function T = uff_dataset_registry()
%UFF_DATASET_REGISTRY  Table of UFF datasets referenced under examples/ and publications/.
%
%   Each row describes one distinct dataset file available from the USTB dataset
%   repository (ustb.no/datasets). Used by RUN_DATASET_SMOKE_TESTS.
%
%   Columns (struct fields):
%     filename   - .uff file name
%     channel_h5 - HDF5 path to uff.channel_data (empty = auto-detect)
%     mode       - 'beamform' | 'beamformed_only'
%
%   mode 'beamformed_only' is for files that only store pre-beamformed results
%   (no channel_data), e.g. IUS2017 dark-region artifacts.
%
%   See also RUN_DATASET_SMOKE_TESTS, SIMPLE_PROCESS_DATASET

% Auto-generated inventory from examples/ and publications/ (repository paths
% in comments are hints for maintainers — not used at runtime).

T = struct('filename', {}, 'channel_h5', {}, 'mode', {}, 'note', {});

% --- examples/ (ustb.no/datasets) ---
T = add(T, 'Verasonics_P2-4_parasternal_long_small.uff', '', 'beamform', 'examples: FI phased array, minimal_example');
T = add(T, 'L7_FI_IUS2018.uff', '', 'beamform', 'examples: FI RTB / Verasonics');
T = add(T, 'L7_CPWC_193328.uff', '', 'beamform', 'examples: CPWC Verasonics');
T = add(T, 'L7_CPWC_TheGB.uff', '', 'beamform', 'examples: UiO course speed_of_sound');
T = add(T, 'Alpinion_L3-8_FI_hyperechoic_scatterers.uff', '', 'beamform', 'examples: Alpinion FI');
T = add(T, 'Alpinion_L3-8_FI_hypoechoic.uff', '', 'beamform', 'examples: advanced_beamforming');
T = add(T, 'Alpinion_L3-8_CPWC_hyperechoic_scatterers.uff', '', 'beamform', 'examples: CPWC Alpinion');
T = add(T, 'FieldII_STAI_uniform_fov.uff', '/channel_data', 'beamform', 'examples: STAI uniform FOV (Field II)');
T = add(T, 'FieldII_STAI_dynamic_range.uff', '', 'beamform', 'examples/publications: STAI dynamic range (/channel_data or /channel_data_speckle)');
T = add(T, 'ARFI_dataset.uff', '', 'beamform', 'examples: ARFI Verasonics');
T = add(T, 'PICMUS_experiment_resolution_distortion.uff', '', 'beamform', 'examples: PICMUS');
T = add(T, 'PICMUS_simulation_resolution_distortion.uff', '', 'beamform', 'examples: PICMUS');
T = add(T, 'PICMUS_experiment_contrast_speckle.uff', '', 'beamform', 'examples: PICMUS');
T = add(T, 'PICMUS_simulation_contrast_speckle.uff', '', 'beamform', 'examples: PICMUS');
T = add(T, 'PICMUS_carotid_cross.uff', '', 'beamform', 'examples: PICMUS in-vivo');
T = add(T, 'Verasonics_P2-4_parasternal_long_subject_1.uff', '', 'beamform', 'examples: SLSC / multi-frame');
T = add(T, 'FieldII_P4_point_scatterers.uff', '', 'beamform', 'examples: UiO phased array exercise');
T = add(T, 'experimental_STAI_dynamic_range.uff', '/channel_data', 'beamform', 'examples: UiO STAI sandbox');
T = add(T, 'FieldII_STAI_axial_gradient_v2.uff', '', 'beamform', 'publications: DynamicRange axial gradient');
T = add(T, 'FieldII_STAI_gradient_full_field_100.uff', '', 'beamform', 'publications: DynamicRange full gradient');
T = add(T, 'P4_FI_121444_45mm_focus.uff', '', 'beamform', 'examples: REFoCUS');
T = add(T, 'FieldII_speckle_simulation.uff', '', 'beamform', 'examples: field_II STAI speckle parfor');
T = add(T, 'test02.uff', '', 'beamform', 'examples: CPWC_UFF_read');

% --- publications/ (ustb.no/datasets) ---
T = add(T, 'speckle_sim_FI_P4_probe_apod_3_speckle_long_many_angles.uff', '', 'beamform', 'publications/TUSON/2026: Vralstad et al., blocked array');
T = add(T, 'L7_FI_Verasonics_CIRS_points.uff', '', 'beamform', 'publications: TUFFC fDMAS');
T = add(T, 'L7_FI_carotid_cross_sub_2.uff', '', 'beamform', 'publications: TUFFC GCNR');
T = add(T, 'invitro_20.uff', '', 'beamform', 'publications: TUFFC GCNR');
T = add(T, 'insilico_side_100_M45.uff', '', 'beamform', 'publications: TUFFC GCNR');
T = add(T, 'insilico_20.uff', '', 'beamform', 'publications: IUS2019 GCNR NLM');
T = add(T, 'FieldII_CPWC_point_scatterers_res_v2.uff', '', 'beamform', 'publications: IUS2020 resolution');
T = add(T, 'P4_FI.uff', '', 'beamform', 'publications: IUS2018 MLA/RTB');
T = add(T, 'beamformed_simulated_data.uff', '', 'beamformed_only', 'publications: IUS2017 dark region (beamformed only)');
T = add(T, 'beamformed_experimental_data.uff', '', 'beamformed_only', 'publications: IUS2017 dark region (beamformed only)');

T = dedupe_by_filename(T);
end

function T = add(T, filename, channel_h5, mode, note)
s.filename = filename;
s.channel_h5 = channel_h5;
s.mode = mode;
s.note = note;
T = [T, s]; %#ok<AGROW>
end

function T = dedupe_by_filename(T)
[~, ia] = unique({T.filename}, 'stable');
T = T(ia);
end

ans = 

  1×33 struct array with fields:

    filename
    channel_h5
    mode
    note

Published with MATLAB® R2025a