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A very short presentation about LaTeX

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A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

A very short presentation about L

A

TEX. . .

Merciadri Luca

University of Li`ege

November 17, 2008

(2)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Outline. I

1 Introduction What is LATEX?

What LATEX is not. . .

Why using LATEX?

Quality of output Portability

Focusing on your document Writing quicker 2 Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example 2/22

(3)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Outline. II

Inserting images Introduction Example 3 Conclusion 4 Questions 5 Bibliography 3/22

(4)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What is L

A

TEX?

LATEX is. . .

a free and different word processor (not like Microsoft Word);

coming from TEX (created by Donald E. Knuth); the evolution of TEX.

Here is Donald E. Knuth. . .

(5)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What is L

A

TEX?

LATEX is. . .

a free and different word processor (not like Microsoft Word);

coming from TEX (created by Donald E. Knuth); the evolution of TEX.

Here is Donald E. Knuth. . .

(6)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What is L

A

TEX?

LATEX is. . .

a free and different word processor (not like Microsoft Word);

coming from TEX (created by Donald E. Knuth);

the evolution of TEX.

Here is Donald E. Knuth. . .

(7)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What is L

A

TEX?

LATEX is. . .

a free and different word processor (not like Microsoft Word);

coming from TEX (created by Donald E. Knuth); the evolution of TEX.

Here is Donald E. Knuth. . .

(8)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What is L

A

TEX?

LATEX is. . .

a free and different word processor (not like Microsoft Word);

coming from TEX (created by Donald E. Knuth); the evolution of TEX.

Here is Donald E. Knuth. . .

(9)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What L

A

TEX is not. . .

LATEX is not. . .

WYSIWYG (What You See Is What You Get); as easy to learn as other typesetting tools.

(10)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What L

A

TEX is not. . .

LATEX is not. . .

WYSIWYG (What You See Is What You Get);

as easy to learn as other typesetting tools.

(11)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

What L

A

TEX is not. . .

LATEX is not. . .

WYSIWYG (What You See Is What You Get); as easy to learn as other typesetting tools.

(12)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Why using L

A

TEX?

Why using LATEX?

quality of output (not only for formula’s); portable (Unix, Dos, Mac, Windows);

allows you to concentrate on your document’s content; once you know how it works, you write quicker ;

it is free of charges!

→ it is used by the most of scientists who work in Applied Sciences (Mathematics, Computer Sciences, Engineering, Chemistry).

(13)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Why using L

A

TEX?

Why using LATEX?

quality of output (not only for formula’s);

portable (Unix, Dos, Mac, Windows);

allows you to concentrate on your document’s content; once you know how it works, you write quicker ;

it is free of charges!

→ it is used by the most of scientists who work in Applied Sciences (Mathematics, Computer Sciences, Engineering, Chemistry).

(14)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Why using L

A

TEX?

Why using LATEX?

quality of output (not only for formula’s); portable (Unix, Dos, Mac, Windows);

allows you to concentrate on your document’s content; once you know how it works, you write quicker ;

it is free of charges!

→ it is used by the most of scientists who work in Applied Sciences (Mathematics, Computer Sciences, Engineering, Chemistry).

(15)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Why using L

A

TEX?

Why using LATEX?

quality of output (not only for formula’s); portable (Unix, Dos, Mac, Windows);

allows you to concentrate on your document’s content;

once you know how it works, you write quicker ; it is free of charges!

→ it is used by the most of scientists who work in Applied Sciences (Mathematics, Computer Sciences, Engineering, Chemistry).

(16)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Why using L

A

TEX?

Why using LATEX?

quality of output (not only for formula’s); portable (Unix, Dos, Mac, Windows);

allows you to concentrate on your document’s content; once you know how it works, you write quicker ;

it is free of charges!

→ it is used by the most of scientists who work in Applied Sciences (Mathematics, Computer Sciences, Engineering, Chemistry).

(17)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Why using L

A

TEX?

Why using LATEX?

quality of output (not only for formula’s); portable (Unix, Dos, Mac, Windows);

allows you to concentrate on your document’s content; once you know how it works, you write quicker ;

it is free of charges!

