Respan Dataset Explorer

Make a summary list of the following prayer requests from whom (name or else email) and for whom or what (without all the details, just if it's for health or eternal repose or so on). Separate lists by date without time. What's not in English translate. Most requests will be twice in different languages, only list them once. Leave out any general petitions like: for all the souls in purgatory, or for all the members of our religious family; but something like: for all of my family, e.g., is ok. Leave out any other info that's not an intention. Do not make it bold, do not add any extra sentences. These are the prayer requests: 'Date: Thu Oct 24 2024 18:24:52 GMT+0200 (Central European Summer Time)   Ver este correo en una página web (https://mailchi.mp/ive.org/pedido-de-oraciones-2evhsixdxb-7506560?e=fa2291c0bd)           https://institutodelverboencarnado.org/pedido-de-oraciones-2/ FECHA: 24/10/24                                                                                                          De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Pido oraciones por el alma de Paul DiAnno que murió el 21 de octubre a los 66 años. Que el Señor le dé el descanso eterno y que brille para él la Luz Perpetua. Gracias. María Pichardo Cruz  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Pido oraciones por la salud de una prima, de nombre Andrea Gerez, está internada en cuidados intensivos a causa de una encefalitis herpética. Oraciones por mi hermana menor, Roxana que continúa con tratamiento oncológico. Muchas gracias. Bendiciones.  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Por Vanessa, madre de 2 hijos, con posibles problemas de salud muy graves. Para que la Virgen María interceda por ella y su familia. ¡Gracias! Y por mi hermano Rodrigo que está en la Clínica y mi madre que lo acompaña. Muchas gracias. Victoria  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Ruego oraciones por Cesca, compañera del Grupo parroquial de Biblia, acaba de sufrir un Ictus. Que el Señor y María la ayuden y protejan.  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Querida familia religiosa: Les agradeceré sobremanera que puedan incluir en sus oraciones al bebito de una ahijada: Eythan Braulio Borja Mercado; tiene un año y 4 meses. Se le ha realizado una biopsia para determinar qué son, exactamente, las tumoraciones que tiene debajo de su bracito. El resultado estará la próxima semana. Nuevamente, muchas gracias. Dios les bendiga por su generosidad. Unidos en oración por la santidad de nuestros sacerdotes y por todas sus intenciones.  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Por una intención particular a San Juan Pablo Magno. Gracias.  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Gracias por sus oraciones por el Diácono Mike y su cirugía del corazón. Él agradece sus oraciones, por favor continúen orando por su recuperación. Por favor oren por un niño, Hunter, que va a ser operado de apendicitis. Por favor oren por mi hermano Jon, su esposa Megan y sus 7 hijos que han estado enfermos por muchas semanas. Peter, de 6 años, tiene un caso grave de neumonía y Mary, de 9 meses, se ha salvado de la enfermedad. ¡Gracias y que Dios te bendiga! Christy Oberst  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Querida Familia Religiosa: Les pido muchas oraciones por el bien espiritual de mi hermana y sus hijos. Para que los tiempos de prueba los puedan sobrellevar sacando fruto y crezcan en fe, esperanza y caridad. Muchas gracias, Hna. Mediatrix Gratiae  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Les pido oraciones por Brígida, una amiga mía que está en la Unidad de cuidados intensivos. Gracias. Hna. Alianza  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Querido grupo de oración: Pido oraciones para que yo, Ignacio Ramos, tenga muchos sobrinos de mis hermanos/as y cuñados y que pueda curarme de todas mis enfermedades. Muchas gracias y saludos afectuosos, Ignacio.  De: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Cara Famiglia Religiosa, Monica ci chiede preghiere e S. Messe perché non riesce più a pregare. Per le sue intenzioni e famiglia, in particolare la sua mamma Marisa e sorella Tiziana, malata di schizofrenia. Grazie, Samanta                                                                                             ============================================================ ** Instagram (http://instagram.com/verboencarnado) ** YouTube (https://www.youtube.com/InstitutodelVerboEncarnado) ** Website (http://institutodelverboencarnado.org/) ** Facebook (https://www.facebook.com/InstitutodelVerboEncarnado) ** Twitter (https://twitter.com/@Verbo_Encarnado)     This email was sent to <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> (mailto:<PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>) why did I get this? (https://institutodelverboencarnado.us10.list-manage.com/about?u=2e75f97fdf9f45447cdb917dd&id=2b0c6d7684&e=fa2291c0bd&c=3c5800a008)     unsubscribe from this list (https://institutodelverboencarnado.us10.list-manage.com/unsubscribe?u=2e75f97fdf9f45447cdb917dd&id=2b0c6d7684&t=b&e=fa2291c0bd&c=3c5800a008)     update subscription preferences (https://institutodelverboencarnado.us10.list-manage.com/profile?u=2e75f97fdf9f45447cdb917dd&id=2b0c6d7684&e=fa2291c0bd&c=3c5800a008) Familia Religiosa del Verbo Encarnado . Via Arnaldo di Colonia 9 . Acilia, Roma 00126 . Italy  Date: Thu Oct 24 2024 12:33:37 GMT+0200 (Central European Summer Time)   View this email in your browser (https://mailchi.mp/3c76d20d430a/prayer-requests-13633271?e=6efe475031) mailto:<PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>?subject=Prayer%20request&body=Make%20your%20prayer%20request. Date:  10/24/24  From: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> I ask for prayers for Laura, Andrea and for the repose of the soul of Asunción. Thank you. Sr. Alianza  From: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Dear All, Marco, father of a family, begged for prayers for his son Michele, who is passing through difficulties. He and his wife Melania are trying to raise their five children to be good christians. Thank you. Samanta  From: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Dear Religious Family, From Tanzania we ask for prayers for the fruits of the retreat in preparation for the Sacrament of Confirmation that will take place in our parish in Kangeme this weekend. Please pray for the fruits of our bishop’s visit for the Confirmations that will take place on November 3, feast of Saint Martin de Porres, patron of the parish. Thank you very much in advance. In Christ and Mary, M. Blessed Sacrament  From: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Please pray much for Silvia Beatriz who is suffering from cancer. Thank you.  From: <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> Please pray for E. and all those suffering from mental problems.  ============================================================ Help Our Missions! ** Make a Donation (https://instituteoftheincarnateword.us17.list-manage.com/track/click?u=ce2c1dd7c45ce062e506dd001&id=c2de9e12a7&e=6efe475031) ** (mailto:<PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>) ** Make a prayer request! (mailto:<PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>) Copyright © 2024 Incarnate Word, All rights reserved.  You are subscribed to Resound, a service of the Institute of the Incarnate Word.  As a subscriber, you will receive our emails with prayer requests and the latest chronicles written by our missionaries around the world.  Our mailing address is: Incarnate Word 5706 Sargent Road Chillum, MD 20782 USA Want to change how you receive these emails? You can ** update your preferences (https://instituteoftheincarnateword.us17.list-manage.com/profile?u=ce2c1dd7c45ce062e506dd001&id=05e95606a9&e=6efe475031&c=ce9870a73a) or ** unsubscribe from this list (https://instituteoftheincarnateword.us17.list-manage.com/unsubscribe?u=ce2c1dd7c45ce062e506dd001&id=05e95606a9&t=b&e=6efe475031&c=ce9870a73a) .  '

**Date: 10/24/24**  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: eternal repose of Paul DiAnno  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Andrea Gerez, health of Roxana  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Vanessa  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Cesca  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Eythan Braulio Borja Mercado  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: particular intention to San Juan Pablo Magno  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: recovery of Diácono Mike, health of Hunter, health of Jon and his family  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: spiritual well-being of sister and her children  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Brígida  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: healing from illnesses, request for nephews  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: prayers for Monica and her family, particularly mother Marisa and sister Tiziana  

**Date: 10/24/24**  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Laura and Andrea, eternal repose of Asunción  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: prayers for Michele  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: fruits of retreat and bishop’s visit for Confirmations  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: health of Silvia Beatriz  
- <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>: wellbeing of E. and those suffering from mental problems  

unit interposer_class;

interface

uses
 Vcl.Forms, Vcl.Controls, CommCtrl, Messages, sPanel, sEdit, sPageControl, System.Classes, AdvCGrid, Uni, pixel_classes;

{$TYPEINFO ON}

type
 TZString = type string;

type
 TForm = class(Vcl.Forms.TForm)
  protected
   procedure CreateParams(var Params: TCreateParams); override;
  public
   constructor Create(AOwner: TComponent); override;
   destructor Destroy; override;
 end;

 TsPanel = class(sPanel.TsPanel)
  protected
   procedure CreateParams(var Params: TCreateParams); override;
 end;

 TsEdit = class(sEdit.TsEdit)
  protected
   procedure CreateParams(var Params: TCreateParams); override;
 end;

 TsPageControl = class(sPageControl.TsPageControl)
  protected
   procedure CreateParams(var Params: TCreateParams); override;
  private
   procedure TCMAdjustRect(var Msg: TMessage); message TCM_ADJUSTRECT;
 end;

 TAdvColumnGrid = class(AdvCGrid.TAdvColumnGrid)
  private
   FByPassAF: TArray<Boolean>;
   FORMField: TArray<string>; // Added array for ORMField property
   function GetCellz(ACol, ARow: Integer): TZString;
   procedure SetCellz(ACol, ARow: Integer; const Value: TZString);
   function GetBypassAF(ACol: Integer): Boolean;
   procedure SetBypassAF(ACol: Integer; const Value: Boolean);
   function GetORMField(ACol: Integer): string; // Getter for ORMField
   procedure SetORMField(ACol: Integer; const Value: string); // Setter for ORMField
  protected
   procedure CreateParams(var Params: TCreateParams); override;
  public
   property Cellz[ACol, ARow: Integer]: TZString read GetCellz write SetCellz;
   property BypassAutoFit[ACol: Integer]: Boolean read GetBypassAF write SetBypassAF;
   property ORMField[ACol: Integer]: string read GetORMField write SetORMField; // New ORMField property
  published
   function CriaLinhaObjeto(MyObject: TObject): Integer;
   function CriaLinha: Integer;
   function GetColumnIndexByName(const nome: string): Integer;
   procedure SetBasicColumnConfig;
 end;

implementation

uses
 pixel_utils, System.Math, System.Types, Windows, System.SysUtils, TypInfo, Generics.Collections, Data.DB, Vcl.Graphics, ComCtrls, Vcl.Grids;

procedure TForm.CreateParams(var Params: TCreateParams);
begin
 inherited CreateParams(Params);
 StrPCopy(Params.WinClassName, 'ZPro');
end;

constructor TForm.Create(AOwner: TComponent);
begin
 inherited;
end;

destructor TForm.Destroy;
begin
 inherited;
end;

procedure TsPanel.CreateParams(var Params: TCreateParams);
begin
 inherited CreateParams(Params);
 StrPCopy(Params.WinClassName, 'Painel');
end;

procedure TsEdit.CreateParams(var Params: TCreateParams);
begin
 inherited CreateParams(Params);
 StrPCopy(Params.WinClassName, 'Editor');
end;

procedure TsPageControl.CreateParams(var Params: TCreateParams);
begin
 inherited CreateParams(Params);
 StrPCopy(Params.WinClassName, 'PagCtrl');
end;

procedure TsPageControl.TCMAdjustRect(var Msg: TMessage);
begin
 inherited;
 case TabPosition of
  tpTop:
   begin
    PRect(Msg.LParam)^.Left := 0;
    PRect(Msg.LParam)^.Right := ClientWidth;
    PRect(Msg.LParam)^.Bottom := ClientHeight;
   end;
 end;
end;

procedure TAdvColumnGrid.CreateParams(var Params: TCreateParams);
begin
 inherited CreateParams(Params);
 StrPCopy(Params.WinClassName, 'Grid');
end;

function TAdvColumnGrid.GetCellz(ACol, ARow: Integer): TZString;
begin
 Result := Self.Cells[ACol, ARow];
end;

procedure TAdvColumnGrid.SetCellz(ACol, ARow: Integer; const Value: TZString);
begin
 Self.Cells[ACol, ARow] := string(Value);
end;

function TAdvColumnGrid.GetBypassAF(ACol: Integer): Boolean;
begin
 Result := FByPassAF[ACol];
end;

procedure TAdvColumnGrid.SetBypassAF(ACol: Integer; const Value: Boolean);
begin
 if Length(FByPassAF) < ACol + 1 then SetLength(FByPassAF, ACol + 1);
 FByPassAF[ACol] := Value;
end;

function TAdvColumnGrid.GetORMField(ACol: Integer): string;
begin
 if Length(FORMField) > ACol then
   Result := FORMField[ACol]
 else
   Result := ''; // Return empty string if the column index is out of bounds
end;

procedure TAdvColumnGrid.SetORMField(ACol: Integer; const Value: string);
begin
 if Length(FORMField) < ACol + 1 then SetLength(FORMField, ACol + 1);
 FORMField[ACol] := Value; // Set the ORMField for the specific column
end;

function TAdvColumnGrid.CriaLinha: Integer;
begin
 Self.RowCount := Self.RowCount + 1;
 Self.ClearRows(Self.RowCount - 1, 1);
 Result := Self.RowCount - 1;
end;

function TAdvColumnGrid.CriaLinhaObjeto(MyObject: TObject): Integer;
begin
 Self.RowCount := Self.RowCount + 1;
 Self.ClearRows(Self.RowCount - 1, 1);
 Self.Objects[0, Self.RowCount - 1] := MyObject;
 Result := Self.RowCount - 1;
end;

function TAdvColumnGrid.GetColumnIndexByName(const nome: string): Integer;
begin
 Result := 0;
 for var i := 1 to Pred(Self.ColCount) do
  if Self.Columns[i].Name = nome then Exit(i);
end;

procedure TAdvColumnGrid.SetBasicColumnConfig;
var i: Integer;
begin
 with Self do
 begin
  SuppressColumn(0);
  for i := 1 to ColCount - 1 do
   if Columns[i].Tag = 0 then
   begin
    Columns[i].HeaderAlignment := taCenter;
    Columns[i].HeaderFont.Name := 'Tahoma';
    Columns[i].HeaderFont.Size := MulDiv(8, 96, Self.CurrentPPI);
    Columns[i].HeaderFont.Color := clWhite;
    Columns[i].HeaderFont.Style := [fsBold];
   end;
  for i := 1 to ColCount - 1 do
   if Columns[i].Tag = 0 then
   begin
    Columns[i].Font.Name := 'Verdana';
    Columns[i].Font.Size := MulDiv(10, 96, Self.CurrentPPI);
    Columns[i].Font.Style := [];
   end;
  for i := 1 to ColCount - 1 do
   if Columns[i].Tag = 0 then
   begin
    Columns[i].ShowBands := True;
    Colors[i, 0] := RGB($41, $3F, $42);
   end;

  for i := 1 to ColCount - 1 do Columns[i].Tag := 1; // Flag that default settings have been applied

