| Quellcodebibliothek Statistik Leitseite products/Sources/formale Sprachen/GAP/pkg/semigroups/tst/standard/tools/ (Algebra von RWTH Aachen Version 4.15.1©) Datei vom 29.7.2025 mit Größe 76 kB |
|
Quelle display.tst Sprache: unbekannt |
|
|
############################################################################
## #W standard/tools/display.tst #Y Copyright (C) 2016-2022 James D. Mitchell ## ## Licensing information can be found in the README file of this package. ## ############################################################################# ## ## We don't use local variables in this test file because it doesn't play nice ## with something in this test file. # gap> START_TEST("Semigroups package: standard/tools/display.tst"); gap> LoadPackage("semigroups", false);; # gap> SEMIGROUPS.StartTest();; # Test TikzString for a pbr gap> TikzString(PBR([[-2, 2], [1, 2], [-1, 2]], [[-3], [1, 2], [- 3]])); "%latex\n\\documentclass{minimal}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows\ }\n\\usetikzlibrary{arrows.meta}\n\\newcommand{\\arc}{\\draw[semithick, -{>[wi\ dth = 1.5mm, length = 2.5mm]}]}\n\n\\begin{document}\n\\begin{tikzpicture}[\n \ vertex/.style={circle, draw, fill=black, inner sep =0.04cm},\n ghost/.style=\ {circle, draw = none, inner sep = 0.14cm},\n botloop/.style={min distance = 8\ mm, out = -70, in = -110},\n toploop/.style={min distance = 8mm, out = 70, in\ = 110}]\n\n % vertices and labels\n \\foreach \\i in {1,...,3} {\n \\nod\ e [vertex] at (\\i/1.5, 3) {};\n \\node [ghost] (\\i) at (\\i/1.5, 3) {};\n\ }\n\n \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 0) {};\ \n \\node [ghost] (-\\i) at (\\i/1.5, 0) {};\n }\n\n % arcs from vertex 1\ \n \\arc (1) to (-2);\n \\arc (1) .. controls (1.0666666666666667, 2.3333333\ 333333335) and (0.93333333333333324, 2.3333333333333335) .. (2);\n\n % arcs f\ rom vertex -1\n \\arc (-1) .. controls (1.4666666666666668, 1.083333333333333\ 5) and (1.2, 1.0833333333333335) .. (-3);\n\n % arcs from vertex 2\n \\arc (\ 2) .. controls (0.93333333333333324, 2.3333333333333335) and (1.06666666666666\ 67, 2.3333333333333335) .. (1);\n \\arc (2) edge [toploop] (2);\n\n % arcs f\ rom vertex -2\n \\arc (-2) to (1);\n \\arc (-2) to (2);\n\n % arcs from ver\ tex 3\n \\arc (3) to (-1);\n \\arc (3) .. controls (1.6000000000000001, 2.33\ 33333333333335) and (1.7333333333333334, 2.3333333333333335) .. (2);\n\n % ar\ cs from vertex -3\n \\arc (-3) edge [botloop] (-3);\n\n\\end{tikzpicture}\n\\\ end{document}" gap> TikzString(PBR([[-2, 2], [1, 2], [-1, 2]], [[-3], [1, 2], [- 3]]), > rec(labels := true)); "%latex\n\\documentclass{minimal}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows\ }\n\\usetikzlibrary{arrows.meta}\n\\newcommand{\\arc}{\\draw[semithick, -{>[wi\ dth = 1.5mm, length = 2.5mm]}]}\n\n\\begin{document}\n\\begin{tikzpicture}[\n \ vertex/.style={circle, draw, fill=black, inner sep =0.04cm},\n ghost/.style=\ {circle, draw = none, inner sep = 0.14cm},\n botloop/.style={min distance = 8\ mm, out = -70, in = -110},\n toploop/.style={min distance = 8mm, out = 70, in\ = 110}]\n\n % vertices and labels\n \\foreach \\i in {1,...,3} {\n \\nod\ e [vertex, label={[yshift=9mm]\\i}] at (\\i/1.5, 3) {};\n \\node [ghost] (\ \\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n \\node [v\ ertex, label={[yshift=-15mm,xshift=-0.5mm]-\\i}] at (\\i/1.5, 0) {};\n \\no\ de [ghost] (-\\i) at (\\i/1.5, 0) {};\n }\n\n % arcs from vertex 1\n \\arc \ (1) to (-2);\n \\arc (1) .. controls (1.0666666666666667, 2.3333333333333335)\ and (0.93333333333333324, 2.3333333333333335) .. (2);\n\n % arcs from vertex\ -1\n \\arc (-1) .. controls (1.4666666666666668, 1.0833333333333335) and (1.\ 2, 1.0833333333333335) .. (-3);\n\n % arcs from vertex 2\n \\arc (2) .. cont\ rols (0.93333333333333324, 2.3333333333333335) and (1.0666666666666667, 2.3333\ 333333333335) .. (1);\n \\arc (2) edge [toploop] (2);\n\n % arcs from vertex\ -2\n \\arc (-2) to (1);\n \\arc (-2) to (2);\n\n % arcs from vertex 3\n \ \\arc (3) to (-1);\n \\arc (3) .. controls (1.6000000000000001, 2.33333333333\ 33335) and (1.7333333333333334, 2.3333333333333335) .. (2);\n\n % arcs from v\ ertex -3\n \\arc (-3) edge [botloop] (-3);\n\n\\end{tikzpicture}\n\\end{docum\ ent}" # TikzString for a pbr collection gap> x := PBR([[1], [], []], [[2], [-2, 1, 2], [1, 2, 3]]);; gap> y := PBR([[-3, -2, -1, 2], [-3, -2, -1, 1, 2, 3], [-3, -2, -1, 1, 2, 3]], > [[-3, -2, -1, 2], [-3, -2, -1, 1, 3], [-3, -2, -1, 1, 2, 3]]);; gap> TikzString(Semigroup(x, y)); "%latex\n\\documentclass{minimal}\n\\usepackage{tikz}\n\\usetikzlibrary{arrows\ }\n\\usetikzlibrary{arrows.meta}\n\\newcommand{\\arc}{\\draw[semithick, -{>[wi\ dth = 1.5mm, length = 2.5mm]}]}\n\n\\begin{document}\n\\begin{center}\n\\begin\ {tikzpicture}[\n vertex/.style={circle, draw, fill=black, inner sep =0.04cm},\ \n ghost/.style={circle, draw = none, inner sep = 0.14cm},\n botloop/.style=\ {min distance = 8mm, out = -70, in = -110},\n toploop/.style={min distance = \ 8mm, out = 70, in = 110}]\n\n % vertices and labels\n \\foreach \\i in {1,..\ .,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n \\node [ghost] (\\i) at (\ \\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n \\node [vertex] at\ (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\\i/1.5, 0) {};\n }\n\n % a\ rcs from vertex 1\n \\arc (1) edge [toploop] (1);\n\n % arcs from vertex -1\ \n \\arc (-1) to (2);\n\n % arcs from vertex 2\n\n % arcs from vertex -2\n \ \\arc (-2) edge [botloop] (-2);\n \\arc (-2) to (1);\n \\arc (-2) to (2);\n\ \n % arcs from vertex 3\n\n % arcs from vertex -3\n \\arc (-3) to (1);\n \ \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\n\n\\bigskip\\b\ igskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, draw, fill=black, in\ ner sep =0.04cm},\n ghost/.style={circle, draw = none, inner sep = 0.14cm},\n\ botloop/.style={min distance = 8mm, out = -70, in = -110},\n toploop/.style\ ={min distance = 8mm, out = 70, in = 110}]\n\n % vertices and labels\n \\for\ each \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n \\node [\ ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n \ \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\\i/1.5, 0)\ {};\n }\n\n % arcs from vertex 1\n \\arc (1) to (-3);\n \\arc (1) to (-2)\ ;\n \\arc (1) to (-1);\n \\arc (1) .. controls (1.0666666666666667, 2.333333\ 3333333335) and (0.93333333333333324, 2.3333333333333335) .. (2);\n\n % arcs \ from vertex -1\n \\arc (-1) .. controls (1.4666666666666668, 1.08333333333333\ 35) and (1.2, 1.0833333333333335) .. (-3);\n \\arc (-1) .. controls (1.066666\ 6666666667, 0.66666666666666674) and (0.93333333333333324, 0.66666666666666674\ ) .. (-2);\n \\arc (-1) edge [botloop] (-1);\n \\arc (-1) to (2);\n\n % arc\ s from vertex 2\n \\arc (2) to (-3);\n \\arc (2) to (-2);\n \\arc (2) to (-\ 1);\n \\arc (2) .. controls (0.93333333333333324, 2.3333333333333335) and (1.