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The moon is an object of worship and inspiration because it is the best known energy for every human being and it is the first refuge when we feel unsafe.

An ideal choice of names for our babies.

A girl of Hebrew origin has a name that means "Daughter of the Moon". Artemisia is the goddess of the hunt, protection of nature and the moon. "Perfect" or "forever young" is the meaning of it.

Aurora is a Latin origin. It means Aurora or Dawn. The Sun and the Moon were the sisters of the goddess Aurora. Ayla says that it means "Moonlight" and is Turkish.

It means "She who is illuminating" or "She of pure nature." She is the virgin goddess of the Moon and the hunt in Roman mythology.

She is the Moon goddess in the mythology of the Maya and represents fertility since lunar cycles govern planting and harvest times.

She was the wife of the solar god Ak Kin and she used to be represented by a rabbit.

The name Kuyén refers to the personification of the moon. She was the wife of Antu and was in charge of the other stars.

It can be used for both genders.

"White as the Moon" or "Lift" is the name of the Hebrew origin.

She was the goddess who gave legitimacy to babies. When she arrived in the world, the baby was placed on the ground and her father raised her to invoke the deity.

La is a variant of Luna.

It means "That which shines and glitters" or "Light of dawn". The Latin Luna is a contraction of Lucina, which means "Shine or Illuminate". The name is related to the satellite.

Some say it comes from the Greek Leukos, which means "light" or "Bright". It can be understood as a woman who shines like the lunar satellite, or a woman who shines like the Luminous one.

"The woman of light" or "The one with the flash" is what Luna means. Lluna is a Catalan variant of Luna.

The meaning of mahina is "means moon in Hawaiian". In Hawaiian mythology, the mother of Hema is a lunar deity named Mahina. "The Black Moon" or "The Moon" is what Nahuatl means. The god who became the goddess of the Moon is known as the Mexica god.

The English variant of the moon is called Ixchell.

Nahiara is Arabic for "Moonlight". It means "Miss" in this case, according to some theories. The Turkish variant of Luna is called Nuray.

Sashi is a Hindi variant of Luna.

It means "Moonlight" in Greek and is of Greek origin. The name of the goddess of the Moon is related to the word "Sebas" which means light.

The Greek means "Broad brightness" or "Goddess of sight". The ancient Greeks believed that she could see everything she touched because of the invisible beam of light she emitted.

Thea was the mother of sight and the mother of the Sun, the Moon and the dawn.

The Hindu variant of Luna is Varali.

The Chinese variant of the Moon is called Yue.

It means "Like the moon" in Turkish.

It means "Brighter than the Moon", "Dazzling" or "White".

Badra means "full moon" in Arabic.

Badrudeen is a male name that means "full moon of faith".

Badir means "full moon" in Arabic.

He is the god of the moon in Hindu mythology.

"Moon Setting" is the meaning of the Sanskrit word "fresh lightning" (Indo-European language). Hilal means "New Moon".

From the official website:

MATLAB is proprietary software produced by The MathWorks and requires a license to obtain, install, and activate. New versions of MATLAB are released twice a year, release names are composed of R, the year of the release and a or b. Arch Linux is not officially supported.

A complete copy of the MATLAB software must be obtained before it can be installed. The MATLAB software is available to licenses holders on both a DVD and through the The MathWorks website. In addition to the software a file installation key is required for installation. It is possible to install MATLAB either with the matlabAUR package or from the MATLAB installation software directly. The advantage of the matlabAUR package is that it manages dependencies and some of the nuances of the installation process while installing directly from the MATLAB installation software can be done by regular users to their home directories.

The MATLAB installation software is self contained and does not require any additional packages to install in silent mode. To install with the GUI a working Xorg graphical display is necessary. Wayland is not officially supported yet, so it will run in a XWayland session. The installation is handled by the install script. You can run the script as root to install MATLAB system-wide or your user to install it only for you.

During the installation, you are asked if you want symlinks to be created. If you did not choose to do so, you can now manually create a symlink in /usr/local/bin to make it easier to launch in terminal:

Or you could add MATLAB install path to PATH environment variable.

Optionally create a desktop entry. The MIME type of MATLAB files is text/x-matlab.

Start matlab with:

In order for icons to appear correctly StartupWMClass needs to be set in the desktop entry. To find it out start MATLAB, run xprop | grep WM_CLASS and select the MATLAB window.