→ it is used by the most of scientists who work in Applied Sciences (Mathematics, Computer Sciences, Engineering, Chemistry).

(18)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Quality of output.

Quality of output. . .

non-TEX document → PDF → lack of quality; TEX document (→ PS) → PDF → quality. Just see this. . .

Property

The Taylor serie of the hyperbolic cosecant is given by. . .

cosech(x ) = 1 x + ∞ X n=1 2(1 − 22n−1)B2nx2n−1 (2n)! . (1)

It is impossible to have such a finest equation in Word!

(19)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Quality of output.

Quality of output. . .

non-TEX document → PDF1 → lack of quality ;

TEX document (→ PS) → PDF → quality. Just see this. . .

Property

The Taylor serie of the hyperbolic cosecant is given by. . .

cosech(x ) = 1 x + ∞ X n=1 2(1 − 22n−1)B 2nx2n−1 (2n)! . (1)

It is impossible to have such a finest equation in Word!

1

Portable Document Format

(20)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Quality of output.

Quality of output. . .

non-TEX document → PDF1 → lack of quality ; TEX document (→ PS2) → PDF → quality.

Just see this. . . Property

The Taylor serie of the hyperbolic cosecant is given by. . .

cosech(x ) = 1 x + ∞ X n=1 2(1 − 22n−1)B2nx2n−1 (2n)! . (1)

It is impossible to have such a finest equation in Word!

1Portable Document Format 2

PostScript

(21)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Quality of output.

Quality of output. . .

non-TEX document → PDF1 → lack of quality ; TEX document (→ PS2) → PDF → quality. Just see this. . .

Property

The Taylor serie of the hyperbolic cosecant is given by. . .

cosech(x ) = 1 x + ∞ X n=1 2(1 − 22n−1)B2nx2n−1 (2n)! . (1)

It is impossible to have such a finest equation in Word!

1Portable Document Format 2

PostScript

(22)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Quality of output.

Quality of output. . .

non-TEX document → PDF1 → lack of quality ; TEX document (→ PS2) → PDF → quality. Just see this. . .

Property

The Taylor serie of the hyperbolic cosecant is given by. . .

cosech(x ) = 1 x + ∞ X n=1 2(1 − 22n−1)B2nx2n−1 (2n)! . (1)

It is impossible to have such a finest equation in Word!

1Portable Document Format 2

PostScript

(23)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Quality of output.

Quality of output. . .

non-TEX document → PDF1 → lack of quality ; TEX document (→ PS2) → PDF → quality. Just see this. . .

Property

The Taylor serie of the hyperbolic cosecant is given by. . .

cosech(x ) = 1 x + ∞ X n=1 2(1 − 22n−1)B2nx2n−1 (2n)! . (1)

It is impossible to have such a finest equation in Word!

1Portable Document Format 2

PostScript

(24)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Portable ?

Portable ?

PDF and PS formats are used everywhere → no compatibility problems!

(25)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Portable ?

Portable ?

PDF and PS formats are used everywhere → no compatibility problems!

(26)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(27)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see;

LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(28)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(29)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts;

chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(30)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters;

sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(31)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections;

subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(32)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections;

subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(33)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(34)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(35)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(36)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(37)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Focusing on my document ?

Focusing on my document ?

other typesetting programs have as output what you see; LATEX obliges you to divide in blocks your document:

parts; chapters; sections; subsections; subsubsections;

LATEX automatically makes the hyphenations when

necessary;

LATEX can send the reader dynamically (e.g. see p. XX );

LATEX automatically numbers equations, proofs, theorems,

etc.;

and so on. . .

(38)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

With L

A

TEX, you write quicker.

With LATEX, you write quicker.

Once you know the rudimentary instructions. . .

you type math. equations without worrying about it; you don’t have to verify your document’s presentation.

(39)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

With L

A

TEX, you write quicker.

With LATEX, you write quicker. Once you know the rudimentary

instructions. . .

you type math. equations without worrying about it; you don’t have to verify your document’s presentation.

