Dataset Viewer
Duplicate
The dataset viewer is not available for this split.
Cannot load the dataset split (in streaming mode) to extract the first rows.
Error code:   StreamingRowsError
Exception:    CastError
Message:      Couldn't cast
id: string
kind: string
value: string
first: string
last: string
ref: string
basis: string
precision: string
src: list<item: string>
  child 0, item: string
lic: string
level: int64
quote: string
found: string
speaker: string
speaker_ref: list<item: string>
  child 0, item: string
speaker_by: string
speaker_id: string
of: string
speaker_name: string
speaker_name_ref: list<item: string>
  child 0, item: string
divine: bool
verb: string
parent: string
at: list<item: string>
  child 0, item: string
after: string
start: string
end: string
checks: struct<GEN: struct<quotes: int64, quotes_with_frame: int64, frame_verbs_top: struct<אָמַר: int6 (... 26039 chars omitted)
  child 0, GEN: struct<quotes: int64, quotes_with_frame: int64, frame_verbs_top: struct<אָמַר: int64, קָרָ� (... 342 chars omitted)
      child 0, quotes: int64
      child 1, quotes_with_frame: int64
      child 2, frame_verbs_top: struct<אָמַר: int64, קָרָא: int64, דָבַר: int64, פָּרַד: int64, מָשַׁל: i (... 5 chars omitted)
          child 0, אָמַר: int64
          child 1, קָרָא: int64
          child 2, דָבַר: int64
          child 3, פָּרַד: int64
          child 4, מָשַׁל: int64
      child 3, quotes_with_pieces_given_as_one_span: int64
      child 4, tn_notes: struct<placed: int64, of_them_partial: int64, not_found: int64>
          child 0, placed: int64
          child 1, of_them_partial: int64
          child 2, not_found: int64
      child 5, ult_alignment_words: struct<placed: int64, not_found: int64>
   