Example desktop entry:

If one need to set environment variable, one could prepend env in Exec, for example, to system's libfreetype:

One might want to use the system's libstdc++.

The matlabAUR package is designed to allow MATLAB to be integrated into and managed by Arch. Note however, that the package does not contain the installation files, and you are expected to place them in the cloned package folder yourself. It can be problematic to build the package using AUR helpers, so you are expected to do so manually. You can obtain the actual MATLAB software using the installer from the MathWorks website.

The MATLAB software is bundled with a JVM and therefore it is not necessary to install Java. The JVM version supported by MATLAB is listed in System Requirements & Platform Availability or simply type version -java in MATLAB. One could set the MATLAB_JAVA environment variable to use custom JVM, for example, to specify the jre8-openjdk JRE, launch MATLAB with:

MATLAB can take advantage of hardware based 2D and 3D OpenGL acceleration. Support for hardware acceleration needs to be configured outside of MATLAB. Appropriate video drivers need to be installed along with the OpenGL utility library glu package. If X11 forwarding is being used, the video drivers need to be installed on both the client and server. To check if MATLAB is making use of hardware based OpenGL acceleration run:

If "software rendering" is not "false", then there is a problem with your hardware acceleration. If this is the case make sure OpenGL is configured correctly on the system. This can be done with the glxinfo program from the mesa-utils package:

If "direct rendering" is not "yes", then there is likely a problem with your system configuration.

If glxinfo works but not matlab, you can try to run:

If it works, you can edit Matlab launcher script to add:

After these changes, you may see low-level graphics errors in the MATLAB console such as:

In that case, create a file with the name 'java.opts' in the directory where MATLAB is executed (for example /usr/local/MATLAB/R2020a/bin/glnxa64) with the following line:

To confirm that MATLAB is able to use the default soundcard to present sounds run:

This should play an except from Handel's "Hallelujah Chorus." If this fails make sure ALSA is properly configured. This can be done with the speaker-test program from the alsa-utils package:

If you do not hear anything, then there is likely a problem with your system configuration.

MATLAB can take advantage of CUDA enabled GPUs to speed up applications. In order to take advantage of a supported GPU install the nvidia, nvidia-utils, ocl-icd, opencl-nvidia, and cuda packages. To check if MATLAB is able to utilize the GPU run:

In order to access the full functionality of MATLAB (e.g., to use Simulink, Builder JA, and MEX-file compilation), supported versions of the gcc, g++, gfortran, and jdk compilers must be installed. Details about the supported compilers for the current release and previous releases are available online. Many of the supported gcc, g++, jdk compiler versions for past MATLAB releases are available from the AUR (e.g., gcc43AUR, gcc44AUR, gcc47AUR, gcc49AURand jdk7AUR), while past versions of the gfortran compilers are not packaged.

To use previous versions of the the gcc, g++, and gfortran compilers with MEX files, edit ${MATLAB}/bin/mexopts.sh and replace all occurrences of CC='gcc' with CC='gcc-4.X', CXX='g++' with CXX='g++-4.X', and FC='gfortran' with FC='gfortran-4.X', where X is the compiler version appropriate for the particular MATLAB release.

The help browser uses valuable slots in the dynamic thread vector and causes competition with core functionality provided by libraries like the BLAS that also depend on the dynamic thread vector. The help browser can be configured to use fewer slots in the dynamic thread vector with

This is a persistent change and to reverse it use

To successfully connect to any serial port, MATLAB expects to have write access directly to /var/lock which is not allowed on Arch Linux for security reasons. Instead of allowing this access just for MATLAB, you can work around this problem by redirecting device locking using lockdev-redirectAUR. All you have to do is executing MATLAB like this:

If you have created a .desktop file as shortcut to MATLAB, then add "lockdev-redirect" as a prefix to your "Exec=" entry.

See HiDPI#MATLAB.

This error seems to happen on multi-monitor setups, see this forum post.

In order to use help browser and livescripts install libselinuxAUR.

MATLAB has a number of libraries that have been compiled with static thread local storage (TLS) including the help browser doc and the BLAS libraries. For example,

is related to the bugs:

A more general solution of recompiling glibc has also been suggested.

See Java#Gray window, applications not resizing with WM, menus immediately closing.

If you notice that the menus or the input fields are corrupted or not appearing correctly then you can try to activate the "Use antialiasing to smooth desktop fonts" option in Matlab preferences, it seems to solve the problem. Go to Preferences -> Matlab -> Fonts and activate it. You will need to restart Matlab in order to take affect.