  Bands.PrimaryColor := $00EFEFEF;
  Bands.SecondaryColor := $00F9F9F9;
  MouseActions.DirectEdit := True;
  MouseActions.DirectComboDrop := True;
  Bands.Active := True;
  ActiveCellShow := False;
  Navigation.SkipDisabledRows := True;
  Navigation.AutoComboSelect := False;
  ShowSelection := True;
  HideFocusRect := True;
  Options := Options - [goRangeSelect] + [goRowSelect];
  HoverRow := True;
  HoverRowColor := clYellow;
  ActiveRowShow := True;
  ActiveRowColor := clLime;
  SelectionColor := clLime;
  SelectionTextColor := clBlack;
  ColumnSize.Stretch := False;
  ColumnSize.StretchColumn := -1; // Sets the rightmost column to stretch
  ColumnSize.SynchWithGrid := False;
  FixedRowAlways := True;
  FixedRows := 1;
 end;
end;

end.


----------------------------

How can I change this:
property Cellz[ACol, ARow: Integer]: TZString read GetCellz write SetCellz;
so I can interpose the original Cells[ACol, ARow: Integer] ?
If I try, the Delphi compiler gives an error: Field or method identifier expected

To interpose the original `Cells` property of your grid in Delphi, you need to follow a specific approach since `Cells` is typically a predefined method in grid components. When you want to override or extend an existing property, you'll usually do so by accessing the underlying properties/methods of the inherited class.

You can't replace the original `Cells` property directly, as it is likely declared as a property in the parent class (`TAdvColumnGrid`), and you see the error "Field or method identifier expected" because the compiler is expecting a different declaration.

What you can do is declare your `Cellz` property to work as a wrapper around the original `Cells` property. Here's how you can modify the property in your class:

1. **Create the property with a different name or as an abstract method in your class.**
2. **Access the original `Cells` property in your getter and setter.**

Here's an example modification of your code that wraps around the original `Cells`.

```delphi
type
  TAdvColumnGrid = class(AdvCGrid.TAdvColumnGrid)
  private
    FByPassAF: TArray<Boolean>;
    FORMField: TArray<string;
    function GetCellz(ACol, ARow: Integer): TZString;
    procedure SetCellz(ACol, ARow: Integer; const Value: TZString);
    function GetBypassAF(ACol: Integer): Boolean;
    procedure SetBypassAF(ACol: Integer; const Value: Boolean);
    function GetORMField(ACol: Integer): string;
    procedure SetORMField(ACol: Integer; const Value: string);
  protected
    procedure CreateParams(var Params: TCreateParams); override;
  public
    // Use a different name here to avoid the conflict
    property Cellz[ACol, ARow: Integer]: TZString read GetCellz write SetCellz;
    
    // Optionally, expose the original Cells property
    property OriginalCells[ACol, ARow: Integer]: string read Cells write Cells; 
    property BypassAutoFit[ACol: Integer]: Boolean read GetBypassAF write SetBypassAF;
    property ORMField[ACol: Integer]: string read GetORMField write SetORMField;

    // Implement the methods defined earlier
    function CriaLinhaObjeto(MyObject: TObject): Integer;
    function CriaLinha: Integer;
    function GetColumnIndexByName(const nome: string): Integer;
    procedure SetBasicColumnConfig;
  end;

implementation

// Implementations of the getter and setter
function TAdvColumnGrid.GetCellz(ACol, ARow: Integer): TZString;
begin
  Result := Cells[ACol, ARow];  // Access original Cells property
end;

procedure TAdvColumnGrid.SetCellz(ACol, ARow: Integer; const Value: TZString);
begin
  Cells[ACol, ARow] := string(Value);  // Set original Cells property
end;

// Other methods stay the same...
```

### Explanation:
- **Getter and Setter**: The `GetCellz` and `SetCellz` methods use the original `Cells` property from the parent class. There's no conflict since the property is named `Cellz`.
- **OriginalCells Property (Optional)**: If you need access to the original `Cells`, you can expose it safely as `OriginalCells`, thus keeping the original functionality intact.

This setup allows you to interpose the `Cellz` property around the original `Cells` functionality without causing naming conflicts or compiler errors.

{***************************************************************************}
{ TBaseGrid component                                                       }
{ for Delphi & C++Builder                                                   }
{                                                                           }
{ written by TMS Software                                                   }
{            copyright © 1996 - 2024                                        }
{            Email : info@tmssoftware.com                                   }
{            Web : http://www.tmssoftware.com                               }
{                                                                           }
{ The source code is given as is. The author is not responsible             }
{ for any possible damage done due to the use of this code.                 }
{ The component can be freely used in any application. The complete         }
{ source code remains property of the author and may not be distributed,    }
{ published, given or sold in any form as such. No parts of the source      }
{ code can be included in any other component or application without        }
{ written authorization of the author.                                      }
{***************************************************************************}

unit BaseGrid;

{$I TMSDEFS.INC}

{$DEFINE TMSUNICODE}

interface

uses
  Windows, SysUtils, Types, Classes, Graphics, Controls,
  Grids, AdvObj
  {$IFDEF DELPHIXE2_LVL}
  , System.UITypes
  {$ENDIF}
  ;

type
  TBaseGrid = class;

  TColumnCalcType = (acNONE, acSUM, acAVG, acCOUNT, acMIN, acMAX, acSPREAD, acCUSTOM, acDISTINCT, acSTDDEV);

  {$IFDEF DELPHIXE2_LVL}
  TIObjType = NativeUInt;
  {$ENDIF}

  {$IFNDEF DELPHIXE2_LVL}
  TIObjType = Integer;
  {$ENDIF}

  { TCellProperties }

  TCellProperties = class(TPersistent)
  private
    FOwnerGrid: TBaseGrid;
    FOwnerCol: Integer;
    FOwnerRow: Integer;
    FObject: TIObjType;
    FGraphicObject: TObject;
    FBrushStyle: TBrushStyle;
    FBrushColor: TColor;
    FBrushColorTo: TColor;
    FFontHeight: Integer;
    FFontColor: TColor;
    FFontStyle: TFontStyles;
    FCellSpanY: integer;
    FCellSpanX: integer;
    FBorderWidth: Integer;
    FBorderColor: TColor;
    FAlignment: TAlignment;
    FVAlignment: TVAlignment;
    FPaintID: Integer;
    FWordWrap: Boolean;
    FIsBaseCell: Boolean;
    FCalcType: TColumnCalcType;
    FCalcObject: TObject;
    FNodeLevel: Integer;
    FEditor: TEditorType;
    FFontName: string;
    FReadOnly: Boolean;
    FGradientDirection: TCellGradientDirection;
    FControl: TControl;
    FMergeCollaps: Boolean;
    procedure SetBrushColor(const Value: TColor);
    procedure SetAlignment(const Value: TAlignment);
    procedure SetVAlignment(const Value: TVAlignment);
    procedure SetWordWrap(const Value: Boolean);
    function GetBaseCell(c, r: Integer): TPoint;
    procedure SetBrushColorTo(const Value: TColor);
    function GetCellSpanY: Integer;
  protected
    property BaseCell[c,r: Integer]: TPoint read GetBaseCell;
    property PaintID: Integer read FPaintID write FPaintID;
    property GraphicObject: TObject read FGraphicObject write FGraphicObject;
  public
    property CalcType: TColumnCalcType read FCalcType write FCalcType;
    property CalcObject: TObject read FCalcObject write FCalcObject;
    constructor Create(AOwner: TBaseGrid; ACol, ARow:integer);
    procedure Assign(Source: TPersistent); override;
    property MergeCollaps: boolean read FMergeCollaps write FMergeCollaps;
  published
    property IsBaseCell: Boolean read FIsBaseCell write FIsBaseCell;
    property CellSpanX: Integer read FCellSpanX write FCellSpanX;
    property CellSpanY: Integer read GetCellSpanY write FCellSpanY;
    property OwnerCol: Integer read FOwnerCol write FOwnerCol stored False;
    property OwnerRow: Integer read FOwnerRow write FOwnerRow stored False;
    property Alignment: TAlignment read FAlignment write SetAlignment;
    property BorderColor: TColor read FBorderColor write FBorderColor;
    property BorderWidth: integer read FBorderWidth write FBorderWidth;
    property BrushColor: TColor read FBrushColor write SetBrushColor;
    property BrushColorTo: TColor read FBrushColorTo write SetBrushColorTo;
    property BrushStyle: TBrushStyle read FBrushStyle write FBrushStyle;
    property CellObject: TIObjType read FObject write FObject;
    property FontColor: TColor read FFontColor write FFontColor;
    property FontName: string read FFontName write FFontName;
    property FontSize: Integer read FFontHeight write FFontHeight;
    property FontStyle: TFontStyles read FFontStyle write FFontStyle;
    property Editor: TEditorType read FEditor write FEditor;
    property GradientDirection: TCellGradientDirection read FGradientDirection write FGradientDirection;
    property ReadOnly: Boolean read FReadOnly write FReadOnly;
    property VAlignment: TVAlignment read FValignment write SetVAlignment;
    property WordWrap: Boolean read FWordWrap write SetWordWrap;
    property NodeLevel: Integer read FNodeLevel write FNodeLevel;
    property Control: TControl read FControl write FControl;
  end;

  TGetDisplWideTextEvent = procedure(Sender: TObject; ACol,ARow: Integer; var Value: widestring) of object;

  TUndoRedoItem = class(TCollectionItem)
  private
    FRow: Integer;
    FCol: Integer;
    FValue: string;
    FOrigValue: string;
    FSequenceStart: boolean;
    FSequenceStop: boolean;
  public
  published
    property Value: string read FValue write FValue;
    property OrigValue: string read FOrigValue write FOrigValue;
    property Col: Integer read FCol write FCol;
    property Row: Integer read FRow write FRow;
    property SequenceStart:boolean read FSequenceStart write FSequenceStart;
    property SequenceStop:boolean read FSequenceStop write FSequenceStop;
  end;

  TUndoRedoCollection = class(TCollection)
  private
  public
    constructor Create;
  published
  end;

  TAdvGridUndoRedoEvent = procedure(Sender: TObject; Grid: TBaseGrid; Col,Row: integer; OrigValue,NewValue: string) of object;

  {$IFDEF DELPHIXE2_LVL}
  [ComponentPlatformsAttribute(pidWin32 or pidWin64)]
  {$ENDIF}
  TAdvGridUndoRedo = class(TComponent)
  private
    FItems: TUndoRedoCollection;
    FGrid: TBaseGrid;
    FLevel: Integer;
    FMaxLevel: Integer;
    FOnUndo: TAdvGridUndoRedoEvent;
    FOnRedo: TAdvGridUndoRedoEvent;
  protected
    procedure Notification(AComponent: TComponent; AOperation: TOperation); override;
  public
    constructor Create(AOwner: TComponent); override;
    destructor Destroy; override;
    procedure RegisterChange(ACol,ARow: Integer; OldValue, NewValue: string); virtual;
    procedure StartSequence; virtual;
    procedure StopSequence; virtual;
    property Level: Integer read FLevel write FLevel;
    property Items: TUndoRedoCollection read FItems write FItems;
    property Grid: TBaseGrid read FGrid write FGrid;
    procedure Undo;
    procedure Redo;
    procedure Reset;
    function CanUndo: Boolean;
    function CanRedo: Boolean;
  published
    property MaxLevel: Integer read FMaxLevel write FMaxLevel;
    property OnUndo: TAdvGridUndoRedoEvent read FOnUndo write FOnUndo;
    property OnRedo: TAdvGridUndoRedoEvent read FOnRedo write FOnRedo;
  end;

  TGridSelectionStyle = (ssDefault, ssVista, ssWin7, ssOffice2007);

  THoverRowCell = (hcNormal, hcFixed, hcSelected, hcGroupHeader, hcGroupSummary);

  THoverRowCells = set of THoverRowCell;

  TCustomCellProps = record
    AState: TGridDrawState;
    Print: boolean;
    Select: boolean;
    Remap: boolean;
    ABrush: TBrush;
    AColorTo: TColor;
    AMirrorColor: TColor;
    AMirrorColorTo: TColor;
    AFont: TFont;
    HA: TAlignment;
    VA: TVAlignment;
    WW: Boolean;
    GD: TCellGradientDirection
   end; 

