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FastReport_2022_VCL/LibD28/frxChart.pas
Daso e6303fc1c0 Inicijalizacija
2024-01-01 16:13:08 +01:00

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{******************************************}
{ }
{ FastReport VCL }
{ TeeChart Add-In Object }
{ }
{ Copyright (c) 1998-2021 }
{ by Fast Reports Inc. }
{ }
{******************************************}
unit frxChart;
interface
{$I frx.inc}
{$I tee.inc}
uses
Windows, Messages, SysUtils, Classes, Graphics, Menus, Controls, frxCollections,
frxClass, frxThreading,
{$IFDEF DELPHI16}
VCLTee.TeeProcs, VCLTee.TeEngine, VCLTee.Chart, VCLTee.Series, VCLTee.TeCanvas
{$ELSE}
TeeProcs, TeEngine, Chart, Series, TeCanvas
{$ENDIF}
{$IFDEF DELPHI16}
{$IFDEF TeeChartPro}, VCLTEE.TeeEdit{$IFNDEF TeeChart4}, VCLTEE.TeeEditCha{$ENDIF} {$ENDIF}
{$ELSE}
{$IFDEF TeeChartPro}, TeeEdit{$IFNDEF TeeChart4}, TeeEditCha{$ENDIF} {$ENDIF}
{$ENDIF}
{$IFDEF Delphi6}
, Variants
{$ENDIF};
type
{$IFDEF DELPHI16}
/// <summary>
/// The TfrxChartBoxObject lets you use the Chart component in your report.
/// TfrxChartObject is an empty component. It is used to add the frxChart.pas
/// file to the "uses" list. The main component is TfrxChartView.
/// </summary>
[ComponentPlatformsAttribute(pidWin32 or pidWin64)]
{$ENDIF}
TfrxChartObject = class(TComponent); // fake component
TChartClass = class of TCustomChart;
/// <summary>
/// Data type of the series: DB data, band data or fixed data.
/// </summary>
TfrxSeriesDataType = (dtDBData, dtBandData, dtFixedData);
/// <summary>
/// Sort type of the series data.
/// </summary>
TfrxSeriesSortOrder = (soNone, soAscending, soDescending);
/// <summary>
/// The X-axis data type: text, numeric, date.
/// </summary>
TfrxSeriesXType = (xtText, xtNumber, xtDate);
TSeriesClass = class of TChartSeries;
/// <summary>
/// Series types.
/// </summary>
TfrxChartSeries = (csLine, csArea, csPoint, csBar, csHorizBar,
csPie, csGantt, csFastLine, csArrow, csBubble, csChartShape, csHorizArea,
csHorizLine, csPolar, csRadar, csPolarBar, csGauge, csSmith, csPyramid,
csDonut, csBezier, csCandle, csVolume, csPointFigure, csHistogram,
csHorizHistogram, csErrorBar, csError, csHighLow, csFunnel, csBox,
csHorizBox, csSurface, csContour, csWaterFall, csColorGrid, csVector3D,
csTower, csTriSurface, csPoint3D, csBubble3D, csMyPoint, csBarJoin, csBar3D,
//new
csPolarContourSeries, csEquiVolumeSeries, csCircularGauge, csClockGauge,
csNumericGauge, csBigCandle, csDeltaPoint, TImageBar, TImagePoint,
csWindRose, csErrorPoint3D, csErrorPoint, csEqualizer, csPolarGrid,
csOrg, csKagi, csRenko, csTagCloud, csHighLowLine, csVolumePipe, csTreeMap,
csKnobGauge, csRose, csTernary
);
/// <summary>
/// The TfrxSeriesItem class represents one series.
/// </summary>
TfrxSeriesItem = class(TfrxCollectionItem)
private
FDataBand: TfrxDataBand;
FDataSet: TfrxDataSet;
FDataSetName: String;
FDataType: TfrxSeriesDataType;
FSortOrder: TfrxSeriesSortOrder;
FTopN: Integer;
FTopNCaption: String;
FSource1: String;
FSource2: String;
FSource3: String;
FSource4: String;
FSource5: String;
FSource6: String;
FSource7: String;
FSource8: String;
FSource9: String;
FSource10: String;
FXType: TfrxSeriesXType;
FValues1: String;
FValues2: String;
FValues3: String;
FValues4: String;
FValues5: String;
FValues6: String;
FValues7: String;
FValues8: String;
FValues9: String;
FValues10: String;
Fsl1: TStringList;
Fsl2: TStringList;
Fsl3: TStringList;
Fsl4: TStringList;
Fsl5: TStringList;
Fsl6: TStringList;
Fsl7: TStringList;
Fsl8: TStringList;
Fsl9: TStringList;
Fsl10: TStringList;
FValueIndex1: Integer;
FValueIndex2: Integer;
FValueIndex3: Integer;
FValueIndex4: Integer;
FValueIndex5: Integer;
FValueIndex6: Integer;
FValueIndex7: Integer;
FValueIndex8: Integer;
FValueIndex9: Integer;
FValueIndex10: Integer;
procedure FillSeries(Series: TChartSeries);
procedure SetDataSet(const Value: TfrxDataSet);
procedure SetDataSetName(const Value: String);
function GetDataSetName: String;
public
constructor Create(Collection: TCollection); override;
destructor Destroy; override;
function IsUniqueNameStored: Boolean; override;
published
/// <summary>
/// Type of series data.
/// </summary>
property DataType: TfrxSeriesDataType read FDataType write FDataType;
/// <summary>
/// Band which the series is connected to. Used if DataType = dtBandData.
/// </summary>
property DataBand: TfrxDataBand read FDataBand write FDataBand;
/// <summary>
/// Dataset which is series connected to. This property is used if
/// property DataType = dtDBData.
/// </summary>
property DataSet: TfrxDataSet read FDataSet write SetDataSet;
property DataSetName: String read GetDataSetName write SetDataSetName;
/// <summary>
/// Sort order of series data.
/// </summary>
property SortOrder: TfrxSeriesSortOrder read FSortOrder write FSortOrder;
/// <summary>
/// Show TopN values. Sum of other values shows as a separate value with
/// caption set in the TopNCaption property.
/// </summary>
property TopN: Integer read FTopN write FTopN;
/// <summary>
/// Show TopN values. Sum of other values shows as a separate value with
/// caption set in the TopNCaption property.
