Sportscience In-Brief 2011
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The Qtiplot Handbook I
The QtiPlot Handbook i The QtiPlot Handbook The QtiPlot Handbook ii Copyright © 2004 - 2011 Ion Vasilief Copyright © 2010 Stephen Besch Copyright © 2006 - june 2007 Roger Gadiou and Knut Franke Legal notice: Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documen- tation License, Version 1.1 or any later version published by the Free Software Foundation; with no Invariant Sections, with no Front-Cover Texts, and with no Back-Cover Texts. The QtiPlot Handbook iii COLLABORATORS TITLE : The QtiPlot Handbook ACTION NAME DATE SIGNATURE WRITTEN BY Ion Vasilief and 22 February 2011 Stephen Besch REVISION HISTORY NUMBER DATE DESCRIPTION NAME The QtiPlot Handbook iv Contents 1 Introduction 1 1.1 What QtiPlot does...................................................1 1.2 Command Line Parameters..............................................1 1.2.1 Specify a File.................................................1 1.2.2 Command Line Options...........................................2 1.3 General Concepts and Terms.............................................2 1.3.1 Tables.....................................................4 1.3.2 Matrix.....................................................5 1.3.3 Plot Window.................................................6 1.3.4 Note......................................................7 1.3.5 Log Window.................................................8 1.3.6 The Project Explorer.............................................9 2 Drawing plots with QtiPlot 10 2.1 2D -
D5.3 Report on the Implementation of the Three Vir- Tual Laboratories
PaN-data ODI Deliverable D5.3 Report on the implementation of the three vir- tual laboratories Grant Agreement Number RI-283556 Project Title PaN-data Open Data Infrastructure Title of Deliverable Report on the implementation of the three virtual laboratories Deliverable Number D5.3 Lead Beneficiary STFC Deliverable Public Dissemination Level Deliverable Nature Report Contractual Delivery Date 31 Aug. 2014 Actual Delivery Date XX Oct. 2014 The PaN-data ODI project is partly funded by the European Commission under the 7th Framework Programme, Information Society Technologies, Research Infrastructures. PaN-data ODI Deliverable: D5.3 Abstract This report demonstrates and evaluates the services being developed within the PaN-data ODI project. A survey of the implementation status of these services at all participating institutes is in- cluded. The metadata catalogue plays a central role in the PaN-data project. Therefore it is dis- cussed how scientists benefit from this service. The status of the tomography database is re- viewed. Details of the NeXus deployment at various partners are presented. Eventually, three data processing frameworks, which are developed within the PaN-data community, are compared by implementing two scientific use cases. Keyword list PaN-data ODI, virtual laboratories, metadata, data catalogue, standard data format Document approval Approved for submission to EC by all partners on XX.10.2014 Revision history Issue Author(s) Date Description 1.0 Thorsten Kracht Aug 2014 First version 1.1 Jan Kotanski Aug 2014 NeXus -
Elenco Di Programmi Open Source
Elenco di programmi open source Da Wikipedia, l'enciclopedia libera. Questo è un elenco di programmi open source: software rilasciato sotto una licenza open source. Programmi che rispettano la definizione di open source possono essere chiamati anche Software Libero; in particolare il progetto GNU è contrario all'uso di open source per indicare i suoi prodotti. Per ulteriori informazioni sul background filosofico del software open source, vedi movimento open source e movimento Software Libero. Tuttavia, quasi ogni programma che rispetti la Definizione di Open Source è anche Software Libero, e viceversa, e dunque è elencato qui. Indice 1 Campi applicativi o 1.1 CAx . 1.1.1 CAD (Computer-Aided Drafting/Design) . 1.1.2 CAE (Computer-Aided Engineering) o 1.2 Finanza - Gestionali o 1.3 Matematica o 1.4 Scienza . 1.4.1 Sistema informativo geografico . 1.4.2 Plotting . 1.4.3 Scanning probe microscopy . 1.4.4 Fisica o 1.5 E.R.P. (Enterprise Resource Planning) - Sistemi Informativi Aziendali 2 Accessibilità 3 Raccolta e gestione dei dati o 3.1 Software di backup e salvataggio dati o 3.2 Archiviatori - Compressione dei dati o 3.3 Sistemi di gestione di database (compresi tool di amministrazione) o 3.4 Gestione infrastruttura IT o 3.5 Data mining 4 Programmi per la tipografia digitale (document editing) o 4.1 Suite office o 4.2 Word processing o 4.3 Applicazioni per appunti o 4.4 PDF o 4.5 DjVu (visualizzatori) o 4.6 Editor di testo matematici/scientifici o 4.7 Fogli di calcolo o 4.8 Editor di testo o 4.9 Editor web o 4.10 Impaginazione o 4.11 -
The Qtiplot Handbook I
