Skip to content

Commit

Permalink
Merge pull request #30 from cta-observatory/muon_prod5_corsika
Browse files Browse the repository at this point in the history 
Muon prod5 corsika
  • Loading branch information
@Voutsi
Voutsi authored Mar 11, 2022
2 parents 6b37971 + cfa787f commit 793c549
Showing 1 changed file with 41 additions and 120 deletions.
161 changes: 41 additions & 120 deletions config_LST1_muons.cfg
View file
Original file line number Diff line number Diff line change
Expand Up @@ -11,106 +11,41 @@
*
* [ Job parameters ]
*
RUNNR 1 // Number of run, to be auto-numbered by job submission
RUNNR @run@ // Number of run, to be auto-numbered by job submission
EVTNR 1 // Number of first shower event (usually 1)
*
* [ Random number generator: 4 sequences used in IACT mode ]
*
SEED 385928125 401 0 // Seed for 1st random number sequence, to be re-generated
SEED 827619802 859 0 // Seed for 2nd random number sequence, to be re-generated
SEED 195989238 390 0 // Seed for 3rd random number sequence, to be re-generated
SEED 539053819 323 0 // Seed for 4th random number sequence, to be re-generated
SEED @seed1@ 401 0 // Seed for 1st random number sequence, to be re-generated
SEED @seed2@ 859 0 // Seed for 2nd random number sequence, to be re-generated
SEED @seed3@ 390 0 // Seed for 3rd random number sequence, to be re-generated
SEED @seed4@ 323 0 // Seed for 4th random number sequence, to be re-generated
*
* [ Primary particle options ]
*
PRMPAR 6 // mu-
#ifdef PRMPAR
PRMPAR $(PRMPAR)
#endif
*
#ifndef ONAXIS
#define DIFFUSE 1
#endif
* ERANGE 5.832 1E3 // Energy range of primary particle (in GeV): muons with 50% opening angle or more
ERANGE 8.418 1E3 // Energy range of primary particle (in GeV): muons with 80% opening angle or more
#ifdef EMIN
# ifdef EMAX
ERANGE $(EMIN)E3 $(EMAX)E3 // Requires EMIN and EMAX in units of TeV.
# endif
#endif
* ERANGE 8.418 1E3 // Energy range of primary particle (in GeV): muons with 80% opening angle or more
*
ESLOPE -2.0 // Slope of primary energy spectrum (-2.0 is equal CPU time per decade)
#ifdef ESLOPE
ESLOPE $(ESLOPE) // Requires spectral slope ESLOPE (<0)
#endif
*
NSHOW 1000 // number of showers to generate
#ifdef NSHOW
NSHOW $(NSHOW) // Requires NSHOW environment variable.
#endif
*
THETAP 0. 0. // Range of zenith angles (degrees)
#ifdef ZENITH_ANGLE
THETAP $(ZENITH_ANGLE) $(ZENITH_ANGLE) // Range of zenith angles (degrees)
#endif
*
PHIP 180. 180. // Range of azimuth angles (degree): primaries coming from North
#ifdef FROM_SOUTH
PHIP 0. 0. // Range of azimuth angles (degree): primaries coming from South
#else
# ifdef FROM_EAST
PHIP 90. 90. // Range of azimuth angles (degree): primaries coming from East
# else
# ifdef FROM_WEST
PHIP 270. 270. // Range of azimuth angles (degree): primaries coming from West
# else
PHIP 180. 180. // Range of azimuth angles (degree): primaries coming from North
# endif
# endif
#endif

#if defined(ALIGN_B_FIELD)
* Geomagnetic field is assumed to be aligned with geographic North (array x axis).
# define AZM_FROM_SOUTH 0.
# define AZM_FROM_EAST 90.
# define AZM_FROM_NORTH 180.
# define AZM_FROM_WEST 270.
#else
* Geomagnetic field aligned as predicted for year 2020.0.
# define AZM_FROM_SOUTH -5.3195
# define AZM_FROM_EAST 84.6805
# define AZM_FROM_NORTH 174.6805
# define AZM_FROM_WEST 264.6805
#endif