/// </summary>
property TopNCaption: String read FTopNCaption write FTopNCaption;
/// <summary>
/// The X-axis data type: text, numeric, date.
/// </summary>
property XType: TfrxSeriesXType read FXType write FXType;
{ source expressions }
/// <summary>
/// Datasource1 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source1: String read FSource1 write FSource1;
/// <summary>
/// Datasource2 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source2: String read FSource2 write FSource2;
/// <summary>
/// Datasource3 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source3: String read FSource3 write FSource3;
/// <summary>
/// Datasource4 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source4: String read FSource4 write FSource4;
/// <summary>
/// Datasource5 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source5: String read FSource5 write FSource5;
/// <summary>
/// Datasource6 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source6: String read FSource6 write FSource6;
/// <summary>
/// Datasource7 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source7: String read FSource7 write FSource7;
/// <summary>
/// Datasource8 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source8: String read FSource8 write FSource8;
/// <summary>
/// Datasource9 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source9: String read FSource9 write FSource9;
/// <summary>
/// Datasource10 for axis values. This property may contain an expression
/// or list of fixed data (in case DataType property is dtFixedData).
/// </summary>
property Source10: String read FSource10 write FSource10;
{ ready values. For internal use only. }
property Values1: String read FValues1 write FValues1;
property Values2: String read FValues2 write FValues2;
property Values3: String read FValues3 write FValues3;
property Values4: String read FValues4 write FValues4;
property Values5: String read FValues5 write FValues5;
property Values6: String read FValues6 write FValues6;
property Values7: String read FValues7 write FValues7;
property Values8: String read FValues8 write FValues8;
property Values9: String read FValues9 write FValues9;
property Values10: String read FValues10 write FValues10;
{ backward compatibility }
property XSource: String read FSource1 write FSource1;
property YSource: String read FSource2 write FSource2;
property XValues: String read FValues1 write FValues1;
property YValues: String read FValues2 write FValues2;
{ deprecated V5 }
property InheritedName: String read GetInheritedName write SetInheritedName stored False;
end;
/// <summary>
/// The TfrxSeriesData class represents collection of series.
/// </summary>
TfrxSeriesData = class(TfrxCollection)
private
FReport: TfrxReport;
function GetSeries(Index: Integer): TfrxSeriesItem;
public
constructor Create(Report: TfrxReport);
/// <summary>
/// Adds a new item to the collection.
/// </summary>
function Add: TfrxSeriesItem;
/// <summary>
/// List of series.
/// </summary>
property Items[Index: Integer]: TfrxSeriesItem read GetSeries; default;
end;
/// <summary>
/// The TfrxChartView component represents a chart. The component uses
/// TeeChart library to render charts. It may show several series on one
/// chart. The series settings are stored in the SeriesData collection.
/// </summary>
TfrxChartView = class(TfrxView)
private
FChart: TCustomChart;
FSeriesData: TfrxSeriesData;
FIgnoreNulls: Boolean;
FLockFillSeries: Boolean;
FSeriesFilled: Boolean;
FSavedColor: TColor;
FHlIndex: Integer;
FClickedVal1: String;
FClickedVal2: String;
FClickedVal3: String;
FClickedVal4: String;
FClickedVal5: String;
FClickedVal6: String;
FClickedVal7: String;
FClickedVal8: String;
FClickedVal9: String;
FClickedVal10: String;
FHighlightColor: TColor;
FPenWidth: Integer;
{$IFDEF DELPHI12}
FPenStyle: TPenStyle;
{$ENDIF}
FSeriesIndex: Integer;
FMouseDown: Boolean;
FMouseOffsetX: Extended;
FMouseOffsetY: Extended;
FMacroLoaded: Boolean;
FEMF: TMetafile;
//FChart: TCustomChart;
procedure FillChart;
procedure ReadData(Stream: TStream);
procedure ReadData1(Reader: TReader);
procedure ReadData2(Reader: TReader);
procedure WriteData(Stream: TStream);
procedure WriteData1(Writer: TWriter);
procedure WriteData2(Writer: TWriter);
function CreateMetafile: TMetafile;
function ResetHighlightSelection: Boolean;
procedure DrawOnMetaFile;
procedure ResetClickedValues;
protected
procedure DefineProperties(Filer: TFiler); override;
procedure Notification(AComponent: TComponent; Operation: TOperation); override;
procedure CreateChart; virtual;
class function GetChartClass: TChartClass; virtual;
function CheckMoveSelector(X, Y: Extended): Boolean;
procedure ReaderError(Reader: TReader; const Message: string;
var Handled: Boolean);
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
procedure DoMouseMove(X, Y: Integer; Shift: TShiftState;
var EventParams: TfrxInteractiveEventsParams); override;
procedure DoMouseEnter(aPreviousObject: TfrxComponent;
var EventParams: TfrxInteractiveEventsParams); override;
procedure DoMouseLeave(aNextObject: TfrxComponent;
var EventParams: TfrxInteractiveEventsParams); override;
procedure DoMouseUp(X, Y: Integer; Button: TMouseButton;
Shift: TShiftState;
var EventParams: TfrxInteractiveEventsParams); override;
function DoMouseDown(X, Y: Integer; Button: TMouseButton;
Shift: TShiftState; var EventParams: TfrxInteractiveEventsParams)
: Boolean; override;
function DoMouseWheel(Shift: TShiftState;
WheelDelta: Integer; MousePos: TPoint;
var EventParams: TfrxInteractiveEventsParams): Boolean; override;
class function GetDescription: String; override;
procedure Draw(Canvas: TCanvas; ScaleX, ScaleY, OffsetX, OffsetY: Extended); override;
procedure AfterPrint; override;
procedure GetData; override;
procedure BeforeStartReport; override;
procedure OnNotify(Sender: TObject); override;
procedure ClearSeries;
procedure AddSeries(Series: TfrxChartSeries);
procedure UpdateSeriesData;
procedure SaveContentToDictionary(aReport: TfrxReport; PostProcessor: TfrxPostProcessor); override;
procedure ProcessDictionary(aItem: TfrxMacrosItem; aReport: TfrxReport; PostProcessor: TfrxPostProcessor); override;
function LoadContentFromDictionary(aReport: TfrxReport; aItem: TfrxMacrosItem): Boolean; override;
/// <summary>
/// Reference to internal TChart object.