The QtiPlot Handbook i The QtiPlot Handbook The QtiPlot Handbook ii Copyright © 2004 - 2011 Ion Vasilief Copyright © 2010 Stephen Besch Copyright © 2006 - june 2007 Roger Gadiou and Knut Franke Legal notice: Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documen- tation License, Version 1.1 or any later version published by the Free Software Foundation; with no Invariant Sections, with no Front-Cover Texts, and with no Back-Cover Texts. The QtiPlot Handbook iii COLLABORATORS TITLE : The QtiPlot Handbook ACTION NAME DATE SIGNATURE WRITTEN BY Ion Vasilief and 22 February 2011 Stephen Besch REVISION HISTORY NUMBER DATE DESCRIPTION NAME The QtiPlot Handbook iv Contents 1 Introduction 1 1.1 What QtiPlot does...................................................1 1.2 Command Line Parameters..............................................1 1.2.1 Specify a File.................................................1 1.2.2 Command Line Options...........................................2 1.3 General Concepts and Terms.............................................2 1.3.1 Tables.....................................................4 1.3.2 Matrix.....................................................5 1.3.3 Plot Window.................................................6 1.3.4 Note......................................................7 1.3.5 Log Window.................................................8 1.3.6 The Project Explorer.............................................9 2 Drawing plots with QtiPlot 10 2.1 2D -
Sigmaplot® 8.0 User's Guide
SigmaPlot ® 8.0 User’s Guide For more information about SPSS® Science software products, please visit our WWW site at http://www.spss.com or contact SPSS Science Marketing Department SPSS Inc. 233 South Wacker Drive, 11th Floor Chicago, IL 60606-6307 Tel: (312) 651-3000 Fax: (312) 651-3668 SPSS and SigmaPlot are registered trademarks and the other product names are the trademarks of SPSS Inc. for its proprietary computer software. No material describing such software may be produced or distributed without the written permission of the owners of the trademark and license rights in the software and the copyrights in the published materials. The SOFTWARE and documentation are provided with RESTRICTED RIGHTS. Use, duplication, or disclosure by the Government is subject to restrictions as set forth in subdivision (c)(1)(ii) of The Rights in Technical Data and Computer Software clause at 52.227-7013. Contractor/manufacturer is SPSS Inc., 233 South Wacker Drive, 11th Floor, Chicago, IL 60606-6307. General notice: Other product names mentioned herein are used for identification purposes only and may be trademarks of their respective companies. Windows is a registered trademark of Microsoft Corporation. ImageStream® Graphics & Presentation Filters, copyright © 1991-1997 by INSO Corporation. All Rights Reserved. ImageStream Graphics Filters is a registered trademark and ImageStream is a trademark of INSO Corporation. SigmaPlot® 8.0 User’s Guide Copyright © 2002 by SPSS Inc. All rights reserved. Printed in the United States of America. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of the publisher. -
Scientific Software Useful for the Undergraduate Physics Laboratory
Scientific software useful for the Undergraduate Physics Laboratory Windows Microcal Origin Origin is quite well distributed within the scientific community and is used in some of the research groups in the Faculty of Physics and Geosciences in Leipzig. There is a license available for students. Origin 8 and 7.5 might be downloaded from http://research.uni-leipzig.de/zno/Software/ . This website is accessible from your computer at home via a VPN connection (see https://www.urz.uni-leipzig.de/hilfe/anleitungen-a-z/vpn/ ). Running Origin requires a connection to the license server; this is unproblematic, if you computer is logged in into the University network; from home, it should sufficient to run the VPN client on your computer. Alternatively, you might bring your notebook to the University, connect to the wireless, start Origin and borrow the license for a maximum of 150 days. Please note that the license is automatically returned the next time you open Origin, when connected to the University network. For other options see Mac and Linux. Mac IGOR This is software from Wavemetrics; IGOR runs also under Windows. License for students? No idea. For other options see Linux. Linux Qtiplot Qtiplot is free software (in principle) and quite similar to Origin. It runs under Linux, Windows and Mac. The official site is (http://soft.proindependent.com/qtiplot.html). Qtiplot is provided in some GNU/Linux distributions (e.g., in the official repositories of Debian and Ubuntu). Windows binaries might be legally downloaded from http://www.cells.es/Members/cpascual/docs/unofficial-qtiplot- packages-for-windows. -
A Review on the Comparative Roles of Mathematical Softwares in Fostering Scientific and Mathematical Research
