Skip to main content
Back to top
Ctrl
+
K
Welcome!
Get started
Overview
Installation
Basic examples
User guide
Walkthrough
Atomic models
Potentials
Wave functions
Multislice simulations
Contrast transfer function
Scan and detect
Frozen phonons
Parallelization
Appendix
Conventions
Deriving the Multislice Algorithm
Sampling and antialiasing
Ensembles
Convergence
Advanced tutorials
Advanced atomic models
Partial coherence
ab initio
potentials with GPAW
Blochwave simulations
PRISM
Core-loss
Customizing
ab
TEM
Example gallery
CBED quickstart
HRTEM quickstart
PRISM quickstart
STEM quickstart
4D-STEM quickstart
SAED quickstart
PED quickstart
Animations
Interactive visualizations
Bibliography
Reference
API
antialias
antialias_aperture
AntialiasAperture
array
concatenate
from_zarr
move_item
moveaxis
stack
swapaxes
ArrayObject
ComputableList
atoms
atoms_in_cell
best_orthogonal_cell
cut_cell
decompose_affine_transform
euler_sequence
euler_to_rotation
flip_atoms
is_cell_hexagonal
is_cell_orthogonal
is_cell_valid
merge_close_atoms
orthogonalize_cell
pad_atoms
plane_to_axes
pretty_print_transform
rotate_atoms
rotate_atoms_to_plane
rotation_matrix_from_plane
rotation_matrix_to_euler
shrink_cell
standardize_cell
wrap_with_tolerance
waves
BaseWaves
PlaneWave
Probe
Waves
scan
BaseScan
CustomScan
GridScan
LineScan
detectors
AnnularDetector
BaseDetector
FlexibleAnnularDetector
PixelatedDetector
SegmentedDetector
WavesDetector
measurements
calculate_max_reciprocal_space_vector
reciprocal_lattice_vector_mask
BaseMeasurements
DiffractionPatterns
Images
IndexedDiffractionPatterns
MeasurementsEnsemble
PolarMeasurements
RealSpaceLineProfiles
ReciprocalSpaceLineProfiles
transfer
cartesian2polar
hard_aperture
nyquist_sampling
point_resolution
polar2cartesian
scherzer_defocus
soft_aperture
Aberrations
Aperture
BaseAperture
BaseTransferFunction
Bullseye
CTF
SpatialEnvelope
TemporalEnvelope
Vortex
Zernike
transform
ArrayObjectTransform
CompositeArrayObjectTransform
EmptyTransform
EnsembleTransform
ReciprocalSpaceMultiplication
TransformFromFunc
WavesTransform
parametrizations
validate_parameters
validate_parametrization
validate_sigmas
EwaldParametrization
KirklandParametrization
LobatoParametrization
Parametrization
PengParametrization
functions
ewald
kirkland
lobato
peng
integrals
cutoff
cutoff_taper
interpolate_radial_functions
sinc
superpose_deltas
FieldIntegrator
GaussianProjectionIntegrals
GaussianScatteringFactors
ProjectionIntegralTable
QuadratureProjectionIntegrals
ScatteringFactorProjectionIntegrals
phonons
AtomsEnsemble
BaseFrozenPhonons
DummyFrozenPhonons
FrozenPhonons
distributions
from_values
gaussian
uniform
validate_distribution
BaseDistribution
DistributionFromValues
EnsembleFromDistributions
MultidimensionalDistribution
potentials
charge_density
add_point_charges_fourier
integrate_gradient_fourier
ChargeDensityPotential
gpaw
get_core_correction_interpolators
integrate_slice
GPAWParametrization
GPAWPotential
iam
BaseField
BasePotential
CrystalPotential
FieldArray
Potential
PotentialArray
TransmissionFunction
tilt
precession_tilts
AxisAlignedBeamTilt
BaseBeamTilt
BeamTilt
visualize
artists
default_cbar_scalar_formatter
get_extent
validate_cmap
AreaIndicator
Artist
Artist1D
Artist2D
CircleAnnotations
DomainColoringArtist
ImageArtist
LinesArtist
OverlayImshowArtist
ScaleBar
ScaledCircleCollection
ScatterArtist
axes_grid
AxesCollection
AxesGrid
visualizations
convert_complex
discrete_cmap
show_atoms
Visualization
widgets
make_toggle_hkl_button
slider_from_axes_metadata
BaseGUI
ImageGUI
LinesGUI
ScatterGUI
multislice
allocate_multislice_measurements
conventional_multislice_step
multislice_and_detect
transition_potential_multislice_and_detect
FresnelPropagator
MultisliceTransform
prism
bloch
excitation_errors
BlochWaves
StructureFactors
s_matrix
BaseSMatrix
SMatrix
SMatrixArray
utils
batch_crop_2d
minimum_crop
plane_waves
prism_coefficients
prism_wave_vectors
wrapped_crop_2d
wrapped_slices
Configuration
abTEM
Contact
Contribute
Cite
Changelog
Repository
Open issue
.rst
.pdf
integrate_slice
Contents
integrate_slice()
integrate_slice
#
abtem.potentials.gpaw.
integrate_slice
(
array
,
gpts
,
a
,
b
,
thickness
)
[source]
#
Contents
integrate_slice()