Matlab might complain that it cannot find a package. Look at the package name and install it with Pacman, or in the case of x86_64 there are some libraries only in AUR. matlabAUR and matlab-dummyAUR packages contain a list of up-to-date dependencies for the newest Matlab version.

See also #Unable to launch the MATLABWindow application.

During the installation you can get:

Matlab downloads all packages to /tmp/ directory which resides in RAM and is maximum size of half of available memory. In this case it is not enough for installation files and Matlab 2019a installer will warn you about this. If it did not, or if you ignored the warning, you will have got the above error.

You can either resize tmpfs (3,5 GB is not enough, 6 GB works), or remove packages from base install and add them later with built-in Matlab add-on installer.

Some users have reported issues with DRI3 enabled on Intel Graphics chips. A possible workaround is to disable DRI3 and run MATLAB with hardware rendering on DRI2; to do so, launch MATLAB with the environment variable LIBGL_DRI3_DISABLE set to 1:

If the previous workaround does not work, the issue can be circumvented by selecting software rendering with the MATLAB command (beware, performance may be very poor when doing e.g. big or complex 3D plots):

See and for more.

If you get the error when attempting to load or create a LiveScript:

to get a more detailed error message.

Make sure the correct support package add-ons are installed (webcam or OS Generic Video Interface for example). If running matlab as a user, make sure your user has write permissions to wherever the support packages are being downloaded and installed.

Since MATLAB R2017a, Image Acqusition Toolbox is using GStreamer library version 1.0. It previously used version 0.10.

In general, USB Webcam Support Package does a better job working with UVC and built-in cameras than OS Generic Video Interface Support Package.

Since upgrade of glibc from 2.24 to 2.25, MATLAB (at least R2017a) hangs when closing Help Browser. The issue is related to the particular version of jxbrowser-chromium shipped with MATLAB. This issue is still present with glibc 2.26 and MATLAB R2017b and R2018a.

To fix this issue, download the latest jxbrowser and replace the following jars from MATLAB:

MATLAB should automatically unpack those jars into matlab_root/sys/jxbrowser-chromium/glnxa64/chromium when first opening Help Browser. Remove matlab_root/sys/jxbrowser-chromium/glnxa64/chromium directory to make sure MATLAB uses the latest jxbrowser.

Unfortunately, this workaround does not work in R2017b anymore. Going deeper into investigation of this issue, it is related to a crash of one of jxbrowser-chromium processes. The parent process of jxbrowser-chromium then sits there and waits for response from a process that is already dead. This causes MATLAB main window to freeze. You can easily unfreeze MATLAB by manually killing all leftover jxbrowser-chromium processes.

I have come up with this simple script that uses inotify and waits for user to close Help browser in MATLAB. It triggers when user closes Help browser and sends kill signal to all leftover jxbrowser-chromium processes:

I run this script as part of my MATLAB start script like that:

To make sure that this background job is killed when I exit MATLAB, I use this in the beginning of MATLAB start script:

In some interfaces - such as Simulation Data Inspector or Simulink Test Manager - nothing happens when choosing an item in dropdown menu (for example, when trying to change a number of subplots in Simulation Data Inspector). To work around this issue, hold down the Shift key while clicking the item in dropdown menu.

In case MATLAB will not start from a desktop environment by the call of its desktop file one should see the output as you start it from the terminal.

For a Licensing error such as:

A re-activation might solve the problem.

In case MATLAB will not start and starting it from command line gives you the following error:

and you have the option -Dswing.defaultlaf=com.sun.java.swing.plaf.gtk.GTKLookAndFeel set in your _JAVA_OPTIONS environment variable, start MATLAB with

If this works, add the line

to your MATLAB launcher script. Optionally re-add other Java options.

Since R2018a, it is not possible to type text in interfaces based on MATLABWindow - like Signal Editor, Add-Ons Explorer and others. MATLABWindow and MATLAB's webwindow infrastructure is based on Chromium Embedded Framework, and it looks like a known and long standing bug: https://bitbucket.org/chromiumembedded/cef/issues/2026/multiple-major-keyboard-focus-issues-on

One possible workaround is to switch focus from the MATLABWindow to another window and then switch back - so that you can type.

