Thank You for the fast answer and the good software.
Is this a good place for placing bug reports or you have some kind of
bugtrack system ?
Regards,
Radoslav
On Saturday, April 27, 2013 8:06:56 PM UTC+3, strubin wrote:
>
> Thanks for the bug report. What you have done is sufficient for us to fix
> this bug. I will write back to you when it has been patched in the source
> code repository.
>
> -Steven Rubin
>
> At 09:39 AM 4/26/2013, you wrote:
>
> Hello,
>
> I see that this is an old issue, but I get the same results when try to
> export Cell in CIF format.
> I'm using Electric 9.03 and rcmos technology to generate a pcb with
> rounded corners of the traces.
> I see when exporting to CIF format that the pins are not scaled, while the
> arcs are scaled according to Technology scale.
>
> I'm not a programmer, but I found the function in Electric source code (
> /com/sun/electric/tool/io/output/CIF.java ),
> which gets the PolyBase object and checks if it is Round, Box or Poly.
> It looks like the scaling of the Poly.Type.DISC object is done to the
> radius of the DISC, while it should be done
> to the diameter. At the end I'm attaching the method that generates the
> .CIF file and I have one questions:
>
> What is the workflow that I should follow in order to get Electric to work
> with the new version of CIF.java file ?
> Should I compile everything from source or when Electric runs it compiles
> automatically the CIF java class.
> I'm not familiar with the java workflow and actually I don't know how to
> update the file correctly, so that next time I run Electric,
> to use the file with the corrected radius in the scale() function.
>
> Regards,
> Radoslav
>
> method:
>
> private void writePoly(PolyBase poly, Cell cell, Geometric geom)
> {
> Point2D [] points = poly.getPoints();
>
> if (poly.getStyle() == Poly.Type.DISC)
> {
> checkResolution(poly, cell, geom);
> double r = points[0].distance(points[1]);
> if (r <= 0) return; // ignore zero size geometry
> int radius = scale(r); // HERE SHOULD BE SCALED DIAMETER
> (I THINK)
> int x = scale(points[0].getX());
> int y = scale(points[0].getY());
> String line = " R " + radius + " " + x + " " + y + ";";
> writeLine(line);
> } else
> {
> // ignore zero size geometry
> Rectangle2D bounds = poly.getBounds2D();
> if (bounds.getHeight() <= 0 || bounds.getWidth() <= 0) return;
>
> // simple case if poly is a box
> Rectangle2D box = poly.getBox();
> if (box != null)
> {
> checkPointResolution(box.getWidth(), box.getHeight(),
> cell, geom, poly.getLayer(), poly);
> checkPointResolution(box.getCenterX(), box.getCenterY(),
> cell, geom, poly.getLayer(), poly);
> int width = scale(box.getWidth());
> int height = scale(box.getHeight());
> int x = scale(box.getCenterX());
> int y = scale(box.getCenterY());
> String line = " B " + width + " " + height + " " + x + "
> " + y + ";";
> writeLine(line);
> return;
> }
>
> // not a box
> checkResolution(poly, cell, geom);
> StringBuffer line = new StringBuffer(" P");
> for (int i=0; i<points.length; i++)
> {
> int x = scale(points[i].getX());
> int y = scale(points[i].getY());
> line.append(" " + x + " " + y);
> }
> line.append(";");
> writeLine(line.toString());
> }
> }
>
>
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