Module tally 

Tallies: turning particle histories into results.

• hist: fixed-binning histograms with integer counts.
• moments: mergeable one-pass moments (mean, σ, γ, β) with standard errors.
• pearson: Pearson IV and dual-Pearson representations of a range profile.
• ion: the crate::ion::bca::BcaTally that collects range, damage (NRT model estimates alongside cascade defect counts) and backscatter/transmission/sputter statistics, and its plain-data IonReport.
• electron: the crate::electron::transport::ElectronTally that collects 3D energy deposition (Cartesian and cylindrical grids), backscatter and secondary yields split at a configurable energy (50 eV by default), escape spectra, generation-volume moments and the energy balance, and its plain-data ElectronReport.
• exposure: per-electron energy deposited in small target volumes and the compound-Poisson distribution of the energy of a finite exposure.
• psf: the radial point-spread function of a pencil beam in a depth slab (log radial bins, per-history errors) and its double- and triple-Gaussian fits, with CSV export and serde derives.
• table_coverage: counts of the electron transport’s cross-section rate evaluations inside and beyond each table’s energy grid, per layer and channel (a numerical diagnostic, carried by the electron report).
• voxel: the sparse 3D VoxelTally of implanted atoms, displacements and deposited energy on a regular grid (any geometry), with CSV and VTK export.
• trajectory: the opt-in TrajectoryRecorder of per-history collision points of ions and their recoils, and the Recorded pairing with an ordinary tally.

Every accumulator here merges deterministically: integer counts are exact sums, and floating-point accumulators are combined in the order the caller merges them, which crate::rng::run_particles fixes to chunk order. The report types derive serde::Serialize, with units documented per field (SI lengths in metres, energies in eV, angles in radians).

Re-exports

pub use dose::DepthDose;

pub use dose::DepthDoseConfig;

pub use dose::DoseConfig;

pub use dose::DoseError;

pub use dose::DoseReport;

pub use dose::Estimate;

pub use dose::InterfaceRefine;

pub use dose::InterfaceTransmission;

pub use dose::LayerDose;

pub use electron::net_mean_se;

pub use electron::CartesianCharge;

pub use electron::CartesianDeposition;

pub use electron::CartesianGrid;

pub use electron::ChargeCells;

pub use electron::ChargeCounts;

pub use electron::ChargeReport;

pub use electron::CylindricalCharge;

pub use electron::CylindricalDeposition;

pub use electron::CylindricalGrid;

pub use electron::DepositionReport;

pub use electron::ElectronEnergyBudget;

pub use electron::ElectronReport;

pub use electron::ElectronTallyConfig;

pub use electron::ElectronTallyError;

pub use electron::ElectronTallyMetadata;

pub use electron::EmissionClass;

pub use electron::EscapedCharge;

pub use electron::EventCapCounts;

pub use electron::FaceEmission;

pub use electron::FateCounts;

pub use electron::FullElectronTally;

pub use electron::GenerationVolume;

pub use electron::PrimaryStoppingPoints;

pub use electron::StoppingPoints;

pub use electron::Yields;

pub use electron::SE_BSE_SPLIT_EV;

pub use exposure::BeamProfile;

pub use exposure::Bracket;

pub use exposure::CompoundDistribution;

pub use exposure::CompoundPoisson;

pub use exposure::CompoundRequest;

pub use exposure::ExposureAccumulator;

pub use exposure::ExposureConfig;

pub use exposure::ExposureError;

pub use exposure::ExposureHistogram;

pub use exposure::ExposureReport;

pub use exposure::ExposureVolume;

pub use exposure::ExposureVolumeReport;

pub use exposure::QuantileResult;

pub use exposure::ThresholdResult;

pub use exposure::VolumeShape;

pub use hist::Binning;

pub use hist::BinningError;

pub use hist::Histogram;

pub use ion::CascadeDefects;

pub use ion::DamageReport;

pub use ion::EscapeReport;

pub use ion::FaceEscape;

pub use ion::IonReport;

pub use ion::IonTally;

pub use ion::IonTallyConfig;

pub use ion::LayerDamage;

pub use ion::LayerRange;

pub use ion::NrtDamage;

pub use ion::RangeReport;

pub use ion::SpeciesEscape;

pub use moments::MomentSummary;

pub use moments::Moments;

pub use pearson::type_iv_min_kurtosis;

pub use pearson::DualPearson;

pub use pearson::DualPearsonFit;

pub use pearson::PearsonError;

pub use pearson::PearsonIv;

pub use psf::fit_psf;

pub use psf::GaussianPsf;

pub use psf::LogRadialBinning;

pub use psf::PsfConfig;

pub use psf::PsfError;

pub use psf::PsfFit;

pub use psf::PsfFitOptions;

pub use psf::PsfModel;

pub use psf::PsfNormalization;

pub use psf::PsfReport;

pub use psf::PsfResidual;

pub use psf::RadialAccumulator;

pub use psf::RadialProfile;

pub use psf_scan::point_seed;

pub use psf_scan::scan_landing_points;

pub use psf_scan::PsfScanConfig;

pub use psf_scan::PsfScanError;

pub use psf_scan::PsfScanPoint;

pub use psf_scan::PsfScanReport;

pub use table_coverage::LayerTableCoverage;

pub use table_coverage::TableCoverageCounts;

pub use table_coverage::TableCoverageTally;

pub use trajectory::History;

pub use trajectory::Recorded;

pub use trajectory::Track;

pub use trajectory::TrackEnd;

pub use trajectory::TrajectoryConfig;

pub use trajectory::TrajectoryPoint;

pub use trajectory::TrajectoryRecorder;

pub use voxel::ExportProvenance;

pub use voxel::SpeciesDefects;

pub use voxel::VoxelCell;

pub use voxel::VoxelRecord;

pub use voxel::VoxelReport;

pub use voxel::VoxelTally;

pub use voxel::VoxelTallyError;

pub use voxel::VoxelTallyGrid;

pub use voxel::EXPORT_FORMAT_VERSION;

Modules

dose

Dose to named layers, depth-dose through a stack, and interface transmission, for the electron tally.

electron

The electron tally: energy deposition, emission yields and spectra, wired to the electron transport hooks.

exposure

Exposure statistics: the distribution of the energy a small volume receives from a finite number of incident electrons.

hist

Fixed-binning histograms with integer counts.

ion

The full ion tally: ranges, damage and escapes, wired to the BCA engine.

moments

One-pass, mergeable central moments with standard errors.

pearson

Pearson type IV and dual-Pearson representations of range profiles.

psf

Radial point-spread function (PSF) of a pencil beam: extraction from the electron deposition tally and double- or triple-Gaussian fits.

psf_scan

Position-dependent point-spread function: the energy an electron beam deposits in a thin depth slab as its landing point is scanned across a laterally varying (voxel) target.

table_coverage

How often the electron transport read each cross-section table inside its energy grid, and how often it used the constant continuation beyond an end.

trajectory

Opt-in recorder of ion paths: the collision points of chosen histories.

voxel

Sparse 3D voxel tallies of implanted atoms, damage and deposited energy, with CSV and VTK export.