uweziegenhagen.de

DROP TABLE #data
CREATE TABLE #data(NUMBER FLOAT)
 
INSERT INTO #data VALUES(1.0);INSERT INTO #data VALUES(2.0);
INSERT INTO #data VALUES(3.0);INSERT INTO #data VALUES(4.0);
INSERT INTO #data VALUES(5.0);INSERT INTO #data VALUES(6.0);
INSERT INTO #data VALUES(7.0);INSERT INTO #data VALUES(8.0);
INSERT INTO #data VALUES(9.0);INSERT INTO #data VALUES(10.0);
INSERT INTO #data VALUES(11.0);INSERT INTO #data VALUES(12.0);
INSERT INTO #data VALUES(13.0);INSERT INTO #data VALUES(14.0);
INSERT INTO #data VALUES(15.0);INSERT INTO #data VALUES(16.0);
INSERT INTO #data VALUES(17.0);INSERT INTO #data VALUES(18.0);
INSERT INTO #data VALUES(19.0);INSERT INTO #data VALUES(20.0);
INSERT INTO #data VALUES(21.0);INSERT INTO #data VALUES(22.0);
INSERT INTO #data VALUES(23.0);INSERT INTO #data VALUES(24.0);
INSERT INTO #data VALUES(25.0);INSERT INTO #data VALUES(26.0);
INSERT INTO #data VALUES(27.0);INSERT INTO #data VALUES(28.0);
INSERT INTO #data VALUES(29.0);INSERT INTO #data VALUES(30.0);
INSERT INTO #data VALUES(31.0);INSERT INTO #data VALUES(32.0);
INSERT INTO #data VALUES(33.0);INSERT INTO #data VALUES(34.0);
INSERT INTO #data VALUES(35.0);INSERT INTO #data VALUES(36.0);
INSERT INTO #data VALUES(37.0);INSERT INTO #data VALUES(38.0);
INSERT INTO #data VALUES(39.0);INSERT INTO #data VALUES(40.0);
INSERT INTO #data VALUES(-100.0);INSERT INTO #data VALUES(100.0);
 
DECLARE @median FLOAT
DECLARE @perc25 FLOAT
DECLARE @perc75 FLOAT
DECLARE @iqr FLOAT
 
SET @median = (SELECT   MAX(NUMBER) AS Median FROM (SELECT TOP 50 PERCENT NUMBER FROM #data ORDER BY NUMBER) a)
SET @perc25 = (SELECT   MAX(NUMBER) AS Median FROM (SELECT TOP 25 PERCENT NUMBER FROM #data ORDER BY    NUMBER) a)
SET @perc75 = (SELECT   MAX(NUMBER) AS Median FROM (SELECT TOP 75 PERCENT NUMBER FROM #data ORDER BY    NUMBER) a)
 
print @median
print @perc25
print @perc75
 
SET @iqr = @perc75-@perc25
print 'IQR'
print @iqr
 
SELECT * FROM #data WHERE NUMBER <  (@median + 1.5* @iqr) AND 
NUMBER >  (@median - 1.5* @iqr)
 
print 'number of outliers'
SELECT COUNT(*) FROM #data WHERE NUMBER <  (@median - 1.5* @iqr)
OR NUMBER >  (@median + 1.5* @iqr)

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clear-host
$Host.UI.RawUI.BufferSize = New-Object Management.Automation.Host.Size (500, 25)
&{gci *\* | ?{$_.psiscontainer};} | Select-Object FullName | sort | Out-File "c:\folders.txt" -Append -Width 250

\documentclass[21pt]{scrartcl}
\usepackage[]{forloop}
\usepackage[]{blindtext}
\setlength{\parindent}{0pt}
\usepackage[]{lmodern}
\usepackage[english]{babel}
\newcounter{ct} 
\usepackage{pgfpages}
 
  \edef\pgfpageoptionheight{\the\paperwidth} % landscaped by default
  \edef\pgfpageoptionwidth{\the\paperheight}
  \def\pgfpageoptionborder{0pt}
  \def\pgfpageoptionfirstshipout{1}
 
\pgfpagesphysicalpageoptions{%
    logical pages=8,%
    physical height=\pgfpageoptionheight,%
    physical width=\pgfpageoptionwidth,%
    current logical shipout=\pgfpageoptionfirstshipout%
}
 
    \pgfpageslogicalpageoptions{1}{%
      border shrink=\pgfpageoptionborder,%
      resized width=.25\pgfphysicalwidth,%
      border code=\pgfusepath{stroke},%
      resized height=0.5\pgfphysicalheight,%
      center=\pgfpoint{.875\pgfphysicalwidth}{.75\pgfphysicalheight}%
    }%
    \pgfpageslogicalpageoptions{2}
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      border shrink=\pgfpageoptionborder,%
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      rotation=180,%      
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      center=\pgfpoint{.875\pgfphysicalwidth}{.25\pgfphysicalheight}%
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    \pgfpageslogicalpageoptions{3}
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      border code=\pgfusepath{stroke},%
      rotation=180,%      
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      center=\pgfpoint{.625\pgfphysicalwidth}{.25\pgfphysicalheight}%
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    \pgfpageslogicalpageoptions{4}
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    \pgfpageslogicalpageoptions{5}
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    \pgfpageslogicalpageoptions{6}
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      border shrink=\pgfpageoptionborder,%
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    \pgfpageslogicalpageoptions{7}
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      border shrink=\pgfpageoptionborder,%
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      border code=\pgfusepath{stroke},%
      resized height=0.5\pgfphysicalheight,%
      center=\pgfpoint{.625\pgfphysicalwidth}{.75\pgfphysicalheight}%
    }%
 