\ 0666666666666667, 2.3333333333333335) .. (1);\n \\arc (2) edge [toploop] (2);\ \n \\arc (2) .. controls (1.7333333333333334, 2.3333333333333335) and (1.6000\ 000000000001, 2.3333333333333335) .. (3);\n\n % arcs from vertex -2\n \\arc \ (-2) .. controls (1.7333333333333334, 0.66666666666666674) and (1.600000000000\ 0001, 0.66666666666666674) .. (-3);\n \\arc (-2) edge [botloop] (-2);\n \\ar\ c (-2) .. controls (0.93333333333333324, 0.66666666666666674) and (1.066666666\ 6666667, 0.66666666666666674) .. (-1);\n \\arc (-2) to (1);\n \\arc (-2) to \ (3);\n\n % arcs from vertex 3\n \\arc (3) to (-3);\n \\arc (3) to (-2);\n \ \\arc (3) to (-1);\n \\arc (3) .. controls (1.2, 1.9166666666666665) and (1.4\ 666666666666668, 1.9166666666666665) .. (1);\n \\arc (3) .. controls (1.60000\ 00000000001, 2.3333333333333335) and (1.7333333333333334, 2.3333333333333335) \ .. (2);\n \\arc (3) edge [toploop] (3);\n\n % arcs from vertex -3\n \\arc (\ -3) edge [botloop] (-3);\n \\arc (-3) .. controls (1.6000000000000001, 0.6666\ 6666666666674) and (1.7333333333333334, 0.66666666666666674) .. (-2);\n \\arc\ (-3) .. controls (1.2, 1.0833333333333335) and (1.4666666666666668, 1.0833333\ 333333335) .. (-1);\n \\arc (-3) to (1);\n \\arc (-3) to (2);\n \\arc (-3) \ to (3);\n\n\\end{tikzpicture}\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}[\n\ vertex/.style={circle, draw, fill=black, inner sep =0.04cm},\n ghost/.style\ ={circle, draw = none, inner sep = 0.14cm},\n botloop/.style={min distance = \ 8mm, out = -70, in = -110},\n toploop/.style={min distance = 8mm, out = 70, i\ n = 110}]\n\n % vertices and labels\n \\foreach \\i in {1,...,3} {\n \\no\ de [vertex] at (\\i/1.5, 3) {};\n \\node [ghost] (\\i) at (\\i/1.5, 3) {};\ \n }\n\n \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 0) {\ };\n \\node [ghost] (-\\i) at (\\i/1.5, 0) {};\n }\n\n % arcs from vertex\ 1\n \\arc (1) edge [toploop] (1);\n\n % arcs from vertex -1\n \\arc (-1) t\ o (1);\n \\arc (-1) to (2);\n\n % arcs from vertex 2\n\n % arcs from vertex\ -2\n \\arc (-2) edge [botloop] (-2);\n \\arc (-2) to (1);\n \\arc (-2) to \ (2);\n\n % arcs from vertex 3\n\n % arcs from vertex -3\n \\arc (-3) to (1)\ ;\n \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\n\n\\bigsk\ ip\\bigskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, draw, fill=blac\ k, inner sep =0.04cm},\n ghost/.style={circle, draw = none, inner sep = 0.14c\ m},\n botloop/.style={min distance = 8mm, out = -70, in = -110},\n toploop/.\ style={min distance = 8mm, out = 70, in = 110}]\n\n % vertices and labels\n \ \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n \\n\ ode [ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n\ \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\\i/1.5\ , 0) {};\n }\n\n % arcs from vertex 1\n \\arc (1) edge [toploop] (1);\n\n \ % arcs from vertex -1\n \\arc (-1) .. controls (1.4666666666666668, 1.0833333\ 333333335) and (1.2, 1.0833333333333335) .. (-3);\n \\arc (-1) .. controls (1\ .0666666666666667, 0.66666666666666674) and (0.93333333333333324, 0.6666666666\ 6666674) .. (-2);\n \\arc (-1) edge [botloop] (-1);\n \\arc (-1) to (1);\n \ \\arc (-1) to (2);\n \\arc (-1) to (3);\n\n % arcs from vertex 2\n\n % arcs\ from vertex -2\n \\arc (-2) .. controls (1.7333333333333334, 0.6666666666666\ 6674) and (1.6000000000000001, 0.66666666666666674) .. (-3);\n \\arc (-2) edg\ e [botloop] (-2);\n \\arc (-2) .. controls (0.93333333333333324, 0.6666666666\ 6666674) and (1.0666666666666667, 0.66666666666666674) .. (-1);\n \\arc (-2) \ to (1);\n \\arc (-2) to (2);\n \\arc (-2) to (3);\n\n % arcs from vertex 3\ \n\n % arcs from vertex -3\n \\arc (-3) edge [botloop] (-3);\n \\arc (-3) .\ . controls (1.6000000000000001, 0.66666666666666674) and (1.7333333333333334, \ 0.66666666666666674) .. (-2);\n \\arc (-3) .. controls (1.2, 1.08333333333333\ 35) and (1.4666666666666668, 1.0833333333333335) .. (-1);\n \\arc (-3) to (1)\ ;\n \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\n\n\\bigsk\ ip\\bigskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, draw, fill=blac\ k, inner sep =0.04cm},\n ghost/.style={circle, draw = none, inner sep = 0.14c\ m},\n botloop/.style={min distance = 8mm, out = -70, in = -110},\n toploop/.\ style={min distance = 8mm, out = 70, in = 110}]\n\n % vertices and labels\n \ \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n \\n\ ode [ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n\ \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\\i/1.5\ , 0) {};\n }\n\n % arcs from vertex 1\n \\arc (1) .. controls (1.0666666666\ 666667, 2.3333333333333335) and (0.93333333333333324, 2.3333333333333335) .. (\ 2);\n\n % arcs from vertex -1\n \\arc (-1) to (1);\n \\arc (-1) to (2);\n \ \\arc (-1) to (3);\n\n % arcs from vertex 2\n \\arc (2) .. controls (0.93333\ 333333333324, 2.3333333333333335) and (1.0666666666666667, 2.3333333333333335)\ .. (1);\n \\arc (2) edge [toploop] (2);\n \\arc (2) .. controls (1.73333333\ 33333334, 2.3333333333333335) and (1.6000000000000001, 2.3333333333333335) .. \ (3);\n\n % arcs from vertex -2\n \\arc (-2) edge [botloop] (-2);\n \\arc (-\ 2) to (1);\n \\arc (-2) to (2);\n \\arc (-2) to (3);\n\n % arcs from vertex\ 3\n \\arc (3) .. controls (1.2, 1.9166666666666665) and (1.4666666666666668,\ 1.9166666666666665) .. (1);\n \\arc (3) .. controls (1.6000000000000001, 2.3\ 333333333333335) and (1.7333333333333334, 2.3333333333333335) .. (2);\n \\arc\ (3) edge [toploop] (3);\n\n % arcs from vertex -3\n \\arc (-3) to (1);\n \ \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\n\n\\bigskip\\b\ igskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, draw, fill=black, in\ ner sep =0.04cm},\n ghost/.style={circle, draw = none, inner sep = 0.14cm},\n\ botloop/.style={min distance = 8mm, out = -70, in = -110},\n toploop/.style\ ={min distance = 8mm, out = 70, in = 110}]\n\n % vertices and labels\n \\for\ each \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n \\node [\ ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n \ \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\\i/1.5, 0)\ {};\n }\n\n % arcs from vertex 1\n \\arc (1) to (-3);\n \\arc (1) to (-2)\ ;\n \\arc (1) to (-1);\n \\arc (1) edge [toploop] (1);\n \\arc (1) .. contr\ ols (1.0666666666666667, 2.3333333333333335) and (0.93333333333333324, 2.33333\ 33333333335) .. (2);\n \\arc (1) .. controls (1.4666666666666668, 1.916666666\ 6666665) and (1.2, 1.9166666666666665) .. (3);\n\n % arcs from vertex -1\n \ \\arc (-1) .. controls (1.4666666666666668, 1.0833333333333335) and (1.2, 1.08\ 33333333333335) .. (-3);\n \\arc (-1) .. controls (1.0666666666666667, 0.6666\ 6666666666674) and (0.93333333333333324, 0.66666666666666674) .. (-2);\n \\ar\ c (-1) edge [botloop] (-1);\n \\arc (-1) to (1);\n \\arc (-1) to (2);\n \\a\ rc (-1) to (3);\n\n % arcs from vertex 2\n \\arc (2) to (-3);\n \\arc (2) t\ o (-2);\n \\arc (2) to (-1);\n \\arc (2) .. controls (0.93333333333333324, 2\ .3333333333333335) and (1.0666666666666667, 2.3333333333333335) .. (1);\n \\a\ rc (2) edge [toploop] (2);\n \\arc (2) .. controls (1.7333333333333334, 2.333\ 3333333333335) and (1.6000000000000001, 2.3333333333333335) .. (3);\n\n % arc\ s from vertex -2\n \\arc (-2) .. controls (1.7333333333333334, 0.666666666666\ 66674) and (1.6000000000000001, 0.66666666666666674) .. (-3);\n \\arc (-2) ed\ ge [botloop] (-2);\n \\arc (-2) .. controls (0.93333333333333324, 0.666666666\ 66666674) and (1.0666666666666667, 0.66666666666666674) .. (-1);\n \\arc (-2)\ to (1);\n \\arc (-2) to (2);\n \\arc (-2) to (3);\n\n % arcs from vertex 3\ \n \\arc (3) to (-3);\n \\arc (3) to (-2);\n \\arc (3) to (-1);\n \\arc (3\ ) .. controls (1.2, 1.9166666666666665) and (1.4666666666666668, 1.91666666666\ 66665) .. (1);\n \\arc (3) .. controls (1.6000000000000001, 2.333333333333333\ 5) and (1.7333333333333334, 2.3333333333333335) .. (2);\n \\arc (3) edge [top\ loop] (3);\n\n % arcs from vertex -3\n \\arc (-3) edge [botloop] (-3);\n \\\ arc (-3) .. controls (1.6000000000000001, 0.66666666666666674) and (1.73333333\ 33333334, 0.66666666666666674) .. (-2);\n \\arc (-3) .. controls (1.2, 1.0833\ 333333333335) and (1.4666666666666668, 1.0833333333333335) .. (-1);\n \\arc (\ -3) to (1);\n \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\ \n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, draw\ , fill=black, inner sep =0.04cm},\n ghost/.style={circle, draw = none, inner \ sep = 0.14cm},\n botloop/.style={min distance = 8mm, out = -70, in = -110},\n\ toploop/.style={min distance = 8mm, out = 70, in = 110}]\n\n % vertices and\ labels\n \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {\ };\n \\node [ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1\ ,...,3} {\n \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) \ at (\\i/1.5, 0) {};\n }\n\n % arcs from vertex 1\n \\arc (1) edge [toploop]\ (1);\n\n % arcs from vertex -1\n \\arc (-1) to (1);\n \\arc (-1) to (2);\n\ \\arc (-1) to (3);\n\n % arcs from vertex 2\n\n % arcs from vertex -2\n \ \\arc (-2) edge [botloop] (-2);\n \\arc (-2) to (1);\n \\arc (-2) to (2);\n \ \\arc (-2) to (3);\n\n % arcs from vertex 3\n\n % arcs from vertex -3\n \\\ arc (-3) to (1);\n \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpict\ ure}\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, \ draw, fill=black, inner sep =0.04cm},\n ghost/.style={circle, draw = none, in\ ner sep = 0.14cm},\n botloop/.style={min distance = 8mm, out = -70, in = -110\ },\n toploop/.style={min distance = 8mm, out = 70, in = 110}]\n\n % vertices\ and labels\n \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, \ 3) {};\n \\node [ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i i\ n {1,...,3} {\n \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\ \\i) at (\\i/1.5, 0) {};\n }\n\n % arcs from vertex 1\n \\arc (1) .. contro\ ls (1.0666666666666667, 2.3333333333333335) and (0.93333333333333324, 2.333333\ 3333333335) .. (2);\n\n % arcs from vertex -1\n \\arc (-1) .. controls (1.46\ 66666666666668, 1.0833333333333335) and (1.2, 1.0833333333333335) .. (-3);\n \ \\arc (-1) .. controls (1.0666666666666667, 0.66666666666666674) and (0.933333\ 33333333324, 0.66666666666666674) .. (-2);\n \\arc (-1) edge [botloop] (-1);\ \n \\arc (-1) to (1);\n \\arc (-1) to (2);\n \\arc (-1) to (3);\n\n % arcs\ from vertex 2\n \\arc (2) .. controls (0.93333333333333324, 2.33333333333333\ 35) and (1.0666666666666667, 2.3333333333333335) .. (1);\n \\arc (2) edge [to\ ploop] (2);\n \\arc (2) .. controls (1.7333333333333334, 2.3333333333333335) \ and (1.6000000000000001, 2.3333333333333335) .. (3);\n\n % arcs from vertex -\ 2\n \\arc (-2) .. controls (1.7333333333333334, 0.66666666666666674) and (1.6\ 000000000000001, 0.66666666666666674) .. (-3);\n \\arc (-2) edge [botloop] (-\ 2);\n \\arc (-2) .. controls (0.93333333333333324, 0.66666666666666674) and (\ 1.0666666666666667, 0.66666666666666674) .. (-1);\n \\arc (-2) to (1);\n \\a\ rc (-2) to (2);\n \\arc (-2) to (3);\n\n % arcs from vertex 3\n \\arc (3) .\ . controls (1.2, 1.9166666666666665) and (1.4666666666666668, 1.91666666666666\ 65) .. (1);\n \\arc (3) .. controls (1.6000000000000001, 2.3333333333333335) \ and (1.7333333333333334, 2.3333333333333335) .. (2);\n \\arc (3) edge [toploo\ p] (3);\n\n % arcs from vertex -3\n \\arc (-3) edge [botloop] (-3);\n \\arc\ (-3) .. controls (1.6000000000000001, 0.66666666666666674) and (1.73333333333\ 33334, 0.66666666666666674) .. (-2);\n \\arc (-3) .. controls (1.2, 1.0833333\ 333333335) and (1.4666666666666668, 1.0833333333333335) .. (-1);\n \\arc (-3)\ to (1);\n \\arc (-3) to (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\n\n\ \\bigskip\\bigskip\n\n\\begin{tikzpicture}[\n vertex/.style={circle, draw, fi\ ll=black, inner sep =0.04cm},\n ghost/.style={circle, draw = none, inner sep \ = 0.14cm},\n botloop/.style={min distance = 8mm, out = -70, in = -110},\n to\ ploop/.style={min distance = 8mm, out = 70, in = 110}]\n\n % vertices and lab\ els\n \\foreach \\i in {1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n\ \\node [ghost] (\\i) at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...\ ,3} {\n \\node [vertex] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\ \\i/1.5, 0) {};\n }\n\n % arcs from vertex 1\n \\arc (1) edge [toploop] (1)\ ;\n \\arc (1) .. controls (1.0666666666666667, 2.3333333333333335) and (0.933\ 33333333333324, 2.3333333333333335) .. (2);\n \\arc (1) .. controls (1.466666\ 6666666668, 1.9166666666666665) and (1.2, 1.9166666666666665) .. (3);\n\n % a\ rcs from vertex -1\n \\arc (-1) to (1);\n \\arc (-1) to (2);\n \\arc (-1) t\ o (3);\n\n % arcs from vertex 2\n \\arc (2) .. controls (0.93333333333333324\ , 2.3333333333333335) and (1.0666666666666667, 2.3333333333333335) .. (1);\n \ \\arc (2) edge [toploop] (2);\n \\arc (2) .. controls (1.7333333333333334, 2.