MATLAB (简体中文)
据官方网站:
- MATLAB是可用于数值计算，可视化和编程的高级语言和交互式环境。MATLAB可以分析数据，开发算法和创建模型和应用程序。与电子表格或传统编程语言（如C / C ++或Java）相比，Matlab的语言，工具和内置数学函数可以使用户更快地探索多种解决问题的方法并形成解决方案。
概览
MATLAB是MathWorks公司开发的专有软件。获取，安装和激活Matlab需要许可证。MATLAB的新版本一年发布两次，发布名称由R,发布年份和a或b构成。从R2012b开始，只有64位Linux才可使用Matlab。Arch Linux 不受官方支持。参见系统要求
安装
在安装 MATLAB 前需要获取一份完整的软件副本。对于许可证持有者，MATLAB 软件可以通过 DVD 或者 MathWorks 网站 获取。 除了软件本身，安装还需要一份文件安装密钥。要安装 MATLAB，你既可以通过 matlabAUR 软件包也可以直接使用 MATLAB 安装软件。通过 matlabAUR 软件包安装的优势是它可以管理依赖和某些微妙的安装过程，而直接从安装软件安装则可由普通用户安装到他们的家目录从而不需要 root 权限，并且适用于任何版本的 MATLAB (matlabAUR 软件包只适用于 MATLAB 2010b 及以后的版本).
从 MATLAB 安装软件安装
MATLAB 安装软件是独立的，它不需要任何额外的依赖来静默安装。要通过图形界面安装， Xorg 图形显示是必要的。 Wayland 目前不受支持。安装过程由 install 脚本处理。你可以以 root 用户运行此脚本来安装 MATLAB 到整个系统，或者以你自己运行来仅为你安装。
MATLAB 2016a 及更早不兼容 ncurses 6，因此你必须安装 ncurses5-compat-libsAUR 。 要了解更多信息，查看 #启动时出现段错误 。
在安装过程中，你会被询问是否创建符号链接。如果你选择不创建，你可以手动创建一个 /usr/local/bin 使得 MATALB 更容易从终端启动：
# ln -s /{MATLAB}/bin/matlab /usr/local/bin
或者你也可以将 MATLAB 的安装路径加入 PATH 环境变量。
桌面入口
你可以选择创建一个 desktop entry。 MATLAB 文件的 MIME 类型是 text/x-matlab.
这样启动 matlab：
-
-desktop从而不使用终端。 -
-nosplash从而取消启动画面。
要想让图标正确显示， StartupWMClass 需要在桌面入口中设置。要找到它，执行 xprop | grep WM_CLASS 然后选择 MATLAB 窗口
桌面入口示例 (将 R2019a 替换为你的 MATLAB 版本):
/usr/share/applications/matlab.desktop
[Desktop Entry] Version=R2019a Type=Application Terminal=false MimeType=text/x-matlab Exec=/usr/local/MATLAB/R2019a/bin/matlab -desktop Name=MATLAB Icon=matlab Categories=Development;Math;Science Comment=Scientific computing environment StartupNotify=true
若需设置环境变量，可以在 Exec 中预先准备 env。例如, 到系统的 libfreetype:
Exec=env LD_PRELOAD=/usr/lib/libfreetype.so.6 matlab
你可能想要使用系统的 libstdc++.
从 AUR 软件包安装
专用 MATLAB 软件的EULA是有限制的。matlabAUR 被设计成使 MATLAB 和 Arch 集成。 该软件包应当在目标系统上被编译，并且应当在安装后删除该软件包和 Pacman 缓存。分发该软件包显然违反了EULA。
matlabAUR 默认安装最新版的64位 MATLAB。也可以安装更旧的版本，例如 matlab-r2015bAUR[损坏的链接：package not found]。matlabAUR 需要在它的安装路径中有 MATLAB 安装软件和文件密钥。 要想从 AUR 安装 MATLAB， 从 AUR 下载 PKGBUILD。下载包含 MATLAB 安装器的 zip 文件，然后执行以下命令来下载必要文件：
bsdtar xC matlab -f matlab_R2019a_glnxa64.zip ./matlab/install
确保勾选你需要的所有工具包，然后等待下载。不要关闭安装窗口。你可以这样找到下载位置：
sudo find /tmp -name "tmw*"
or
cd /tmp ls | grep tmw
将下载文件合并到安装器：
rsync -a /tmp/tmwXXXXXXXX/archives matlab
然后打包：
tar -cvf matlab.tar -C matlab/ .