#if defined(FROM_SOUTH)
PHIP $(AZM_FROM_SOUTH) $(AZM_FROM_SOUTH) // CORSIKA azimuth angles (degree) for primaries coming from South.
IACT setenv AZM 180 // Corresponding astronomical azimuth, from geographical North towards East.
#elif defined(FROM_EAST)
PHIP $(AZM_FROM_EAST) $(AZM_FROM_EAST) // CORSIKA azimuth angles (degree) for primaries coming from East.
IACT setenv AZM 90 // Corresponding astronomical azimuth, from geographical North towards East.
#elif defined(FROM_WEST)
PHIP $(AZM_FROM_WEST) $(AZM_FROM_WEST) // CORSIKA azimuth angles (degree) for primaries coming from West.
IACT setenv AZM 270 // Corresponding astronomical azimuth, from geographical North towards East.
#else
PHIP $(AZM_FROM_NORTH) $(AZM_FROM_NORTH) // CORSIKA azimuth angles (degree) for primaries coming from North.
IACT setenv AZM 0 // Corresponding astronomical azimuth, from geographical North towards East.
#endif

*# ifdef TEL_LST
* NSHOW 1000 // number of showers to generate
*
* THETAP 0. 0. // Range of zenith angles (degrees)
* PHIP 180. 180. // Range of azimuth angles (degree): primaries coming from North
*
* VIEWCONE 0. 2.0 // Such that at half of maximum Cherenkov angle the ring still fits into FoV. (LST: actual FoV-diam=4.6 deg)
* VIEWCONE 0. 1.1 // Such that at maximum Cherenkov angle the ring still fits into FoV. (LST: actual FoV-diam=4.6 deg)
VIEWCONE 0. 0.9 // Such that at maximum Cherenkov angle the ring still fits into FoV. (LST: required FoV-diam=4.2 deg)
*# endif
* VIEWCONE 0. 0.9 // Such that at maximum Cherenkov angle the ring still fits into FoV. (LST: required FoV-diam=4.2 deg)
*
* Optionally override prepared demo run settings
NSHOW @NShower@
ERANGE @Emin@ @Emax@
VIEWCONE 0. @viewcone@
THETAP @theta@ @theta@
IACT setenv ZA @theta@
PHIP @phip@ @phip@ // CORSIKA azimuth angles (degree) for primaries coming from South.
IACT setenv AZM @az@
*
*
#ifdef NSHOW
NSHOW $(NSHOW) // Requires NSHOW environment variable.
#endif
#if defined(EMIN) && defined(EMAX)
ERANGE $(EMIN)E3 $(EMAX)E3 // Requires EMIN and EMAX in units of TeV.
#endif
*
* [ Site specific options ]
*
Expand All @@ -121,13 +56,17 @@ ERANGE $(EMIN)E3 $(EMAX)E3 // Requires EMIN and EMAX in units of TeV.
* at the foundation level (center at 2180 m, observation level at 2158 m).
*
FIXCHI 580.
OBSLEV 2158.E2 // Observation level (in cm) for lowest telescope
OBSLEV 2199.E2 // Observation level (in cm) for lowest telescope
* Atmospheric profile for CTA North based on ECMWF weather models (original profiles by P. Munar).
* An atmospheric density profile matching winter conditions.
* Fixed for self-consistency of density and thickness as well as density/pressure in extrapolation.
IACT ATMOFILE atmprof_ecmwf_north_winter_fixed.dat
ATMOSPHERE 99 Y // Use a custom profile by filename (this must come _AFTER_ IACT ATMOFILE ...!)
*
* ./geomag70 IGRF12.COF 2020.00 D K2.180 28.7621661 -17.8920302
*
MAGNET 30.576 23.571 // La Palma, 2020.0
ARRANG $(AZM_FROM_SOUTH) // La Palma, 2020.0
MAGNET 30.678 23.415 // La Palma, 01/12/2021
ARRANG -4.84 // La Palma, 01/12/2021
*
* Geomag v7.0 - Jan 25, 2010
*
Expand All @@ -150,13 +89,7 @@ ARRANG $(AZM_FROM_SOUTH) // La Palma, 2020.0
*
* [ Core range ]
*
