Index

A

adpeps.ipeps.config module, [1] adpeps.ipeps.ctm module, [1], [2] adpeps.ipeps.ipeps module, [1], [2] adpeps.ipeps.ipeps.evaluation module, [1] adpeps.ipeps.models module, [1] adpeps.ipeps.models.common module, [1] adpeps.ipeps.models.heisenberg module, [1] adpeps.simulation module, [1] adpeps.simulation.run_ipeps_exci module, [1]

adpeps.simulation.run_ipeps_gs module, [1] adpeps.utils module, [1] adpeps.utils.ctmtensors module, [1] adpeps.utils.empty_tensor module, [1] adpeps.utils.io module, [1] adpeps.utils.nested module, [1] adpeps.utils.printing module, [1] adpeps.utils.tlist module, [1]

B

base_sim (in module adpeps.ipeps.config)

C

chi (in module adpeps.ipeps.config) CONFIGDIR, [1] converge_boundaries() (iPEPS method), [1], [2] converged() (CTM property), [1] CTM (class in adpeps.ipeps.ctm), [1]

ctm_conv_tol (in module adpeps.ipeps.config) ctm_max_iter (in module adpeps.ipeps.config) ctm_min_iter (in module adpeps.ipeps.config) CTMTensors (class in adpeps.utils.ctmtensors) cur_loc() (in module adpeps.utils.tlist)

D

D (in module adpeps.ipeps.config) DATADIR, [1] disp_level (in module adpeps.ipeps.config)

do_bottom() (in module adpeps.ipeps.ctm), [1] do_left() (in module adpeps.ipeps.ctm), [1] do_right() (in module adpeps.ipeps.ctm), [1] do_top() (in module adpeps.ipeps.ctm), [1]

E

EmptyT (class in adpeps.utils.empty_tensor) environment variable CONFIGDIR, [1] DATADIR, [1]

F

fill() (iPEPS method), [1], [2] (iPEPS_exci method), [1], [2]

flush_output (in module adpeps.ipeps.config) from_dict() (in module adpeps.ipeps.config) fun (Objective attribute)

G

get_projectors() (in module adpeps.ipeps.ctm), [1] get_projectors_bottom() (in module adpeps.ipeps.ctm), [1] get_projectors_left() (in module adpeps.ipeps.ctm), [1]

get_projectors_right() (in module adpeps.ipeps.ctm), [1] get_projectors_top() (in module adpeps.ipeps.ctm), [1] gradnrm() (Objective property)

H

hold_write() (in module adpeps.utils.tlist)

I

init_A_tensor() (in module adpeps.ipeps.ipeps), [1] init_ctm_tensors() (in module adpeps.ipeps.ipeps), [1]

iPEPS (class in adpeps.ipeps.ipeps), [1], [2] iPEPS_exci (class in adpeps.ipeps.ipeps), [1], [2] iPEPSExciSimulation (class in adpeps.simulation.run_ipeps_exci)

J

jac() (Objective method)

L

load_sim (in module adpeps.ipeps.config)

M

make_hamiltonian() (in module adpeps.ipeps.models.heisenberg) max_iterations (in module adpeps.ipeps.config) method (in module adpeps.ipeps.config) model (in module adpeps.ipeps.config) model_params (in module adpeps.ipeps.config) module adpeps.ipeps.config, [1] adpeps.ipeps.ctm, [1], [2] adpeps.ipeps.ipeps, [1], [2] adpeps.ipeps.ipeps.evaluation, [1] adpeps.ipeps.models, [1] adpeps.ipeps.models.common, [1] adpeps.ipeps.models.heisenberg, [1] adpeps.simulation, [1] adpeps.simulation.run_ipeps_exci, [1] adpeps.simulation.run_ipeps_gs, [1] adpeps.utils, [1] adpeps.utils.ctmtensors, [1] adpeps.utils.empty_tensor, [1] adpeps.utils.io, [1] adpeps.utils.nested, [1] adpeps.utils.printing, [1] adpeps.utils.tlist, [1]

momentum_path (in module adpeps.ipeps.config) mult() (Nested method)

N

Nested (class in adpeps.utils.nested)

normalize() (Nested method) numel() (iPEPS method), [1], [2]

O

Objective (class in adpeps.simulation.run_ipeps_gs)

out() (Objective method) out_prefix (in module adpeps.ipeps.config)

P

parse_elements() (iPEPS method), [1], [2] pattern (in module adpeps.ipeps.config)

peps (Objective attribute) print() (in module adpeps.utils.printing)

R

renorm_left() (in module adpeps.ipeps.ctm), [1] renormalize() (in module adpeps.ipeps.ctm), [1] resume (in module adpeps.ipeps.config)

run() (in module adpeps.simulation.run_ipeps_exci) (in module adpeps.simulation.run_ipeps_gs) (iPEPS method), [1], [2]

S

seed (in module adpeps.ipeps.config) set_pattern() (in module adpeps.utils.tlist)

setup() (in module adpeps.ipeps.models.heisenberg) show_progress() (CTM method), [1]

T

transpose() (Nested method)

U

update() (CTM method), [1]