- #Mac java aqua look and feel for windows full
- #Mac java aqua look and feel for windows mac
- #Mac java aqua look and feel for windows windows
Nimbus is pre-installed as a non-default L&F in Matlab R2010a (7.10) onward, because it seems that most designers who target a single platform still prefer the native L&F. Nimbus L&F offers great potential for a cross-platform vectorized appearance, the ability to customize/skin pretty much every aspect of the visual appearance and component behavior, replacing Swing’s Synth L&F which was used for such customizations in earlier Matlab/Java releases. For some reason there is no method for the new (R2010a+) Nimbus L&F. Matlab also has a utility class .PlafUtils that contains static methods that query the current L&F: isPlasticLookAndFeel(), isAquaLookAndFeel(), isMetalLookAndFeel(), isMotifLookAndFeel() and isWindowsLookAndFeel(). getLookAndFeel() and getSystemLookAndFeelClassName(). The current and standard L&Fs can be retrieved by using the respective static methods. For example: Alloy, Synthetica and many others. I have not been able to use this class properly, but readers are welcome to try (please tell me if you succeed).Įxternal L&Fs can also be downloaded and then used in Matlab.
#Mac java aqua look and feel for windows full
Unfortunately, in Matlab releases starting around 2009, JIDE stopped including full L&F classes in jide-common.jar, and started using L&F extensions using their class.
#Mac java aqua look and feel for windows windows
The JIDE class library by which is bundled with Matlab, and specifically its jide-common.jar file, contains a separate set of 3rd-party L&Fs: Aqua, Eclipse (Metal & Windows variants), Office2003, VSNet (Metal & Windows variants) and Xerto. setLookAndFeel ( '.Plastic3DLookAndFeel' ) We can change the L&F to any of the installed L&Fs, as follows: > for lafIdx = 1:length(lafs), disp(lafs(lafIdx)) end > for lafIdx = 1: length (lafs ), disp (lafs (lafIdx ) ) end We can get the list of available L&Fs on our system as follows (below is the list on my Windows system): In practice, the differences are visible but easily understandable.
Note that the differences only affect the Desktop, tools/utilities (Editor etc.) and the general L&F – it does not affect the displayed plots.
Of course, this means that Windows Matlab looks and behaves differently from Mac/Linux Matlabs.
#Mac java aqua look and feel for windows mac
So, Matlab on Windows looks like a native Windows application, whereas on Macs it looks similar to Mac apps (notwithstanding the well-known X11 migration issues). Matlab, whose GUI is based on Java (not surprising to readers of this website), has chosen to use a platform-specific L&F on each of the platforms on which it is supported. The benefit of using Metal is that the application looks essentially the same on all Java-supported platforms the drawback is that they do not look like native applications on any platform… Java programmers can choose to use either a platform-independent L&F (called the Metal L&F), or a platform-specific L&F. In a nutshell, L&Fs affect the appearance and behavior of menus, controls, color schemes etc., using a properties plug-in architecture. Java has similar cross-platform compatibilities, but enables much greater control over the look-and-feel (L&F or PLAF) of application GUI. Generally speaking, Matlab applications written on Windows will work as-is on Macintosh and Linux. One of Matlab’s great advantages is cross-platform compatibility. So this is for you, Egon ? Matlab’s underlying Look-and-Feel Instead of providing a short answer, I will use the opportunity to answer in a full article. A couple of days ago, a reader of this blog posted a comment, asking whether it is possible to change Matlab’s Desktop color scheme, and its general UI look.