Rédaction De Documents Techniques En BTS SN
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Asciispec Userguide Table of Contents
AsciiSpec Userguide Table of Contents ..................................................................................................................................................................... iv 1. Document Structure ........................................................................................................................................... 1 1.1. Sections .............................................................................................................................................. 1 1.1.1. Styling Sections ........................................................................................................................... 1 2. Blocks ........................................................................................................................................................... 2 2.1. Titles & attributes ................................................................................................................................... 2 2.2. Delimiters ............................................................................................................................................. 3 2.3. Admonition Blocks .................................................................................................................................. 3 2.4. Nesting Blocks ...................................................................................................................................... 4 2.5. Block Macro ........................................................................................................................................ -
Tinn-R Team Has a New Member Working on the Source Code: Wel- Come Huashan Chen
Editus eBook Series Editus eBooks is a series of electronic books aimed at students and re- searchers of arts and sciences in general. Tinn-R Editor (2010 1. ed. Rmetrics) Tinn-R Editor - GUI forR Language and Environment (2014 2. ed. Editus) José Cláudio Faria Philippe Grosjean Enio Galinkin Jelihovschi Ricardo Pietrobon Philipe Silva Farias Universidade Estadual de Santa Cruz GOVERNO DO ESTADO DA BAHIA JAQUES WAGNER - GOVERNADOR SECRETARIA DE EDUCAÇÃO OSVALDO BARRETO FILHO - SECRETÁRIO UNIVERSIDADE ESTADUAL DE SANTA CRUZ ADÉLIA MARIA CARVALHO DE MELO PINHEIRO - REITORA EVANDRO SENA FREIRE - VICE-REITOR DIRETORA DA EDITUS RITA VIRGINIA ALVES SANTOS ARGOLLO Conselho Editorial: Rita Virginia Alves Santos Argollo – Presidente Andréa de Azevedo Morégula André Luiz Rosa Ribeiro Adriana dos Santos Reis Lemos Dorival de Freitas Evandro Sena Freire Francisco Mendes Costa José Montival Alencar Junior Lurdes Bertol Rocha Maria Laura de Oliveira Gomes Marileide dos Santos de Oliveira Raimunda Alves Moreira de Assis Roseanne Montargil Rocha Silvia Maria Santos Carvalho Copyright©2015 by JOSÉ CLÁUDIO FARIA PHILIPPE GROSJEAN ENIO GALINKIN JELIHOVSCHI RICARDO PIETROBON PHILIPE SILVA FARIAS Direitos desta edição reservados à EDITUS - EDITORA DA UESC A reprodução não autorizada desta publicação, por qualquer meio, seja total ou parcial, constitui violação da Lei nº 9.610/98. Depósito legal na Biblioteca Nacional, conforme Lei nº 10.994, de 14 de dezembro de 2004. CAPA Carolina Sartório Faria REVISÃO Amek Traduções Dados Internacionais de Catalogação na Publicação (CIP) T591 Tinn-R Editor – GUI for R Language and Environment / José Cláudio Faria [et al.]. – 2. ed. – Ilhéus, BA : Editus, 2015. xvii, 279 p. ; pdf Texto em inglês. -
Assignment of Master's Thesis
ASSIGNMENT OF MASTER’S THESIS Title: Git-based Wiki System Student: Bc. Jaroslav Šmolík Supervisor: Ing. Jakub Jirůtka Study Programme: Informatics Study Branch: Web and Software Engineering Department: Department of Software Engineering Validity: Until the end of summer semester 2018/19 Instructions The goal of this thesis is to create a wiki system suitable for community (software) projects, focused on technically oriented users. The system must meet the following requirements: • All data is stored in a Git repository. • System provides access control. • System supports AsciiDoc and Markdown, it is extensible for other markup languages. • Full-featured user access via Git and CLI is provided. • System includes a web interface for wiki browsing and management. Its editor works with raw markup and offers syntax highlighting, live preview and interactive UI for selected elements (e.g. image insertion). Proceed in the following manner: 1. Compare and analyse the most popular F/OSS wiki systems with regard to the given criteria. 2. Design the system, perform usability testing. 3. Implement the system in JavaScript. Source code must be reasonably documented and covered with automatic tests. 4. Create a user manual and deployment instructions. References Will be provided by the supervisor. Ing. Michal Valenta, Ph.D. doc. RNDr. Ing. Marcel Jiřina, Ph.D. Head of Department Dean Prague January 3, 2018 Czech Technical University in Prague Faculty of Information Technology Department of Software Engineering Master’s thesis Git-based Wiki System Bc. Jaroslav Šmolík Supervisor: Ing. Jakub Jirůtka 10th May 2018 Acknowledgements I would like to thank my supervisor Ing. Jakub Jirutka for his everlasting interest in the thesis, his punctual constructive feedback and for guiding me, when I found myself in the need for the words of wisdom and experience. -
