(*********************************************************************** Mathematica-Compatible Notebook This notebook can be used on any computer system with Mathematica 3.0, MathReader 3.0, or any compatible application. The data for the notebook starts with the line of stars above. To get the notebook into a Mathematica-compatible application, do one of the following: * Save the data starting with the line of stars above into a file with a name ending in .nb, then open the file inside the application; * Copy the data starting with the line of stars above to the clipboard, then use the Paste menu command inside the application. Data for notebooks contains only printable 7-bit ASCII and can be sent directly in email or through ftp in text mode. Newlines can be CR, LF or CRLF (Unix, Macintosh or MS-DOS style). NOTE: If you modify the data for this notebook not in a Mathematica- compatible application, you must delete the line below containing the word CacheID, otherwise Mathematica-compatible applications may try to use invalid cache data. For more information on notebooks and Mathematica-compatible applications, contact Wolfram Research: web: http://www.wolfram.com email: info@wolfram.com phone: +1-217-398-0700 (U.S.) Notebook reader applications are available free of charge from Wolfram Research. ***********************************************************************) (*CacheID: 232*) (*NotebookFileLineBreakTest NotebookFileLineBreakTest*) (*NotebookOptionsPosition[ 17701, 463]*) (*NotebookOutlinePosition[ 18352, 486]*) (* CellTagsIndexPosition[ 18308, 482]*) (*WindowFrame->Normal*) Notebook[{ Cell[TextData[ "Mathematica results of the article\n\nB\[ODoubleDot]ing, H., Koepf, W.: \ Algorithms for q-Hypergeometric Summation in Computer Algebra, 1998, J. \ Symbolic Computation,\nto appear.\n\nThe timings were done on a Pentium PC \ with 200 MHz."], "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(SetDirectory["\"]\)], "Input"], Cell[BoxData[ \(TraditionalForm\`"c:\\Koepf\\Mathematica"\)], "Output"] }, Open ]], Cell["loading Axel Riese's package", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(<< qZeil.m\)], "Input"], Cell[BoxData[ \(TraditionalForm \`"Axel Riese's q-Zeilberger implementation version 1.8 loaded"\)], "Output"] }, Open ]], Cell["Table 2", "Text"], Cell["Gasper, Rahman [1990b] (III.18)", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(qZeil[ qfac[a, q, k]\ qfac[a\ q^2, q^2, k]\ qfac[b, q, k]\ qfac[c, q, k]\ *\n \ \ \ \ \ \ qfac[d, q, k]\ qfac[e, q, k]\ qfac[q^\((\(-n\))\), q, k]\ \((a^2\ q^\((2 + n)\)/\((b\ c\ d\ e)\))\)^k\ /\n\ \ \ \ \ \((qfac[a, q^2, k]\ qfac[a/b\ q, q, k]\ qfac[a/c\ q, q, k]\ qfac[a/d\ q, q, k]\ *\n\ \ \ \ \ \ qfac[a/e\ q, q, k]\ qfac[a\ q^\((n + 1)\), q, k]\ qfac[q, q, k])\), \n \ \ \ \ \ \ {k, \ \(-Infinity\), Infinity}, \ n, \ 2]\ // \ Timing \)], "Input"], Cell[BoxData[ \(TraditionalForm \`{4.38999999999999968`\ Second, SUM(n) == \(-\(\((q\ \((1 - q\^\(n - 1\))\)\ \((1 - a\ q\^\(n - 1\))\)\ \((1 - a\ q\^n)\)\ \((1 - \(a\^2\ q\^n\)\/\(b\ c\ d\ e\))\)\ \(SUM(n - 2)\))\)/ \((\((1 - \(a\ q\^n\)\/b)\)\ \((1 - \(a\ q\^n\)\/c)\)\ \((1 - \(a\ q\^n\)\/d)\)\ \((1 - \(a\ q\^n\)\/e)\))\)\)\) - \((\((1 - a\ q\^n)\)\ \((\(-a\)\ b\ c\ d\ e\ q\^\(2\ n\) + a\^3\ q\^\(3\ n\) + a\ b\ c\ d\ q\^\(n + 1\) + a\ b\ c\ e\ q\^\(n + 1\) + a\ b\ d\ e\ q\^\(n + 1\) + a\ c\ d\ e\ q\^\(n + 1\) + b\ c\ d\ e\ q\^\(n + 1\) + a\^2\ q\^\(n + 2\) - a\^3\ q\^\(2\ n + 1\) - a\^2\ b\ q\^\(2\ n + 1\) - a\^2\ c\ q\^\(2\ n + 1\) - a\^2\ d\ q\^\(2\ n + 1\) - a\^2\ e\ q\^\(2\ n + 1\) + a\^3\ q\^\(3\ n + 1\) - b\ c\ d\ e\ q\^2 - b\ c\ d\ e\ q)\)\ \(SUM(n - 1)\))\)/ \((b\ c\ d\ e\ q\ \((1 - \(a\ q\^n\)\/b)\)\ \((1 - \(a\ q\^n\)\/c)\)\ \((1 - \(a\ q\^n\)\/d)\)\ \((1 - \(a\ q\^n\)\/e)\))\)}\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(qZeil[ qfac[a/\((b\ c)\)\ q, q, k]\ qfac[d, q, k]\ qfac[e, q, k]\ qfac[q^\((\(-n\))\), q, k]\ *\n\ \ \ \ \ \ qfac[a\ q, q, n]\ qfac[a/\((d\ e)\)\ q, q, n]\ q^k\ /\n\ \ \ \ \ \((qfac[a/b\ q, q, k]\ qfac[a/c\ q, q, k]\ qfac[d\ e/a\ q^\((\(-n\))\), q, k]\ *\n\ \ \ \ \ \ qfac[q, q, k]\ qfac[a/d\ q, q, n]\ qfac[a/e\ q, q, n])\), \n \ \ \ \ \ \ {k, \ \(-Infinity\), Infinity}, \ n, \ 2]\ // \ Timing \)], "Input"], Cell[BoxData[ \(TraditionalForm \`{4.66999999999999992`\ Second, SUM(n) == \(-\(\((q\ \((1 - q\^\(n - 1\))\)\ \((1 - a\ q\^\(n - 1\))\)\ \((1 - a\ q\^n)\)\ \((1 - \(a\^2\ q\^n\)\/\(b\ c\ d\ e\))\)\ \(SUM(n - 2)\))\)/ \((\((1 - \(a\ q\^n\)\/b)\)\ \((1 - \(a\ q\^n\)\/c)\)\ \((1 - \(a\ q\^n\)\/d)\)\ \((1 - \(a\ q\^n\)\/e)\))\)\)\) - \((\((1 - a\ q\^n)\)\ \((\(-a\)\ b\ c\ d\ e\ q\^\(2\ n\) + a\^3\ q\^\(3\ n\) + a\ b\ c\ d\ q\^\(n + 1\) + a\ b\ c\ e\ q\^\(n + 1\) + a\ b\ d\ e\ q\^\(n + 1\) + a\ c\ d\ e\ q\^\(n + 1\) + b\ c\ d\ e\ q\^\(n + 1\) + a\^2\ q\^\(n + 2\) - a\^3\ q\^\(2\ n + 1\) - a\^2\ b\ q\^\(2\ n + 1\) - a\^2\ c\ q\^\(2\ n + 1\) - a\^2\ d\ q\^\(2\ n + 1\) - a\^2\ e\ q\^\(2\ n + 1\) + a\^3\ q\^\(3\ n + 1\) - b\ c\ d\ e\ q\^2 - b\ c\ d\ e\ q)\)\ \(SUM(n - 1)\))\)/ \((b\ c\ d\ e\ q\ \((1 - \(a\ q\^n\)\/b)\)\ \((1 - \(a\ q\^n\)\/c)\)\ \((1 - \(a\ q\^n\)\/d)\)\ \((1 - \(a\ q\^n\)\/e)\))\)}\)], "Output"] }, Open ]], Cell["Gasper, Rahman [1990b] (III.25) ", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(c\ = \ a^2\ q\ /\ \((b\ d\ lam)\); \n\n\n \(qZeil[qfac[a, q, k]\ qfac[b, q, k]\ qfac[c, q, k]\ qfac[d, q, k]\ qfac[q^\((\(-n\))\), q, k]\ *\n\ \ \ \ \ \ q^k\ /\n\ \ \ \ \ \((qfac[a/b\ q, q, k]\ qfac[a/c\ q, q, k]\ qfac[a/d\ q, q, k]\ * \n\ \ \ \ \ \ qfac[a^2/lam^2\ q^\((\(-n\))\), q, k]\ qfac[q, q, k])\), \n \ \ \ \ \ \ {k, \ \(-Infinity\), \ Infinity}, \ n, \ 3];\)\ // \ Timing\)], "Input"], Cell[BoxData[ FormBox[ RowBox[{ \(General::"spell1"\), \( : \ \), "\<\"Possible spelling error: new symbol name \ \\\"\\!\\(TraditionalForm\\`lam\\)\\\" is similar to existing symbol \ \\\"\\!\\(TraditionalForm\\`LAM\\)\\\".\"\>"}], TraditionalForm]], "Message"], Cell[BoxData[ \(TraditionalForm\`{11.1499999999999976`\ Second, Null}\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(\(qZeil[ qfac[lam*q/a, q, n]* \(qfac[lam^2*q/a, q, n]/qfac[lam*q, q, n]\)/ qfac[lam^2*q/a^2, q, n]*qfac[lam, q, k]\ qfac[lam\ q^2, q^2, k]\ qfac[b\ lam/a, q, k]\ *\n\ \ \ \ \ \ qfac[c\ lam/a, q, k]\ qfac[d\ lam/a, q, k]\ qfac[a, q, 2 k]\ *\n \ \ \ \ \ \ qfac[lam^2/a\ q^\((n + 1)\), q, k]\ qfac[q^\((\(-n\))\), q, k]\ q^k\ /\n\ \ \ \ \ \((qfac[lam, q^2, k]\ qfac[a/b\ q, q, k]\ qfac[a/c\ q, q, k]\ qfac[a/d\ q, q, k]\ *\n\ \ \ \ \ \ qfac[lam^2/a\ q, q, 2 k]\ qfac[a/lam\ q^\((\(-n\))\), q, k]\ *\n\ \ \ \ \ \ qfac[lam\ q^\((n + 1)\), q, k]\ qfac[q, q, k])\), \n \ \ \ \ \ \ {k, \ \(-Infinity\), \ Infinity}, \ n, \ 3];\)\ // \ Timing\)], "Input"], Cell[BoxData[ \(TraditionalForm\`{26.7499999999999982`\ Second, Null}\)], "Output"] }, Open ]], Cell["Gasper, Rahman [1990b] (III.28) ", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(c\ = \ a^2\ q\ /\ \((b\ d\ lam)\); \n\n\n \(qZeil[qfac[a, q, k]\ qfac[a\ q^2, q^2, k]\ qfac[b, q, k]\ qfac[c, q, k]\ *\n\ \ \ \ \ \ qfac[d, q, k]\ qfac[e, q, k]\ qfac[f, q, k]\ qfac[lam\ a/\((e\ f)\)\ q^\((n + 1)\), q, k]\ *\n \ \ \ \ \ \ qfac[q^\((\(-n\))\), q, k]\ q^k\ /\n\ \ \ \ \ \((qfac[a, q^2, k]\ qfac[a/b\ q, q, k]\ qfac[a/c\ q, q, k]\ qfac[a/d\ q, q, k]\ *\n\ \ \ \ \ \ qfac[a/e\ q, q, k]\ qfac[a/f\ q, q, k]\ qfac[e\ f/lam\ q^\((\(-n\))\), q, k]\ * \n\ \ \ \ \ \ qfac[a\ q^\((n + 1)\), q, k]\ qfac[q, q, k]) \), \n\ \ \ \ \ \ {k, \ \(-Infinity\), \ Infinity}, \ n, \ 2]; \)\ // \ Timing\)], "Input"], Cell[BoxData[ \(TraditionalForm\`{30.5899999999999971`\ Second, Null}\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(\(qZeil[ qfac[lam, q, k]\ qfac[lam\ q^2, q^2, k]\ qfac[b\ lam/a, q, k]\ *\n \ \ \ \ \ \ qfac[c\ lam/a, q, k]\ qfac[d\ lam/a, q, k]\ qfac[e, q, k]\ qfac[f, q, k]\ *\n\ \ \ \ \ \ qfac[lam\ a/\((e\ f)\)\ q^\((n + 1)\), q, k]\ qfac[q^\((\(-n\))\), q, k]\ q^k\ *\n\ \ \ \ \ \ qfac[a\ q, q, n]\ qfac[a/\((e\ f)\)\ q, q, n]\ qfac[lam/e\ q, q, n]\ *\n\ \ \ \ \ \ qfac[lam/f\ q, q, n]\ /\n\ \ \ \ \ \((qfac[lam, q^2, k]\ qfac[a/b\ q, q, k]\ qfac[a/c\ q, q, k]\ qfac[a/d\ q, q, k]\ *\n\ \ \ \ \ \ qfac[lam/e\ q, q, k]\ qfac[lam/f\ q, q, k]\ qfac[e\ f/a\ q^\((\(-n\))\), q, k]\ * \n\ \ \ \ \ \ qfac[lam\ q^\((n + 1)\), q, k]\ qfac[q, q, k]\ qfac[a/e\ q, q, n]\ *\n\ \ \ \ \ \ qfac[a/f\ q, q, n]\ qfac[lam/\((e\ f)\)\ q, q, n]\ qfac[lam\ q, q, n])\), \n \ \ \ \ \ \ {k, \ \(-Infinity\), \ Infinity}, \ n, \ 2];\)\ // \ Timing\)], "Input"], Cell[BoxData[ \(TraditionalForm\`{38.5`\ Second, Null}\)], "Output"] }, Open ]], Cell["Al-Salam-Chihara polynomials", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(qZeil[ qfac[a\ b, q, n]/a^n\ qfac[q^\((\(-n\))\), q, k]\ qfac[a\ Exp[I\ theta], q, k]\ qfac[a\ Exp[\(-I\)\ theta], q, k]/ \((qfac[a*b, q, k]*qfac[0, q, k]*qfac[q, q, k])\)*q^k, {k, \(-Infinity\), Infinity}, n, 2]\)], "Input"], Cell[BoxData[ FormBox[ InterpretationBox[ \(\(qfac(a\ \[ExponentialE]\^\(\(-\[ImaginaryI]\)\ theta\), q, k) \)\[InvisibleSpace]": "\[InvisibleSpace]\(a\ \[ExponentialE]\^\(\(-\[ImaginaryI]\)\ theta \)\)\[InvisibleSpace]" is not a valid power product"\), SequenceForm[ qfac[ Times[ a, Power[ E, Times[ Complex[ 0, -1], theta]]], q, k], ": ", Times[ a, Power[ E, Times[ Complex[ 0, -1], theta]]], " is not a valid power product"], Editable->False], TraditionalForm]], "Print"], Cell[BoxData[ FormBox[ InterpretationBox[ \(\(qfac(a\ \[ExponentialE]\^\(\[ImaginaryI]\ theta\), q, k) \)\[InvisibleSpace]": "\[InvisibleSpace]\(a\ \[ExponentialE]\^\(\[ImaginaryI]\ theta \)\)\[InvisibleSpace]" is not a valid power product"\), SequenceForm[ qfac[ Times[ a, Power[ E, Times[ Complex[ 0, 1], theta]]], q, k], ": ", Times[ a, Power[ E, Times[ Complex[ 0, 1], theta]]], " is not a valid power product"], Editable->False], TraditionalForm]], "Print"], Cell[BoxData[ \(TraditionalForm\`"Fatal Error: Input Error"\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(result = qZeil[qfac[a\ b, q, n]/a^n\ qfac[q^\((\(-n\))\), q, k]\ qfac[a\ y, q, k]\ qfac[a\ /y, q, k]/\((qfac[a*b, q, k]*qfac[0, q, k]*qfac[q, q, k])\)* q^k, {k, \(-Infinity\), Infinity}, n, 2]\)], "Input"], Cell[BoxData[ \(TraditionalForm \`SUM(n) == \(-\((1 - a\ b\ q\^\(n - 2\))\)\)\ \((1 - q\^\(n - 1\))\)\ \(SUM(n - 2)\) - \(\((a\ y\ q\^n + b\ y\ q\^n - y\^2\ q - q)\)\ \(SUM(n - 1)\)\)\/\(q\ y\)\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(RE1 = Simplify[result /. y -> E^\((I\ theta)\)]\)], "Input"], Cell[BoxData[ \(TraditionalForm \`SUM(n) == \(1\/q\^3\(( \[ExponentialE]\^\(\(-\[ImaginaryI]\)\ theta\)\ q\^2\ \(( \((1 + \[ExponentialE]\^\(2\ \[ImaginaryI]\ theta\))\)\ q - \((a + b)\)\ \[ExponentialE]\^\(\[ImaginaryI]\ theta\)\ q\^n) \)\ \(SUM(n - 1)\) - \((q\^n - q)\)\ \((a\ b\ q\^n - q\^2)\)\ \(SUM(n - 2)\))\)\)\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(result = qZeil[qfac[b/y, q, n]*y^n\ qfac[q^\((\(-n\))\), q, k]\ qfac[a\ y, q, k]/\((qfac[q^\((1 - n)\)/b\ y, q, k]*qfac[q, q, k])\)* \((\(q/y\)/b)\)^k, {k, \(-Infinity\), Infinity}, n, 2]\)], "Input"], Cell[BoxData[ \(TraditionalForm \`SUM(n) == \(-\((1 - a\ b\ q\^\(n - 2\))\)\)\ \((1 - q\^\(n - 1\))\)\ \(SUM(n - 2)\) - \(\((a\ y\ q\^n + b\ y\ q\^n - y\^2\ q - q)\)\ \(SUM(n - 1)\)\)\/\(q\ y\)\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(RE2 = Simplify[result /. y -> E^\((I\ theta)\)]\)], "Input"], Cell[BoxData[ \(TraditionalForm \`SUM(n) == \(\[ExponentialE]\^\(\(-\[ImaginaryI]\)\ theta\)\ q\^2\ \(( \((1 + \[ExponentialE]\^\(2\ \[ImaginaryI]\ theta\))\)\ q - \((a + b)\)\ \[ExponentialE]\^\(\[ImaginaryI]\ theta\)\ q\^n) \)\ \(SUM(n - 1)\) - \((q\^n - q)\)\ \((a\ b\ q\^n - q\^2)\)\ \(SUM(n - 2)\)\)\/q\^3\)], "Output"] }, Open ]], Cell["loading Marko Petkovsek's package", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(<< qHyper.m\)], "Input"], Cell[BoxData[ FormBox[ RowBox[{ \(q::"shdw"\), \( : \ \), "\<\"Symbol \\!\\(TraditionalForm\\`\\\"q\\\"\\) appears in multiple \ contexts \\!\\(TraditionalForm\\`\\({\\\"qHyper`\\\", \\\"qZeil`\\\"}\\)\\); \ definitions in context \\!\\(TraditionalForm\\`\\\"qHyper`\\\"\\) may shadow \ or be shadowed by other definitions.\"\>"}], TraditionalForm]], "Message"] }, Open ]], Cell["q-Dixon recurrence equation", "Text"], Cell[CellGroupData[{ Cell[BoxData[ \(\(rec = \ \((\(-N^2\) + q)\)*\((N + 1)\)*\((N - 1)\)*q^3*S[N] + \n \((N^4*q^\((2 + c + b)\) + N^4*q^\((c + 1 + b)\) + N^4*q^\((b + c)\) - N^3*q^\((2 + b)\) + N^2*q^\((2 + b)\) + \n N^2*q^\((3 + b)\) - N^2*q^\((2 + c + b)\) - N*q^\((4 + c + b)\) - N*q^\((3 + b)\) - N*q^\((3 + c + b)\) - \n q*N^3 - N^3*q^2 - N^3*q^\((2 + c)\) + N^2*q^\((2 + c)\) - N^2*q^3 + N^2*q^\((3 + c)\) - \nN*q^\((3 + c)\) + q^3 + q^4 + q^5)\)*q*S[N/q] + \((\(-N\)*q^\((b + c)\) + q)\)* \((N^3*q^\((c + 1 + b)\) - \nq^5 + N^3*q^\((2 + c + b)\) + N*q^\((4 + c + b)\) - q^6 + N^3*q^\((b + c)\) - N^2*q^2 - q^4 + N*q^\((3 + b)\) - \nN^2*q^\((3 + c)\) - N^2*q^\((3 + b)\) + N*q^\((3 + c)\) - N^2*q^\((2 + b)\) + N*q^\((4 + c)\) + N*q^\((4 + b)\) - \nN^2*q^\((2 + c)\))\)*S[N/q^2] + \n \((N*q^\((b + c)\) - q^2)\)*\((N*q^\((b + c)\) - q)\)* \((\(-q^2\) + N*q^b)\)*\((\(-q^2\) + N*q^c)\)*S[N/q^3]\n\)\)], "Input"], Cell[BoxData[ \(TraditionalForm \`\((N - 1)\)\ \((N + 1)\)\ \((q - N\^2)\)\ \(S(N)\)\ q\^3 + \((\(-N\^3\)\ q\^\(b + 2\) + N\^2\ q\^\(b + 2\) + N\^2\ q\^\(b + 3\) - N\ q\^\(b + 3\) - N\^3\ q\^\(c + 2\) + N\^2\ q\^\(c + 2\) + N\^2\ q\^\(c + 3\) - N\ q\^\(c + 3\) + N\^4\ q\^\(b + c\) + N\^4\ q\^\(b + c + 1\) + N\^4\ q\^\(b + c + 2\) - N\^2\ q\^\(b + c + 2\) - N\ q\^\(b + c + 3\) - N\ q\^\(b + c + 4\) + q\^5 + q\^4 - N\^2\ q\^3 + q\^3 - N\^3\ q\^2 - N\^3\ q)\)\ \(S(N\/q)\)\ q + \((N\ q\^b - q\^2)\)\ \((N\ q\^c - q\^2)\)\ \((N\ q\^\(b + c\) - q)\)\ \((N\ q\^\(b + c\) - q\^2)\)\ \(S(N\/q\^3)\) + \((q - N\ q\^\(b + c\))\)\ \((\(-N\^2\)\ q\^\(b + 2\) - N\^2\ q\^\(b + 3\) + N\ q\^\(b + 3\) + N\ q\^\(b + 4\) - N\^2\ q\^\(c + 2\) - N\^2\ q\^\(c + 3\) + N\ q\^\(c + 3\) + N\ q\^\(c + 4\) + N\^3\ q\^\(b + c\) + N\^3\ q\^\(b + c + 1\) + N\^3\ q\^\(b + c + 2\) + N\ q\^\(b + c + 4\) - q\^6 - q\^5 - q\^4 - N\^2\ q\^2)\)\ \(S(N\/q\^2)\)\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(qHyper[rec, S[N]]\ // \ Timing\)], "Input"], Cell[BoxData[ \(TraditionalForm \`"\n Warning: irreducible factors of degree > 1 in leading \ coefficient;\n some solutions may not be found"\)], "Print"], Cell[BoxData[ \(TraditionalForm \`{229.309999999999991`\ Second, { \(N\ q\^\(b + c + 1\) - 1\)\/\(N\ q - 1\)}}\)], "Output"] }, Open ]], Cell[CellGroupData[{ Cell[BoxData[ \(qHyper[rec, S[N], Solutions -> All, Quadratics -> True]\ // \ Timing \)], "Input"], Cell[BoxData[ \(TraditionalForm\`$Aborted\)], "Output"] }, Open ]] }, FrontEndVersion->"Microsoft Windows 3.0", ScreenRectangle->{{0, 1024}, {0, 702}}, WindowSize->{414, 542}, WindowMargins->{{163, Automatic}, {Automatic, 7}} ] (*********************************************************************** Cached data follows. If you edit this Notebook file directly, not using Mathematica, you must remove the line containing CacheID at the top of the file. 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