\ 3333333333333335) and (1.6000000000000001, 2.3333333333333335) .. (3);\n\n % \ arcs from vertex -2\n \\arc (-2) edge [botloop] (-2);\n \\arc (-2) to (1);\n\ \\arc (-2) to (2);\n \\arc (-2) to (3);\n\n % arcs from vertex 3\n \\arc \ (3) .. controls (1.2, 1.9166666666666665) and (1.4666666666666668, 1.916666666\ 6666665) .. (1);\n \\arc (3) .. controls (1.6000000000000001, 2.3333333333333\ 335) and (1.7333333333333334, 2.3333333333333335) .. (2);\n \\arc (3) edge [t\ oploop] (3);\n\n % arcs from vertex -3\n \\arc (-3) to (1);\n \\arc (-3) to\ (2);\n \\arc (-3) to (3);\n\n\\end{tikzpicture}\n\n\\bigskip\\bigskip\n\n\\b\ egin{tikzpicture}[\n vertex/.style={circle, draw, fill=black, inner sep =0.04\ cm},\n ghost/.style={circle, draw = none, inner sep = 0.14cm},\n botloop/.st\ yle={min distance = 8mm, out = -70, in = -110},\n toploop/.style={min distanc\ e = 8mm, out = 70, in = 110}]\n\n % vertices and labels\n \\foreach \\i in {\ 1,...,3} {\n \\node [vertex] at (\\i/1.5, 3) {};\n \\node [ghost] (\\i) \ at (\\i/1.5, 3) {};\n }\n\n \\foreach \\i in {1,...,3} {\n \\node [vertex\ ] at (\\i/1.5, 0) {};\n \\node [ghost] (-\\i) at (\\i/1.5, 0) {};\n }\n\n \ % arcs from vertex 1\n \\arc (1) edge [toploop] (1);\n \\arc (1) .. control\ s (1.0666666666666667, 2.3333333333333335) and (0.93333333333333324, 2.3333333\ 333333335) .. (2);\n \\arc (1) .. controls (1.4666666666666668, 1.91666666666\ 66665) and (1.2, 1.9166666666666665) .. (3);\n\n % arcs from vertex -1\n \\a\ rc (-1) .. controls (1.4666666666666668, 1.0833333333333335) and (1.2, 1.08333\ 33333333335) .. (-3);\n \\arc (-1) .. controls (1.0666666666666667, 0.6666666\ 6666666674) and (0.93333333333333324, 0.66666666666666674) .. (-2);\n \\arc (\ -1) edge [botloop] (-1);\n \\arc (-1) to (1);\n \\arc (-1) to (2);\n \\arc \ (-1) to (3);\n\n % arcs from vertex 2\n \\arc (2) .. controls (0.93333333333\ 333324, 2.3333333333333335) and (1.0666666666666667, 2.3333333333333335) .. (1\ );\n \\arc (2) edge [toploop] (2);\n \\arc (2) .. controls (1.73333333333333\ 34, 2.3333333333333335) and (1.6000000000000001, 2.3333333333333335) .. (3);\n\ \n % arcs from vertex -2\n \\arc (-2) .. controls (1.7333333333333334, 0.666\ 66666666666674) and (1.6000000000000001, 0.66666666666666674) .. (-3);\n \\ar\ c (-2) edge [botloop] (-2);\n \\arc (-2) .. controls (0.93333333333333324, 0.\ 66666666666666674) and (1.0666666666666667, 0.66666666666666674) .. (-1);\n \ \\arc (-2) to (1);\n \\arc (-2) to (2);\n \\arc (-2) to (3);\n\n % arcs fro\ m vertex 3\n \\arc (3) .. controls (1.2, 1.9166666666666665) and (1.466666666\ 6666668, 1.9166666666666665) .. (1);\n \\arc (3) .. controls (1.6000000000000\ 001, 2.3333333333333335) and (1.7333333333333334, 2.3333333333333335) .. (2);\ \n \\arc (3) edge [toploop] (3);\n\n % arcs from vertex -3\n \\arc (-3) edg\ e [botloop] (-3);\n \\arc (-3) .. controls (1.6000000000000001, 0.66666666666\ 666674) and (1.7333333333333334, 0.66666666666666674) .. (-2);\n \\arc (-3) .\ . controls (1.2, 1.0833333333333335) and (1.4666666666666668, 1.08333333333333\ 35) .. (-1);\n \\arc (-3) to (1);\n \\arc (-3) to (2);\n \\arc (-3) to (3);\ \n\n\\end{tikzpicture}\n\n\\bigskip\\bigskip\n\n\\end{center}\\end{document}" # TikzString for a bipartition collection gap> TikzString(PartitionMonoid(2)); "%latex\n\\documentclass{minimal}\n\\usepackage{tikz}\n\n\\begin{document}\n\\\ begin{center}\n\\begin{tikzpicture}\n\n %block number 1\n %vertices and labe\ ls\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999996, 2.2) node [abov\ e] {$1$};\n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\ \n\n %lines\n \\draw(1, 2)--(1, 0);\n\n %block number 2\n %vertices and la\ bels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n \ \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\ \n \\draw(2, 2)--(2, 0);\n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\beg\ in{tikzpicture}\n\n %block number 1\n %vertices and labels\n \\fill(1, 2)ci\ rcle(.125);\n \\draw(0.94999999999999996, 2.2) node [above] {$1$};\n \\fill(\ 2, 0)circle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\n \\dr\ aw(1, 2)--(2, 0);\n\n %block number 2\n %vertices and labels\n \\fill(2, 2)\ circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n \\fill(1, 0)circle(.\ 125);\n \\draw(1, -0.2) node [below] {$-1$};\n\n %lines\n \\draw(2, 2)--(1,\ 0);\n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n \ %block number 1\n %vertices and labels\n \\fill(1, 2)circle(.125);\n \\draw\ (0.94999999999999996, 2.2) node [above] {$1$};\n\n %lines\n\n %block number \ 2\n %vertices and labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) no\ de [above] {$2$};\n \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below]\ {$-2$};\n\n %lines\n \\draw(2, 2)--(2, 0);\n\n %block number 3\n %vertice\ s and labels\n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1\ $};\n\n %lines\n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpic\ ture}\n\n %block number 1\n %vertices and labels\n \\fill(1, 2)circle(.125)\ ;\n \\draw(0.94999999999999996, 2.2) node [above] {$1$};\n \\fill(2, 2)circl\ e(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n \\fill(1, 0)circle(.125);\ \n \\draw(1, -0.2) node [below] {$-1$};\n \\fill(2, 0)circle(.125);\n \\dra\ w(2, -0.2) node [below] {$-2$};\n\n %lines\n \\draw(1, 1.875) .. controls (1\ , 1.25) and (2, 1.25) .. (2, 1.875);\n \\draw(1, 0.125) .. controls (1, 0.75)\ and (2, 0.75) .. (2, 0.125);\n \\draw(1, 2)--(1, 0);\n\\end{tikzpicture}\n\n\ \n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %block number 1\n %vertices\ and labels\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999996, 2.2) n\ ode [above] {$1$};\n \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below\ ] {$-2$};\n\n %lines\n \\draw(1, 2)--(2, 0);\n\n %block number 2\n %vertic\ es and labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {\ $2$};\n\n %lines\n\n %block number 3\n %vertices and labels\n \\fill(1, 0)\ circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\n\n %lines\n\\end{tikzp\ icture}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %block number 1\n\ %vertices and labels\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999\ 996, 2.2) node [above] {$1$};\n\n %lines\n\n %block number 2\n %vertices an\ d labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\ \n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\n\n %li\ nes\n \\draw(2, 2)--(1, 0);\n\n %block number 3\n %vertices and labels\n \ \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\ \n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %blo\ ck number 1\n %vertices and labels\n \\fill(1, 2)circle(.125);\n \\draw(0.9\ 4999999999999996, 2.2) node [above] {$1$};\n\n %lines\n\n %block number 2\n \ %vertices and labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [\ above] {$2$};\n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-\ 1$};\n \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n \ %lines\n \\draw(1, 0.125) .. controls (1, 0.75) and (2, 0.75) .. (2, 0.125);\ \n \\draw(2, 2)--(2, 0);\n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\beg\ in{tikzpicture}\n\n %block number 1\n %vertices and labels\n \\fill(1, 2)ci\ rcle(.125);\n \\draw(0.94999999999999996, 2.2) node [above] {$1$};\n \\fill(\ 2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n \\fill(2, 0)cir\ cle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\n \\draw(1, 1.