Difference between revisions of "Mathematica"

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[[Category:Mathematics and science]]
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==== Troubleshooting ====
 
==== Troubleshooting ====
 
If you have font rendering problems where certain symbols do not show up (i.e. "/" appears as a square), try uninstalling the package "mathematica-fonts".
 
If you have font rendering problems where certain symbols do not show up (i.e. "/" appears as a square), try uninstalling the package "mathematica-fonts".
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Also, try [http://mathematica.stackexchange.com/questions/1158/invisible-conjugate-glyph-in-the-linux-frontend this] solution.
  
 
=== Mathematica 7 ===
 
=== Mathematica 7 ===
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==== Mathematica 8.0.1 ====
 
==== Mathematica 8.0.1 ====
  
There is a package on the [[AUR]] for Mathematica 8.0.1-2 available [http://aur.archlinux.org/packages.php?ID=47077 here].
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There is a package on the [[AUR]] for Mathematica 8.0.1-2 available [https://aur.archlinux.org/packages.php?ID=47077 here].
 
The Mathematica_8.0.1_LINUX.sh installation script is required.
 
The Mathematica_8.0.1_LINUX.sh installation script is required.
  
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The first issue assumes you are trying to use nVidia, CUDA and OpenCL libraries within Mathematica.
 
The first issue assumes you are trying to use nVidia, CUDA and OpenCL libraries within Mathematica.
  
The 64-bit archlinux nvidia and opencl driver packages install libraries in /usr/lib, not in /usr/lib64 as does nVidia's binary installer.  This is not a problem; /usr/lib is the correct location for 64-bit libraries on a 64-bit arch system.  However, a 64-bit install of Mathematica will assume the drivers in installed in /usr/lib64; other distributions that Mathematica has been tested on have the drivers in that location.  The easiest method to overcome this is to make a symlink from /usr/lib64 -> /usr/lib.  Mathematica will be able to find nVidia, CUDA, and OpenCL libraries this way without further tweaking.   
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The 64-bit archlinux nvidia and opencl driver packages install libraries in /usr/lib, not in /usr/lib64 as does nVidia's binary installer.  This is not a problem; /usr/lib is the correct location for 64-bit libraries on a 64-bit arch system.  However, a 64-bit install of Mathematica will assume the drivers are installed in /usr/lib64; other distributions that Mathematica has been tested on have their drivers in that location.  The easiest method to overcome this is to make a symlink from /usr/lib64 -> /usr/lib.  Mathematica will be able to find nVidia, CUDA, and OpenCL libraries this way without further tweaking.   
  
 
A second, separate but partial solution, is to set the following environment variables:
 
A second, separate but partial solution, is to set the following environment variables:
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This second method, however, still will not permit Mathematica to find the OpenCL libraries in /usr/local as Mathematica seems hardwired to find them in /usr/lib64.
 
This second method, however, still will not permit Mathematica to find the OpenCL libraries in /usr/local as Mathematica seems hardwired to find them in /usr/lib64.
  
The second issue with Mathematica 8 in 64-bit archlinux (may also affect 32-bit environments; but not tested) is a reproducable crash when performing WolframAlpah[] functions.  By default, MMa is configured to detect the system's proxy settings when configuring how to connect to the internet to fetch data.  A "bug" exists that will eventually crash Mathematica when the calling library is used.  A workaround is avoid this library call altogether by configuring Mathematica to "directly connect" to the internet.  (Edit -> Preferences -> Internet Connectivity -> Proxy Settings).  This bug has been reported to Wolfram.
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The second issue with Mathematica 8 in 64-bit archlinux (may also affect 32-bit environments; but not tested) is a reproducible crash when performing WolframAlpha[] functions.  By default, Mathematica is configured to detect the system's proxy settings when configuring how to connect to the internet to fetch data.  A "bug" exists that will eventually crash Mathematica when the calling library is used.  A workaround is to avoid this library call altogether by configuring Mathematica to "directly connect" to the internet.  (Edit -> Preferences -> Internet Connectivity -> Proxy Settings).  This bug has been reported to Wolfram.

Revision as of 01:42, 3 August 2012

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Notes: please use the first argument of the template to provide more detailed indications. (Discuss in Talk:Mathematica#)
Summary help replacing me
Mathematica is a commercial program used in scientific, engineering and mathematical fields. Here we explain how to install it.
Related
Scientific Applications
Sage-mathematics
Matlab
Resources
Official site
Official Support

Installation

Mathematica 6

Mounting iso

One way to mount the Mathematica .iso is to create /media/iso and add the following line to the fstab:

/<location/of/mathematica.iso> /media/iso iso9660 exec,ro,user,noauto,loop=/dev/loop0   0 0

Now you can mount it with:

mount /media/iso

Running the Installer

You can start the installer by navigating to:

/Unix/Installer

Run ./MathInstaller with:

sh ./MathInstaller

Template:Box Note

Fonts

Add the directories containing Type1 and BDF fonts to your FontPath.

Troubleshooting

If you have font rendering problems where certain symbols do not show up (i.e. "/" appears as a square), try uninstalling the package "mathematica-fonts".

Also, try this solution.

Mathematica 7

Mathematica 7 is much easier to install.

tar xf Mathematica-7.0.1.tar.gz
cd Unix/Installer
./MathInstaller

Follow instructions.

For KDE users, the Mathematica icon may appear in the Lost & Found category. To solve this, execute the following as root:

sudo ln -s /etc/xdg/menus/applications-merged /etc/xdg/menus/kde-applications-merged


Mathematica 8

Mathematica 8.0.1

There is a package on the AUR for Mathematica 8.0.1-2 available here. The Mathematica_8.0.1_LINUX.sh installation script is required.

Mathematica 8.0.4.0

On 64-bit machines, two known issues are present; but solutions are provided. The second issue is present on 64-bit installs: but not yet confirmed on a 32-bit arch setup.

The first issue assumes you are trying to use nVidia, CUDA and OpenCL libraries within Mathematica.

The 64-bit archlinux nvidia and opencl driver packages install libraries in /usr/lib, not in /usr/lib64 as does nVidia's binary installer. This is not a problem; /usr/lib is the correct location for 64-bit libraries on a 64-bit arch system. However, a 64-bit install of Mathematica will assume the drivers are installed in /usr/lib64; other distributions that Mathematica has been tested on have their drivers in that location. The easiest method to overcome this is to make a symlink from /usr/lib64 -> /usr/lib. Mathematica will be able to find nVidia, CUDA, and OpenCL libraries this way without further tweaking.

A second, separate but partial solution, is to set the following environment variables:

export NVIDIA_DRIVER_LIBRARY_PATH=/usr/lib/libnvidia-tls.so

export CUDA_LIBRARY_PATH=/usr/lib/libcuda.so

This second method, however, still will not permit Mathematica to find the OpenCL libraries in /usr/local as Mathematica seems hardwired to find them in /usr/lib64.

The second issue with Mathematica 8 in 64-bit archlinux (may also affect 32-bit environments; but not tested) is a reproducible crash when performing WolframAlpha[] functions. By default, Mathematica is configured to detect the system's proxy settings when configuring how to connect to the internet to fetch data. A "bug" exists that will eventually crash Mathematica when the calling library is used. A workaround is to avoid this library call altogether by configuring Mathematica to "directly connect" to the internet. (Edit -> Preferences -> Internet Connectivity -> Proxy Settings). This bug has been reported to Wolfram.