#
# File inverted_shower.inp: Generating a shower with an upwards-going
#                           primary particle.
#
#------------------------------------------------------------------------------
#
# As you see, all characters following '#' are ignored, as well as blank lines.

# Every AIRES input file is a set of directives. All directives must be placed
# in a single line, which can have up to 176 characters.

Remark    PRIMARY PARTICLE EMERGES FROM GROUND.

# The directives can be placed in any order.
# The input directives define a "task". Tasks are identified by their
# task name and (eventually) version. If not defined, the version is zero.

Task updemo1

TotalShowers		1

# The primary is defined by means of a "special primary" directive.
# (see AIRES manual for details about special primaries).

AddSpecialParticle      UProton  uprimary Proton
AddSpecialParticle      UIron    uprimary Iron

PrimaryParticle		UProton
PrimaryEnergy		3 TeV

# Zenith angle. In an inverted shower the zenith angle is the angle
# of the emerging shower axis, equal to pi - primary_angle.
# For example for a primary angle of 96 deg we have:

PrimaryZenAngle  84 deg

# You can freely set the number of observing levels to record the shower
# longitudinal development. You can define up to 510 observing levels and
# (optionally) altitude of the highest and lowest levels.

ObservingLevels 401 100 g/cm2 900 g/cm2

# Parameters of output files.
#
SaveInFile grdpcles All
RLimsFile  grdpcles 10 m 10 km
#
SaveInFile lgtpcles None

# All other parameters will be assigned a default value if not set.

RunsPerProcess 3  # You will understand these directives when running
ShowersPerRun  1  # the program (see the user's manual).

Thinning   1e-4  Relative

Ground     1000 g/cm2  # Most quantities are specified by two fields:
                       # "number" and "unit". In this case "unit" can be
                       # g/cm2, cm, m or km

# Threshold energies. Particles are not followed below these energies.

GammaCutEnergy     200 keV
ElectronCutEnergy  200 keV
MuonCutEnergy        1 MeV
MesonCutEnergy     1.5 MeV
NuclCutEnergy      150 MeV

# These are some output control statements.

SpecialParticLog 2  # Full special primary info. Use 0 to suppress info,
                    # or 1 for brief info.

LaTeX  # Use this if your printer is a laser printer and you don't like the
       # appearance of plain text file hard copies.
#
# These instructions are for selecting the output data to be printed
# (or exported). See the document "LearnByExamples.doc"
#
PrintTable 1291
#
ExportTable 2793 Opt ML
ExportTable 5501
ExportTable 7905
#

End

The file is not scanned beyond an "End" directive.