Presentation used at the first LaTeX session of the Biolinguistics Initiative Barcelona. You can find the first exercise at http://biolinguistics-bcn.blogspot.com
This document discusses smart textiles, which integrate microelectronics into textiles to endow them with new interactive properties. It defines three types of smart textiles - passive, active, and ultra smart - based on their ability to sense and react to environmental stimuli. The key functions of smart textiles are described as sensing, data processing, actuation, storage, and communication. Various materials used in smart textiles are also outlined, such as thermoregulating materials, chromic materials, luminescent materials, conductive materials, voltaic materials, and electronic textiles. The document concludes by noting several areas of research and development for smart textile sensors, actuators, signal transmission and control systems.
This document summarizes the types of heritage in Bangladesh. It discusses world heritage sites such as the Shat Gombuj Mosque, Ruins of the Buddhist Vihara at Paharpur, and the Sundarbans. It also discusses local heritage sites including Cox's Bazar, St. Martin's Island, Kuakata Beach, Madhabkunda waterfall, Jaflong, and provides pictures of additional heritage sites in Bangladesh such as Chandra-Mahal, Ahsan Manjil and Lalbag Fort, and Kantajew Temple. The document is a presentation about the different categories of heritage found in Bangladesh.
This presentation discusses smart textiles, which are textiles that can sense and react to environmental stimuli. It defines three types of smart textiles - passive, active, and ultra smart - and describes their key characteristics. The document outlines the working principles of smart textiles and their five main functions: sensors, data processing, actuators, stimulation, and response. Examples of applications for smart textiles include healthcare, defense, life jackets, entertainment wear, and protective clothing. Several companies that produce smart textiles are profiled, including Hovding, Moon Berlin, Utope, WarmX, and Moritz Waldemeyer.
Avik Kumar Dhar presents on moisture control and breathable finishes. He discusses key concepts like wetting, wicking, MVTR and RET. Breathability allows moisture vapor to pass through fabric while preventing liquid water penetration. Factors like fiber type, construction and chemical treatments influence moisture transport. Common breathable fabrics include closely woven, microporous membranes, and hydrophilic coatings. Applications include sportswear, outdoor clothing and medical textiles. Gore-Tex uses a microporous membrane to allow vapor out while keeping liquid water from entering. Biomimetic designs mimic structures like leaf stomata and pine cones to regulate moisture transport. Breathable fabrics improve comfort by evaporating moisture quickly while protecting
This document presents information on smart textiles. It discusses that smart textiles can sense and react to environmental conditions using sensors, actuators, and controlling units. It classifies smart textiles into three categories: passive using only sensors, active using sensors and actuators, and very/ultra smart using sensors, actuators, and controlling units. Some end uses of smart textiles include heat protection, medical applications, military, fashion, comfort, aviation, and space research. Methods of incorporating smart textile components include the fiber spinning, yarn/fabric formation, and finishing levels. Examples of sensors for recording human physiological parameters and in composite structures are provided.
This document is Priyanshi Arora's submission for Assignment 1, Task 4 of her BTEC HND Level Fashion and Textile program from 2014-2018. It discusses technical textiles, which are materials and products made primarily for their performance properties rather than aesthetic qualities. It covers the large and growing technical textiles sector, classifications of technical textiles like agro tech, cloth tech, and sports tech, and emerging areas like e-textiles which integrate electronics and enhance performance.
This document discusses smart textiles and their applications in sports. It begins by asking how smart textiles will change the textile and fashion industries. It then provides examples of smart textiles for sports, including shirts that can monitor heart rate, respiration, temperature and posture. Other examples discussed are an arm band that flashes light for runners and a jacket that monitors ECG and heart rate. The document also describes a smart sleeve designed to help with basketball shooting rhythm and discusses how temperature sensors can be integrated into textiles. It concludes by noting how flexible electronics are printed onto substrates that can conform to surfaces like clothing.
This document discusses smart textiles, which integrate microelectronics into textiles to endow them with new interactive properties. It defines three types of smart textiles - passive, active, and ultra smart - based on their ability to sense and react to environmental stimuli. The key functions of smart textiles are described as sensing, data processing, actuation, storage, and communication. Various materials used in smart textiles are also outlined, such as thermoregulating materials, chromic materials, luminescent materials, conductive materials, voltaic materials, and electronic textiles. The document concludes by noting several areas of research and development for smart textile sensors, actuators, signal transmission and control systems.
This document summarizes the types of heritage in Bangladesh. It discusses world heritage sites such as the Shat Gombuj Mosque, Ruins of the Buddhist Vihara at Paharpur, and the Sundarbans. It also discusses local heritage sites including Cox's Bazar, St. Martin's Island, Kuakata Beach, Madhabkunda waterfall, Jaflong, and provides pictures of additional heritage sites in Bangladesh such as Chandra-Mahal, Ahsan Manjil and Lalbag Fort, and Kantajew Temple. The document is a presentation about the different categories of heritage found in Bangladesh.
This presentation discusses smart textiles, which are textiles that can sense and react to environmental stimuli. It defines three types of smart textiles - passive, active, and ultra smart - and describes their key characteristics. The document outlines the working principles of smart textiles and their five main functions: sensors, data processing, actuators, stimulation, and response. Examples of applications for smart textiles include healthcare, defense, life jackets, entertainment wear, and protective clothing. Several companies that produce smart textiles are profiled, including Hovding, Moon Berlin, Utope, WarmX, and Moritz Waldemeyer.
