Group Class Documentation
classGroup : ElementNamespace:Datalogics::PDFL
- Inherits from:
Element
Detailed Description
A set of elements to be used within a PDF document.
A Group represents objects in a content object, but it resides in memory.
Therefore the group has no state and is not represented in any way in a PDF content stream. When used in a Clip, a group is used to associate Text objects into a single clipping object.
Referenced by
Constructor & Destructor Documentation
Property Documentation
BoundingBox
RectBoundingBox[get]Clip
ClipClip[get, set]Content
ContentContent[get, set]Matrix
MatrixMatrix[get, set]Member Function Documentation
Clone
new GroupClone()Returns:
The copied group.Makes a copy of the group.
Make a copy of an group to obtain a new group that has a distinct set of attributes.
Clone
new GroupClone(ElementCloneFlagscloneFlags)Parameters
cloneFlags: ElementCloneFlagsFlags that modify the cloning operation.
Returns:
The copied group.Makes a copy of the group.
Make a copy of an group to obtain a new group that has a distinct set of attributes.
ColorConvert
GroupColorConvert(Documentdocument, ColorProfileprof, RenderIntentintent, boolembed)Parameters
document: DocumentThe document the element belongs to.
prof: ColorProfileThe ICC ColorProfile to be applied.
intent: RenderIntentThe ICC Rendering Intent for the ColorProfile
embed: boolIf true, embed the color space and make the object calibrated. If it is false and the target profile is CMYK, RGB, or Gray, the colors space of the resulting objects, after conversion, will be DeviceCMYK, DeviceRGB, or DeviceGray, respectively.
Returns:
A new Group object with the applied ICC ColorProfile.Applies the specified ICC ColorProfile to the elements in the Group object
ConstructorRetrieve
static new static GroupConstructorRetrieve(System.IntPtrignored)Parameters
ignored: System.IntPtr
Returns:
new static GroupDispose
voidDispose()Returns:
voidDisposeChildren
voidDisposeChildren()Returns:
voidRotate
voidRotate(doubletheta)Parameters
theta: double
Returns:
voidRotate an element by T degrees counterclockwise units using the matrix [ cos T sin T -sin T cos T 0 0 ].
Scale
voidScale(doublesx, doublesy)Parameters
sx: doublesy: double
Returns:
voidScale an element by (sx,sy) units using the matrix [ sx 0 0 sy 0 0 ].
Translate
voidTranslate(doubletx, doublety)Parameters
tx: doublety: double
Returns:
voidTranslate an element by (tx,ty) units using the matrix [ 1 0 0 1 tx ty ].