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rsachead.F90
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rsachead.F90
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!! ----------------------------------------------------------------------------------------------------------------------------- !!
!>
!! Read SAC header and display to standard output. Compatible to official saclst command
!!
!! @usage rsachead.x sacfile header_name -v
!<
!! --
program rsachead
!! -- Dependency
use m_std
use m_sac
use m_system
use m_getopt
!! -- Declarations
implicit none
character(256) :: fn_sac
type(sac__hdr) :: sh
character(16) :: hdr
integer :: io
integer :: narg
logical :: is_all
logical :: is_var
!! ----
if( system__iargc() /= 2 .and. system__iargc() /= 3 ) then
write(STDERR,'(A)') "rsh.exe <sacfile> [header_name] (-v)"
write(STDERR,'(A)') " -v: shows variable only. default is (header_name = var)"
stop
end if
call system__getarg( 1, fn_sac )
call system__getarg( 2, hdr )
call getopt( 'v', is_var )
call sac__read( fn_sac, sh )
if( trim(hdr) == 'ALL' .or. trim(hdr) == 'all' ) then
is_all = .true.
else
is_all = .false.
end if
if( is_var ) then
if( chk( hdr,'DELTA' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%delta
if( chk( hdr,'DEPMIN' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%depmin
if( chk( hdr,'DEPMAX' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%depmax
if( chk( hdr,'B' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%b
if( chk( hdr,'E' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%e
if( chk( hdr,'O' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%o
if( chk( hdr,'A' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%a
if( chk( hdr,'STLA' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%stla
if( chk( hdr,'STLO' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%stlo
if( chk( hdr,'STEL' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%stel
if( chk( hdr,'STDP' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%stdp
if( chk( hdr,'EVLA' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%evla
if( chk( hdr,'EVLO' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%evlo
if( chk( hdr,'EVEL' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%evel
if( chk( hdr,'EVDP' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%evdp
if( chk( hdr,'MAG' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%mag
if( chk( hdr,'DIST' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%dist
if( chk( hdr,'AZ' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%az
if( chk( hdr,'BAZ' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%baz
if( chk( hdr,'GCARC' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%gcarc
if( chk( hdr,'DEPMEN' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%depmen
if( chk( hdr,'CMPAZ' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%cmpaz
if( chk( hdr,'CMPINC' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%cmpinc
if( chk( hdr,'NZYEAR' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%nzyear
if( chk( hdr,'NZJDAY' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%nzjday
if( chk( hdr,'NZHOUR' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%nzhour
if( chk( hdr,'NZMIN' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%nzmin
if( chk( hdr,'NZSEC' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%nzsec
if( chk( hdr,'NZMSEC' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%nzmsec
if( chk( hdr,'NPTS' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%npts
if( chk( hdr,'IFTYPE' ) .or. is_all ) write(STDOUT,'(I7)' ) sh%iftype
if( chk( hdr,'KSTNM' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%kstnm)
if( chk( hdr,'KEVNM' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%kevnm)
if( chk( hdr,'KCMPNM' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%kcmpnm)
if( chk( hdr,'T0' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T0
if( chk( hdr,'T1' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T1
if( chk( hdr,'T2' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T2
if( chk( hdr,'T3' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T3
if( chk( hdr,'T4' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T4
if( chk( hdr,'T5' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T5
if( chk( hdr,'T6' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T6
if( chk( hdr,'T7' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T7