  TBaseGrid = class(TObjStringGrid)
  private
    { Private declarations }
    //FCustomCellProps: TCustomCellProps;
    FDefaultDrawing: Boolean;
    FGridLineWidth: Integer;
    FGridLineColor: TColor;
    FGridFixedLineColor: TColor;
    FGridFixedLineWidth: Integer;
    FPaintID: Integer;
    FCustomSelect: Boolean;
    FOnGetDisplText: TGetDisplTextEvent;
    FOnGetDisplWideText: TGetDisplWideTextEvent;
    FHideLastRow: Boolean;
    FNormalRowCount: Integer;
    FUndoRedo: TAdvGridUndoRedo;
    FWordWrap: boolean;
    FActiveRowShow: Boolean;
    FActiveRowColor: TColor;
    FActiveRowColorTo: TColor;
    FActiveRowMirrorColor: TColor;
    FActiveRowMirrorColorTo: TColor;
    FSelectionStyle: TGridSelectionStyle;
    FDefFont: TFont;
    FDefBrush: TBrush;
    function GetDefaultDrawing: boolean;
    procedure SetDefaultDrawing(const Value: boolean);
    function GetGridLineWidth: integer;
    procedure SetGridLineWidth(const Value: integer);
    procedure SetGridLineColor(const Value: TColor);
    procedure SetGridFixedLineColor(const Value: TColor);
    procedure SetObjectEx(c, r: integer; const Value: TObject);
    function GetObjectEx(c, r: integer): TObject;
    function GetCellEx(c, r: integer): String;
    procedure SetCellEx(c, r: integer; const Value: String);
    function GetGraphicObjectEx(c, r: Integer): TObject;
    procedure SetGraphicObjectEx(c, r: Integer; const Value: TObject);
    procedure RepaintFixedMergedCols;
    procedure RepaintFixedMergedRows;
    function GetGridObject(c, r: Integer): TObject;
    procedure SetGridObject(c, r: Integer; const Value: TObject);
    function GetGridCell(c, r: Integer): string;
    procedure SetGridCell(c, r: Integer; const Value: string);
    procedure SetUndoRedo(const Value: TAdvGridUndoRedo);
    procedure SetActiveRowColor(const Value: TColor);
    procedure SetActiveRowColorTo(const Value: TColor);
    procedure SetActiveRowMirrorColor(const Value: TColor);
    procedure SetActiveRowMirrorColorTo(const Value: TColor);
    procedure SetSelectionStyle(const Value: TGridSelectionStyle);
    procedure SetActiveRowShow(const Value: Boolean);
    procedure SetGridFixedLineWidth(const Value: integer);
    //function GetRowsEx(r: integer): TStrings;
    //procedure SetRowsEx(r: integer; const Value: TStrings);
  protected
    FHoverRowIdx: integer;
    FHoverRow: boolean;
    FHoverRowCells: THoverRowCells;
    FHoverRowColor: TColor;
    FHoverRowColorTo: TColor;
    FShowSel: Boolean;
    FHasCellProps: Boolean;
    FMergeCount: integer;
    FEditCellSet: boolean;
    function ControlDPIScale: single; virtual;
    function GetCPGraphicObject(cp: TCellProperties): TObject;
    { Protected declarations }
    procedure CopyRows(ARow1, ARow2: Integer);
    procedure CopyCols(ACol1, ACol2: Integer);
    procedure NilRow(ARow: Integer);
    procedure NilCol(ACol: Integer);
    procedure NilCell(ACol,ARow: Integer);
    procedure SelectBaseCell;
    function IsFixed(ACol, ARow: Integer): Boolean; virtual;
    function IsSelected(ACol, ARow: Integer): Boolean;
    function NodeIndent(ARow: Integer): Integer; virtual;
    function HasNodes: Boolean; virtual;
    function IsNode(ARow: Integer): Boolean; virtual; abstract;
    function IsSummary(ARow: Integer): Boolean; virtual; abstract;
    function FixedColsWidth: Integer;
    function FixedRowsHeight: Integer;
    procedure TopLeftChanged; override;
    procedure DrawCell(ACol, ARow: Longint; ARect: TRect; AState: TGridDrawState); override;
    procedure DrawGridCell(Canvas: TCanvas; ACol, ARow:longint; ARect:TRect; AState:TGridDrawState); virtual;
    function HasCellProperties(ACol, ARow:integer): Boolean;
    procedure ClearProps;
    procedure ClearPropCell(ACol,ARow: Integer);
    procedure ClearPropRow(ARow: Integer);
    procedure ClearPropRect(ACol1,ARow1,ACol2,ARow2: Integer);
    function SelectCell(ACol, ARow: Longint): Boolean; override;
    procedure KeyDown(var Key: Word; Shift: TShiftState); override;
    function DoMouseWheelDown(Shift: TShiftState; MousePos: TPoint): Boolean; override;
    function DoMouseWheelUp(Shift: TShiftState; MousePos: TPoint): Boolean; override;
    procedure Paint; override;
    procedure FloatFooterUpdate; virtual;
    procedure SetEditText(ACol, ARow: Longint; const Value: string); override;
    function GetEditText(ACol, ARow: Longint): string; override;
    function IsBaseCellEx(ACol,ARow: Integer;var MCol,MRow: Integer): Boolean;
    function GetCellRect(c, r: Integer): TRect;
    function IsCheckCell(c, r: Integer): boolean; virtual; abstract;
    procedure SetAsCheck(c, r: Integer; const v: string); virtual; abstract;
    property PaintID: Integer read FPaintID;
    property CustomSelect: Boolean read FCustomSelect write FCustomSelect;
    //property RowProperties[r:integer]: TCellProperties read GetRowProperties write SetRowProperties;
    //property ColumnProperties[c:integer]: TCellProperties read GetColProperties write SetColProperties;
    property HideLastRow: Boolean read FHideLastRow write FHideLastRow;
    property NormalRowCount: Integer read FNormalRowCount write FNormalRowCount;
    property GridObjects[c,r: Integer]: TObject read GetGridObject write SetGridObject;
    property EditCellSet: boolean read FEditCellSet;
    procedure GetDisplText(c,r: Integer; var Value: string); virtual;
    procedure GetDisplWideText(c,r: Integer; var Value: widestring); virtual;
    procedure GetDefaultProps(ACol,ARow: Integer; AFont: TFont; ABrush: TBrush; var AColorTo, AMirrorColor, AMirrorColorTo: TColor;
      var HA: TAlignment; var VA: TVAlignment; var WW: boolean; var GD: TCellGradientDirection); virtual;
    function GetDefaultAlignment: TAlignment; virtual;
    procedure Notification(AComponent: TComponent; AOperation: TOperation); override;
    procedure ChangeScale(M, D: Integer); override;
    procedure CellTextChange(ACol,ARow: integer); virtual;
    //property CustomCellProps: TCustomCellProps read FCustomCellProps;
    function HasCustomCellBorder:boolean; virtual;
    procedure PaintCellInt(ACanvas: TCanvas; ACol, ARow: Longint; ARect: TRect; AState: TGridDrawState; Internal: boolean = true);
    function UseVCLStyles: boolean; virtual;
    function CreateCellProperties(Col,Row: integer): TCellProperties;
  public
    { Public declarations }
    constructor Create(aOwner: TComponent); override;
    destructor Destroy; override;
    procedure PaintCell(ACanvas: TCanvas; ACol, ARow: Longint; ARect: TRect; AState: TGridDrawState);
    procedure PaintCellExt(ACanvas: TCanvas; ACol, ARow: Longint; ARect: TRect; AState: TGridDrawState);
    function GetCellProperties(c, r: integer): TCellProperties;
    procedure SetCellProperties(c, r: integer; const Value: TCellProperties);
    property CellProperties[c,r: Integer]: TCellProperties read GetCellProperties write SetCellProperties;
    property SelectionStyle: TGridSelectionStyle read FSelectionStyle write SetSelectionStyle;
    procedure GetVisualProperties(ACol,ARow: Integer; var AState: TGridDrawState; Print, Select, Remap: Boolean;
      ABrush: TBrush; var AColorTo, AMirrorColor, AMirrorColorTo: TColor; AFont: TFont; var HA: TAlignment; var VA: TVAlignment; var WW: Boolean;
      var GD: TCellGradientDirection); virtual;
    function CellRect(c,r:Integer): TRect;
    function CellSize(c,r: Integer): TPoint;
    function RealColIndex(ACol: Integer): Integer; virtual;
    function DisplColIndex(ACol: Integer): Integer; virtual;
    function IsBaseCell(ACol,ARow: Integer): Boolean;
    function IsMergedCell(ACol,ARow: Integer): Boolean;
    function IsMergedNonBaseCell(ACol,ARow: Integer): Boolean;
    function IsXMergedCell(ACol,ARow: Integer): Boolean;
    function IsYMergedCell(ACol,ARow: Integer): Boolean;
    function BaseCell(ACol,ARow: Integer): TPoint;
    function FullCell(c,r: Integer): TRect;
    function CellSpan(ACol,ARow: Integer): TPoint;
    function CellExt(ACol,ARow: Integer): TPoint;
    function MinRowSpan(ARow: Integer): Integer;
    function MaxRowSpan(ARow: Integer): Integer;
    function RowSpanIdentical(ARow1,ARow2: Integer): Boolean;
    function ColSpanIdentical(ACol1,ACol2: Integer): Boolean;
    procedure MergeCells(c,r,spanx,spany: Integer); virtual;
    procedure SplitCells(c,r: Integer); virtual;
    procedure RepaintCell(c,r: Integer);
    function TotalColCount: Integer; virtual;
    property ActiveRowColorTo: TColor read FActiveRowColorTo write SetActiveRowColorTo default clNone;
    property ActiveRowMirrorColor: TColor read FActiveRowMirrorColor write SetActiveRowMirrorColor default clNone;
    property ActiveRowMirrorColorTo: TColor read FActiveRowMirrorColorTo write SetActiveRowMirrorColorTo default clNone;

    property Objects[c,r: Integer]: TObject read GetObjectEx write SetObjectEx;
    property GraphicObjects[c,r: Integer]: TObject read GetGraphicObjectEx write SetGraphicObjectEx;
    property Cells[c,r: Integer]: String read GetCellEx write SetCellEx;
    property GridCells[c,r: Integer]: string read GetGridCell write SetGridCell;
    property WordWrap: boolean read FWordWrap write FWordWrap;
    //property Rows[r: Integer]: TStrings read GetRowsEx write SetRowsEx;
  published
    { Published declarations }
    property ActiveRowShow: Boolean read FActiveRowShow write SetActiveRowShow default False;
    property ActiveRowColor: TColor read FActiveRowColor write SetActiveRowColor default clInfoBk;
    property DefaultDrawing: Boolean read GetDefaultDrawing write SetDefaultDrawing default False;
    property GridLineWidth: Integer read GetGridLineWidth write SetGridLineWidth default 1;
    property GridLineColor: TColor read FGridLineColor write SetGridLineColor default clSilver;
    property GridFixedLineColor: TColor read FGridFixedLineColor write SetGridFixedLineColor default clGray;
    property GridFixedLineWidth: integer read FGridFixedLineWidth write SetGridFixedLineWidth default 1;
    property HoverRow: boolean read FHoverRow write FHoverRow default false;
    property HoverRowColor: TColor read FHoverRowColor write FHoverRowColor default clInfoBk;
    property HoverRowColorTo: TColor read FHoverRowColorTo write FHoverRowColorTo default clNone;
    property HoverRowCells: THoverRowCells read FHoverRowCells write FHoverRowCells default [hcNormal, hcSelected];
    property OnGetDisplText: TGetDisplTextEvent read FOnGetDisplText write FOnGetDisplText;
    property OnGetDisplWideText: TGetDisplWideTextEvent read FOnGetDisplWideText write FOnGetDisplWideText;
    property UndoRedo: TAdvGridUndoRedo read FUndoRedo write SetUndoRedo;
  end;

implementation

uses
  AdvUtil;

const
  GRADIENT_DIRECTION = false;

{ TBaseGrid }

constructor TBaseGrid.Create(AOwner: TComponent);
begin
  inherited;

