apply deltas to the data in this component , starting at offset deltastart , and return the new component . there are two floats for each justification info , for a total of 2 getnumjustificationinfos . the first delta is the left adjustment , the second is the right adjustment . if flags 0 is true on entry , rejustification is allowed . if the new component requires rejustification ligatures were formed or split , flags 0 will be set on exit . concode_field_sep int[] charsLtoV concode_elem_sep AffineTransform baseTx concode_elem_sep Decoration decorator concode_elem_sep int graphicCount concode_elem_sep float GRAPHIC_LEADING concode_elem_sep Rectangle2D visualBounds concode_elem_sep CoreMetrics cm concode_elem_sep GraphicAttribute graphic concode_elem_sep byte[] levels concode_elem_sep float graphicAdvance concode_field_sep float getCharAdvance concode_elem_sep Rectangle2D getItalicBounds concode_elem_sep Rectangle2D getLogicalBounds concode_elem_sep Rectangle2D getVisualBounds concode_elem_sep float getCharY concode_elem_sep float getCharX concode_elem_sep CoreMetrics getCoreMetrics concode_elem_sep int getNumCharacters concode_elem_sep Shape getOutline concode_elem_sep AffineTransform getBaselineTransform concode_elem_sep float getAdvance concode_elem_sep float getAdvanceBetween concode_elem_sep boolean isSimple concode_elem_sep int getLineBreakIndex concode_elem_sep CoreMetrics createCoreMetrics concode_elem_sep void handleDraw concode_elem_sep Rectangle getPixelBounds concode_elem_sep Rectangle2D getCharVisualBounds concode_elem_sep void draw concode_elem_sep TextLineComponent getSubset concode_elem_sep Shape handleGetOutline concode_elem_sep void getJustificationInfos concode_elem_sep float getItalicAngle concode_elem_sep int getNumJustificationInfos concode_elem_sep String toString concode_elem_sep void initLocalOrdering concode_elem_sep Rectangle2D handleGetCharVisualBounds concode_elem_sep Rectangle2D handleGetVisualBounds concode_elem_sep boolean caretAtOffsetIsValid
TextLineComponent function ( float [ ] arg0 , int arg1 , boolean [ ] arg2 ) { return this ; }