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--- mapserver [2020/02/14 09:58]
noji created
+++ mapserver [2024/02/19 08:46] (current)
noji Added a description in case of a server error.
@@ Line 1: / Line 1: @@
 ====== Generating Inverse Maps for Data Analysis ======
-As of February 2020, inverse maps are to be generated by the user on a Mac mini which is set up in Data-U6 (see the picture below).
+As of October 2022, S800 inverse maps can be generated by the map server accessible at https://maps.frib.msu.edu/
-{{ :2020-02-13-15.53.01.jpg?nolink |}}
 ==== Basic Usage ====
-Usually, this Mac is ready to use. Open the main page (localhost/~s800maps/) and type in what is necessary, including the excitation currents for the four magnets of the spectrograph, Q1 (I256QA), Q2 (I258QB), D1 (I265DS), and D2 (I259DS). These current values can be found in the beam line savesets files that can be accessed at https://groups-int.nscl.msu.edu/a1900/archive/barney/list_savesets.php?dir=BeamLines/I%20Line (Note that this is only visible from the internal network in the lab). Everything else should be self-explanatory. See the screenshot below.
+The use of the map server should be self-explanatory. See the screenshot below. Open the web interface and type in what is necessary, including the excitation currents for the four magnets of the spectrograph, namely
+  * Q1 or I256QA (old) or Q_D2566 (new)
+  * Q2 or I258QB (old) or Q_D2572 (new)
+  * D1 or I265DS (old) or DV_D2597 (new)
+  * D2 or I269DS (old) or DV_D2648 (new)
+These current values can be found in the beamline savesets files that can be accessed at I:\departments\AcceleratorPhysics\EXP-AP\savesets\hlc_th_exp (or on the EXP network the path is /files/shared/ap/savesets/hlc_th_exp/). Note that this is only visible from the internal network in the lab. (Cf. Although not neede for the S800 analysis, the savesets files for ARIS can be found in I:\departments\AcceleratorPhysics\FTC-AP\savesets\hlc_vps )
-{{ :screen_shot_2020-02-13_at_3.50.45_pm.png?nolink |}}
+{{::screen_shot_2023-03-29_at_11.00.21_am.png|}}
 When the inverse map is successfully calculated, this should be sent out to the email address that has been typed in. The inverse-map file "invmap.inv" is simply a text file (ASCII) which looks like this.
@@ Line 15: / Line 18: @@
 {{ :screenshot_2020-02-14_09.56.09.png?nolink |}}
-==== Starting from Scratch ====
+If you encounter an error screen like the one shown below, it is likely that the server has issues with the configurations. Please contact an S800 Instrument Scientist (pereira@frib.msu.edu or noji@frib.msu.edu).
-If you need to login, please choose the account "s800maps". As is the case for the other S800 software account, __the password can be found in the S800 binder that is kept in the data-U1 logbook cabinet__.
-The inverse-map calculation is done with AppleScript which invokes [[https://www.wavemetrics.com/products/igorpro|Igor Pro]] from [[https://www.wavemetrics.com/|WaveMetrcs]], as well as [[https://bt.pa.msu.edu/index_cosy.htm|COSY Infinity]], [[https://www.barebones.com/products/bbedit/|BBEdit]], and Mail.app.
-It is necessary to start Igor before inverse maps can be calculated. Start Igor Pro (Igor64) and open an experiment "S800QBphi". This should be show up in the list of "Recent Experiments" found in the "File" menu.
+{{:wiki:mapserver_error.png|}}
 ==== Other Information ====
 Some practical information can be found at [[https://github.com/pcbend/GRUTinizer/wiki/S800-Inverse-Map---All-of-Your-Questions-Answered|S800 Inverse Map All of Your Questions Answered]] in Peter Bender's Git repository.

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