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Functions3,134 in github.com/NanoComp/meep

⨍ Functions 3,134◇ Types & classes 277↳ Endpoints 3

↓ 4 callersFunctionget_chi2

scheme/structure.cpp:973

↓ 4 callersFunctionget_chi3

scheme/structure.cpp:929

↓ 4 callersFunctionget_cnd

src/meepgeom.cpp:1550

↓ 4 callersFunctionget_cnd

scheme/structure.cpp:1039

↓ 4 callersMethodget_dims

libpympb/pympb.cpp:1539

↓ 4 callersMethodget_eps

src/monitor.cpp:203

↓ 4 callersMethodget_epsilon

python/solver.py:375

↓ 4 callersMethodget_epsilon_point

python/solver.py:455

↓ 4 callersMethodget_kpoint_index

libpympb/pympb.cpp:1022

↓ 4 callersMethodget_material_pt

the goal of this routine is to fill in the 'medium' field within the material structure as appropriate for the material properties at r.

src/meepgeom.cpp:850

↓ 4 callersMethodget_max_chunk_communication_area

python/simulation.py:2224

↓ 4 callersMethodget_mu

python/solver.py:379

↓ 4 callersFunctionget_pixels_in_box

src/meepgeom.cpp:2162

↓ 4 callersMethodget_poynting

(self, which_band)

python/solver.py:349

↓ 4 callersMethodgreen2d

Produces the 2D Green's function for an arbitrary complex point source at X0 along the meshgrid X.

python/source.py:985

↓ 4 callersFunctiongreencyl

cylindrical Green's function constructed by integrating green3d as the source term rotates around the z axis with exp(im*phi) dependence, integrated t

src/near2far.cpp:279

↓ 4 callersFunctiongv2box

scheme/structure.cpp:154

↓ 4 callersMethodh5file_name

src/h5fields.cpp:433

↓ 4 callersMethodicenter

src/vec.cpp:1089

↓ 4 callersMethodinitialize_field

src/initialize.cpp:135

↓ 4 callersMethodintersect_with

src/vec.cpp:202

↓ 4 callersFunctionis_tm

src/fields.cpp:458

↓ 4 callersFunctionlazy

python/geom.py:1699

↓ 4 callersMethodload_hdf5

python/simulation.py:667

↓ 4 callersFunctionmaster_printf_stderr

src/mympi.cpp:705

↓ 4 callersFunctionmatgrid_val

src/meepgeom.cpp:504

↓ 4 callersFunctionmedium_struct_equal

src/meepgeom.cpp:69

↓ 4 callersMethodmodal_volume_in_box

Given a `mp.Volume`, returns the instantaneous modal volume according to the Purcell-effect definition: $\\left(\\int\\vareps

python/simulation.py:3743

↓ 4 callersFunctionmu_not_1

src/meepgeom.cpp:1526

↓ 4 callersFunctionnorm2

src/bicgstab.cpp:83

↓ 4 callersMethodnowned_min

src/meep/vec.hpp:1049

↓ 4 callersMethodoutput_dft

Output the Fourier-transformed fields in `dft_fields` (created by `add_dft_fields`) to an HDF5 file with name `fname` (does *not* inc

python/simulation.py:3059

↓ 4 callersMethodoutput_field_x

python/solver.py:606

↓ 4 callersMethodoutput_field_y

python/solver.py:609

↓ 4 callersMethodoutput_field_z

python/solver.py:612

↓ 4 callersFunctionperiodic_ez

tests/known_results.cpp:91

↓ 4 callersFunctionphi

python/examples/polarization_grating.py:39

↓ 4 callersFunctionplace_label

( ax: Axes, label_text: str, x: float, y: float, centerx: float, centery: float, l

python/visualization.py:130

↓ 4 callersFunctionpy_vector3_object

python/typemap_utils.cpp:103

↓ 4 callersFunctionpymedium_to_medium

python/typemap_utils.cpp:814

↓ 4 callersMethodremove

python/simulation.py:675

↓ 4 callersMethodrestart_fields

Restart the fields at time zero, with zero fields. Does *not* reset the Fourier transforms of the flux planes, which continue to be a

python/simulation.py:4505

↓ 4 callersMethodround_down_to_even

src/meep/vec.hpp:896

↓ 4 callersMethodrun_k_points

Given a list of `Vector3`, `k_points` of *k* vectors, runs a simulation for each *k* point (i.e. specifying Bloch-periodic boundary c

python/simulation.py:2934

↓ 4 callersMethodrun_mode_coeffs

(self, mode_num, kpoint_func, nf=1, resolution=15)

python/tests/test_mode_coeffs.py:9

↓ 4 callersMethodsave_hdf5

python/simulation.py:663

↓ 4 callersMethodscale_dfts

src/dft.cpp:597

↓ 4 callersMethodset_boundary

Sets the condition of the boundary on the specified side in the specified direction. See the [Constants (Enumerated Types)](#constant

python/simulation.py:2669

↓ 4 callersMethodset_cond_profile

scheme/structure.cpp:313

↓ 4 callersMethodset_output_directory

src/output_directory.cpp:34

↓ 4 callersFunctionsetup_sim

python/tests/test_visualization.py:31

↓ 4 callersMethodsigma_row

src/meepgeom.cpp:1654

↓ 4 callersFunctionsum_to_master

src/mympi.cpp:414

↓ 4 callersMethodto_gif

Generates and outputs a GIF file of the animation with the filename, `filename`, and the frame rate, `fps`. Note that GIFs are signif