(40)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

With L

A

TEX, you write quicker.

With LATEX, you write quicker. Once you know the rudimentary

instructions. . .

you type math. equations without worrying about it;

you don’t have to verify your document’s presentation.

(41)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

With L

A

TEX, you write quicker.

With LATEX, you write quicker. Once you know the rudimentary

instructions. . .

you type math. equations without worrying about it; you don’t have to verify your document’s presentation.

(42)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – code.

A LATEX article has a code like this. . . \documentclass[10pt,a4paper,final,oneside]{article} \usepackage[latin1]{inputenc}

\usepackage[francais,english]{babel} \title{The Title}

\date{\today} % the comments are here \author{The Author} \location{The Location} \email{name@provider.com} \begin{document} \maketitle \chapter{\ldots}

Here is some text about the first chapter. \\

We will see the following things, in this order: \begin{enumerate}

\item Example 1; \item Example 2. \end{enumerate}

After, we will speak about these things, but with no order: \begin{itemize}

\item Example 1; \item Example 2. \end{itemize} \section{\ldots}

As everybody knows, if $a=b$, and that $b=c$, we have the following formula: \begin{equation} a=c. \end{equation} \include{externalexample} \end{document} 11/22

(43)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – code.

A LATEX article has a code like this. . .

\documentclass[10pt,a4paper,final,oneside]{article} \usepackage[latin1]{inputenc}

\usepackage[francais,english]{babel} \title{The Title}

\date{\today} % the comments are here \author{The Author} \location{The Location} \email{name@provider.com} \begin{document} \maketitle \chapter{\ldots}

Here is some text about the first chapter. \\

We will see the following things, in this order: \begin{enumerate}

\item Example 1; \item Example 2. \end{enumerate}

After, we will speak about these things, but with no order: \begin{itemize}

\item Example 1; \item Example 2. \end{itemize} \section{\ldots}

As everybody knows, if $a=b$, and that $b=c$, we have the following formula: \begin{equation} a=c. \end{equation} \include{externalexample} \end{document} 11/22

(44)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – code.

A LATEX article has a code like this. . . \documentclass[10pt,a4paper,final,oneside]{article} \usepackage[latin1]{inputenc}

\usepackage[francais,english]{babel} \title{The Title}

\date{\today} % the comments are here \author{The Author} \location{The Location} \email{name@provider.com} \begin{document} \maketitle \chapter{\ldots}

Here is some text about the first chapter. \\

We will see the following things, in this order: \begin{enumerate}

\item Example 1; \item Example 2. \end{enumerate}

After, we will speak about these things, but with no order: \begin{itemize}

\item Example 1; \item Example 2. \end{itemize} \section{\ldots}

As everybody knows, if $a=b$, and that $b=c$, we have the following formula: \begin{equation}

a=c. \end{equation}

\include{externalexample}

(45)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document. \maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(46)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . .

\documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document. \maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(47)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document.

\usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document. \maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(48)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package.

\title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document. \maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(49)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document.

\begin{document} → begins the document. \maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(50)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document.

\maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(51)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document. \maketitle

→ prints the title in the document.

\part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(52)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (1/2).

Now, see what all these instructions mean. . . \documentclass[]{}

→ represents the class of the document. \usepackage[]{}

→ allows the user to use a package. \title{}

→ allows the user to give a title to his document. \begin{document}

→ begins the document. \maketitle

→ prints the title in the document. \part{nameofpart}

→ makes the text which follows this intruction being a part (named “nameofpart”), until the following instruction of part.

(53)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (2/2).

\include{externalfile}

→ includes another TEXfile (here “externalfile.tex”) in the document, at this place.

$a$

→ tells LATEX that a is a math. element. You must put the $$

between a math. element in LATEX.

\begin{equation} a=c.

\end{equation}

→ is a very important environment; it is useful for long equations, such as the one we wrote for cosh(x ). \end{document}

ends the document.

(54)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (2/2).

\include{externalfile}

→ includes another TEXfile (here “externalfile.tex”) in the document, at this place.