if( chk( hdr,'T8' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T8
if( chk( hdr,'T9' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%T9
if( chk( hdr,'KT0' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT0)
if( chk( hdr,'KT1' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT1)
if( chk( hdr,'KT2' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT2)
if( chk( hdr,'KT3' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT3)
if( chk( hdr,'KT4' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT4)
if( chk( hdr,'KT5' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT5)
if( chk( hdr,'KT6' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT6)
if( chk( hdr,'KT7' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT7)
if( chk( hdr,'KT8' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT8)
if( chk( hdr,'KT9' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KT9)
if( chk( hdr,'USER0' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER0
if( chk( hdr,'USER1' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER1
if( chk( hdr,'USER2' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER2
if( chk( hdr,'USER3' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER3
if( chk( hdr,'USER4' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER4
if( chk( hdr,'USER5' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER5
if( chk( hdr,'USER6' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER6
if( chk( hdr,'USER7' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER7
if( chk( hdr,'USER8' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER8
if( chk( hdr,'USER9' ) .or. is_all ) write(STDOUT,'(F12.4)') sh%USER9
if( chk( hdr,'KUSER0' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KUSER0)
if( chk( hdr,'KUSER1' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KUSER1)
if( chk( hdr,'KUSER2' ) .or. is_all ) write(STDOUT,'(A)' ) trim(sh%KUSER2)
else
if( chk( hdr,'DELTA' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " DELTA = ", sh%delta
if( chk( hdr,'DEPMIN' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " DEPMIN = ", sh%depmin
if( chk( hdr,'DEPMAX' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " DEPMAX = ", sh%depmax
if( chk( hdr,'B' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " B = ", sh%b
if( chk( hdr,'E' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " E = ", sh%e
if( chk( hdr,'O' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " O = ",sh%o
if( chk( hdr,'A' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " A = ",sh%a
if( chk( hdr,'STLA' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " STLA = ",sh%stla
if( chk( hdr,'STLO' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " STLO = ",sh%stlo
if( chk( hdr,'STEL' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " STEL = ",sh%stel
if( chk( hdr,'STDP' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " STDP = ",sh%stdp
if( chk( hdr,'EVLA' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " EVLA = ",sh%evla
if( chk( hdr,'EVLO' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " EVLO = ",sh%evlo
if( chk( hdr,'EVEL' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " EVEL = ",sh%evel
if( chk( hdr,'EVDP' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " EVDP = ",sh%evdp
if( chk( hdr,'MAG' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " MAG = ",sh%mag
if( chk( hdr,'DIST' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " DIST = ",sh%dist
if( chk( hdr,'AZ' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " AZ = ",sh%az
if( chk( hdr,'BAZ' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " BAZ = ",sh%baz
if( chk( hdr,'GCARC' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " GCARC = ",sh%gcarc
if( chk( hdr,'DEPMEN' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " DEPMEN = ",sh%depmen
if( chk( hdr,'CMPAZ' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " CMPAZ = ",sh%cmpaz
if( chk( hdr,'CMPINC' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " CMPINC = ",sh%cmpinc
if( chk( hdr,'NZYEAR' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NZYEAR = ",sh%nzyear
if( chk( hdr,'NZJDAY' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NZJDAY = ",sh%nzjday
if( chk( hdr,'NZHOUR' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NZHOUR = ",sh%nzhour
if( chk( hdr,'NZMIN' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NZMIN = ",sh%nzmin
if( chk( hdr,'NZSEC' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NZSEC = ",sh%nzsec
