From a74d25894e34ec4ddfed4eeeb6ca5b9cad8233f1 Mon Sep 17 00:00:00 2001
From: Baptiste Mouginot <mouginot.baptiste@gmail.com>
Date: Wed, 12 Nov 2014 09:19:46 +0000
Subject: [PATCH] Add rootlogon.C & old version of LICENSE and README
git-svn-id: svn+ssh://svn.in2p3.fr/class@430 0e7d625b-0364-4367-a6be-d5be4a48d228
---
Utils/trunk/LICENSE | 18 ++++
Utils/trunk/README_FOR_CLASS | 165 +++++++++++++++++++++++++++++++++++
Utils/trunk/rootlogon.C | 7 ++
3 files changed, 190 insertions(+)
create mode 100644 Utils/trunk/LICENSE
create mode 100644 Utils/trunk/README_FOR_CLASS
create mode 100755 Utils/trunk/rootlogon.C
diff --git a/Utils/trunk/LICENSE b/Utils/trunk/LICENSE
new file mode 100644
index 000000000..5468e0d42
--- /dev/null
+++ b/Utils/trunk/LICENSE
@@ -0,0 +1,18 @@
+Computer Program Services
+Restrictions on the use of programs and data
+
+Authors and their establishments must be consulted if an organisation receiving programs and data intends to use them to provide commercial service to outside users.
+
+Programs and data are provided on the understanding that the agreement of the originating establishment shall be obtained before a service is offered involving sale or use on a fee-paying basis of the program or data set. This restriction applies also to modified versions derived from program copies obtained from the in2p3 Forge.
+
+Transfer of a program or data to a user in a given establishment confers only the right to use the program within that organisation: in particular, copies of programs and data should not be distributed to persons outside their own establishment; users in other centres should contact the development team directly in order to obtain program copies.
+
+Computer programs and data are provided on the understanding that whenever the use of programs, or locally modified versions of them, results in a publication (a journal, conference proceedings, laboratory report, book etc.), the program and its author or laboratory of origin shall be acknowledged in the publication.
+
+To be more specific as to how these restrictions must be interpreted the following should be noted:
+the codes users receive from the in2p3 Forge cannot be further distributed, thereby prohibiting the sale of such material, if users modify codes, they must inform the authors. Improved versions may not be sold without users coming to an agreement with the principal authors, users are not permitted to set up the code on a shared computer which allows other users to access the code by paying a royalty for its use, however, there is no objection to expert users within a contract or project with a third party, modelling a problem, interpreting results and recovering the cost of their work and expertise by using a code received from the in2p3 Forge.
+
+DISCLAIMER
+
+Neither the author nor their establishments assumes any liabilities with respect to the use of, or for damage resulting from the use of, any information, method or process disclosed in the distributed material.
+
diff --git a/Utils/trunk/README_FOR_CLASS b/Utils/trunk/README_FOR_CLASS
new file mode 100644
index 000000000..8570d63bb
--- /dev/null
+++ b/Utils/trunk/README_FOR_CLASS
@@ -0,0 +1,165 @@
+/**************************************************************************/
+/* */
+/* */
+/* CLASS version 2.0 */
+/* Installation procedure and FAQ */
+/* 04/06/2013 */
+/* */
+/**************************************************************************/
+CLASS development team:
+ - B. Mouginot, Subatech Nantes
+ - M. Ernoult, IPN Orsay
+
+CLASS development team can be joined through https://forge.in2p3.fr/projects/classforge
+
+----------------------------
+CLASS GENERAL PRESENTATION :
+----------------------------
+CLASS stand for Core Library for Advanced Scenario Simulation.
+The nuclear reactor simulation community has a requirement to perform complex electro-nuclear scenario simulation. To avoid constraints coming from existing powerful scenario software as COSI, VISION or FAMILY, the open source Core Library for Advance Scenario Simulation (CLASS) is being developed.