$a$

→ tells LATEX that a is a math. element. You must put the $$

between a math. element in LATEX.

\begin{equation} a=c.

\end{equation}

→ is a very important environment; it is useful for long equations, such as the one we wrote for cosh(x ). \end{document}

ends the document.

(55)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (2/2).

\include{externalfile}

→ includes another TEXfile (here “externalfile.tex”) in the document, at this place.

$a$

→ tells LATEX that a is a math. element. You must put the $$

between a math. element in LATEX.

\begin{equation} a=c.

\end{equation}

→ is a very important environment; it is useful for long equations, such as the one we wrote for cosh(x ). \end{document}

ends the document.

(56)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (2/2).

\include{externalfile}

→ includes another TEXfile (here “externalfile.tex”) in the document, at this place.

$a$

→ tells LATEX that a is a math. element. You must put the $$

between a math. element in LATEX.

\begin{equation} a=c.

\end{equation}

→ is a very important environment; it is useful for long equations, such as the one we wrote for cosh(x ).

\end{document} ends the document.

(57)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – explanation (2/2).

\include{externalfile}

→ includes another TEXfile (here “externalfile.tex”) in the document, at this place.

$a$

→ tells LATEX that a is a math. element. You must put the $$

between a math. element in LATEX.

\begin{equation} a=c.

\end{equation}

→ is a very important environment; it is useful for long equations, such as the one we wrote for cosh(x ). \end{document}

ends the document.

(58)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . . a^{u}

→ means a to the power u (au). a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a). \int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(59)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . . a^{u}

→ means a to the power u (au). a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a). \int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(60)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . .

a^{u}

→ means a to the power u (au). a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a). \int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(61)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . . a^{u}

→ means a to the power u (au).

a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a). \int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(62)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . . a^{u}

→ means a to the power u (au). a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a). \int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(63)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . . a^{u}

→ means a to the power u (au). a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a).

\int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(64)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical article – complements.

There are lots of other commands;

for typing equations (either in $$ or in equation environment), there is a plain notation.

Here are a few examples. . . a^{u}

→ means a to the power u (au). a_{u}

→ means that u is below a (au).

\sqrt{a}

→ means that we take the square root of a (√a). \int_{a}^{b} \sin(x)\mathrm dx

→ means that we take the integral of sin(x) between a and b (Rabsin(x )dx).

(65)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before. \begin{frame}

→ begins a frame. \frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(66)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before. \begin{frame}

→ begins a frame. \frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(67)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before.

\begin{frame} → begins a frame. \frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(68)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before. \begin{frame}

→ begins a frame.

\frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(69)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before. \begin{frame}

→ begins a frame. \frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(70)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before. \begin{frame}

→ begins a frame. \frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(71)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (1/2).

A presentation follows nearly the same instructions as for an article, but there are a few new instructions. Some of these new instructions are:

\documentclass{beamer}

→ the document’s class is not the same as before. \begin{frame}

→ begins a frame. \frametitle{example}

→ gives the name “example” to this frame.

To make a specific item (e.g. the item “example 2”) only appearing on frames x , and y (if they exist), you have to write:

\item<x,y> example 2

(72)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (2/2).

To put a specific text on a specific frame (x ), we will use:

\only<x>{specific text}

(73)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Structure of a classical presentation (2/2).

To put a specific text on a specific frame (x ), we will use: \only<x>{specific text}

(74)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Example of a classical presentation.

This presentation is totally written using LATEX thanks to

MikTEX distribution on Windows XP.

(75)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Inserting images – Introduction.

Inserting images in LATEX documents is a little bit fair-haired

but keep in mind that. . .

If you convert TEX→ PS → PDF (normal conversion), you have to use a command like:

\begin{figure}[h]

\includegraphics[scale=1, bb=0 0 829 397]{yourimage.png} \caption{This is a caption.}

\end{figure}

Precisions:

don’t forget the “figure” environment; h stands for “here”;

you must include the package “graphicx” in the preamble; “scale” means “´echelle” (ratio);

your picture must be in PNG format;

the “caption” command gives a legend to the image; don’t forget to close the “figure” environment!

