/** * Draw the macro contents. * * @param g the graphic context. * @param coordSys the coordinate system. * @param layerV the vector containing all layers. */ private void drawMacroContents(GraphicsInterface g, MapCoordinates coordSys, Vector layerV) { /* in the macro primitive, the the virtual point represents the position of the reference point of the macro to be drawn. */ if (changed) { changed = false; x1 = virtualPoint[0].x; y1 = virtualPoint[0].y; macroCoord.setXMagnitude(coordSys.getXMagnitude()); macroCoord.setYMagnitude(coordSys.getYMagnitude()); macroCoord.setXCenter(coordSys.mapXr(x1, y1)); macroCoord.setYCenter(coordSys.mapYr(x1, y1)); macroCoord.setOrientation((o + coordSys.getOrientation()) % 4); macroCoord.mirror = m ^ coordSys.mirror; macroCoord.isMacro = true; macroCoord.resetMinMax(); macro.setChanged(true); } if (getSelected()) { new SelectionActions(macro).setSelectionAll(true); selected = true; } else if (selected) { new SelectionActions(macro).setSelectionAll(false); selected = false; } macro.setDrawOnlyLayer(drawOnlyLayer); macro.setDrawOnlyPads(drawOnlyPads); drawingAgent = new Drawing(macro); drawingAgent.draw(g, macroCoord); if (macroCoord.getXMax() > macroCoord.getXMin() && macroCoord.getYMax() > macroCoord.getYMin()) { coordSys.trackPoint(macroCoord.getXMax(), macroCoord.getYMax()); coordSys.trackPoint(macroCoord.getXMin(), macroCoord.getYMin()); } }
/** * Each graphic primitive should call the appropriate exporting method of the export interface * specified. * * @param exp the export interface that should be used. * @param cs the actual coordinate mapping. * @throws IOException if a problem occurs, such as it is impossible to write on the output file. */ public void export(ExportInterface exp, MapCoordinates cs) throws IOException { if (alreadyExported) return; // Call the macro interface, to see if the macro should be expanded if (exp.exportMacro( cs.mapX(virtualPoint[0].x, virtualPoint[0].y), cs.mapY(virtualPoint[0].x, virtualPoint[0].y), m, o * 90, macroName, macroDesc, name, cs.mapX(virtualPoint[1].x, virtualPoint[1].y), cs.mapY(virtualPoint[1].x, virtualPoint[1].y), value, cs.mapX(virtualPoint[2].x, virtualPoint[2].y), cs.mapY(virtualPoint[2].x, virtualPoint[2].y), macroFont, (int) (cs.mapYr(getMacroFontSize(), getMacroFontSize()) - cs.mapYr(0, 0)), library)) { alreadyExported = true; return; } /* in the macro primitive, the virtual point represents the position of the reference point of the macro to be drawn. */ int x1 = virtualPoint[0].x; int y1 = virtualPoint[0].y; MapCoordinates macroCoord = new MapCoordinates(); macroCoord.setXMagnitude(cs.getXMagnitude()); macroCoord.setYMagnitude(cs.getYMagnitude()); macroCoord.setXCenter(cs.mapXr(x1, y1)); macroCoord.setYCenter(cs.mapYr(x1, y1)); macroCoord.setOrientation((o + cs.getOrientation()) % 4); macroCoord.mirror = m ^ cs.mirror; macroCoord.isMacro = true; macro.setDrawOnlyLayer(drawOnlyLayer); if (getSelected()) new SelectionActions(macro).setSelectionAll(true); macro.setDrawOnlyPads(drawOnlyPads); new Export(macro).exportDrawing(exp, false, exportInvisible, macroCoord); exportText(exp, cs, drawOnlyLayer); }
/** * The printing interface. * * @param g the graphic context. * @param pf the page format. * @param page the page number. * @return PAGE_EXISTS if the page has to be printed. * @throws PrinterException if a printing error occurs. */ public int print(Graphics g, PageFormat pf, int page) throws PrinterException { int npages = 0; // This might be explained as follows: // 1 - The Java printing system normally works with an internal // resolution which is 72 dpi (probably inspired by Postscript). // 2 - To have a sufficient resolution, this is increased by 16 times, // by using the scale method of the graphic object associated to the // printer. This gives a 72 dpi * 16=1152 dpi resolution. // 3 - The 0.127 mm pitch used in FidoCadJ corresponds to a 200 dpi // resolution. Calculating 1152 dpi / 200 dpi gives the 5.76 constant double xscale = 1.0 / 16; // Set 1152 logical units for an inch double yscale = 1.0 / 16; // as the standard resolution is 72 double zoom = 5.76; // act in a 1152 dpi resolution as 1:1 Graphics2D g2d = (Graphics2D) g; // User (0,0) is typically outside the imageable area, so we must // translate by the X and Y values in the PageFormat to avoid clipping if (printMirror) { g2d.translate(pf.getImageableX() + pf.getImageableWidth(), pf.getImageableY()); g2d.scale(-xscale, yscale); } else { g2d.translate(pf.getImageableX(), pf.getImageableY()); g2d.scale(xscale, yscale); } int printerWidth = (int) pf.getImageableWidth() * 16; // Perform an adjustement if we need to fit the drawing to the page. if (printFitToPage) { MapCoordinates zoomm = DrawingSize.calculateZoomToFit( cc.dmp, (int) pf.getImageableWidth() * 16, (int) pf.getImageableHeight() * 16, false); zoom = zoomm.getXMagnitude(); } MapCoordinates m = new MapCoordinates(); m.setMagnitudes(zoom, zoom); PointG o = new PointG(0, 0); int imageWidth = DrawingSize.getImageSize(cc.dmp, zoom, false, o).width; npages = (int) Math.floor((imageWidth - 1) / (double) printerWidth); // Check if we need more than one page if (printerWidth < imageWidth) { g2d.translate(-(printerWidth * page), 0); } // Check if printing is finished. if (page > npages) { return NO_SUCH_PAGE; } // Now we perform our rendering cc.drawingAgent.draw(new Graphics2DSwing(g2d), m); /* tell the caller that this page is part of the printed document */ return PAGE_EXISTS; }