tvplanit: Fix size & rotation of header bitmap in printed task list.

git-svn-id: https://svn.code.sf.net/p/lazarus-ccr/svn@4980 8e941d3f-bd1b-0410-a28a-d453659cc2b4
This commit is contained in:
wp_xxyyzz 2016-07-15 17:54:33 +00:00
parent e93ddb5320
commit 6fe57df55d
4 changed files with 201 additions and 43 deletions

View File

@ -1,7 +1,7 @@
object MainForm: TMainForm
Left = 325
Left = 307
Height = 600
Top = 181
Top = 312
Width = 900
Caption = 'Turbo Power VisualPlanIt Demo'
ClientHeight = 580
@ -238,6 +238,8 @@ object MainForm: TMainForm
DataStore = VpBufDSDataStore1
ControlLink = VpControlLink1
Color = clWindow
Font.Height = -12
ParentFont = False
AllDayEventAttributes.BackgroundColor = clWindow
AllDayEventAttributes.EventBorderColor = clGray
AllDayEventAttributes.EventBackgroundColor = clBtnFace
@ -248,6 +250,8 @@ object MainForm: TMainForm
DayHeadAttributes.Font.Height = -13
DayHeadAttributes.Bordered = True
DrawingStyle = dsFlat
EventFont.Height = -12
HeadAttributes.Font.Height = -12
HeadAttributes.Color = clBtnFace
LineColor = clGray
TimeFormat = tf12Hour
@ -302,6 +306,8 @@ object MainForm: TMainForm
DataStore = VpBufDSDataStore1
ControlLink = VpControlLink1
Color = clWindow
Font.Height = -12
ParentFont = False
Align = alClient
TabStop = True
TabOrder = 1
@ -319,6 +325,7 @@ object MainForm: TMainForm
LineColor = clGray
MaxVisibleTasks = 250
TaskHeadAttributes.Color = clSilver
TaskHeadAttributes.Font.Height = -12
DrawingStyle = ds3d
ShowResourceName = True
end
@ -707,6 +714,45 @@ object MainForm: TMainForm
Width = 100
end>
FormatName = 'Events of current week (Week view)'
end
item
Version = 'v1.04'
DayInc = 0
DayIncUnits = duDay
Elements = <
item
Version = 'v1.04'
DayOffset = 0
DayOffsetUnits = duWeek
ElementName = 'TaskList'
Height = 100
ItemType = itTasks
Left = 0
Shape.Shape = ustRectangle
Top = 0
Width = 100
end>
FormatName = 'Tasks of current week'
end
item
Version = 'v1.04'
DayInc = 0
DayIncUnits = duDay
Elements = <
item
Version = 'v1.04'
DayOffset = 0
DayOffsetUnits = duDay
ElementName = 'TaskList'
Height = 100
ItemType = itTasks
Left = 0
Rotation = ra270
Shape.Shape = ustRectangle
Top = 0
Width = 100
end>
FormatName = 'Tasks of current week (landscape)'
end>
Printer.RightMargin = 5
Printer.TopMargin = 5

View File

@ -401,6 +401,10 @@ begin
t1 := StartOfTheWeek(now);
t2 := t1; // it all fits on one single page
end;
2: begin // Tasks of current week
t1 := StartOfTheWeek(now);
t2 := t1;
end;
end;
VpPrintPreviewDialog1.ControlLink := VpControlLink1;
VpPrintPreviewDialog1.Printer := Printer;