(76)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Inserting images – Introduction.

Inserting images in LATEX documents is a little bit fair-haired

but keep in mind that. . .

If you convert TEX→ PS → PDF (normal conversion), you have to use a command like:

\begin{figure}[h]

\includegraphics[scale=1, bb=0 0 829 397]{yourimage.png} \caption{This is a caption.}

\end{figure}

Precisions:

don’t forget the “figure” environment; h stands for “here”;

you must include the package “graphicx” in the preamble; “scale” means “´echelle” (ratio);

your picture must be in PNG format;

the “caption” command gives a legend to the image; don’t forget to close the “figure” environment!

(77)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Inserting images – Introduction.

Inserting images in LATEX documents is a little bit fair-haired

but keep in mind that. . .

If you convert TEX→ PS → PDF (normal conversion), you have to use a command like:

\begin{figure}[h]

\includegraphics[scale=1, bb=0 0 829 397]{yourimage.png} \caption{This is a caption.}

\end{figure}

Precisions:

don’t forget the “figure” environment; h stands for “here”;

you must include the package “graphicx” in the preamble; “scale” means “´echelle” (ratio);

your picture must be in PNG format;

the “caption” command gives a legend to the image; don’t forget to close the “figure” environment!

(78)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Inserting images – Introduction.

Inserting images in LATEX documents is a little bit fair-haired

but keep in mind that. . .

If you convert TEX→ PS → PDF (normal conversion), you have to use a command like:

\begin{figure}[h]

\includegraphics[scale=1, bb=0 0 829 397]{yourimage.png} \caption{This is a caption.}

\end{figure}

Precisions:

don’t forget the “figure” environment; h stands for “here”;

you must include the package “graphicx” in the preamble; “scale” means “´echelle” (ratio);

your picture must be in PNG format;

the “caption” command gives a legend to the image; don’t forget to close the “figure” environment!

(79)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Inserting images – Introduction.

Inserting images in LATEX documents is a little bit fair-haired

but keep in mind that. . .

If you convert TEX→ PS → PDF (normal conversion), you have to use a command like:

\begin{figure}[h]

\includegraphics[scale=1, bb=0 0 829 397]{yourimage.png} \caption{This is a caption.}

\end{figure}

Precisions:

don’t forget the “figure” environment;

h stands for “here”;

you must include the package “graphicx” in the preamble; “scale” means “´echelle” (ratio);

your picture must be in PNG format;

the “caption” command gives a legend to the image; don’t forget to close the “figure” environment!

(80)

A very short presentation about LATEX. . . Merciadri Luca Introduction What is LATEX? What LATEX is not. . . Why using LATEX? Quality of output Portability Focusing on your document Writing quicker Structure of a document A classical article Code Explanation Complements A classical presentation Structure Example Inserting images Introduction Example Conclusion Questions Bibliography

Inserting images – Introduction.

Inserting images in LATEX documents is a little bit fair-haired

but keep in mind that. . .

If you convert TEX→ PS → PDF (normal conversion), you have to use a command like:

\begin{figure}[h]

\includegraphics[scale=1, bb=0 0 829 397]{yourimage.png} \caption{This is a caption.}

\end{figure}

Precisions:

don’t forget the “figure” environment; h stands for “here”;

you must include the package “graphicx” in the preamble; “scale” means “´echelle” (ratio);

your picture must be in PNG format;

the “caption” command gives a legend to the image; don’t forget to close the “figure” environment!

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Again, the angular momentum vector is fixed in space, but now the principal axis with the intermediate principal moment does not stay close to the angular momentum, so the body

The paper analyzes the way in which the topic is interrelated with the institutional setting where the communication unfolds.. Daniela Maria Marţole’s paper focuses upon

Promouvoir le développement régional, local et communautaire à travers le renforcement du partenariat ; Renforcer les capacités des instances locales de décisions et les

In his book The Philosophical Structure of Historical Explanation, Paul Roth turns this puzzle upside-down: historiography is a science, and therefore the narrative nature