetDetailBGL;
  end;

  TGclGatherModel = class
  private
    FProjectData: TObject;
    FBillsTree: TBillsIDTree;
    FGatherDeal: Boolean;
    FGatherBGL: Boolean;

    FGcls: TList;
    FNewGclID: Integer;
    FNewDetailGclID: Integer;
    FNewDetailDealID: Integer;
    FNewDetailBGLID: Integer;

    FWriteGatherData: TGatherDataWriteEvent;

    procedure BeginGather;
    procedure EndGather;

    function FindGclNode(const AB_Code, AName, AUnits: string; APrice: Double): TGclNode;
    function NewGclNode(const AB_Code, AName, AUnits: string; APrice: Double): TGclNode;
    function GetGclNode(const AB_Code, AName, AUnits: string; APrice: Double): TGclNode; overload;
    function GetGclNode(ARec: TBillsRecord): TGclNode; overload;

    procedure AddBillsNode(ANode: TBillsIDTreeNode);
    procedure GatherBillsData;
    procedure GatherDealData;
    procedure GatherBGLData;

    procedure CalculateAll;

    function GetNewDetailBGLID: Integer;
    function GetNewDetailDealID: Integer;
    function GetNewDetailGclID: Integer;
  public
    constructor Create(AProjectData: TObject);
    destructor Destroy; override;

    procedure Execute;

    property GatherDeal: Boolean read FGatherDeal write FGatherDeal;
    property GatherBGL: Boolean read FGatherBGL write FGatherBGL;

    property NewDetailGclID: Integer read GetNewDetailGclID;
    property NewDetailDealID: Integer read GetNewDetailDealID;
    property NewDetailBGLID: Integer read GetNewDetailBGLID;

    // 在使用汇总模型的数据单元创建数据库写入方法，并赋值，否则汇总数据不写入
    property WriteGatherData: TGatherDataWriteEvent read FWriteGatherData write FWriteGatherData;
  end;

implementation

uses
  ZhAPI, SysUtils, ProjectData, UtilMethods, sdDB, sdIDTree;

{ TGclGatherModel }

procedure TGclGatherModel.AddBillsNode(ANode: TBillsIDTreeNode);

  function GetFirstXmjParent: TBillsIDTreeNode;
  begin
    Result := ANode;
    while Assigned(Result) and (Result.Rec.B_Code.AsString <> '') do
      Result := TBillsIDTreeNode(Result.Parent);
  end;

  function GetPegNode(ALeafXmj: TBillsIDTreeNode): TBillsIDTreeNode;
  begin
    Result := nil;
    if not Assigned(ALeafXmj) then Exit;
    if CheckPeg(ALeafXmj.Rec.Name.AsString) then
      Result := ANode
    else
      Result := GetPegNode(TBillsIDTreeNode(ALeafXmj.Parent));
  end;

var
  vGclNode: TGclNode;
  vDetailGclNode: TDetailGclNode;
  vLeafXmj, vPeg: TBillsIDTreeNode;
begin
  vGclNode := GetGclNode(ANode.Rec);
  vDetailGclNode := vGclNode.AddDetailGcl(NewDetailGclID);
  vDetailGclNode.BillsID := ANode.ID;
  vDetailGclNode.TreeSerialNo := ANode.MajorIndex;

  vDetailGclNode.Quantity := ANode.Rec.Quantity.AsFloat;
  vDetailGclNode.TotalPrice := ANode.Rec.TotalPrice.AsFloat;

  if Assigned(ANode.StageRec) then
  begin
    vDetailGclNode.CurDealQuantity := ANode.StageRec.DealQuantity.AsFloat;
    vDetailGclNode.CurDealTotalPrice := ANode.StageRec.DealTotalPrice.AsFloat;
    vDetailGclNode.CurQcQuantity := ANode.StageRec.QcQuantity.AsFloat;
    vDetailGclNode.CurQcTotalPrice := ANode.StageRec.QcTotalPrice.AsFloat;
    vDetailGclNode.CurGatherQuantity := ANode.StageRec.GatherQuantity.AsFloat;
    vDetailGclNode.CurGatherTotalPrice := ANode.StageRec.GatherTotalPrice.AsFloat;