Avik Kumar Dhar presents on moisture control and breathable finishes. He discusses key concepts like wetting, wicking, MVTR and RET. Breathability allows moisture vapor to pass through fabric while preventing liquid water penetration. Factors like fiber type, construction and chemical treatments influence moisture transport. Common breathable fabrics include closely woven, microporous membranes, and hydrophilic coatings. Applications include sportswear, outdoor clothing and medical textiles. Gore-Tex uses a microporous membrane to allow vapor out while keeping liquid water from entering. Biomimetic designs mimic structures like leaf stomata and pine cones to regulate moisture transport. Breathable fabrics improve comfort by evaporating moisture quickly while protecting
This document presents information on smart textiles. It discusses that smart textiles can sense and react to environmental conditions using sensors, actuators, and controlling units. It classifies smart textiles into three categories: passive using only sensors, active using sensors and actuators, and very/ultra smart using sensors, actuators, and controlling units. Some end uses of smart textiles include heat protection, medical applications, military, fashion, comfort, aviation, and space research. Methods of incorporating smart textile components include the fiber spinning, yarn/fabric formation, and finishing levels. Examples of sensors for recording human physiological parameters and in composite structures are provided.
This document is Priyanshi Arora's submission for Assignment 1, Task 4 of her BTEC HND Level Fashion and Textile program from 2014-2018. It discusses technical textiles, which are materials and products made primarily for their performance properties rather than aesthetic qualities. It covers the large and growing technical textiles sector, classifications of technical textiles like agro tech, cloth tech, and sports tech, and emerging areas like e-textiles which integrate electronics and enhance performance.
This document discusses smart textiles and their applications in sports. It begins by asking how smart textiles will change the textile and fashion industries. It then provides examples of smart textiles for sports, including shirts that can monitor heart rate, respiration, temperature and posture. Other examples discussed are an arm band that flashes light for runners and a jacket that monitors ECG and heart rate. The document also describes a smart sleeve designed to help with basketball shooting rhythm and discusses how temperature sensors can be integrated into textiles. It concludes by noting how flexible electronics are printed onto substrates that can conform to surfaces like clothing.
Smart textile refers to intelligent textiles that can sense and react to environmental conditions or stimuli. There are three components: sensors that detect signals, actuators that act upon signals, and controlling units that produce outputs. Smart textiles are classified based on functionality into passive (sensing only), active (sensing and reacting), and very/ultra smart (sensing, reacting, and adapting). They have a variety of end uses including comfort, heat protection, medical, military, computing, fashion, aviation, and space research. Components can be incorporated at the fiber, yarn/fabric, or finishing level. The future of smart textiles includes tera/nano scales, complexity, cognition, and replacing traditional
Smart textiles new possibilities in textile engineeringNasif Chowdhury
This document discusses smart textiles and provides several examples. It begins by defining smart textiles as textiles that can sense environmental stimuli and react to them by integrating functionalities into the textile structure. The stimulus and response can be electrical, thermal, chemical, magnetic, or other. Examples are given of smart textiles for clothing that can change color or provide light and regulate temperature. The document then discusses the different types of smart textiles and their various functions like sensing, data processing, actuation, storage, and communication. Several applications and examples of smart textiles are provided like the Gore-Tex jacket and Georgia Tech's wearable motherboard shirt. Adidas' and Nike's smart running shoes are also summarized.
http://www.ualberta.ca/~jag3/smart_textiles/index.htm
Jose A. Gonzalez
Protective Clothing Research Group
Department of Human Ecology
University of Alberta
Smart fabrics are textiles that can sense and react to environmental stimuli. They are classified as passive fabrics that only sense stimuli, active fabrics that contain sensors and actuators controlled by a central unit, and ultra fabrics that can sense, react, and adapt. Various smart materials are used including thermoregulating, shape memory, chromic, luminescent, conductive materials and membranes. These materials allow fabrics to regulate temperature, change shape or color in response to stimuli, conduct electricity, and become breathable or water resistant. Smart fabrics have applications in military garments for sensing wounds and in medical garments for monitoring health.
This document discusses the integration of electronics into textiles for use in smart clothing and fabrics. It provides examples of smart shirts and blankets that can monitor vital signs and provide warmth electronically. It also describes technologies like piezoelectric materials that can generate electricity from motion and solar arrays that can charge devices. Flexible sensors, antennas, and photovoltaic fibers are discussed as ways to integrate technologies into fabrics. The goal is to create clothing with capabilities never before possible on the battlefield to enhance performance and safety.
Smart textiles are materials and structures that can sense and react to environmental stimuli. They include self-cleaning carpets, memory fabrics, and fabrics that regulate temperature. Smart textiles can be divided into passive materials that only sense stimuli, active materials that can both sense and respond, and very smart materials that can sense, respond, and adapt. They use materials like conductive fibers, shape memory alloys, and microencapsulated phase change materials. Applications include sportswear that regulates temperature, medical clothing that monitors vital signs, military uniforms that detect hazards, and fashionable apparel that changes color or plays music. The future of smart textiles may include clothing that emits scents, becomes rigid to immobilize injuries,
This document discusses smart textiles, which integrate microelectronics into textiles to endow them with new properties and active behaviors. Smart textiles can sense and react to stimuli in their environment. They are categorized as passive, active, or ultra smart depending on their sensing and response capabilities. The key functions of smart textiles are sensing, data processing, actuation, storage, and communication. Examples of smart textile applications discussed include thermoregulating materials, chromic materials, luminescent materials, conductive materials, voltaic materials, and electronic textiles. Areas of further research include sensors, actuators, signal transmission and control systems, and integrated textile processes.
