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--- cosy_installation [2018/08/23 15:03]
couder
+++ cosy_installation [2018/09/10 12:08] (current)
schatz
@@ Line 15: / Line 15: @@
 : Download all the file provided on step 3 of the download page and store them in a dedicated folder.
-: If you are using the intel fortran compiler, just use make in your terminal in the correct folder to compile.
+: If you are using the intel fortran compiler, just use make in your terminal in the correct folder to compile. However, you may need to comment out the part that is related to PGPlot to compile.
 <code> #: make </code>
@@ Line 32: / Line 32: @@
 </code>
+Note: I strongly suggest (and provided in the example avove) to comment the need for PGplot out.
 With all compiler (other than the intel one) you will also have to edit the file dafox.f to replace line 1403 with line 1408.
@@ Line 101: / Line 102: @@
 __If you are using MacOSX:__
-See the instruction for Linux and ... finger crossed.
+You can of course follow the Linux instructions to get the latest version.
+Alternatively, according to the COSY Infinity support team the installation package of version 9.2 is good for running COSY 10.1 beam physics environment. After installing the v9.2 you should be able to run the “cosy.fox” file (from http://cosy.pa.msu.edu/download/) which is basically the 10.1 beam physics package. This run will create the “COSY.bin” file (which corresponds to the 10.1 version) and by having it in your working directory you should be able to run any “.fox” file.
+This provides a somewhat nicer environment to run COSY
+__Note: If you see the following error:__
+<code> Note: The following floating-point exceptions are signalling: IEEE_UNDERFLOW_FLAG IEEE_DENORMAL </code> no panic, see the following: [[https://stackoverflow.com/questions/44308577/ieee-underflow-flag-ieee-denormal-in-fortran-77]]

JINA-CEE ION OPTICS SUMMER SCHOOL: JIOSS 2018

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