/// </summary>
property Chart: TCustomChart read FChart;
/// <summary>
/// Settings of the series.
/// </summary>
property SeriesData: TfrxSeriesData read FSeriesData;
property HighlightIndex: Integer read FHLIndex;
property ClickedVal1: String read FClickedVal1;
property ClickedVal2: String read FClickedVal2;
property ClickedVal3: String read FClickedVal3;
property ClickedVal4: String read FClickedVal4;
property ClickedVal5: String read FClickedVal5;
property ClickedVal6: String read FClickedVal6;
property ClickedVal7: String read FClickedVal7;
property ClickedVal8: String read FClickedVal8;
property ClickedVal9: String read FClickedVal9;
property ClickedVal10: String read FClickedVal10;
published
property IgnoreNulls: Boolean read FIgnoreNulls write FIgnoreNulls default False;
property HighlightColor: TColor read FHighlightColor write FHighlightColor default clHotLight;
property FillType;
property Fill;
property Cursor;
property Frame;
property Editable default [ferAllowInPreview];
property TagStr;
property URL;
property Processing;
end;
implementation
uses
frxChartHelpers, frxChartRTTI,
{$IFNDEF NO_EDITORS}
frxChartEditor,
{$ENDIF}
frxChartInPlaceEditor,
frxChartClipboard,
frxDsgnIntf, frxUtils, frxRes, Math
{$IFNDEF NO_CRITICAL_SECTION}
, SyncObjs
{$ENDIF};
{$IFNDEF NO_CRITICAL_SECTION}
var
frxCSChart: TCriticalSection;
{$ENDIF}
{ TfrxSeriesItem }
procedure TfrxSeriesItem.SetDataSet(const Value: TfrxDataSet);
begin
FDataSet := Value;
if FDataSet = nil then
FDataSetName := '' else
FDataSetName := FDataSet.UserName;
end;
procedure TfrxSeriesItem.SetDataSetName(const Value: String);
begin
FDataSetName := Value;
if FDataSetName = '' then
FDataSet := nil
else if TfrxSeriesData(Collection).FReport <> nil then
FDataSet := TfrxSeriesData(Collection).FReport.FindDataSet(FDataSet, FDataSetName);
end;
function TfrxSeriesItem.GetDataSetName: String;
begin
if FDataSet = nil then
Result := FDataSetName else
Result := FDataSet.UserName;
end;
function TfrxSeriesItem.IsUniqueNameStored: Boolean;
begin
Result := True;
end;
constructor TfrxSeriesItem.Create(Collection: TCollection);
begin
inherited Create(Collection);
Fsl1 := TStringList.Create;
Fsl2 := TStringList.Create;
Fsl3 := TStringList.Create;
Fsl4 := TStringList.Create;
Fsl5 := TStringList.Create;
Fsl6 := TStringList.Create;
Fsl7 := TStringList.Create;
Fsl8 := TStringList.Create;
Fsl9 := TStringList.Create;
Fsl10 := TStringList.Create;
end;
destructor TfrxSeriesItem.Destroy;
begin
Fsl1.Free;
Fsl2.Free;
Fsl3.Free;
Fsl4.Free;
Fsl5.Free;
Fsl6.Free;
Fsl7.Free;
Fsl8.Free;
Fsl9.Free;
Fsl10.Free;
inherited;
end;
procedure TfrxSeriesItem.FillSeries(Series: TChartSeries);
var
i: Integer;
v1, v2, v3, v4, v5, v6, v7, v8, v9, v10: String;
Helper: TfrxSeriesHelper;
procedure Sort;
var
i, idx, iStart, SortOrd: Integer;
d, mMax: Double;
s: String;
begin
if Fsl1.Count <> Fsl2.Count then exit;
{bug fix, stringList sort all negative values as string }
if FSortOrder = soAscending then SortOrd := 1
else SortOrd := -1;
iStart := 0;
while Fsl2.Count > iStart do
begin
idx := 0;
mMax := MaxDouble * SortOrd;
for i := iStart to Fsl2.Count - 1 do
begin
s := Fsl2[i];
if not frxIsValidFloat(s) then d := 0
else d := frxStrToFloat(s);
if d * SortOrd < mMax * SortOrd then
begin
mMax := d;
idx := i;
end;
end;
Fsl1.Move(idx,iStart);
Fsl2.Move(idx,iStart);
if idx < Fsl3.Count then Fsl3.Move(idx, iStart);
if idx < Fsl4.Count then Fsl4.Move(idx, iStart);
if idx < Fsl5.Count then Fsl5.Move(idx, iStart);
if idx < Fsl6.Count then Fsl6.Move(idx, iStart);
if idx < Fsl7.Count then Fsl7.Move(idx, iStart);
if idx < Fsl8.Count then Fsl8.Move(idx, iStart);
if idx < Fsl9.Count then Fsl9.Move(idx, iStart);
if idx < Fsl10.Count then Fsl10.Move(idx, iStart);
inc(iStart);
end;
end;
procedure MakeTopN;
var
i: Integer;
d: Double;
begin
if Fsl1.Count <> Fsl2.Count then exit;
{ for future using
if FSortOrder <> soNone then Sort;}
FSortOrder := soDescending;
Sort;
d := 0;
for i := Fsl2.Count - 1 downto FTopN - 1 do
begin
d := d + frxStrToFloat(Fsl2[i]);
Fsl1.Delete(i);
Fsl2.Delete(i);
if i < Fsl3.Count then Fsl3.Delete(i);
if i < Fsl4.Count then Fsl4.Delete(i);
if i < Fsl5.Count then Fsl5.Delete(i);
if i < Fsl6.Count then Fsl6.Delete(i);
if i < Fsl7.Count then Fsl7.Delete(i);
if i < Fsl8.Count then Fsl8.Delete(i);
if i < Fsl9.Count then Fsl9.Delete(i);
if i < Fsl10.Count then Fsl10.Delete(i);
end;
Fsl1.Add(FTopNCaption);
Fsl2.Add(FloatToStr(d));
end;
begin
Fsl1.Clear;
Fsl2.Clear;
Fsl3.Clear;
Fsl4.Clear;
Fsl5.Clear;
Fsl6.Clear;
Fsl7.Clear;
Fsl8.Clear;
