Lynette:

I reran the processor for the 4 locations at local midnight, 
saving ascii data for each frame corresponding to the plots.
The files are in http://download.hao.ucar.edu/pub/foster/hecht:

ftp         1531 Dec  2 10:42 rdascii.pro
ftp      2452320 Dec  1 22:48 yr04.adela-alice.d1-365.cgm
ftp      1930568 Dec  1 22:48 yr04.adela-alice.d1-365.dat
ftp      8632778 Dec  1 22:48 yr04.adela-alice.d1-365.ps
ftp      2342880 Dec  2 10:13 yr04.albuq-ftcol.d1-365.cgm
ftp      1930568 Dec  2 10:13 yr04.albuq-ftcol.d1-365.dat
ftp      8992697 Dec  2 10:13 yr04.albuq-ftcol.d1-365.ps
ftp      1365120 Dec  2 09:16 yr04.arecibo.d1-365.cgm
ftp       965284 Dec  2 09:16 yr04.arecibo.d1-365.dat
ftp      5290328 Dec  2 09:16 yr04.arecibo.d1-365.ps
ftp      1143360 Dec  2 11:45 yr04.maui.d1-365.cgm
ftp       965284 Dec  2 11:45 yr04.maui.d1-365.dat
ftp      4110434 Dec  2 11:45 yr04.maui.d1-365.ps

The .cgm and .ps files are the same plots that Ray sent earlier,
except that the Maui ut's are 10 instead of 13 (because Maui lon 
of -156/15 -> ut=~10 at local midnight). The ascii data that went 
into the plots is in the .dat files, with a 4-line header preceding 
each "frame" of data. x and y are given, followed immediately by 
the data, either 1d or 2d.

I've included a small IDL procedure, rdascii.pro, that shows
how the .dat files can be read. It will print data and/or make 
crude plots of each frame.

For now, I am not sending netcdf files, since the processor 
only saves global data in netcdf files. They would be quite large
(~1 GB), and we would have to save 4 files because of the change
in ut. Later, I may be able to add the ability to save netcdf files 
of ut vs height at selected locations, or use NCO to extract locations 
from the global netcdf files.

We do have hourly model histories for the year, and will experiment 
with how to best make that data available as well.

--Ben