下载 .lic 文件：访问 你的 Mathworks 账户 并点击你想要使用的许可证号。前往 Install and Activate 标签，选择 "Activate to Retrieve License File"。按照指导下载许可证文件并将将其命名为 matlab.lic。另，会显示文件安装密钥 (FIK) -把它复制粘贴进一个空文件，命名为 matlab.fik.
把以上文件复制进包含 PKGBUILD 文件的路径。然后修改 PKGBUILD 来安装你需要的工具包，开始安装：
makepkg -sri
要了解更多细节，参考 PKGBUILD 文件
配置
Java
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:
$ env MATLAB_JAVA=/usr/lib/jvm/java-8-openjdk/jre matlab
OpenGL加速
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:
$ matlab -nodesktop -nosplash -r "opengl info; exit" | grep Software
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-demos package:
$ glxinfo | grep "direct rendering"
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:
$ export LD_PRELOAD=/usr/lib/libstdc++.so; export LD_LIBRARY_PATH=/usr/lib/xorg/modules/dri/; matlab -nodesktop -nosplash -r "opengl info; exit" | grep Software
If its works, you can edit Matlab launcher script to add:
export LD_PRELOAD=/usr/lib/libstdc++.so export LD_LIBRARY_PATH=/usr/lib/xorg/modules/dri/
If you experience a low-level graphics error, you can use a software implementation of OpenGL or use an older driver. According to this entry in the ArchWiki, in Mesa 20.0 the new Iris driver was promoted to be the default for Gen8+. You may disable it and revert to use the old i965 driver by setting the MESA_LOADER_DRIVER_OVERRIDE=i965 environment variable before starting Matlab or any OpenGL application. Alternatively, you can run Matlab with the following command:
$ env MESA_LOADER_DRIVER_OVERRIDE=i965 matlab -desktop
If it works, you can edit the Matlab launcher script to add:
export MESA_LOADER_DRIVER_OVERRIDE=i965
音频
To confirm that MATLAB is able to use the default soundcard to present sounds run:
$ matlab -nodesktop -nosplash -r "load handel; sound(y, Fs); pause(length(y)/Fs); exit" > /dev/null
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 from the official repositories:
$ speaker-test
If you do not hear anything, then there is likely a problem with your system configuration.
GPU计算
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 from the official repositories. To check if MATLAB is able to utilize the GPU run:
$ matlab -nodesktop -nosplash -r "x=rand(10, 'single'); g=gpuArray(x); Success=isequal(gather(g), x), exit" | sed -ne '/Success =/,$p'
安装额外的编译器
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 jdk6AUR), 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.
${MATLAB}/bin/mexopts.sh customization. Instead it uses ${MATLAB}/bin/glnxa64/mexopts/LANG_glnxa64.xml file.Matlab的帮助查看器的配置
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
>> webutils.htmlrenderer('basic');
This is a persistent change and to reverse it use
>> webutils.htmlrenderer('default');
Garbled Interface
export J2D_D3D=false export MATLAB_JAVA=/usr/lib/jvm/java-7-openjdk/jre
Serial port access
Matlab uses a bundled rxtx library to access serial ports. The built-in version requires the user to have write access directly to /var/run which is no good idea. The easiest way to fix this properly is to install the java-rxtx package first. Follow the instructions shown while installing this package to get your user into the right groups. Then run the following commands to make Matlab use the system rxtx version:
cd {MATLAB}/java/jarext
mv RXTXcomm.jar RXTXcomm.jar.off
ln -s /usr/share/java/rxtx/RXTXcomm.jar .
cd {MATLAB}/bin/glnx64
mv librxtxSerial.so librxtxSerial.so.off
ln -s /usr/lib/librxtxSerial.so .
HiDPI and 4k
See HiDPI#MATLAB
故障排除
帮助浏览器和动态脚本黑屏
安装 libselinuxAUR.
