Evaluate Spectrum

Evaluate Spectrum


Input Parameters

The following keys can be set:

  • base – (type = antares.Base ) – A base containing:

    • the mesh coordinates x, y, and z

    • the solution

    • ‘hb_computation’ as an Base.attrs (if HB/TSM type)

  • family_name – (type = str ) – The name of the family from which the percent will be computed

  • x_percent – (default = None, type = tuple of floats or None ) – The argument should be a tuple of min and max values. This limits the lower/upper bounds of the axial distribution. If not given, the lower/upper bounds of the axial distribution are computed.

  • r_percent – (default = None, type = tuple of floats or None ) – the radius value given as a percentage of the radius. The argument should be a tuple of min and max values. This limits the lower/upper bounds of the radial distribution. If not given, the lower/upper bounds of the radial distribution are computed.

  • x_value – (default = None, type = float or None ) – The absolute position value of the plane

  • r_value – (default = None, type = tuple of floats or None ) – the radius value. The argument should be a tuple of min and max values

  • rho_inf – (default = in_attr, type = float, can use in_attr = yes ) – The infinite density corresponding to the reference state

  • v_inf – (default = in_attr, type = float, can use in_attr = yes ) – The infinite axial velocity corresponding to the reference state

  • num – (default = 100, type = int ) – the number of points in the radial distribution

Main functions

class antares.treatment.turbomachine.TreatmentEvalSpectrum.TreatmentEvalSpectrum
execute()

Execute the treatment.

Returns

Return type

antares.Base

Example