    vDetailGclNode.PreDealQuantity := ANode.StageRec.PreDealQuantity.AsFloat;
    vDetailGclNode.PreDealTotalPrice := ANode.StageRec.PreDealTotalPrice.AsFloat;
    vDetailGclNode.PreQcQuantity := ANode.StageRec.PreQcQuantity.AsFloat;
    vDetailGclNode.PreQcTotalPrice := ANode.StageRec.PreQcTotalPrice.AsFloat;
    vDetailGclNode.PreGatherQuantity := ANode.StageRec.PreGatherQuantity.AsFloat;
    vDetailGclNode.PreGatherTotalPrice := ANode.StageRec.PreGatherTotalPrice.AsFloat;
  end;

  vLeafXmj := GetFirstXmjParent;
  vPeg := GetPegNode(vLeafXmj);
  vDetailGclNode.AddPosData(vLeafXmj, vPeg);
end;

procedure TGclGatherModel.BeginGather;
begin
  FGcls := TList.Create;
end;

procedure TGclGatherModel.CalculateAll;
var
  iGcl: Integer;
begin
  for iGcl := 0 to FGcls.Count - 1 do
    TGclNode(FGcls.Items[iGcl]).Calculate;
end;

constructor TGclGatherModel.Create(AProjectData: TObject);
begin
  FProjectData := AProjectData;
  FBillsTree := TProjectData(FProjectData).BillsMeasureData.BillsMeasureTree;
  FGatherDeal := False;
  FGatherBGL := False;
end;

destructor TGclGatherModel.Destroy;
begin
  inherited;
end;

procedure TGclGatherModel.EndGather;
begin
  ClearObjects(FGcls);
  FGcls.Free;
end;

procedure TGclGatherModel.Execute;
begin
  BeginGather;
  try
    GatherBillsData;
    GatherDealData;
    GatherBGLData;
    CalculateAll;
    if Assigned(FWriteGatherData) then
      FWriteGatherData(FGcls);
  finally
    EndGather;
  end;
end;

function TGclGatherModel.FindGclNode(const AB_Code, AName, AUnits: string;
  APrice: Double): TGclNode;
var
  i: Integer;
  vGcl: TGclNode;
begin
  Result := nil;
  for i := 0 to FGcls.Count - 1 do
  begin
    vGcl := TGclNode(FGcls.Items[i]);
    if SameText(vGcl.B_Code, TrimRight(AB_Code)) and
       SameText(vGcl.Name, TrimRight(AName)) and
       SameText(vGcl.Units, TrimRight(AUnits)) and
       (abs(vGcl.Price - APrice) < 0.001) then
    begin
      Result := vGcl;
      Break;
    end;
  end;
end;

procedure TGclGatherModel.GatherBGLData;
begin
  if not FGatherBGL then Exit;
  // To Do
end;

procedure TGclGatherModel.GatherBillsData;
var
  i: Integer;
  vNode: TBillsIDTreeNode;
begin
  for i := 0 to FBillsTree.Count - 1 do
  begin
    vNode := TBillsIDTreeNode(FBillsTree.Items[i]);
    if not vNode.HasChildren and (vNode.Rec.B_Code.AsString <> '') then
      AddBillsNode(vNode);
  end;
end;

procedure TGclGatherModel.GatherDealData;
var
  vGclNode: TGclNode;
  vDetailDeal: TDetailDealNode;
  iDeal: Integer;
  Rec: TsdDataRecord;
begin
  if not FGatherDeal then Exit;

  with TProjectData(FProjectData).DealBillsData do
    for iDeal := 0 to sddDealBills.RecordCount - 1 do
    begin
      Rec := sddDealBills.Records[iDeal];
      vGclNode := GetGclNode(Rec.ValueByName('B_Code').AsString, Rec.ValueByName('Name').AsString,
          Rec.ValueByName('Units').AsString, Rec.ValueByName('Price').AsFloat);
      vDetailDeal := vGclNode.AddDetailDeal(NewDetailDealID);