  GridLineWidth := 1;
  FGridLineColor := clSilver;
  FGridFixedLineColor := clGray;
  FGridFixedLineWidth := 1;
  DefaultDrawing := False;
  CustomSelect := True;
  FHideLastRow := False;
  FActiveRowColor := clInfoBk;
  FActiveRowShow := false;
  FWordWrap := true;
  FPaintID := 1;
  FShowSel := true;
  FMergeCount := 0;
  FHoverRow := false;
  FHoverRowIdx := -1;
  FHoverRowColor := clInfoBk;
  FHoverRowColorTo := clNone;
  FActiveRowColorTo := clNone;
  FActiveRowMirrorColor := clNone;
  FActiveRowMirrorColorTo := clNone;
  FHoverRowCells := [hcNormal, hcSelected];
  FDefFont := TFont.Create;
  FDefBrush := TBrush.Create;
end;

destructor TBaseGrid.Destroy;
begin
  FDefFont.Free;
  FDefBrush.Free;
  ClearProps;
  inherited;
end;

procedure TBaseGrid.Paint;
begin
  inherited;
  inc(FPaintID);
end;

procedure TBaseGrid.DrawGridCell(Canvas:TCanvas; ACol, ARow: Integer; ARect: TRect;
  AState: TGridDrawState);
begin
  DrawText(Canvas.Handle,PChar(Cells[ACol,ARow]),Length(Cells[ACol,ARow]),ARect,DT_CENTER or DT_VCENTER or DT_SINGLELINE);
end;

procedure TBaseGrid.PaintCell(ACanvas: TCanvas; ACol: Integer; ARow: Integer; ARect: TRect; AState: TGridDrawState);
begin
  PaintCellInt(ACanvas, ACol, ARow, ARect, AState, true);
end;

procedure TBaseGrid.PaintCellExt(ACanvas: TCanvas; ACol, ARow: Integer;
  ARect: TRect; AState: TGridDrawState);
begin
  PaintCellInt(ACanvas, ACol, ARow, ARect, AState, false);
end;

procedure TBaseGrid.PaintCellInt(ACanvas: TCanvas; ACol: Integer; ARow: Integer; ARect: TRect; AState: TGridDrawState; internal: boolean = true);
var
  hrgn: THandle;
  CrL,CrT: Integer;
  OutofBounds: Boolean;
  MCol,MRow: Integer;
  HA: TAlignment;
  VA: TVAlignment;
  WW: Boolean;
  GLW: Integer;
  AColorTo,AMirrorColor,AMirrorColorTo: TColor;
  GD: TCellGradientDirection;
  mode: TGradientPart;
  ls,rs,ms,rc: integer;
  SR: TRect;
  dosel,dofix: boolean;

begin
  hrgn := 0;
  // Leave drawing of the last row to the floating last fixed row
  if (ARow = RowCount - 1) and FHideLastRow then
  begin
    ACanvas.Brush.Color := Color;
    ACanvas.Pen.Color := Color;
    ACanvas.Rectangle(ARect.Left,ARect.Top, ARect.Right ,ARect.Bottom);
    Exit;
  end;

  if (RowHeights[ARow] = 0) then
    Exit;

  // compensate for hidden cols
  rc := RealColIndex(ACol);

  // Redirect painting to base cell
  if not IsBaseCellEx(rc,ARow,MCol,MRow) then
  begin
    if (CellProperties[MCol,MRow].PaintID <> FPaintID) then
    begin
      CellProperties[MCol,MRow].PaintID := FPaintID;
      PaintCell(ACanvas,MCol,MRow,ARect,AState);
    end;
    Exit;
  end;

  if IsFixed(ACol,ARow) and internal then
    AState := AState + [gdFixed] - [gdSelected];

  if Internal then
    ARect := CellRect(ACol,ARow);

  CrL := 0;
  CrT := 0;

  if (ACol >= FixedCols) then
    CrL := FixedColsWidth;

  if (ARow >= FixedRows) then
    CrT := FixedRowsHeight;

  OutOfBounds := ((ACol >= FixedCols) and (FixedCols > 0) and (ARect.Left < CrL)) or
                 ((ARow >= FixedRows) and (FixedRows > 0) and (ARect.Top < CrT));

  if OutOfBounds then
  begin
    hrgn := CreateRectRgn(CrL, CrT, Width,Height);
    SelectClipRgn(ACanvas.Handle, hrgn);
  end;

  ACanvas.Pen.Width := 1;
  ACanvas.Font.Assign(Font);

  // virtual method to get cell colors
  GetVisualProperties(ACol,ARow,AState,False,True,True,ACanvas.Brush,AColorTo,AMirrorColor,AMirrorColorTo,ACanvas.Font,HA,VA,WW,GD);

  ACanvas.Pen.Color := ACanvas.Brush.Color;

  dosel := (gdSelected in AState) and not (hcSelected in HoverRowCells);
  dofix := (gdFixed in AState) and not (hcFixed in HoverRowCells);

  if HasNodes then
  begin
    if not (hcGroupHeader in HoverRowCells) then
    begin
      if IsNode(arow) then
        dofix := true;
    end;

    if not (hcGroupSummary in HoverRowCells) then
    begin
      if IsSummary(arow) then
        dofix := true;
    end;
  end;

  // hover row color setting
  if (ARow = FHoverRowIdx) and FHoverRow and not dosel and not dofix then
  begin
    ACanvas.Brush.Color := FHoverRowColor;
    AColorTo := FHoverRowColorTo;
    AMirrorColor := clNone;
    AMirrorColorTo := clNone;
    GD := GradientVertical;
  end;

  // active row color has priority on hover row color
  if ((ActiveRowShow) and (ARow = Row) and not IsFixed(ACol,ARow) and
     ((ACol <> Col) or (not FShowSel) or (goRowSelect in Options)) and (ACol >= FixedCols)) or (not internal and (gdSelected in AState)) then
  begin
    ACanvas.Brush.Color := ActiveRowColor;
    //AColorTo := ActiveRowColor;
    //AMirrorColor := clNone;
    //AMirrorColorTo := clNone;
    AColorTo := ActiveRowColorTo;
    AMirrorColor := ActiveRowMirrorColor;
    AMirrorColorTo := ActiveRowMirrorColorTo;
  end;

  ACanvas.Pen.Color := ACanvas.Brush.Color;

  // if cell is selected and a special selection style is choosen
  if (gdSelected in AState) and (FSelectionStyle <> ssDefault) and FShowSel then
  begin
    ls := Selection.Left;
    rs := Selection.Right;
    if ls > rs then
    begin
      ms := rs;
      rs := ls;
      ls := ms;
    end;

    //if (ACol = ls) and (ACol = rs) then
      mode := gpFull;

    if (ACol = ls) and (ACol < rs) then
      mode := gpLeft;

    if (ACol = rs) and (ACol > ls) then
      mode := gpRight;

    if (ACol > ls) and (ACol < rs) then
      mode := gpMiddle;

    SR := ARect;

    if not (goHorzLine in Options) then
      SR.Bottom := SR.Bottom + 1;

    if not (goVertLine in Options) then
      SR.Right := SR.Right + 1;

    if HasCustomCellBorder and (FSelectionStyle = ssDefault) and FShowSel then
    begin
      SR.Left := SR.Left + 1;
      SR.Right := SR.Right - 1;
      SR.Bottom := SR.Bottom - 1;
      SR.Top := SR.Top + 1;
    end;

    if BiDiMode = bdRightToLeft then
    begin
      SR.Right := SR.Right + 1;
      SR.Bottom := SR.Bottom + 1;
    end;

    if (GetFocus = Handle) or (goDrawFocusSelected in Options) then
    begin
      case FSelectionStyle of
      ssVista:DrawSelectionGradient(ACanvas,$FDF8F1,$FCEFD5,clNone,clNone,$FDFBF6,$FDF5E7,$FDDE99,$FCEDCB,Color,SR,mode);
      ssWin7:DrawSelectionGradient(ACanvas,$FCEBDC,$FCDBC1,clNone,clNone,$FDF4EB,$FDEADB,$CEA27D,$E0C5AE,Color,SR,mode);
      ssOffice2007:DrawSelectionGradient(ACanvas,$D7FFFD,$58D4FC,$58D4FC,$B3F1FC,$F4FEFF,$CAF8FF,$8DD7D3,$C3D9DF,Color,SR,mode);
      end;
    end
    else
    begin
      DrawSelectionGradient(ACanvas,$F8F8F8,$E5E5E5,clNone,clNone,$FBFAFA,$F0F0F0,$D9D9D9,$EFEFEF,Color, SR,mode);
    end;
  end
  else
  begin
    if not (UseVCLStyles and (not HasCellProperties(ACol,ARow))) or (not (gdFixed in AState) and not (gdSelected in AState)) then
    begin
      if (AMirrorColorTo <> clNone) then
        DrawVistaGradient(ACanvas,ARect,ACanvas.Brush.Color,AColorTo,AMirrorColor,AMirrorColorTo, true, clNone)
      else
        DrawGradient(ACanvas,ACanvas.Brush.Color,AColorTo,64,ARect,GD = GradientHorizontal)
    end;
  end;

  if gdFixed in AState then
  begin
    if FGridFixedLineWidth > 0 then
      ACanvas.Pen.Color := FGridFixedLineColor;
    ACanvas.Pen.Width := FGridFixedLineWidth;
    GLW := (FGridFixedLineWidth + 1) shr 1;
  end
  else
  begin
    if FGridLineWidth > 0 then
      ACanvas.Pen.Color := FGridLineColor;

    ACanvas.Pen.Width := FGridLineWidth;
    GLW := (FGridLineWidth + 1) shr 1;
  end;

  if (ACol = 0) and (ARow >= FixedRows) then
  begin
    //if NodeIndent(ARow) > 0 then
    //  ARect.Left := ColWidths[0] + 1;
    // ARect.Left := ARect.Left + NodeIndent(ARow);
  end;

//  if not (gdFixed in AState) or Ctl3D then
  begin
    // Draw grid borders
//    if not ((MCol = 0) and not Ctl3D and (ARow >= FixedRows) and HasNodes) then
    if ((goHorzLine in Options) and not (gdFixed in AState)) or
       ((goFixedHorzLine in Options) and (gdFixed in AState)) then
    begin
      ACanvas.MoveTo(ARect.Left - GLW ,ARect.Bottom - GLW);
      ACanvas.LineTo(ARect.Right - GLW ,ARect.Bottom - GLW);
    end;

    if ((goVertLine in Options) and not (gdFixed in AState)) or
       ((goFixedVertLine in Options) and (gdFixed in AState)) then
    begin
      if UseRightToLeftAlignment then
      begin
        ACanvas.MoveTo(ARect.Right - GLW + 1,ARect.Bottom - GLW);
        ACanvas.LineTo(ARect.Right - GLW + 1,ARect.Top - GLW);
      end
      else
      begin
        ACanvas.MoveTo(ARect.Right - GLW ,ARect.Bottom - GLW);
        ACanvas.LineTo(ARect.Right - GLW  ,ARect.Top -GLW);
      end;
    end;

  end;

  SR := ARect;

  if gdFixed in AState then
  begin
    //Inflaterect(ARect,-1,-1);
    ARect.Right := ARect.Right - 1;
    ARect.Bottom := ARect.Bottom - 2;
  end
  else
  begin
    ARect.Left := ARect.Left + 1;
    ARect.Top := ARect.Top + 1;
    ARect.Right := ARect.Right - FGridLineWidth;
    ARect.Bottom := ARect.Bottom - FGridLineWidth;

//    Inflaterect(ARect, -FGridLineWidth, -FGridLineWidth);
  end;

  if internal then
  begin
    DrawGridCell(ACanvas,ACol,ARow,ARect,AState);
  end;

  ARect := SR;

  // DrawText(Canvas.Handle,PChar(Cells[ACol,ARow]),Length(Cells[ACol,ARow]),ARect,DT_CENTER or DT_VCENTER or DT_SINGLELINE or DT_NOCLIP);

  if OutOfBounds then
  begin
    SelectClipRgn(ACanvas.Handle, 0);
    DeleteObject(hrgn);
  end;

  ACanvas.Brush.Style := bsSolid;
  ACanvas.Pen.Style := psSolid;
end;

procedure TBaseGrid.DrawCell(ACol, ARow: Integer; ARect: TRect; AState: TGridDrawState);
begin
  PaintCellInt(Canvas, ACol, ARow, ARect, AState);
end;

function TBaseGrid.GetDefaultAlignment: TAlignment;
begin
  Result := taLeftJustify;
end;

function TBaseGrid.GetDefaultDrawing: boolean;
begin
  Result := FDefaultDrawing;
end;

procedure TBaseGrid.GetDefaultProps(ACol, ARow: Integer; AFont: TFont;
  ABrush: TBrush; var AColorTo, AMirrorColor, AMirrorColorTo: TColor; var HA: TAlignment;
  var VA: TVAlignment; var WW: boolean; var GD: TCellGradientDirection);
begin
  AFont.Assign(Font);
  ABrush.Color := Color;
  AColorTo := clNone;
  AMirrorColor := clNone;
  AMirrorColorTo := clNone;
  HA := GetDefaultAlignment;
  VA := vtaTop;
  WW := WordWrap;
  GD := GradientVertical;
end;

function TBaseGrid.GetGridLineWidth: integer;
begin
  Result := FGridLineWidth;
end;

procedure TBaseGrid.SetObjectEx(c, r: integer; const Value: TObject);
var
  EC: Boolean;
begin
  EC := GridCells[c,r] = '';
  if EC then
    GridCells[c,r] := ' ';

  //if not Assigned(inherited Objects[c,r]) then
  //  inherited Objects[c,r] := TCellProperties.Create(self,c,r);

  //TCellProperties(inherited Objects[c,r]).CellObject := Value;

   // set cellobject in a correct initialized cellproperties object
  CellProperties[c,r].CellObject := TIObjType(Value);
  if EC then
    GridCells[c,r] := '';
end;


procedure TBaseGrid.SetSelectionStyle(const Value: TGridSelectionStyle);
begin
  if (Value <> FSelectionStyle) then
  begin
    FSelectionStyle := Value;
    Invalidate;
  end;
end;

function TBaseGrid.GetObjectEx(c, r: integer): TObject;
begin
  if Assigned(inherited Objects[c,r]) then
    Result := TObject(TCellProperties(inherited Objects[c,r]).CellObject)
  else
    Result := nil;
end;

procedure TBaseGrid.SetDefaultDrawing(const Value: boolean);
begin
  inherited DefaultDrawing := false;
  FDefaultDrawing := value;
end;

procedure TBaseGrid.SetGridLineColor(const Value: TColor);
begin
  if (FGridLineColor <> Value) then
  begin
    FGridLineColor := Value;
    Invalidate;
  end;
end;

procedure TBaseGrid.SetGridFixedLineColor(const Value: TColor);
begin
  if FGridFixedLineColor <> Value then
  begin
    FGridFixedLineColor := Value;
    Invalidate;
  end;
end;

procedure TBaseGrid.SetGridFixedLineWidth(const Value: integer);
begin
  if (FGridFixedLineWidth <> Value) then
  begin
    FGridFixedLineWidth := Value;
    Invalidate;
  end;
end;

procedure TBaseGrid.SetGridLineWidth(const Value: integer);
begin
  FGridLineWidth := value;
  inherited GridLineWidth := 0;
  Invalidate;
end;

function TBaseGrid.GetCellRect(c,r: integer): TRect;
var
  i,x,y: Integer;
  ARect,tlr: TRect;
begin
  x := 0;
  y := 0;

  for i := 1 to c do x := x + ColWidths[i - 1];

  if BidiMode = bdRightToLeft then
    x := Width - x;

  for i := 1 to r do y := y + RowHeights[i - 1];

