public void addImage(Image image, float a, float b, float c, float d, float e, float f, boolean inlineImage) throws DocumentException {
        try {
            if (image.getLayer() != null)
                beginLayer(image.getLayer());
            if (image.isImgTemplate()) {
                writer.addDirectImageSimple(image);
                PdfTemplate template = image.getTemplateData();
                float w = template.getWidth();
                float h = template.getHeight();
                addTemplate(template, a / w, b / w, c / h, d / h, e, f);
            }
            else {
                content.append("q ");
                content.append(a).append(' ');
                content.append(b).append(' ');
                content.append(c).append(' ');
                content.append(d).append(' ');
                content.append(e).append(' ');
                content.append(f).append(" cm");
                if (inlineImage) {
                    content.append("\nBI\n");
                    PdfImage pimage = new PdfImage(image, "", null);
                    if (image instanceof ImgJBIG2) {
                    	byte[] globals = ((ImgJBIG2)image).getGlobalBytes();
                    	if (globals != null) {
                    		PdfDictionary decodeparms = new PdfDictionary();
                    		decodeparms.put(PdfName.JBIG2GLOBALS, writer.getReferenceJBIG2Globals(globals));
                    		pimage.put(PdfName.DECODEPARMS, decodeparms);
                    	}
                    }
                    for (Iterator it = pimage.getKeys().iterator(); it.hasNext();) {
                        PdfName key = (PdfName)it.next();
                        PdfObject value = pimage.get(key);
                        String s = (String)abrev.get(key);
                        if (s == null)
                            continue;
                        content.append(s);
                        boolean check = true;
                        if (key.equals(PdfName.COLORSPACE) && value.isArray()) {
                            PdfArray ar = (PdfArray)value;
                            if (ar.size() == 4 
                                && PdfName.INDEXED.equals(ar.getAsName(0)) 
                                && ar.getPdfObject(1).isName()
                                && ar.getPdfObject(2).isNumber()
                                && ar.getPdfObject(3).isString()
                            ) {
                                check = false;
                            }

                        }
                        if (check && key.equals(PdfName.COLORSPACE) && !value.isName()) {
                            PdfName cs = writer.getColorspaceName();
                            PageResources prs = getPageResources();
                            prs.addColor(cs, writer.addToBody(value).getIndirectReference());
                            value = cs;
                        }
                        value.toPdf(null, content);
                        content.append('\n');
                    }
                    content.append("ID\n");
                    pimage.writeContent(content);
                    content.append("\nEI\nQ").append_i(separator);
                }
                else {
                    PdfName name;
                    PageResources prs = getPageResources();
                    Image maskImage = image.getImageMask();
                    if (maskImage != null) {
                        name = writer.addDirectImageSimple(maskImage);
                        prs.addXObject(name, writer.getImageReference(name));
                    }
                    name = writer.addDirectImageSimple(image);
                    name = prs.addXObject(name, writer.getImageReference(name));
                    content.append(' ').append(name.getBytes()).append(" Do Q").append_i(separator);
                }
            }
            if (image.hasBorders()) {
                saveState();
                float w = image.getWidth();
                float h = image.getHeight();
                concatCTM(a / w, b / w, c / h, d / h, e, f);
                rectangle(image);
                restoreState();
            }
            if (image.getLayer() != null)
                endLayer();
            Annotation annot = image.getAnnotation();
            if (annot == null)
                return;
            float[] r = new float[unitRect.length];
            for (int k = 0; k < unitRect.length; k += 2) {
                r[k] = a * unitRect[k] + c * unitRect[k + 1] + e;
                r[k + 1] = b * unitRect[k] + d * unitRect[k + 1] + f;
            }
            float llx = r[0];
            float lly = r[1];
            float urx = llx;
            float ury = lly;
            for (int k = 2; k < r.length; k += 2) {
                llx = Math.min(llx, r[k]);
                lly = Math.min(lly, r[k + 1]);
                urx = Math.max(urx, r[k]);
                ury = Math.max(ury, r[k + 1]);
            }
            annot = new Annotation(annot);
