Difference between revisions of "Working with L1688"
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There are a LOT of things on this Wiki, very few of which are arranged linearly. The Wiki is a web, after all, so there are links interwoven all over the place. However, we do realize that this can be frustrating for new users, so here is a single analysis chain, start to finish, with the products already done so that you can step into and out of the process as you want or need. | There are a LOT of things on this Wiki, very few of which are arranged linearly. The Wiki is a web, after all, so there are links interwoven all over the place. However, we do realize that this can be frustrating for new users, so here is a single analysis chain, start to finish, with the products already done so that you can step into and out of the process as you want or need. | ||
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| + | [[media:l1688.tar.gz|Download the tarball with all my reduced images and data tables here.]] | ||
=Downloading the data= | =Downloading the data= | ||
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| + | [[How do I download data from the Spitzer Telescope? | Go here]] and follow the tutorial. Search on L1688. Find the AORs, download the IRAC and MIPS mosaics. The data I'm using for this example are all from pid 177, but you should investigate the coverage of the other programs too. | ||
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| + | It turns out, though, that L1688 is part of the c2d Legacy program (pid 177 is part of that), so you may also wish to consult the [[How can I find already-reduced Spitzer data? | page on already-reduced Spitzer data]]. | ||
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| + | =Making the mosaics= | ||
Revision as of 23:01, 13 May 2008
There are a LOT of things on this Wiki, very few of which are arranged linearly. The Wiki is a web, after all, so there are links interwoven all over the place. However, we do realize that this can be frustrating for new users, so here is a single analysis chain, start to finish, with the products already done so that you can step into and out of the process as you want or need.
Download the tarball with all my reduced images and data tables here.
Downloading the data
Go here and follow the tutorial. Search on L1688. Find the AORs, download the IRAC and MIPS mosaics. The data I'm using for this example are all from pid 177, but you should investigate the coverage of the other programs too.
It turns out, though, that L1688 is part of the c2d Legacy program (pid 177 is part of that), so you may also wish to consult the page on already-reduced Spitzer data.
