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Requirements for Installing Mathematica | Starting the Mathematica Installer |
Installing Mathematica from a File Server | Installing Mathematica from a Script |
Mathematica versions before 12 have a 64-bit kernel but a 32-bit front end. MacOS no longer supports any 32-bit code as of 10.15. The 10.15 installer is supposed to warn you about any recently used 32-bit apps before upgrading. As far as I'm aware, the only options are to upgrade to MMA v12, or to downgrade to macOS 10.14. In your web browser, go to the Wolfram My Products page. Click the “Get downloads” link. At the bottom of the page, select the Download button for your operating system – Windows, macOS, or Linux. Double-click on Mathematica11.3.0MACDM.dmg to mount this disk image. A window showing the Mathematica Download Manager application should open. To use Mathematica's built-in GPU computing capabilities, you will need a dual-precision graphics card that supports OpenCL or CUDA, such as many cards from NVIDIA, AMD and others. For system requirements for Mathematica 10 through 12.1, go to the Wolfram Product System Requirements page. Questions about your configuration?
Free wolfram mathematica 10 download. Education software downloads - Wolfram Mathematica by Wolfram Research, Inc. And many more programs are available for instant and free download.
Mathematica is available for Windows, Linux, and Mac OS X. For a complete list of platform availability, visit www.wolfram.com/mathematica/system-requirements.html. Any supported machine can act as a client for running Mathematica, provided the following two conditions are met:
- The client has access to the Mathematica files, either locally or from a file server on the network.
- The license server running MathLM is available on the TCP/IP network.
A license server can also function as its own client. However, this is not recommended. If the machine has to be rebooted for any reason, the serving of licenses to all other clients on the network may be disrupted.
If you wish to license Mathematica from a MathLM license server, MathLM should already be installed and running on a license server on the network (see 'Installing MathLM' for details). To complete the Mathematica installation, you will need to know the name or IP address of the license server running MathLM.
To install Mathematica, you must be logged in with administrative privileges, or be able to elevate to administrative privileges. You also must activate Mathematica using the Wolfram User Portal in order to run it (see 'Activating Mathematica' for details).
One convenient way to install Mathematica on a client is to run the installer remotely from a file server. This is an efficient way of making Mathematica available to a large number of users without having to supply a CD/DVD to each one. You can install Mathematica from a file server on a client running any supported platform. It is not necessary that the client platform be the same as the file server platform.
To install Mathematica from a file server, you first must make the installer and Mathematica files available to the clients. You can do this by copying the contents of the CD/DVD to the file server and exporting the directory, or by exporting the CD/DVD mount point on the file server. Then, mount the directory with the Mathematica distribution on the client and change to this directory, and run the installer as usual.
Installing Mathematica from a file server requires first copying the installer executable and all files in the Mathematica distribution from the DVD onto the file server.
The Windows Installer
Open the Windows directory from the DVD. Double-click the file Setup.exe to launch the installer and follow the prompts. The main Windows installer includes a custom setup option which allows you to control whether to install secondary components, including support for the Mathematica web browser plugin and components for indexing notebooks on the file system.
Wolfram Mathematica Notebook
The Macintosh Installer
Mathematica may be installed by dragging the Mathematica application bundle into the Applications folder, as illustrated by the startup window when you insert the DVD. The DVD also includes an installer to install secondary components, including support for the Mathematica web browser plugin and for Spotlight and Quick Look support of Mathematica-created documents.
The Linux Installer
1. Mount the CD or DVD. For information on mounting a CD/DVD, see 'Mounting a CD or DVD on Linux'.
Note: This step may not be required on most Linux distributions, as most operating systems automatically handle mounting.
2. Change directory to /cdrom/Unix/Installer. Note that the exact location of the CD/DVD mount point might be different for your platform.
cd /cdrom/Unix/Installer
3. Run the installer. Default installation under /usr/local requires root privileges.
sudo bash M-UNIX-LM.sh
4. Follow the installer prompts.
![For For](/uploads/1/1/0/4/110441271/753596383.png)
Installing Mathematica from a Script
If you are installing Mathematica on multiple machines, it can be time consuming to respond to all of the installer prompts on each individual machine. By supplying command-line options to the installer, you can customize various features of the installation process or automate it entirely.
Windows
specify the installation directory |
disable file associations for .m, .nb, .nbp, etc. (enabled by default) |
specify the start menu folder name |
disable creation of start menu folder and shortcuts |
do not restart the system, even if necessary |
specify the installer exit code to return if restart is necessary |
force an automatic installation and suppress installation windows |
suppress installer message boxes (only effective when used in conjuction with /silent) |
Mathematica For Sites
Mathematica Installer supported command-line options.
Creating a Script That Performs a Silent Mathematica Installation:
The following instructions explain how to write a simple script to silently install Mathematica from a file server. These instructions require that you have a mathpass file with a valid password. See 'Registrations and Passwords' for more information on sitewide mathpass configurations.
1. Follow the instructions in the first part of 'Installing Mathematica from a File Server' to copy the installer and files from the DVD to a file server.
2. Copy your mathpass file to the same directory on the file server as the installer and Mathematica files.
![Mac hosts file not working](/uploads/1/1/0/4/110441271/806283205.png)
3. Open Notepad (Start Menu ▶ Programs ▶ Accessories ▶ Notepad) and type the following lines into a new file.
4. Change all instances of servermath to the pathname of the network share where the Mathematica installation files and mathpass file were copied.
5. Change 'C:DirectoryName' to the directory listed here for your version of Windows. Be sure to enclose the name of the directory in quotes.