      vDetailDeal.Quantity := Rec.ValueByName('Quantity').AsFloat;
      vDetailDeal.TotalPrice := Rec.ValueByName('TotalPrice').AsFloat;
    end;
end;

function TGclGatherModel.GetGclNode(ARec: TBillsRecord): TGclNode;
begin
  Result := GetGclNode(ARec.B_Code.AsString, ARec.Name.AsString,
      ARec.Units.AsString, ARec.Price.AsFloat);
end;

function TGclGatherModel.GetGclNode(const AB_Code, AName, AUnits: string;
  APrice: Double): TGclNode;
begin
  Result := FindGclNode(AB_Code, AName, AUnits, APrice);
  if not Assigned(Result) then
    Result := NewGclNode(AB_Code, AName, AUnits, APrice);
end;

function TGclGatherModel.GetNewDetailBGLID: Integer;
begin
  Result := FNewDetailBGLID;
  Inc(FNewDetailBGLID)
end;

function TGclGatherModel.GetNewDetailDealID: Integer;
begin
  Result := FNewDetailDealID;
  Inc(FNewDetailDealID);
end;

function TGclGatherModel.GetNewDetailGclID: Integer;
begin
  Result := FNewDetailGclID;
  Inc(FNewDetailGclID);
end;

function TGclGatherModel.NewGclNode(const AB_Code, AName, AUnits: string;
  APrice: Double): TGclNode;
begin
  Result := TGclNode.Create(FNewGclID);
  FGcls.Add(Result);
  Result.B_Code := TrimRight(AB_Code);
  Result.Name := TrimRight(AName);
  Result.Units := TrimRight(AUnits);
  Result.Price := APrice;
  Inc(FNewGclID);
end;

{ TGclNode }

function TGclNode.AddDetailBGL(AID: Integer): TDetailBGLNode;
begin
  Result := TDetailBGLNode.Create(AID);
  FDetailBGLs.Add(Result);
end;

function TGclNode.AddDetailDeal(AID: Integer): TDetailDealNode;
begin
  Result := TDetailDealNode.Create(AID);
  FDetailDeals.Add(Result);
end;

function TGclNode.AddDetailGcl(AID: Integer): TDetailGclNode;
begin
  Result := TDetailGclNode.Create(AID);
  FDetailGcls.Add(Result);
end;

procedure TGclNode.Calculate;
begin
  InitCalculate;
  GatherDetailGcl;
  GatherDetailDeal;
  GatherDetailBGL;
end;

constructor TGclNode.Create(AID: Integer);
begin
  FID := AID;
  FDetailGcls := TList.Create;
  FDetailDeals := TList.Create;
  FDetailBGLs := TList.Create;
end;

destructor TGclNode.Destroy;
begin
  ClearObjects(FDetailBGLs);
  FDetailBGLs.Free;
  ClearObjects(FDetailDeals);
  FDetailDeals.Free;
  ClearObjects(FDetailGcls);
  FDetailGcls.Free;
  inherited;
end;

procedure TGclNode.GatherDetailBGL;
var
  iBGL: Integer;
  vDetailBGL: TDetailBGLNode;
begin
  for iBGL := 0 to DetailBGLCount - 1 do
  begin
    vDetailBGL := DetailBGL[iBGL];
    FBGLQuantity := FBGLQuantity + vDetailBGL.Quantity;
    FBGLTotalPrice := FBGLTotalPrice + vDetailBGL.TotalPrice;
  end;
end;

procedure TGclNode.GatherDetailDeal;
var
  iDeal: Integer;
  vDetailDeal: TDetailDealNode;
begin
  for iDeal := 0 to DetailDealCount - 1 do
  begin
    vDetailDeal := DetailDeal[iDeal];
    FDealQuantity := FDealQuantity + vDetailDeal.Quantity;
    FDealTotalPrice := FDealTotalPrice + vDetailDeal.TotalPrice;
  end;
end;

procedure TGclNode.GatherDetailGcl;
var
  iGcl: Integer;
  vDetailGcl: TDetailGclNode;
begin
  for iGcl := 0 to DetailGclCount - 1 do
  begin
    vDetailGcl := DetailGcl[iGcl];
    FQuantity := FQuantity + vDetailGcl.Quantity;
    FTotalPrice := FTotalPrice + vDetailGcl.TotalPrice;

