Index: trunk/Ohana/doc/www/html/Elixir-DB/gastro.htm
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--- trunk/Ohana/doc/www/html/Elixir-DB/gastro.htm	(revision 4722)
+++ 	(revision )
@@ -1,104 +1,0 @@
-<meta name=file  content=gastro>
-<meta name=title content=gastro>
-<meta name=page  content=gastro>
-
-<p>
-The gastro program determines the astrometric transformation for an
-image based on the cmp/smp file.  This file contains both the table of
-object data and the complete image FITS header.  Using the header
-astrometric information as a starting point, gastro loads the
-reference astrometry objects appropriate for the region and determines
-the matching objects between the image and the reference.  These
-objects are used, with iteration to improve the sample, to determine
-the astrometric transformation with up to 3rd order polynomials.  
-
-<pre>
-gastro filtname.cmp
-options:
-  -h
-  -help
-  -v
-  -p (photcode)
-  -plot
-  -maglims
-  -nstars
-  -fx
-  -fy
-  -coords (ra) (dec)
-  -dump
-  -mdmp
-  -cdmp
-  -loneos
-
-gastro configuration variables:
-OFFSET_RADIUS     - max allowed offset in gcenter
-MIN_MATCHES       - min number of matched stars for linear fit
-MINIMUM_RADIUS    - target matching radius in gfit iterations
-MAX_ERROR         - maximum allowed error in solution
-MAX_NONLINEAR     - maximum angle between axes
-MAX_PRECISE       - unused?
-DEFAULT_RADIUS    - unused?
-
-ROUGH_ASTROMETRY  - source of initial astrometry terms
-
-CCD_PC1_1         - initial guess pc1_1
-CCD_PC2_2         - initial guess pc2_2
-CCD_PC1_2         - initial guess pc1_2
-CCD_PC2_1         - initial guess pc2_1
-ASEC_PIX          - initial guess arcsec / pix
-
-POLAR_ALIGNMENT   - provide polar alignment of telescope mount?
-POLAR_AXIS_RA     - RA of telescope polar axis
-POLAR_AXIS_DEC    - DEC of telescope polar axis
-RA_OFFSET         - RA offset
-DEC_OFFSET        - DEC offset (degenerate?)
-
-NFIELD            - select stars from region NFIELD x detector size
-NPOLYTERMS	  - number of orders to allow
-MMIN              - minimum magnitude of allowed star 
-ROT_ZERO          - zero of tested rotation range
-dROT              - rotation step size
-NROT              - number of rotation tests = 2NROT + 1
-GSCFILE           - name of HST GSC table file
-GSCDIR            - name of HST GSC data directory
-LONEOS_REGIONS    - table of location coordinates
-USNO_CDROM        - name of USNO data directory
-ASTRO_REFCAT      - reference catalog format to read
-CATDIR            - name of ptolemy database
-PHOTCODE_FILE     - table of photcodes 
-
-gastro2 configuration variables:
-OFFSET_RADIUS     - unused
-MIN_MATCHES	  - unused
-DEFAULT_RADIUS	  - unused
-MINIMUM_RADIUS	  -
-MAX_ERROR	  -
-MAX_NONLINEAR	  -
-MAX_PRECISE	  -
-CCD_PC1_1	  -
-CCD_PC2_2	  -
-CCD_PC1_2	  -
-CCD_PC2_1	  -
-ASEC_PIX	  -
-NFIELD		  -
-NPOLYTERMS	  -
-ROT_ZERO	  -
-dROT		  -
-NROT		  -
-POLAR_ALIGNMENT	  -
-GSCFILE		  -
-GSCDIR		  -
-2MASS_DIR         -
-POLAR_AXIS_RA     -
-POLAR_AXIS_DEC    -
-RA_OFFSET         -
-DEC_OFFSET        -
-LONEOS_REGIONS    - 
-USNO_CDROM        -
-ASTRO_REFCAT      - 
-CATDIR            - 
-ROUGH_ASTROMETRY  - 
-PHOTCODE_FILE     -
-GASTRO_MAX_NSTARS -
-
-</pre>
Index: trunk/Ohana/doc/www/html/Elixir-DB/gcompare.htm
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--- trunk/Ohana/doc/www/html/Elixir-DB/gcompare.htm	(revision 4722)
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@@ -1,21 +1,0 @@
-<meta name=file  content=gcompare>
-<meta name=title content=gcompare>
-<meta name=page  content=gcompare>
-
-<p>
-The gcompare program determines compares two lists of objects with X,Y
-coordinates and prints the matched entries.  A radius of matched is
-given, and all pairs of objects between the two lists which lie within
-the given radius are printed.  The delta coordinates may also be
-optionally printer, or the unmatched objects in either the first or
-second list.  An offset for the center can be optionally applied.
-
-<pre>
-gcompare file1 Nx Ny file2 Nx Ny radius [options]
-options:
- -d
- -m
- -n1
- -n2
- -c x y
-</pre>
Index: trunk/Ohana/doc/www/html/Elixir-DB/imclean.htm
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--- trunk/Ohana/doc/www/html/Elixir-DB/imclean.htm	(revision 4722)
+++ 	(revision )
@@ -1,24 +1,0 @@
-<meta name=file  content=imclean>
-<meta name=title content=imclean>
-<meta name=page  content=imclean>
-
-<p>
-The imclean program converts the basic photometry output list from
-dophot, sextractor, or gophot, into a standard format for other Elixir
-subsystems, with both the table of object data and the complete image
-FITS header. 
-
-<pre>
-imclean filename.fits filename.obj filtname.cmp
-imclean -sex filename.fits filename.sx filename.smp
-options:
-  -h
-  -help
-  -v
-  -coords (ra) (dec)
-  -p (photcode)
-  -astrom (file)
-  -sex
-  -chad
-  -key KEYWORD VALUE
-</pre>
Index: trunk/Ohana/doc/www/html/Elixir-DB/index.htm
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--- trunk/Ohana/doc/www/html/Elixir-DB/index.htm	(revision 4726)
+++ trunk/Ohana/doc/www/html/Elixir-DB/index.htm	(revision 4726)
@@ -0,0 +1,18 @@
+<meta name=file  content=Foobar>
+<meta name=title content=Elixir Database Tools>
+<meta name=page  content=Elixir Database Tools>
+
+This section describes Elixir Database interface tools provided by
+Ohana.  The Elixir database consists of the following tables:
+
+<ul>
+<li> imreg : all of the raw images
+<li> detrend : the master detrend images
+<li> photcode : the nominal filter transformation information
+<li> zeropoints : the measured zero-point data values
+<li> transparency : the measured transpareny over long periods (nights or lunations)
+</ul>
+
+In addition, the DVO program is used to maintain a database of the
+photometric measurements of all detected objects.  DVO is described in
+a separate section.
