INP=A Input IBIS tabular file containing the
input tiepoints. If INP is specified
then the tiepoints will be taken from
the IBIS interface file rather than the
TIEPOINT parameter or the parameter
data set.
COLS=(C1,C2,C3,C4) Columns in the IBIS tabular file that
contain the tiepoints. C1 has new line,
C2 has new sample, C3 has old line, and
C4 has old sample.
OUT=B Output parameter data set containing
gridded tiepoints suitable for the
GEOM programs.
by routine XVPOUT. This data set con-
tains keywords and data for TIEPOINT
NAH and NAV and can be used instead
of specifying these keywords in the
TAE COMMAND LINE.
TIEPOINT=(NL1,NS1, these specify the input tiepoint
OL1,OS1, . . ., pairs for GEOM applications.
NLk,NSk,OLk,OSk) Maximum k is 100.
TIEPOINT=(NL1,NS1, this form of parameter specifies
DZ1, . . .,NLk, the input tiepoint pairs for GEOMZ
NSk, DZk) applications or image surface
generation. Maximum k is 133.
NAH=n the integer n specifies the number
of grid cells horizontally in the
output grid (default is 30 except
in the case of LGEOM which is 10).
NAV=m the integer m specifies the number
of grid cells vertically in the
output grid (default is 30 except
in the case of LGEOM which is 10).
MINL=w the integers w, x, y, z define the
MINS=x lower and upper bounds of the
MAXL=y output grid in terms of line and
MAXS=z sample. The default is to make the
grid exactly contain the convex
hull of the input tiepoints.
MINL=w the integers w, x, y, z define the
MINS=x lower and upper bounds of the
MAXL=y output grid in terms of line and
MAXS=z sample. The default is to make the
grid exactly contain the convex
hull of the input tiepoints.
MINL=w the integers w, x, y, z define the
MINS=x lower and upper bounds of the
MAXL=y output grid in terms of line and
MAXS=z sample. The default is to make the
grid exactly contain the convex
hull of the input tiepoints.
MINL=w the integers w, x, y, z define the
MINS=x lower and upper bounds of the
MAXL=y output grid in terms of line and
MAXS=z sample. The default is to make the
grid exactly contain the convex
hull of the input tiepoints.
REJECT=r the floating point value r
specifies a radius within which
separate points will be considered
as duplicate points (default is
.01).
GEOMA this keyword specifies that the
output dataset is to be formatted
for GEOMA or POLYGEOM use. The
output disk dataset will contain
the proper GEOMA or POLYGEOM
keywords and format so that no
addition parameters need to be
specified unless desired.
GEOMZ this keyword specifies that the
output is to be formatted for GEOMZ
use. The output disk dataset will
contain the proper GEOMZ keywords
and format so that no additional
parameters need to be specified
unless desired.
LGEOM this keyword specifies that the
output is to be formatted for LGEOM
use. The output disk dataset will
contain the proper LGEOM keywords
and format so that no additional
parameters need to be specified
unless desired. The user is
cautioned to observe LGEOM
application size limitations.
MGEOM this keyword specifies that the
output is to be formatted for MGEOM
use. The output disk dataset will
contain proper MGEOM keywords and
format so that no additional
keywords need to be specified
unless desired.
ABEND=ABEND specifies that the routine should
or 'ABEND abend if duplicate points are
found.
PLOT=PLOT bypasses tiepoint generation phase.
or 'PLOT creates graphics file of triangulation
for plotting.
'NOPRINT Keyword to suppress printout.