Index

_

__init__() (pysagas.cfd.cart3d.Cart3D method) (pysagas.cfd.deck.AbstractDeck method) (pysagas.cfd.deck.AeroDeck method) (pysagas.cfd.deck.Deck method) (pysagas.cfd.deck.MultiDeck method) (pysagas.cfd.deck.SensDeck method) (pysagas.cfd.solver.AbstractFlowSolver method) (pysagas.cfd.solver.FlowResults method) (pysagas.cfd.solver.FlowSolver method) (pysagas.cfd.solver.SensitivityResults method) (pysagas.flow.FlowState method) (pysagas.flow.GasState method) (pysagas.geometry.cell.Cell method) (pysagas.geometry.cell.DegenerateCell method) (pysagas.geometry.parsers.AbstractParser method) (pysagas.geometry.parsers.MeshIO method) (pysagas.geometry.parsers.Parser method) (pysagas.geometry.parsers.PyMesh method) (pysagas.optimisation.cart3d.utilities.C3DPrep method) (pysagas.sensitivity.calculator.AbstractSensitivityCalculator method) (pysagas.sensitivity.calculator.GenericSensitivityCalculator method) (pysagas.sensitivity.calculator.SensitivityCalculator method) (pysagas.sensitivity.cart3d.cart3d.Cart3DSensitivityCalculator method)

_c3d_running() (pysagas.cfd.cart3d.Cart3D static method) _edit_input_cntl() (pysagas.cfd.cart3d.Cart3D static method) _extract_parameters() (pysagas.sensitivity.calculator.AbstractSensitivityCalculator method) (pysagas.sensitivity.calculator.SensitivityCalculator method) _infer_adapt() (pysagas.cfd.cart3d.Cart3D static method) _load_sens_data() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) _prepare_sim_dir() (pysagas.cfd.cart3d.Cart3D method) _run_sim() (pysagas.cfd.cart3d.Cart3D method) _solve_normal() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) _solve_oblique() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) _solve_pm() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) _transcribe_cells() (pysagas.sensitivity.calculator.AbstractSensitivityCalculator method) (pysagas.sensitivity.calculator.GenericSensitivityCalculator method) (pysagas.sensitivity.cart3d.cart3d.Cart3DSensitivityCalculator method)

A

A (pysagas.geometry.cell.Cell attribute) A_sensitivity() (pysagas.geometry.cell.Cell static method) AbstractDeck (class in pysagas.cfd.deck) AbstractFlowSolver (class in pysagas.cfd.solver)

AbstractParser (class in pysagas.geometry.parsers) AbstractSensitivityCalculator (class in pysagas.sensitivity.calculator) add_sens_data() (in module pysagas.utilities) AeroDeck (class in pysagas.cfd.deck)

B

beta_max() (pysagas.cfd.oblique_prandtl_meyer.OPM static method)

body_to_wind() (pysagas.cfd.solver.FlowSolver static method)

C

c (pysagas.geometry.cell.Cell attribute) C3DPrep (class in pysagas.optimisation.cart3d.utilities) c_sensitivity() (pysagas.geometry.cell.Cell static method) calc_area() (pysagas.geometry.cell.Cell static method) calc_centroid() (pysagas.geometry.cell.Cell static method) calc_normal() (pysagas.geometry.cell.Cell static method)

calculate() (pysagas.sensitivity.calculator.SensitivityCalculator method) Cart3D (class in pysagas.cfd.cart3d) Cart3DSensitivityCalculator (class in pysagas.sensitivity.cart3d.cart3d) Cell (class in pysagas.geometry.cell) cell_sensitivity() (pysagas.sensitivity.calculator.SensitivityCalculator static method) coefficients() (pysagas.cfd.solver.FlowResults method) (pysagas.cfd.solver.SensitivityResults method)

D

dAdp (pysagas.geometry.cell.Cell attribute) dAdv (pysagas.geometry.cell.Cell attribute) dcdp (pysagas.geometry.cell.Cell attribute) Deck (class in pysagas.cfd.deck) DegenerateCell

dndp (pysagas.geometry.cell.Cell attribute) dndv (pysagas.geometry.cell.Cell attribute) dp_dtheta_obl() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) dp_dtheta_pm() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) dvdp (pysagas.geometry.cell.Cell attribute)

F

f_sense (pysagas.cfd.solver.SensitivityResults attribute) FlowResults (class in pysagas.cfd.solver) FlowSolver (class in pysagas.cfd.solver) FlowState (class in pysagas.flow) flowstate (pysagas.geometry.cell.Cell attribute)

freestream (pysagas.cfd.solver.FlowResults attribute) (pysagas.cfd.solver.SensitivityResults attribute) from_csv() (pysagas.cfd.deck.AbstractDeck method) (pysagas.cfd.deck.AeroDeck class method) (pysagas.cfd.deck.SensDeck class method) from_points() (pysagas.geometry.cell.Cell class method)

