Index

A

adjoint_solve() (ggp.gemseo_wrappers.physics_discipline.GGPPhysicsDiscipline method) algorithm (ggp.optimization.results.OptimisationResult attribute) (ggp.problem.spec.SolverSpec attribute)

ALM2DMapper (class in ggp.projection.alm_2d) AnalysisDomain (class in ggp.discretisation.fem)

B

bound (ggp.problem.spec.ConstraintSpec attribute)

boundary_conditions (ggp.problem.spec.ProblemSpec attribute) BoundaryCondition (class in ggp.problem.spec)

C

comp_per_layer (ggp.problem.spec.FormulationSpec attribute) components (ggp.problem.spec.BoundaryCondition attribute)

constraints (ggp.problem.spec.ProblemSpec attribute) ConstraintSpec (class in ggp.problem.spec)

D

default_bounds() (ggp.projection.alm_2d.ALM2DMapper method) (ggp.projection.free_2d.Free2DMapper method) density_field (ggp.optimization.results.OptimisationResult attribute)

design_variables (ggp.optimization.results.OptimisationResult attribute) dim (ggp.optimization.results.OptimisationResult attribute) discretise() (ggp.discretisation.fem.FEMDiscretiser method) dstiffness_sensitivity() (ggp.gemseo_wrappers.physics_discipline.GGPPhysicsDiscipline method)

E

E (ggp.problem.spec.MaterialSpec attribute)

eval_coords (ggp.optimization.results.OptimisationResult attribute) execution_time_s (ggp.optimization.results.OptimisationResult attribute)

F

fem_solver (ggp.problem.spec.SolverSpec attribute) FEMDiscretiser (class in ggp.discretisation.fem) FenicsBoxReader (class in ggp.geometry.io.fenics_reader) FenicsRectangleReader (class in ggp.geometry.io.fenics_reader) fix_mc (ggp.problem.spec.FormulationSpec attribute)

formulation (ggp.problem.spec.ProblemSpec attribute) FormulationSpec (class in ggp.problem.spec) forward() (ggp.projection.alm_2d.ALM2DMapper method) (ggp.projection.free_2d.Free2DMapper method) Free2DMapper (class in ggp.projection.free_2d)

G

geometries (ggp.problem.spec.ProblemSpec attribute) GeometrySpec (class in ggp.problem.spec) get_mapper() (in module ggp.projection.registry) get_reader() (in module ggp.geometry.io.registry) ggp.discretisation.fem module ggp.gemseo_wrappers.geometry_discipline module ggp.gemseo_wrappers.physics_discipline module ggp.geometry.io.fenics_reader module ggp.geometry.io.registry module ggp.optimization.pipeline module ggp.optimization.results module

ggp.physics.amjax_solver module ggp.problem.spec module ggp.projection.alm_2d module ggp.projection.free_2d module ggp.projection.registry module GGPGeometryDiscipline (class in ggp.gemseo_wrappers.geometry_discipline) GGPPhysicsDiscipline (class in ggp.gemseo_wrappers.physics_discipline) GGPPipeline (class in ggp.optimization.pipeline) grid_nx (ggp.problem.spec.FormulationSpec attribute) grid_ny (ggp.problem.spec.FormulationSpec attribute) grid_nz (ggp.problem.spec.FormulationSpec attribute)

H

history (ggp.optimization.results.OptimisationResult attribute)

I

init (ggp.problem.spec.FormulationSpec attribute)

iterations (ggp.optimization.results.OptimisationResult attribute) iterative (ggp.problem.spec.SolverSpec attribute)

J

jacobian() (ggp.projection.alm_2d.ALM2DMapper method) (ggp.projection.free_2d.Free2DMapper method)

L

layer_height (ggp.problem.spec.FormulationSpec attribute) list_mappers() (in module ggp.projection.registry)

list_readers() (in module ggp.geometry.io.registry) Load (class in ggp.problem.spec) loads (ggp.problem.spec.ProblemSpec attribute)

