: If you don't have the original RDWorks software, you can try
The converter constructs the final ASCII or Binary DXF file. rld to dxf converter work
for each connected component: path = trace_pixels(start_point) if is_straight_line(path) -> create LINE entity else if is_arc(path) -> create ARC entity else -> create POLYLINE entity with vertices : If you don't have the original RDWorks
def write_dxf_polyline(out, points, layer="0", closed=False): out.write(" 0\nPOLYLINE\n") out.write(" 8\n%s\n" % layer) out.write(" 70\n%d\n" % (1 if closed else 0)) for p in points: out.write(" 0\nVERTEX\n") out.write(" 8\n%s\n" % layer) out.write(" 10\n%.6f\n" % p[0]) out.write(" 20\n%.6f\n" % p[1]) out.write(" 30\n%.6f\n" % p[2]) out.write(" 0\nSEQEND\n") out.write(" 8\n%s\n" % layer) Instead, you must use RDWorks to "bridge" the
DXF is widely supported, making it the ideal “bridge” format for sharing vector designs.
Converting files—the proprietary format for RDWorks —directly to .DXF is not possible with a single click, as most standard converters do not recognize the binary RLD format. Instead, you must use RDWorks to "bridge" the file into a compatible vector format before it can be used in CAD software like AutoCAD or CorelDraw . Step-by-Step Conversion Guide