You should receive a confirmation message that the template was submitted. Don’t worry about the template contents the learning templates will be removed from the database every few days. Delete all of the words ‘example’ from the template and description (so it doesn’t show up in the search). Include the phrase ‘learning template’ in the description. When you finish editing the template, type a brief template summary in the Template Summary Description box above. Section 6 provides an overview and Appendix B describes what each tag does in more detail. The only rules you need to follow are to leave the tags and vertical bars in place and just edit the text between them or delete the whole line with the tag. Maybe you want to change it to a calculation of calories or driving time to work. Read over the template and edit the text, terms, and equations to represent your own idea. You should now have a copy of the template in the box. Click in the box and press CTRL-V or right click and select paste. Scroll down to the box labeled Template Text and enlarge it by left clicking on the handle in the lower right corner and dragging it. Press CTRL-C or right click in the browser window and select copy to copy the text to the clipboard. Press the keys CTRL-A or select all of the template text by dragging the mouse. Click on the links that begin with cal to view the two different calc formats in a browser window. Look for the template name and the associated calc names and. One or more results should appear at the bottom of the page. Scroll down to search once-db, click on the description dropdown box and select contains. Everything will be done in a browser – no installation is needed. We will use the template and modify it to make a new template. The purpose of the exercise is to gain an initial familiarity with the process. This page describes the simplest approach to adding a template to the once-db database. The interface is an Interactive Development Environment on workstations (Section 4), a browser on web platforms, and Apps on mobile platforms (Appendix D).įigure 1. ![]() On-c-e runs on workstations, web and mobile platforms on top of Python. PDF and project calcs are produced by processing the calc through reStructuredText, docutils, LaTeX and PyPDF2 libraries. From a software point of view, calcs are produced by wrapping the numpy and sympy libraries in a structural document formatting language. A project calc is defined in a project file that specifies organization, numbering, title blocks and table of contents. Typical calcs are less than one or two dozen pages but project calcs can be as large as needed. From a software point of view, models are instructions given in a structural calculation markup language to Python scientific and engineering libraries and external programs.Ĭalcs may be standalone PDF or UTF-8 files, or combined into a single PDF project calc file. Because they are text they can be searched and stored in many types of databases. ![]() Typical models are less than a few hundred lines. Models can interact with other models, files and external structural engineering programs to produce calcs or input to IPython notebooks for interactive analysis. A PDF calc includes graphics and LaTeX math and is used for reports or construction documents. It is generated instantly and can be easily edited. A UTF calc is used for iterative design and study and is formatted with UTF-8 characters. The same model generates calculations in two types of formatted documents referred to as calcs (see Appendices A and H for examples). Templates are similar but they do not represent specific designs. Models generate design or analysis calculations. Relative to Mathematica ™, Mathcad ™ or MATLAB ™ it has several advantages: it is much easier to use, files will never be incompatible, and the program can be freely shared. Calculations are stored in text files called models or templates that describe structural behavior using equations, text, tables and figures. On-c-e (pronounced once) implements a readable, sequentially organized markup language for writing and publishing structural engineering calculations. Minimum required versions of programs and librariesē8 Open source components (See Appendices D, E for details)Ę PythonAnywhere – side by side browser windowsē7įigure 13. Wakari – terminal and editor in split windowsē6įigure 12. DroidEdit screenshot of onceutf calc running on Android tabletē5įigure 11. Notesy screenshot of onceutf calc running on iPhoneē3įigure 10. Screenshots of equation history in IPython terminal and QT shellsđ6įigure 6. Model, calc and project contentđ3įigure 4. ![]() Program and interface structureĕįigure 3. APPENDIX D – LINUX, WINDOWS, MAC, IOS, ANDROIDē2ĪPPENDIX F – MINIMUM PROGRAMS AND LIBRARIESē8įigure 1.
0 Comments
Leave a Reply. |