Fsl9.Clear;
Fsl10.Clear;
Series.Clear;
v1 := FValues1;
if (v1 <> '') and (v1[1] = ';') then
Delete(v1, 1, 1);
v2 := FValues2;
if (v2 <> '') and (v2[1] = ';') then
Delete(v2, 1, 1);
v3 := FValues3;
if (v3 <> '') and (v3[1] = ';') then
Delete(v3, 1, 1);
v4 := FValues4;
if (v4 <> '') and (v4[1] = ';') then
Delete(v4, 1, 1);
v5 := FValues5;
if (v5 <> '') and (v5[1] = ';') then
Delete(v5, 1, 1);
v6 := FValues6;
if (v6 <> '') and (v6[1] = ';') then
Delete(v6, 1, 1);
v7 := FValues7;
if (v7 <> '') and (v7[1] = ';') then
Delete(v7, 1, 1);
v8 := FValues8;
if (v8 <> '') and (v8[1] = ';') then
Delete(v8, 1, 1);
v9 := FValues9;
if (v9 <> '') and (v9[1] = ';') then
Delete(v9, 1, 1);
v10 := FValues10;
if (v10 <> '') and (v10[1] = ';') then
Delete(v10, 1, 1);
frxSetCommaText(v1, Fsl1);
frxSetCommaText(v2, Fsl2);
frxSetCommaText(v3, Fsl3);
frxSetCommaText(v4, Fsl4);
frxSetCommaText(v5, Fsl5);
frxSetCommaText(v6, Fsl6);
frxSetCommaText(v7, Fsl7);
frxSetCommaText(v8, Fsl8);
frxSetCommaText(v9, Fsl9);
frxSetCommaText(v10, Fsl10);
Helper := frxFindSeriesHelper(Series);
try
if Fsl2.Count > 0 then
begin
if (FTopN > 0) and (FTopN < Fsl2.Count) then
MakeTopN
else if FSortOrder <> soNone then
Sort;
for i := 0 to Fsl2.Count - 1 do
begin
if i < Fsl1.Count then v1 := Fsl1[i] else v1 := '';
if i < Fsl2.Count then v2 := Fsl2[i] else v2 := '';
if i < Fsl3.Count then v3 := Fsl3[i] else v3 := '';
if i < Fsl4.Count then v4 := Fsl4[i] else v4 := '';
if i < Fsl5.Count then v5 := Fsl5[i] else v5 := '';
if i < Fsl6.Count then v6 := Fsl6[i] else v6 := '';
if i < Fsl7.Count then v7 := Fsl7[i] else v7 := '';
if i < Fsl8.Count then v8 := Fsl8[i] else v8 := '';
if i < Fsl9.Count then v9 := Fsl9[i] else v9 := '';
if i < Fsl10.Count then v10 := Fsl10[i] else v10 := '';
Helper.AddValues(Series, v1, v2, v3, v4, v5, v6, v7, v8 ,v9, v10, FXType)
end;
end;
finally
Helper.Free;
end;
end;
{ TfrxSeriesData }
constructor TfrxSeriesData.Create(Report: TfrxReport);
begin
inherited Create(TfrxSeriesItem);
FReport := Report;
end;
function TfrxSeriesData.Add: TfrxSeriesItem;
begin
Result := TfrxSeriesItem(inherited Add);
end;
function TfrxSeriesData.GetSeries(Index: Integer): TfrxSeriesItem;
begin
Result := TfrxSeriesItem(inherited Items[Index]);
end;
{ TfrxChartView }
constructor TfrxChartView.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
frxThreadSynchronize(CreateChart);
FSeriesData := TfrxSeriesData.Create(Report);
FHlIndex := -1;
FSeriesIndex := -1;
FPenWidth := 0;
Editable := [ferAllowInPreview];
end;
destructor TfrxChartView.Destroy;
begin
FChart.Free;
inherited Destroy;
FSeriesData.Free;
end;
class function TfrxChartView.GetDescription: String;
begin
Result := frxResources.Get('obChart');
end;
function TfrxChartView.LoadContentFromDictionary(aReport: TfrxReport;
aItem: TfrxMacrosItem): Boolean;
var
i, ItemIdx: Integer;
function LoadValue(s: String): String;
begin
Result := s;
if TryStrToInt(s, ItemIdx) then
begin
Result := aItem.Item[ItemIdx];
end;
end;
begin
Result := False;
if (aItem = nil) or FMacroLoaded then Exit;
FMacroLoaded := True;
for i := FSeriesData.Count - 1 downto 0 do
begin
FSeriesData[i].FValues1 := LoadValue(FSeriesData[i].FValues1);
FSeriesData[i].FValues2 := LoadValue(FSeriesData[i].FValues2);
FSeriesData[i].FValues3 := LoadValue(FSeriesData[i].FValues3);
FSeriesData[i].FValues4 := LoadValue(FSeriesData[i].FValues4);
FSeriesData[i].FValues5 := LoadValue(FSeriesData[i].FValues5);
FSeriesData[i].FValues6 := LoadValue(FSeriesData[i].FValues6);
FSeriesData[i].FValues7 := LoadValue(FSeriesData[i].FValues7);
FSeriesData[i].FValues8 := LoadValue(FSeriesData[i].FValues8);
FSeriesData[i].FValues9 := LoadValue(FSeriesData[i].FValues9);
FSeriesData[i].FValues10 := LoadValue(FSeriesData[i].FValues10);
end;
end;
procedure TfrxChartView.ProcessDictionary(aItem: TfrxMacrosItem; aReport: TfrxReport; PostProcessor: TfrxPostProcessor);
var
i: Integer;
procedure SetItemByIndex(aIndex: Integer; aContent: WideString);
begin
aItem.Item[aIndex] := aContent;
end;
begin
for i := FSeriesData.Count - 1 downto 0 do
begin
SetItemByIndex(FSeriesData[i].FValueIndex10, FSeriesData[i].FValues10);
SetItemByIndex(FSeriesData[i].FValueIndex9, FSeriesData[i].FValues9);
SetItemByIndex(FSeriesData[i].FValueIndex8, FSeriesData[i].FValues8);
SetItemByIndex(FSeriesData[i].FValueIndex7, FSeriesData[i].FValues7);
SetItemByIndex(FSeriesData[i].FValueIndex6, FSeriesData[i].FValues6);
SetItemByIndex(FSeriesData[i].FValueIndex5, FSeriesData[i].FValues5);
SetItemByIndex(FSeriesData[i].FValueIndex4, FSeriesData[i].FValues4);