Electronic-textiles (e-textiles) incorporate electronic functionality into textiles by using conductive materials. They contain conductive yarns or fibers and can be produced using textile manufacturing techniques. E-textiles allow for innovative designs and integration of sensors, displays and other electronics into fabrics and garments. They provide benefits like flexibility, comfort and low-cost production compared to rigid electronics. However, challenges remain around reliability, mass production costs and limited processing capability due to power constraints. Ongoing research aims to address these issues and further the applications of intelligent textile technologies.
1. Electronic textiles (e-textiles) integrate computing and electronics into fabrics to enable wearable technology like smart clothing.
2. E-textiles offer advantages like flexibility, large surface area for sensing, and concealment of technology.
3. Current applications of e-textiles include medical monitoring garments, military uniforms, and assistive clothing for conditions like stroke rehabilitation.
Tetsuryokukai (鉄緑会) is a preparatory school for junior-high and high school students, specializing in the entrance exam of Tokyo University (東京大学). Over 300 students pass the exam from Tetsuryokukai every year.
Tetsuryokukai is a rare example in the sense that TeX is used throughout the company. This presentation is about how we are using TeX in the field of education.
Smart textiles can exhibit properties of traditional textiles like stretchability while maintaining electrical conductivity. Earlier smart textiles were not practical for wear due to wired connections and batteries but now can be comfortable, lightweight and easy to care for. Examples described include a musical jacket with an embroidered MIDI keyboard, a t-shirt that detects WiFi signal strength through animations, space suits that regulate temperature, and smart military uniforms that can detect injuries. Performance enhancing textiles like Speedo's "shark skin" fabric and properties of various smart fabrics are also summarized.
🔥🔥🔥🔥🔥🔥🔥🔥🔥
إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
💀💀💀💀💀💀💀💀💀💀
تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
🔥🔥🔥🔥🔥🔥🔥🔥🔥
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
Elevate Your Nonprofit's Online Presence_ A Guide to Effective SEO Strategies...TechSoup
Whether you're new to SEO or looking to refine your existing strategies, this webinar will provide you with actionable insights and practical tips to elevate your nonprofit's online presence.
Smart textile refers to intelligent textiles that can sense and react to environmental conditions or stimuli. There are three components: sensors that detect signals, actuators that act upon signals, and controlling units that produce outputs. Smart textiles are classified based on functionality into passive (sensing only), active (sensing and reacting), and very/ultra smart (sensing, reacting, and adapting). They have a variety of end uses including comfort, heat protection, medical, military, computing, fashion, aviation, and space research. Components can be incorporated at the fiber, yarn/fabric, or finishing level. The future of smart textiles includes tera/nano scales, complexity, cognition, and replacing traditional
Smart textiles new possibilities in textile engineeringNasif Chowdhury
This document discusses smart textiles and provides several examples. It begins by defining smart textiles as textiles that can sense environmental stimuli and react to them by integrating functionalities into the textile structure. The stimulus and response can be electrical, thermal, chemical, magnetic, or other. Examples are given of smart textiles for clothing that can change color or provide light and regulate temperature. The document then discusses the different types of smart textiles and their various functions like sensing, data processing, actuation, storage, and communication. Several applications and examples of smart textiles are provided like the Gore-Tex jacket and Georgia Tech's wearable motherboard shirt. Adidas' and Nike's smart running shoes are also summarized.
http://www.ualberta.ca/~jag3/smart_textiles/index.htm
Jose A. Gonzalez
Protective Clothing Research Group
Department of Human Ecology
University of Alberta
Smart fabrics are textiles that can sense and react to environmental stimuli. They are classified as passive fabrics that only sense stimuli, active fabrics that contain sensors and actuators controlled by a central unit, and ultra fabrics that can sense, react, and adapt. Various smart materials are used including thermoregulating, shape memory, chromic, luminescent, conductive materials and membranes. These materials allow fabrics to regulate temperature, change shape or color in response to stimuli, conduct electricity, and become breathable or water resistant. Smart fabrics have applications in military garments for sensing wounds and in medical garments for monitoring health.
This document discusses the integration of electronics into textiles for use in smart clothing and fabrics. It provides examples of smart shirts and blankets that can monitor vital signs and provide warmth electronically. It also describes technologies like piezoelectric materials that can generate electricity from motion and solar arrays that can charge devices. Flexible sensors, antennas, and photovoltaic fibers are discussed as ways to integrate technologies into fabrics. The goal is to create clothing with capabilities never before possible on the battlefield to enhance performance and safety.
Smart textiles are materials and structures that can sense and react to environmental stimuli. They include self-cleaning carpets, memory fabrics, and fabrics that regulate temperature. Smart textiles can be divided into passive materials that only sense stimuli, active materials that can both sense and respond, and very smart materials that can sense, respond, and adapt. They use materials like conductive fibers, shape memory alloys, and microencapsulated phase change materials. Applications include sportswear that regulates temperature, medical clothing that monitors vital signs, military uniforms that detect hazards, and fashionable apparel that changes color or plays music. The future of smart textiles may include clothing that emits scents, becomes rigid to immobilize injuries,
This document discusses smart textiles, which integrate microelectronics into textiles to endow them with new properties and active behaviors. Smart textiles can sense and react to stimuli in their environment. They are categorized as passive, active, or ultra smart depending on their sensing and response capabilities. The key functions of smart textiles are sensing, data processing, actuation, storage, and communication. Examples of smart textile applications discussed include thermoregulating materials, chromic materials, luminescent materials, conductive materials, voltaic materials, and electronic textiles. Areas of further research include sensors, actuators, signal transmission and control systems, and integrated textile processes.