View File

@ -319,10 +319,18 @@ function RenderTextToRect(ACanvas: TCanvas; const Angle: TVpRotationAngle;
function RenderTextToRegion(ACanvas: TCanvas; const Angle: TVpRotationAngle;
const Viewport: TRect; ARegion: HRGN; AString: string): Integer;
{$IFDEF FPC}
procedure RotateBitmap(ABitmap: TBitmap; Angle: TVpRotationAngle);
{$ENDIF}
procedure ScaleBitmap(ABitmap: TBitmap; Scale: Extended);
implementation
uses
{$IFDEF FPC}
IntfGraphics,
{$ENDIF}
VpMisc;
var
@ -881,12 +889,11 @@ end;
procedure TVpExCanvas.BrushCopy(const Dest: TRect; Bitmap: TBitmap;
const Source: TRect; AColor: TColor);
begin
Unused(Dest, Bitmap);
Unused(Source, AColor);
if not Assigned(FCanvas) then
raise EVpCanvasError.Create(RSNoCanvas);
FCanvas.BrushCopy(TPSRotateRectangle(Angle, ViewPort, Dest), Bitmap, Source, AColor);
//TODO: FCanvas.BrushCopy(TPSRotateRectangle(Angle, ViewPort, Dest),
// Bitmap, Source, AColor);
end;
@ -1767,6 +1774,80 @@ begin
Result := #0;
end;
{$IFDEF FPC}
procedure RotateBitmap(ABitmap: TBitmap; Angle: TVpRotationAngle);
Var
bmp: TBitmap;
tmpIntfImg2, tmpIntfImg: TLazIntfImage;
imgHandle, imgMaskHandle: HBitmap;
i, j: integer;
Begin
if Angle = ra0 then
exit;
tmpIntfImg2 := TLazIntfImage.Create(0, 0);
try
bmp := TBitmap.Create;
try
tmpIntfImg := TLazIntfImage.Create(0, 0);
try
if Angle in [ra90, ra270] then begin
bmp.Width := ABitmap.Height;
bmp.Height := ABitmap.Width;
tmpIntfImg.LoadFromBitmap(bmp.Handle, bmp.MaskHandle);
tmpIntfImg2.LoadFromBitmap(ABitmap.Handle, ABitmap.MaskHandle);
if Angle = ra90 then
for i:=0 to ABitmap.Width-1 do
for j:=0 to ABitmap.Height-1 do
tmpIntfImg.Colors[ABitmap.Height-1-j, i] := tmpIntfImg2.Colors[i, j]
else
for i:=0 to ABitmap.Width-1 do
for j:=0 to ABitmap.Height-1 do
tmpIntfImg.Colors[j, ABitmap.Width-1-i] := tmpIntfImg2.Colors[i, j];
end else
if Angle = ra180 then begin
bmp.Width := ABitmap.Width;
bmp.Height := ABitmap.Height;
tmpIntfImg.LoadFromBitmap(bmp.Handle, bmp.MaskHandle);
tmpIntfImg2.LoadFromBitmap(ABitmap.Handle, ABitmap.MaskHandle);
for i:=0 to ABitmap.Width-1 do
for j:=0 to ABitmap.Height-1 do
tmpIntfImg.Colors[ABitmap.Width-1-i, ABitmap.Height-1-j] := tmpIntfImg2.Colors[i, j];
end;
tmpIntfImg.CreateBitmaps(imgHandle, imgMaskHandle, false);
bmp.Handle := ImgHandle;
bmp.MaskHandle := ImgMaskHandle;
finally
tmpIntfImg.Free;
end;
ABitmap.Assign(bmp);
finally
bmp.Free;
end;
finally
tmpIntfImg2.Free;
end;
end;
{$ENDIF}
procedure ScaleBitmap(ABitmap: TBitmap; Scale: Extended);
var
bmp: TBitmap;
w, h, left, top: integer;
begin
bmp := TBitmap.Create;
try
w := Round(ABitmap.Width * Scale);
h := Round(ABitmap.Height * Scale);
bmp.Width := w;
bmp.Height := h;
bmp.Canvas.CopyRect(Rect(0, 0, w, h), ABitmap.Canvas, Rect(0, 0, ABitmap.Width, ABitmap.Height));
ABitmap.Assign(bmp);
finally
Bmp.free;
end;
end;
initialization
VpRotatedCanvas := TVpExCanvas.Create;