...
hild 22, ISA: int64
      child 23, JER: int64
      child 24, LAM: int64
      child 25, EZK: int64
      child 26, DAN: int64
      child 27, HOS: int64
      child 28, JOL: int64
      child 29, AMO: int64
      child 30, OBA: int64
      child 31, JON: int64
      child 32, MIC: int64
      child 33, NAM: int64
      child 34, HAB: int64
      child 35, ZEP: int64
      child 36, HAG: int64
      child 37, ZEC: int64
      child 38, MAL: int64
      child 39, MAT: int64
      child 40, MRK: int64
      child 41, LUK: int64
      child 42, JHN: int64
      child 43, ACT: int64
      child 44, ROM: int64
      child 45, 1CO: int64
      child 46, 2CO: int64
      child 47, GAL: int64
      child 48, EPH: int64
      child 49, PHP: int64
      child 50, COL: int64
      child 51, 1TH: int64
      child 52, 2TH: int64
      child 53, 1TI: int64
      child 54, 2TI: int64
      child 55, TIT: int64
      child 56, PHM: int64
      child 57, HEB: int64
      child 58, JAS: int64
      child 59, 1PE: int64
      child 60, 2PE: int64
      child 61, 1JN: int64
      child 62, 2JN: int64
      child 63, 3JN: int64
      child 64, JUD: int64
      child 65, REV: int64
built: timestamp[s]
unmatched: struct<ult_found: int64, ult: int64, tn_found: int64, tn: int64, ult_book_absent: int64, tn_book_abs (... 11 chars omitted)
  child 0, ult_found: int64
  child 1, ult: int64
  child 2, tn_found: int64
  child 3, tn: int64
  child 4, ult_book_absent: int64
  child 5, tn_book_absent: int64
to
{'schema': Value('int64'), 'built': Value('timestamp[s]'), 'code': Value('string'), 'licence': Value('string'), 'sources': {'bsb': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'clear': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'glyssen': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'layer': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'layout': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'macula': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'mam': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'nestle1904': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'oshb': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'tn': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'ubs': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'a
...
'), 'EXO': Value('int64'), 'LEV': Value('int64'), 'NUM': Value('int64'), 'DEU': Value('int64'), 'JOS': Value('int64'), 'JDG': Value('int64'), 'RUT': Value('int64'), '1SA': Value('int64'), '2SA': Value('int64'), '1KI': Value('int64'), '2KI': Value('int64'), '1CH': Value('int64'), '2CH': Value('int64'), 'EZR': Value('int64'), 'NEH': Value('int64'), 'EST': Value('int64'), 'JOB': Value('int64'), 'PSA': Value('int64'), 'PRO': Value('int64'), 'ECC': Value('int64'), 'SNG': Value('int64'), 'ISA': Value('int64'), 'JER': Value('int64'), 'LAM': Value('int64'), 'EZK': Value('int64'), 'DAN': Value('int64'), 'HOS': Value('int64'), 'JOL': Value('int64'), 'AMO': Value('int64'), 'OBA': Value('int64'), 'JON': Value('int64'), 'MIC': Value('int64'), 'NAM': Value('int64'), 'HAB': Value('int64'), 'ZEP': Value('int64'), 'HAG': Value('int64'), 'ZEC': Value('int64'), 'MAL': Value('int64'), 'MAT': Value('int64'), 'MRK': Value('int64'), 'LUK': Value('int64'), 'JHN': Value('int64'), 'ACT': Value('int64'), 'ROM': Value('int64'), '1CO': Value('int64'), '2CO': Value('int64'), 'GAL': Value('int64'), 'EPH': Value('int64'), 'PHP': Value('int64'), 'COL': Value('int64'), '1TH': Value('int64'), '2TH': Value('int64'), '1TI': Value('int64'), '2TI': Value('int64'), 'TIT': Value('int64'), 'PHM': Value('int64'), 'HEB': Value('int64'), 'JAS': Value('int64'), '1PE': Value('int64'), '2PE': Value('int64'), '1JN': Value('int64'), '2JN': Value('int64'), '3JN': Value('int64'), 'JUD': Value('int64'), 'REV': Value('int64')}}}
because column names don't match
Traceback:    Traceback (most recent call last):
                File "/src/services/worker/src/worker/utils.py", line 149, in get_rows_or_raise
                  return get_rows(
                      dataset=dataset,
                  ...<4 lines>...
                      column_names=column_names,
                  )
                File "/src/libs/libcommon/src/libcommon/utils.py", line 272, in decorator
                  return func(*args, **kwargs)
                File "/src/services/worker/src/worker/utils.py", line 129, in get_rows
                  rows_plus_one = list(itertools.islice(safe_iter(ds, dataset=dataset), rows_max_number + 1))
                File "/src/services/worker/src/worker/utils.py", line 544, in safe_iter
                  yield from ds.decode(False) if ds.features else ds
                File "/usr/local/lib/python3.14/site-packages/datasets/iterable_dataset.py", line 3052, in __iter__
                  for key, example in ex_iterable:
                                      ^^^^^^^^^^^
                File "/usr/local/lib/python3.14/site-packages/datasets/iterable_dataset.py", line 2559, in __iter__
                  for key, pa_table in self._iter_arrow():
                                       ~~~~~~~~~~~~~~~~^^
                File "/usr/local/lib/python3.14/site-packages/datasets/iterable_dataset.py", line 2584, in _iter_arrow
                  for key, pa_table in self.ex_iterable._iter_arrow():
                                       ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^^
                File "/usr/local/lib/python3.14/site-packages/datasets/iterable_dataset.py", line 558, in _iter_arrow
                  for key, pa_table in iterator:
                                       ^^^^^^^^
                File "/usr/local/lib/python3.14/site-packages/datasets/iterable_dataset.py", line 440, in _iter_arrow
                  for key, pa_table in self.generate_tables_fn(**gen_kwags):
                                       ~~~~~~~~~~~~~~~~~~~~~~~^^^^^^^^^^^^^
                File "/usr/local/lib/python3.14/site-packages/datasets/packaged_modules/json/json.py", line 361, in _generate_tables
                  self._cast_table(pa_table, json_field_paths=json_field_paths),
                  ~~~~~~~~~~~~~~~~^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
                File "/usr/local/lib/python3.14/site-packages/datasets/packaged_modules/json/json.py", line 132, in _cast_table
                  pa_table = table_cast(pa_table, self.info.features.arrow_schema)
                File "/usr/local/lib/python3.14/site-packages/datasets/table.py", line 2381, in table_cast
                  return cast_table_to_schema(table, schema)
                File "/usr/local/lib/python3.14/site-packages/datasets/table.py", line 2309, in cast_table_to_schema
                  raise CastError(
                  ...<3 lines>...
                  )
              datasets.table.CastError: Couldn't cast
              id: string
              kind: string
              value: string
              first: string
              last: string
              ref: string
              basis: string
              precision: string
              src: list<item: string>
                child 0, item: string
              lic: string
              level: int64
              quote: string
              found: string
              speaker: string
              speaker_ref: list<item: string>
                child 0, item: string
              speaker_by: string
              speaker_id: string
              of: string
              speaker_name: string
              speaker_name_ref: list<item: string>
                child 0, item: string
              divine: bool
              verb: string
              parent: string
              at: list<item: string>
                child 0, item: string
              after: string
              start: string
              end: string
              checks: struct<GEN: struct<quotes: int64, quotes_with_frame: int64, frame_verbs_top: struct<אָמַר: int6 (... 26039 chars omitted)
                child 0, GEN: struct<quotes: int64, quotes_with_frame: int64, frame_verbs_top: struct<אָמַר: int64, קָרָ� (... 342 chars omitted)
                    child 0, quotes: int64
                    child 1, quotes_with_frame: int64
                    child 2, frame_verbs_top: struct<אָמַר: int64, קָרָא: int64, דָבַר: int64, פָּרַד: int64, מָשַׁל: i (... 5 chars omitted)
                        child 0, אָמַר: int64
                        child 1, קָרָא: int64
                        child 2, דָבַר: int64
                        child 3, פָּרַד: int64
                        child 4, מָשַׁל: int64
                    child 3, quotes_with_pieces_given_as_one_span: int64
                    child 4, tn_notes: struct<placed: int64, of_them_partial: int64, not_found: int64>
                        child 0, placed: int64
                        child 1, of_them_partial: int64
                        child 2, not_found: int64
                    child 5, ult_alignment_words: struct<placed: int64, not_found: int64>
                 