 
\begin{document}
 
\forloop{ct}{1}{\value{ct} < 9}{%
\blindtext
\clearpage
 }
\end{document}

/**
 *
 * @author Uwe Ziegenhagen, www.uweziegenhagen.de
 * Releaseversion vom 13.12.2008
 */
 
import java.util.*;
 
public class Addressmaker {
 
    // Zahlenformat, um PLZ der Form 0xxxx darzustellen
    static java.text.DecimalFormat format =  new java.text.DecimalFormat("00000");
    // Vornamen-Array
    static String[] vornamen = new String[]{"Uwe","Andreas","Max","Moritz","Susi",
    "Steffi","Janine","Tim","Tom","Marko","Hans","Thomas","Maria","Bernd","Mandy",
    "Ben","Thorsten","Sabine","Ines","Isabell","Maria","Nicole","Sabrina","Jenny",
    "Klaus","Heinz","Sabrina", "Tatjana","Felix","Patricia-Elisabeth","Maria Theresia"};
    // Nachnamen-Array
    static String[] nachnamen = new String[]{"Meier","Meyer","Mayer","Müller","Schulze","Lehmann",
    "Köster","Schmidt","Schuster","Wagner","Schmied","Küster","Möller","Berger","Grünwald","Meier-Lehmann",
    "Schulze-Müller","von Fallersleben-Burghausen"};
 
    // ein paar Initiale, könnte man auch aus den Namen entnehmen
    static String[] initial = new String[]{" "," "," "," "," A. "," B. "," C. "," D. "," E. "," "," "};
    // Für Adressen der Form 10a oder b
    static String[] adressinitial = new String[]{"","a","b","c","d","","","","","",""};
    // Adresszusätze
    static String[] adresszusatz = new String[]{"bei Schmidt","c/o Schmidt","p.Adr. Max Mustermann"};
    // Ortsnamen sind zusammengesetzt aus Präfix und Suffix
    static String[] ortsprefix = new String[]{"Wald","Wiesen","Groß","Klein","Mittel","Ober","Ham","Nieder","Alt","Alten",
    "Königs","Langen","Moos","Mühl","Morgen","Schön","Tannen","Vogel","Wolfen","Kirch","Bären","Heide","Hohen","Breiten","Ehren","Eber",
    "Fichten","Grün","Roten", "Ehr"};
    static String[] ortssuffix = new String[]{"heim","dorf","hausen","burg","ow","au","furt","stein","aue","finow","tal","thal"};
 
    // Straßen setzen sich ebenso zusammen aus Suffix und Präfix
    static String[] strassenprefix = new String[]{"Wald","Wiesen","Amsel","Drossel","Finken","Wasser","Sonnen","Schiller","Goethe","Nachtigall","Spatzen"};
    static String[] strassensuffix = new String[]{"straße","weg","gasse","allee","platz"};
 
    // Domains für die Email-Adresse
    static String[] domains = new String[]{".info",".de",".com",".info",".ac.uk",".ru",".ac.jp"};
 
    // um später ein paar Ersetzungen zu machen
    static String vname = "";
    static String nname = "";
 
 
    public static void main(String[] args) {
        // initialisiere den Zufallszahlengenerator
        Random generator = new Random(new Date().getTime());
        // wieviele Adressen sollen generiert werden
        int wieoft = 10;
        // Email-Adressen erstellen ja oder nein
        boolean email = true;
 
        for (int i=0;i<wieoft;i++){
            // Generiere Vor- und Nachnamen
            vname = vornamen[generator.nextInt(vornamen.length)];
            nname = nachnamen[generator.nextInt(nachnamen.length)];
 
            // Gib Vor- und Nachnamen mit eventuellem Initial aus
            System.out.print(vname + initial[generator.nextInt(initial.length)] +
                nname + "\n");
 
            // wenn nächste Random-Zahl < 3 dann generiere Adresszusatz
            if (generator.nextInt(100)<3){
                System.out.println(adresszusatz[generator.nextInt(adresszusatz.length)]);
            }
 
            // Generiere Strassennamen
            System.out.print(strassenprefix[generator.nextInt(strassenprefix.length)] +
                strassensuffix[generator.nextInt(strassensuffix.length)]+ " " + generator.nextInt(99) + adressinitial[generator.nextInt(adressinitial.length)] +  "\n");
 
            // Generiere PLZ und Ortsnamen
            System.out.print(format.format(generator.nextInt(99999)) + " " +
                ortsprefix[generator.nextInt(ortsprefix.length)] +
                ortssuffix[generator.nextInt(ortssuffix.length)]+"\n");
 
            // Wenn Email-Adressen generiert werden sollen, dann
            // ersetze Umlaute und generiere die Adresse
            if (email==true){
                vname = vname.replaceAll("ö", "oe");
                vname = vname.replaceAll("ä", "ae");
                vname = vname.replaceAll("ü", "ue");
                nname = nname.replaceAll("ö", "oe");
                nname = nname.replaceAll("ä", "ae");
                nname = nname.replaceAll("ü", "ue");
                nname = nname.replaceAll(" ", ".");
                System.out.println(vname.toLowerCase() + "." + nname.toLowerCase() + "@" +
                        ortssuffix[generator.nextInt(ortssuffix.length)] +
                        domains[generator.nextInt(domains.length)]);
        }
        // abschließendes \n
        System.out.print("\n");
        }
    }
}