Structure Gene¶

class sgio.StructureGene(name='', sgdim=None, smdim=None, spdim=None)¶

Bases: object

A finite element level structure gene model in the theory of MSG.

findComboByMaterialOrientation(name, angle)¶

Find material-orientation combination.

Parameters:¶

name : str¶

Material name.

angle : float¶

Orientation angle.

Returns:¶

Combination id. 0 if not found.

Return type:¶

int

findMaterialByName(name)¶

Find material by name.

Parameters:¶

name : str¶

Material name.

Returns:¶

Material id. 0 if not found.

Return type:¶

int

translate(v)¶

Translate the mesh.

Parameters:¶

v : array_like¶

Translation vector.

Return type:¶

None

analysis¶

Analysis configurations

• 0 - homogenization (default)

• 1 - dehomogenization/localization/recover

• 2 - failure (SwiftComp only)

Type:¶

int

do_damping¶

Flag of damping computation

Type:¶

int

fn_gmsh_msh¶

File name of the Gmsh mesh file

force_flag¶

Force flag

Type:¶

float

geo_correct¶

Flag of geometrically corrected shell model

Type:¶

int

initial_curvature¶

Initial curvature

Type:¶

list of floats

initial_twist¶

Initial twist (beam only)

Type:¶

float

is_temp_nonuniform¶

Flag of uniform temperature

Type:¶

int

lame_params¶

Lame parameters for geometrically corrected shell model

Type:¶

list of floats

materials¶

Materials

Type:¶

dict of {int, msgpi.sg.MaterialProperty}

mocombos¶

Material-orientation (deg) combinations

{cid: [mid, orientation], …}

Type:¶

dict of {int, list of (int, float)}

model¶

Macroscopic structural model

• 0 - classical (default)

• 1 - refined (e.g. generalized Timoshenko)

• 2 - Vlasov model (beam only)

• 3 - trapeze effect (beam only)

Type:¶

int

name¶

Name of the SG.

Type:¶

str

ndim_degen_elem¶

Flag of the type of elements (SC)

Type:¶

int

property nelems¶

Number of elements in the mesh.

property nma_combs¶

Number of material-orientation combinations.

property nmates¶

Number of materials.

property nnodes¶

Number of nodes in the mesh.

num_slavenodes¶

Number of slave nodes

Type:¶

int

oblique¶

Oblique (beam only)

Type:¶

list of floats

omega¶

Omega (see SwiftComp manual).

Type:¶

float

physics¶

Physics included in the analysis

• 0 - elastic (default)

• 1 - thermoelastic

• 2 - conduction

• 3 - piezoelectric/piezomagnetic

• 4 - thermopiezoelectric/thermopiezomagnetic

• 5 - piezoelectromagnetic

• 6 - thermopiezoelectromagnetic

Type:¶

int

sgdim¶

Dimension of the SG.

Type:¶

int

smdim¶

Dimension of the material/structural model.

Type:¶

int

spdim¶

Dimension of the space containing SG

Type:¶

int

steer_flag¶

Steer flag

Type:¶

float

property use_elem_local_orient¶

Flag of using element local orientation.