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81+ < h3 > < a href ="# "> Table Of Contents</ a > </ h3 >
82+ < ul >
83+ < li > < a class ="reference internal " href ="# "> CGNS.APP</ a > </ li >
84+ < li > < a class ="reference internal " href ="#glossary "> Glossary</ a > < ul >
85+ < li > < a class ="reference internal " href ="#app-index "> APP Index</ a > </ li >
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109+ < span id ="apptools "> </ span > < h1 > CGNS.APP< a class ="headerlink " href ="#cgns-app " title ="Permalink to this headline "> ¶</ a > </ h1 >
110+ < p > The < em > ApplicationSampler</ em > module is an informal set of tools, examples,
111+ utilities, tests... Some libraries or tools are often tested in this
112+ module and eventually go to < code class ="docutils literal "> < span class ="pre "> PAT</ span > </ code > .</ p >
113+ < p > The < strong > cg_</ strong > tools are using pyCGNS, see below the updated list of
114+ available tools:</ p >
115+ < table border ="1 " class ="docutils ">
116+ < colgroup >
117+ < col width ="19% " />
118+ < col width ="81% " />
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121+ < tr class ="row-odd "> < td > </ td >
122+ < td > </ td >
123+ </ tr >
124+ < tr class ="row-even "> < td > < code class ="docutils literal "> < span class ="pre "> cg_look</ span > </ code > </ td >
125+ < td > Another name for < em > CGNS.NAV</ em > </ td >
126+ </ tr >
127+ < tr class ="row-odd "> < td > < code class ="docutils literal "> < span class ="pre "> cg_scan</ span > </ code > </ td >
128+ < td > Another name for < em > CGNS.VAL</ em > </ td >
129+ </ tr >
130+ < tr class ="row-even "> < td > < code class ="docutils literal "> < span class ="pre "> cg_list</ span > </ code > </ td >
131+ < td > A kind of Unix < em > ls</ em > for CGNS/HDF5 files</ td >
132+ </ tr >
133+ < tr class ="row-odd "> < td > < code class ="docutils literal "> < span class ="pre "> cg_grep</ span > </ code > </ td >
134+ < td > Finds nodes with respect to < em > à-la-grep</ em > criteria</ td >
135+ </ tr >
136+ < tr class ="row-even "> < td > < code class ="docutils literal "> < span class ="pre "> cg_link</ span > </ code > </ td >
137+ < td > Finds and recursively edit links in CGNS/HDF5 files</ td >
138+ </ tr >
139+ </ tbody >
140+ </ table >
141+ < div class ="toctree-wrapper compound ">
142+ < ul >
143+ < li class ="toctree-l1 "> < a class ="reference internal " href ="quickstart.html "> Tools</ a > < ul >
144+ < li class ="toctree-l2 "> < a class ="reference internal " href ="quickstart.html#cg-list "> cg_list</ a > </ li >
145+ < li class ="toctree-l2 "> < a class ="reference internal " href ="quickstart.html#cg-grep "> cg_grep</ a > </ li >
146+ < li class ="toctree-l2 "> < a class ="reference internal " href ="quickstart.html#cg-link "> cg_link</ a > </ li >
147+ </ ul >
148+ </ li >
149+ </ ul >
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151+ </ div >
152+ < div class ="section " id ="glossary ">
153+ < h1 > Glossary< a class ="headerlink " href ="#glossary " title ="Permalink to this headline "> ¶</ a > </ h1 >
154+ < dl class ="glossary docutils ">
155+ < dt id ="term-cgns-org "> cgns.org</ dt >
156+ < dd > The official CGNS web site, by extension any document on this web
157+ site has an < em > official</ em > taste...</ dd >
158+ < dt id ="term-cgns "> CGNS</ dt >
159+ < dd > The specific purpose of the
160+ < a class ="reference external " href ="http://www.cgns.org "> CFD General Notation System (CGNS)</ a >
161+ project is to provide a standard for recording and recovering
162+ computer data associated with the numerical solution of the
163+ equations of fluid dynamics. See also the
164+ < a class ="reference external " href ="/scratch/MOSAIC/W/Marc/pycgns/doc/../build/doc/html/ch2/cgnshowto.html#cgnshowto " title ="(in pyCGNS v4) "> < span class ="xref std std-ref "> How to?</ span > </ a > .</ dd >
165+ < dt id ="term-cgns-sids "> CGNS/SIDS</ dt >
