Skip to main content
Ctrl+K
ants ants
  • Running ANTS
  • Neutron Transport Equation
  • Collision-Based Hybrid Method
  • Method of Nearby Problems
  • References
  • GitHub
  • Running ANTS
  • Neutron Transport Equation
  • Collision-Based Hybrid Method
  • Method of Nearby Problems
  • References
  • GitHub

Index

A | B | C | D | E | F | G | L | M | P | R | S | W

A

  • angular_x() (in module ants)
  • angular_xy() (in module ants)
  • angular_xyz() (in module ants)

B

  • build_problem() (in module ants)
    • (in module ants.benchmarks.kobayashi)

C

  • c5g7() (in module ants.utils.mesh2d)
  • create_material() (in module ants)
  • cylinder_1mat() (in module ants.utils.mesh2d)
  • cylinder_2mat() (in module ants.utils.mesh2d)

D

  • double_chevron() (in module ants.utils.mesh2d)

E

  • edges_g (ants.library.Library attribute)
  • energy_grid() (in module ants)
  • extrude3d() (in module ants)

F

  • flux_at() (in module ants.benchmarks.kobayashi)

G

  • get_structure() (in module ants)
  • groups (ants.library.Library attribute)

L

  • Library (class in ants.library)
  • library_type (ants.library.Library attribute)

M

  • macroscopic() (ants.library.Library method)
  • materials() (ants.library.Library method)
    • (in module ants)
  • microscopic() (ants.library.Library method)

P

  • parse_composition() (in module ants)
  • path (ants.library.Library attribute)

R

  • reference() (in module ants.benchmarks.kobayashi)
  • resize_weight_matrix() (in module ants.utils.mesh2d)
  • run_suite() (in module ants)

S

  • spatial1d() (in module ants)
  • spatial2d() (in module ants)
  • spatial3d() (in module ants)

W

  • weight_spatial2d() (in module ants)
  • weight_spatial3d() (in module ants)

© Copyright 2026, Ben Whewell.

Created using Sphinx 9.2.0.

Built with the PyData Sphinx Theme 0.24.0.