analysis/simulation_examples.py

=== stdout of analysis/tests/simulation_examples.py ===
[INFO] Steering file: /data/b2soft/buildbot/development/releases/current/analysis/tests/simulation_examples.py
[INFO] Steering file: /data/b2soft/buildbot/development/releases/current/analysis/examples/simulations/B2A111-SimulateMuonPairs.py

======================
  BeamParameters:Y4S
======================
Description: Setting of beam parameters. This module allows to set the beamparameters to be used by generators and analyis. One can either select from a list of predefined parameter sets or manually set the parameters to use.
Package:     generators
----------------------------------------------------------------------------------------
Parameter      Type        Default         Current                   Steering Descriptio
                                                                              n
----------------------------------------------------------------------------------------
angleXHER      float       0.0415          0.0415                    True     angle of
                                                                              the High
                                                                              Energy
                                                                              Ring in
                                                                              the x-z
                                                                              plane.
                                                                              Negative
                                                                              values are
                                                                              interprete
                                                                              d as pi -
                                                                              value
angleXLER      float       -0.0415         -0.0415                   True     angle of
                                                                              the Low
                                                                              Energy
                                                                              Ring in
                                                                              the x-z
                                                                              plane.
                                                                              Negative
                                                                              values are
                                                                              interprete
                                                                              d as pi -
                                                                              value
angleYHER      float       0.0             0.0                       False    angle of
                                                                              the High
                                                                              Energy
                                                                              Ring in
                                                                              the y-z
                                                                              plane.
                                                                              Negative
                                                                              values are
                                                                              interprete
                                                                              d as pi -
                                                                              value
angleYLER      float       0.0             0.0                       False    angle of
                                                                              the Low
                                                                              Energy
                                                                              Ring in
                                                                              the y-z
                                                                              plane.
                                                                              Negative
                                                                              values are
                                                                              interprete
                                                                              d as pi -
                                                                              value
covHER         list(float) [0.0]           [2.63169e-05]             True     covariance
                                                                              matrix of
                                                                              the High
                                                                              Energy
                                                                              Ring. This
                                                                              can either
                                                                              be one
                                                                              value
                                                                              which is
                                                                              the
                                                                              squared
                                                                              energy
                                                                              spread,
                                                                              three
                                                                              values cor
                                                                              responding
                                                                              to the
                                                                              variances
                                                                              of energy
                                                                              and the
                                                                              horizontal
                                                                              and
                                                                              vertial
                                                                              spread (E,
                                                                              theta_x,
                                                                              theta_y)
                                                                              or a full
                                                                              covariance
                                                                              matrix
                                                                              with 9
                                                                              elements
covLER         list(float) [0.0]           [5.640625e-06]            True     covariance
                                                                              matrix of
                                                                              the Low
                                                                              Energy
                                                                              Ring. This
                                                                              can either
                                                                              be one
                                                                              value
                                                                              which is
                                                                              the
                                                                              squared
                                                                              energy
                                                                              spread,
                                                                              three
                                                                              values cor
                                                                              responding
                                                                              to the
                                                                              variances
                                                                              of energy
                                                                              and the
                                                                              horizontal
                                                                              and
                                                                              vertial
                                                                              spread (E,
                                                                              theta_x,
                                                                              theta_y)
                                                                              or a full
                                                                              covariance
                                                                              matrix
                                                                              with 9
                                                                              elements
covVertex      list(float) [0.0]           [4.10915993064694e-07,    True     covariance
                                           0.0,                               matrix of
                                           -2.6480154862736073e-06,           the
                                           0.0, 1.7405e-11, 0.0,              nominal
                                           -2.6480154862522946e-06,           vertex
                                           0.0,                               position.
                                           0.00023796244287945182]            Can be
                                                                              either one
                                                                              value
                                                                              which is
                                                                              the common
                                                                              variance
                                                                              for all di
                                                                              rections,
                                                                              three
                                                                              values for
                                                                              the
                                                                              variance
                                                                              of x, y
                                                                              and z or a
                                                                              full
                                                                              covariance
                                                                              matrix
createPayload  bool        False           False                     False    if true
                                                                              create a
                                                                              database
                                                                              payload
                                                                              with the
                                                                              iov given
                                                                              with the
                                                                              payloadIov
                                                                              parameter
energyHER      float       7.0             7.004                     True     Energy of
                                                                              the High
                                                                              Energy
                                                                              Ring
energyLER      float       4.0             4.002                     True     Energy of
                                                                              the Low
                                                                              Energy
                                                                              Ring
generateCMS    bool        False           False                     False    if true,
                                                                              generate
                                                                              events in
                                                                              CMS, not
                                                                              lab system
payloadIov     list(int)   [0, 0, -1, -1]  [0, 0, -1, -1]            False    iov of the
                                                                              payload to
                                                                              be
                                                                              created.
                                                                              List of
                                                                              four
                                                                              numbers:
                                                                              first expe
                                                                              riment,
                                                                              first run,
                                                                              last exper
                                                                              iment,
                                                                              last run
smearDirection bool        True            True                      False    if true,
                                                                              smear beam
                                                                              direction
                                                                              when
                                                                              generating
                                                                              initial
                                                                              events
smearEnergy    bool        True            False                     True     if true,
                                                                              smear
                                                                              energy
                                                                              when
                                                                              generating
                                                                              initial
                                                                              events
smearVertex    bool        True            False                     True     if true,
                                                                              smear
                                                                              vertex
                                                                              position
                                                                              when
                                                                              generating
                                                                              initial
                                                                              events
vertex         list(float) [0.0, 0.0, 0.0] [0.0, 0.0, 0.0]           True     nominal
                                                                              vertex
                                                                              position