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Covenant University Repository Global Journal of Pure and Applied Mathematics. ISSN 0973-1768 Volume 11, Number 6 (2015), pp. 4937-4948 © Research India Publications http://www.ripublication.com A Review On The Comparative Roles Of Mathematical Softwares In Fostering Scientific And Mathematical Research Emetere Moses Eterigho1 and Sanni Eshorame Samuel2 1Physics Department, Covenant University, P.M.B. 1023, Ota, Nigeria 2Chemical Engineering Department, Covenant University, P.M.B. 1023, Ota, Nigeria [email protected] Abstract Mathematical software tools used in science, research and engineering have a developmental trend. Various subdivisions for mathematical software applications are available in the aforementioned areas but the research intent or problem under study, determines the choice of software required for mathematical analyses. Since these software applications have their limitations, the features present in one type are often augmented or complemented by revised versions of the original versions in order to increase their abilities to multi-task. For example, the dynamic mathematics software was designed with integrated advantages of different types of existing mathematics software as an improved version for understanding numerical related problems for advanced mathematical content (advanced simulation). In recent times, science institutions have adopted the use of computer codes in solving mathematics related problems. The treatment of complex numerical analysis with the aid of mathematical software is currently used in all branches of physical, biological and social sciences. However, the programming language for mathematics related software varies with their functionalities. Many invaluable researches have been compromised within the confines of unacceptable but expedient standards because of insufficient understanding of the valuable services the available variety of mathematical software could offer. -
Descarregar Brochura
SigmaPlot 14 Features TRANSFORMS SigmaPlot Notebook Manager ?Macro recorder to save and play-back operations ?Holds SigmaPlot worksheets, Excel worksheets, reports, ?Macro recorder to save and play-back operations Quick Transforms regression wizard equations, graph pages, transforms and macros. ?Full automation object support - use Visual Basic to create your ? Perform quick mathematical transforms provided in a function ?Direct-editing of notebook summary information own SigmaPlot - based applications SigmaPlot 14 palette ?Run built-in macros or create and add your own scripts ?Automatic Updating of multiple transforms in worksheets ?Add menu commands and create dialog ? SigmaPlot Report Editor Improved User Interface for the Quick Transforms dialog ? ?Insert tables with pre-defined styles or customize completely Export graph to PowerPoint Slide ? ?Insert Graph to Microsoft Word' Toolbox macro Mathematical Transforms Copy/Paste tabular data both ways between the SigmaPlot report and Excel worksheet ?New keyboard shortcuts in the Graph Properties and most ?Set worksheet row and column titles ?Zoom enabled report Microsoft Excel keyboard shortcuts in the worksheet ?Root() and Implicit() functions ? ?Vertical and horizontal rulers Macro language graph page measurement units specification ?36 probability density and cumulative transforms ? ?Ability to change the report background color Macro language automatic legend state specification ?Histogram ?Enhanced PDF export ?Normalize ternary data Windows Application ?Drag and Drop Word 2007, Word 2010 & Word 2016 content ? ?Excel, Word and PowerPoint for Office 2007, Office 2010, Interpolate 3D mesh directly to the report ? Office 2016 and Windows 7, Windows 10 support Sorting ?Cut and paste or use OLE to combine all the important aspects of ?Tips and Tricks at startup ?Fast Fourier transforms with filters your analysis into one document. -
Technical Notes All Changes in Fedora 13
Fedora 13 Technical Notes All changes in Fedora 13 Edited by The Fedora Docs Team Copyright © 2010 Red Hat, Inc. and others. The text of and illustrations in this document are licensed by Red Hat under a Creative Commons Attribution–Share Alike 3.0 Unported license ("CC-BY-SA"). An explanation of CC-BY-SA is available at http://creativecommons.org/licenses/by-sa/3.0/. The original authors of this document, and Red Hat, designate the Fedora Project as the "Attribution Party" for purposes of CC-BY-SA. In accordance with CC-BY-SA, if you distribute this document or an adaptation of it, you must provide the URL for the original version. Red Hat, as the licensor of this document, waives the right to enforce, and agrees not to assert, Section 4d of CC-BY-SA to the fullest extent permitted by applicable law. Red Hat, Red Hat Enterprise Linux, the Shadowman logo, JBoss, MetaMatrix, Fedora, the Infinity Logo, and RHCE are trademarks of Red Hat, Inc., registered in the United States and other countries. For guidelines on the permitted uses of the Fedora trademarks, refer to https:// fedoraproject.org/wiki/Legal:Trademark_guidelines. Linux® is the registered trademark of Linus Torvalds in the United States and other countries. Java® is a registered trademark of Oracle and/or its affiliates. XFS® is a trademark of Silicon Graphics International Corp. or its subsidiaries in the United States and/or other countries. All other trademarks are the property of their respective owners. Abstract This document lists all changed packages between Fedora 12 and Fedora 13. -
Sigmaplot 11
