Documentation

• dynamite.operators
  • Single-site operators
    • sigmax()
    • sigmay()
    • sigmaz()
    • sigma_plus()
    • sigma_minus()
    • identity()
    • zero()
  • Sums and Products
    • op_sum()
    • op_product()
    • Translations
      • index_sum()
      • index_product()
  • Saved Operators
    • load_from_file()
    • from_bytes()
  • Member Functions
    • Operator
      • Operator.copy()
      • Operator.evolve()
      • Operator.eigsolve()
      • Operator.max_spin_idx
      • Operator.L
      • Operator.establish_L()
      • Operator.get_length()
      • Operator.dim
      • Operator.nnz
      • Operator.nterms
      • Operator.msc_size
      • Operator.density
      • Operator.infinity_norm()
      • Operator.shell
      • Operator.precompute_diagonal
      • Operator.left_subspace
      • Operator.right_subspace
      • Operator.subspace
      • Operator.add_subspace()
      • Operator.get_subspace_list()
      • Operator.has_subspace()
      • Operator.conserves()
      • Operator.allow_projection
      • Operator.table()
      • Operator.serialize()
      • Operator.from_bytes()
      • Operator.save()
      • Operator.load()
      • Operator.get_mat()
      • Operator.build_mat()
      • Operator.destroy_mat()
      • Operator.estimate_memory()
      • Operator.create_states()
      • Operator.expectation()
      • Operator.msc
      • Operator.reduce_msc()
      • Operator.is_reduced
      • Operator.get_shifted_msc()
      • Operator.truncate()
      • Operator.to_numpy()
      • Operator.spy()
      • Operator.dot()
      • Operator.scale()
• dynamite.states
  • State
    • State.L
    • State.copy()
    • State.subspace
    • State.vec
    • State.initialized
    • State.set_initialized()
    • State.assert_initialized()
    • State.str_to_state()
    • State.set_product()
    • State.set_uniform()
    • State.generate_time_seed()
    • State.set_random()
    • State.set_all_by_function()
    • State.entanglement_entropy()
    • State.project()
    • State.to_numpy()
    • State.save()
    • State.from_file()
    • State.dot()
    • State.norm()
    • State.normalize()
    • State.scale()
    • State.axpy()
    • State.scale_and_sum()
  • UninitializedError
• dynamite.subspaces
  • Subspace
    • Subspace.identical()
    • Subspace.check_L()
    • Subspace.L
    • Subspace.product_state_basis
    • Subspace.copy()
    • Subspace.get_checksum()
    • Subspace.get_dimension()
    • Subspace.idx_to_state()
    • Subspace.state_to_idx()
  • Full
  • Parity
    • Parity.space
  • SpinConserve
    • SpinConserve.k
  • Explicit
    • Explicit.check_L()
  • Auto
  • XParity
    • XParity.parent
    • XParity.sector
    • XParity.reduce_msc()
    • XParity.convert_state()
• dynamite.computations
  • evolve()
  • eigsolve()
  • reduced_density_matrix()
  • entanglement_entropy()
  • dm_entanglement_entropy()
  • renyi_entropy()
  • dm_renyi_entropy()
  • get_tstep()
  • estimate_compute_time()
  • ConvergenceError
  • MaxIterationsError
• dynamite.tools
  • MPI_COMM_WORLD()
  • mpi_print()
  • get_version()
  • get_version_str()
  • track_memory()
  • get_memory_usage()
  • get_max_memory_usage()
  • get_cur_memory_usage()
  • complex_enabled()
• dynamite.extras
  • commutator()
  • majorana()
• dynamite.config
  • _Config
    • _Config.initialize()
    • _Config.L
    • _Config.shell
    • _Config.subspace
    • _Config.gpu