Custom Query (2425 matches)

At the start of season 2017 level2pass2 became the normal level2. But in /data/exp 2017 still has a level2pass2 folder that only contains test data. This confuses the GRL() function in phys_services.goodrunlist, as it attempts to load good run numbers both from the regular level2 2017 good run list and the level2pass2 2017 good run list (and therefore gets duplicates).

The recomendation to use GRL() comes from ​https://wiki.icecube.wisc.edu/index.php/Offline_Processing_L2_and_L3#Find_the_Data_Folder_and_the_GCD_File

A minimal working example is:

from icecube.phys_services.goodrunlist import GRL
grl=GRL(pass2=True)

and the error message is:

Exception                                 Traceback (most recent call last)
<ipython-input-2-5b8490a4870d> in <module>()
----> 1 grl=GRL(pass2=True)

/home/aburgman/icecode/meta-projects/icerec/V05-02-04/RHEL_7_x86_64/lib/icecube/phys_services/goodrunlist.pyc in GRL(pass2)
    422 
    423     for l in lists:
--> 424         grl.load(l)
    425 
    426     return grl

/home/aburgman/icecode/meta-projects/icerec/V05-02-04/RHEL_7_x86_64/lib/icecube/phys_services/goodrunlist.pyc in load(self, path)
    285                 data['pass'] = 1 if not pass2 else 2
    286 
--> 287                 self.add_run(data)
    288 
    289         if ic79_pass1_mode:

/home/aburgman/icecode/meta-projects/icerec/V05-02-04/RHEL_7_x86_64/lib/icecube/phys_services/goodrunlist.pyc in add_run(self, data)
    299 
    300         if self.has_run(run_id):
--> 301             raise Exception("Run {run_id} has already been added to the GRL.".format(run_id = run_id))
    302 
    303         def convert_to_number(num, num_decimals):

Exception: Run 129550 has already been added to the GRL.

The operator= is defined for I3Geometry but is not implemented in the cxx. Linking against it fails with: undefined reference to `I3Geometry::operator=(I3Geometry const&)'

It is not possible to inject a supernova signal into the root files from 2018 and into some from 2017 with sni3_sn_sim.