#if defined(NSCAT) && defined(CSCAT)
CSCAT $(NSCAT) $(CSCAT)E2 0. // Requires NSCAT (10/20) and CSCAT (in units of meters).
#elif defined(DIFFUSE)
CSCAT 20 1900E2 0. // Use shower several times (protons+electrons+..., larger area for diffuse origin)
#else
CSCAT 10 1400E2 0. // Use shower several times (gammas, point source only)
#endif
*
*
* [ Telescope positions, for IACT option ]
* (Note: telescope z positions are Altitude - 2158 m + height of reflector)
Expand All @@ -168,18 +101,12 @@ CSCAT 10 1400E2 0. // Use shower several times (gammas, point source only)
*
* LSTs:
*
#define LSTHT 16.00E2
#define LSTRAD 12.50E2
* #define LSTHT 16.00E2
* #define LSTRAD 12.50E2
*
TELESCOPE 0.0E2 0.0E2 $(LSTHT) $(LSTRAD) # LST
* CSCAT 1 12.3E2 0. # Just beyond dish
* CSCAT 1 11E2 0. # Close to edge of dish
* TELESCOPE 0.0E2 0.0E2 $(LSTHT) $(LSTRAD) # LST
TELESCOPE 0.0E2 0.0E2 16.00E2 12.50E2 // LST
CSCAT 1 9.8E2 0. # To 80% of dish radius
#ifdef NSCAT
# ifdef CSCAT
CSCAT $(NSCAT) $(CSCAT)E2 0. // Requires NSCAT (1/10/20) and CSCAT (in units of meters).
# endif
#endif
*
* [Interaction flags]
*
Expand All @@ -192,38 +119,32 @@ MUMULT T // Muon multiple scattering angle
LONGI T 20. F F // Longit.distr. & step size & fit
MAXPRT 0 // Max. number of printed events
ECTMAP 1.E6 // Cut on gamma factor for printout
STEPFC 1.0 // Mult. scattering step length factor
* STEPFC parameter not supported with Cherenkov light in CORSIKA version 77100:
* STEPFC 1.0 // Mult. scattering step length factor
*
* [ Cherenkov emission parameters ]
*
CERSIZ 5. // Not above 10 for super/ultra-bialkali QE; 7 is fairly OK; 5 should be safe.
CERFIL F // No old-style Cherenkov output to extra file
CERFIL 0
CWAVLG 230. 900. // Cherenkov wavelength band
*
* [ Debugging and output options ]
*
DEBUG F 6 F 1000000 // Debug flag and logical unit for output
DATBAS yes // Write a file with parameters used
DIRECT /dev/null // /dev/null means no normal CORSIKA data written
#ifdef WITHOUT_MULTIPIPE
# ifdef STRICT_BASELINE
* TELFIL cta-prod5-lapalma-baseline.corsika.gz // If telescope simulation not done directly in pipe
TELFIL run${RUNNR}_${PRMNAME}_za${ZA}deg_azm${AZM}deg-lapalma-baseline${extra_suffix2}.corsika.zst
# else
TELFIL run${RUNNR}_${PRMNAME}_za${ZA}deg_azm${AZM}deg-lapalma${extra_suffix2}.corsika.zst
# endif
#else
*TELFIL |${SIM_TELARRAY_PATH}/run_sim_cta // Telescope photon bunch output (eventio format)
DIRECT ./
PAROUT F F
TELFIL run${RUNNR}_muon.corsika.gz
IACT TELOPT -c cta-prod5-lapalma-baseline
#endif
IACT PRINT_EVENTS 100 100 1
*
* [ IACT tuning parameters ]
*
IACT SPLIT_AUTO 8M // Split data with more than 8 million bunches
IACT IO_BUFFER 800MB // At 32 bytes per bunch this could be up to 500 MB
IACT MAX_BUNCHES 1000000 // Let photon bunch thinning set in earlier.
IACT IO_BUFFER @IO_BUFFER@ // At 32 bytes per bunch this could be up to 500 MB
IACT MAX_BUNCHES @MAX_BUNCHES@ // Let photon bunch thinning set in earlier.
* IACT IO_BUFFER 800MB // At 32 bytes per bunch this could be up to 500 MB
* IACT MAX_BUNCHES 1000000 // Let photon bunch thinning set in earlier.
*
* [ This is the end, my friend ]
*
Expand Down

0 comments on commit 793c549

Please sign in to comment.