if( chk( hdr,'NZMSEC' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NZMSEC = ",sh%nzmsec
if( chk( hdr,'NPTS' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " NPTS = ",sh%npts
if( chk( hdr,'IFTYPE' ) .or. is_all ) write(STDOUT,'(A,I7)' ) " IFTYPE = ",sh%iftype
if( chk( hdr,'KSTNM' ) .or. is_all ) write(STDOUT,'(A)' ) " KSTNM = '"//trim(sh%kstnm)//"'"
if( chk( hdr,'KEVNM' ) .or. is_all ) write(STDOUT,'(A)' ) " KEVNM = '"//trim(sh%kevnm)//"'"
if( chk( hdr,'KCMPNM' ) .or. is_all ) write(STDOUT,'(A)' ) " KCMPNM = '"//trim(sh%kcmpnm)//"'"
if( chk( hdr,'T0' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T0 = ", sh%T0
if( chk( hdr,'T1' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T1 = ", sh%T1
if( chk( hdr,'T2' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T2 = ", sh%T2
if( chk( hdr,'T3' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T3 = ", sh%T3
if( chk( hdr,'T4' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T4 = ", sh%T4
if( chk( hdr,'T5' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T5 = ", sh%T5
if( chk( hdr,'T6' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T6 = ", sh%T6
if( chk( hdr,'T7' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T7 = ", sh%T7
if( chk( hdr,'T8' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T8 = ", sh%T8
if( chk( hdr,'T9' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " T9 = ", sh%T9
if( chk( hdr,'KT0' ) .or. is_all ) write(STDOUT,'(A)' ) " KT0 = '"//trim(sh%KT0)//"'"
if( chk( hdr,'KT1' ) .or. is_all ) write(STDOUT,'(A)' ) " KT1 = '"//trim(sh%KT1)//"'"
if( chk( hdr,'KT2' ) .or. is_all ) write(STDOUT,'(A)' ) " KT2 = '"//trim(sh%KT2)//"'"
if( chk( hdr,'KT3' ) .or. is_all ) write(STDOUT,'(A)' ) " KT3 = '"//trim(sh%KT3)//"'"
if( chk( hdr,'KT4' ) .or. is_all ) write(STDOUT,'(A)' ) " KT4 = '"//trim(sh%KT4)//"'"
if( chk( hdr,'KT5' ) .or. is_all ) write(STDOUT,'(A)' ) " KT5 = '"//trim(sh%KT5)//"'"
if( chk( hdr,'KT6' ) .or. is_all ) write(STDOUT,'(A)' ) " KT6 = '"//trim(sh%KT6)//"'"
if( chk( hdr,'KT7' ) .or. is_all ) write(STDOUT,'(A)' ) " KT7 = '"//trim(sh%KT7)//"'"
if( chk( hdr,'KT8' ) .or. is_all ) write(STDOUT,'(A)' ) " KT8 = '"//trim(sh%KT8)//"'"
if( chk( hdr,'KT9' ) .or. is_all ) write(STDOUT,'(A)' ) " KT9 = '"//trim(sh%KT9)//"'"
if( chk( hdr,'USER0' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER0 = ", sh%USER0
if( chk( hdr,'USER1' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER1 = ", sh%USER1
if( chk( hdr,'USER2' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER2 = ", sh%USER2
if( chk( hdr,'USER3' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER3 = ", sh%USER3
if( chk( hdr,'USER4' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER4 = ", sh%USER4
if( chk( hdr,'USER5' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER5 = ", sh%USER5
if( chk( hdr,'USER6' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER6 = ", sh%USER6
if( chk( hdr,'USER7' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER7 = ", sh%USER7
if( chk( hdr,'USER8' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER8 = ", sh%USER8
if( chk( hdr,'USER9' ) .or. is_all ) write(STDOUT,'(A,F12.4)') " USER9 = ", sh%USER9
if( chk( hdr,'KUSER0' ) .or. is_all ) write(STDOUT,'(A)' ) " KUSER0 = '"//trim(sh%KUSER0)//"'"
if( chk( hdr,'KUSER1' ) .or. is_all ) write(STDOUT,'(A)' ) " KUSER1 = '"//trim(sh%KUSER1)//"'"
if( chk( hdr,'KUSER2' ) .or. is_all ) write(STDOUT,'(A)' ) " KUSER2 = '"//trim(sh%KUSER2)//"'"
end if
contains
function chk( c_in, c_ref )
character(*), intent(in) :: c_in
character(*), intent(in) :: c_ref
logical :: chk
character(256) :: c_in2
c_in2=trim(c_in)
call lw2up(c_in2)
if( trim(c_in) == trim(c_ref) ) then
chk = .true.
else if ( trim(c_in2) == trim(c_ref) ) then
chk = .true.
else
chk = .false.
end if
end function chk
subroutine up2lw(cc)
! Upper case to lower case converter
character(*), intent(inout) :: cc
integer :: n
integer :: i
n=len_trim(cc)
do i=1, n
if( 65 <= ichar(cc(i:i)) .and. ichar(cc(i:i)) <= 90 ) then
cc(i:i) = char(ichar(cc(i:i))+32)
end if
end do
write(STDERR,*) trim(cc)
end subroutine up2lw
subroutine lw2up(cc)
! lower case to upper case converter
character(*), intent(inout) :: cc
integer :: n
integer :: i
n=len_trim(cc)
do i=1, n
if( 97 <= ichar(cc(i:i)) .and. ichar(cc(i:i)) <=1220 ) then
cc(i:i) = char(ichar(cc(i:i))-32)
end if
end do
end subroutine lw2up
end program rsachead
!------------------------------------------------------------------------------!