  // absolute rectangle of cell
  if BidiMode = bdRightToLeft then
    ARect := Rect(x - ColWidths[c],y,x,y + RowHeights[r])
  else
    ARect := Rect(x,y,x + ColWidths[c],y + RowHeights[r]);

  x := 0;
  y := 0;

  if c >= FixedCols then
    for i := 1 to LeftCol do
      x := x + ColWidths[i - 1];

  if r >= FixedRows then
    for i := 1 to TopRow do
      y := y + RowHeights[i - 1];

  OffsetRect(ARect, -x, -y);

  tlr := inherited CellRect(LeftCol,TopRow);

  if c < FixedCols then
    tlr.Left := 0;

  if r < FixedRows then
    tlr.Top := 0;

  OffsetRect(ARect,tlr.Left,tlr.Top);

  if BidiMode = bdRightToLeft then
  begin
    if RowCount > VisibleRowCount then
      OffsetRect(ARect, -GetSystemMetrics(SM_CXVSCROLL) - 4,0);
  end;

  Result := ARect;
end;

function TBaseGrid.GetCPGraphicObject(cp: TCellProperties): TObject;
begin
  Result := cp.FGraphicObject;
end;

function TBaseGrid.CellRect(c,r: integer): TRect;
var
  r1,r2: TRect;
  BC: TPoint;
  rc,ro: integer;

begin
  rc := RealColIndex(c);

  if HasCellProperties(rc,r) then
    if (CellProperties[rc,r].CellSpanX <> -1) or (CellProperties[rc,r].CellSpanY > 0) then
    begin
      BC := CellProperties[rc,r].BaseCell[rc,r];

      // compensate for hidden cols here
      ro := DisplColIndex(BC.X);

      r1 := GetCellRect(ro,BC.Y);

      if r1.Left = r1.Right then
        r1.Right := r1.Right + 1;

      r2 := GetCellRect(ro + CellProperties[BC.X,BC.Y].CellSpanX,BC.Y + CellProperties[BC.X,BC.Y].CellSpanY);

      if r2.Left = r2.Right then
        r2.Left := r2.Left - 1;

      UnionRect(r1, r1, r2);
      Result := r1;
    end
    else
    begin
      if Assigned(CellProperties[c,r].Control) then
        Result := GetCellRect(c,r)
      else
      begin
        r1 := inherited CellRect(c,r);
        Result := Rect(r1.Left,r1.Top,r1.Left + ColWidths[c],r1.Top + RowHeights[r]);
      end;
    end
  else
  begin
    r1 := inherited CellRect(c,r);
    Result := Rect(r1.Left,r1.Top,r1.Left + ColWidths[c],r1.Top + RowHeights[r]);
  end;
end;

function TBaseGrid.CellSize(c,r: Integer): TPoint;
var
  r1,r2: TRect;
  BC: TPoint;
begin
  if HasCellProperties(c,r) then
    if (CellProperties[c,r].CellSpanX <> -1) or (CellProperties[c,r].CellSpanY > 0) then
    begin
      BC := CellProperties[c,r].BaseCell[c,r];
      r1 := GetCellRect(BC.X,BC.Y);
      r2 := GetCellRect(BC.X + CellProperties[BC.X,BC.Y].CellSpanX,BC.Y + CellProperties[BC.X,BC.Y].CellSpanY);

      UnionRect(r1, r1, r2);
    end
    else
      r1 := GetCellRect(c,r)
  else
    r1 := GetCellRect(c,r);

  Result := Point(r1.Right-r1.Left,r1.Bottom - r1.Top);
end;

function TBaseGrid.CellSpan(ACol,ARow: Integer): TPoint;
var
  BC: TPoint;
begin
  Result := Point(0,0);
  if HasCellProperties(ACol,ARow) then
    if (CellProperties[ACol,ARow].CellSpanX <> -1) or (CellProperties[ACol,ARow].CellSpanY > 0) then
    begin
      BC := CellProperties[ACol,ARow].BaseCell[ACol,ARow];
      Result := Point(CellProperties[BC.X,BC.Y].CellSpanX,CellProperties[BC.X,BC.Y].CellSpanY);
    end;
end;

procedure TBaseGrid.CellTextChange(ACol, ARow: integer);
begin
  //
end;

procedure TBaseGrid.ChangeScale(M, D: Integer);
begin
  inherited;

  {$IFNDEF DELPHI_UNICODE}
  if not (csDesigning in ComponentState) then
  begin
    if M <> D then
      DefaultRowHeight := MulDiv(DefaultRowHeight, M, D);
  end;
  {$ENDIF}
end;

function TBaseGrid.CellExt(ACol,ARow: Integer): TPoint;
var
  BC: TPoint;
  cp: TCellProperties;
begin
  Result := Point(0,0);
  if HasCellProperties(ACol,ARow) then
  begin
    cp := CellProperties[ACol,ARow];
    if (cp.CellSpanX <> -1) and (cp.CellSpanY <> -1) then
    begin
      BC := cp.BaseCell[ACol,ARow];
      Result := Point(BC.X - ACol + CellProperties[BC.X,BC.Y].CellSpanX,
                      BC.Y - ARow + CellProperties[BC.X,BC.Y].CellSpanY);
    end;
  end;
end;

function TBaseGrid.IsMergedCell(ACol,ARow: Integer): Boolean;
var
  cp: TCellProperties;
begin
  Result := False;
  if HasCellProperties(ACol,ARow) then
  begin
    cp := CellProperties[ACol,ARow];
    Result := (cp.CellSpanX > 0) or (cp.CellSpanY > 0);
  end;
end;

function TBaseGrid.IsMergedNonBaseCell(ACol,ARow: Integer): Boolean;
var
  cp: TCellProperties;
begin
  Result := False;
  if HasCellProperties(ACol,ARow) then
  begin
    cp := CellProperties[ACol,ARow];
    Result := ((cp.CellSpanX > 0) or (cp.CellSpanY > 0)) and
      not cp.IsBaseCell;
  end;
end;

function TBaseGrid.IsXMergedCell(ACol, ARow: Integer): Boolean;
var
  BC: TPoint;
begin
  Result := False;
  if HasCellProperties(ACol,ARow) then
  begin
    BC := CellProperties[ACol,ARow].BaseCell[ACol,ARow];
    Result := (CellProperties[BC.X,BC.Y].CellSpanX > 0);
  end;
end;

function TBaseGrid.IsYMergedCell(ACol, ARow: Integer): Boolean;
var
  BC: TPoint;
begin
  Result := False;
  if HasCellProperties(ACol,ARow) then
  begin
    BC := CellProperties[ACol,ARow].BaseCell[ACol,ARow];
    Result := (CellProperties[BC.X,BC.Y].CellSpanY > 0);
  end;
end;

function TBaseGrid.CreateCellProperties(Col,Row: integer): TCellProperties;
var
  HA: TAlignment;
  VA: TVAlignment;
  WW: Boolean;
  GD: TCellGradientDirection;
  AColorTo, AMirrorColor, AMirrorColorTo: TColor;
  cp: TCellProperties;
begin
  cp := TCellProperties.Create(Self,Col,Row);
  cp.Alignment := GetDefaultAlignment;

  inherited Objects[Col,Row] := cp;

  // set default values here
  WW := WordWrap;

  GetDefaultProps(Col,Row,FDefFont,FDefBrush,AColorTo,AMirrorColor,AMirrorColorTo,HA,VA,WW,GD);

  cp.FCalcType := acNone;
  cp.FAlignment := HA;
  cp.FVAlignment := VA;
  cp.FWordWrap := WW;
  cp.FFontName := FDefFont.Name;
  cp.FFontHeight := FDefFont.Height;  //Round(FDefFont.Height * ControlDPIScale);
  cp.FFontStyle := FDefFont.Style;
  cp.FFontColor := FDefFont.Color;
  cp.FBrushColor := FDefBrush.Color;
  cp.FBrushColorTo := AColorTo;
  cp.FGradientDirection := GD;

  Result := cp;
end;

function TBaseGrid.GetCellProperties(c, r: integer): TCellProperties;
var
  cp: TCellProperties;
begin
  if not Assigned(inherited Objects[c,r]) then
  begin
    cp := CreateCellProperties(c,r);
    Result := cp;
  end
  else
    Result := TCellProperties(inherited Objects[c,r]);
end;

procedure TBaseGrid.MergeCells(c, r, spanx, spany: Integer);
var
  i,j: Integer;
  cp: TCellProperties;
begin
  inc(FMergeCount);
  for i := c to c + spanx - 1 do
    for j := r to r + spany - 1 do
    begin
      cp := CellProperties[i,j];

      cp.IsBaseCell := (i = c) and (j = r);

      if cp.IsBaseCell then
      begin
        cp.CellSpanX := SpanX - 1;
        cp.CellSpanY := SpanY - 1;
      end
      else
      begin
        cp.CellSpanX := i - c;
        cp.CellSpanY := j - r;
      end;
    end;

  for i := c to c + spanx - 1 do
    for j := r to r + spany - 1 do
    begin
      RepaintCell(i,j);
    end;
end;

procedure TBaseGrid.SetCellProperties(c, r: integer; const Value: TCellProperties);
begin
  if Assigned(inherited Objects[c,r]) then
      TCellProperties(inherited Objects[c,r]).Free;

  inherited Objects[c,r] := Value
end;

procedure TBaseGrid.SplitCells(c, r: integer);
var
  i,j: integer;
  spanx,spany: integer;
  bc: TPoint;
begin
  bc := CellProperties[c,r].BaseCell[c,r];

  c := bc.X;
  r := bc.Y;

  SpanX := CellProperties[c,r].CellSpanX;
  SpanY := CellProperties[c,r].CellSpanY;

  for i := c to c + spanx do
    for j := r to r + spany do
    begin
      CellProperties[i,j].IsBaseCell := True;
      CellProperties[i,j].CellSpanX := -1;
      CellProperties[i,j].CellSpanY := -1;
   end;
  for i := c to c + spanx do
    for j := r to r + spany do
      RepaintCell(i,j);

  dec(FMergeCount);
end;

function TBaseGrid.HasCellProperties(ACol, ARow: integer): boolean;
begin
  Result := false;
  if (ACol > -1) and (ACol < TotalColCount) then
    if (ARow > -1) {and (ARow < RowCount)} then
      Result := Assigned(inherited Objects[ACol,ARow]);
end;

function TBaseGrid.HasCustomCellBorder: boolean;
begin
  Result := false;
end;

function TBaseGrid.GetCellEx(c, r: integer): string;
var
  BC: TPoint;
  ws: widestring;
begin
  if HasCellProperties(c,r) then
    BC := CellProperties[c,r].BaseCell[c,r]
  else
    BC := Point(c,r);

  Result := inherited Cells[BC.X,BC.Y];

  if BC.Y < NormalRowCount then
  begin
    GetDisplText(BC.X,BC.Y,Result);

    if Assigned(FOnGetDisplWideText) then
    begin
      ws := Result;
      ws := DecodeWideStr(ws);
      GetDisplWideText(BC.X,BC.Y,ws);
      Result := EncodeWideStr(ws);
    end;
  end;
end;

procedure TBaseGrid.SetCellEx(c, r: integer; const Value: String);
var
  BC: TPoint;
begin
  if HasCellProperties(c,r) then
  begin
    BC := CellProperties[c,r].BaseCell[c,r];
    inherited Cells[BC.X,BC.Y] := Value;

    {$IFDEF DELPHI2006_LVL}
    CellTextChange(BC.X,BC.Y);
    {$ENDIF}

    if Assigned(Parent) then
      RepaintCell(c,r);
  end
  else
  begin
    FEditCellSet := true;
    inherited Cells[c,r] := Value;
    FEditCellSet := false;
  end;

  if HideLastRow and (r = RowCount - 1) then
    FloatFooterUpdate;
end;

function TBaseGrid.SelectCell(ACol, ARow: Integer): Boolean;
begin
  if BiDiMode = bdRightToLeft then
  begin
    Result := inherited SelectCell(Acol, ARow);
    Invalidate;
  end
  else
  begin
    RepaintCell(Col,Row);
    Result := inherited SelectCell(Acol, ARow);
    RepaintCell(ACol,ARow);
  end;
end;

procedure TBaseGrid.RepaintCell(c, r: integer);
var
  ARect: TRect;
begin
  if HandleAllocated Then
  begin
    ARect := CellRect(c,r);
    InvalidateRect(Handle,@ARect,True);
  end;
end;

function TBaseGrid.IsSelected(ACol, ARow: Integer): Boolean;
var
  sr: TRect;
  BC: TPoint;
begin
  sr.Left := Selection.Left;
  sr.Right := Selection.Right;
  sr.Top := Selection.Top;
  sr.Bottom := Selection.Bottom;

