run_comment = "Laser Slab Example Simulation"
log_file    = "lasslab.log"
basenm      = "lasslab_"

# This particular parfile is used as an example that is described in
# detail in the users guide.

##########################
#                        #
#     I/O PARAMETERS     #
#                        #
##########################

### Checkpoint Options  ###
checkpointFileIntervalTime = 100e-12   # Create a new checkpoint every 100 fs 
checkpointFileIntervalStep = 100000      # or every 1000 iterations (same thing)

### Plot Options ###
plotFileNumber       = 0
plotFileIntervalStep = 100000       
plotFileIntervalTime = 10e-15
plot_var_1           = "dens"
plot_var_2           = "depo"
plot_var_3           = "pres"  # Output pressure

### Restart Options ###
restart              = .false.  
checkpointFileNumber = 0

########################################
#                                      #
#     RADIATION/OPACITY PARAMETERS     #
#                                      #
########################################
rt_useMGD       = .true.
rt_mgdNumGroups = 6
rt_mgdBounds_1  = 1.0e-01
rt_mgdBounds_2  = 1.0e+00
rt_mgdBounds_3  = 1.0e+01
rt_mgdBounds_4  = 1.0e+02
rt_mgdBounds_5  = 1.0e+03
rt_mgdBounds_6  = 1.0e+04
rt_mgdBounds_7  = 1.0e+05
rt_mgdFlMode    = "fl_harmonic"
rt_mgdFlCoef    = 1.0

rt_mgdXlBoundaryType = "reflecting"
rt_mgdXrBoundaryType = "vacuum"
rt_mgdYlBoundaryType = "vacuum"
rt_mgdYrBoundaryType = "reflecting"
rt_mgdZlBoundaryType = "reflecting"
rt_mgdZrBoundaryType = "reflecting"

useOpacity     = .true.

### SET CHAMBER (HELIUM) OPACITY OPTIONS ###
op_chamAbsorb   = "op_tabpa"
op_chamEmiss    = "op_tabpe"
op_chamTrans    = "op_tabro"
op_chamFileType = "ionmix4"
op_chamFileName = "he-imx-005.cn4"

### SET TARGET (ALUMINUM) OPACITY OPTIONS ###
op_targAbsorb   = "op_tabpa"
op_targEmiss    = "op_tabpe"
op_targTrans    = "op_tabro"
op_targFileType = "ionmix4"
op_targFileName = "al-imx-003.cn4"


############################
#                          #
#     LASER PARAMETERS     #
#                          #
############################
useEnergyDeposition = .true.
ed_maxRayCount      = 10000
ed_gradOrder        = 2

# Activate 3D-in-2D ray trace:
ed_laser3Din2D           = .true.
ed_laser3Din2DwedgeAngle = 0.1


### LASER IO OPTIONS ###
ed_useLaserIO                  = .true.
ed_laserIOMaxNumberOfPositions = 10000
ed_laserIOMaxNumberOfRays      = 128

### SETUP LASER PULSES ###
#p283 in user guide for parameter definitions
ed_numberOfPulses = 1

# Define Pulse 1:
ed_numberOfSections_1 = 9       # Define using 9 power values
ed_time_1_1  = 0.0              # pulse with FWHM time = 35 fs
ed_time_1_2  = 10.0e-15         # and peak power 7.6 x 10^9
ed_time_1_3  = 20.0e-15
ed_time_1_4  = 30.0e-15
ed_time_1_5  = 45.0e-15
ed_time_1_6  = 60.0e-15
ed_time_1_7  = 70.0e-15
ed_time_1_8  = 80.0e-15
ed_time_1_9  = 90.0e-15

ed_power_1_1 = 0.0
ed_power_1_2 = 7.60e+08
ed_power_1_3 = 1.52e+09
ed_power_1_4 = 4.56e+09
ed_power_1_5 = 7.60e+09
ed_power_1_6 = 4.56e+09
ed_power_1_7 = 1.52e+09
ed_power_1_8 = 7.60e+08
ed_power_1_9 = 0.0

### SETUP LASER BEAM ###
ed_numberOfBeams = 1

# Setup Gaussian Beam:
ed_lensX_1                    =  273.3e-04 	# 
ed_lensY_1                    =  0.0e-04 	# to set incidence angle to 15 degrees
ed_lensZ_1                    = -1000.0e-04  	# z-position
ed_lensSemiAxisMajor_1        =  5.2e-04  	

ed_targetX_1                  =  0.0e-04	# at r = 0 (midpoint of target)
ed_targetY_1                  =  0.0e-04
ed_targetZ_1                  =  20.0e-04 	# z-position at target surface
ed_targetSemiAxisMajor_1      =  5.2e-04 	# Beam goes out to approx. 1% max I
ed_targetSemiAxisMinor_1      =  5.2e-04	# (same as rspotmax in Zeph?)