166+ < dd > The < a class ="reference external " href ="http://www.grc.nasa.gov/WWW/cgns/CGNS_docs_current/sids/index.html "> Standard Interface Data Structure</ a > is the
167+ specification of the data model. This public document describes
168+ the syntax and the semantics of all tree-structured data required
169+ or proposed for a CFD simulation.</ dd >
170+ < dt id ="term-cgns-mll "> CGNS/MLL</ dt >
171+ < dd > The < a class ="reference external " href ="http://www.grc.nasa.gov/WWW/cgns/CGNS_docs_current/lidlevel/index.html "> Mid-Level Library</ a >
172+ is an example implementation of
173+ < em > CGNS/SIDS</ em > on top of < em > CGNS/ADF</ em > and < em > CGNS/HDF5</ em > mappings. This
174+ library has a C and a Fortran API.</ dd >
175+ < dt id ="term-cgns-adf "> CGNS/ADF</ dt >
176+ < dd > The < a class ="reference external " href ="http://www.grc.nasa.gov/WWW/cgns/CGNS_docs_current/adf/index.html "> Advanced Data Format *CGNS/SIDS* implementation</ a > . A binary
177+ storage format and its companion library, developped by < em > Boeing</ em > .</ dd >
178+ < dt id ="term-cgns-hdf5 "> CGNS/HDF5</ dt >
179+ < dd > The < a class ="reference external " href ="http://www.grc.nasa.gov/WWW/cgns/CGNS_docs_current/hdf5/index.html "> Hierarchical Data Format *CGNS/SIDS* implementation</ a > . A binary
180+ storage format and its companion library (see below).</ dd >
181+ < dt id ="term-cgns-python "> CGNS/Python</ dt >
182+ < dd > The < a class ="reference external " href ="http://www.grc.nasa.gov/WWW/cgns/CGNS_docs_current/python/index.html "> Python programming language *CGNS/SIDS*
183+ implementation</ a > .</ dd >
184+ < dt id ="term-chlone "> CHLone</ dt >
185+ < dd > A < em > CGNS/HDF5</ em > compliant implementation. The < a class ="reference external " href ="http://chlone.sourceforge.net "> CHLone</ a > library is available on
186+ SourceForge.</ dd >
187+ < dt id ="term-hdf5 "> HDF5</ dt >
188+ < dd > A powerful storage system for large data.
189+ The < a class ="reference external " href ="http://www.hdfgroup.org/HDF5 "> HDF5</ a >
190+ library should be seen as a middleware system with a lot of powerful
191+ features related to efficient, portable and trustable storage mean.</ dd >
192+ < dt id ="term-python "> python</ dt >
193+ < dd > < a class ="reference external " href ="http://www.python.org "> An object oriented interpreted programming language</ a > .</ dd >
194+ < dt id ="term-cython "> cython</ dt >
195+ < dd > A < a class ="reference external " href ="http://cython.org "> compiler tool</ a > that translate Python/Numpy
196+ into C code for performance purpose.</ dd >
197+ < dt id ="term-numpy "> numpy</ dt >
198+ < dd > The < a class ="reference external " href ="http://numpy.scipy.org "> numerical library</ a > for Python. < em > Numpy</ em >
199+ is used to store the data in Python arrays which have a direct memory
200+ mapping to actual C or Fortran memory.</ dd >
201+ < dt id ="term-vtk "> VTK</ dt >
202+ < dd > A < a class ="reference external " href ="http://www.vtk.org "> visualization toolkit</ a > used to display
203+ 3D objects ni < em > CGNS.NAV</ em > .</ dd >
204+ < dt id ="term-pyside "> PySide</ dt >
205+ < dd > The < a class ="reference external " href ="http://www.pyside.org "> Python interface</ a > for the Qt toolkit. PySide</ dd >
206+ < dt id ="term-qt "> Qt</ dt >
207+ < dd > < a class ="reference external " href ="http://qt.nokia.com/products "> A powerful graphical toolkit</ a > available
208+ under GPL v3, LGPL v2 and a commercial license. The current use of Qt is
209+ under LGPL v2 in pyCGNS.</ dd >
210+ </ dl >
211+ < div class ="section " id ="app-index ">
212+ < span id ="id1 "> </ span > < h2 > APP Index< a class ="headerlink " href ="#app-index " title ="Permalink to this headline "> ¶</ a > </ h2 >
213+ < ul class ="simple ">
214+ < li > < a class ="reference internal " href ="genindex.html "> < span class ="std std-ref "> Index</ span > </ a > </ li >
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