  Result := (ACol >= sr.Left) and (ACol <= sr.Right) and (ARow <= sr.Bottom) and (ARow >= sr.Top);

  if Result then Exit;

  if HasCellProperties(ACol,ARow) then
  begin
   if (CellProperties[ACol,ARow].CellSpanX <> 0) or (CellProperties[ACol,ARow].CellSpanY <> 0) then
     begin
       BC := CellProperties[ACol,ARow].BaseCell[ACol,ARow];

       with CellProperties[BC.X,BC.Y] do
       Result := (Col >= BC.X) and (Col <= BC.X + CellSpanX) and
                 (Row >= BC.Y) and (Row <= BC.Y + CellSpanY);
     end
   end;
end;

procedure TBaseGrid.KeyDown(var Key: Word; Shift: TShiftState);
var
  BC: TPoint;
begin
  if HasCellProperties(Col,Row) then
    BC := CellProperties[Col,Row].BaseCell[Col,Row];

  case Key of
  VK_LEFT:
    begin
      if HasCellProperties(Col,Row) then
      with CellProperties[BC.X,BC.Y] do
      begin
        if (Col > BC.X) and (Col > FixedCols) and (BC.X > 0) then
          Col := BC.X - CellSpanX;
      end;
    end;
  VK_RIGHT:
    begin
      if HasCellProperties(Col,Row) then
      with CellProperties[BC.X,BC.Y] do
      begin
        if (Col <= BC.X + CellSpanX) and (Col < ColCount - 1) and
           (BC.X < ColCount -1) and (BC.X + CellSpanX < ColCount) then
          Col := BC.X + CellSpanX;
      end;
    end;
  VK_UP:
    begin
      if HasCellProperties(Col,Row) then
      with CellProperties[BC.X,BC.Y] do
      begin
        if (Row > BC.Y) and (Row > FixedRows) and (BC.Y > 0) then
          Row := BC.Y - 1;
      end;
    end;
  VK_DOWN:
    begin
      if HasCellProperties(Col,Row) then
      with CellProperties[BC.X,BC.Y] do
      begin
        if (Row <= BC.Y + CellSpanY) and (Row < RowCount - 1) and
            (BC.Y < RowCount - 1) and (BC.Y + CellSpanY + 1 < RowCount) then
          Row := BC.Y + CellSpanY + 1;
      end;
    end;
  VK_NEXT:
    begin
      if (TopRow + VisibleRowCount - FixedRows = RowCount - 1) and
         FHideLastRow and (RowCount > 1) then
        Row := RowCount - 2;
    end;

  end;

  inherited;

  SelectBaseCell;
end;

function TBaseGrid.GetEditText(ACol, ARow: Integer): string;
begin
  Result := inherited GetEditText(ACol,ARow);
end;

procedure TBaseGrid.SetEditText(ACol, ARow: Integer; const Value: string);
begin
  inherited SetEditText(ACol,ARow,Value);
end;

function TBaseGrid.BaseCell(ACol,ARow: Integer): TPoint;
begin
  if HasCellProperties(ACol,ARow) then
    with CellProperties[ACol,ARow] do
    begin
      Result := BaseCell[ACol,ARow];
    end
  else
    Result := Point(ACol,ARow);
end;

function TBaseGrid.IsBaseCellEx(ACol, ARow: Integer;var MCol,MRow: Integer): Boolean;
var
  BC: TPoint;
begin
  Result := True;
  MCol := ACol;
  MRow := ARow;

  if HasCellProperties(ACol,ARow) then
    with CellProperties[ACol,ARow] do
    begin
       Result := IsBaseCell;
       if not Result then
       begin
         BC := BaseCell[ACol,ARow];
         MCol := BC.X;
         MRow := BC.Y;
       end;
    end;
end;

function TBaseGrid.IsBaseCell(ACol, ARow: Integer): Boolean;
begin
  Result := True;
  if HasCellProperties(ACol,ARow) then
    Result := CellProperties[ACol,ARow].IsBaseCell;
end;


function TBaseGrid.NodeIndent(ARow: Integer): Integer;
begin
  Result := 0;
end;

procedure TBaseGrid.GetVisualProperties(ACol, ARow: Integer;
  var AState: TGridDrawState; Print, Select, Remap: Boolean; ABrush: TBrush; var AColorTo, AMirrorColor, AMirrorColorTo: TColor; AFont: TFont;
  var HA: TAlignment; var VA: TVAlignment; var WW: Boolean;var GD: TCellGradientDirection);
begin

end;

function TBaseGrid.GetGraphicObjectEx(c, r: Integer): TObject;
begin
  if Assigned(inherited Objects[c,r]) then
    Result := TCellProperties(inherited Objects[c,r]).GraphicObject
  else
    Result := nil;
end;

procedure TBaseGrid.SetGraphicObjectEx(c, r: Integer;
  const Value: TObject);
var
  EC: Boolean;
  AFont: TFont;
  ABrush: TBrush;
  cp: TCellProperties;
  HA: TAlignment;
  VA: TVAlignment;
  WW: boolean;
  GD: TCellGradientDirection;
  AColorTo,AMirrorColor,AMirrorColorTo: TColor;

begin
  if (csDestroying in ComponentState) then
  begin
    if (Value = nil) then
      TCellProperties(inherited Objects[c,r]).GraphicObject := Value;
    Exit;
  end;

  EC := GridCells[c,r] = '';
  if EC then
    Cells[c,r] := ' ';

  if not Assigned(inherited Objects[c,r]) then
  begin
    cp := TCellProperties.Create(Self,c,r);
    cp.Alignment := GetDefaultAlignment;
    inherited Objects[c,r] := cp;

    // assign default values
    AFont := TFont.Create;
    ABrush := TBrush.Create;

    GetDefaultProps(c,r,AFont,ABrush,AColorTo,AMirrorColor,AMirrorColorTo,HA,VA,WW,GD);

    cp.Alignment := HA;
    cp.VAlignment := VA;
    cp.WordWrap := WW;
    cp.FFontName := AFont.Name;
    cp.FFontHeight := AFont.Height;
    cp.FFontStyle := AFont.Style;
    cp.FFontColor := AFont.Color;
    cp.BrushColor := ABrush.Color;
    cp.BrushColorTo := AColorTo;
    cp.GradientDirection := GD;

    ABrush.Free;
    AFont.Free;
  end;

  TCellProperties(inherited Objects[c,r]).GraphicObject := Value;

  if EC then
    Cells[c,r] := '';
end;

function TBaseGrid.FullCell(c, r: Integer): TRect;
var
  pt: TPoint;
begin
  pt := BaseCell(c,r);

  Result.Left := pt.X;
  Result.Top := pt.Y;

  pt := CellSpan(c,r);
  Result.Right := Result.Left + pt.X;
  Result.Bottom := Result.Top + pt.Y;
end;

function TBaseGrid.DoMouseWheelDown(Shift: TShiftState;
  MousePos: TPoint): Boolean;
begin
  Result := inherited DoMouseWheelDown(Shift,MousePos);

  if (Row - TopRow > VisibleRowCount ) and
     (Row < RowCount - 1) and FHideLastRow then
    TopRow := TopRow + 1;

  SelectBaseCell;
end;

function TBaseGrid.DoMouseWheelUp(Shift: TShiftState;
  MousePos: TPoint): Boolean;
begin
  Result := inherited DoMouseWheelUp(Shift,MousePos);
  SelectBaseCell;
end;

procedure TBaseGrid.SelectBaseCell;
var
  BC: TPoint;
begin
  if HasCellProperties(Col,Row) then
  begin
    BC := CellProperties[Col,Row].BaseCell[Col,Row];
    Col := BC.X;
    Row := BC.Y;
  end;
end;

function TBaseGrid.FixedColsWidth: Integer;
var
  i: Integer;
begin
  Result := 0;
  for i := 1 to FixedCols do
    Result := Result + ColWidths[i - 1];
end;

function TBaseGrid.FixedRowsHeight: Integer;
var
  i: Integer;
begin
  Result := 0;
  for i := 1 to FixedRows do
    Result := Result + RowHeights[i - 1];
end;

procedure TBaseGrid.RepaintFixedMergedCols;
var
  i,j: Integer;
begin
  if FixedRows = 0 then
    Exit;

  for i := LeftCol to LeftCol + VisibleColCount do
    for j := 1 to FixedRows do
      if IsMergedCell(i, j - 1) then
        RepaintCell(i, j - 1);
end;

procedure TBaseGrid.RepaintFixedMergedRows;
var
  i,j: Integer;
begin
  if FixedCols = 0 then
    Exit;

  for i := TopRow to TopRow + VisibleRowCount do
    for j := 1 to FixedCols do
      if IsMergedCell(j - 1,i) then
        RepaintCell(j - 1,i);
end;

procedure TBaseGrid.TopLeftChanged;
begin
  inherited;
  RepaintFixedMergedRows;
  RepaintFixedMergedCols;
end;


function TBaseGrid.TotalColCount: Integer;
begin
  Result := ColCount;
end;

function TBaseGrid.UseVCLStyles: boolean;
begin
  Result := False;
end;

function TBaseGrid.IsFixed(ACol, ARow: Integer): Boolean;
begin
  Result := False;
end;

procedure TBaseGrid.CopyCols(ACol1, ACol2: Integer);
begin
  Cols[ACol1] := Cols[ACol2];
end;

procedure TBaseGrid.CopyRows(ARow1, ARow2: Integer);
var
  i: Integer;
begin
  for i := 1 to ColCount do
  begin
    Cells[i - 1,ARow1] := Cells[i - 1,ARow2];
    inherited Objects[i - 1,ARow1] := inherited Objects[i - 1,ARow2];
  end;
end;

procedure TBaseGrid.NilCol(ACol: Integer);
var
  i: Integer;
begin
  for i := 1 to RowCount do
  begin
    inherited Objects[ACol,i - 1] := nil;
    Cells[ACol,i - 1] := '';
  end;
end;

procedure TBaseGrid.NilRow(ARow: Integer);
var
  i: Integer;
begin
  for i := 1 to ColCount do
  begin
    inherited Objects[i - 1,ARow] := nil;
    Cells[i - 1,ARow] := '';
  end;
end;

procedure TBaseGrid.NilCell(ACol, ARow: Integer);
begin
  Cells[ACol,ARow] := '';
  inherited Objects[ACol,ARow] := nil;
end;


function TBaseGrid.HasNodes: Boolean;
begin
  Result := False;
end;

// gets the smallest row span for a given row
function TBaseGrid.MinRowSpan(ARow: Integer): Integer;
var
  c,ms,ns: Integer;
begin
  ms := RowCount;
  for c := 1 to ColCount do
  begin
    ns := CellSpan(c - 1,ARow).Y;
    if (ns > 0) and (ns < ms) then
      ms := ns;
  end;
  Result := ms;
end;

function TBaseGrid.MaxRowSpan(ARow: Integer): Integer;
var
  c,ms,ns: Integer;
begin
  ms := 0;
  for c := 1 to ColCount do
  begin
    ns := CellSpan(c - 1,ARow).Y;
    if (ns > ms) then
      ms := ns;
  end;
  Result := ms;
end;


function TBaseGrid.RowSpanIdentical(ARow1,ARow2: Integer): Boolean;
var
  c: Integer;
  IsMerged: Boolean;
begin
  Result := True;
  IsMerged := False;
  for c := 1 to ColCount do
  begin
    if (CellSpan(c - 1,ARow1).Y > 0) and
       (CellSpan(c - 1,ARow2).Y > 0) then
    begin
      IsMerged := True;
      if (BaseCell(c - 1,ARow1).Y <> BaseCell(c - 1,ARow2).Y) then
      begin
        Result := False;
        Break;
      end;
    end;
  end;

  Result := Result and IsMerged;
end;

function TBaseGrid.ColSpanIdentical(ACol1,ACol2: Integer): Boolean;
var
  r: Integer;
  IsMerged: Boolean;  
begin
  Result := True;
  IsMerged := False;
  for r := 1 to RowCount do
  begin
    if (CellSpan(ACol1,r - 1).X > 0) and
       (CellSpan(ACol2,r - 1).X > 0) then
    begin
      if (BaseCell(ACol1,r - 1).X <> BaseCell(ACol1,r - 1).X) then
      begin
        Result := False;
        Break;
      end;
    end
    else
      if (CellSpan(ACol1,r - 1).X <> CellSpan(ACol2,r - 1).X) then
      begin
        Result := False;
        Break;
      end;
  end;
  Result := Result and IsMerged;
end;


function TBaseGrid.ControlDPIScale: single;
begin
  Result := 1;
end;

function TBaseGrid.GetGridObject(c, r: Integer): TObject;
begin
  Result := inherited Objects[c,r]
end;

procedure TBaseGrid.SetGridObject(c, r: Integer; const Value: TObject);
begin
  inherited Objects[c,r] := Value;
end;

procedure TBaseGrid.FloatFooterUpdate;
begin

end;

function TBaseGrid.GetGridCell(c, r: Integer): string;
begin
  Result := inherited Cells[c,r];
end;

procedure TBaseGrid.SetGridCell(c, r: Integer; const Value: string);
begin
  inherited Cells[c,r] := Value;
end;

procedure TBaseGrid.ClearPropRect(ACol1, ARow1, ACol2, ARow2: Integer);
var
  c,r: Integer;
  cp: TCellProperties;
begin
  if not FHasCellProps then
    Exit;
  for c := ACol1 to ACol2 do
   for r := ARow1 to ARow2 do
     if Assigned(inherited Objects[c,r]) then
     begin
       cp := TCellProperties(inherited Objects[c,r]);
       if Assigned(cp.GraphicObject) and (cp.GraphicObject.ClassName = 'TCellGraphic') then
         cp.GraphicObject.Free;