Electronic-textiles (e-textiles) incorporate electronic functionality into textiles by using conductive materials. They contain conductive yarns or fibers and can be produced using textile manufacturing techniques. E-textiles allow for innovative designs and integration of sensors, displays and other electronics into fabrics and garments. They provide benefits like flexibility, comfort and low-cost production compared to rigid electronics. However, challenges remain around reliability, mass production costs and limited processing capability due to power constraints. Ongoing research aims to address these issues and further the applications of intelligent textile technologies.
1. Electronic textiles (e-textiles) integrate computing and electronics into fabrics to enable wearable technology like smart clothing.
2. E-textiles offer advantages like flexibility, large surface area for sensing, and concealment of technology.
3. Current applications of e-textiles include medical monitoring garments, military uniforms, and assistive clothing for conditions like stroke rehabilitation.
Tetsuryokukai (鉄緑会) is a preparatory school for junior-high and high school students, specializing in the entrance exam of Tokyo University (東京大学). Over 300 students pass the exam from Tetsuryokukai every year.
Tetsuryokukai is a rare example in the sense that TeX is used throughout the company. This presentation is about how we are using TeX in the field of education.
Smart textiles can exhibit properties of traditional textiles like stretchability while maintaining electrical conductivity. Earlier smart textiles were not practical for wear due to wired connections and batteries but now can be comfortable, lightweight and easy to care for. Examples described include a musical jacket with an embroidered MIDI keyboard, a t-shirt that detects WiFi signal strength through animations, space suits that regulate temperature, and smart military uniforms that can detect injuries. Performance enhancing textiles like Speedo's "shark skin" fabric and properties of various smart fabrics are also summarized.
🔥🔥🔥🔥🔥🔥🔥🔥🔥
إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
💀💀💀💀💀💀💀💀💀💀
تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
🔥🔥🔥🔥🔥🔥🔥🔥🔥
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
Elevate Your Nonprofit's Online Presence_ A Guide to Effective SEO Strategies...TechSoup
Whether you're new to SEO or looking to refine your existing strategies, this webinar will provide you with actionable insights and practical tips to elevate your nonprofit's online presence.
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) CurriculumMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
How Barcodes Can Be Leveraged Within Odoo 17Celine George
In this presentation, we will explore how barcodes can be leveraged within Odoo 17 to streamline our manufacturing processes. We will cover the configuration steps, how to utilize barcodes in different manufacturing scenarios, and the overall benefits of implementing this technology.
THE SACRIFICE HOW PRO-PALESTINE PROTESTS STUDENTS ARE SACRIFICING TO CHANGE T...indexPub
The recent surge in pro-Palestine student activism has prompted significant responses from universities, ranging from negotiations and divestment commitments to increased transparency about investments in companies supporting the war on Gaza. This activism has led to the cessation of student encampments but also highlighted the substantial sacrifices made by students, including academic disruptions and personal risks. The primary drivers of these protests are poor university administration, lack of transparency, and inadequate communication between officials and students. This study examines the profound emotional, psychological, and professional impacts on students engaged in pro-Palestine protests, focusing on Generation Z's (Gen-Z) activism dynamics. This paper explores the significant sacrifices made by these students and even the professors supporting the pro-Palestine movement, with a focus on recent global movements. Through an in-depth analysis of printed and electronic media, the study examines the impacts of these sacrifices on the academic and personal lives of those involved. The paper highlights examples from various universities, demonstrating student activism's long-term and short-term effects, including disciplinary actions, social backlash, and career implications. The researchers also explore the broader implications of student sacrifices. The findings reveal that these sacrifices are driven by a profound commitment to justice and human rights, and are influenced by the increasing availability of information, peer interactions, and personal convictions. The study also discusses the broader implications of this activism, comparing it to historical precedents and assessing its potential to influence policy and public opinion. The emotional and psychological toll on student activists is significant, but their sense of purpose and community support mitigates some of these challenges. However, the researchers call for acknowledging the broader Impact of these sacrifices on the future global movement of FreePalestine.
THE SACRIFICE HOW PRO-PALESTINE PROTESTS STUDENTS ARE SACRIFICING TO CHANGE T...
First LaTeX session of the BIB
1. A
Introduction to LTEX
Session #1
Oriol Borrega Pedro Tiago Martins
Universitat de Barcelona
January 14, 2013
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 1 / 39
2. Outline
1 Preliminary Remarks
How a scientific document must be
2 A
Why use LTEX instead of a Word Processor?
A
Advantages of LTEX
A
Disadvantages of LTEX
A X is good at and appropriate for
Things LTE
A
Things LTEX is bad at or not appropriate for
3 A
What is LTEX ?
History
TEX
A
LTEX
4 A
How LTEX works
A
How LTEX documents are created
A
The basic structure of a LTEX document
5 A
LTEX commands and a small document
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 2 / 39
3. Preliminary Remarks
Outline
1 Preliminary Remarks
How a scientific document must be
2 A
Why use LTEX instead of a Word Processor?
