Due to some problems with gnustep libraries in recent Gnome desktops, I decide to provide an alternative interface for FisicaLab based in IUP toolkit. The gnustep interface still will be available, but if the users have problems with it, they will be able to switch the interface.
More than two years from the last release, I hope have a new release to the end of the year or first months of 2018. Here an screenshot of this new interface:
Many changes has been done internally to facilitate the aggregation of new modules. But at UI has been some changes too. One of them is at the contextual menu of conversion factors. Now the menu only display the conversion factors available for the selected field.
Also I’m working to add menu options to save/load problems. This will avoid add all the elements and data again, when you are working on one problem.
The Thermodynamics module is taking shape now. I take time to think how to organize the elements, since in thermodynamics there are equations for specific cases. For example, to calculate the work in different process of an ideal gas. But I did not want to add an element for each case. Which would have added a lot of elements. So I simply decided ignore some fields for specific cases. For example, the temperature data for an isothermal process. The image below show the solution of a problem of this case (isothermal).
I have no idea when might be ready the next version. But you can be sure that FísicaLab is in continuous development.
Remember that FísicaLab is a free software project, and needs your support to continue its development. So to donate or help in other ways (translations or help to publicize the project) visit the official website of GNU FísicaLab.
Due to a reported problem with the configure script, I updated the source tarball of FisicaLab, included the Mac package. Now the current package is numbered 0.3.5-1. Sorry for the inconveniences.
I’m glad to announce the release of version 0.3.5 of GNU FisicaLab, this is a feature release. FisicaLab (can be pronounced as PhysicsLab) is an educational application to solve physics problems. Its main objective is let the user to focus in physics concepts, leaving aside the mathematical details
In this version I added a module to handle tables of properties, for the moment this only handle properties for water, but is the base for future modules of thermodynamics and fluids. This took more time that I thought, but now is ready. So now there is a new entry at menu that launch a window where you can calculate the properties of water (saturated, compressed and superheated). I also fix some bugs:
- Correction of a bug in the module dynamics of points, due to a bad set of equations. This causes that some problems can be solved with some parameters, but not with others.
- Fixed two problems with the contextual menu of conversions.
- Minor changes for compatibility with Windows platform. So now FisicaLab have the same behavior on this platform.
This new version is also available as a binary package for GNU/Linux i686 and for GNU/Linux x86_64. There is also a self contained installer for Windows and a source tarball for Mac OS X. I didn’t tested this package since I don’t have a Mac. But in theory should work.
Remember that the documentation is now on line. And in addition I added some videos here. For the moment these are available only in English. And, beforehand, apologies if you don’t understand my English 🙂
I also want to thank the people who have donated to the project. In this version the first time you launch FisicaLab it will display a window with a brief description of FisicaLab where we encourage you to donate to the project.
So enjoy FisicaLab and if you have feedback or find bugs, use the corresponding mailing lists.
The documentation of FisicaLab is now online. Needs improvements and corrections (someone told me that in English “points” is used instead “particles”). But now is more easy to learn how to use FisicaLab. Is also available in Spanish.
I started the development of version 0.4.0 of FisicaLab. And what better to start with a new icon. I’m not a graphical designer, so I wanted keep this simple. To start I used one of the icons at module of dynamics of circular motion, the icon of final system. The three particles and the lines (I think these are called “kinetic lines” in comics, but I’m not sure) represent a system in movement. The “f” is not only for FisicaLab but also for “final state of the system”.
I will keep you informed about the progress in this new version. Remember you can support FisicaLab trough: Paypal, Flattr or Gittip.
Last day of funding campaign. So don’t hesitate and make a donation today! Help to liberate schools and students from the dependency of privative software. Remember you can also support FisicaLab through Flattr.