+CLASS main asset is its ability to include any kind of reactor, whether the system is innovative or standard. A reactor is fully described by its evolution database that should contain a set of different validated fuel compositions in order to simulate transitional scenarios. CLASS aims to be a useful tool to study scenarios involving Generation IV reactors as well as innovative fuel cycles, like the Thorium cycle.
+
+--------------
+REQUIREMENTS :
+--------------
+In order to be able to use CLASS, you need :
+- a Computer able of compiling C++ code (It native on Linux, for Mac OS need to install "Xcode develloper Tools", for Windows it need a specific installation but Visual C++ work and is free)
+- the root library (downloadable on http://root.cern.ch/drupal/)
+- an OpenMP library (often include inside the standard c++ libraries and compiler, more informations can be found on http://openmp.org/wp/)
+
+--------------
+INSTALLATION :
+--------------
+
+--> Getting the Source <--
+Before the beginning of the installation you will need to recuperate some files.
+
+First, the sources of the CLASS package.
+A stable version is down-loadable on https://forge.in2p3.fr/projects/classforge/files. They are organized in 4 folder : Doxygen containing an html guide to all functions existing in the code; external for the libraries used by CLASS but not coded and maintained by the CLASS development team, include for the header of the CLASS objects and functions and src for the main code.
+
+Second, some Databank.
+At least a decay databank following the isotopes produced during the decay of radio-active elements. Reactors databanks will be needed for each reactor type and each fuel type you want to pout in your scenarios.
+
+Third, rootlogon.C and read.C root macros.
+These two are not essential to run CLASS but allow a much simpler view of the result of CLASS simulations.
+
+When you have all the source, the recommended way is to unpack all of them in a CLASS folder, in order to have a organization like :
+-----------------------------------------
+| CLASS\ |
+| -\DataBase\ |
+| -\Decay\ |
+| -\DB1\ |
+| -\DB2\ |
+| -\... |
+| -Decay.idx |
+| -DB1.idx |
+| -... |
+| -\source\ |
+| -\Doxygen\ |
+| -\external\ |
+| -\include\ |
+| -\src\ |
+| -Doxyfile |
+| -\Utils\ |
+| -read.C |
+| -Example_CLASS.cpp |
+-----------------------------------------
+
+--> Setting the environment variables <--
+
+If you are using a bash terminal, add to our /home/perso/.bashrc :
+ export CLASS_PATH=/your/way/to/CLASS
+ export CLASS_include=$CLASS_PATH/source/include
+ export CLASS_lib=$CLASS_PATH/lib
+ export LD_LIBRARY_PATH=$CLASS_lib:$LD_LIBRARY_PATH
+
+If you are using a tcsh, add to /home/perso/.tcshrc :
+ setenv CLASS_PATH Your_way_to_CLASS
+ setenv CLASS_include $CLASS_PATH/source/include
+ setenv CLASS_lib $CLASS_PATH/lib
+ setenv LD_LIBRARY_PATH ${LD_LIBRARY_PATH}:$CLASS_lib
+
+Make the lib and the utils folder in your CLASS path :
+ mkdir $CLASS_PATH/lib
+Copy rootlogon.C in your home.
+ cp rootlogon.C /home/perso/.rootlogon.C
+
+--> Compiling the code <--
+To compile the code, you have to go on the CLASS source folder :
+ cd $CLASS_PATH/source/src
+In order to be sure that no old version of class remain in the same folder, clean it :
+ make clean
+Finnaly compile the code. If you have several core available you can use N of them, by using the command :
+ make -j N
+
+You should see many compilation line and à the end, check that the two main package have been created :
+...
+libCLASSpkg.so done
+...
+libCLASSpkg_root.so done
+If it is so, CLASS is compile and ready to use.
+
+--> Linking the DataBase <--
+Before running any simulation, you have to check that the *.idx file of the databanks give the right path for the *.dat files.
+So open your *.idx file.
