Package eas.math.fundamentalAlgorithms.graphBased.pdfProcessors

Examples of eas.math.fundamentalAlgorithms.graphBased.pdfProcessors.GraphViz.addln()

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    }

    public static GraphViz generateGraphViz(final EndlicherAutomat aut,
            final ParCollection params, final String graphVizTempDir) {
        GraphViz gv = new GraphViz(graphVizTempDir);
        gv.addln(gv.startDigraph());
//        gv.addln("rankdir=LR;");
  
        // Startzustand.
        //node0 [ label ="<f0> | <f1> J | <f2> "];
       
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//        gv.addln("rankdir=LR;");
  
        // Startzustand.
        //node0 [ label ="<f0> | <f1> J | <f2> "];
       
        gv.addln("node [shape = diamond];");
       
        if (aut.holeStartzustand() != null) {
            gv.addln("node"
                    + aut.holeStartzustand().holeName()
                    + " [label=\""
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        //node0 [ label ="<f0> | <f1> J | <f2> "];
       
        gv.addln("node [shape = diamond];");
       
        if (aut.holeStartzustand() != null) {
            gv.addln("node"
                    + aut.holeStartzustand().holeName()
                    + " [label=\""
                    + aut.holeStartzustand().getKnotenBeschriftungForGraphviz(params)
                    + "\"];");
        }
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                    + " [label=\""
                    + aut.holeStartzustand().getKnotenBeschriftungForGraphviz(params)
                    + "\"];");
        }
       
        gv.addln("node [shape = ellipse];");
       
        for (int kname1 : aut.getKnList()) {
            // Knoten.
            Knoten k1 = aut.holeKnoten(kname1);
           
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        for (int kname1 : aut.getKnList()) {
            // Knoten.
            Knoten k1 = aut.holeKnoten(kname1);
           
            if (aut.holeStartzustand() == null || aut.holeStartzustand().holeName() != kname1) {
                gv.addln("node"
                        + kname1
                        + " [label=\""
                        + k1.getKnotenBeschriftungForGraphviz(params)
                        + "\"];");
            }
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            // Kanten.
            int i = 0;
            for (Transition t : k1.getInfo().getBedingungen()) {
                i++;
                Knoten k2 = aut.holeKnoten(t.getFolgezustand());
                gv.addln("\"node" + k1.holeName() + "\" -> \"node" + k2.holeName() + "\" [label=\"(" + i + ") " + t.getCond() + "\"];");
            }
        }
       
        gv.addln(gv.endGraph());
        return gv;
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                Knoten k2 = aut.holeKnoten(t.getFolgezustand());
                gv.addln("\"node" + k1.holeName() + "\" -> \"node" + k2.holeName() + "\" [label=\"(" + i + ") " + t.getCond() + "\"];");
            }
        }
       
        gv.addln(gv.endGraph());
        return gv;
    }
}
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            this.simplifyToFinal();
        }
        GraphViz gv;
        gv = new GraphViz(pdfPath);
       
        gv.addln(gv.startDigraph());
       
        List<String> instructions = this.getGraphVizInstructions();
       
        LinkedList<String> inst0 = new LinkedList<String>();
        LinkedList<String> inst1 = new LinkedList<String>();
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            } else if (line.contains("[label=\" 1 \"]")) {
                inst1.add(line);
            } else if (line.contains("[label=\" 0/1 \"]")) {
                inst01.add(line);
            } else {
                gv.addln(line);
            }
        }
  
        // Sortiere 0- und 1-Kanten.
        for (String line : inst0) {gv.addln(line);}
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                gv.addln(line);
            }
        }
  
        // Sortiere 0- und 1-Kanten.
        for (String line : inst0) {gv.addln(line);}
        for (String line : inst1) {gv.addln(line);}
        for (String line : inst01) {gv.addln(line);}
       
        gv.addln(gv.endGraph());
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