    FCurDealQuantity := FCurDealQuantity + vDetailGcl.CurDealQuantity;
    FCurDealTotalPrice := FCurDealTotalPrice + vDetailGcl.CurDealTotalPrice;
    FCurQcQuantity := FCurQcQuantity + vDetailGcl.CurQcQuantity;
    FCurQcTotalPrice := FCurQcTotalPrice + vDetailGcl.CurQcTotalPrice;
    FCurGatherQuantity := FCurGatherQuantity + vDetailGcl.CurGatherQuantity;
    FCurGatherTotalPrice := FCurGatherTotalPrice + vDetailGcl.CurGatherTotalPrice;

    FPreDealQuantity := FPreDealQuantity + vDetailGcl.PreDealQuantity;
    FPreDealTotalPrice := FPreDealTotalPrice + vDetailGcl.PreDealTotalPrice;
    FPreQcQuantity := FPreQcQuantity + vDetailGcl.PreQcQuantity;
    FPreQcTotalPrice := FPreQcTotalPrice + vDetailGcl.PreQcTotalPrice;
    FPreGatherQuantity := FPreGatherQuantity + vDetailGcl.PreGatherQuantity;
    FPreGatherTotalPrice := FPreGatherTotalPrice + vDetailGcl.PreGatherTotalPrice;
  end;
end;

function TGclNode.GetDetailBGL(AIndex: Integer): TDetailBGLNode;
begin
  Result := TDetailBGLNode(FDetailBGLs.Items[AIndex]);
end;

function TGclNode.GetDetailBGLCount: Integer;
begin
  Result := FDetailBGLs.Count;
end;

function TGclNode.GetDetailDeal(AIndex: Integer): TDetailDealNode;
begin
  Result := TDetailDealNode(FDetailDeals.Items[AIndex]);
end;

function TGclNode.GetDetailDealCount: Integer;
begin
  Result := FDetailDeals.Count;
end;

function TGclNode.GetDetailGcl(AIndex: Integer): TDetailGclNode;
begin
  Result := TDetailGclNode(FDetailGcls.Items[AIndex]);
end;

function TGclNode.GetDetailGclCount: Integer;
begin
  Result := FDetailGcls.Count;
end;

procedure TGclNode.InitCalculate;
begin
  FQuantity := 0;
  FTotalPrice := 0;

  FCurDealQuantity := 0;
  FCurDealTotalPrice := 0;
  FCurQcQuantity := 0;
  FCurQcTotalPrice := 0;
  FCurGatherQuantity := 0;
  FCurGatherTotalPrice := 0;

  FPreDealQuantity := 0;
  FPreDealTotalPrice := 0;
  FPreQcQuantity := 0;
  FPreQcTotalPrice := 0;
  FPreGatherQuantity := 0;
  FPreGatherTotalPrice := 0;

  FDealQuantity := 0;
  FDealTotalPrice := 0;

  FBGLQuantity := 0;
  FBGLTotalPrice := 0;
end;

procedure TGclNode.SetB_Code(const Value: string);
begin
  FB_Code := Value;
  FIndexCode := B_CodeToIndexCode(FB_Code);
end;

{ TDetailGclNode }

procedure TDetailGclNode.AddPosData(ALeafXmj, APeg: TBillsIDTreeNode);

  function GetPegName: string;
  begin
    if Assigned(APeg) then
      Result := APeg.Rec.Name.AsString
    else
      Result := '';
  end;

  // 取树结构的第ALevel层节点的名称（level从0开始）
  function GetNameByLevel(ANode: TBillsIDTreeNode; ALevel: Integer): string;
  begin
    Result := '';
    if not Assigned(ANode) then Exit;
    if ANode.Level = ALevel then
      Result := ANode.Rec.Name.AsString
    else if ANode.Level > ALevel then
      Result := GetNameByLevel(TBillsIDTreeNode(ANode.Parent), ALevel);
  end;

  function GetNameDanWei(ANode: TBillsIDTreeNode): string;
  begin
    // 取树结构的第二层节点的名称
    Result := GetNameByLevel(ANode, 1);
  end;

