rnavier is a 3+1 viscous hydrodynamics code.
The source code and tests are in /scr/

Acknowledgments:
===============
rnavier uses LSST implementation of multidimensional C++ arrays ndarray.
Except for one modification (see README in /ndarrray), ndarray templates
are the same as in the original which can be found at
https://github.com/ndarray/ndarray
rnvavier class TPhobosMC in /src/phobosic/ was derived from v1.1 version of
TGlauberMC. The original code can be found at http://www.hepforge.org/downloads/tglaubermc
Citation reference: http://arxiv.org/abs/0805.4411

Building:
=========

0) First if you don't have it already install CMake (version 2.6 or greater).
Code was tested with g++ 4.9.2, gnuplot 4.6 (for plotting), python 2.7.8 (for generating ini files)

1) At the top level execute
cmake -DCMAKE_BUILD_TYPE=Release ./

2) Then compile
make

3) Export path to shared stuff
export RNAVIERDATA=path/to/scr/share
or
export RNAVIERDATA=../share

4) Go to test folders and run shell scripts.
test_core/
    test_gaus.sh -- 1D gaussian expansion in x and y directions
    test_icbj.sh -- tests and compares single cell Bjorken expansion with rudementary hydro code
sodic/
    test_sod_1d.sh -- 1D ideal sod problem
    test_sod_2d.sh -- 2D sod problems in all three planes
    test_sod_compare.py -- allows to compare rotated 2D sod problem wiht 1D
bjperturb/
    test_perturb.sh -- tests 'standing wave' perturbations
gubseric/
    test_icgb.sh -- viscous gubser flow test (compares with Navier Stokes limit)
    test_gubserfo.sh -- tests entropy flow through freezout surface in ideal gubser flow
test_code2d/
    test_code2d.sh -- compares full 2D evolution of bumpy initial conditions and compares with results from old code
    test_code3d.sh -- runs bumpy initial conditions with smooth perturbations in rapidity direction

5) remaining folders contain
hydro/ -- main hydro code
phobosic/ -- Phobos glauber MC code with simple rapidity extension
eoss95p/ -- lattice equation of state

6) Output files are produced by THYAnalise class.
# Order of data in printouts
t:1  e:5     u0:11  pi11:15 
x:2  n:6     u1:12  pi12:16 
y:3  p:7     u2:13  pi13:17 
z:4  s:8     u3:14  pi22:18 
     temper:9       pi23:19 
     mu:10          pi33:20