              ...
              hild 22, ISA: int64
                    child 23, JER: int64
                    child 24, LAM: int64
                    child 25, EZK: int64
                    child 26, DAN: int64
                    child 27, HOS: int64
                    child 28, JOL: int64
                    child 29, AMO: int64
                    child 30, OBA: int64
                    child 31, JON: int64
                    child 32, MIC: int64
                    child 33, NAM: int64
                    child 34, HAB: int64
                    child 35, ZEP: int64
                    child 36, HAG: int64
                    child 37, ZEC: int64
                    child 38, MAL: int64
                    child 39, MAT: int64
                    child 40, MRK: int64
                    child 41, LUK: int64
                    child 42, JHN: int64
                    child 43, ACT: int64
                    child 44, ROM: int64
                    child 45, 1CO: int64
                    child 46, 2CO: int64
                    child 47, GAL: int64
                    child 48, EPH: int64
                    child 49, PHP: int64
                    child 50, COL: int64
                    child 51, 1TH: int64
                    child 52, 2TH: int64
                    child 53, 1TI: int64
                    child 54, 2TI: int64
                    child 55, TIT: int64
                    child 56, PHM: int64
                    child 57, HEB: int64
                    child 58, JAS: int64
                    child 59, 1PE: int64
                    child 60, 2PE: int64
                    child 61, 1JN: int64
                    child 62, 2JN: int64
                    child 63, 3JN: int64
                    child 64, JUD: int64
                    child 65, REV: int64
              built: timestamp[s]
              unmatched: struct<ult_found: int64, ult: int64, tn_found: int64, tn: int64, ult_book_absent: int64, tn_book_abs (... 11 chars omitted)
                child 0, ult_found: int64
                child 1, ult: int64
                child 2, tn_found: int64
                child 3, tn: int64
                child 4, ult_book_absent: int64
                child 5, tn_book_absent: int64
              to
              {'schema': Value('int64'), 'built': Value('timestamp[s]'), 'code': Value('string'), 'licence': Value('string'), 'sources': {'bsb': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'clear': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'glyssen': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'layer': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'layout': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'macula': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'mam': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'nestle1904': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'oshb': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'tn': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'attribution': Value('string')}, 'ubs': {'name': Value('string'), 'licence': Value('string'), 'share_alike': Value('string'), 'a
              ...
              '), 'EXO': Value('int64'), 'LEV': Value('int64'), 'NUM': Value('int64'), 'DEU': Value('int64'), 'JOS': Value('int64'), 'JDG': Value('int64'), 'RUT': Value('int64'), '1SA': Value('int64'), '2SA': Value('int64'), '1KI': Value('int64'), '2KI': Value('int64'), '1CH': Value('int64'), '2CH': Value('int64'), 'EZR': Value('int64'), 'NEH': Value('int64'), 'EST': Value('int64'), 'JOB': Value('int64'), 'PSA': Value('int64'), 'PRO': Value('int64'), 'ECC': Value('int64'), 'SNG': Value('int64'), 'ISA': Value('int64'), 'JER': Value('int64'), 'LAM': Value('int64'), 'EZK': Value('int64'), 'DAN': Value('int64'), 'HOS': Value('int64'), 'JOL': Value('int64'), 'AMO': Value('int64'), 'OBA': Value('int64'), 'JON': Value('int64'), 'MIC': Value('int64'), 'NAM': Value('int64'), 'HAB': Value('int64'), 'ZEP': Value('int64'), 'HAG': Value('int64'), 'ZEC': Value('int64'), 'MAL': Value('int64'), 'MAT': Value('int64'), 'MRK': Value('int64'), 'LUK': Value('int64'), 'JHN': Value('int64'), 'ACT': Value('int64'), 'ROM': Value('int64'), '1CO': Value('int64'), '2CO': Value('int64'), 'GAL': Value('int64'), 'EPH': Value('int64'), 'PHP': Value('int64'), 'COL': Value('int64'), '1TH': Value('int64'), '2TH': Value('int64'), '1TI': Value('int64'), '2TI': Value('int64'), 'TIT': Value('int64'), 'PHM': Value('int64'), 'HEB': Value('int64'), 'JAS': Value('int64'), '1PE': Value('int64'), '2PE': Value('int64'), '1JN': Value('int64'), '2JN': Value('int64'), '3JN': Value('int64'), 'JUD': Value('int64'), 'REV': Value('int64')}}}
              because column names don't match