A
Advantages of LTEX
A
Disadvantages of LTEX
A X is good at and appropriate for
Things LTE
A
Things LTEX is bad at or not appropriate for
3 A
What is LTEX ?
History
TEX
A
LTEX
4 A
How LTEX works
A
How LTEX documents are created
A
The basic structure of a LTEX document
5 A
LTEX commands and a small document
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 3 / 39
4. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
5. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
6. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
7. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
8. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
9. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
10. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
11. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
12. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
13. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
14. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
15. Preliminary Remarks How a scientific document must be
A scientific document must be:
Structured
identification (of the author and of the work)
(optional) table of contents
well-defined and well-placed sections, paragraphs, footnotes, lists,
figures, etc.. . .
references
Readable
approx. 66 characters per line (there are actually studies on this. . . )
large margins (for A4 size paper or similar) or two columns
serif font for main text
no underlining for emphasis (underlining was widely used in the past
when emphasis had to be added manually, after the writing was done)
no variation between elements of the same kind
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 4 / 39
16. Why use L TEX instead of a Word Processor?
A
Outline
1 Preliminary Remarks
How a scientific document must be
2 A
Why use LTEX instead of a Word Processor?
A
Advantages of LTEX
A
Disadvantages of LTEX
A X is good at and appropriate for
Things LTE
A
Things LTEX is bad at or not appropriate for
3 A
What is LTEX ?
History
TEX
A
LTEX
4 A
How LTEX works
A
How LTEX documents are created
A
The basic structure of a LTEX document
5 A
LTEX commands and a small document
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 5 / 39
17. Why use L TEX instead of a Word Processor?
A
A
Why use LTEX instead of a Word Processor?
A
Before seeing how to actually use LTEX , let’s look at some of its
advantages and disadvantages in relation to Word Processors.
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 6 / 39
18. Why use L TEX instead of a Word Processor?
A
A
Why use LTEX instead of a Word Processor?
A
Before seeing how to actually use LTEX , let’s look at some of its
advantages and disadvantages in relation to Word Processors.
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 6 / 39
19. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
20. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
21. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
22. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
23. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
24. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
25. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
26. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
27. Why use L TEX instead of a Word Processor?
A Advantages of L TEX
A
A
Advantages of LTEX
A
portability (since it’s just a plain text document, a LTEX file can be
written and saved in any device—personal computer, tablet,
smartphone, toaster—with any operating system, as long as there’s a
text editor available)
does not require a lot of processing power, which makes it basically
crash-proof and extremely stable
backwards compatibility/longevity (a file written in the late 80s will
A
work on a 2013 installation of LTEX , and probably the same will be
true 20 years from now)
very good reference management
very high typesetting quality
default document classes that make the work easier (such as
article, book, etc.)
it’s free software
almost full separation of content and form
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 7 / 39
28. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
29. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
30. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
31. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
32. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
33. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
34. Why use L TEX instead of a Word Processor?
A Disadvantages of L TEX
A
A
Disadvantages of LTEX
intimidating at first
steep learning curve
although widely used in some academic circuits, it’s not as ubiquitous
as, for example, Word; some editors and publishers still don’t accept
it. Working on a document which requires reviewing or corrections by
others can be difficult
there is usually no interface (menus, buttons, etc.)
lack of native reviewing functionalities like commenting,
change-tracking, etc. (not as problematic nowadays, since most pdf
viewers have commenting functionalities)
the general public sees no clear reason to use it (which contributes to
the third point)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 8 / 39
35. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
36. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
37. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
38. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
39. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
40. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
41. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
42. Why use L TEX instead of a Word Processor?
A Things L TEX is good at and appropriate for
A
A
LTEX is good at and appropriate for
potentially long, well structured documents
typesetting “complicated things” such as math, logic, phonetic
symbols, different writing systems, etc.. . .
slide presentations (such as this one)
scientific posters
managing bibliographic references, cross–references, table of contents,
indexes, etc.. . .
figures, tables, lists, etc.. . .
justification and hyphenation
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 9 / 39
43. Why use L TEX instead of a Word Processor?
A Things L TEX is bad at or not appropriate for
A
A
LTEX is bad at or not appropriate for
producing badly structured documents (This is really true; if the
A
document is not properly structured, LTEX will probably give you an
error and no ouput)
taking notes
graphics-heavy or “creative” documents such as flyers, banners, etc.
(although it can be done)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 10 / 39
44. Why use L TEX instead of a Word Processor?
A Things L TEX is bad at or not appropriate for
A
A
LTEX is bad at or not appropriate for
producing badly structured documents (This is really true; if the
A
document is not properly structured, LTEX will probably give you an
error and no ouput)
taking notes
graphics-heavy or “creative” documents such as flyers, banners, etc.
(although it can be done)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 10 / 39
45. Why use L TEX instead of a Word Processor?
A Things L TEX is bad at or not appropriate for
A
A
LTEX is bad at or not appropriate for
producing badly structured documents (This is really true; if the
A
document is not properly structured, LTEX will probably give you an
error and no ouput)
taking notes
graphics-heavy or “creative” documents such as flyers, banners, etc.
(although it can be done)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 10 / 39
46. Why use L TEX instead of a Word Processor?
A Things L TEX is bad at or not appropriate for
A
A
LTEX is bad at or not appropriate for
producing badly structured documents (This is really true; if the
A
document is not properly structured, LTEX will probably give you an
error and no ouput)
taking notes
graphics-heavy or “creative” documents such as flyers, banners, etc.
