gen
Class Atmosphere

java.lang.Object
  mmc.PhysicsModel
      gen.Atmosphere

All Implemented Interfaces:

FunctionInt, FunctionInt2, FunctionOfx

public class Atmosphere
extends PhysicsModel

Atmosphere parameter implementation.

Field Summary

Fields inherited from class mmc.PhysicsModel

Alpha, bigEnergy, Cmon, computerPrecision, De2, Ds2, ebig, elow, Gf, Gw, Gz, halfPrecision, imaxs, iprec, iprec2, iromb, K, Lmu, Log10, Lstau, Ltau, Ma1, Me, Mmon, Mmu, Mn, Mp, Mpi, Mrh, Mrs, Mstau, Mtau, Mw, Mz, Na, nlow, num1, num2, num3, Pi, Re, Ry, sqrt2, sqrt3, sqrtE, St2, Tt2, xres, Xw

Constructor Summary

Atmosphere(int model, double z0)
Initialize class with model and ground elevation z0 in [km].

Method Summary

double	dXdh(double h) Returns density in [g/cm^2/km] at a function of altitude in [km].
double	dXdhX(double x) Returns density in [g/cm^2/km] at a function of mass overburden in [g/cm^2].
double	h(double x) Returns altitude in [km] at a function of mass overburden in [g/cm^2].
static void	main(java.lang.String[] args) Prints atmospheric profiles.
double	X(double h) Returns mass overburden in [g/cm^2] at a function of altitude in [km].

Methods inherited from class mmc.PhysicsModel

function, functionInt, functionInt

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Atmosphere

public Atmosphere(int model,
                  double z0)

Initialize class with model and ground elevation z0 in [km].

Method Detail

main

public static void main(java.lang.String[] args)

Prints atmospheric profiles.

h

public double h(double x)

Returns altitude in [km] at a function of mass overburden in [g/cm^2].

X

public double X(double h)

Returns mass overburden in [g/cm^2] at a function of altitude in [km].

dXdhX

public double dXdhX(double x)

Returns density in [g/cm^2/km] at a function of mass overburden in [g/cm^2].

dXdh

public double dXdh(double h)

Returns density in [g/cm^2/km] at a function of altitude in [km].