21module
com { module sun { module star { module rendering {
25interface XPolyPolygon2D;
262 double combinedJustify( [in] sequence< XTextLayout > aNextLayouts, [in]
double nSize )
300 [in]
boolean bExcludeLigatures )
330 [in]
long nCaretAdvancement,
331 [in]
boolean bExcludeLigatures )
354 [in]
long nEndIndex )
379 [in]
long nEndIndex )
This exception is thrown to indicate that a method has passed an illegal or inappropriate argument.
Definition IllegalArgumentException.idl:27
This exception is thrown to indicate that a container has been accessed with an illegal index.
Definition IndexOutOfBoundsException.idl:31
This interface provides access to a specific, XCanvas-dependent font incarnation.
Definition XCanvasFont.idl:32
Generic interface for poly-polygons in 2D.
Definition XPolyPolygon2D.idl:27
This is the central interface for text layouting.
Definition XTextLayout.idl:52
void applyLogicalAdvancements([in] sequence< double > aAdvancements)
Apply explicit advancements for every character in the layout string.
sequence< XPolyPolygon2D > queryTextShapes()
Extract the polygonal shapes of the layouted text.
long getNextInsertionIndex([in] long nStartIndex, [in] long nCaretAdvancement, [in] boolean bExcludeLigatures)
This method calculates a new insertion index.
double combinedJustify([in] sequence< XTextLayout > aNextLayouts, [in] double nSize)
Justify a number of text layouts to the given size.
double getBaselineOffset()
This method yields the baseline offset.
StringContext getText()
Request the text this layout contains.
sequence< double > queryLogicalAdvancements()
Query the advancements for every character in the input string.
Caret getCaret([in] long nInsertionIndex, [in] boolean bExcludeLigatures)
This method converts an insertion index to a caret.
void applyKashidaPositions([in] sequence< boolean > aPositions)
Apply Kashida insertion positions for the layout string.
sequence<::com::sun::star::geometry::RealRectangle2D > queryMeasures()
Query the logical bounding boxes of every character in the given text string.
TextHit getTextHit([in] ::com::sun::star::geometry::RealPoint2D aHitPoint)
This method determines the hit position in the text.
XPolyPolygon2D queryVisualHighlighting([in] long nStartIndex, [in] long nEndIndex)
This method generates a highlight polygon.
byte getMainTextDirection()
This method returns the main writing direction.
sequence<::com::sun::star::geometry::RealRectangle2D > queryInkMeasures()
Query the ink bounding boxes for every glyph in the layouted text.
XCanvasFont getFont()
Request the associated font for this layout.
XPolyPolygon2D queryLogicalHighlighting([in] long nStartIndex, [in] long nEndIndex)
This method generates a highlight polygon.
::com::sun::star::geometry::RealRectangle2D queryTextBounds()
Query the overall bounding box of the text.
sequence< boolean > queryKashidaPositions()
Query the Kashida insertion positions in the input string.
double justify([in] double nSize)
Justify the text to the given size.
base interface of all UNO interfaces
Definition XInterface.idl:46
Definition Ambiguous.idl:20
This structure defines a two-dimensional point.
Definition RealPoint2D.idl:30
This structure contains the necessary information for a two-dimensional rectangle.
Definition RealRectangle2D.idl:41
This structure contains the caret information.
Definition Caret.idl:30
Collection of string-related arguments used on all canvas text interfaces.
Definition StringContext.idl:32
This structure contains hit information for XTextLayout.
Definition TextHit.idl:30