Jing,

H version 5, which is now almost ready for release, runs down to 300
nm. As for help with your specific problem (since I don't know exactly
what you've done to extend your copy of version 4), contact Lydia
Sundman at Lsundman@.... We can send you our extended
version of the RADTRAN sky code as used in H5, which might help cure
your irradiance problem between 300 and 350.

Curt

cindyzju wrote:

> hi, everybody
>
> I am trying to extend the hydrolight simulation up to 300nm. Here
> is what I did. I extended gcirrad.txt file to 300 nm as well as input
> data for all the water components. During the calculation it
> shows "astar error" up to 350nm on the terminal. Water IOP are
> calculated properly but irradiance is not calculated correctly from 300
> to 350 nm. Do we need to change anything else in the input file or in
> the program so that it can perform the simulation up to 300nm properly?
>
> thanks
> Jing
>
>


--
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Curtis D. Mobley, Ph.D.
Vice President and Senior Scientist
Sequoia Scientific, Inc.
2700 Richards Road, Suite 107
Bellevue, WA 98005
voice: 425-641-0944 ext 109
fax: 425-643-0595
email: curtis.mobley@...
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