Script Programming(스크립트 프로그래밍)

// Filename: testComplexISOC99.c
//
// Compile & Link: gcc -o  testComplexISOC99  testComplexISOC99.c
// Execute: ./testComplexISOC99
//
// Or
//
// Compile & Link: lc testComplexISOC99.c
// Execute: testComplexISOC99
//
// Or
//
// Compile: lcc -o testComplexISOC99.obj testComplexISOC99.c
// Link: lcclnk testComplexISOC99.obj
// Execute: testComplexISOC99

#include <stdio.h>
#include <complex.h>

int main(int argc, char** argv)
{
 float complex z1 = 3.0 + 4.0i;
 float complex z2 = 2.0 - 1.0i;
 float complex z3 = z1 + z2;
 float complex z4 = z1 - z2;
 float complex z5 = z1 * z2;
 float complex z6 = z1 / z2;
 float complex z7 = conjf(z1);
 // float arg = cargf(z1);
 float arg = carg(z1);     // for :CC-win32

    printf("z1 = %f + %fj\n", crealf(z1), cimagf(z1));
    printf("z2 = %f + %fj\n", crealf(z2), cimagf(z2));
    printf("So,\n");
    printf("z3 = z1 + z2 = %f + %fj\n", crealf(z3), cimagf(z3));
    printf("z4 = z1 - z2 = %f + %fj\n", crealf(z4), cimagf(z4));
    printf("z5 = z1 * z2 = %f + %fj\n", crealf(z5), cimagf(z5));
    printf("z6 = z1 / z2 = %f + %fj\n", crealf(z6), cimagf(z6));

    printf("z7 = conjf(z1) = %f + %fj\n", crealf(z7), cimagf(z7));
    // printf("arg = cargf(z1) = %f\n", arg);
    printf("arg = carg(z1) = %f\n", arg);  // for LCC-win32

    return 0;
}

/*
-------------------
Result of execution:
-------------------
z1 = 3.000000 + 4.000000j
z2 = 2.000000 + 1.000000j
So,
z3 = z1 + z2 = 5.000000 + 5.000000j
z4 = z1 - z2 = 1.000000 + 3.000000j
z5 = z1 * z2 = 2.000000 + 11.000000j
z6 = z1 / z2 = 2.000000 + 1.000000j
z7 = conjf(z1) = 3.000000 + -4.000000j
arg = carg(z1) = 0.927295
*/

using System;
using System.Collections;

public class Gugudan : IEnumerable {

    private int dan;
    private int last;

    public Gugudan(int dan, int last) {
        this.dan = dan;
        this.last = last;
    }

    public override string ToString() {
       return string.Format("Gugudan: {0,2} x {1,2} = {2,3}", dan, last, dan*last);
    }

    public IEnumerator GetEnumerator() {
        for (int i = 1; i <= last; i++) {
            yield return new Gugudan(dan, i);
        }
    }
}

import clr
clr.AddReferenceToFile("csgugudan.dll")
import Gugudan
g = Gugudan(19, 10)
for i in g: print i

% Modified from: http://wiki.xelatex.org/doku.php?id=basic_document

\documentclass{article}

% enable system font access

\usepackage{fontspec}

% styling: Palatino (main text), Helvetica (stress), Code2000 (exotic text) and Asana Math (for math things)

\setmainfont{Palatino Linotype}

\newfontfamily{\maintext}{Palatino Linotype}

\newfontfamily{\stressed}{Helvetica}

\newfontfamily{\exotic}{Code2000}

\newfontfamily{\math}{Asana Math}

% start of actual document

\begin{document}

This is a basic XeLaTeX document, which will be processes using the {\stressed xelatex} program.

This means that as long as the document source is in {\stressed UTF-8} encoding,

XeLaTeX {\stressed doesn't care} what you actually wrote.

For instance, we can write in English, or in Korean ({\exotic 한글}), Japanese ({\exotic 日本語}), or in Thai

({\exotic ภาษาไทย}), or in Vietnamese ({\exotic tiếng Việt}), or any other number of languages.

It can even be used for non-languages that are in {\stressed Unicode},

such as mathematical operators (like {\math √ {\maintext and} ∞}). % maintext inside math!

\end{document}

% use article styling for this document

% Modified from: http://wiki.xelatex.org/doku.php?id=basic_document

\documentclass{article}

% enable system font access

\usepackage{fontspec}

% styling: Palatino (main text), Helvetica (stress), Code2000 (exotic text) and Asana Math (for math things)

\setmainfont{Palatino Linotype}

\newfontfamily{\maintext}{Palatino Linotype}

\newfontfamily{\stressed}{Helvetica}

\newfontfamily{\exotic}{Code2000}

\newfontfamily{\math}{Asana Math}

% start of actual document

\begin{document}

\section{XeLaTeX documents}

XeLaTeX documents, which are processed using the {\stressed xelatex} program, use

document source that is in {\stressed UTF-8} encoding, so that you are free to write

in any script that is supported by {\stressed Unicode}.

\section{multilingual text}

Multilingual text is relatively simple in XeLaTeX (when compared to other versions of

TeX), while still leaving you in total control of the styling (compared to word

processing programs like Microsoft Word or OpenOffice Writer)

\subsection{English}

English text is fairly obvious. We pick a main font that supports ascii and we're done!

\subsection{Other languages}

Languages that don't use the "Latin" script are also not a problem, provided we remember to change

to the correct {\stressed font}. For instance, we can write in Korean ({\exotic 한국어}), or in Japanese ({\exotic 日本語}), or in Thai ({\exotic ภาษาไทย}), or in Vietnamese ({\exotic tiếng Việt}), or any other number of languages.

\subsection{Automatic font switching}

XeLaTeX even lets you set up automatic font switching, but it's a bit more work because you need

to tell it which fonts to use for which letters, so most people wouldn't consider it basic functionality.

\section{Sectioning}

We can also section our document so that it's easier for the reader to read through. This document

consists of three sections, of which the second section has three subsections.

\end{document}