  // ANode为计量单元节点，APegNode为桩号节点
  function GetNameFenBu(ANode, APegNode: TBillsIDTreeNode): string;
  var
    vCurNode: TBillsIDTreeNode;
  begin
    // 如果计量单元节点的名称为桩号（转化为判断计量单元节点与桩号节点为同一个）
    if not Assigned(APegNode) or (ANode.ID = APegNode.ID) then
      // 取树结构的第三层节点的名称
      Result := GetNameByLevel(ANode, 2)
    // 否则，取桩号节点的子节点的名称
    else
    begin
      vCurNode := ANode;
      while vCurNode.Level > APegNode.Level + 1 do
        vCurNode := TBillsIDTreeNode(vCurNode.Parent);
      Result := vCurNode.Rec.Name.AsString;
    end;
  end;

  // ANode为计量单元节点，APegNode为桩号节点
  function GetNameFenXiang(ANode, APegNode: TBillsIDTreeNode): string;
  var
    iTopLevel: Integer;
    vCurNode: TBillsIDTreeNode;
  begin
    if Assigned(APegNode) then
    begin
      iTopLevel := 3;
      if APegNode.ID <> ANode.ID then
        iTopLevel := APegNode.Level + 2;
      Result := '';
      vCurNode := TBillsIDTreeNode(ANode.Parent);
      while vCurNode.Level >= iTopLevel do
      begin
        Result := vCurNode.Rec.Name.AsString + ';' + Result;
        vCurNode := TBillsIDTreeNode(vCurNode.Parent);
      end;
    end
    else
      Result := GetNameByLevel(ANode, 3);
  end;

  function GetNameUnit(ANode: TBillsIDTreeNode): string;
  begin
    Result := ANode.Rec.Name.AsString;
  end;

  function GetDrawingCode(ANode: TBillsIDTreeNode): string;
  begin
    Result := '';
    if not Assigned(ANode) then Exit;
    Result := ANode.Rec.DrawingCode.AsString;
    if Result = '' then
      Result := GetDrawingCode(TBillsIDTreeNode(ANode.Parent));
  end;

  function GetPosition(ANode, APegNode: TBillsIDTreeNode): string;
  begin
    // 如果计量单元节点的名称为桩号（转化为判断计量单元节点与桩号节点为同一个）
    if not Assigned(APegNode) or (ANode.ID = APegNode.ID) then
      // 取分部工程
      Result := GetNameFenXiang(ANode, APegNode)
    // 反之，取分项工程+计量单元
    else
      Result := GetNameFenXiang(ANode, APegNode) + GetNameUnit(ANode);
  end;

begin
  if not Assigned(ALeafXmj) then Exit;

  FLeafXmjID := ALeafXmj.ID;
  FXmjCode := ALeafXmj.Rec.Code.AsString;
  FXmjName := ALeafXmj.Rec.Name.AsString;
  FXmjUnits := ALeafXmj.Rec.Units.AsString;
  FPeg := GetPegName;
  FNameDanWei := GetNameDanWei(ALeafXmj);
  FNameFenBu := GetNameFenBu(ALeafXmj, APeg);
  FNameFenXiang := GetNameFenXiang(ALeafXmj, APeg);
  FNameUnit := GetNameUnit(ALeafXmj);
  FPosition := GetPosition(ALeafXmj, APeg);
  FDrawingCode := GetDrawingCode(ALeafXmj);
end;

constructor TDetailGclNode.Create(AID: Integer);
begin
  FID := AID;
end;

{ TDetailBGLNode }

constructor TDetailBGLNode.Create(AID: Integer);
begin
  FID := AID;
end;

{ TDetailDealNode }

constructor TDetailDealNode.Create(AID: Integer);
begin
  FID := AID;
end;

end.