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Trapped Radiation ENvironment model Development

UC192

[ Name | Synopsis | Arguments | Description | Dependencies | See Also | Examples ]

Name

    Common block UC192 - control parameters, set 2

Synopsis

      INCLUDE 'structure.h'
      
      COMMON /UC192/ xrmin, xbmin, xtmin, xbmax, epslon, epsfl,
                     fvet, pvet, epsomeg, dltlat

      REAL*8         xrmin, xbmin, xtmin, xbmax, epslon, epsfl
      REAL*8         fvet, pvet, epsomeg, dltlat            

Arguments

    xrmin
    Minimum allowed for the radial distance
    xbmin
    Minimum allowed for the magnetic field intensity
    xtmin
    Minimum allowed for the sinus of the geomagnetic latitude
    xbmax
    Maximum allowed for the magnetic field intensity
    epslon
    Precision of the longitude determination in degrees
    epsfl
    Tolerance on the shell parameter
    fvet
    Factor of the Vette function
    pvet
    Exponent of the Vette function
    epsomeg
    Maximum solid angle in degree
    dltlat
    Maximum step in latitude

Description

    The common blocks UC190 and UC192 are used to specify parameters which control the execution of the UNILIB libray. The constants of common block UC192 are related to the evaluation of the magnetic field vector and to the tracing of magnetic drift shell.

Dependencies

Used by

    UL245 (equatorial pitch angle):
    xbmin
    UD319 (transfer a field line segment from common block UC170 to UC130):
    epsfl
    UD332 (evaluate the magnetic flux through a spherical pie):
    epsomeg and dltlat
    UF410 (search the geographic position of a magnetic field line):
    xrmin, xbmin, xbmax and epsfl
    UF411 (search a local magnetic equator):
    epslon
    UM530 (evaluate the magnetic field vector):
    xrmin, xbmin, xbmax and xtmin

Modified by

    UT990 (initialize the UNILIB libray):
    xrmin, xbmin, xtmin, xbmax, epslon, epsfl, fvet, pvet, epsomeg and dltlat

See also

    UC190, control parameters, set 1

Examples

    None