Windows 7/Vista--'C:ProgramDataMathematicaLicensing'
Windows XP--'C:Documents and SettingsAll UsersApplication DataMathematicaLicensing'
Note: These directories are the values of $BaseDirectory for different versions of Windows. See 'Configuration Files' for further information.
6. To save the file, choose File ▶ Save. Save the file in the same directory as the Mathematica installation files. Type the file name install.bat and choose All Files from the Save as type popup menu. Click Save, then quit Notepad.
Performing a Silent Mathematica Installation:
1. On the client, open a Command Prompt window, type the pathname of the install.bat file, and press Enter. For example, if the network share is called servermath, type:
servermathinstall.bat
The following messages are displayed.
2. The installation is now complete. If you see any messages other than those printed here, check the file C:WindowsTempinstall.log on the client machine for further information.
Installing Mathematica in this way eliminates the need to take the DVD to each client machine, and saves time by allowing you to run a simple script instead of responding to the installer questions.
Linux
-auto | force the installation to proceed automatically without prompting the user for any information |
specify whether or not to create the directories specified by the options -targetdir and -execdir | |
specify the path to be used for the symbolic links to the executable scripts | |
display information about the installer options | |
define the type of installation you would like to perform | |
specify whether the installer should overwrite any files that already exist in the target directory | |
specify the system ID of the Linux platform or platforms for which you want to do the installation | |
specify whether the installer should attempt to modify the security context of any included libraries so that it will function properly | |
force an automatic installation (equivalent to the -auto option) | |
specify the installation directory | |
display detailed information about the files and directories being installed |
Note: Default values are used for any options that are not specified explicitly on the command line.
Valid input for -createdir is y for yes or n for no. By default, this value is set to y.
The default directory for -execdir is /usr/local/bin. This option only works with an automatic installation.
The values for -method may vary by product. When this option is applicable, the values can be determined by running the installer. The default value for this option is Full.
Valid input for -overwrite is y for yes or n for no. By default, this value is set to y. This option only works with an automatic installation.
The default for -platforms is the system you are installing on, if that information is available to the installer. This option only works with an automatic installation.
Valid input for -selinux is y for yes or n for no. By default, this value is set to n.
The option -silent suppresses any output from being displayed on the screen. The output is instead written to a file named InstallerLog-number. If the installation is unsuccessful, the log file is saved in the /tmp directory. Otherwise, the file is moved to the target directory and renamed InstallerLog.
The directory specified for -targetdir corresponds to the value of the global variable $InstallationDirectory. The default value is /usr/local/Wolfram/Mathematica/11.2. This option only works with an automatic installation.
To complete the installation in one step, run a command like the following.
./MathInstaller -auto -targetdir=/home/mathematica
To do the same using the sudo command, you may need to use sudo's -- flag.
sudo ./MathInstaller -- -auto -targetdir=/home/mathematica
This allows you to complete the installation automatically in one step, while still being able to customize various details such as the directory to install to. You are not prompted to enter your password using this method, so you will need to enter a password the first time Mathematica is launched.
If you are doing many installations, you might find it convenient to include the MathInstaller command with all the relevant options in a shell script. Running the shell script is then an easy way to do an identical customized installation on multiple machines. You can further simplify the installation process by including a line in your script that copies an existing mathpass file to the appropriate location on the newly installed machine. Note that MathInstaller must be run from the directory in which it is located, so your script may require a command to change directory. See 'Registrations and Passwords' for information on sitewide mathpass configurations.
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System Requirements
Cross-platform computing power
Mathematica is optimized for the latest operating systems and hardware, so you can use any system you want.
Hardware Specifications
- Processor: x86-64 compatible CPU
- Disk Space: 19 GB
- System Memory (RAM): 4 GB+ recommended
- Internet Access: Required in order to use online data sources from the Wolfram Knowledgebase.
Available Platforms
Windows
macOS
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Linux
Microsoft Windows | 64-bit |
Windows 10 | |
Windows 7 Platform Update | |
Windows Server 2019 | |
Windows Server 2016 |
Apple Mac | 64-bit |
macOS 10.15 (Catalina) | |
macOS 10.14 (Mojave) | |
macOS 10.13 (High Sierra) | |
macOS 10.12 (Sierra) |
Linux | 64-bit |
Ubuntu 16.04, 18.04, 19.04, 19.10, 20.04 | |
RHEL 6–8 | |
CentOS 6–8 | |
Debian 8–10 | |
OpenSUSE Leap 15–15.1 | |
Fedora 29–31 |
Mathematica 12.1 has been fully tested on the Linux distributions listed above. On new Linux distributions, additional compatibility libraries may need to be installed. It is likely that Mathematica will run successfully on other distributions based on the Linux kernel 2.6 or later.
Mathematica supports an X Window System front end, and uses the Qt application framework for its user interface—the same used by the major Linux desktop environment KDE. Regular tests are run on both enterprise and popular open-source Linux distributions.
Mathematica supports an X Window System front end, and uses the Qt application framework for its user interface—the same used by the major Linux desktop environment KDE. Regular tests are run on both enterprise and popular open-source Linux distributions.
Additional Notes:
- For assistance migrating your Mathematica installation to a new computer, fill out the Wolfram System Transfer Form »
- To use the C compilation feature in Mathematica, a C compiler is required to be present.
- To use Mathematica's built-in GPU computing capabilities, you will need a dual-precision graphics card that supports OpenCL or CUDA, such as many cards from NVIDIA, AMD and others.
- For system requirements for Mathematica 10 through 12.1, go to the Wolfram Product System Requirements page.
Mathematica
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