View File

@ -7,7 +7,7 @@ interface
uses
SysUtils, LCLType, LCLIntf,
//SysUtils, LCLType, LCLIntf, Types,
Classes, Graphics,
Classes, Graphics, Types,
//VpConst,
VPBase, //VpData,
VpTaskList, VpBasePainter;
@ -91,10 +91,14 @@ var
W: Integer; // width of the checkbox
X, Y: Integer; // Coordinates
dx, dy: Integer;
tm: Integer; // Scaled text margin;
d2: Integer; // 2*Scale
begin
X := Rec.Left + TextMargin;
Y := Rec.Top + TextMargin;
W := RowHeight - TextMargin * 2; // correct: The checkbox is square, its width is determined by the row height
tm := Round(Textmargin * Scale);
X := Rec.Left + tm;
Y := Rec.Top + tm;
W := RowHeight - tm * 2; // correct: The checkbox is square, its width is determined by the row height
{ draw check box }
case FTaskList.DrawingStyle of
@ -120,63 +124,68 @@ begin
// left and top lines
RenderCanvas.Pen.Color := RealCheckBoxColor;
TPSPolyLine(RenderCanvas, Angle, RenderIn, [
Point(X + 1, Y + W - 3),
Point(X + 1, Y + 1),
Point(X + 1, Y + W - 3),
Point(X + 1, Y + 1),
Point(X + W - 2, Y + 1)
]);
// right and bottom lines
RenderCanvas.Pen.Color := RGB(128, 152, 176);
TPSPolyLine(RenderCanvas, Angle, RenderIn, [
Point(X + 1, Y + W - 2),
Point(X + 1, Y + W - 2),
Point(X + W - 2, Y + W - 2),
Point(X+W-2, Y)
Point(X + W - 2, Y)
]);
end;
end;
{ build check rect }
CR := Rect(X + 3, Y + 3, X + W - 3, Y + W - 3);
d2 := Round(2*Scale);
if Scale > 1 then
CR := Rect(X + d2, Y + d2, X + W - d2, Y + W - d2)
else
CR := Rect(X + 3, Y + 3, X + W - 3, Y + W - 3);
if Checked then begin
RenderCanvas.Pen.Color := RealCheckColor;
// Instead of using Pen.Width = 3 we paint 3x - looks better
case FTaskList.DisplayOptions.CheckStyle of
csX: {X}
begin
with RenderCanvas do begin
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Top);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Bottom);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Top+1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right-1, CR.Bottom);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left+1, CR.Top);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Bottom-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom-1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom-2);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right-1, CR.Top-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left+1, CR.Bottom-1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top);
end;
with RenderCanvas do begin
{ \ }
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Top); // center
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Bottom);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left+1, CR.Top); // upper
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Bottom-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Top+1); // lower
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right-1, CR.Bottom);
{ / }
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom-1); // center
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom-2); // upper
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right-1, CR.Top-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left+1, CR.Bottom-1); // lower
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top);
end;
csCheck: {check}
begin
dx := WidthOf(CR) div 4;
dy := HeightOf(CR) div 4;
dx := WidthOf(CR) div 3;
dy := HeightOf(CR) div 3;
with RenderCanvas do begin
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom - dy);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Left + dx, CR.Bottom);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top + 2);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom-dy);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Left+dx, CR.Bottom);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom - dy - 1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Left + dx, CR.Bottom - 1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top + 1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left+1, CR.Bottom-dy);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Left+ dx, CR.Bottom-1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right-1, CR.Top-1);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom - dy - 2);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Left + dx, CR.Bottom - 2);
TPSMoveTo(RenderCanvas, Angle, RenderIn, CR.Left, CR.Bottom-dy+1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Left+dx, CR.Bottom+1);
TPSLineTo(RenderCanvas, Angle, RenderIn, CR.Right, CR.Top);
end;
end;
end;
end; {if checked}
result := CR;
result := Rect(X, Y, X + W, Y + W); //CR;
end;
procedure TVpTaskListPainter.DrawBorders;
@ -239,6 +248,7 @@ var
GlyphRect: TRect;
HeadStr: string;
delta: Integer;
w, h: Integer;
begin
RenderCanvas.Brush.Color := TaskHeadAttrColor;
RenderCanvas.Font.Assign(FTaskList.TaskHeadAttributes.Font);
@ -274,13 +284,30 @@ begin
try
Bmp.LoadFromResourceName(HINSTANCE, 'VPCHECKPAD'); //soner changed: Bmp.Handle := LoadBaseBitmap('VPCHECKPAD');
if Bmp.Height > 0 then begin
w := Round(Bmp.Width * Scale);
h := Round(Bmp.Height * Scale);
GlyphRect.TopLeft := Point(HeadRect.Left + TextMargin, HeadRect.Top + TextMargin);
GlyphRect.BottomRight := Point(GlyphRect.Left + Bmp.Width, GlyphRect.Top + Bmp.Height);
GlyphRect.BottomRight := Point(GlyphRect.Left + w, GlyphRect.Top + h);
{$IFDEF FPC}
RotateBitmap(Bmp, Angle);
{$ENDIF}
TPSStretchDraw(RenderCanvas, Angle, RenderIn, GlyphRect, Bmp);
{
RenderCanvas.BrushCopy(
TPSRotateRectangle(Angle, RenderIn, GlyphRect),
Bmp,
Rect(0, 0, Bmp.Width, Bmp.Height),
Bmp.Canvas.Pixels[0, Bmp.Height-1]
);
}
//TODO: RenderCanvas.BrushCopy (TPSRotateRectangle (Angle, RenderIn, GlyphRect),
// Bmp, Rect(0, 0, Bmp.Width, Bmp.Height),
// Bmp.Canvas.Pixels[0, Bmp.Height - 1]);
RenderCanvas.Draw(GlyphRect.TopLeft.x, GlyphRect.TopLeft.y, Bmp); //soner added
HeadRect.Left := HeadRect.Left + Bmp.Width + TextMargin;
// RenderCanvas.Draw(GlyphRect.TopLeft.x, GlyphRect.TopLeft.y, Bmp); //soner added
HeadRect.Left := HeadRect.Left + w + TextMargin;
end;
finally
Bmp.Free;