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RReportGenerator ReportGenerator : p : Automatic Automatic Reports - PowerPoint PPT Presentation

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RReportGenerator ReportGenerator : p : Automatic Automatic Reports Reports p from Routine Statistical Analysis using R from Routine Statistical Analysis using R UseR! 2008, Dortmund, Aug 11-14 2008, Focus Session Reporting , , g ,

  1. RReportGenerator ReportGenerator : p : Automatic Automatic Reports Reports p from Routine Statistical Analysis using R from Routine Statistical Analysis using R UseR! 2008, Dortmund, Aug 11-14 2008, Focus Session “Reporting” , , g , p g http://www-bio3d-igbmc.u-strasbg.fr/~wraff/ wolfgang.raffelsberger (at) igbmc.fr L aboratoire de B io-Informatique et G énomique I ntégratives (LBGI) IGBMC, Strasbourg

  2. Automatic Data Analysis Automatic Data Analysis • : Powerful Means for Statistical Analysis ☺ vast collection of additional modules (CRAN, Bioconductor) � command-line structure : “inaccessible” for Biologists,… Our Motivation : Make R available in convenient way for Our Motivation : Make R available in convenient way for � automatic routine use � via graphical user interface (GUI) i hi l i t f (GUI) � allowing to access prewritten R-code � creating reports in pdf-format

  3. RReportGenerator : Principle ReportGenerator : Principle GUI managing tasks of : g g • selecting the data to be treated , • calling command-line R , • passing Sweave code (customize by substituting specific terms) ( t i b b tit ti ifi t ) • file-name & location of report • Customizing options : preferred search paths, …

  4. RReportGenerator : statistical analysis with automatic reports www accessible 1 collection of Main Items Scenario ------------------------------------------------------------------------------------- updated scenarios updated scenarios Analysis Scenario File : Execution of R program : creating the .tex file ... ------------------------------------------------------------------------------------- > setwd("D:/tools1/RStatReportGenerator/v1.1/RRG_tmp") C://ProgramFiles/RRG/scenarios/RRG_test1.Rnw > Sweave("TCA_v1a.Rnw") Writing to file TCA_140307.tex Processing code chunks ... Infos You can now run LaTeX on 'TCA-140307.tex' ------------------------------------------------------------------------------------- Execution of pdfLaTeX program : creating the .pdf file ... 2 Data Input File : ------------------------------------------------------------------------------------- This is pdfeTeX, Version 3.141592-1.30.6-2.2 (MiKTeX 2.5) entering D://projects/TCA_140307.txt Browse … extended mode (D:\tools1\RStatReportGenerator\v1.1\RRG_tmp\test1.tex Input Data LaTeX2e <2005/12/01> Output Folder : Babel <v3.8g> and hyphenation patterns for english, dumylang, nohyphenation, gerrman, ngerman, french, loaded … D://projects p j Browse … ……………………………………………………………… ……… Execution finished: Report File Name : the following files have been created : 3 TCA_140307.pdf .pdf .dvi (+eps) ……………………………………………………………… ……… D://projects/TCA_140307.pdf D://projects/TCA_140307.txt Optional Items _____________________________________ Output Supplemental Data Input File : Browse … Supplemental Data Output File : Supplemental Data Output File : 3b D://projects/TCA_140307.txt Keep the .tex file Reset Generate Report Raffelsberger et al, Bioinformatics 2008