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Passage Facts

Who is heard in a passage, what kind of speech it is, and how the text is set (song, poetic lines, prose), for the whole Bible. Each fact is tied to exact words of the Hebrew or Greek text (MACULA word ids) and names its source and licence, so that it can be carried through word alignments into any translation.

No fact is a model's reading of the text. A fact is a source's own value (b.source), read from the Hebrew or Greek grammar by a fixed rule (b.text), inferred by a published rule from other facts (b.rule), or set by a review row (b.review).

Built 2026-11-12 by macula/build_passage_facts.py (bcv-query 97c1728)
Size 66 books, 62,663 facts (19,355 of them CC BY-SA 4.0); CC BY subset: 43,308 facts
Schema 1 (see Versions)

Files

Path What it holds
data/<BOOK>.jsonl all facts of a book, one JSON object per line. Licence of the whole: CC BY-SA 4.0
data-cc-by/<BOOK>.jsonl only the facts of sources that are not share-alike. Licence: CC BY 4.0
codes.tsv the decoding table: every code in the data, with its English meaning, its source, and notes
sources.tsv the sources: licence, share-alike or not, enabled or not, attribution wording, what each gives
build.json sources used, input hashes and pins, counts per book, and checks: how well each source landed on the words
SHA256SUMS the sha256 of every file

A fact

{"id": "EXO.00001", "kind": "quote", "value": "qt.normal", "first": "020010090041", "last": "020010100192", "ref": "EXO 1:9-10",
 "basis": "b.source", "precision": "p.word", "src": ["clear", "layer"], "lic": "CC BY 4.0",
 "level": 1, "quote": "q00503", "found": "qf.block", "speaker": "מֶלֶךְ", "speaker_ref": ["020010080021"], "speaker_by": "sb.inquit",
 "speaker_id": "c0073", "speaker_name": "פַּרְעֹה", "speaker_name_ref": ["020010220021"]}
Field Meaning
kind what the fact is about: voice, quote, frame, domain, delivery, force, addressee, section, form, note (and, once enabled, TBTA's listener, attitude, age_relation, tb_force, rhetorical)
value a code from codes.tsv. For frame it is the verb's lemma in Hebrew or Greek
first, last the anchor: the first and last word of the stretch, as MACULA word keys (Hebrew 12 digits BBCCCVVVWWWP, a morpheme; Greek 11 digits BBCCCVVVWWW)
pieces where words of another voice interrupt the stretch: its parts as [first, last] pairs
lines for a printed layout: each printed line as [first, last]
at the words a grammar rule read (the imperative, the vocative, the second-person forms)
after for section: the word after which the break stands
ref the verses, for reading; the anchor is first..last
basis, precision how the fact was found (b.*) and how exact its anchor is: p.word exact words, p.verse the source speaks of whole verses
src, lic the sources (keys of sources.tsv) and the licence of the fact (CC BY-SA 4.0 if any of its sources is share-alike)
of the fact (a quote) this one describes
level, parent for quote: 1 = spoken in the narrative or text, 2 = a speech inside a speech, …; parent the enclosing quote
speaker, speaker_ref for quote: who speaks, as the Hebrew or Greek lemmas of the words that name them, and those words' keys
speaker_by how the speaker was named (sb.*)
speaker_id, speaker_name, speaker_name_ref, members one person across speeches; that person's proper name in the text; for a group, its members' ids
divine the source marks the speaker as God (Jesus, the Spirit)
fit for a note: partial where the note quotes a text (UGNT, UHB) that differs a little from ours and at least 80% of its words were found in order; otherwise the match is exact
tn_id for a note: the note's ID in unfoldingWord's Translation Notes, to look the note up there
markers for the ULT's form: its paragraph marker per line (q1, q2: indent levels)
start, end for a verse-precision form: whether the first and last verse are set that way in full (cv.all) or in part (cv.part)

