• Matlab For Mac Free
• Matlab Mac Download

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GNU Octave is a programming language for scientific computing. Just installed MATLAB ver. 7.1 for OS X on my MacBook Pro and ended up with a bouncing dock icon. Apparently, MATLAB makes native JNI calls (to JAVA for displaying figures and the MATLAB GUI) and this is not covered by Rosetta. Big bummer for me since I used MATLAB almost daily and was looking forward to the dual core really bumping up performance.

The latest released version of Octave is always available from

• https://ftp.gnu.org/gnu/octave
• ftp://ftp.gnu.org/gnu/octave

Please download fromhttps://ftpmirror.gnu.org/octave,which will redirect automatically to a nearbymirror site.

GNU/Linux

Packaged versions of Octave for GNU/Linux systems are provided by theindividual distributions described in theOctave wiki.These packages are created by volunteers.The delay between an Octave source release and the availability of a packagefor a particular GNU/Linux distribution varies.

Alternatively,there are some distribution independent installation methods for more recentversions of GNU Octave described in theOctave wiki.

macOS

The Octave Wiki has instructions forinstalling Octave on macOS systems.Octave is also available in third-party package managers such asHomebrew and MacPorts.

BSD

Executable versions of Octave for BSD systems are provided by the individualdistributions.Both FreeBSD and OpenBSDhave Octave packages.These packages are created by volunteers and the Octave project has no controlover that process.

Microsoft Windows

• Windows-64 (recommended)
  • octave-6.1.0-w64-installer.exe(~ 300 MB)[signature]
  • octave-6.1.0-w64.7z(~ 300 MB)[signature]
  • octave-6.1.0-w64.zip(~ 530 MB)[signature]

• Windows-32 (old computers)
  • octave-6.1.0-w32-installer.exe(~ 275 MB)[signature]
  • octave-6.1.0-w32.7z(~ 258 MB)[signature]
  • octave-6.1.0-w32.zip(~ 447 MB)[signature]

• Windows-64 (64-bit linear algebra for large data)
  Unless your computer has more than ~32GB of memoryand you need to solve linear algebra problemswith arrays containing more than ~2 billion elements, thisversion will offer no advantage over the recommended Windows-64version above.

  • octave-6.1.0-w64-64-installer.exe(~ 286 MB)[signature]
  • octave-6.1.0-w64-64.7z(~ 279 MB)[signature]
  • octave-6.1.0-w64-64.zip(~ 490 MB)[signature]

All Windows binaries with corresponding source code can be downloaded fromhttps://ftpmirror.gnu.org/octave/windows/.

1. Mac Os X

   Contents

   1. Running the installer (on macOS or Linux)
   2. Advanced usage

The FSL software suite requires the X11 windowing system - please install XQuartz before continuing with the FSL installation. The FSL install script will warn you if it is unable to find X11 on your computer.

New M1 apple computersFSL cannot currently be installed on the new (November 2020) M1 Apple computers. We hope to offer support for these computers in the future.

Yosemite (10.10)+Recent versions of macOS are known to have problems with FSLView, often after major OS updates have been applied, if you experience errors referencing '/usr/X11R6' try re-installing XQuartz and failing this try: sudo ln -s /opt/X11 /usr/X11R6 ; sudo ln -s /opt/X11 /usr/X11

A recent FSL 6.0.3 patch for macOS users may fail the checksum when downloaded. If this happens, or to avoid the download integrity check entirely you can use the -M option with the fslinstaller.py script. For example: python fslinstaller.py -M

We have created an installation video which gives an overview of the installation procedure on a Mac.

The fslinstaller.py script carries out the installation of FSL, configuring your environment to enable you to run FSL from a terminal window (e.g. (/Applications/Utilities/Terminal.app on macOS).

Administrative privileges may be required

Installation into certain folders on your computer (e.g. the default, /usr/local) may require administrative privileges. If this is the case, the installer will attempt to gain these privileges through the use of the sudo command, which will require you to enter your password for verification. If you don't have permission to use sudo (an administration account on macOS) then the installer will fail and will need to either install into a folder belonging to your user or to run the installer as the root user. Should you install as root see the configuring your account for FSL section for details on how to use the installer to setup your user account for FSL.

The installer requires access to the internet to be able to download the FSL software appropriate for your platform and runs from within a terminal session, so you need to open a terminal:

• Linux (Centos 7)

  • The Terminal application can be found in Applications > Utilities > Terminal menu

• macOS

  • The Terminal application can be found in /Applications/Utilities

Matlab For Mac Free

In the terminal change to the folder containing the fslinstaller.py file and run it with python; assuming that you wish to install into /usr/local (the default) then just press the Return key when the installer asks where to install to. For example if you downloaded to your Downloads folder:

The installer requires python 2.x to run which is the default on macOS and Centos 6 & 7, if you have installed python version 3 and made it the default when you run python then you will need to run it with a python 2 version, you can often find this as:

• /usr/bin/python
• python27
• python2.7
• python26
• python2.6

Once the install completes Linux users should log out (System (top right icon) > Log out) and log back in to complete the FSL setup. If you are accessing the Linux computer via a remote SSH session then close the SSH session and re-login. Apple macOS users should open a new terminal window to begin using FSL.

if you use Mathworks' MATLAB it will configure your startup.m file to allow you to use the FSL MATLAB functions and on macOS platforms it will also install FSLEyes and FSLView into /Applications.

Advanced Options

The installer has some advanced options which, amongst other things, allows you to:

• customise the FSL installation location.
• automate the FSL installation - this is useful if you would like to call the installer from an automated script.

Type python fslinstaller.py -h for a list of all available options.

Test that the environment and command line tools are set up correctly by doing the following:

• Start a new Terminal session (File > Open Terminal under Linux/Gnome, Shell > New Window on macOS)

• Check that your environment is correct by typing: This should display the name of the directory that you installed FSL in.
• Check that your path is correct by typing: which should display a line like: (although the version number might be different).
• Check that the miniconda environment installation completed successfully:
  • which should display a line like:

  If the imcp command cannot be found, this suggests that the FSL miniconda environment was not installed correctly - see the section titled Commands missing after installation on the main FSL installation page.

In general, to run the FSL tools from the command line (within a terminal) you need to enter the program name in lower case (e.g. bet). Typing a command on its own (without any arguments or options) gives you a help message for that command.

A more complete test of the FSL installation can be run, if desired, by using the testing and evaluation suite FEEDS.

Matlab Mac Download

To run a GUI version of a program you can either type its capitalised name with an additional '_gui' appended in the terminal (e.g. Bet_gui), or you can start the main FSL GUI by just typing fsl.

If this doesn't work the see the FAQ for how to go about fixing this, otherwise you are ready to run FSL.

Using FSL from MATLAB

On macOS, the fslinstaller script will usually set this up for you so you should not need to do this. However, if the installer cannot configure MATLAB for some reason you may need to do this by hand.

FSL ships with several MATLAB scripts for loading NIFTI files. These libraries are dependent on FSL environment variables which may not be set when you start up MATLAB from your desktop environment. You can configure MATLAB to be FSL-aware by adding the following to your ~/Documents/MATLAB/startup.m file (create it if it doesn't already exist):