python/visualization.py:1711

↓ 4 callersMethodto_jshtml

Outputs an interactable JSHTML animation object that is embeddable in Jupyter notebooks. The object is packaged with controls to mani

python/visualization.py:1669

↓ 4 callersMethodto_mp4

Generates and outputs an mp4 video file of the animation with the filename, `filename`, and the frame rate, `fps`. Default encoding i

python/visualization.py:1759

↓ 4 callersFunctionunset_default_material

src/meepgeom.cpp:46

↓ 4 callersMethodupdate_design_parameters

(self, design_parameters)

python/adjoint/utils.py:40

↓ 4 callersFunctionvector3_to_arr

libpympb/pympb.cpp:148

↓ 4 callersMethodyee_shift

src/vec.cpp:325

↓ 3 callersFunctionJprime

src/initialize.cpp:48

↓ 3 callersFunctionJroot

src/initialize.cpp:54

↓ 3 callersFunctionLOOP_OVER_DIRECTIONS

src/meepgeom.cpp:2674

↓ 3 callersMethod__init__

Initialize a differentiable LDOS instance Args: sim: the Meep simulation object of the problem.

python/adjoint/objective.py:550

↓ 3 callersMethod__init__

(self, name, obj)

doc/generate_py_api.py:99

↓ 3 callersMethod_adjust_grid_size

python/solver.py:317

↓ 3 callersFunction_build_3d_pml

(width: Vector3, translate: Vector3)

python/visualization.py:1263

↓ 3 callersFunction_centered

Formats the output of an FFT to center the zero-frequency component. A helper function borrowed from SciPy: https://github.com/scipy/scipy/bl

python/adjoint/filters.py:17

↓ 3 callersFunction_combine_step_funcs

python/simulation.py:5041

↓ 3 callersMethod_create_fname

(self, fname, prefix, parity_suffix)

python/solver.py:762

↓ 3 callersMethod_create_h5_dataset

(self, h5file, key)

python/solver.py:759

↓ 3 callersMethod_display_energy

(self, name, func, energys)

python/simulation.py:3155

↓ 3 callersMethod_get_field_function_volume

(self, where=None, center=None, size=None)

python/simulation.py:4358

↓ 3 callersMethod_infer_dimensions

(self, k: Vector3Type = None)

python/simulation.py:1609

↓ 3 callersMethod_init_structure

(self, k=False)

python/simulation.py:2005

↓ 3 callersMethod_node_info

python/simulation.py:6439

↓ 3 callersFunction_read_chunk

Inverse of write_chunk, above. The caller must first get the total dataset's rank and dims first by calling read_size, above, (which also opens

src/h5file.cpp:775

↓ 3 callersMethod_run_sources_until

(self, cond, step_funcs)

python/simulation.py:2866

↓ 3 callersMethod_test_1d

(self, sym, pml=[])

python/tests/test_fragment_stats.py:113

↓ 3 callersMethod_test_2d

(self, sym, pml=[])

python/tests/test_fragment_stats.py:199

↓ 3 callersMethod_test_3d

(self, sym, pml=[])

python/tests/test_fragment_stats.py:298

↓ 3 callersMethod_validate_sim

Ensures that chunk layout and chunk volumes are properly formatted. Args: sim: the meep.Simulation object to validate Rais

python/chunk_balancer.py:118

↓ 3 callersFunction_write_chunk

Write a chunk of data to dataset <dataname> in HDF5 file. The dataset has dimension dims[rank], and we are writing a chunk stored at <data> (row

src/h5file.cpp:625

↓ 3 callersMethod_write_lattice_vectors

python/solver.py:754

↓ 3 callersFunctionabort_with_stack_trace

python/typemap_utils.cpp:42

↓ 3 callersFunctionadd_pols

src/meepgeom.cpp:1809

↓ 3 callersFunctionadd_pols

scheme/structure.cpp:1279

↓ 3 callersMethodadd_source

python/source.py:135

↓ 3 callersMethodadd_to

src/sources.cpp:40

↓ 3 callersFunctionam_really_master

src/mympi.cpp:664

↓ 3 callersMethodapply

src/structure.cpp:208

↓ 3 callersFunctionbench_2d

tests/bench.cpp:88

↓ 3 callersFunctionbench_flux_1d

tests/bench.cpp:56

↓ 3 callersFunctionbicgstabL

BiCGSTAB(L) algorithm for the n-by-n problem Ax = b */

src/bicgstab.cpp:112

↓ 3 callersFunctioncartesian_to_lattice

python/geom.py:1587

↓ 3 callersFunctioncavity_1d

tests/flux.cpp:122

↓ 3 callersMethodchange_k_point

Change the `k_point` (the Bloch periodicity).

python/simulation.py:4443

↓ 3 callersFunctioncheck_2d_3d

tests/near2far.cpp:116

↓ 3 callersFunctioncheck_excluded

doc/generate_py_api.py:409

↓ 3 callersMethodcheck_fields_against_h5

(self, ref_path, field, suffix="")

python/tests/test_mpb.py:215

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