Asciidoc Asciidoc
2021/07/26 14:42 (UTC) 1/4 Asciidoc Asciidoc Introduction Keeping notes is an integral part of using any Linux distribution. Keeping them in plain text allows one to use them from a console during initial setup; using a consistent markup for plain text adds to the readability of the notes. asciidoc is one of the tools that provide such a consistent markup. Source highlighting, for those who prefer it, can add to the readability of the text file. asciidoc can produce HTML files, an added bonus as it allows to interlink notes and makes browsing them with lynx more effective. It can also work in tandem with man2html to provide HTML access to all installed man pages on the fly. For an interesting read about asciidoc see Living the Future of Technical Writing. Helper Packages and Files Asciidoctor Consider installing Asciidoctor. Dblatex To convert asciidoc files to PDF, install dblatex from SlackBuilds.org. See documentation, PDF. Source-highlight To highlight source listings, install source-highlight from SlackBuilds.org. See online manual. This: [source,bash] --------------------------------------------------------------------------- #!/bin/bash export LANG=en_US.UTF-8 --------------------------------------------------------------------------- renders as (this is DokuWiki's GeSHi highlighting, but gives the general idea): #!/bin/bash export LANG=en_US.UTF-8 SlackDocs - https://docs.slackware.com/ Last update: 2019/02/21 10:36 (UTC) howtos:software:asciidoc https://docs.slackware.com/howtos:software:asciidoc Vim Syntax Highlighter If asciidoc.vim is not available locally, download. Otherwise: $ mkdir -p $HOME/.vim/syntax $ cp /usr/share/vim/vimVERSION/syntax/asciidoc.vim $HOME/.vim/syntax/ and see Appendix E. Vim Syntax Highlighter. -
R Markdown Cheat Sheet I
1. Workflow R Markdown is a format for writing reproducible, dynamic reports with R. Use it to embed R code and results into slideshows, pdfs, html documents, Word files and more. To make a report: R Markdown Cheat Sheet i. Open - Open a file that ii. Write - Write content with the iii. Embed - Embed R code that iv. Render - Replace R code with its output and transform learn more at rmarkdown.rstudio.com uses the .Rmd extension. easy to use R Markdown syntax creates output to include in the report the report into a slideshow, pdf, html or ms Word file. rmarkdown 0.2.50 Updated: 8/14 A report. A report. A report. A report. A plot: A plot: A plot: A plot: Microsoft .Rmd Word ```{r} ```{r} ```{r} = = hist(co2) hist(co2) hist(co2) ``` ``` Reveal.js ``` ioslides, Beamer 2. Open File Start by saving a text file with the extension .Rmd, or open 3. Markdown Next, write your report in plain text. Use markdown syntax to an RStudio Rmd template describe how to format text in the final report. syntax becomes • In the menu bar, click Plain text File ▶ New File ▶ R Markdown… End a line with two spaces to start a new paragraph. *italics* and _italics_ • A window will open. Select the class of output **bold** and __bold__ you would like to make with your .Rmd file superscript^2^ ~~strikethrough~~ • Select the specific type of output to make [link](www.rstudio.com) with the radio buttons (you can change this later) # Header 1 • Click OK ## Header 2 ### Header 3 #### Header 4 ##### Header 5 ###### Header 6 4. -
Rmarkdown : : CHEAT SHEET RENDERED OUTPUT File Path to Output Document SOURCE EDITOR What Is Rmarkdown? 1
rmarkdown : : CHEAT SHEET RENDERED OUTPUT file path to output document SOURCE EDITOR What is rmarkdown? 1. New File Write with 5. Save and Render 6. Share find in document .Rmd files · Develop your code and publish to Markdown ideas side-by-side in a single rpubs.com, document. Run code as individual shinyapps.io, The syntax on the lef renders as the output on the right. chunks or as an entire document. set insert go to run code RStudio Connect Rmd preview code code chunk(s) Plain text. Plain text. Dynamic Documents · Knit together location chunk chunk show End a line with two spaces to End a line with two spaces to plots, tables, and results with outline start a new paragraph. start a new paragraph. narrative text. Render to a variety of 4. Set Output Format(s) Also end with a backslash\ Also end with a backslash formats like HTML, PDF, MS Word, or and Options reload document to make a new line. to make a new line. MS Powerpoint. *italics* and **bold** italics and bold Reproducible Research · Upload, link superscript^2^/subscript~2~ superscript2/subscript2 to, or attach your report to share. ~~strikethrough~~ strikethrough Anyone can read or run your code to 3. Write Text run all escaped: \* \_ \\ escaped: * _ \ reproduce your work. previous modify chunks endash: --, emdash: --- endash: –, emdash: — chunk run options current # Header 1 Header 1 chunk ## Header 2 Workflow ... Header 2 2. Embed Code ... 11. Open a new .Rmd file in the RStudio IDE by ###### Header 6 Header 6 going to File > New File > R Markdown. -
