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| − | Welcome to the '''FITSH''' Wiki pages. | + | Welcome to the '''FITSH''' Wiki pages. '''FITSH''' is a [[Features|full-featured]], open-source software collection related to astronomical image and data processing. This page gathers information about the program (including documentation and examples) and this is the primary download source of the package itself. |
| − | The current stable version of '''FITSH''' is '''<version/>'''. | + | The current stable version of '''FITSH''' is '''<version/>'''. [[Releases|See this list]] about all of the public releases of this package. |
=== [[Installation|Installation gudelines]] === | === [[Installation|Installation gudelines]] === | ||
| − | By installing from source, '''FITSH''' follows the standard <code>./configure && make && make install</code> procedure. See [[Installation|this page]] for further details. '''FITSH''' can also be compiled as a [http://debian.org Debian] package and can be installed system-wide using a Debian-based package manager (<code>dpkg</code>, <code>apt-get</code>, ...). | + | By installing [[Releases|from source]], '''FITSH''' follows the standard <code>./configure && make && make install</code> procedure. See [[Installation|this page]] for further details. '''FITSH''' can also be compiled as a [http://debian.org Debian] package and can be installed system-wide using a Debian-based package manager (<code>dpkg</code>, <code>apt-get</code>, ...). |
=== [[Getting started]] === | === [[Getting started]] === | ||
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[[Example:Main Page|Here]] you can find many fully elaborated examples demonstrating the most important features of the '''FITSH''' package. Most of these examples are related to published scientific articles. | [[Example:Main Page|Here]] you can find many fully elaborated examples demonstrating the most important features of the '''FITSH''' package. Most of these examples are related to published scientific articles. | ||
| − | === Documentation === | + | === [[Documentation]] === |
| − | + | === [[References]] === | |
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| − | + | * Information about the [http://fits.gsfc.nasa.gov/ FITS] format. | |
| + | * [http://adsabs.harvard.edu/abs/2012MNRAS.421.1825P The paper] describing the package. | ||
| + | * [http://adsabs.harvard.edu/abs/2009PhDT.........2P The PhD thesis] in which some algorithmical details of the various utilities are discussed. | ||
| + | * [http://adsabs.harvard.edu/abs/2006PASP..118.1474P The paper] describing the details and features of the catalogue cross matching and astrometry as implemented in the [[grmatch]] task. | ||
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| + | Although '''FITSH''' is a relatively new public package, it is not without a history. As of now, there are more than 100 papers (from the last 10+ years) in which one or more of the '''FITSH''' tasks have successfully been employed at some level. | ||
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| + | {{Documentation}} | ||
Welcome to the FITSH Wiki pages. FITSH is a full-featured, open-source software collection related to astronomical image and data processing. This page gathers information about the program (including documentation and examples) and this is the primary download source of the package itself.
The current stable version of FITSH is 0.9.2. See this list about all of the public releases of this package.
By installing from source, FITSH follows the standard ./configure && make && make install procedure. See this page for further details. FITSH can also be compiled as a Debian package and can be installed system-wide using a Debian-based package manager (dpkg, apt-get, ...).
This page describes you how can one begin to have experiences with FITSH. Basically, first install FITSH itself (and some additional packages which might also be useful in the future) then the tasks are readily be availble for image processing!
Here you can find many fully elaborated examples demonstrating the most important features of the FITSH package. Most of these examples are related to published scientific articles.
Although FITSH is a relatively new public package, it is not without a history. As of now, there are more than 100 papers (from the last 10+ years) in which one or more of the FITSH tasks have successfully been employed at some level.
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