This method draws a pie shaped figure in the designated object (the screen, printer, or image data).

[C++Builder]   [ bool = ]imagekitcontrolname->PrintDraw->Pie(NativeUInt DeviceValue, int ALeft, int ATop, int ARight, int ABottom, int X1, int Y1, int X2, int Y2, TVIkOutPutDeviceMode DeviceMode)
[C++Builder]   [ bool = ]imagekitcontrolname->PrintDraw->Pie(NativeUInt DeviceValue, const TRect &ARect, int X1, int Y1, int X2, int Y2, TVIkOutPutDeviceMode DeviceMode)
[C++Builder]   [ bool = ]imagekitcontrolname->PrintDraw->Pie(void * DeviceValue, int ALeft, int ATop, int ARight, int ABottom, int X1, int Y1, int X2, int Y2, TVIkOutPutDeviceMode DeviceMode)
[C++Builder]   [ bool = ]imagekitcontrolname->PrintDraw->Pie(void * DeviceValue, const TRect &ARect, int X1, int Y1, int X2, int Y2, TVIkOutPutDeviceMode DeviceMode)
[Delphi]   [ Boolean = ]imagekitcontrolname.PrintDraw.Pie(DeviceValue: THandle; ALeft, ATop, ARight, ABottom, X1, Y1, X2, Y2: Integer; DeviceMode: TVIkOutPutDeviceMode)
[Delphi]   [ Boolean = ]imagekitcontrolname.PrintDraw.Pie(DeviceValue: THandle; const ARect: TRect; X1, Y1, X2, Y2: Integer; DeviceMode: TVIkOutPutDeviceMode)
[Delphi]   [ Boolean = ]imagekitcontrolname.PrintDraw.Pie(DeviceValue: Pointer; ALeft, ATop, ARight, ABottom, X1, Y1, X2, Y2: Integer; DeviceMode: TVIkOutPutDeviceMode)
[Delphi]   [ Boolean = ]imagekitcontrolname.PrintDraw.Pie(DeviceValue: Pointer; const ARect: TRect; X1, Y1, X2, Y2: Integer; DeviceMode: TVIkOutPutDeviceMode)

[TVIkOutPutDeviceMode Type]

Unit
     IkInit

type
     TVIkOutPutDeviceMode = (vikScreen, vikPrinter, vikMemoryHandle);

Parameters

Name Explanation
DeviceValue The device context or the raster image data depending on the DeviceMode
ALeft, ATop The x, y coordinates of the top left corner of the area bounding the pie shape
ARight, ABottom The x, y coordinates of the bottom right corner of the area bounding the pie shape
ARect The x, y coordinates of the rectangle bounding the pie shape
x1,y1 x and y coordinates of the starting point of the pie shape
x2,y2 x and y coordinates of the ending point of the pie shape
DeviceMode If vikScreen, then the pie will be drawn in pixel units. If vikPrinter, the pie will be drawn in 0.1mm units. If vikMemoryHandle, the pie will be drawn (in pixel units) to the image memory handle

Use either ALeft, ATop, ARight, ABottom or ARect.

Return Value

Returns True if successful. Returns False if unsuccessful.

Explanation

The Pie method draws a pie shaped figure in the designated object. This method draws part of an ellipse and two edges that extend from the ends of the arc to the center point of the bounding rectangle to complete the pie shape. (See the Arc method)

The outline of the pie shape is drawn from the value set in the PenStyle property and the pie shape is filled by the value set in the BrushStyle property. When drawing a pie shape, it is recommended that the PenWidth, PenMode, PenColor, BrushColor, Transparent, and BackColor properties also be set. The BackColor property is enabled when the Transparent property is False and the pen is set to draw lines other than solid lines or the brush is set to hatch pattern.

If the DeviceMode parameter is vikScreen or vikMemoryHandle then the ALeft, ATop, ARight, ABottom, x1, y1, x2, y2 parameters will be in pixel units.

If the DeviceMode parameter is vikPrinter then the ALeft, ATop, ARight, ABottom, x1, y1, x2, y2 parameters will be in 0.1mm units.

Differences between the ImageKit7/8/9/10

In VCL the constants contain a "v". In ActiveX, the constants are: ikScreen, ikPrinter, ikMemoryHandle.
Methods that pass a TRect type have been added.

 

The ImageKit10 VCL is a product created by Newtone Corporation