            annot.setDimensions(llx, lly, urx, ury);
            PdfAnnotation an = PdfAnnotationsImp.convertAnnotation(writer, annot, new Rectangle(llx, lly, urx, ury));
            if (an == null)
                return;
            addAnnotation(an);
        }
        catch (Exception ee) {
            throw new DocumentException(ee);
        }
    }
public void addImage ( Image image , float a , float b , float c , float d , float e , float f , boolean inlineImage ) throws DocumentException { try { if ( image . getLayer ( ) != null ) beginLayer ( image . getLayer ( ) ) ; if ( image . isImgTemplate ( ) ) { writer . addDirectImageSimple ( image ) ; PdfTemplate template = image . getTemplateData ( ) ; float w = template . getWidth ( ) ; float h = template . getHeight ( ) ; addTemplate ( template , a / w , b / w , c / h , d / h , e , f ) ; } else { content . append ( "q " ) ; content . append ( a ) . append ( ' ' ) ; content . append ( b ) . append ( ' ' ) ; content . append ( c ) . append ( ' ' ) ; content . append ( d ) . append ( ' ' ) ; content . append ( e ) . append ( ' ' ) ; content . append ( f ) . append ( " cm" ) ; if ( inlineImage ) { content . append ( "\nBI\n" ) ; PdfImage pimage = new PdfImage ( image , "" , null ) ; if ( image instanceof ImgJBIG2 ) { byte [ ] globals = ( ( ImgJBIG2 ) image ) . getGlobalBytes ( ) ; if ( globals != null ) { PdfDictionary decodeparms = new PdfDictionary ( ) ; decodeparms . put ( PdfName . JBIG2GLOBALS , writer . getReferenceJBIG2Globals ( globals ) ) ; pimage . put ( PdfName . DECODEPARMS , decodeparms ) ; } } for ( Iterator it = pimage . getKeys ( ) . iterator ( ) ; it . hasNext ( ) ; ) { PdfName key = ( PdfName ) it . next ( ) ; PdfObject value = pimage . get ( key ) ; String s = ( String ) abrev . get ( key ) ; if ( s == null ) continue ; content . append ( s ) ; boolean check = true ; if ( key . equals ( PdfName . COLORSPACE ) && value . isArray ( ) ) { PdfArray ar = ( PdfArray ) value ; if ( ar . size ( ) == 4 && PdfName . INDEXED . equals ( ar . getAsName ( 0 ) ) && ar . getPdfObject ( 1 ) . isName ( ) && ar . getPdfObject ( 2 ) . isNumber ( ) && ar . getPdfObject ( 3 ) . isString ( ) ) { check = false ; } } if ( check && key . equals ( PdfName . COLORSPACE ) && ! value . isName ( ) ) { PdfName cs = writer . getColorspaceName ( ) ; PageResources prs = getPageResources ( ) ; prs . addColor ( cs , writer . addToBody ( value ) . getIndirectReference ( ) ) ; value = cs ; } value . toPdf ( null , content ) ; content . append ( '\n' ) ; } content . append ( "ID\n" ) ; pimage . writeContent ( content ) ; content . append ( "\nEI\nQ" ) . append_i ( separator ) ; } else { PdfName name ; PageResources prs = getPageResources ( ) ; Image maskImage = image . getImageMask ( ) ; if ( maskImage != null ) { name = writer . addDirectImageSimple ( maskImage ) ; prs . addXObject ( name , writer . getImageReference ( name ) ) ; } name = writer . addDirectImageSimple ( image ) ; name = prs . addXObject ( name , writer . getImageReference ( name ) ) ; content . append ( ' ' ) . append ( name . getBytes ( ) ) . append ( " Do Q" ) . append_i ( separator ) ; } } if ( image . hasBorders ( ) ) { saveState ( ) ; float w = image . getWidth ( ) ; float h = image . getHeight ( ) ; concatCTM ( a / w , b / w , c / h , d / h , e , f ) ; rectangle ( image ) ; restoreState ( ) ; } if ( image . getLayer ( ) != null ) endLayer ( ) ; Annotation annot = image . getAnnotation ( ) ; if ( annot == null ) return ; float [ ] r = new float [ unitRect . length ] ; for ( int k = 0 ; k < unitRect . length ; k += 2 ) { r [ k ] = a * unitRect [ k ] + c * unitRect [ k + 1 ] + e ; r [ k + 1 ] = b * unitRect [ k ] + d * unitRect [ k + 1 ] + f ; } float llx = r [ 0 ] ; float lly = r [ 1 ] ; float urx = llx ; float ury = lly ; for ( int k = 2 ; k < r . length ; k += 2 ) { llx = Math . min ( llx , r [ k ] ) ; lly = Math . min ( lly , r [ k + 1 ] ) ; urx = Math . max ( urx , r [ k ] ) ; ury = Math . max ( ury , r [ k + 1 ] ) ; } annot = new Annotation ( annot ) ; annot . setDimensions ( llx , lly , urx , ury ) ; PdfAnnotation an = PdfAnnotationsImp . convertAnnotation ( writer , annot , new Rectangle ( llx , lly , urx , ury ) ) ; if ( an == null ) return ; addAnnotation ( an ) ; } catch ( Exception ee ) { throw new DocumentException ( ee ) ; } }
Adds an <CODE>Image</CODE> to the page. The positioning of the <CODE>Image</CODE>
is done with the transformation matrix. To position an <CODE>image</CODE> at (x,y)
use addImage(image, image_width, 0, 0, image_height, x, y). The image can be placed inline.
@param image the <CODE>Image</CODE> object
@param a an element of the transformation matrix
@param b an element of the transformation matrix
@param c an element of the transformation matrix
@param d an element of the transformation matrix
@param e an element of the transformation matrix
@param f an element of the transformation matrix
@param inlineImage <CODE>true</CODE> to place this image inline, <CODE>false</CODE> otherwise
@throws DocumentException on error