.de BR
.in 0
.in +8n
.ti -3n
..


.Th SHIFT
.S2 SUMMARY:
SUMMARY:
Generate 3 component seismogram for moment tensor

MomentTensor TO [ZRT|ZNE|Z|R|T] Mw mw Az az [Baz baz] STK stk DIP dip RAKE rake FILE fileproto

.S2 INPUT:
ZRT            : generate ZRT components named T.Z T.R T.T
.BR
   ZNE             :  generate  ZNE  components  named  T.Z  T.N   T.E
.BR
        (requires back azimuth)
.BR
   Z              : generate Z component named T.Z
.BR
   R              : generate R component named T.R
.BR
   T              : generate T component named T.T
.BR
   N               :  generate  N  component  named T.N (requires back
        azimuth baz)
.BR
   E              : generate E  component  named  T.E  (requires  back
        azimuth baz)
.BR
   Mw  mw           :  Moment  magnitude  (default 2.60 (for log Mo=20
        )).This is converted to Moment using Mw = 2/3(log Mo  -  16.1)
        Mo in dyne-cm
.BR
   Az az          : source to receiver azimuth. (default 0)
.BR
   Baz  baz         :  back  azimuth  (e.g.,  from receiver to source)
        (default mod(az+180,360). Note for teleseisms use the true baz
.BR
   STK stk        : strike of double couple model
.BR
   DIP dip        : dip of double couple model
.BR
   RAKE rake      : rake off double couple model
.BR
   FILE fileproto : full path of Green's function prototype
.S2 DESCRIPTION:

     This program accesses the Green s functions and generates a three
     component ground velocity  seismogram  in  units  off  m/s.   The
     command         used         the         fileproto,         e.g.,
     /home/rbh/PROGRAMS.310t/GREEN/nnCIA.REG/0005/011500005  and  adds
     the  suffix  .ZDD  etc  to  find  the Greens functions, which are
     combined to make a  three  component  seismogram  for  the  given
     mechanism and moment

.S2 EXAMPLES:

.S2 SEE ALSO