**************************************************************
 Geant4 version Name: geant4-11-01-patch-01    (10-February-2023)
                       Copyright : Geant4 Collaboration
                      References : NIM A 506 (2003), 250-303
                                 : IEEE-TNS 53 (2006), 270-278
                                 : NIM A 835 (2016), 186-225
                             WWW : http://geant4.org/
**************************************************************

[INFO] Starting event processing, random seed is set to '424e3654b7d31e373bed1418b274fc20e6c25eb23e9543c41b789167da656596'
[INFO] Conditions Database: found working server
	url = http://belle2db.sdcc.bnl.gov/b2s/rest/
[ERROR] Conditions Database: Cannot download information on global tag. Usually this means it doesn't exist and you misspelled the name
	server url = http://belle2db.sdcc.bnl.gov/b2s/rest/
	globaltag = main_2023-09-18
[FATAL] Conditions data: Problems with globaltag configuration, cannot continue  { function: void Belle2::Database::nextMetadataProvider() }
[INFO] ===Error Summary================================================================
[FATAL] Conditions data: Problems with globaltag configuration, cannot continue
[ERROR] Conditions Database: Cannot download information on global tag. Usually this means it doesn't exist and you misspelled the name
	server url = http://belle2db.sdcc.bnl.gov/b2s/rest/
	globaltag = main_2023-09-18
[INFO] ================================================================================
[ERROR] in total, 1 errors occurred during processing
=== stderr of analysis/tests/simulation_examples.py ===

======================================================================
FAIL: test_simulation_examples (__main__.ExamplesTest) [B2A111-SimulateMuonPairs.py]
Test supported simulation examples.
----------------------------------------------------------------------
Traceback (most recent call last):
  File "/data/b2soft/buildbot/development/releases/current/lib/Linux_x86_64/opt/b2test_utils_analysis.py", line 47, in _test_examples_dir
    self.assertEqual(result.returncode, 0)
AssertionError: 1 != 0

----------------------------------------------------------------------
Ran 1 test in 477.768s

FAILED (failures=1)
=== end analysis/tests/simulation_examples.py ===