Conda-Build Documentation Release 3.21.5+15.G174ed200.Dirty
conda-build Documentation Release 3.21.5+15.g174ed200.dirty Anaconda, Inc. Sep 27, 2021 CONTENTS 1 Installing and updating conda-build3 2 Concepts 5 3 User guide 17 4 Resources 49 5 Release notes 115 Index 127 i ii conda-build Documentation, Release 3.21.5+15.g174ed200.dirty Conda-build contains commands and tools to use conda to build your own packages. It also provides helpful tools to constrain or pin versions in recipes. Building a conda package requires installing conda-build and creating a conda recipe. You then use the conda build command to build the conda package from the conda recipe. You can build conda packages from a variety of source code projects, most notably Python. For help packing a Python project, see the Setuptools documentation. OPTIONAL: If you are planning to upload your packages to Anaconda Cloud, you will need an Anaconda Cloud account and client. CONTENTS 1 conda-build Documentation, Release 3.21.5+15.g174ed200.dirty 2 CONTENTS CHAPTER ONE INSTALLING AND UPDATING CONDA-BUILD To enable building conda packages: • install conda • install conda-build • update conda and conda-build 1.1 Installing conda-build To install conda-build, in your terminal window or an Anaconda Prompt, run: conda install conda-build 1.2 Updating conda and conda-build Keep your versions of conda and conda-build up to date to take advantage of bug fixes and new features. To update conda and conda-build, in your terminal window or an Anaconda Prompt, run: conda update conda conda update conda-build For release notes, see the conda-build GitHub page. -
Note Taking with Asciidoctor
Note taking with Asciidoctor Jens Getreu Revision History Revision 2.7 5.11.2016 JG Table of Contents 1. How students take notes ..................................................................... 3 1.1. The lesson starts ......................................................................... 3 1.2. Taking notes about a file ............................................................ 5 2. Create a new note ............................................................................... 7 2.1. Invoking the script ...................................................................... 7 2.2. Directory as parameter ............................................................... 8 2.3. No parameter .............................................................................. 9 2.4. Filename as parameter ............................................................. 10 3. Editing notes ...................................................................................... 13 3.1. Syntax ....................................................................................... 13 3.2. Example .................................................................................... 13 4. Viewing notes ..................................................................................... 15 4.1. Syntax ....................................................................................... 15 4.2. Example .................................................................................... 15 5. Asciidoc title-filename sync .............................................................. -
Asciidoc and Asciidoctor
Firebird Docwriting Guide Paul Vinkenoog, Mark Rotteveel Version 2.2, 23 May 2020 Table of Contents Table of Contents General . 4 1. Introduction . 5 1.1. Purpose of this guide . 5 1.2. Assumed knowledge . 5 1.3. Topics discussed in this guide . 5 2. Where the docmakers meet. 7 2.1. The subproject homepage . 7 2.2. The firebird-docs list . 7 3. Picking a subject. 8 4. Preparing to write: make an outline! . 9 5. Language and style . 10 5.1. Language . 10 5.2. Style . 10 5.2.1. Docwriter’s block . 11 6. Copyright issues . 12 6.1. Your copyright and the PDL. 12 6.1.1. How to apply the PDL to your work. 12 6.1.2. Including a Document History . 13 6.1.3. A copyright notice at the start . 14 6.1.4. Attaching the entire Public Documentation License . 14 6.1.5. Translator’s notices . 15 6.1.6. Translating the PDL . 15 6.2. Using material written by others . 15 6.2.1. Borland InterBase manuals . 16 6.2.2. PostgreSQL docs . 16 7. Adding your document to the firebird-documentation repository . 17 7.1. Asking for commit rights . 17 7.2. Dos and don’ts if you have received commit rights. 17 7.3. Committing your work . 18 8. Publishing your document on the Firebird website . 20 8.1. Naming the PDF file. 20 8.1.1. Naming DocBook generated PDF files . 20 8.2. Uploading the documentation . 21 8.3. Updating the Firebird Documentation Index . 22 AsciiDoc and Asciidoctor . -
Healing the Fragmentation to Realise the Full Potential of The
