2017.1.0

run_zcfd script now passes through the tasks per node parameter to the smartlaunch script which is needed when not running through a scheduler
Made Intel MPI aware of the filesystem it is running on to improve performance on parallel file systems and address issues seen running on GPFS
Fixed bug with periodic boundary condition
Removed some code duplication in the python layer
Fixed bug in create_trbx_zcfd_input that caused turbine regions not to be rotated.
Bug fix to physical nodal locations in high order code
Added curvature approximation for high order
Added porous media support
Fixed bug detecting actuator disc reference cell when running in parallel
Ensure the generated turbine region contains the reference point
Added thrust and tip speed interpolation functions
Added screen output for actuator disc initialisation
Performance improvements of file reading during restart
Added eddy output for boundary faces for high order
Bug fix to quad nodal location ordering
Fixed bug in high order filtering
Added MUSCL reconstruction option for P0
Changed binding behaviour to bind to sockets if oversubscribing the number of processes on a node
Added checks for existence of the Unix tool numactl
Added checks for the presence of the mesh and control files
Bug fix to viscous force calculation for high order
Stability improvements to polynomial multigrid
Upgraded to Python 2.7.13
Removed requirement for a C++11 compiler for the foamtozCFD converter
Added missing face area scaling for viscous friction calculation
Only convect at lower polynomial orders for PMG
Include pressure and friction forces in reports for High Order
Fixes to support multiple moving reference frames
Allow selection of Rusanov scheme for high order
Added support for multiple cell zones in a single fluid zone entry
Added translating mesh option
Fix to ALE HLLC fluxes
Added moment reporting
Updated reporting notebook with plotting functionality
Enable time history vtk output for global timestepping
Various fixes to global timestepping scheme
Added vorticity vector output for HO
Fix support for mixed element CGNS files
Fix dimensional Q criterion output
Added helicity output for HO
Added ability to choose between finite difference and analytic Jacobian for LU-SGS FV
Ensure reported residual is factored by CFL
Fixes to FV LU-SGS residual reporting
Added option to use Rusanov scheme for FV LU-SGS Jacobian
Added pressure limiter to implicit time marching
Added generic finite difference boundary Jacobian calculator
Added analytic Jacobians for Wall, Wall Function, Farfield, Inflow, Outflow, Canopy and Symmetry boundary conditions
Added ability to freeze viscous fluxes for FV LU-SGS sweeps
Added support to restart from LnOmega turbulence model
Bug fixes to preconditioning
Added support for P4 Hexes for HO
Added scaling of turbulent CFL for FV LU-SGS
Added shock sensor for HO
Enabled FV LU-SGS with multigrid
Added output of artificial viscosity for HO
Added logic to supply a start and end real time cycle for outputting solution in vtk format
Add momentum source Jacobians for FV LU-SGS
Added capability to identify cells at a plane in actuator disc region
Added actuator disc plane average reference velocity calculation
Use diffusive flux on the boundary faces rather than applying penalty parameter
Only rename the hdf5 file on the master process
Added new functions for conserved gradient calculation
Fix for implicit solver with farfield subzones
Added in prolongation relaxation factor for PMG
Allow user to scale artificial viscosity
Changed behaviour or restart reporting. Will create a backup of the restarted report file and start a new report file with all of the variable being reported at the top
Put all *vtu and *vtp in a VISUALISATION sub-directory to help tidy up our file output. *.pvd files remain where they are and point to the files in VISUALISATION
Put log files in a LOGGING sub-directory
Added OpenSSL libraries to release distribution