+It should be many line like this :
+/home/perso/DataBase/........dat
+Change the /home/perso/ part in order to match with your installation folder.
+
+--> Running The Example <--
+For the test, you should have an example file named : Example_CLASS.cpp.
+Move the example file to your CLASS_PATH :
+ mv Example_CLASS.cpp $CLASS_PATH/
+Go to the CLASS_PATH :
+ cd $CLASS_PATH
+Open it and change the path to the databank to match your installation scheme.
+Use the following line to compile the program :
+ g++ -o CLASS_exec Example_CLASS.cpp -I $CLASS_include -L $CLASS_lib -lCLASSpkg `root-config --cflags` `root-config --libs` -fopenmp -lgomp -Wunused-result
+Then run :
+ ./CLASS_exec
+You should have a nice progression bar like :
+[||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||-] Processed 100 / 100 Years
+The progress bar represent the progression through the time inside the simulated scenario not the progression through the calcul time.
+The calculation needed at each time is not constant, so the progression of the bar can be really irregular.
+
+Before leaving, the executable should write :
+ ...
+ Writing outTree CLASS_Default.root
+ Deleting outTree :
+ Closing file : CLASS_Default.root
+If it's the case, then all is OK.
+
+--> Reading the results <--
+If you have correctly installed the .rootlogon.C and the Read.C, it is really easy, jute type :
+root CLASS_Default.root
+IT should open root. In the root console, you have access to many functions.
+To have the graph of the quantity of a isotope in some place of your scenario, you just have to write :
+read(Data, "MyObservable", Z, A, I)
+Where Z, A and I characterize the wanted isotope. MyObservable is the place when the bilan is made, it can have the following values :
+ STOCK
+ FUELFABRICATION
+ COOLING
+ INCREACTOR
+ INCYCLE
+ TOTAL
+ GODINCOME
+ WASTE
+There are also specific functions for reading specific objects : ReadReactor, ReadFabrication, ReadCooling and ReadStorage. The description of these function and the complete list of the function can be found in Read.C.
+
+If you don't have installed the .rootlogon.C, you need to open root and after to write in the root console :
+ #include "TMatrix"
+ .L $CLASS_lib/libCLASSpkg_root.so
+ .L $CLASS_PATH/read.C
+ TFile *_file0 = TFile::Open("CLASS_Default.root")
+
+----------------------------
+FREQUENTLY ASKED QUESTIONS :
+----------------------------
+1. CLASS can't find my DataBank or some EvolutionData
+ Can't open "/home/cramal/CLASS/DataBase/DB_42_45/DB.idx"
+ !!Bad Trouble!! !!!DataBank!!! Bad Database file : /home/cramal/CLASS/DataBase/DB_42_45/DB.idx Can't find the type of the DataBase
+You have made a mistake in the path to your Databank index in your file.
+
+ Can't open "DataBase/DB_42_45/Data/REPMOX_U_238_86.7282__Pu_238_0.138427_239_5.25615_240_2.94485_241_2.37377_242_2.20291__Am_241_0.355667.dat"
+ !!Bad Trouble!! !!!EvolutionData!!! Bad Database file : DataBase/DB_42_45/Data/REPMOX_U_238_86.7282__Pu_238_0.138427_239_5.25615_240_2.94485_241_2.37377_242_2.20291__Am_241_0.355667.dat
+You have probably forgotten to change some path in your *.idx
diff --git a/Utils/trunk/rootlogon.C b/Utils/trunk/rootlogon.C
new file mode 100755
index 000000000..7c464fb1f
--- /dev/null
+++ b/Utils/trunk/rootlogon.C
@@ -0,0 +1,7 @@
+{
+ #include "TMatrix"
+ gSystem.Load("$CLASS_lib/libCLASSpkg_root.so");
+ gROOT.LoadMacro("$CLASS_PATH/Utils/read.C");
+ gROOT.LoadMacro("$APP_PATH/RootMacro/Read.C");
+
+}
--
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