The data holds no English. To show a fact in English, look its codes up in codes.tsv. Speakers are named by the Hebrew or Greek words of the text; a frame fact gives the verb's lemma.

What the facts are

Kind Rule Sources
voice vc.narrator: the words outside every speech (Hebrew books and Gospels, Acts). vc.frame: a text that is one speaker's from its start (a psalm's psalmist), with speaker speaker layer; Clear
quote each speech with its speaker, nesting, quote type (qt.*) and how it was found (qf.*) Clear (CC BY), speaker layer / Greek layout speaker columns
frame the verb that introduces a speech: the nearest verb in the 15 words before it, not inside another speech of the same level, with no Greek sentence end between; a Hebrew לֵאמֹר gives way to the verb before it in its clause. About 2% of speeches have no introducing verb, and the nearest verb is then not one of speaking MACULA, clause layout
domain the meaning domain of that verb in its place (Speak, Sing, Shout; Louw-Nida Speak/Talk, Inform/Announce, Question/Answer) UBS dictionaries (CC BY-SA)
delivery the speaker data's note on how a speech is delivered (praying, rebuking, singing) Glyssen, carried in Clear's data
force per clause segment, by the grammar alone, inside speech and outside it (a psalm's plea, a letter's command; of names the quote where there is one): imperative; Hebrew jussive and cohortative; prohibition (Hebrew אַל with a jussive, cohortative or yiqtol; Greek μή with an imperative, or with a second-person aorist subjunctive in a main clause); Greek exhortation (a first-person plural subjunctive in a main clause); question (a Hebrew interrogative word; in Greek every clause from the stop before to the question mark); Greek vocative. A Greek main clause has no subordinator (ἵνα, ἐάν, ὅταν, ὡς, ὅς, τίς ...) in its tree node before the verb or in any node above it; μή ποτε / μή πως / μή που ("lest") and οὐ μή give no force. ἰδού, ἴδε and ἄγε are imperative in form but particles in use; they count neither here nor for addressee. Not given, as they need a reading: οὐ with a future as a command, לֹא with a yiqtol. The prohibition and exhortation rules and the whole-question extent were proposed by make-tanakh-research (2026-11-12) MACULA, clause layout
addressee ad.sg, ad.pl, ad.both: the number of the speech's own second-person forms. ad.named: the one spoken to in the inquit (Greek: the verb's A2 argument; Hebrew: the object of אֶל in the inquit's clause) MACULA
section petuchah and setumah, word-exact (a mark inside a verse stands after its word): the Leningrad Codex, and MAM's Aleppo Codex tradition, each as its own fact OSHB; MAM (CC BY-SA)
form fm.ms.song: the Masoretic song layout, line by line (Exod 15, Deut 32, Judg 5, 2 Sam 22, some lists). fm.ed.*: Nestle 1904 prints the words as poetic lines, a hymn block, or lines quoted from the Scriptures (from the page images; printed lines from the digital edition). fm.tr.poetry: a translation sets the words in indented lines: the ULT line by line through its word alignment, the BSB by verse MAM (CC BY-SA); Nestle 1904; ULT (CC BY-SA); BSB
note an unfoldingWord Translation Note of one of 27 articles on speech, address and poetry (rhetorical question, quotation in a quotation, apostrophe, parallelism, singular/plural 'you', inclusive/exclusive 'we', ...), on the Hebrew or Greek words it quotes. Only the article and the place are carried, not the note's English unfoldingWord Translation Notes (CC BY-SA)

