sgio.convert

sgio.convert(file_name_in: str, file_name_out: str, file_format_in: str, file_format_out: str, file_version_in: str = '', file_version_out: str = '', analysis: str = 'h', sgdim: int = 3, model_space: str = 'xy', prop_ref_y: str = 'x', model_type: str = 'SD1', vabs_format_version: int = 1, str_format_int: str = '8d', str_format_float: str = '20.12e', mesh_only: bool = False, renum_node: bool = False, renum_elem: bool = False) → StructureGene

Convert the Structure Gene data file format.

Parameters:

• file_name_in (str) – File name before conversion

• file_name_out (str) – File name after conversion

• file_format_in (str) – Format of the input file. Choose one from ‘vabs’, ‘sc’, ‘swiftcomp’.

• file_format_out (str) – Format of the output file. Choose one from ‘vabs’, ‘sc’, ‘swiftcomp’.

• file_version_in (str, optional) – Version of the input file, by default ‘’

• file_version_out (str, optional) – Version of the output file, by default ‘’

• analysis (str, optional) –

  Indicator of Structure Gene analysis. Default is ‘h’. Choose one from

  • ’h’: Homogenization

  • ’d’ or ‘l’: Dehomogenization

  • ’fi’: Initial failure indices and strength ratios

• sgdim (int) – Dimension of the geometry. Default is 3. Choose one from 1, 2, 3.

• model_type (str) –

  Type of the macro structural model. Default is ‘SD1’. Choose one from

  • ’SD1’: Cauchy continuum model

  • ’PL1’: Kirchhoff-Love plate/shell model

  • ’PL2’: Reissner-Mindlin plate/shell model

  • ’BM1’: Euler-Bernoulli beam model

  • ’BM2’: Timoshenko beam model

• vabs_format_version (int, optional) – Format for the VABS input, by default 1

• str_format_int (str, optional) – String formating integers, by default ‘8d’

• str_format_float (str, optional) – String formating floats, by default ‘20.12e’

• mesh_only (bool, optional) – If write meshing data only, by default False

• renum_elem (bool, optional) – If renumber elements, by default False