add_shock_profiles#
- Lifecycle.add_shock_profiles(project, shock_profiles)#
Add shock profiles to a life cycle phase.
Available Since: 2023R2
- Parameters:
project (str) – Name of the Sherlock project
shock_profiles (list) –
List of shock profiles consisting of these properties:
- phase_namestr
Name of the life cycle phase to add the shock profile to.
- event_namestr
Name of the shock event.
- profile_namestr
Name of the shock profile.
- durationfloat
Pulse duration.
- duration_unitsstr
Pulse duration units. Options are
"ms"
,"sec"
,"min"
,"hr"
,"day"
, and"year"
.
- sample_ratefloat
Sample rate.
- sample_rate_unitsstr
Sample rate units. Options are
"ms"
,"sec"
,"min"
,"hr"
,"day"
, and"year"
.
- load_unitsstr
Load units. Options are:
"G"
,"m/s2"
,"mm/s2"
,"in/s2"
, and"ft/s2"
.
- freq_unitsstr
Frequency units. Options are
"HZ"
,"KHZ"
,"MHZ"
, and"GHZ"
.
- shock_profile_entrieslist
List of shock profile entries consisting of these properties:
- shapestr
Shape of the shock profile entry. Options are
"FullSine"
,"HalfSine"
,"Haversine"
,"Triangle"
,"Sawtooth"
,"FullSquare"
, and"HalfSquare"
.
- loadfloat
Load of the profile entry expressed in load units.
- freqfloat
Frequency of the profile entry expressed in frequency units.
- decayfloat
Decay value of the profile entry.
- Returns:
Status code of the response. 0 for success.
- Return type:
int
Examples
>>> from ansys.sherlock.core.launcher import launch_sherlock >>> sherlock = launch_sherlock() >>> sherlock.project.import_odb_archive( "ODB++ Tutorial.tgz", True, True, True, True, project="Test", ) >>> sherlock.lifecycle.create_life_phase( "Test", "Example", 1.5, "sec", 4.0, "COUNT", ) >>> sherlock.lifecycle.add_shock_event( "Test", "Example", "Event1", 1.5, "sec", 4.0, "PER MIN", "45,45", "2,4,5", ) >>> sherlock.lifecycle.add_shock_profiles( "Test", [( "Example", "Event1", "Profile1", 10.0, "ms", 0.1, "ms", "G", "HZ", [("HalfSine", 100.0, 100.0, 0)], )] )