(although it can be done)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 10 / 39
47. What is L TEX ?
A
Outline
1 Preliminary Remarks
How a scientific document must be
2 A
Why use LTEX instead of a Word Processor?
A
Advantages of LTEX
A
Disadvantages of LTEX
A X is good at and appropriate for
Things LTE
A
Things LTEX is bad at or not appropriate for
3 A
What is LTEX ?
History
TEX
A
LTEX
4 A
How LTEX works
A
How LTEX documents are created
A
The basic structure of a LTEX document
5 A
LTEX commands and a small document
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 11 / 39
48. What is L TEX ?
A History
A
History of LTEX
TEXwas designed and
developed by Donald
Knuth in 1978 (left)
A
LTEX was developed by
Leslie Lamport as an
extension of TEXin 1985
(right)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 12 / 39
49. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
50. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
51. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
52. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
53. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
54. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
55. What is L TEX ?
A History
TEX
written by Donald Knuth out of frustration with digital typesetting,
when attempting to publish part of his long book “The Art of
Computer Programming”
the name TEXis formed by the upper-case Greek letters tau, epsilon
and chi, resembling the Greek root for the English tech, as in
technical (hence the pronunciation)
complex typesetting system and programming language
very powerful and versatile
difficult to use
nobody really uses plain TEXanymore
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 13 / 39
56. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
57. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
58. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
59. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
60. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
61. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
62. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
63. What is L TEX ?
A History
A
LTEX
written by Leslie Lamport as a set of TEXmacros (almost like simple
shortcuts for more complex commands), making it possible for
mortals to use it
A
the name LTEX is a combination of the first two letters in Lamport
and TEX
much simpler to use than TEX
the user enters commands which the define the structure of the
document along with the text
A
the formatting is taken care of by LTEX itself
“packages” add extra functionality
widely used (within the –TEXfamily)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 14 / 39
64. How L TEX works
A
Outline
1 Preliminary Remarks
How a scientific document must be
2 A
Why use LTEX instead of a Word Processor?
A
Advantages of LTEX
A
Disadvantages of LTEX
A X is good at and appropriate for
Things LTE
A
Things LTEX is bad at or not appropriate for
3 A
What is LTEX ?
History
TEX
A
LTEX
4 A
How LTEX works
A
How LTEX documents are created
A
The basic structure of a LTEX document
5 A
LTEX commands and a small document
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 15 / 39
65. How L TEX works
A How L TEX documents are created
A
A
How LTEX documents are created
you write a file with all the commands and text, which will have the
extension .tex
A
you run LTEX on that file, which will interpret all the commands in
order to produce the output, at which point you will also be prompted
to choose a folder for your document
a beautiful .pdf file is created, suitable for printing
(some auxiliary files will be created too, but there’s usually no need to
mess with them)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 16 / 39
66. How L TEX works
A How L TEX documents are created
A
A
How LTEX documents are created
you write a file with all the commands and text, which will have the
extension .tex
A
you run LTEX on that file, which will interpret all the commands in
order to produce the output, at which point you will also be prompted
to choose a folder for your document
a beautiful .pdf file is created, suitable for printing
(some auxiliary files will be created too, but there’s usually no need to
mess with them)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 16 / 39
67. How L TEX works
A How L TEX documents are created
A
A
How LTEX documents are created
you write a file with all the commands and text, which will have the
extension .tex
A
you run LTEX on that file, which will interpret all the commands in
order to produce the output, at which point you will also be prompted
to choose a folder for your document
a beautiful .pdf file is created, suitable for printing
(some auxiliary files will be created too, but there’s usually no need to
mess with them)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 16 / 39
68. How L TEX works
A How L TEX documents are created
A
A
How LTEX documents are created
you write a file with all the commands and text, which will have the
extension .tex
A
you run LTEX on that file, which will interpret all the commands in
order to produce the output, at which point you will also be prompted
to choose a folder for your document
a beautiful .pdf file is created, suitable for printing
(some auxiliary files will be created too, but there’s usually no need to
mess with them)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 16 / 39
69. How L TEX works
A How L TEX documents are created
A
A
How LTEX documents are created
you write a file with all the commands and text, which will have the
extension .tex
A
you run LTEX on that file, which will interpret all the commands in
order to produce the output, at which point you will also be prompted
to choose a folder for your document
a beautiful .pdf file is created, suitable for printing
(some auxiliary files will be created too, but there’s usually no need to
mess with them)
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 16 / 39
70. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
A
There are three basic commands that all LTEX documents must have:
documentclass{article}
begin{document}
end{document}
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 17 / 39
71. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
A
There are three basic commands that all LTEX documents must have:
documentclass{article}
begin{document}
end{document}
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 17 / 39
72. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
A
There are three basic commands that all LTEX documents must have:
documentclass{article}
begin{document}
end{document}
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 17 / 39
73. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
A
There are three basic commands that all LTEX documents must have:
documentclass{article}
begin{document}
end{document}
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 17 / 39
74. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
A
There are three basic commands that all LTEX documents must have:
documentclass{article}
begin{document}
end{document}
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 17 / 39
75. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
The existence of these commands defines different parts of your file:
documentclass[options]{article}
everything that appears here is called the Preamble. Here is where
you define general characteristics of your document besides the
document class, such as the title, the author, the date, the input
language, and other options which will influence the general layout.