SetItemByIndex(FSeriesData[i].FValueIndex3, FSeriesData[i].FValues3);
SetItemByIndex(FSeriesData[i].FValueIndex2, FSeriesData[i].FValues2);
SetItemByIndex(FSeriesData[i].FValueIndex1, FSeriesData[i].FValues1);
end;
end;
procedure TfrxChartView.Notification(AComponent: TComponent; Operation: TOperation);
var
i: Integer;
begin
inherited;
if Operation = opRemove then
begin
for i := 0 to FSeriesData.Count - 1 do
if AComponent is TfrxDataSet then
begin
if FSeriesData[i].DataSet = AComponent then
FSeriesData[i].DataSet := nil;
end
else if AComponent is TfrxBand then
begin
if FSeriesData[i].DataBand = AComponent then
FSeriesData[i].DataBand := nil;
end;
end;
end;
procedure TfrxChartView.ReaderError(Reader: TReader; const Message: string;
var Handled: Boolean);
begin
Handled := Pos('PROPERTY', UpperCase(Message)) > 0;
end;
class function TfrxChartView.GetChartClass: TChartClass;
begin
Result := TChart;
end;
procedure TfrxChartView.CreateChart;
begin
FChart := GetChartClass.Create(nil);
with FChart do
begin
Color := clWhite;
BevelInner := bvNone;
BevelOuter := bvNone;
//{$IFDEF DELPHI19}
// if FChart.ParentWindow = 0 then
// FChart.ParentWindow := frxParentForm.Handle;
//{$ENDIF}
Name := 'Chart';
Frame.Visible := False;
View3DOptions.Rotation := 0;
Title.Text.Text := '';
end;
FHlIndex := -1;
FSeriesIndex := -1;
FPenWidth := 0;
if IsSelected and (Report <> nil) and (Report.Designer <> nil) then
TfrxCustomDesigner(Report.Designer).ReloadObjects;
end;
function TfrxChartView.CreateMetafile: TMetafile;
var
PrinterHandle: THandle;
aScaleX, aScaleY: Extended;
begin
PrinterHandle := GetDC(0);
try
GetDisplayScale(PrinterHandle, False, aScaleX, aScaleY);
finally
ReleaseDC(0, PrinterHandle);
end;
Result := TMetafile.Create;
// if aScaleX > 1 then
// aScaleX := 1;
// if aScaleY > 1 then
// aScaleY := 1;
Result.Width := Round(Width * aScaleX);
Result.Height := Round(Height * aScaleY);
end;
procedure TfrxChartView.DefineProperties(Filer: TFiler);
var
SaveEvent: TReaderError;
begin
inherited;
SaveEvent := nil;
ResetHighlightSelection;
if Filer is TReader then
begin
SaveEvent := TReader(Filer).OnError;
TReader(Filer).OnError := ReaderError;
end;
try
Filer.DefineBinaryProperty('Chart', ReadData, WriteData, True);
Filer.DefineProperty('ChartElevation', ReadData1, WriteData1, True);
Filer.DefineProperty('SeriesData', ReadData2, WriteData2, True);
finally
if Assigned(SaveEvent) then
TReader(Filer).OnError := SaveEvent;
end;
end;
procedure TfrxChartView.ReadData(Stream: TStream);
var
Reader: TReader;
begin
{$IFNDEF NO_CRITICAL_SECTION}
frxCSChart.Enter;
try
{$ENDIF}
FChart.Free;
{$IFNDEF NO_CRITICAL_SECTION}
finally
frxCSChart.Leave;
end;
{$ENDIF}
frxThreadSynchronize(CreateChart);
// Stream.ReadComponent(FChart);
Reader := TReader.Create(Stream, 4096);
Reader.OnError := ReaderError;
try
Reader.ReadRootComponent(FChart);
finally
Reader.Free;
end;
FSeriesFilled := False;
end;
procedure TfrxChartView.WriteData(Stream: TStream);
begin
Stream.WriteComponent(FChart);
end;
procedure TfrxChartView.ReadData1(Reader: TReader);
begin
FChart.View3DOptions.Elevation := Reader.ReadInteger;
end;
procedure TfrxChartView.WriteData1(Writer: TWriter);
begin
Writer.WriteInteger(FChart.View3DOptions.Elevation);
end;
procedure TfrxChartView.ReadData2(Reader: TReader);
begin
frxReadCollection(FSeriesData, Reader, Self);
end;
procedure TfrxChartView.ResetClickedValues;
begin
FClickedVal1 := '';
FClickedVal2 := '';
FClickedVal3 := '';
FClickedVal4 := '';
FClickedVal5 := '';
FClickedVal6 := '';
FClickedVal7 := '';
FClickedVal8 := '';
FClickedVal9 := '';
FClickedVal10 := '';
end;
function TfrxChartView.ResetHighlightSelection: Boolean;
begin
Result := False;
if FHlIndex <> -1 then
begin
FChart.Series[FSeriesIndex].ValueColor[FHlIndex] := FSavedColor;
if FPenWidth > 0 then
begin
//TODO D7
{$IFDEF DELPHI12}
FChart.Series[FSeriesIndex].Pen.Style := FPenStyle;
FChart.Series[FSeriesIndex].Pen.Width := FPenWidth;
{$ENDIF}
FPenWidth := 0;
end;
FHlIndex := -1;
FSeriesIndex := -1;
Result := True;
end;
end;
procedure TfrxChartView.SaveContentToDictionary(aReport: TfrxReport;
PostProcessor: TfrxPostProcessor);
var
i: Integer;
function AddValue(var sValue: String): Integer;
begin
Result := PostProcessor.Add('', Name, sValue, Processing.ProcessAt, Self,
(Processing.ProcessAt <> paDefault), False);
if Result <> -1 then
sValue := IntToStr(Result)
else
sValue := '';
end;
begin
for i := 0 to FSeriesData.Count - 1 do
begin
FSeriesData[i].FValues1 := FSeriesData[i].FSource1;