       TCellProperties(inherited Objects[c,r]).Free;
       inherited Objects[c,r] := nil;
     end;
end;

procedure TBaseGrid.ClearPropRow(ARow: Integer);
begin
  ClearPropRect(0,ARow,ColCount - 1,ARow);
end;

procedure TBaseGrid.ClearPropCell(ACol, ARow: Integer);
begin
  if Assigned(inherited Objects[ACol,ARow]) then
  begin
    TCellProperties(inherited Objects[ACol,ARow]).Free;
    inherited Objects[ACol,ARow] := nil;
  end;
end;


procedure TBaseGrid.ClearProps;
begin
  ClearPropRect(0,0,ColCount - 1,RowCount - 1);
end;

procedure TBaseGrid.GetDisplText(c, r: Integer; var Value: string);
begin
  if Assigned(OnGetDisplText) then
    OnGetDisplText(Self,c,r,Value)
end;

procedure TBaseGrid.GetDisplWideText(c, r: Integer; var Value: widestring);
begin
  if Assigned(OnGetDisplWideText) then
    OnGetDisplWideText(Self,c,r,Value)
end;


procedure TBaseGrid.Notification(AComponent: TComponent;
  AOperation: TOperation);
begin
  if (AOperation = opRemove) and (AComponent = FUndoRedo) then
    FUndoRedo := nil;

  inherited;
end;

procedure TBaseGrid.SetUndoRedo(const Value: TAdvGridUndoRedo);
begin
  FUndoRedo := Value;
  if Assigned(FUndoRedo) then
    FUndoRedo.Grid := Self;
end;


function TBaseGrid.DisplColIndex(ACol: Integer): Integer;
begin
  Result := ACol;
end;

function TBaseGrid.RealColIndex(ACol: Integer): Integer;
begin
  Result := ACol;
end;

procedure TBaseGrid.SetActiveRowColorTo(const Value: TColor);
begin
  if (FActiveRowColorTo <> Value) then
  begin
    FActiveRowColorTo := Value;
    Invalidate;
  end;
end;

procedure TBaseGrid.SetActiveRowMirrorColor(const Value: TColor);
begin
  if (FActiveRowMirrorColor <> Value) then
  begin
    FActiveRowMirrorColor := Value;
    Invalidate;
  end;
end;

procedure TBaseGrid.SetActiveRowMirrorColorTo(const Value: TColor);
begin
  if (FActiveRowMirrorColorTo <> Value) then
  begin
    FActiveRowMirrorColorTo := Value;
    Invalidate;
  end;
end;


procedure TBaseGrid.SetActiveRowColor(const Value: TColor);
begin
  if (FActiveRowColor <> Value) then
  begin
    FActiveRowColor := Value;
    Invalidate;
  end;
end;

procedure TBaseGrid.SetActiveRowShow(const Value: Boolean);
begin
  if (FActiveRowShow <> Value) then
  begin
    FActiveRowShow := Value;
    Invalidate;
  end;
end;

{ TCellProperties }

procedure TCellProperties.Assign(Source: TPersistent);
begin
  if (Source is TCellProperties) then
  begin
    FIsBaseCell := TCellProperties(Source).IsBaseCell;
    FCellSpanX := TCellProperties(Source).CellSpanX;
    FCellSpanY := TCellProperties(Source).CellSpanY;
    FOwnerRow := TCellProperties(Source).OwnerRow;
    FOwnerCol := TCellProperties(Source).OwnerCol;
    FObject := TCellProperties(Source).CellObject;
    FAlignment := TCellProperties(Source).Alignment;
    FBorderColor := TCellProperties(Source).BorderColor;
    FBorderWidth := TCellProperties(Source).BorderWidth;
    FBrushColor := TCellProperties(Source).BrushColor;
    FBrushStyle := TCellProperties(Source).BrushStyle;
    FFontColor := TCellProperties(Source).FontColor;
    FFontStyle := TCellProperties(Source).FontStyle;
    FFontName := TCellProperties(Source).FontName;
    FFontHeight := TCellProperties(Source).FontSize;
    FReadOnly := TCellProperties(Source).ReadOnly;
    FEditor := TCellProperties(Source).Editor;
    FValignment := TCellProperties(Source).VAlignment;
    FWordWrap := TCellProperties(Source).WordWrap;
    FNodeLevel := TCellProperties(Source).NodeLevel;
    FControl := TCellProperties(Source).Control;
    FMergeCollaps := TCellProperties(Source).MergeCollaps;
  end;
end;

constructor TCellProperties.Create(AOwner: TBaseGrid; ACol, ARow:integer);
begin
  inherited Create;

  FObject := 0;
  FGraphicObject := nil;
  FIsBaseCell := True;
  FCellSpanX := -1;
  FCellSpanY := -1;

  FBrushColor := clNone;
  FBrushColorTo := clNone;
  FFontColor := clNone;
  FReadOnly := False;
  FOwnerGrid := AOwner;
  FOwnerCol := ACol;
  FOwnerRow := ARow;
  FCalcObject := nil;
  FWordWrap := AOwner.FWordWrap;
  FNodeLevel := 0;
  FMergeCollaps := False;
  AOwner.FHasCellProps := True;
end;

function TCellProperties.GetBaseCell(c, r: Integer): TPoint;
begin
  if IsBaseCell then
    Result := Point(c,r)
  else
  begin
    if (CellSpanX <> - 1) and (CellSpanY >= 0) then
      Result := Point(c - CellSpanX,r - CellSpanY)
    else
      Result := Point(c,r)
  end;
end;

function TCellProperties.GetCellSpanY: Integer;
begin
  if not FMergeCollaps then
    Result := FCellSpanY
  else
    Result := 0;
end;

procedure TCellProperties.SetAlignment(const Value: TAlignment);
begin
  FAlignment := Value;
end;

procedure TCellProperties.SetBrushColor(const Value: TColor);
begin
  FBrushColor := Value;
  FOwnerGrid.RepaintCell(FOwnerCol, FOwnerRow);
end;

procedure TCellProperties.SetBrushColorTo(const Value: TColor);
begin
  FBrushColorTo := Value;
  FOwnerGrid.RepaintCell(FOwnerCol, FOwnerRow);
end;

procedure TCellProperties.SetVAlignment(const Value: TVAlignment);
begin
  FValignment := Value;
  FOwnerGrid.RepaintCell(FOwnerCol, FOwnerRow);
end;

procedure TCellProperties.SetWordWrap(const Value: Boolean);
begin
  FWordWrap := Value;
  FOwnerGrid.RepaintCell(FOwnerCol, FOwnerRow);
end;

{ TAdvGridUndoRedo }

function TAdvGridUndoRedo.CanRedo: Boolean;
begin
  Result := (FLevel < FItems.Count);
end;

function TAdvGridUndoRedo.CanUndo: Boolean;
begin
  Result := (FLevel > 0);
end;

constructor TAdvGridUndoRedo.Create(AOwner: TComponent);
begin
  inherited;
  FItems := TUndoRedoCollection.Create;
  FLevel := 0;
end;

destructor TAdvGridUndoRedo.Destroy;
begin
  FItems.Free;
  inherited;
end;

procedure TAdvGridUndoRedo.Notification(AComponent: TComponent;
  AOperation: TOperation);
begin
  if (AOperation = opRemove) and (AComponent = FGrid) then
    FGrid := nil;
  inherited;
end;

procedure TAdvGridUndoRedo.Redo;
begin
  if Assigned(Grid) then
  begin
    if (FLevel < FItems.Count) then
    begin
      inc(FLevel);

      if TUndoRedoItem(FItems.Items[FLevel - 1]).SequenceStart then
      begin
        inc(FLevel);

        while (FLevel < FItems.Count) and not (TUndoRedoItem(FItems.Items[FLevel - 1]).SequenceStop) do
        begin
          with TUndoRedoItem(FItems.Items[FLevel - 1]) do
          begin
            if Assigned(FOnRedo) then
              FOnRedo(self, Grid, Col, Row, Grid.Cells[Col,Row], Value);

            Grid.Cells[Col,Row] := Value;
            Grid.Col := Grid.DisplColIndex(Col);
            Grid.Row := Row;
          end;
          inc(FLevel);
        end;
        Grid.Invalidate;
      end
      else
        with TUndoRedoItem(FItems.Items[FLevel - 1]) do
        begin
          if Assigned(FOnRedo) then
            FOnRedo(self, Grid, Col, Row, Grid.Cells[Col,Row], Value);

          Grid.Cells[Col,Row] := Value;
          Grid.Col := Grid.DisplColIndex(Col);
          Grid.Row := Row;
          Grid.RepaintCell(Grid.Col,Grid.Row);
        end;
    end;
  end;
end;

procedure TAdvGridUndoRedo.RegisterChange(ACol, ARow: Integer; OldValue,
  NewValue: string);
begin
  if (FItems.Count >= FMaxLevel) and (FMaxLevel > 0) then
    FItems.Items[0].Free;

  with TUndoRedoItem(FItems.Add) do
  begin
    Col := ACol;
    Row := ARow;
    Value := NewValue;
    OrigValue := OldValue;
    SequenceStart := false;
    SequenceStop := false;
  end;
  FLevel := FItems.Count;
end;

procedure TAdvGridUndoRedo.Reset;
begin
  while (FItems.Count > 0) do
    FItems.Items[0].Free;
  FLevel := 0;
end;

procedure TAdvGridUndoRedo.StartSequence;
begin
  with TUndoRedoItem(FItems.Add) do
  begin
    Col := -1;
    Row := -1;
    Value := '';
    OrigValue := '';
    SequenceStart := true;
    SequenceStop := false;
  end;
  FLevel := FItems.Count;
end;

procedure TAdvGridUndoRedo.StopSequence;
begin
  with TUndoRedoItem(FItems.Add) do
  begin
    Col := -1;
    Row := -1;
    Value := '';
    OrigValue := '';
    SequenceStart := false;
    SequenceStop := true;
  end;
  FLevel := FItems.Count;
end;

procedure TAdvGridUndoRedo.Undo;
begin
  if Assigned(Grid) and (FLevel > 0) and (FLevel <= FItems.Count) then
  begin
    if TUndoRedoItem(FItems.Items[FLevel - 1]).SequenceStop then
    begin
      dec(FLevel);
      while (FLevel > 0) and not (TUndoRedoItem(FItems.Items[FLevel - 1]).SequenceStart) do
      begin
        with TUndoRedoItem(FItems.Items[FLevel - 1]) do
        begin
          if Assigned(FOnUndo) then
             FOnUndo(self, Grid, Col, Row, Grid.Cells[Col,Row], OrigValue);
          Grid.Cells[Col,Row] := OrigValue;
          Grid.Col := Grid.DisplColIndex(Col);
          Grid.Row := Row;
        end;
        dec(FLevel);
      end;
      dec(FLevel);
      Grid.Invalidate;
    end
    else
    begin
      with TUndoRedoItem(FItems.Items[FLevel - 1]) do
      begin
        if Assigned(FOnUndo) then
          FOnUndo(self, Grid, Col, Row, Grid.Cells[Col,Row], OrigValue);

        if Grid.IsCheckCell(Col, Row) then
          Grid.SetAsCheck(Col ,Row, OrigValue)
        else
          Grid.Cells[Col, Row] := OrigValue;

        Grid.Col := Grid.DisplColIndex(Col);
        Grid.Row := Row;
        Grid.RepaintCell(Grid.Col,Row);
      end;
      dec(FLevel);
    end;
  end;
end;

{ TUndoRedoCollection }

constructor TUndoRedoCollection.Create;
begin
  inherited Create(TUndoRedoItem);
end;


end.

You've provided a complete and detailed implementation of a custom grid component in Delphi, specifically the `TBaseGrid` class and its related components, properties, and methods. If you are looking to modify a specific part of this code, or if you have a specific question or request, please clarify so that I can assist you more effectively.

However, if your goal is to integrate with a class such as the `TAdvColumnGrid` mentioned previously, and interpose properties as discussed, here's how you could incorporate the original `Cells` property within that context.

### Example of Interposing the Original `Cells` in a New Grid Component

If you want to create a new property (for example, `Cellz` that provides interposing access to the original `Cells`), you might do it like this:

1. **Declare the new property in the derived class.**
2. **Redirect calls to the original `Cells` property inside the getter and setter.**

Here's a simplified example based on your previous code, assuming you want to wrap the `Cells` in a custom way:

```delphi
type
  TMyBaseGrid = class(TBaseGrid) // Assuming TBaseGrid is your base class
  private
    function GetCellz(ACol, ARow: Integer): string;
    procedure SetCellz(ACol, ARow: Integer; const Value: string);
  published
    property Cellz[ACol, ARow: Integer]: string read GetCellz write SetCellz;
  end;

implementation

function TMyBaseGrid.GetCellz(ACol, ARow: Integer): string;
begin
  // This allows you to modify the return value before returning it
  Result := Cells[ACol, ARow];
  // Add any additional logic here if necessary
end;

procedure TMyBaseGrid.SetCellz(ACol, ARow: Integer; const Value: string);
begin
  // This allows you to modify the input value before setting it
  Cells[ACol, ARow] := Value;
  // Add any additional logic here if necessary
end;
```

### What This Example Does

- **Getter and Setter**: In `GetCellz` and `SetCellz`, you can add additional logic such as validation, logging, or transformation of the data before it interacts with the original `Cells` property.
- **Direct Interposition**: This acts as a wrapper around the original implementation while keeping the base functionality intact.

### Conclusion

This is a very common pattern in Delphi to interpose additional functionality around existing properties or methods, allowing you to extend or modify behavior without completely replacing the underlying system.