To elaborate more on this workaround (since the problem is still there in R2018b), here is what i did in my Openbox config (note that the A-Middle keybinding already exist in default config):

Now, whenever it is not possible to type in a text field, I press Alt+Mouse middle mouse and then I can type again.

This problem is critical during installation. After one clicks some elements in the installation window, he will not be able to type into any textbox anymore and switching between windows does not always work. To circumvent the issue, one shall only use key-press, instead of mouse click during installation. MATLAB installer has a poor support on Wayland, one may also consider using other WM instead during installation.

In MATLAB versions R2018b until R2022b, the installer crashes as follows:

To find out why MATLABWindow is crashing, run it manually to get detailed information.

FT_Get_Color_Glyph_Layer is a symbol of freetype2, which indicates a library incompatibility between the MATLAB application and the Arch Linux packages.

To fix this, put aside MATLAB's libfreetype.so*.

You can also use LD_PRELOAD environment variable to force MATLAB use Arch Linux's libfreetype without removing the lib file.

Similarly, if the error is caused by undefined symbol: g_log_structured..., put aside MATLAB's libglib-2.0.so*. If the error is caused by path to/libstdc++.so.6: version `CXXABI_1.3.9' not found (required by _somelibrary_), put aside MATLAB's libstdc++.so.6.

For total headcount license users, MATLAB will pop-up a window asking the user to login with their credentials in a web browser. However, if run with sudo, most browsers (especially chromium) will not run. To circumvent this problem, one shall 'active the computer' through MATLAB's website using a browser by a normal user. See this issue

If you get this error when launching or installing MATLAB (R2020a and later), install libxcrypt-compat.

If you run the installer as root and the GUI does not appear (but does appear without launching as root), try temporarily allowing the root user to access the X Server by running the following commands in order (where ./install is the command to run the installer as root):

Note that the last command should be executed upon finishing the installation process, and localuser is a string literal. See this support answer, and xhost(1).

In addition, verify that the DISPLAY environment variable is set.

An alternative is to install MATLAB as a local user.

Make the folder manually (as root), and take ownership. The path is typically /usr/local/MATLAB

When running from terminal the error message is:

See upstream bug report here: https://www.mathworks.com/support/bugreports/details/2632298

See #Unable to launch the MATLABWindow application.

If calls from MATLAB or Simulink to mex (e.g. rapid accelerator) fail with the error *.mexa64 is not a MEX file, even though the resulting file is usable, it may help to edit in either matlab/bin/ or ~/.matlab7rc.sh by changing the LDPATH_PREFIX variable from its empty default:

Some python code running inside matlab may fail with an error mentioning Parameter * was incorrect on entry to . This can be avoided by calling

or

directly before any calls to py and after calls to pyenv. See this support answer.

In some cases on recent Arch systems matlab is unable to export .mlsettings files, preventing toolbox and some matlab settings from being saved to disk and persisted. These cases come from matlab trying to hard link new files from /tmp directly to the preferences directory (usually ~/.matlab/release where release is the matlab version, e.g. R2021b). As a workaround, run matlab with the $TMPDIR environment variable set to a folder on the same file system as the preferences directory.

The error can be fixed by setting aside the libfreetype.so.6 in matlab_root/bin/glnxa64/. You may run the following command:

This issue can be fixed by installing noto-fonts.

MATLAB can be run within a systemd-nspawn container to maintain a static system and avoid the library issues that often plague matlab installs after significant updates to libraries in Arch. Refer to Systemd-nspawn for detailed information on setting up such containers.

The following instruction is to get a MATLAB R2021b installation running in a minimal Debian 11 environment. It assumes MATLAB is already installed as normal in "/usr/local/MATLAB/R2021b".

Use Xhost to allow the nspawn environment to use the existing X server instance, see also Systemd-nspawn#Use an X environment.

Create a minimal Debian environment in a directory ("deb11" here) with:

Set a password for the root user and create regular user:

and then boot the environment with:

Install the following packages to have the required libraries in the nspawn environment for MATLAB: https://github.com/mathworks-ref-arch/container-images/blob/master/matlab-deps/r2021b/ubuntu20.04/Dockerfile

"mesa-utils" and dependencies needs to be installed to support graphics acceleration. "usbutils" can be installed to support usb interfaces for I/O with MATLAB.

Install the matlab-support (from contrib source) package in the environment for some convenient integration.

MATLAB can be launched from within the environment normally by using the binary at matlab_root/bin.

Another way is to add something like