FSeriesData[i].FValues2 := FSeriesData[i].FSource2;
FSeriesData[i].FValues3 := FSeriesData[i].FSource3;
FSeriesData[i].FValues4 := FSeriesData[i].FSource4;
FSeriesData[i].FValues5 := FSeriesData[i].FSource5;
FSeriesData[i].FValues6 := FSeriesData[i].FSource6;
FSeriesData[i].FValues7 := FSeriesData[i].FSource7;
FSeriesData[i].FValues8 := FSeriesData[i].FSource8;
FSeriesData[i].FValues9 := FSeriesData[i].FSource9;
FSeriesData[i].FValues10 := FSeriesData[i].FSource10;
FSeriesData[i].FValueIndex1 := AddValue(FSeriesData[i].FValues1);
FSeriesData[i].FValueIndex2 := AddValue(FSeriesData[i].FValues2);
FSeriesData[i].FValueIndex3 := AddValue(FSeriesData[i].FValues3);
FSeriesData[i].FValueIndex4 := AddValue(FSeriesData[i].FValues4);
FSeriesData[i].FValueIndex5 := AddValue(FSeriesData[i].FValues5);
FSeriesData[i].FValueIndex6 := AddValue(FSeriesData[i].FValues6);
FSeriesData[i].FValueIndex7 := AddValue(FSeriesData[i].FValues7);
FSeriesData[i].FValueIndex8 := AddValue(FSeriesData[i].FValues8);
FSeriesData[i].FValueIndex9 := AddValue(FSeriesData[i].FValues9);
FSeriesData[i].FValueIndex10 := AddValue(FSeriesData[i].FValues10);
end;
end;
procedure TfrxChartView.UpdateSeriesData;
begin
FSeriesFilled := False;
end;
procedure TfrxChartView.WriteData2(Writer: TWriter);
begin
frxWriteCollection(FSeriesData, Writer, Self);
end;
procedure TfrxChartView.FillChart;
var
i: Integer;
begin
if FLockFillSeries or (IsDesigning and FSeriesFilled) then Exit;
for i := 0 to FSeriesData.Count - 1 do
begin
if IsDesigning then
FChart.Series[i].FillSampleValues(5)
else
FSeriesData[i].FillSeries(FChart.Series[i]);
end;
FSeriesFilled := True;
end;
procedure TfrxChartView.Draw(Canvas: TCanvas; ScaleX, ScaleY, OffsetX,
OffsetY: Extended);
var
rgn: HRGN;
sDC: Integer;
procedure PrintChart;
begin
FEMF := CreateMetafile;
try
frxThreadSynchronize(DrawOnMetaFile);
Canvas.StretchDraw(Rect(FX, FY, FX1, FY1), FEMF);
finally
FEMF.Free;
FEMF := nil;
end;
end;
begin
sDC := 0; rgn := 0; // To prevent warnings
BeginDraw(Canvas, ScaleX, ScaleY, OffsetX, OffsetY);
DrawBackground;
if IsDesigning or ((Processing.ProcessAt <> paDefault) and FMacroLoaded) or (Processing.ProcessAt = paDefault) then
FillChart;
FChart.BufferedDisplay := True;
// if Color = clTransparent then
// FChart.Color := clWhite else
// FChart.Color := Color;
if not IsPrinting and not FObjAsMetafile then
begin
sDC := SaveDC(Canvas.Handle);
rgn := CreateRectRgn(0, 0, MaxInt, MaxInt);
GetClipRgn(Canvas.Handle, rgn);
IntersectClipRect(Canvas.Handle,
Round(FX),
Round(FY),
Round(FX1),
Round(FY1));
end;
try
if IsDesigning then
FChart.DrawToMetaCanvas(Canvas, Rect(FX, FY, FX1, FY1))
else
PrintChart;
finally
if not IsPrinting and not FObjAsMetafile then
begin
SelectClipRgn(Canvas.Handle, rgn);
DeleteObject(rgn);
RestoreDC(Canvas.Handle, sDC);
end;
end;
if not FObjAsMetafile then
DrawFrame;
if IsDesigning and IsSelected then
frxResources.MainButtonImages.Draw(Canvas, FX, FY, 110);
end;
procedure TfrxChartView.DrawOnMetaFile;
var
EMFCanvas: TMetafileCanvas;
cWidth, cHeight: Integer;
begin
if not Assigned(FEMF) then Exit;
cWidth := Round(Width);
cHeight := Round(Height);
if FEMF.Width / Width > 1 then
begin
cWidth := FEMF.Width;
cHeight := FEMF.Height;
end;
EMFCanvas := TMetafileCanvas.Create(FEMF, 0);
// EMF.Transparent := True;
EMFCanvas.Lock;
try
FChart.DrawToMetaCanvas(EMFCanvas, Rect(0, 0, cWidth, cHeight));
finally
EMFCanvas.Unlock;
EMFCanvas.Free;
end;
end;
procedure TfrxChartView.AfterPrint;
var
i: Integer;
begin
for i := 0 to FSeriesData.Count - 1 do
with FSeriesData[i] do
begin
Values1 := '';
Values2 := '';
Values3 := '';
Values4 := '';
Values5 := '';
Values6 := '';
Values7 := '';
Values8 := '';
Values9 := '';
Values10 := '';
end;
end;
procedure TfrxChartView.GetData;
var
i: Integer;
function ConvertVarToStr(Val: Variant): String;
begin
if not FIgnoreNulls and VarIsNull(Val) then
Result := '0'
else
Result := VarToStr(Val)
end;
begin
inherited;
for i := 0 to FSeriesData.Count - 1 do
with FSeriesData[i] do
if (DataType = dtDBData) and (DataSet <> nil) then
begin
Values1 := '';
Values2 := '';
Values3 := '';
Values4 := '';
Values5 := '';
Values6 := '';
Values7 := '';
Values8 := '';
Values9 := '';
Values10 := '';
DataSet.First;
while not DataSet.Eof do
begin
if Source1 <> '' then
Values1 := Values1 + ';' + VarToStr(Report.Calc(Source1));
if Source2 <> '' then
Values2 := Values2 + ';' + ConvertVarToStr(Report.Calc(Source2));
if Source3 <> '' then
Values3 := Values3 + ';' + ConvertVarToStr(Report.Calc(Source3));
if Source4 <> '' then