If you have a more specific question about the code you provided or a unique use case, feel free to share!

tell me 10 steps to achive your dreames come true

Achieving your dreams requires a combination of clarity, planning, and perseverance. Here are ten steps to help you turn your dreams into reality:

1. **Define Your Dreams**: Clearly articulate what your dreams are. Write them down in specific terms. Vague dreams lead to vague results.

2. **Set SMART Goals**: Break your dreams into Specific, Measurable, Achievable, Relevant, and Time-bound (SMART) goals. This will make them more actionable and easier to track.

3. **Create a Vision Board**: Visual representation can help keep you motivated. Use images, quotes, and symbols that resonate with your dreams.

4. **Develop a Action Plan**: Outline the steps you need to take to reach your goals. Prioritize these steps and create a timeline for completing them.

5. **Stay Committed**: Consistency is key. Commit to taking regular actions toward your goals, even when motivation wanes.

6. **Gather Resources**: Identify the resources you need, such as finances, time, skills, or networks, and make a plan to acquire them.

7. **Build a Support System**: Surround yourself with people who support your dreams. Seek mentorship, advice, or collaboration from those who have experience in your desired field.

8. **Monitor Your Progress**: Regularly review your goals and the steps you’re taking. Adjust your action plan if necessary and celebrate small victories along the way.

9. **Stay Positive and Resilient**: Stay focused on your vision, even when faced with obstacles. Cultivate a positive mindset and practice resilience to overcome setbacks.

10. **Reflect and Adapt**: Periodically reflect on your journey. If something isn’t working, be willing to adapt your strategy. Learn from your experiences and keep evolving toward your dreams.

By following these steps, you can create a structured approach to transforming your dreams into achievable goals. Remember, patience and persistence are key components of success!

alliatys délai de rétractation

Le délai de rétractation en France est le cadre légal qui permet aux consommateurs de revenir sur une décision d'achat dans un certain laps de temps après la conclusion d'un contrat, généralement dans le cadre des ventes à distance ou hors établissement. Pour la majorité des biens et services, ce délai est de 14 jours à partir de la réception du produit ou de l'acceptation de l'offre.

Cependant, il peut y avoir des exceptions. Par exemple, certains produits comme les biens périssables, les articles personnalisés, ou les services qui ont déjà été pleinement exécutés ne peuvent pas faire l'objet d'un droit de rétractation.

Si vous avez des questions spécifiques concernant un achat chez "Alliatys" ou tout autre fournisseur, je vous conseille de consulter directement leurs conditions de vente ou de contact leur service client pour des précisions.

assurance Alliatys

Alliatys est une société qui propose des solutions d'assurance santé et de prévoyance. Elle se concentre sur l'accompagnement des assurés par le biais de produits adaptés à différentes situations. Voici quelques éléments clés concernant Alliatys et ses offres d'assurance :

1. **Assurance santé** : Alliatys propose des complémentaires santé qui peuvent couvrir une large gamme de frais médicaux, allant des consultations aux soins dentaires et optiques.

2. **Prévoyance** : En plus de l'assurance santé, Alliatys offre également des produits de prévoyance qui visent à garantir des revenus en cas d'incapacité de travail due à une maladie ou un accident.

3. **Services personnalisés** : Alliatys se distingue par un service client qui s'efforce d'accompagner ses adhérents dans le choix de leurs assurances, en tenant compte de leurs besoins et de leur situation personnelle.

4. **Démarche simplifiée** : L'entreprise met souvent l'accent sur des démarches administratives facilitées, permettant une souscription et une gestion des contrats moins lourdes.

Pour avoir des informations plus précises sur les types de couvertures proposées, les tarifs, ou les modalités de souscription, il est conseillé de visiter le site officiel d'Alliatys ou de les contacter directement.

Hello!

Hello! How can I assist you today?

My Kids WB au Kids' WB Fall 2014
From October 3, the surrounding presentation (now/next/later bumpers and promo ends) will have arrows, The idents will have random skits that end in the logo forming, These include 1. Dentist: A dentist notices a girl has broken teeth, fixes them with a drill, turning them normal (and looking like the Kids WB logo)

Jack in the Box: 2 funny creatures pop out of a jack in the box, they get tangled and the boxes fall over, forming the logo
Bunnies: 2 purple bunnies bash themselves with a mallet in a squash and stretch manner (squishing then reverting to normal instantly), This gets faster untill they turn into the logo, (with the iconic dizzy/birds flying over head gag thrown in for good measure)
Parachute: 2 skydiving daredevil’s parachute forms the logo (one of the daredevils fall to the ground, the other lands perfectly)
Transformers: 2 fighting mech robots turn into the logo
Moon: A man on the moon plants seeds, hoping for trees, but gets the logo instead
Cliff: 2 flying jets fly past a cliff with the logo carved into it
Balloons: 2 monkeys bounce on a inflater, behind then a baloon with the logo inflates and bursts, leaving them humiliated
Diving: A man dives, while juggling and having a cup of tea, Judges give him a score with the logo
Magic: A magician peforms the famous cutting trick, the boxes are the logo
Dynamite: A purple creature proposes to another, accidentally holding TNT instead of flowers, It explodes, forming the logo
Fly squatter: A fly tries to suck juice., but gets whacked with a fly swatter, the swatter forms the B, fly forms the W and "Kids" part
High Noon: 2 cowboys prepare to fight, but their guns shoot out the logo instead,
Frankenstein: Frankenstein but with the logo instead. 

Kids WB Fall 2014 Schedule
7:00 AM - Pokémon: XY
Join Ash and his friends in the Kalos region as they take on new challenges and discover new Pokémon!

7:30 AM - Looney Tunes Cartoons
Laugh along with Bugs Bunny, Daffy Duck, and the rest of the Looney Tunes gang in zany, classic shorts.

8:00 AM - The Tom & Jerry Show
Enjoy the timeless antics of the cat-and-mouse duo in their never-ending chase.

8:30 AM - Ben 10 Omniverse
Although Ben's ready to work alone, Grandpa Max teams him with a new, by-the-book partner. Along the way, Ben discovers enemies from his past looking for a rematch as well as a new batch of aliens to battle. While Ben is busy dealing with the aliens, a mysterious hunter is hot on his trail.

9:00 AM - The Batman
Dive into Gotham City with young Bruce Wayne as he fights crime and faces iconic villains.

9:30 AM - Teen Titans Go!
Join the hilarious misadventures of the Teen Titans as they tackle everyday problems with a comical twist!

10:00 AM - Johnny Test
More adventures with Johnny and Dukey

10:30 AM - The Amazing World of Gumball
Explore the absurd and colorful life of Gumball Watterson and his family in the quirky town of Elmore!

11:00 AM - Adventure Time
Join Finn and Jake in the magical Land of Ooo for epic quests and whimsical adventures!

11:30 AM - Regular Show
Follow the everyday lives of Mordecai and Rigby as they hilariously navigate the challenges of working at the park! Write a ad for the new season, 

**🎉 Get Ready for the Ultimate Cartoon Experience on Kids' WB! 🎉**

This Fall, join us for an exciting lineup that will keep your family glued to the screen! Starting October 3, Kids' WB introduces a fresh new look and a spectacular lineup that will bring laughter, adventure, and excitement right into your living room!

🔥 **Catch the All-New Kids' WB Fall 2014 Schedule!** 🔥

**7:00 AM - Pokémon: XY**  
Embark on an epic journey with Ash and his friends in the Kalos region! Discover new Pokémon, face thrilling challenges, and experience the magic of teamwork!

**7:30 AM - Looney Tunes Cartoons**  
Buckle up for a wild ride with Bugs Bunny, Daffy Duck, and the rest of the legendary Looney Tunes cast. Their zany shenanigans are sure to crack you up!

**8:00 AM - The Tom & Jerry Show**  
Get ready for non-stop giggles as Tom chases Jerry in their classic cat-and-mouse showdown filled with timeless antics!

**8:30 AM - Ben 10 Omniverse**  
Join Ben as he unites forces with an unlikely partner to face new aliens and confront old foes! Can he balance his hero duties with a mysterious hunter on his tail?

**9:00 AM - The Batman**  
Dive deep into Gotham City with fearless young Bruce Wayne and watch as he battles iconic villains—it's a thrilling ride you won't want to miss!

**9:30 AM - Teen Titans Go!**  
Laugh along with the Teen Titans as they tackle wacky every day problems with their heroic yet hilarious flair!

**10:00 AM - Johnny Test**  
More outrageous adventures await Johnny and his trusty sidekick Dukey. Get ready for a whirlwind of fun!

**10:30 AM - The Amazing World of Gumball**  
Explore the colorful and bizarre life of Gumball Watterson in the quirky town of Elmore, where every day is an adventure!

**11:00 AM - Adventure Time**  
Join Finn and Jake in the magical Land of Ooo for epic quests and whimsical adventures that will ignite your imagination!

**11:30 AM - Regular Show**  
Hang out with Mordecai and Rigby as they hilariously navigate the challenges of work life at the park—expect the unexpected!

✨ **Catch Our Exciting New Logo Idents!** ✨  
Don’t miss our BRAND NEW exciting logo idents, featuring hilarious skits that will bring the Kids' WB logo to life in the most entertaining ways. From a dentist fixing teeth to a magical transformation, you’ll be laughing all morning long!

**Mark Your Calendars and Join the Fun!**  
Every morning is a new adventure on Kids' WB! Tune in starting October 3 for a fantastic fall of unforgettable shows that will entertain kids of all ages!  

**Kids' WB: Where Adventure Begins!** 🌟  
#KidsWBFall2014 #AdventureAwaits #CartoonFun

Write a forum conversation asking for the name of the new look

**Forum Title: What's the Name of the Kids' WB New Look?**

---

**User1: CartoonFan99**  
Hey everyone! I just heard about the new look for Kids' WB starting this Fall, and I’m super excited! They mentioned a fresh presentation style with idents and skits. Does anyone know what they're calling this new look? 

---

**User2: RetroToonLover**  
I’m equally curious! I saw some teasers online and those skits look hilarious! I hope they have a catchy name like "Kids' WB 2.0" or something. 

---

**User3: AnimeFan234**  
Yeah, I saw the promo too! The logo transformation skits sound amazing. I wish they’d give it a unique name that really captures the spirit of the new content. 

---

**User4: WB_Junkie**  
From what I’ve heard, they are simply branding it as “The Kids' WB Fall Refresh.” It’s not as flashy as I hoped, but it’s definitely fitting! 

---

**User5: AnimationNerd42**  
That's a bit generic, don’t you think? I mean, with all those fun and quirky skits, they could do something more creative! What about "Kids' WB Fun Fusion" or "Kids' WB Laugh-a-Palooza"? 

---

**User1: CartoonFan99**  
Those are great suggestions! I just feel like a cool name would really help set the tone for this fun-packed fall lineup. 

---

**User2: RetroToonLover**  
True! But at least they are shaking things up. I can’t wait to see how they incorporate those skits into the programming! 

---

**User3: AnimeFan234**  
Agreed! Whatever the name is, I’m just excited for the shows. It’s nice to see Kids' WB trying something innovative.

---

**User4: WB_Junkie**  
Absolutely! I just hope they keep the classic charm while introducing new elements. If anyone finds out the official name, please update us! 

---

**User5: AnimationNerd42**  
For sure! In the meantime, let’s keep brainstorming some fun names. Who knows? Maybe the network will see our ideas and consider them! 

---

**User1: CartoonFan99**  
Haha, that would be awesome! Let’s keep the conversation going!  

--- 

Write a follow up asking which bumper is used most

**Forum Title: Which Bumper Do You Think Will Be Used the Most?**

---

**User1: CartoonFan99**  
Hey everyone! Following up on our previous discussion about the new look for Kids' WB, I'm curious to know which bumper you think will be featured the most during the broadcasts.  

With all those hilarious skits, I’m torn between a few! The dentist skit was really fun and had a nice transformation. But honestly, the bunnies with the mallet cracked me up! 😂  

---

**User2: RetroToonLover**  
I’m leaning towards the fly squatter skit. It has that classic cartoon humor that sets it apart, and I can totally see it being played multiple times. Plus, who doesn’t love a good pun with the fly and the logo?

---

**User3: AnimationNerd42**  
Definitely! The high noon skit with the cowboys shooting out the logo sounds like a fun one too. It has a nice dramatic flair to it, and I can imagine kids laughing at the unexpectedness of it. 

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**User4: WB_Junkie**  
I think the magic cutting trick will be a strong contender. It’s such an iconic illusion that kids will get a kick out of, plus it directly ties to the Kids' WB logo. I wouldn’t be surprised if they use that one frequently!

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**User5: AnimeFan234**  
Great points! I feel like the jack-in-the-box skit has a big chance too. The whole surprise element is very engaging, and it captures that playful energy that Kids' WB is known for.

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**User1: CartoonFan99**  
So many good options! I just hope they don’t overuse one, but can you imagine if the bunnies ended up being the fan favorite? The dizzy gag would be such a hit! 😂 

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**User2: RetroToonLover**  
Absolutely! I think they’ll probably rotate the bumpers, but I wouldn’t mind seeing certain ones stick around more than others. It’ll be interesting to see what resonates with audiences!

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**User3: AnimationNerd42**  
Agreed! It would be fun to have a poll later on to see which bumper everyone loves most once they start airing. I’m excited to see how they pull it all together!  

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**User4: WB_Junkie**  
Great idea! I’ll keep an eye out for the bumpers when the lineup starts. 

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**User5: AnimeFan234**  
Same here! Let’s reconvene after we’ve had some time to watch and see which ones ended up being the most used. 🐰🎉 

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