ed_pulseNumber_1              =  1
ed_wavelength_1               =  0.8     	# Wavelength to 800 nm

ed_crossSectionFunctionType_1 = "gaussian2D"
ed_gaussianExponent_1         =  2.0 	    	# Changed to 2 for a normal Gauss
ed_gaussianRadiusMajor_1      =  2.4e-04    	# FWHM = 4 um, need to use e folding length
ed_gaussianRadiusMinor_1      =  2.4e-04    

ed_numberOfRays_1             =  4096
ed_gridType_1                 = "statistical2D" # Changed from radial2D to statistical2D
ed_gridnRadialTics_1          =  64
ed_semiAxisMajorTorsionAngle_1=  0.0
ed_semiAxisMajorTorsionAxis_1 = "x"


#################################
#                               #
#     CONDUCTION PARAMETERS     #
#                               #
#################################
useDiffuse      = .true.
useConductivity = .true.
diff_useEleCond = .true.
diff_eleFlMode  = "fl_larsen"
diff_eleFlCoef  = 0.06
diff_thetaImplct = 1.0

diff_eleXlBoundaryType = "neumann"
diff_eleXrBoundaryType = "neumann"
diff_eleYlBoundaryType = "neumann"
diff_eleYrBoundaryType = "neumann"
diff_eleZlBoundaryType = "neumann"
diff_eleZrBoundaryType = "neumann"


####################################
#                                  #
#     HEAT EXCHANGE PARAMETERS     #
#                                  #
####################################
useHeatexchange = .true.


##########################
#                        #
#     EOS PARAMETERS     #
#                        #
##########################
eosModeInit      = "dens_temp_gather"
smallt           = 1.0
smallx           = 1.0e-99
eos_useLogTables = .false.


############################
#                          #
#     HYDRO PARAMETERS     #
#                          #
############################
useHydro = .true.
 
order            = 3        # Interpolation order (first/second/third/fifth order)
slopeLimiter     = "minmod" # Slope limiters (minmod, mc, vanLeer, hybrid, limited)
LimitedSlopeBeta = 1.       # Slope parameter for the "limited" slope by Toro
charLimiting     = .true.   # Characteristic limiting vs. Primitive limiting
use_avisc        = .true.   # use artificial viscosity (originally for PPM)
cvisc            = 0.1      # coefficient for artificial viscosity
use_flattening   = .false.  # use flattening (dissipative) (originally for PPM)
use_steepening   = .false.  # use contact steepening (originally for PPM)
use_upwindTVD    = .false.  # use upwind biased TVD slope for PPM (need nguard=6)
RiemannSolver    = "hllc"   # Roe, HLL, HLLC, LLF, Marquina, hybrid
entropy          = .false.  # Entropy fix for the Roe solver
shockDetect      = .false.  # Shock Detect for numerical stability
use_hybridOrder  = .true.   # Enforce Riemann density jump

# Hydro boundary conditions:
xl_boundary_type = "reflect"
xr_boundary_type = "outflow"
yl_boundary_type = "outflow"
yr_boundary_type = "outflow"
zl_boundary_type = "reflect"
zr_boundary_type = "reflect"


##############################
#                            #
#     INITIAL CONDITIONS     #
#                            #
##############################

sim_targetRadius = 200.0e-04
sim_targetHeight = 20.0e-04 
sim_vacuumHeight = 20.0e-04

# Target material defaults set for Aluminum at room temperature:
sim_rhoTarg  = 2.7
sim_teleTarg = 290.11375
sim_tionTarg = 290.11375
sim_tradTarg = 290.11375
ms_targA = 26.9815386
ms_targZ = 13.0
ms_targZMin = 0.02
eos_targEosType = "eos_tab"
eos_targSubType = "ionmix4"
eos_targTableFile = "al-imx-003.cn4"

# Chamber material defaults set for Helium at pressure 1.6 mbar:
sim_rhoCham  = 1.0e-06
sim_teleCham = 290.11375
sim_tionCham = 290.11375
sim_tradCham = 290.11375
ms_chamA = 4.002602
ms_chamZ = 2.0
eos_chamEosType = "eos_tab"
eos_chamSubType = "ionmix4"
eos_chamTableFile = "he-imx-005.cn4"


###########################
#                         #
#     TIME PARAMETERS     #
#                         #
###########################
tstep_change_factor = 1   # Set to 1 for laser pulse, 1.2 afterwards
cfl            = 0.4
dt_diff_factor = 1.0e+100 # Disable diffusion dt
rt_dtFactor    = 1.0e+100
hx_dtFactor    = 1.0e+100
tmax           = 100e-15 # run for 100e-15 to start pulse, then 100e-12
dtmin          = 1.0e-16 
dtinit         = 1.0e-16  
dtmax          = 3.0e-09
nend           = 10000000


###########################
#                         #
#     MESH PARAMETERS     #
#                         #
###########################
geometry = "cylindrical"

# Domain size:
xmin = 0.0
xmax = 20.0e-04 	# reduced from 40 to 20 um
ymin = 0.0e-04
ymax = 40.0e-04  

# Total number of blocks:
nblockx = 5 		# Increased from 1 to 5
nblocky = 120 		# Increased from 2 to 120

lrefine_max = 4  	# Use maximum 4 levels of refinement
lrefine_min = 1
refine_var_1 = "dens"
refine_var_2 = "tele"
refine_var_3 = "pele"