静态线程本地存储错误
MATLAB has a number of libraries that have been compiled with static thread local storage (TLS) including the help broswer doc and the BLAS libraries. For example,
>> doc('help');
>> ones(10)*randn(10);
Error using *
BLAS loading error:
dlopen: cannot load any more object with static TLS
is related to the bugs:
- 961964 for which patched libraries are available from MathWorks[失效链接 2020-08-02 ⓘ]
- 1003952 for which workarounds exist
A more general solution of recompiling glibc has also been suggested. [1]
Matlab在显示图像时崩溃
To identify this error, start MATLAB with
LIBGL_DEBUG=verbose matlab
from the terminal and try to collect OpenGL information with opengl info from the MATLAB command prompt. If it crashes again and there is an output line like
libGL error: dlopen /usr/lib/xorg/modules/dri/swrast_dri.so failed (/usr/local/MATLAB/R2011b/bin/glnxa64/../../sys/os/glnxa64/libstdc++.so.6: version `GLIBCXX_3.4.15' not found (required by /usr/lib/xorg/modules/dri/swrast_dri.so))
then the problem is that MATLAB uses its own GNU C++ library, which is an older version than the up-to-date version on your Archlinux system. Make MATLAB use the current C++ library for your system by
cd /usr/local/MATLAB/R(your release)/sys/os/glnxa64 sudo unlink libstdc++.so.6 sudo ln -s /usr/lib/libstdc++.so.6
If MATLAB still crashes or corrupts graphics (during startup or when plotting), make sure Java's 2D OpenGL rendering is disabled.
The environment variable _JAVA_OPTIONS should not contain -Dsun.java2d.opengl=true.
Blank/grey UI when using WM (non-reparenting window manager)
This is a common issue in a number of window managers. (DWM, Awesome, bspwm) Java does not play well with these window managers. There are two methods.
First try setting the environment variable by running
$ export _JAVA_AWT_WM_NONREPARENTING=1
If Matlab works afterwards, export the variable in your .xinitrc.
If it does not resolve, you have to fool Java into thinking the WM is named LG3D. (It's an old, depreciated WM that Java applications ironically support) Clean the previous environment variable, install the wmname utility, and run.
wmname LG3D
Try running Matlab. If it works, put the fix in your starting script. (.xinitrc, bspwmrc and similar should be OK) Do note that other applications (such as neofetch, or tdrop) will think your WM is named LG3D, so you will have to configure them accordingly. Another solution is to run the command only before launching Matlab, and fixing the name after you are done with Matlab.
If it does not work, try the combination of both. (The second line works in bspwm) If it still does not work, try googling similar issues with java in general.
文本乱码或不可见
Set the environment variable J2D_D3D to false[2].
In newer versions of MATLAB (R2015b) [3] this also requires setting MATLAB_JAVA to something openjdk based. Example:
export J2D_D3D=false ./bin/glnxa64/install_unix -javadir /usr/lib/jvm/java-7-openjdk/jre
菜单和输入窗口的文字显示异常
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.
安装依赖缺失
As one installs Matlab, it might complain that it cannot find a package, for the most part just look at the package name and then install it with Pacman, or in the case of x86_64 there are some libraries only in AUR.
Installation error: archive is not a ZIP archive
During the installation you can get:
The following error was detected while installing package_name: archive is not a ZIP archive Would you like to retry installing package_name? If you press No, the installer will exit without completing the installation. More information can be found at /tmp/mathworks_root.log
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.
安装时library错误
- Make sure that the symlink
bin/glnx64/libstdc++.so.6is pointing to the correct version oflibstdc++.so.xx(which is also in the same directory and has numbers where 'xx' is). By default, it may be pointing to an older (and nonexistent) version (different value for 'xx').
- Make sure the device you are installing from is not mounted as
noexec
- If you downloaded the files from Mathworks' website, make sure they are not on an NTFS or FAT partition, because that can mess up the symlinks. Ext4 or Ext3 should work.
解决启动时警告/错误问题
- Even if all needed libraries are installed, Matlab when starting can still report some missing libraries. This is resolved by symbolic linking of needed libraries to directories that Matlab checks at start-up. For example, if Matlab triggers error/warning about missing
/lib64/libc.so.6library, this can be resolved by:
# ln -s /lib/libc.so.6 /lib64
- Matlab R2011b with an up-to-date Arch Linux (as of March 12, 2012) fails on startup with the familiar "Failure loading desktop class." A solution is to point Matlab to the system JVM (confirmed to work with the jdk7-openjdk[损坏的链接：package not found] package):
export MATLAB_JAVA=/usr/lib/jvm/java-7-openjdk/jre
- Matlab R2017b with an up-to-date Arch Linux (as of September 30, 2017) fails on startup with the familiar "Failure loading desktop class." A solution is to install outdated versions of the libraries in the packages cairo (1.14.10 works) and harfbuzz (1.4.6 works) to a local directory and add them to the LD_LIBRARY_PATH for matlab (See also: [4]):
LD_LIBRARY_PATH="/opt/matlab/outdatedLibraries/:$LD_LIBRARY_PATH" /opt/matlab/R2017b/bin/matlab
启动时出现段错误
If Matlab (R2016a or earlier) stops working after upgrading ncurses to v6.x, install the ncurses5-compat-libsAUR package. See BBS#202575.
