comp.lang.idl-pvwave archive
Messages from Usenet group comp.lang.idl-pvwave, compiled by Paulo Penteado

Home » Public Forums » archive » Re: is there any IDL code for 6S atmosphere model?
Show: Today's Messages :: Show Polls :: Message Navigator
E-mail to friend 
Switch to threaded view of this topic Create a new topic Submit Reply
Re: is there any IDL code for 6S atmosphere model? [message #56349] Thu, 18 October 2007 09:48
henrygroe is currently offline  henrygroe
Messages: 30
Registered: August 2003
Member
On Oct 18, 5:16 am, Tal <t...@bar-kal.com> wrote:
>> 6s means
>> " second_simulation_of_the_satellite_signal_in_the_solar_spect rum ",it
>> is a common atmosphere model in remote sensing domain.
>
> Henry,
> You are asking for a Rolce Royce, for free...
> People spent lots of time and work to do what you ask for.
>
> To be more specific:
> Basically every commercial atmospheric correction tool available for
> sale is based on 6S or 5S.
> there is one code that is available just for interacting with the
> database and extract data from it called MODO. hHwever bear in mind
> this is the 5S code, but it will do for most applications. it is even
> written in IDL. it serves as a straightforward mean for providing some
> information required by atmospheric correction software such as ACORN,
> ATCOR, ATREM, etc. (path radiance, solar irradiance, radiance at
> sensor etc.). MODO is designed to work specifically with ATCOR tough.
> See this link for more information:http://www.rese.ch/modo/index.html
>
> Note: the MODO page was last updated a year ago. contacthttp://www.rese.ch/about.htmlto figure out if it will solve your
> problem and if it is updated to 6S.
>
> cheers,
> Tal

To clarify: It wasn't me asking for this. In fact, I had never
even heard of this 6S thing....

-Henry
Re: is there any IDL code for 6S atmosphere model? [message #56360 is a reply to message #56349] Thu, 18 October 2007 05:16 Go to previous message
Tal is currently offline  Tal
Messages: 26
Registered: August 2007
Junior Member
> 6s means
> " second_simulation_of_the_satellite_signal_in_the_solar_spect rum ",it
> is a common atmosphere model in remote sensing domain.

Henry,
You are asking for a Rolce Royce, for free...
People spent lots of time and work to do what you ask for.

To be more specific:
Basically every commercial atmospheric correction tool available for
sale is based on 6S or 5S.
there is one code that is available just for interacting with the
database and extract data from it called MODO. hHwever bear in mind
this is the 5S code, but it will do for most applications. it is even
written in IDL. it serves as a straightforward mean for providing some
information required by atmospheric correction software such as ACORN,
ATCOR, ATREM, etc. (path radiance, solar irradiance, radiance at
sensor etc.). MODO is designed to work specifically with ATCOR tough.
See this link for more information: http://www.rese.ch/modo/index.html

Note: the MODO page was last updated a year ago. contact
http://www.rese.ch/about.html to figure out if it will solve your
problem and if it is updated to 6S.

cheers,
Tal
Re: is there any IDL code for 6S atmosphere model? [message #56367 is a reply to message #56360] Wed, 17 October 2007 17:48 Go to previous message
highstone is currently offline  highstone
Messages: 10
Registered: August 2007
Junior Member
On Oct 18, 4:28 am, henryg...@gmail.com wrote:
> On Oct 16, 7:32 am, highstone <gaolei...@gmail.com> wrote:
>
>> if is,please tell me where it is ,thank you.
>
> You may want to be more specific.
> Many people may not know what you mean by "6S atmosphere model".
> (Myself, I interpret that to mean "6-stream radiative transfer".)
>
> cheers,
> -henry

6s means
" second_simulation_of_the_satellite_signal_in_the_solar_spect rum ",it
is a common atmosphere model in remote sensing domain.
  Switch to threaded view of this topic Create a new topic Submit Reply
Previous Topic: RGB False color
Next Topic: Re: RGB False color

-=] Back to Top [=-
[ Syndicate this forum (XML) ] [ RSS ] [ PDF ]

Current Time: Sat Oct 11 06:45:38 PDT 2025

Total time taken to generate the page: 1.28020 seconds