\ 875) .. controls (1, 1.25) and (2, 1.25) .. (2, 1.875);\n \\draw(2, 2)--(2, 0\ );\n\n %block number 2\n %vertices and labels\n \\fill(1, 0)circle(.125);\n\ \\draw(1, -0.2) node [below] {$-1$};\n\n %lines\n\\end{tikzpicture}\n\n\n\\\ bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %block number 1\n %vertices and\ labels\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999996, 2.2) node \ [above] {$1$};\n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$\ -1$};\n\n %lines\n \\draw(1, 2)--(1, 0);\n\n %block number 2\n %vertices a\ nd labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$}\ ;\n\n %lines\n\n %block number 3\n %vertices and labels\n \\fill(2, 0)circ\ le(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\n\\end{tikzpictu\ re}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %block number 1\n %v\ ertices and labels\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999996,\ 2.2) node [above] {$1$};\n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node\ [below] {$-1$};\n \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below] \ {$-2$};\n\n %lines\n \\draw(1, 0.125) .. controls (1, 0.75) and (2, 0.75) ..\ (2, 0.125);\n \\draw(1, 2)--(1, 0);\n\n %block number 2\n %vertices and la\ bels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n\n\ %lines\n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\ \n %block number 1\n %vertices and labels\n \\fill(1, 2)circle(.125);\n \\\ draw(0.94999999999999996, 2.2) node [above] {$1$};\n\n %lines\n\n %block num\ ber 2\n %vertices and labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2\ ) node [above] {$2$};\n\n %lines\n\n %block number 3\n %vertices and labels\ \n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\n\n %li\ nes\n\n %block number 4\n %vertices and labels\n \\fill(2, 0)circle(.125);\ \n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\n\\end{tikzpicture}\n\n\n\ \\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %block number 1\n %vertices a\ nd labels\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999996, 2.2) nod\ e [above] {$1$};\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above\ ] {$2$};\n \\fill(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\ \n\n %lines\n \\draw(1, 1.875) .. controls (1, 1.25) and (2, 1.25) .. (2, 1.\ 875);\n \\draw(1, 2)--(1, 0);\n\n %block number 2\n %vertices and labels\n \ \\fill(2, 0)circle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\ \n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %blo\ ck number 1\n %vertices and labels\n \\fill(1, 2)circle(.125);\n \\draw(0.9\ 4999999999999996, 2.2) node [above] {$1$};\n\n %lines\n\n %block number 2\n \ %vertices and labels\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [\ above] {$2$};\n\n %lines\n\n %block number 3\n %vertices and labels\n \\fi\ ll(1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\n \\fill(2, 0)c\ ircle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n\n %lines\n \\draw(1, \ 0.125) .. controls (1, 0.75) and (2, 0.75) .. (2, 0.125);\n\\end{tikzpicture}\ \n\n\n\\bigskip\\bigskip\n\n\\begin{tikzpicture}\n\n %block number 1\n %vert\ ices and labels\n \\fill(1, 2)circle(.125);\n \\draw(0.94999999999999996, 2.\ 2) node [above] {$1$};\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node \ [above] {$2$};\n\n %lines\n \\draw(1, 1.875) .. controls (1, 1.25) and (2, 1\ .25) .. (2, 1.875);\n\n %block number 2\n %vertices and labels\n \\fill(1, \ 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\n\n %lines\n\n %bloc\ k number 3\n %vertices and labels\n \\fill(2, 0)circle(.125);\n \\draw(2, -\ 0.2) node [below] {$-2$};\n\n %lines\n\\end{tikzpicture}\n\n\n\\bigskip\\bigs\ kip\n\n\\begin{tikzpicture}\n\n %block number 1\n %vertices and labels\n \\\ fill(1, 2)circle(.125);\n \\draw(0.94999999999999996, 2.2) node [above] {$1$}\ ;\n \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n\n %\ lines\n \\draw(1, 1.875) .. controls (1, 1.25) and (2, 1.25) .. (2, 1.875);\n\ \n %block number 2\n %vertices and labels\n \\fill(1, 0)circle(.125);\n \\\ draw(1, -0.2) node [below] {$-1$};\n \\fill(2, 0)circle(.125);\n \\draw(2, -\ 0.2) node [below] {$-2$};\n\n %lines\n \\draw(1, 0.125) .. controls (1, 0.75\ ) and (2, 0.75) .. (2, 0.125);\n\\end{tikzpicture}\n\n\n\\bigskip\\bigskip\n\n\ \\end{center}\\end{document}" # Test TikzString for a bipartition gap> TikzString(Bipartition([[1, 3], [2, -1], [-2, -3]])); "%latex\n\\documentclass{minimal}\n\\usepackage{tikz}\n\n\\begin{document}\n\\\ begin{tikzpicture}\n\n %block number 1\n %vertices and labels\n \\fill(1, 2\ )circle(.125);\n \\draw(0.94999999999999996, 2.2) node [above] {$1$};\n \\fi\ ll(3, 2)circle(.125);\n \\draw(2.9500000000000002, 2.2) node [above] {$3$};\n\ \n %lines\n \\draw(1, 1.875) .. controls (1, 1.1666666666666667) and (3, 1.1\ 666666666666667) .. (3, 1.875);\n\n %block number 2\n %vertices and labels\n\ \\fill(2, 2)circle(.125);\n \\draw(1.95, 2.2) node [above] {$2$};\n \\fill\ (1, 0)circle(.125);\n \\draw(1, -0.2) node [below] {$-1$};\n\n %lines\n \\d\ raw(2, 2)--(1, 0);\n\n %block number 3\n %vertices and labels\n \\fill(2, 0\ )circle(.125);\n \\draw(2, -0.2) node [below] {$-2$};\n \\fill(3, 0)circle(.\ 125);\n \\draw(3, -0.2) node [below] {$-3$};\n\n %lines\n \\draw(2, 0.125) \ .. controls (2, 0.66666666666666663) and (3, 0.66666666666666663) .. (3, 0.125\ );\n\\end{tikzpicture}\n\n\\end{document}" gap> TikzString(Bipartition([[1, 3], [2, -1], [-2, -3]]), > rec(colors := true, labels := true, beginDocument := true, > endDocument := true)); "%latex\n\\documentclass{minimal}\n\\usepackage{tikz}\n\n\\begin{document}\n\\\ begin{tikzpicture}\n\n %block number 1\n %vertices and labels\n \\fill[red]\ (1, 2)circle(.125);\n \\draw[red](0.94999999999999996, 2.2) node [above] {$1$\ };\n \\fill[red](3, 2)circle(.125);\n \\draw[red](2.9500000000000002, 2.2) n\ ode [above] {$3$};\n\n %lines\n \\draw[red](1, 1.875) .. controls (1, 1.1666\ 666666666667) and (3, 1.1666666666666667) .. (3, 1.875);\n\n %block number 2\ \n %vertices and labels\n \\fill[green](2, 2)circle(.125);\n \\draw[green](\ 1.95, 2.2) node [above] {$2$};\n \\fill[green](1, 0)circle(.125);\n \\draw[g\ reen](1, -0.2) node [below] {$-1$};\n\n %lines\n \\draw[green](2, 2)--(1, 0)\ ;\n\n %block number 3\n %vertices and labels\n \\fill[blue](2, 0)circle(.12\ 5);\n \\draw[blue](2, -0.2) node [below] {$-2$};\n \\fill[blue](3, 0)circle(\ .125);\n \\draw[blue](3, -0.2) node [below] {$-3$};\n\n %lines\n \\draw[blu\ e](2, 0.125) .. controls (2, 0.66666666666666663) and (3, 0.66666666666666663)\ .. (3, 