M

material (ggp.problem.spec.ProblemSpec attribute) MaterialSpec (class in ggp.problem.spec) max_constraint_violation (ggp.optimization.results.OptimisationResult attribute) max_iter (ggp.problem.spec.SolverSpec attribute) mesh_path (ggp.optimization.results.OptimisationResult attribute) method (ggp.problem.spec.FormulationSpec attribute) min_thickness (ggp.problem.spec.FormulationSpec attribute) mode (ggp.problem.spec.FormulationSpec attribute) module ggp.discretisation.fem ggp.gemseo_wrappers.geometry_discipline ggp.gemseo_wrappers.physics_discipline ggp.geometry.io.fenics_reader ggp.geometry.io.registry ggp.optimization.pipeline ggp.optimization.results ggp.physics.amjax_solver ggp.problem.spec ggp.projection.alm_2d ggp.projection.free_2d ggp.projection.registry

N

name (ggp.problem.spec.ConstraintSpec attribute) (ggp.problem.spec.ObjectiveSpec attribute) Ngp (ggp.problem.spec.FormulationSpec attribute) nu (ggp.problem.spec.MaterialSpec attribute)

num_components (ggp.problem.spec.FormulationSpec attribute) num_layers (ggp.problem.spec.FormulationSpec attribute) num_vars() (ggp.projection.alm_2d.ALM2DMapper method) num_vars_per_component() (ggp.projection.alm_2d.ALM2DMapper method) (ggp.projection.free_2d.Free2DMapper method)

O

objective (ggp.problem.spec.ProblemSpec attribute) objective_name (ggp.optimization.results.OptimisationResult attribute) objective_value (ggp.optimization.results.OptimisationResult attribute)

ObjectiveSpec (class in ggp.problem.spec) OptimisationResult (class in ggp.optimization.results) options (ggp.problem.spec.SolverSpec attribute)

P

params (ggp.problem.spec.ConstraintSpec attribute) (ggp.problem.spec.GeometrySpec attribute) (ggp.problem.spec.ObjectiveSpec attribute)

path (ggp.problem.spec.GeometrySpec attribute) problem_name (ggp.optimization.results.OptimisationResult attribute) ProblemSpec (class in ggp.problem.spec)

R

r_gp (ggp.problem.spec.FormulationSpec attribute) read() (ggp.geometry.io.fenics_reader.FenicsBoxReader method) (ggp.geometry.io.fenics_reader.FenicsRectangleReader method) region (ggp.problem.spec.BoundaryCondition attribute) (ggp.problem.spec.Load attribute)

register_mapper() (in module ggp.projection.registry) register_reader() (in module ggp.geometry.io.registry) role (ggp.problem.spec.GeometrySpec attribute) run() (ggp.optimization.pipeline.GGPPipeline method)

S

sense (ggp.problem.spec.ObjectiveSpec attribute) solve_amjax() (in module ggp.physics.amjax_solver) solver (ggp.problem.spec.ProblemSpec attribute) SolverSpec (class in ggp.problem.spec)

status (ggp.optimization.results.OptimisationResult attribute) supports() (ggp.geometry.io.fenics_reader.FenicsBoxReader static method) (ggp.geometry.io.fenics_reader.FenicsRectangleReader static method) symmetry (ggp.problem.spec.FormulationSpec attribute)

T

to_dict() (ggp.optimization.results.OptimisationResult method) truss_radius (ggp.problem.spec.FormulationSpec attribute) type (ggp.problem.spec.BoundaryCondition attribute) (ggp.problem.spec.ConstraintSpec attribute) (ggp.problem.spec.GeometrySpec attribute) (ggp.problem.spec.Load attribute)

U

use_line_search (ggp.problem.spec.SolverSpec attribute)

V

value (ggp.problem.spec.BoundaryCondition attribute) (ggp.problem.spec.Load attribute)

volfrac (ggp.problem.spec.ProblemSpec attribute)

W

width (ggp.problem.spec.Load attribute)