Values4 := Values4 + ';' + ConvertVarToStr(Report.Calc(Source4));
if Source5 <> '' then
Values5 := Values5 + ';' + ConvertVarToStr(Report.Calc(Source5));
if Source6 <> '' then
Values6 := Values6 + ';' + ConvertVarToStr(Report.Calc(Source6));
if Source7 <> '' then
Values7 := Values7 + ';' + ConvertVarToStr(Report.Calc(Source7));
if Source8 <> '' then
Values8 := Values8 + ';' + ConvertVarToStr(Report.Calc(Source8));
if Source9 <> '' then
Values9 := Values9 + ';' + ConvertVarToStr(Report.Calc(Source9));
if Source10 <> '' then
Values10 := Values10 + ';' + ConvertVarToStr(Report.Calc(Source10));
DataSet.Next;
end;
end
else if DataType = dtFixedData then
begin
Values1 := Source1;
Values2 := Source2;
Values3 := Source3;
Values4 := Source4;
Values5 := Source5;
Values6 := Source6;
Values7 := Source7;
Values8 := Source8;
Values9 := Source9;
Values10 := Source10;
end
end;
procedure TfrxChartView.BeforeStartReport;
var
i: Integer;
begin
for i := 0 to FSeriesData.Count - 1 do
with FSeriesData[i] do
begin
Values1 := '';
Values2 := '';
Values3 := '';
Values4 := '';
Values5 := '';
Values6 := '';
Values7 := '';
Values8 := '';
Values9 := '';
Values10 := '';
end;
Report.Engine.NotifyList.Add(Self);
end;
procedure TfrxChartView.OnNotify(Sender: TObject);
var
i: Integer;
function ConvertVarToStr(Val: Variant): String;
begin
if FIgnoreNulls and VarIsNull(Val) then
Result := '0'
else
Result := VarToStr(Val)
end;
begin
inherited;
for i := 0 to FSeriesData.Count - 1 do
with FSeriesData[i] do
if (DataType = dtBandData) and (DataBand = Sender) then
begin
Report.CurObject := Self.Name;
if Source1 <> '' then
Values1 := Values1 + ';' + VarToStr(Report.Calc(Source1));
if Source2 <> '' then
Values2 := Values2 + ';' + ConvertVarToStr(Report.Calc(Source2));
if Source3 <> '' then
Values3 := Values3 + ';' + ConvertVarToStr(Report.Calc(Source3));
if Source4 <> '' then
Values4 := Values4 + ';' + ConvertVarToStr(Report.Calc(Source4));
if Source5 <> '' then
Values5 := Values5 + ';' + ConvertVarToStr(Report.Calc(Source5));
if Source6 <> '' then
Values6 := Values6 + ';' + ConvertVarToStr(Report.Calc(Source6));
if Source7 <> '' then
Values7 := Values7 + ';' + ConvertVarToStr(Report.Calc(Source7));
if Source8 <> '' then
Values8 := Values8 + ';' + ConvertVarToStr(Report.Calc(Source8));
if Source9 <> '' then
Values9 := Values9 + ';' + ConvertVarToStr(Report.Calc(Source9));
if Source10 <> '' then
Values10 := Values10 + ';' + ConvertVarToStr(Report.Calc(Source10));
end;
end;
procedure TfrxChartView.AddSeries(Series: TfrxChartSeries);
var
sc: TSeriesClass;
s: TChartSeries;
b: Boolean;
begin
sc := frxChartSeries[Integer(Series)];
s := TChartSeries(sc.NewInstance);
s.Create(Chart);
Chart.AddSeries(s);
SeriesData.Add;
with Chart do
begin
b := not (s is TPieSeries);
View3DOptions.Orthogonal := b;
AxisVisible := b;
View3DWalls := b;
end;
end;
function TfrxChartView.CheckMoveSelector(X, Y: Extended): Boolean;
begin
Result := (AbsLeft <= X) and (AbsLeft + Width >= X) and (AbsTop <= Y) and (AbsTop + 20 >= Y);
end;
procedure TfrxChartView.ClearSeries;
begin
FSeriesIndex := -1;
FHlIndex := -1;
{$IFNDEF NO_CRITICAL_SECTION}
frxCSChart.Enter;
try
{$ENDIF}
FChart.Free;
{$IFNDEF NO_CRITICAL_SECTION}
finally
frxCSChart.Leave;
end;
{$ENDIF}
frxThreadSynchronize(CreateChart);
SeriesData.Clear;
end;
procedure TfrxChartView.DoMouseMove(X, Y: Integer; Shift: TShiftState;
var EventParams: TfrxInteractiveEventsParams);
var
i, Index, SeriesIndex: Integer;
begin
Index := -1;
if (FChart.SeriesCount = 0) then Exit;
if FChart.ParentWindow = 0 then
FChart.ParentWindow := frxParentForm.Handle;
SeriesIndex := -1;
for i := FChart.SeriesCount - 1 downto 0 do
begin
if EventParams.EventSender = esDesigner then
Index := FChart.Series[i].Clicked(FX + Round(X - AbsLeft * FScaleX), FY + Round(Y - AbsTop * FScaleY))
else
Index := FChart.Series[i].Clicked(Round(X / FScaleX - AbsLeft), Round(Y / FScaleY - AbsTop));
SeriesIndex := i;
if Index <> -1 then Break;
end;
if (Index <> -1) and (Index = FHlIndex) and (FSeriesIndex = SeriesIndex) then
Exit;
EventParams.Refresh := ResetHighlightSelection or EventParams.Refresh;
if Index <> - 1 then
begin
FSeriesIndex := SeriesIndex;
FSavedColor := FChart.Series[FSeriesIndex].ValueColor[Index];
FHlIndex := Index;
if EventParams.EventSender = esDesigner then
begin
//TODO D7
{$IFDEF DELPHI12}
FPenStyle := FChart.Series[FSeriesIndex].Pen.Style;
FPenWidth := FChart.Series[FSeriesIndex].Pen.Width;
FChart.Series[FSeriesIndex].Pen.Style := psDash;
FChart.Series[FSeriesIndex].Pen.Width := 3;
