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Functions3,134 in github.com/NanoComp/meep

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

↓ 427 callersMethodin_direction

src/meep/vec.hpp:698

↓ 416 callersFunctionabort

src/mympi.cpp:238

↓ 410 callersFunctionmaster_printf

src/mympi.cpp:698

↓ 307 callersFunctionabs

src/meep/vec.hpp:718

↓ 196 callersMethodadd_point_source

THIS VARIANT IS FOR BACKWARDS COMPATIBILITY, and is DEPRECATED:

src/sources.cpp:193

↓ 176 callersMethodset_direction

src/meep/vec.hpp:699

↓ 167 callersMethodsurroundings

src/vec.cpp:285

↓ 162 callersMethodstep

src/step.cpp:35

↓ 143 callersMethodrun

`run(step_functions..., until=condition/time)` ##sig-keep Run the simulation until a certain time or condition, calling the given s

python/simulation.py:4528

↓ 132 callersMethody

src/meep/vec.hpp:696

↓ 131 callersFunctioncomponent_direction

src/meep/vec.hpp:476

↓ 131 callersMethodx

src/meep/vec.hpp:695

↓ 123 callersMethodtime

src/meep.hpp:1907

↓ 117 callersFunctionLOOP_OVER_DIRECTIONS

↓ 113 callersMethodrun

(self, *band_functions)

python/solver.py:971

↓ 113 callersMethodz

src/meep/vec.hpp:697

↓ 100 callersMethodadd_flux

`add_flux(fcen, df, nfreq, freq, FluxRegions, decimation_factor=0)` ##sig Add a bunch of `FluxRegion`s to the current simulation (in

python/simulation.py:3495

↓ 98 callersMethodntot

src/meep/vec.hpp:1048

↓ 96 callersFunctioncompare_point

tests/symmetry.cpp:62

↓ 86 callersFunctionmax

src/vec.cpp:139

↓ 85 callersFunctionveccyl

src/meep/vec.hpp:744

↓ 80 callersMethodfield_energy

src/energy_and_flux.cpp:48

↓ 78 callersMethodget_array

Returns a slice of the materials or time-domain fields over a subregion of the cell at the current simulation time as a NumPy array.

python/simulation.py:3892

↓ 77 callersMethodtransform

src/vec.cpp:1251

↓ 73 callersMethodcenter

src/vec.cpp:1103

↓ 73 callersMethodis_mine

src/meep.hpp:1567

↓ 68 callersMethodelectric_energy_in_box

src/energy_and_flux.cpp:85

↓ 67 callersFunctiondirection_component

src/meep/vec.hpp:523

↓ 64 callersMethodmagnetic_energy_in_box

src/energy_and_flux.cpp:91

↓ 63 callersFunctionmirror

src/vec.cpp:1132

↓ 63 callersFunctiontype

src/meep/vec.hpp:427

↓ 62 callersMethodround_time

when comparing times, e.g. for source cutoffs, it is useful to round to float to avoid gratuitous sensitivity to floating-point roundoff error

src/meep.hpp:1906

↓ 61 callersFunctioncompare

tests/symmetry.cpp:53

↓ 60 callersMethodinit_sim

python/simulation.py:2458

↓ 57 callersFunctionpml

src/structure.cpp:257

↓ 56 callersMethodassertClose

Checks if two scalars or vectors satisfy ‖x-y‖ ≤ ε * max(‖x‖, ‖y‖). Args: x, y: two quantities to be compared (scalars or 1d arra

python/tests/utils.py:10

↓ 55 callersFunctionam_master

src/meep/mympi.hpp:58

↓ 53 callersMethodget

Returns the current global verbosity level.

python/verbosity_mgr.py:106

↓ 52 callersMethodreset_meep

Reset all of Meep's parameters, deleting the fields, structures, etcetera, from memory as if you had not run any computations. If the

python/simulation.py:4490

↓ 50 callersMethodin_direction_min

src/meep/vec.hpp:960

↓ 50 callersFunctionsum_to_all

src/mympi.cpp:430

↓ 49 callersFunctioncomponent_name

↓ 49 callersMethodget_eigenmode_coefficients

Given a flux object and either a list of indices `bands` (starts at one) or a `DiffractedPlanewave` object, return a `namedtuple` wit

python/simulation.py:4160

↓ 48 callersMethodconj

python/geom.py:1481

↓ 48 callersMethodr

src/meep/vec.hpp:694

↓ 46 callersMethoduse_bloch

src/boundaries.cpp:90

↓ 45 callersFunctionwall_time

src/mympi.cpp:224

↓ 43 callersMethodhas_field

src/meep/vec.hpp:1037

↓ 41 callersFunctionidentity

src/vec.cpp:1155

↓ 40 callersFunctionvoltwo

src/vec.cpp:911

↓ 39 callersMethodclose

Returns whether or not the corresponding components of the `self` and `v` vectors are within `tol` of each other. Defaults to 1e-7.