SigmaPlot® 11 Analyze and Graph your Data with Unparalleled Ease and Precision Exact Graphs and Data Analysis www.sigmaplot.com SigmaPlot® 11 The Premier Data Analysis and Scientific Graphing Package SigmaPlot® is a scientific data analysis and graphing software package with an intuitive interface and wizard technology that is designed to guide users through their analysis and graphing needs. SigmaPlot’s graphing capabilities provide the flexibility to easily customise every graph detail and create publication- quality graphs. SigmaPlot’s analytical features include advanced curve fitting capabilities and step-by-step guidance in performing over 50 frequently used statistical tests. ROC Curve Analysis Find the exact graph for your SigmaPlot now offers Complete Module demanding research in the Advisory Statistics Methods Graph Toolbar Manage and analyse your data efficiently Determine which clinical test SigmaPlot provides more than 50 and accurately is best by creating ROC curves SigmaPlot provides more than 100 different statistical analysis method and comparing their areas using different 2D and 3D graph types so types.Users will always achieve Manipulate millions of data points in SigmaPlot’s paired and unpaired data. Even you can always find the best visual meaningful statistical results without powerful scientific data worksheet. SigmaPlot handles missing values representation of your data. having to be a statistician provides all the tools needed to analyse data, from basic statistics to advanced mathematical calculations Create a preformatted worksheet Select the type of graph desired with possible detailed error bars and a worksheet with the correct data format Graph Style Gallery will be created. Data Save time by quickly plotting your entered into the data using previously saved work-sheet is styles or templates. -
Sigmaplot® 10
Exact Graphs for Exact Science SigmaPlot 10 SigmaPlot® 10 Designed Specifically to Meet the Needs of the Professional Researcher SigmaPlot is the scientific graphing and data analysis software package with an award-winning interface and intuitive wizard technology that guides users step-by-step through the graph creation and data analysis process. SigmaPlot provides the flexibility to easily customize every graphic detail and create publication-quality graphs you simply can’t get from a basic spreadsheet package. Join the more than 100,000 scientists and engineers who have used SigmaPlot to show meaningful discoveries in their research data for technical publications,presentations or the web. The Most Effective Way to Analyze and Graph Research Data Find the exact graph for your demanding research Manage and analyze your data efficiently and accurately SigmaPlot provides more than 80 different 2D and 3D graph types. Manipulate millions of data points in SigmaPlot's powerful scientific data With so many options, you can always find the best visual worksheet. SigmaPlot provides all the fundamental tools needed to analyze representation of your data. data, from basic statistics to advanced mathematical calculations. Graph Style Gallery Customize every Save time by quickly plotting element of your graphs your data using previously SigmaPlot gives you the saved styles or templates. flexibility to customize every detail of your graph by double-clicking and The Regression Wizard editing any element to guides you through the your exact specifications, curve fitting process even if it is buried Dynamic Fit Wizard compli- under other elements. ments the Regression Wizard by automatically searching Publish & Share even harder to find the best solution to your most difficult Your Work Anywhere curve fitting problems. -
1. Why POCS.Key
Symptoms of Complexity Prof. George Candea School of Computer & Communication Sciences Building Bridges A RTlClES A COMPUTER SCIENCE PERSPECTIVE OF BRIDGE DESIGN What kinds of lessonsdoes a classical engineering discipline like bridge design have for an emerging engineering discipline like computer systems Observation design?Case-study editors Alfred Spector and David Gifford consider the • insight and experienceof bridge designer Gerard Fox to find out how strong the parallels are. • bridges are normally on-time, on-budget, and don’t fall ALFRED SPECTORand DAVID GIFFORD • software projects rarely ship on-time, are often over- AS Gerry, let’s begin with an overview of THE DESIGN PROCESS bridges. AS What is the procedure for designing and con- GF In the United States, most highway bridges are budget, and rarely work exactly as specified structing a bridge? mandated by a government agency. The great major- GF It breaks down into three phases: the prelimi- ity are small bridges (with spans of less than 150 nay design phase, the main design phase, and the feet) and are part of the public highway system. construction phase. For larger bridges, several alter- There are fewer large bridges, having spans of 600 native designs are usually considered during the Blueprints for bridges must be approved... feet or more, that carry roads over bodies of water, preliminary design phase, whereas simple calcula- • gorges, or other large obstacles. There are also a tions or experience usually suffices in determining small number of superlarge bridges with spans ap- the appropriate design for small bridges. There are a proaching a mile, like the Verrazzano Narrows lot more factors to take into account with a large Bridge in New Yor:k.