{$ENDIF}
end
else
begin
if not Hyperlink.IsEmpty then
FChart.Series[FSeriesIndex].ValueColor[Index] := FHighlightColor;
if SeriesData[FSeriesIndex].Fsl1.Count > Index then
FClickedVal1 := SeriesData[FSeriesIndex].Fsl1[Index];
if SeriesData[FSeriesIndex].Fsl2.Count > Index then
FClickedVal2 := SeriesData[FSeriesIndex].Fsl2[Index];
if SeriesData[FSeriesIndex].Fsl3.Count > Index then
FClickedVal3 := SeriesData[FSeriesIndex].Fsl3[Index];
if SeriesData[FSeriesIndex].Fsl4.Count > Index then
FClickedVal4 := SeriesData[FSeriesIndex].Fsl4[Index];
if SeriesData[FSeriesIndex].Fsl5.Count > Index then
FClickedVal5 := SeriesData[FSeriesIndex].Fsl5[Index];
if SeriesData[FSeriesIndex].Fsl6.Count > Index then
FClickedVal6 := SeriesData[FSeriesIndex].Fsl6[Index];
if SeriesData[FSeriesIndex].Fsl7.Count > Index then
FClickedVal7 := SeriesData[FSeriesIndex].Fsl7[Index];
if SeriesData[FSeriesIndex].Fsl8.Count > Index then
FClickedVal8 := SeriesData[FSeriesIndex].Fsl8[Index];
if SeriesData[FSeriesIndex].Fsl9.Count > Index then
FClickedVal9 := SeriesData[FSeriesIndex].Fsl9[Index];
if SeriesData[FSeriesIndex].Fsl10.Count > Index then
FClickedVal10 := SeriesData[FSeriesIndex].Fsl10[Index];
end;
EventParams.Refresh := not Hyperlink.IsEmpty;
end
else
ResetClickedValues;
if {(i <> -1) or } not FMouseDown or not FChart.View3D then
Exit;
//todo D7
{$IFDEF DELPHI12}
FChart.Aspect.Orthogonal := false;
FChart.Aspect.RotationFloat := Round(FChart.Aspect.RotationFloat - (X - FMouseOffsetX) / 10) mod 360;
FChart.Aspect.ElevationFloat := Round(FChart.Aspect.ElevationFloat - (Y - FMouseOffsetY) / 10) mod 360;
EventParams.Refresh := True;
{$ENDIF}
end;
procedure TfrxChartView.DoMouseUp(X, Y: Integer;
Button: TMouseButton; Shift: TShiftState;
var EventParams: TfrxInteractiveEventsParams);
begin
inherited;
FMouseDown := False;
EventParams.Modified := True;
end;
function TfrxChartView.DoMouseWheel(Shift: TShiftState;
WheelDelta: Integer; MousePos: TPoint;
var EventParams: TfrxInteractiveEventsParams): Boolean;
begin
Result := inherited DoMouseWheel(Shift, WheelDelta, MousePos, EventParams);
if {(i <> -1) or } not FMouseDown then
Exit;
{$IFDEF DELPHI12}
FChart.Aspect.Orthogonal := false;
FChart.Aspect.ZoomFloat := Round(FChart.Aspect.ZoomFloat - WheelDelta / 10) mod 360;
EventParams.Refresh := True;
{$ENDIF}
Result := True;
end;
function TfrxChartView.DoMouseDown(X, Y: Integer;
Button: TMouseButton; Shift: TShiftState;
var EventParams: TfrxInteractiveEventsParams): Boolean;
var
i, j: Integer;
begin
Result := inherited DoMouseDown(X, Y, Button, Shift, EventParams);
if (EventParams.EventSender = esPreview) then
begin
FMouseDown := True;
FMouseOffsetX := X;
FMouseOffsetY := Y;
Result := FChart.View3D;
Exit;
end;
if (FX + 4 >= X) or (FX1 - 4 <= X) or (FY + 4 >= Y) or (FY1 - 4 <= Y) or
(EventParams.EventSender <> esDesigner) or (FChart.SeriesCount = 0) or
(EventParams.EventSender <> esDesigner) or CheckMoveSelector(X / FScaleX,
Y / FScaleY) or not IsSelected then Exit;
if FChart.ParentWindow = 0 then
FChart.ParentWindow := frxParentForm.Handle;
EventParams.SelectionList.ClearInspectorList;
i := -1;
for j := 0 to FChart.SeriesCount - 1 do
begin
i := FChart.Series[j].Clicked(FX + Round(X - AbsLeft * FScaleX),
FY + Round(Y - AbsTop * FScaleY));
if i <> - 1 then
begin
EventParams.SelectionList.Add(FChart.Series[j]);
break;
end;
end;
if (i = -1) then
EventParams.SelectionList.Add(FChart);
Result := True;
end;
procedure TfrxChartView.DoMouseEnter(aPreviousObject: TfrxComponent;
var EventParams: TfrxInteractiveEventsParams);
begin
{ don't update series for interactive Chart }
// if EventParams.EventSender = esPreview then
FLockFillSeries := FSeriesFilled;
end;
procedure TfrxChartView.DoMouseLeave(aNextObject: TfrxComponent;
var EventParams: TfrxInteractiveEventsParams);
begin
Inherited;
ResetHighlightSelection;
FLockFillSeries := False;
FMouseDown := False;
end;
initialization
{$IFNDEF TeeChartStd}
{$IFNDEF TeeChartStd7}
{$IFNDEF TeeChartStd8}
{$IFNDEF TeeChartStd9}
{$IFNDEF TeeChart4}
RegisterTeeStandardSeries;
{$ENDIF}
{$ENDIF}
{$ENDIF}
{$ENDIF}
{$ENDIF}
{$IFDEF DELPHI16}
StartClassGroup(TControl);
ActivateClassGroup(TControl);
GroupDescendentsWith(TfrxChartObject, TControl);
{$ENDIF}
{$IFNDEF NO_CRITICAL_SECTION}
frxCSChart := TCriticalSection.Create;
{$ENDIF}
frxObjects.RegisterObject1(TfrxChartView, nil, '', '', 0, 25);
finalization
{$IFNDEF NO_CRITICAL_SECTION}
frxCSChart.Free;
{$ENDIF}
frxObjects.UnRegister(TfrxChartView);
end.
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