# Coniguration file for LaserSlab simulation
REQUIRES Driver
REQUIRES physics/Hydro
REQUIRES physics/Eos
USESETUPVARS ThreeT

IF ThreeT
   REQUESTS physics/Diffuse/DiffuseMain/Unsplit

   REQUESTS physics/sourceTerms/Heatexchange/HeatexchangeMain/Spitzer
   REQUESTS physics/materialProperties/Conductivity/ConductivityMain/SpitzerHighZ
ENDIF

# This simulation requires specifying the species via the setup
# line. You must include the species setup variable:
#
# species=cham,targ
#
# An example of a setup line for this simulation is:
#
# ./setup -auto LaserSlab -2d +hdf5typeio \
#         -nxb=16 -nyb=16 +mtmmmt +laser species=cham,targ
# 

DATAFILES al-imx-002.cn4
DATAFILES al-imx-003.cn4
DATAFILES he-imx-005.cn4
DATAFILES He-idealgas-cv52.cn4
DATAFILES N-idealgas-cv52.cn4

##########################
#                        #
#   RUNTIME PARAMETERS   #
#                        #
##########################
MASS_SCALAR YE    EOSMAPIN: YE
MASS_SCALAR SUMY  EOSMAPIN: SUMY


D sim_initGeom Use a spherical target if sphere, default to slab
PARAMETER sim_initGeom STRING "slab" ["slab","sphere"]
                              
D sim_targetRadius The radius to use for the target
PARAMETER sim_targetRadius REAL 0.0050

D sim_targetHeight The height of the target off y-axis
PARAMETER sim_targetHeight REAL 0.0250

D sim_vacuumHeight The thickness of the vacuum region in front of the target
PARAMETER sim_vacuumHeight REAL 0.0200

# Target material defaults set for aluminum at room temperature:
D sim_rhoTarg Initial target density
PARAMETER sim_rhoTarg   REAL 2.7

D sim_teleTarg Initial target electron temperature
PARAMETER sim_teleTarg  REAL 290.11375

D sim_tionTarg Initial target ion temperature
PARAMETER sim_tionTarg  REAL 290.11375

D sim_tradTarg Initial target radiation temperature
PARAMETER sim_tradTarg  REAL 290.11375

D sim_zminTarg target minimum zbar allowed
PARAMETER sim_zminTarg  REAL 0.0

D sim_eosTarg chamber EOS type
PARAMETER sim_eosTarg   STRING "eos_tab" ["eos_tab","eos_gam"]

# Chamber material defaults set for Helium at pressure 1.6 mbar:
D sim_rhoCham Initial chamber density
PARAMETER sim_rhoCham   REAL 2.655e-07

D sim_teleCham Initial chamber electron temperature
PARAMETER sim_teleCham  REAL 290.11375

D sim_tionCham Initial chamber ion temperature
PARAMETER sim_tionCham  REAL 290.11375

D sim_tradCham Initial chamber radiation temperature
PARAMETER sim_tradCham  REAL 290.11375

D sim_eosCham chamber EOS type
PARAMETER sim_eosCham   STRING "eos_gam" ["eos_tab","eos_gam"]

D sim_yeTarg Initial target ye
PARAMETER sim_yeTarg   REAL 0.5

D sim_yeCham Initial chamber ye
PARAMETER sim_yeCham   REAL 0.5

# Additional directives for demoing Thomson Scattering diagnostics follow.
# To enable, add something like ThscDemo=True to to setup command line.

D peak_rho peak rho
PARAMETER peak_rho  REAL 3e-6

D FWHM FWHM
PARAMETER FWHM  REAL 0.004

D lase_variable saves (density of) the irradiated energy from EnergyDeposition unit, cf. RP ed_irradVarName
VARIABLE lase TYPE: PER_VOLUME

USESETUPVARS ThscDemo
IF ThscDemo

   REQUIRES diagnostics/ThomsonScattering

#  No *essential* VARIABLE declarations follow, these are for Thomson Scattering tracing.

   D pwin_variable for debugging: density of Power In from Thomson probe laser, used for power measurement and renorming
   D pwia_variable for debugging: density of Power In, except where forbidden by critical density
   D pwi1_variable for debugging: density of Power In, attenuated by close-to-critical energy loss. Expensive computation.
   D pwi2_variable for debugging: density of Power In, attenuated by close-to-critical energy loss along both legs
   D pwde_variable for debugging: density of Power of light from the Thomson scattering region that gets detected
   D pwd1_variable for debugging: density of Power of light from the Thomson scattering region that gets detected, attenuated
   D pwd2_variable for debugging: density of Power of light from the Thomson scattering region that gets detected, (2 legs) attenuated

   VARIABLE pwin
   VARIABLE pwia
#   VARIABLE pwi1    # Uncommenting this makes ThomsonScattering MUCH slower!
   VARIABLE pwde
#   VARIABLE pwda
   VARIABLE pwd1
   VARIABLE pwi2
   VARIABLE pwd2

ENDIF