In newer versions (e.g. R2017b), the issue could also be due to a font display failing to load. Try moving the libfreetype.so.6 font display file in $MATLAB/bin/glnxa64/ to an 'exclude' directory; see BBS#231299.
与Intel显卡有关的错误
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:
LIBGL_DRI3_DISABLE=1 /{MATLAB}/bin/matlab
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):
opengl('save','software')
附加组件管理器无法使用
Addon manager requires the libselinuxAUR package to work. (in Matlab 2017b)
Since upgrade from pango-1.40.5 to pango-1.40.6, the MATLABWindow application (responsible for Add-On Manager, Simulation Data Inspector and perhaps something else) cannot be started. FS#54257
A workaround is to point MATLAB shipping glib libraries to those glib libraries from your system. There are 5 of those libraries in matlabroot/R2017b/cefclient/sys/os/glnxa64, namely, as of R2017b:
libgio-2.0.so libglib-2.0.so libgmodule-2.0.so libgobject-2.0.so libgthread-2.0.so
Make it so that these symlinks are pointing to your system glib libraries instead of versions located in matlabroot/R2017b/cefclient/sys/os/glnxa64.
On a standard arch install the local files reside in /usr/lib/.
Relinking of "libfreetype.so.6" is also necessary to open these interfaces. This is found in matlabroot/R2017b/bin/glnxa64/.
If the window opens but is blank, consider switching the html renderer to: " webutils.htmlrenderer('basic');" as described in #Matlab的帮助查看器的配置.
LiveScript错误
If you get the error when attempting to load or create a LiveScript:
Viewing matlab live script files is not currently supported by this operating system configuration
The steps in #附加组件管理器无法使用 may resolve the issue.
Using webcam/video device
Make sure the correct support package addons 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.
At least Matlab 2016b does not recognize webcams or imaq adapters correctly without gstreamer0.10. The gstreamer0.10 can be found in the aur and installed as a work around.
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.
Warning: As of 2018-08-15 updating gst from 1.14.0 to 1.14.2 breaks video device operation (MATLAB does not see the video device anymore). Downgrading fixes this.
关闭帮助窗口时Matlab数秒无响应
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.
To fix this issue, download the latest jxbrowser and replace the following jars from MATLAB:
matlabroot/java/jarext/jxbrowser-chromium/jxbrowser-chromium.jar matlabroot/java/jarext/jxbrowser-chromium/jxbrowser-linux64.jar
MATLAB should automatically unpack those jars into matlabroot/sys/jxbrowser-chromium/glnxa64/chromium when first opening Help Browser.
Remove matlabroot/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:
#!/usr/bin/bash if [ -z "$1" ]; then REL=R2017b else REL=$1 fi JXPATH="/path/to/MATLAB/$REL/sys/jxbrowser-chromium/glnxa64/chromium" CMD="inotifywait -m -e CLOSE $JXPATH/resources.pak" #Exit if the daemon is already active if ! pgrep -f "$CMD" > /dev/null; then #Wait for user to close Help Browser, then killall leftover jxbrowser processes $CMD | while read line do killall "$JXPATH/jxbrowser-chromium" done else exit fi
I run this script as part of my MATLAB start script like that:
~/bin/unfreeze_matlab.sh R2017b &
To make sure that this background job is killed when I exit MATLAB, I use this in the beginning of MATLAB start script:
trap "trap - SIGTERM && kill -- -$$" SIGINT SIGTERM EXIT
一些下拉菜单无法被选中
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.
因许可证问题造成的无法启动Matlab
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:
# matlab
MATLAB is selecting SOFTWARE OPENGL rendering. License checkout failed. License Manager Error -9 This error may occur when: -The hostid of this computer does not match the hostid in the license file. -A Designated Computer installation is in use by another user. If no other user is currently running MATLAB, you may need to activate. Troubleshoot this issue by visiting: https://www.mathworks.com/support/lme/R2017a/9 Diagnostic Information: Feature: MATLAB License path: /home/<USER>/.matlab/R2017a_licenses/license_<NUM>_R2017a.lic:/home/<USER>/.matlab/R2017a_licenses/lice nse_Darkness_<NUM>_R2017a.lic:/opt/MATLAB/R2017a/licenses/license.dat:/opt/MATLAB/R2017a/licenses/* .lic Licensing error: -9,57.
a re-activation might solve the problem.