  5. RReportGenerator : statistical analysis with automatic reports www accessible 1 collection of Main Items Scenario ------------------------------------------------------------------------------------- updated scenarios updated scenarios Analysis Scenario File : Execution of R program : creating the .tex file ... ------------------------------------------------------------------------------------- > setwd("D:/tools1/RStatReportGenerator/v1.1/RRG_tmp") C://ProgramFiles/RRG/scenarios/RRG_test1.Rnw > Sweave("TCA_v1a.Rnw") Writing to file TCA_140307.tex Processing code chunks ... Infos You can now run LaTeX on 'TCA-140307.tex' ------------------------------------------------------------------------------------- Execution of pdfLaTeX program : creating the .pdf file ... 2 Data Input File : ------------------------------------------------------------------------------------- This is pdfeTeX, Version 3.141592-1.30.6-2.2 (MiKTeX 2.5) entering D://projects/TCA_140307.txt Browse … extended mode (D:\tools1\RStatReportGenerator\v1.1\RRG_tmp\test1.tex Input Data LaTeX2e <2005/12/01> Output Folder : Babel <v3.8g> and hyphenation patterns for english, dumylang, nohyphenation, gerrman, ngerman, french, loaded … D://projects p j Browse … ……………………………………………………………… ……… Execution finished: Report File Name : the following files have been created : 3 TCA_140307.pdf .pdf .dvi (+eps) ……………………………………………………………… ……… D://projects/TCA_140307.pdf D://projects/TCA_140307.txt Optional Items _____________________________________ Output Supplemental Data Input File : Browse … Supplemental Data Output File : Supplemental Data Output File : 3b D://projects/TCA_140307.txt Keep the .tex file Reset Generate Report 4 4 Sweave & A data for L T X E export temporary report (.tex) final final . pdf report Raffelsberger et al, Bioinformatics 2008

  6. Sample Code : Sample Code : Sweave Sweave %@RRG_INFO % Read a tab-delimited file & draw a scatter plot. %@RRG INFO END @ _ _ \documentclass[a4paper]{article} \title{Minimal test scenario for RReportGenerator} \usepackage{a4wide,Sweave} \begin{document} \begin{document} \maketitle The file selected as 'Data Input File' is read : <<chunk_read, echo=FALSE, print=TRUE>>= mydata <- read.table(" <DATA_IN_FILE> ") t.test(mydata[,1],mydata[,2],paired=TRUE) @ <<chunk plot1, echo=FALSE, fig=TRUE>>= _p , , g plot(mydata[,2]~mydata[,1]) @ % If a name for ' Supplemental Data Output File ' was given … <<chunk_save, echo=F, print=F, results=hide>>= <<chunk save echo=F print=F results=hide>>= write.table(summary(mydata), " <DATA_OUT_FILE> ", row.names=F) @ \end{document} Raffelsberger et al, Bioinformatics 2008

  7. Applications Applications � Automatic analyses for routine applications in � Automatic analyses for routine applications in - Transcriptomics : Quality control, data normalization - Comparative Genomics Hybridization (CGH) Counseling to amplified/lost regions - Transfected cell array (TCA) : Graphical and statistical summary Graphical and statistical summary

  8. Examples : Transcription Profiling Examples : Transcription Profiling (Affymetrix CQ) 1 5

  9. Examples : Transcription Profiling Examples : Transcription Profiling (Affymetrix QC) 6 10

  10. Availability Availability Windows & Linux versions coming with installer, user-manual and basic set of analysis scenarios i ith i t ll l d b i t f l i i under free GNU public license at : htt http://www-bio3d-igbmc.u-strasbg.fr/~wraff // bi 3d i b t b f / ff RReportGenerator Version 1.3.3 - Paper Format : Automatic switch between US and A4 paper format - Windows : Customize memory allocation of R - Updated Analysis Scenarios - Updated Analysis Scenarios More information : RReportGenerator : Automatic reports from routine statistical analysis using R. epo tGe e ato uto at c epo ts o out e stat st ca a a ys s us g Raffelsberger W, Krause Y, Mouliner L, Kieffer D, Morand AL, Brino L, Poch O Bioinformatics 2008, 24(2):276-278 Or : http://alnitak.u-strasbg.fr/wikili/index.php/RReportGenerator_English

  11. Acknowledgments Acknowledgments 2006 LBGI LBGI all users of RReportGenerator for feed-back ! Yannick Krause Luc Moulinier David Kieffer Guillaume Berthommier Bela Tiwari Odile Rousselet Odile Rousselet all LBGI members INSERM U682 Olivier Poch Hôpital Hautepierre, CGE CEBGS - IGBMC TCA-Platform AL Morand, L Brino Plate-forme Bioinformatique de Strasbourg f f - Collaborations : Institut de la Vision (INSERM U592) IGBMC Microarray Platform CHU Bordeaux University of Zurich University of Zurich Département de Pathologie Moléculaire University College London CRP Santé Luxembourg Trinity College Dublin Lund University

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