parameters_mac.dat

! Torus v2 parameter file for JMP configuration
maxmemory 24000

dustphysics T   ! use dust microphysics 

radeq F  ! perform a radiative equilibrium calculation

! AMR grid parameters

! For generating the grid
readgrid F
writegrid T  
outputfile vh1.grid 

! For using an existing grid
!readgrid T
!writegrid F  
!inputfile vh1.grid 

amrgridsize 9.257e9 ! in units of 10^10cm
amr3d T  ! this is a 3d model

!!amrgridcentrex 4.6285e9 
!!amrgridcentrey 4.6285e9
!!amrgridcentrez 4.6285e9

! Fixed grid resolution
mindepthamr 6 !8
maxdepthamr 6 !8

! Source parameters
!This time we have 3 sources
nsource 3  ! there is just one source
radius1 9.1  ! it has a radius of 1 solar radius
teff1 58546.  ! the source effective temperature 
contflux1 blackbody ! the continuum flux is assumed to be a blackbody
mass1 35.0   ! the source has a mass of 35 solar masses
sourcepos1 0. 0. 0  ! it is located at the grid cntre

radius2 8.6  ! it has a radius of 1 solar radius
teff2 55234.  ! the source effective temperature 
contflux2 blackbody ! the continuum flux is assumed to be a blackbody
mass2 32.0   ! the source has a mass of 32 solar masses
sourcepos2 0. 0. 0  ! it is located at the grid cntre

radius3 7.9  ! it has a radius of 1 solar radius
teff3 50641.  ! the source effective temperature 
contflux3 blackbody ! the continuum flux is assumed to be a blackbody
mass3 28.0   ! the source has a mass of 28 solar masses
sourcepos3 0. 0. 0  ! it is located at the grid cntre

! Geometry specific parameters

geometry fitsfile
fitsgridfile sc3dinter_3d_0135.fits 

! Dust grain properties

iso_scatter T      ! Assume isotropic scattering (assumed by benchmark)
graintype1 sil_dl  ! Drain and Lee silicates
grainfrac1 0.01    ! grain mass fraction (in terms of gas)
amin1 0.12         ! minimum grain size (microns)
amax1 0.1201       ! maximum grain size (microns)
qdist1 0.01        ! power law index (flat)

! Output SEDs

spectrum F   ! produce a spectrum

! SED parameters

nphotons 1000000      ! the number of photon packets in each SED

ninc 19            ! number of inclinations
firstinc 0        ! the first inclination (degrees)
lastinc 180        ! the last inclination (degrees)
filename test        ! the root of the output filename
sised T              ! Write spectrum as lambda vs F lambda in SI units
distance 2.25558e-8  ! Distance to observer
sedlammin 0.12       ! minimum wavelength in SED file
sedlammax 1000       ! maximum wavelength in SED file
sedwavlin F          ! Linear spacing in SED file? 
sedcosspaced F

image T
nimage 19
lambdaimage  220000.0
imageaxisunits pc
npixels 256
positionangle 0.0

imagefile1 test_22um_0.fits
inclination1 0.0

imagefile2 test_22um_10.fits
inclination2 10.0 

imagefile3 test_22um_20.fits
inclination3 20.0

imagefile4 test_22um_30.fits
inclination4 30.0

imagefile5 test_22um_40.fits
inclination5 40.0

imagefile6 test_22um_50.fits
inclination6 50.0

imagefile7 test_22um_60.fits
inclination7 60.0

imagefile8 test_22um_70.fits
inclination8 70.0

imagefile9 test_22um_80.fits
inclination9 80.0

imagefile10 test_22um_90.fits
inclination10 90.0

imagefile11 test_22um_100.fits
inclination11 100.0

imagefile12 test_22um_110.fits
inclination12 110.0

imagefile13 test_22um_120.fits
inclination13 120.0

imagefile14 test_22um_130.fits
inclination14 130.0

imagefile15 test_22um_140.fits
inclination15 140.0

imagefile16 test_22um_150.fits
inclination16 150.0

imagefile17 test_22um_160.fits
inclination17 160.0

imagefile18 test_22um_170.fits
inclination18 170.0

imagefile19 test_22um_180.fits
inclination19 180.0