All of this is accomplished through the use of commands
begin{document}
here is where the content of your document is going to be, along with
commands that define its internal structure
end{document}
anything that appears here will be completely ignored, even if it’s the
complete works of Shakespeare
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 18 / 39
76. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
The existence of these commands defines different parts of your file:
documentclass[options]{article}
everything that appears here is called the Preamble. Here is where
you define general characteristics of your document besides the
document class, such as the title, the author, the date, the input
language, and other options which will influence the general layout.
All of this is accomplished through the use of commands
begin{document}
here is where the content of your document is going to be, along with
commands that define its internal structure
end{document}
anything that appears here will be completely ignored, even if it’s the
complete works of Shakespeare
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 18 / 39
77. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
The existence of these commands defines different parts of your file:
documentclass[options]{article}
everything that appears here is called the Preamble. Here is where
you define general characteristics of your document besides the
document class, such as the title, the author, the date, the input
language, and other options which will influence the general layout.
All of this is accomplished through the use of commands
begin{document}
here is where the content of your document is going to be, along with
commands that define its internal structure
end{document}
anything that appears here will be completely ignored, even if it’s the
complete works of Shakespeare
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 18 / 39
78. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
The existence of these commands defines different parts of your file:
documentclass[options]{article}
everything that appears here is called the Preamble. Here is where
you define general characteristics of your document besides the
document class, such as the title, the author, the date, the input
language, and other options which will influence the general layout.
All of this is accomplished through the use of commands
begin{document}
here is where the content of your document is going to be, along with
commands that define its internal structure
end{document}
anything that appears here will be completely ignored, even if it’s the
complete works of Shakespeare
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 18 / 39
79. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
The existence of these commands defines different parts of your file:
documentclass[options]{article}
everything that appears here is called the Preamble. Here is where
you define general characteristics of your document besides the
document class, such as the title, the author, the date, the input
language, and other options which will influence the general layout.
All of this is accomplished through the use of commands
begin{document}
here is where the content of your document is going to be, along with
commands that define its internal structure
end{document}
anything that appears here will be completely ignored, even if it’s the
complete works of Shakespeare
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 18 / 39
80. How L TEX works
A The basic structure of a L TEX document
A
A
Basic structure of a LTEX file
The existence of these commands defines different parts of your file:
documentclass[options]{article}
everything that appears here is called the Preamble. Here is where
you define general characteristics of your document besides the
document class, such as the title, the author, the date, the input
language, and other options which will influence the general layout.
All of this is accomplished through the use of commands
begin{document}
here is where the content of your document is going to be, along with
commands that define its internal structure
end{document}
anything that appears here will be completely ignored, even if it’s the
complete works of Shakespeare
Borrega & Martins (UB) A
Introduction to L TEX Session #1 January 14, 2013 18 / 39
81. How L TEX works
A The basic structure of a L TEX document
A
Minimal example
Using only the mandatory commands, we can write a minimal
document:
documentclass{article}
begin{document}
Hello!
end{document}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 19 / 39
82. How L TEX works
A The basic structure of a L TEX document
A
Minimal example
Using only the mandatory commands, we can write a minimal
document:
documentclass{article}
begin{document}
Hello!
end{document}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 19 / 39
83. How L TEX works
A The basic structure of a L TEX document
A
Minimal example
Using only the mandatory commands, we can write a minimal
document:
documentclass{article}
begin{document}
Hello!
end{document}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 19 / 39
84. L TEX commands and a small document
A
Outline
1 Preliminary Remarks
How a scientific document must be
2 A
Why use LTEX instead of a Word Processor?
A
Advantages of LTEX
A
Disadvantages of LTEX
A X is good at and appropriate for
Things LTE
A
Things LTEX is bad at or not appropriate for
3 A
What is LTEX ?
History
TEX
A
LTEX
4 A
How LTEX works
A
How LTEX documents are created
A
The basic structure of a LTEX document
5 A
LTEX commands and a small document
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 20 / 39
85. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
86. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
87. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
88. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
89. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
90. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
91. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
92. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
93. L TEX commands and a small document
A
Document class
The document class defines the general layout of the document.
Common document classes are:
article (which we will be using for now)
book
thesis
report
letter
We can define the document class by using the appropriate command
followed by the name of the class enclosed in braces, which would
make it the main argument of the command:
documentclass{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 21 / 39
94. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
95. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
96. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
97. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
98. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
99. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
100. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
101. L TEX commands and a small document
A
Optional arguments
However, we can also modify the class a little bit by using optional
arguments, which don’t have to be there (hence the name), and are
enclosed in square brackets. If more than one is used, they must be
separated by commas.
Some common options include:
Font size: 10pt (default), 11pt, 12pt. . .
Paper size: a4paper (usually default), letterpaper. . .
Orientation: portrait (default), landscape. . .
Let’s say we want to write an article with 12pt fontsize and a4paper.
We would declare it in the preamble the following way:
documentclass[a4paper,12pt]{article}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 22 / 39
102. L TEX commands and a small document
A
Packages
A
Packages are extensions of the basic functionality of LTEX ,
providing additional features when declared in the preamble.
There are hundreds of packages available, for doing anything you can
A
think of, and many of them come with the basic installation of LTEX ;
they just need to be called by us.