G

GasState (class in pysagas.flow)

GenericSensitivityCalculator (class in pysagas.sensitivity.calculator)

I

insert() (pysagas.cfd.deck.AbstractDeck method) (pysagas.cfd.deck.AeroDeck method) (pysagas.cfd.deck.SensDeck method)

intersect_stls() (pysagas.optimisation.cart3d.utilities.C3DPrep method) inv_pm() (pysagas.cfd.oblique_prandtl_meyer.OPM static method)

L

load() (pysagas.geometry.parsers.AbstractParser method) (pysagas.geometry.parsers.MeshIO method) (pysagas.geometry.parsers.PyMesh method) (pysagas.geometry.parsers.STL method) (pysagas.geometry.parsers.TRI method)

load_from_file() (pysagas.geometry.parsers.AbstractParser class method) (pysagas.geometry.parsers.Parser class method) (pysagas.geometry.parsers.TRI class method)

M

m_sense (pysagas.cfd.solver.FlowResults attribute) (pysagas.cfd.solver.SensitivityResults attribute) MeshIO (class in pysagas.geometry.parsers) module pysagas.cfd.cart3d pysagas.cfd.deck pysagas.cfd.oblique_prandtl_meyer pysagas.cfd.solver pysagas.flow pysagas.geometry.cell pysagas.geometry.parsers pysagas.sensitivity.calculator pysagas.sensitivity.cart3d.cart3d pysagas.sensitivity.cart3d.utilities pysagas.utilities

MultiDeck (class in pysagas.cfd.deck)

N

n (pysagas.geometry.cell.Cell attribute) n_sensitivity() (pysagas.geometry.cell.Cell static method)

net_force (pysagas.cfd.solver.FlowResults attribute) net_sensitivity() (pysagas.sensitivity.calculator.SensitivityCalculator static method)

O

oblique_beta() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) oblique_M2() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) oblique_p2_p1() (pysagas.cfd.oblique_prandtl_meyer.OPM static method)

oblique_rho2_rho1() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) oblique_T2_T1() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) OPM (class in pysagas.cfd.oblique_prandtl_meyer)

P

p0 (pysagas.geometry.cell.Cell attribute) p1 (pysagas.geometry.cell.Cell attribute) p2 (pysagas.geometry.cell.Cell attribute) Parser (class in pysagas.geometry.parsers) pm() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) process_components_file() (in module pysagas.sensitivity.cart3d.utilities) PyMesh (class in pysagas.geometry.parsers) pysagas.cfd.cart3d module pysagas.cfd.deck module pysagas.cfd.oblique_prandtl_meyer module pysagas.cfd.solver module

pysagas.flow module pysagas.geometry.cell module pysagas.geometry.parsers module pysagas.sensitivity.calculator module pysagas.sensitivity.cart3d.cart3d module pysagas.sensitivity.cart3d.utilities module pysagas.utilities module

R

run_aero() (pysagas.optimisation.cart3d.utilities.C3DPrep method)

run_autoinputs() (pysagas.optimisation.cart3d.utilities.C3DPrep method) running() (pysagas.cfd.cart3d.Cart3D method)

S

save() (pysagas.cfd.cart3d.Cart3D method) (pysagas.cfd.oblique_prandtl_meyer.OPM method) (pysagas.cfd.solver.FlowSolver method) SensDeck (class in pysagas.cfd.deck) sensitivities (pysagas.geometry.cell.Cell attribute) SensitivityCalculator (class in pysagas.sensitivity.calculator) SensitivityResults (class in pysagas.cfd.solver) solve() (pysagas.cfd.cart3d.Cart3D method) (pysagas.cfd.oblique_prandtl_meyer.OPM method) (pysagas.cfd.solver.FlowSolver method)

solve_sens() (pysagas.cfd.cart3d.Cart3D method) (pysagas.cfd.oblique_prandtl_meyer.OPM method) (pysagas.cfd.solver.FlowSolver method) status (pysagas.cfd.cart3d.Cart3D property) STL (class in pysagas.geometry.parsers) stop() (pysagas.cfd.cart3d.Cart3D method) sweep() (pysagas.cfd.solver.FlowSolver method)

T

theta_from_beta() (pysagas.cfd.oblique_prandtl_meyer.OPM static method) to_csv() (pysagas.cfd.deck.AbstractDeck method) (pysagas.cfd.deck.Deck method) (pysagas.cfd.deck.SensDeck method) (pysagas.sensitivity.calculator.AbstractSensitivityCalculator method) (pysagas.sensitivity.calculator.SensitivityCalculator method)

to_dict() (pysagas.geometry.cell.Cell method) TRI (class in pysagas.geometry.parsers)

V

vertices (pysagas.geometry.cell.Cell property)