HealingHealing thethe fragmentationfragmentation toto realiserealise thethe fullfull potentialpotential of thethe IoTIoT Dr.Dr. DaveDave Raggett,Raggett, W3C/ERCIMW3C/ERCIM email:email: [email protected]@w3.org 2525 JuneJune 20202020 ThisThis talktalk isis supportedsupported byby thethe CreateCreate--IoTIoT CoordinationCoordination andand SupportSupport ActionAction withwith fundingfunding fromfrom thethe EuropeanEuropean CommissionCommission Investments in IoT are at risk! Eric Siow, Director, Open Web Platform Standards and Ecosystem Strategies at Intel: • IoT is a little over 10 years old • Hype has been much greater than present reality • IoT is “biting off more that it can chew” • Trying to address too many markets • Involves too many and mostly uncoordinated SDOs and SIGs 2/14 Key IoT Challenges Facing Smart Cities • Lack of coalescence around a set of complementary standards • Hinders scalability, interoperability and evolution • Need to simplify: prioritise and define requirements • Regional regulatory differences adding to the confusion • Diverse requirements impede scalability of the market • Need regulatory agencies to participate and help with standardisation requirements • Lack of interoperability wastes up to 40% of IoT value1 • Cities and technology partners may waste up to $321 billion by 20252 1. https://www.mckinsey.com/business-functions/digital-mckinsey/our-insights/the-internet-of-things-the-value-of-digitizing-the-physical-world 2. https://machinaresearch.com/news/smart-cities-could-waste-usd341-billion-by-2025-on-non-standardized-iot-deployments/ -
Dynamic Documents in Stata: Markdoc, Ketchup, and Weaver
Haghish, E. F. (2014). Dynamic documents in Stata: MarkDoc, Ketchup, and Weaver. http://haghish.com/talk/reproducible_report.php Dynamic documents in Stata: MarkDoc, Ketchup, and Weaver Summary For Stata users who do not know LaTeX, writing a document that includes text, graphs, and Stata syntax and output has been a tedious and unreproducible manual process. To ease the process of creating dynamic documents in Stata, many Stata users have wished to see two additional features in Stata: literate programming and combining graphs with logfiles in a single document. MarkDoc, Ketchup, and Weaver are three user‐written Stata packages that allow you to create a dynamic document that includes graphs, text, and Stata codes and outputs and export it in a variety of file formats, including PDF, Docx, HTML, LaTex, OpenOffice/LibreOffice, EPUB, etc. I will also discuss further details about the specialties of these packages and their potential applications. Limitations of Stata in producing dynamic documents "The Stata dofile and logfile provide good‐enough tools for reproducing the analysis. However, Stata logfile only includes text output and graphs are exported separately. Consequently, combining a graph to Stata output in a report has been a manual work. In addition, the possibility of adding text to explain the analysis results in Stata output is limited by the duplication problem. For example, a text paragraph that is printed using the display command gets duplicated in the logfile by appearing on the command and the command’s out‐ put. Therefore, writing a analysis document that requires graphs and outputs, as well as text for describing the analysis results has become a manual work which is unreproducible, laborious, time consuming, prone to human error, and boring." [2] . -
A Package for Developing Machine Learning-Based Chemically Accurate Energy and Density Functional Models
DeePKS-kit: a package for developing machine learning-based chemically accurate energy and density functional models Yixiao Chena, Linfeng Zhanga, Han Wangb, Weinan Ea,c aProgram in Applied and Computational Mathematics, Princeton University, Princeton, NJ, USA bLaboratory of Computational Physics, Institute of Applied Physics and Computational Mathematics, Huayuan Road 6, Beijing 100088, People’s Republic of China cDepartment of Mathematics, Princeton University, Princeton, NJ, USA Abstract We introduce DeePKS-kit, an open-source software package for developing machine learning based energy and density functional models. DeePKS-kit is interfaced with PyTorch, an open-source machine learning library, and PySCF, an ab initio computational chemistry program that provides simple and customized tools for developing quantum chemistry codes. It supports the DeePHF and DeePKS methods. In addition to explaining the details in the methodology and the software, we also provide an example of developing a chemically accurate model for water clusters. Keywords: Electronic structure, Density functional theory, Exchange-correlation functional, Deep learning PROGRAM SUMMARY reached great accuracy in specific applications[4]. However, Program Title: DeePKS-kit in general, chemical accuracy cannot be easily achieved for Developer’s repository link: these methods, and the design of xc-functionals can take a https://github.com/deepmodeling/deepks-kit lot of efforts. Licensing provisions: LGPL Recent advances in machine learning is changing the Programming language: Python state of affairs. Significant progress has been made by Nature of problem: using machine learning methods to represent a wide range Modeling the energy and density functional in electronic struc- of quantities directly as functions of atomic positions and ture problems with high accuracy by neural network models.