If we were to use a package in our document—we won’t for this
session, but we will later—we would do it the following way:
documentclass[a4paper,12pt]{article}
usepackage{nameofthepackage}
(let’s ignore packages for now and delete this command from our
document)
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 23 / 39
103. L TEX commands and a small document
A
Packages
A
Packages are extensions of the basic functionality of LTEX ,
providing additional features when declared in the preamble.
There are hundreds of packages available, for doing anything you can
A
think of, and many of them come with the basic installation of LTEX ;
they just need to be called by us.
If we were to use a package in our document—we won’t for this
session, but we will later—we would do it the following way:
documentclass[a4paper,12pt]{article}
usepackage{nameofthepackage}
(let’s ignore packages for now and delete this command from our
document)
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 23 / 39
104. L TEX commands and a small document
A
Packages
A
Packages are extensions of the basic functionality of LTEX ,
providing additional features when declared in the preamble.
There are hundreds of packages available, for doing anything you can
A
think of, and many of them come with the basic installation of LTEX ;
they just need to be called by us.
If we were to use a package in our document—we won’t for this
session, but we will later—we would do it the following way:
documentclass[a4paper,12pt]{article}
usepackage{nameofthepackage}
(let’s ignore packages for now and delete this command from our
document)
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 23 / 39
105. L TEX commands and a small document
A
Packages
A
Packages are extensions of the basic functionality of LTEX ,
providing additional features when declared in the preamble.
There are hundreds of packages available, for doing anything you can
A
think of, and many of them come with the basic installation of LTEX ;
they just need to be called by us.
If we were to use a package in our document—we won’t for this
session, but we will later—we would do it the following way:
documentclass[a4paper,12pt]{article}
usepackage{nameofthepackage}
(let’s ignore packages for now and delete this command from our
document)
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 23 / 39
106. L TEX commands and a small document
A
Packages
A
Packages are extensions of the basic functionality of LTEX ,
providing additional features when declared in the preamble.
There are hundreds of packages available, for doing anything you can
A
think of, and many of them come with the basic installation of LTEX ;
they just need to be called by us.
If we were to use a package in our document—we won’t for this
session, but we will later—we would do it the following way:
documentclass[a4paper,12pt]{article}
usepackage{nameofthepackage}
(let’s ignore packages for now and delete this command from our
document)
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 23 / 39
107. L TEX commands and a small document
A
Packages
A
Packages are extensions of the basic functionality of LTEX ,
providing additional features when declared in the preamble.
There are hundreds of packages available, for doing anything you can
A
think of, and many of them come with the basic installation of LTEX ;
they just need to be called by us.
If we were to use a package in our document—we won’t for this
session, but we will later—we would do it the following way:
documentclass[a4paper,12pt]{article}
usepackage{nameofthepackage}
(let’s ignore packages for now and delete this command from our
document)
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 23 / 39
108. L TEX commands and a small document
A
Title, author and date
Like we mentioned before, it’s a good idea to identify the document.
There are three basic things:
Title
Author
Date (if we don’t use the command, the current date is fetched from
the system and used)
Let’s give our document a title, author and date, using the
aptly-named title, author and date commands:
documentclass[a4paper,12pt]{article}
title{It is very simple to write good-looking documents}
author{John Smith}
date{June 10, 2020}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 24 / 39
109. L TEX commands and a small document
A
Title, author and date
Like we mentioned before, it’s a good idea to identify the document.
There are three basic things:
Title
Author
Date (if we don’t use the command, the current date is fetched from
the system and used)
Let’s give our document a title, author and date, using the
aptly-named title, author and date commands:
documentclass[a4paper,12pt]{article}
title{It is very simple to write good-looking documents}
author{John Smith}
date{June 10, 2020}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 24 / 39
110. L TEX commands and a small document
A
Title, author and date
Like we mentioned before, it’s a good idea to identify the document.
There are three basic things:
Title
Author
Date (if we don’t use the command, the current date is fetched from
the system and used)
Let’s give our document a title, author and date, using the
aptly-named title, author and date commands:
documentclass[a4paper,12pt]{article}
title{It is very simple to write good-looking documents}
author{John Smith}
date{June 10, 2020}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 24 / 39
111. L TEX commands and a small document
A
Title, author and date
Like we mentioned before, it’s a good idea to identify the document.
There are three basic things:
Title
Author
Date (if we don’t use the command, the current date is fetched from
the system and used)
Let’s give our document a title, author and date, using the
aptly-named title, author and date commands:
documentclass[a4paper,12pt]{article}
title{It is very simple to write good-looking documents}
author{John Smith}
date{June 10, 2020}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 24 / 39
112. L TEX commands and a small document
A
Title, author and date
Like we mentioned before, it’s a good idea to identify the document.
There are three basic things:
Title
Author
Date (if we don’t use the command, the current date is fetched from
the system and used)
Let’s give our document a title, author and date, using the
aptly-named title, author and date commands:
documentclass[a4paper,12pt]{article}
title{It is very simple to write good-looking documents}
author{John Smith}
date{June 10, 2020}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 24 / 39
113. L TEX commands and a small document
A
Title, author and date
Like we mentioned before, it’s a good idea to identify the document.
There are three basic things:
Title
Author
Date (if we don’t use the command, the current date is fetched from
the system and used)
Let’s give our document a title, author and date, using the
aptly-named title, author and date commands:
documentclass[a4paper,12pt]{article}
title{It is very simple to write good-looking documents}
author{John Smith}
date{June 10, 2020}
Borrega & Martins (UB) Introduction to L TEX Session #1
A January 14, 2013 24 / 39