update_natural_frequency_props

Analysis.update_natural_frequency_props(project, cca_name, natural_freq_count, natural_freq_min, natural_freq_min_units, natural_freq_max, natural_freq_max_units, part_validation_enabled, require_material_assignment_enabled, analysis_temp=None, analysis_temp_units=None)

Update properties for a natural frequency analysis.

Available Since:2023R2

Parameters:

project: str

Name of the Sherlock project.

cca_name: str

Name of the CCA.

natural_freq_count: int

Natural frequency result count.

natural_freq_min: int, optional

Minimum frequency. This parameter is for NX Nastran analysis only.

natural_freq_min_units: str, optional

Minimum frequency units. Options are "HZ", "KHZ", "MHZ", and "GHZ". This parameter is for NX Nastran analysis only.

natural_freq_max: int, optional

Maximum frequency. This parameter is for NX Nastran analysis only.

natural_freq_max_units: str, optional

Maximum frequency units. Options are "HZ", "KHZ", "MHZ", and "GHZ". This parameter is for NX Nastran analysis only.

part_validation_enabled: bool

Whether part validation is enabled.

require_material_assignment_enabled: bool

Whether to require material assignment.

analysis_temp: float, optional

Temperature.

analysis_temp_units: str, optional

Temperature units. Options are "C", "F", and "K".

Returns:

:

int

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",
>>>     cca_name="Card"
>>> )
>>> sherlock.analysis.update_natural_frequency_props(
>>>     "Test",
>>>     "Card",
>>>     natural_freq_count=2,
>>>     natural_freq_min=10,
>>>     natural_freq_min_units="HZ",
>>>     natural_freq_max=100,
>>>     natural_freq_max_units="HZ",
>>>     part_validation_enabled=True,
>>>     require_material_assignment_enabled=False,
>>>     analysis_temp=25,
>>>     analysis_temp_units="C"
>>> )