# CoREAS V1 by Tim Huege with contributions by Marianne Ludwig and Clancy James - parameter file # parameters setting up the spatial observer configuration: CoreCoordinateNorth = 0 ; in cm CoreCoordinateWest = 0 ; in cm CoreCoordinateVertical = 140000 ; in cm # parameters setting up the temporal observer configuration: TimeResolution = 2e-10 ; in s AutomaticTimeBoundaries = 4e-07 ; 0: off, x: automatic boundaries with width x in s TimeLowerBoundary = -1 ; in s, only if AutomaticTimeBoundaries set to 0 TimeUpperBoundary = 1 ; in s, only if AutomaticTimeBoundaries set to 0 ResolutionReductionScale = 0 ; 0: off, x: decrease time resolution linearly every x cm in radius # parameters setting up the simulation functionality: GroundLevelRefractiveIndex = 1.000292 ; specify refractive index at 0 m asl # event information for Offline simulations: EventNumber = -1 RunNumber = -1 GPSSecs = 0 GPSNanoSecs = 0 CoreEastingOffline = 0 ; in meters CoreNorthingOffline = 0 ; in meters CoreVerticalOffline = 0 ; in meters RotationAngleForMagfieldDeclination = 0 ; in degrees Comment = # event information for your convenience and backwards compatibility with other software, these values are not used as input parameters for the simulation: ShowerZenithAngle = 0 ; in degrees ShowerAzimuthAngle = 0 ; in degrees, 0: shower propagates to north, 90: to west PrimaryParticleEnergy = 1e+17 ; in eV PrimaryParticleType = 14 ; as defined in CORSIKA DepthOfShowerMaximum = -1 ; slant depth in g/cm^2 DistanceOfShowerMaximum = -1 ; geometrical distance of shower maximum from core in cm MagneticFieldStrength = 0.2300005511 ; in Gauss MagneticFieldInclinationAngle = -36.99445254 ; in degrees, >0: in northern hemisphere, <0: in southern hemisphere GeomagneticAngle = 126.9944525 ; in degrees CorsikaFilePath = ./ CorsikaParameterFile = RUN000001.inp