Sources and licence

Source Licence Share-alike What it gives
MACULA Quotation and Speaker Data CC BY 4.0 no who speaks which words; quote type
Glyssen character data (SIL / Faith Comes By Hearing) MIT no delivery notes, carried by Clear's data
Hebrew Bible Speaker Layer / Greek NT clause layout speaker columns (bcv-commons) CC BY 4.0 no nesting, speakers named from the Hebrew and Greek text, review rows
Hebrew Bible Clause Layout and Greek NT Clause Layout, segmentation (bcv-commons) CC BY 4.0 no clause segments; clause relations
MACULA Hebrew and MACULA Greek (Clear Bible / Biblica) CC BY 4.0 no words, lemmas, grammar, verb frames
Open Scriptures Hebrew Bible CC BY 4.0 no Leningrad Codex paragraph marks
Nestle, Η ΚΑΙΝΗ ΔΙΑΘΗΚΗ, British and Foreign Bible Society 1904: the printed layout Public Domain no passages printed in poetic lines or as a narrower block; its preface says the arrangement chiefly follows Westcott-Hort 1881
Berean Standard Bible: poetry layout Public Domain no a translation's layout: verses it sets as poetry
unfoldingWord Literal Text (ULT), release v91 CC BY-SA 4.0 yes a translation's layout: the lines it sets as poetry, placed on the Hebrew and Greek words by its own word alignment
unfoldingWord Translation Notes (UTN), release v91 CC BY-SA 4.0 yes the translation issue a note names (its support article), on the Hebrew or Greek words it quotes; the note's English text is not carried
Miqra according to the Masorah (MAM), MAM-parsed plus, MAM-basics commit cfdbb64e CC BY-SA 4.0 yes the Masoretic layout: the songs (Exod 15, Deut 32, Judg 5, 2 Sam 22, ...) and the poetic lines of Psalms, Proverbs and Job with their indent levels; its own petuchah and setumah (Aleppo Codex tradition)
UBS Dictionary of Biblical Hebrew (SDBH) and UBS Dictionary of the Greek New Testament (Louw-Nida), ubs-open-license commit 33dcc8c6 CC BY-SA 4.0 yes the meaning domain of the verb that introduces a speech (speak, sing, pray, command, ...), as the dictionary gives it for that word in its place

Why two folders. Facts from share-alike sources (unfoldingWord, MAM, the UBS dictionaries) can only be shared under CC BY-SA 4.0, so data/, which holds all facts, is CC BY-SA 4.0 as a whole. Every other fact stays under its own licence (CC BY 4.0, MIT, public domain), and data-cc-by/ holds exactly those, under CC BY 4.0. Each fact also says its own licence in lic.

Attribution. Name this dataset ("Passage Facts, bcv-commons") and the sources of the facts you use, with the wording in the attribution column of sources.tsv. For Glyssen's delivery notes keep its MIT copyright notice.

Not included: The Bible Translator's Assistant (All the Word) and OpenText.org. Both are in sources.tsv but disabled, because neither states an open licence.

How well the sources landed

Check Whole Bible
Speeches with the verb that introduces them 6,574 of 6,936
Speeches the speaker layer joins across a speaking formula, given as one span (no pieces) 88
Translation Notes placed on the words they quote (of them partly: the quoted text differs a little) / not found 8,762 (227) / 175
ULT alignment words placed / not found 366,620 / 3,015
Paragraph marks: Leningrad / MAM / at the same word / the same mark there 3,133 / 3,353 / 2,844 / 2,344
Nestle 1904 passages with their printed lines 105 of 122
Books not in unfoldingWord's release (no ULT lines or notes) 1CH, 2CH, ECC, EZK, ISA, JER, NUM

Per book in build.json (checks).

Versions

A new build gets a new revision; a revision is never changed. Pin the revision. schema in build.json is the version of the fact shape. It goes up only when a field is renamed, dropped or changes meaning; a new field, kind or code leaves it unchanged. Codes are never renumbered. Anchors (first, last, pieces, lines, at, after) are a first version and may follow a link-type specification later; that would be a schema change, listed here.

Feedback

Issues and requests: bcv-commons/bcv-query.

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