启动Matlab时显示"Failure loading desktop class"并崩溃
In case MATLAB will not start and starting it from command line gives you the following error:
$ matlab
Fatal Internal Error: Internal Error: Failure occurs during desktop startup. Details: Failure loading desktop class.
and you have the option -Dswing.defaultlaf=com.sun.java.swing.plaf.gtk.GTKLookAndFeel set in your _JAVA_OPTIONS environment variable, start MATLAB with
$ _JAVA_OPTIONS= matlab
If this works, add the line
export _JAVA_OPTIONS=
to your MATLAB launcher script. Optionally re-add other Java options.
Unable to type in text fields of interfaces based on MATLABWindow
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):
<mousebind button="A-Middle" action="Press">
<action name="Unfocus"/>
<action name="Focus"/>
</mousebind>
Now, whenever it is not possible to type in a text field, I press Alt+Mouse middle mouse and then I can type again.
Installer crashes with "Unable to launch the MATLABWindow application"
In MATLAB version R2020a Update 5 (and possibly older), the installer crashes before the splash in shown.
$ ./install
terminate called after throwing an instance of 'std::runtime_error' what(): Unable to launch the MATLABWindow application Aborted (core dumped)
The problem is solved by removing (or hiding) the libgl* libraries of the MATLAB installer, as suggested for an older issue [7]
$ cd matlab_R2020a_glnxa64/cefclient/sys/os/glnxa64/ $ mkdir exclude $ mv libglib-2.0.so* exclude/
Add-on manager does not start in R2020a
In MATLAB version R2020a Update 5 (and possibly older), the Add-on manager does not start. Instead, the following error is shown
Error using matlab.internal.cef.webwindow (line 385)
MATLABWindow application failed to launch. Unable to launch the MATLABWindow application
Error in matlab.internal.webwindow/createImplementation (line 288)
implObj = matlab.internal.cef.webwindow(varargin{:});
Error in matlab.internal.webwindow (line 144)
obj.impl = obj.createImplementation(varargin{:});
Error in matlab.internal.addons.AddOnsWindow/launch (line 51)
obj.webwindow = matlab.internal.webwindow(char(url), obj.debugPort, obj.normalWindowPosition);
Error in matlab.internal.addons.Explorer/loadUrlForNavigateToMessage (line 125)
obj.addOnsWindowInstance.launch(url, obj.windowStateUtil.getExplorerWindowMaximizedSetting);
Error in matlab.internal.addons.Explorer/show (line 56)
obj.loadUrlForNavigateToMessage(url);
Error in matlab.internal.addons.launchers.showExplorer (line 128)
matlab.internal.addons.Explorer.getInstance.show(navigationData);
The problem is solved by removing (or hiding) the libgl* and libgio* libraries of MATLAB, as suggested for an older issue [8]
$ cd {MATLAB INSALLATION FOLDER}/cefclient/sys/os/glnxa64/
$ mkdir exclude
$ mv libglib-2.0.so* libgio-2.0.so* exclude/
在systemd-nspawn容器中运行
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 lists instruction to get a MATLAB 2017b install running in a minimal debian 9 environment. It assumes matlab is already installed as normal in "/usr/local/MATLAB/R2017b".
Use Xhost to allow the nspawn environment to use the existing X server instance.
Create a minimal debian environment in a folder ("deb9" here) with:
$ debootstrap --arch=amd64 stretch deb9
Set a password for the root user and then boot the environment with:
$ systemd-nspawn --bind-ro=/dev/dri --bind=/tmp/.X11-unix --bind=/usr/local/MATLAB/ -b -D deb9
Install the following packages to have the requisite libraries in the nspawn environment for MATLAB. "mesa-utils" and "usbutils" can be installed to debug graphics acceleration and usb interfaces for I/O with MATLAB.
$ apt-get install xorg build-essential libgtk2.0-0 libnss3 libasound2
Install the MATLAB-support (from contrib source) package in the environment for some convenient integration.
$ apt-get install matlab-support
Set the $DISPLAY variable to use your existing X server instance.
$ export DISPLAY=:0
MATLAB can be launched from within the environment normally by using the binary at $MATLABROOT/bin.