0.125);\n\\end{tikzpicture}\n\n\\end{document}" # Test DotString for a semigroup gap> DotString(RegularBooleanMatMonoid(3)); "//dot\ndigraph DClasses {\nnode [shape=plaintext]\nedge [color=black,arrowhe\ ad=none]\n1 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER\ =\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"1\">\n<TR BORDER=\"0\"><TD \ COLSPAN=\"1\" BORDER = \"0\" > 1</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD></TR>\ \n</TABLE>>];\n2 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLB\ ORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"2\">\n<TR BORDER=\"0\"\ ><TD COLSPAN=\"7\" BORDER = \"0\" > 2</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD>\ <TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</\ TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">\ *</TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGC\ OLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD \ BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gra\ y\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"\ gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR\ =\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</\ TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGC\ OLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><\ TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"\ gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">\ *</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n3 [shape=box style=inv\ isible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSP\ ACING=\"0\" PORT=\"3\">\n<TR BORDER=\"0\"><TD COLSPAN=\"12\" BORDER = \"0\" > \ 3</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOL\ OR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BG\ COLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD\ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD>\ <TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOL\ OR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BG\ COLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD\ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gr\ ay\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOL\ OR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BG\ COLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></T\ R>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gr\ ay\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOL\ OR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BG\ COLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"g\ ray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOL\ OR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<T\ R><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"g\ ray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*\ </TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\ \"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gr\ ay\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><T\ D BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD\ ><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*<\ /TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\"\ >*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BG\ COLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD\ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD>\ <TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</\ TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"\ ></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGC\ OLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><\ TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></T\ D><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCO\ LOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD B\ GCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><T\ D BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n4 [sha\ pe=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDI\ NG=\"10\" CELLSPACING=\"0\" PORT=\"4\">\n<TR BORDER=\"0\"><TD COLSPAN=\"6\" BO\ RDER = \"0\" > 4</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><\ TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"\ white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><\ TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"\ white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n5 [shape=box st\ yle=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\"\ CELLSPACING=\"0\" PORT=\"5\">\n<TR BORDER=\"0\"><TD COLSPAN=\"9\" BORDER = \"\ 0\" > 5</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD\ BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD>\ <TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></\ TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLO\ R=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGC\ OLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gra\ y\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"\ white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"w\ hite\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><\ TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*\ </TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCO\ LOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD B\ GCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><T\ D BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOL\ OR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\ \n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\ \"></TD><TD BGCOLOR=\"white\"></TD></TR>\n</TABLE>>];\n6 [shape=box style=invi\ sible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPA\ CING=\"0\" PORT=\"6\">\n<TR BORDER=\"0\"><TD COLSPAN=\"6\" BORDER = \"0\" > 6<\ /TD></TR><TR><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*<\ /font></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</f\ ont></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</fon\ t></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font>\ </TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></\ TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD\ ></TR>\n<TR><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</\ font></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</fo\ nt></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font\ ></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font><\ /TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></T\ D><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD>\ </TR>\n<TR><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</f\ ont></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</fon\ t></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font>\ </TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></\ TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD\ ><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD><\ /TR>\n<TR><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</fo\ nt></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font\ ></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font><\ /TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></T\ D><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD>\ <TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD></\ TR>\n<TR><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</fon\ t></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font>\ </TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></\ TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD\ ><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD><\ TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD></T\ R>\n<TR><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font\ ></TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font><\ /TD><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></T\ D><TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD>\ <TD CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD><T\ D CELLPADDING=\"10\" BGCOLOR=\"white\"><font color=\"white\">*</font></TD></TR\ >\n</TABLE>>];\n7 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELL\ BORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"7\">\n<TR BORDER=\"0\ \"><TD COLSPAN=\"3\" BORDER = \"0\" > 7</TD></TR><TR><TD BGCOLOR=\"gray\">*</T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">\ *</TD></TR>\n</TABLE>>];\n8 [shape=box style=invisible label=<\n<TABLE BORDER=\ \"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"8\">\n<TR B\ ORDER=\"0\"><TD COLSPAN=\"3\" BORDER = \"0\" > 8</TD></TR><TR><TD BGCOLOR=\"gr\ ay\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><T\ D BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD\ ></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"gray\">*</TD></TR>\n</TABLE>>];\n9 [shape=box style=invisible label=<\n<TABL\ E BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"9\ \">\n<TR BORDER=\"0\"><TD COLSPAN=\"6\" BORDER = \"0\" > 9</TD></TR><TR><TD BG\ COLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD\ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD>\ </TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOL\ OR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\ \"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD B\ GCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><T\ D BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<T\ R><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD></TR>\n</TABLE>>];\n10 [shape=box style=invisible label=<\n<TABLE BOR\ DER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"10\">\n\ <TR BORDER=\"0\"><TD COLSPAN=\"1\" BORDER = \"0\" > 10</TD></TR><TR><TD BGCOLO\ R=\"gray\">*</TD></TR>\n</TABLE>>];\n2 -> 1\n3 -> 2\n4 -> 3\n5 -> 3\n6 -> 4\n6\ -> 5\n7 -> 4\n7 -> 5\n8 -> 4\n8 -> 5\n9 -> 6\n9 -> 7\n9 -> 8\n10 -> 9\n }" gap> DotString(RegularBooleanMatMonoid(2), rec(maximal := true)); "//dot\ndigraph DClasses {\nnode [shape=plaintext]\nedge [color=black,arrowhe\ ad=none]\n1 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER\ =\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"1\">\n<TR BORDER=\"0\"><TD \ COLSPAN=\"1\" BORDER = \"0\" > 1</TD></TR><TR><TD BGCOLOR=\"gray\">1</TD></TR>\ \n</TABLE>>];\n2 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLB\ ORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"2\">\n<TR BORDER=\"0\"\ ><TD COLSPAN=\"3\" BORDER = \"0\" > 2</TD></TR><TR><TD BGCOLOR=\"gray\">1</TD>\ <TD BGCOLOR=\"gray\">1</TD><TD BGCOLOR=\"gray\">1</TD></TR>\n<TR><TD BGCOLOR=\ \"gray\">1</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">1</TD></TR>\n<T\ R><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">1</TD><TD BGCOLOR=\"gray\">1\ </TD></TR>\n</TABLE>>];\n3 [shape=box style=invisible label=<\n<TABLE BORDER=\ \"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"3\">\n<TR B\ ORDER=\"0\"><TD COLSPAN=\"2\" BORDER = \"0\" > 3</TD></TR><TR><TD BGCOLOR=\"gr\ ay\">1</TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><T\ D BGCOLOR=\"gray\">1</TD></TR>\n</TABLE>>];\n4 [shape=box style=invisible labe\ l=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\"\ PORT=\"4\">\n<TR BORDER=\"0\"><TD COLSPAN=\"1\" BORDER = \"0\" > 4</TD></TR><\ TR><TD BGCOLOR=\"gray\">C2</TD></TR>\n</TABLE>>];\n2 -> 1\n3 -> 2\n4 -> 3\n }" gap> DotString(RegularBooleanMatMonoid(2), rec(number := false)); "//dot\ndigraph DClasses {\nnode [shape=plaintext]\nedge [color=black,arrowhe\ ad=none]\n1 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER\ =\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"1\">\n<TR><TD BGCOLOR=\"gra\ y\">*</TD></TR>\n</TABLE>>];\n2 [shape=box style=invisible label=<\n<TABLE BOR\ DER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"2\">\n<\ TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">\ *</TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGC\ OLOR=\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\"\ >*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n3 [shape=box style=invis\ ible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPAC\ ING=\"0\" PORT=\"3\">\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></\ TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</T\ ABLE>>];\n4 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER\ =\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"4\">\n<TR><TD BGCOLOR=\"gra\ y\">*</TD></TR>\n</TABLE>>];\n2 -> 1\n3 -> 2\n4 -> 3\n }" gap> DotString(RegularBooleanMatMonoid(2), rec(normal := false)); "//dot\ndigraph DClasses {\nnode [shape=plaintext]\nedge [color=black,arrowhe\ ad=none]\n1 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER\ =\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"1\">\n<TR BORDER=\"0\"><TD \ COLSPAN=\"1\" BORDER = \"0\" > 1</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD></TR>\ \n</TABLE>>];\n2 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLB\ ORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"2\">\n<TR BORDER=\"0\"\ ><TD COLSPAN=\"3\" BORDER = \"0\" > 2</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD>\ <TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<T\ R><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*\ </TD></TR>\n</TABLE>>];\n3 [shape=box style=invisible label=<\n<TABLE BORDER=\ \"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"3\">\n<TR B\ ORDER=\"0\"><TD COLSPAN=\"2\" BORDER = \"0\" > 3</TD></TR><TR><TD BGCOLOR=\"gr\ ay\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><T\ D BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n4 [shape=box style=invisible labe\ l=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\"\ PORT=\"4\">\n<TR BORDER=\"0\"><TD COLSPAN=\"1\" BORDER = \"0\" > 4</TD></TR><\ TR><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n2 -> 1\n3 -> 2\n4 -> 3\n }" gap> S := RegularBooleanMatMonoid(3);; gap> DotString(S, rec(highlight := [rec(HClasses := [HClass(S, One(S))]), > rec(HClasses := [First(HClasses(S), x -> not IsGroupHClass(x))]), > rec(HClasses := HClasses(First(DClasses(S), x -> not IsRegularDClass(x)))) > ])); "//dot\ndigraph DClasses {\nnode [shape=plaintext]\nedge [color=black,arrowhe\ ad=none]\n1 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER\ =\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"1\">\n<TR BORDER=\"0\"><TD \ COLSPAN=\"1\" BORDER = \"0\" > 1</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD></TR>\ \n</TABLE>>];\n2 [shape=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLB\ ORDER=\"1\" CELLPADDING=\"10\" CELLSPACING=\"0\" PORT=\"2\">\n<TR BORDER=\"0\"\ ><TD COLSPAN=\"7\" BORDER = \"0\" > 2</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD>\ <TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</\ TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">\ *</TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGC\ OLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD \ BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gra\ y\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"\ gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR\ =\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</\ TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGC\ OLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><\ TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"\ gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"#FF0000\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n3 [shape=box style=\ invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CEL\ LSPACING=\"0\" PORT=\"3\">\n<TR BORDER=\"0\"><TD COLSPAN=\"12\" BORDER = \"0\"\ > 3</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BG\ COLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD\ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD>\ <TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></\ TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLO\ R=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGC\ OLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><\ TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"\ gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCO\ LOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD B\ GCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></\ TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"g\ ray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOL\ OR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BG\ COLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"g\ ray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOL\ OR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<T\ R><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\ \">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"g\ ray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*\ </TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\ \"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gr\ ay\">*</TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><T\ D BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD\ ><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*<\ /TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\"\ >*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BG\ COLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD\ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD>\ <TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</\ TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"\ ></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGC\ OLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><\ TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></T\ D><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCO\ LOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD B\ GCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><T\ D BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n4 [sha\ pe=box style=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDI\ NG=\"10\" CELLSPACING=\"0\" PORT=\"4\">\n<TR BORDER=\"0\"><TD COLSPAN=\"6\" BO\ RDER = \"0\" > 4</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><\ TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"\ white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><\ TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"\ white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n</TABLE>>];\n5 [shape=box st\ yle=invisible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\"\ CELLSPACING=\"0\" PORT=\"5\">\n<TR BORDER=\"0\"><TD COLSPAN=\"9\" BORDER = \"\ 0\" > 5</TD></TR><TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD\ BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD>\ <TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></\ TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLO\ R=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGC\ OLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD \ BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"gra\ y\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"\ white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR\ =\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\n<\ TR><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"\ ></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"w\ hite\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><\ TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*\ </TD><TD BGCOLOR=\"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCO\ LOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD B\ GCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><T\ D BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD></TR>\n<TR><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOL\ OR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD></TR>\ \n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"whit\ e\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"w\ hite\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\ \"white\"></TD></TR>\n<TR><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></T\ D><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\">\ </TD><TD BGCOLOR=\"gray\">*</TD><TD BGCOLOR=\"white\"></TD><TD BGCOLOR=\"white\ \"></TD><TD BGCOLOR=\"white\"></TD></TR>\n</TABLE>>];\n6 [shape=box style=invi\ sible label=<\n<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLPADDING=\"10\" CELLSPA\ --> -------------------- --> maximum size reached --> -------------------- [ Dauer der Verarbeitung: 0.19 Sekunden (vorverarbeitet) ] |
2026-04-02