python/geom.py:219

↓ 37 callersMethoddot

Returns the dot product of *`self`* and *`v`*. ```python v3 = v1.dot(v2) ```

python/geom.py:171

↓ 37 callersFunctionis_magnetic

src/meep/vec.hpp:419

↓ 37 callersMethodoutput_component

(self, c, h5file=None, frequency=0)

python/simulation.py:3832

↓ 36 callersFunctionmin

src/vec.cpp:131

↓ 35 callersMethodget_component

src/monitor.cpp:419

↓ 35 callersFunctionvol3d

src/vec.cpp:923

↓ 34 callersMethodadd_mode_monitor

`add_mode_monitor(fcen, df, nfreq, freq, ModeRegions, decimation_factor=0)` ##sig Similar to `add_flux`, but for use with `get_eige

python/simulation.py:3530

↓ 34 callersMethodnorm

Returns the length `math.sqrt(abs(self.dot(self)))` of the given vector. ```python v2 = v1.norm() ```

python/geom.py:199

↓ 33 callersMethodlast_source_time

src/bands.cpp:35

↓ 32 callersFunctionif

src/update_eh.cpp:116

↓ 31 callersMethodflux

src/dft.cpp:542

↓ 31 callersMethodswigobj_attr

python/simulation.py:657

↓ 30 callersMethodget_min_corner

src/meep/vec.hpp:996

↓ 30 callersFunctionis_electric

src/meep/vec.hpp:418

↓ 30 callersFunctionmaster_fprintf

src/mympi.cpp:728

↓ 30 callersMethodnum_direction

src/meep/vec.hpp:1026

↓ 30 callersFunctionzero_vec

src/meep/vec.hpp:720

↓ 29 callersMethodget_flux_data

Get the Fourier-transformed fields corresponding to the given flux object as a `FluxData`, which is just a named tuple of NumPy array

python/simulation.py:3628

↓ 29 callersMethodinit_solver

(self, geom=True)

python/tests/test_mpb.py:50

↓ 29 callersMethodrow

python/geom.py:1442

↓ 29 callersMethodscale

python/geom.py:1461

↓ 28 callersFunctionbroadcast

src/mympi.cpp:274

↓ 28 callersMethodcenter_origin

src/meep/vec.hpp:1149

↓ 28 callersMethodcheck3d

(self, vol, expected_min, expected_max)

python/tests/test_fragment_stats.py:468

↓ 28 callersMethodload_minus_flux_data

As `load_flux_data`, but negates the Fourier-transformed fields after they are loaded. This means that they will be *subtracted* from

python/simulation.py:3651

↓ 28 callersMethodrotate

(self, axis, theta)

python/geom.py:499

↓ 28 callersMethodtranspose

python/geom.py:1484

↓ 27 callersMethodget_field_point

Given a `component` or `derived_component` constant `c` and a `Vector3` `pt`, returns the value of that component at that point.

python/simulation.py:2680

↓ 27 callersMethodprevent_deadlock

hackery: in some circumstances, for the exclusive-access mode we must close the id (i.e. the file) in order to prevent deadlock.

src/h5file.cpp:140

↓ 26 callersMethodbig_corner

src/vec.cpp:722

↓ 26 callersMethodget_field

src/monitor.cpp:66

↓ 26 callersFunctionhas_direction

src/meep/vec.hpp:394

↓ 25 callersMethodadd_dft_fields

`add_dft_fields(cs, fcen, df, nfreq, freq, where=None, center=None, size=None, yee_grid=False, decimation_factor=0, persist=False)` ##sig

python/simulation.py:2989

↓ 25 callersFunctioncycle_direction

cyclically shift a direction d or a component c by shift assumes: shift >= -99, {d, component_direction(c)} != NO_DIRECTION, and has_direction(dim, {d

src/meep/vec.hpp:586

↓ 25 callersMethodget_point

src/monitor.cpp:55

↓ 25 callersMethodlittle_corner

src/meep/vec.hpp:1094

↓ 25 callersMethodset_direction_min

src/meep/vec.hpp:958

↓ 25 callersMethodvec

src/meep/vec.hpp:600

↓ 24 callersMethodepsilon

Returns the medium's permittivity tensor as a 3x3 Numpy array at the specified frequency `freq` which can be either a scalar, list, o

python/geom.py:503

↓ 24 callersFunctionget_attr_v3

python/typemap_utils.cpp:310

↓ 24 callersMethodget_dft_array

Returns the Fourier-transformed fields as a NumPy array. The type is either `numpy.complex64` or `numpy.complex128` depending on the

python/simulation.py:4013

↓ 24 callersMethodinterpolate

src/vec.cpp:528

↓ 24 callersMethodread

src/h5file.cpp:301

↓ 24 callersMethodset_direction_max

src/meep/vec.hpp:959

↓ 23 callersFunctionFOR_COMPONENTS

src/fields.cpp:170

↓ 23 callersMethod_volume_from_kwargs

( self, vol: Volume = None, center: Vector3Type = None, size: Vector3Type = None )

python/simulation.py:1589

↓ 23 callersMethodadd_near2far

`add_near2far(fcen, df, nfreq, freq, Near2FarRegions, nperiods=1, decimation_factor=0)` ##sig Add a bunch of `Near2FarRegion`s to t

python/simulation.py:3086

↓ 23 callersMethodcheck2d

(self, vol, expected_min, expected_max)

python/tests/test_fragment_stats.py:452

↓ 23 callersFunctioncheck_unequal_layout

tests/symmetry.cpp:87

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