The atomic entries are numbered from 100 to 25677, however, not all numbers have a meaning.
For example, the entry 328 points to the head of Acts 1:20 (which is a virtual entry in the database).
The Greek text of Acts 1:20 is given first in entry 3797, containing the quotation text
(with a-z transcription,
, respectively),
and some other information including that the words are involved from Acts 1:20,
by starting with a first word and ending with a last word, here 12 and 34.
Now, there is information on where the quotation was introduced, here, between
words 2 and 10. Besides number 3797 there is another quotation text for the same head,
namely, number 4987, which describes words 2-10 (
).
Of course, both quotations from Acts 1:20 is connected to an LXX verse,
here to Psalms 68:26 (described by number 4234) and Psalms 108:8 (described by number 4988).
Unfortunately, ISBTF's LXX-NT database does not have any further details on which
words are involved, so it is the researcher's task to identify the words manually.
I am working on a set of scripts that makes it possible to automatically obtain all the given
information provided by ISBTF's LXX-NT database, save the entries in BRST format, load them
in
bibref and analyze them, finally, compare them with my database, and eventually fix
or extend my database if possible. Technically, I started to learn how to build a Python module
over the archived LXX-NT database. This has been achieved recently in the GitHub project
isbtf-lxx-nt-tools. Its folder
isbtf_lxx_nt contains a simple submodule
tools.py which can be imported
from a usual Python program by issuing
from isbtf_lxx_nt.tools import *.
Also, to exploit the bibref's project advantages, I added another submodule (also called
tools.py)
for the bibref project (it is located in its folder
py/bibref). The two modules,
together with a main script, are able to retrieve 202 head entries from ISBTF's LXX-NT database,
from which 199 are semantically correct (not just syntactically). The current results
are shown in the folder
generated-brst of the isbtf-lxx-nt-tools project.
For the curious,
here is a snapshot of the
GraphViz/BRST/SVG/HTML export of the current state.
At the moment, the verse Acts 1:20 is not included in the identified entries, and also,
several other entries may look strange, because the scripts do not yet identify the correct
positions inside an Old Testament verse. Some of these problems will be covered, hopefully soon.
But it must also be noted, that ISBTF's LXX-NT database has a slightly different structure than
the concepts in bibref. First of all, bibref works on letters and not words: bibref does not
assume that such things like words exist (because the original manuscripts do not contain spaces,
nor punctuation). This makes things in bibref more flexible. Also, in bibref, there is no
strict border of Bible verses (because originally there was no verse numbering in the Bible at all,
no chapters, only books). Therefore, while bibref can handle long passages like Romans 3:10-18 as a
single entry, in ISBTF's LXX-NT database this is split into different entries for 3:10, 3:11, 3:12, etc.,
3:18. I find bibref's approach more exact and scientifically more useful.
Of course, I do not want to belittle ISBTF's work on all of they did during the decades.
It was clearly a huge work of many researchers. Also, it does not only focus on the correspondence
of the Greek texts, but it gives an outstanding overview on other translations of the Bible text too.
Update 2025-07-11. By adding a simple substring check for the OT quoted texts,
now there are 203 entries that are syntactically correct (3 is not correct semantically, because
the NT introduction overlaps the NT quotation text), and 57 new entries (of 72 total now)
contain a verbatim match between NT and OT fragments. See the
new snapshot here.
Update 2025-07-14. Another significant change is to find the OT passages exactly,
inside the given verses. A first approach to fix the NT quotation text and consider all
substrings of the OT verse given, is unfortunately quite slow: for each entry a 5-10
minutes of computation is required. This can however be speeded up remarkably by doing
the same computation dynamically (see the new bibref command
nearest12,
it is currently available only in the command line version). This ensures the computation
to be extremely fast
(it is usually below 1 second). Now, the 131 additional entries can be identified
very quickly. In total, processing the 203 entries takes no more than 4 minutes
on a recent PC. (ISBTF's LXX-NT database consists of 358 entries.) See the
new snapshot here.
Continue reading…
See also a filtered list of the entries on topics
GeoGebra,
technical developments or
internal references in the Bible.
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Zoltán Kovács
Linz School of Education
Johannes Kepler University
Altenberger Strasse 69
A-4040 Linz
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