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karma.conf.js
amrbatch.log 34.57 KiB
- INFO - [AMR Batch] NL Document Parsing
- INFO -
=== Reading input file ===
- INFO - -- line number: 20
- INFO -
=== Preparation ===
- INFO - -- base reference: SolarSystem
- INFO - -- input filepath: /home/lamenji/Workspace/Tetras/amrbatch/tests/input/SolarSystem.txt
- INFO - -- output dirpath: /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/
- INFO - -- Reading input line set to recover a list of work data
- DEBUG - *** sentence 1 ***
<work_data.WorkData object at 0x7f8b41c74a10>
- DEBUG - *** sentence 2 ***
<work_data.WorkData object at 0x7f8b41a91d90>
- DEBUG - *** sentence 3 ***
<work_data.WorkData object at 0x7f8b41a91e50>
- DEBUG - *** sentence 4 ***
<work_data.WorkData object at 0x7f8b41a91ed0>
- DEBUG - *** sentence 5 ***
<work_data.WorkData object at 0x7f8b41a91dd0>
- DEBUG - *** sentence 6 ***
<work_data.WorkData object at 0x7f8b41a91c90>
- DEBUG - *** sentence 7 ***
<work_data.WorkData object at 0x7f8b41a91f50>
- DEBUG - *** sentence 8 ***
<work_data.WorkData object at 0x7f8b41a91c50>
- DEBUG - *** sentence 9 ***
<work_data.WorkData object at 0x7f8b41a92010>
- DEBUG - *** sentence 10 ***
<work_data.WorkData object at 0x7f8b41a91cd0>
- DEBUG - *** sentence 11 ***
<work_data.WorkData object at 0x7f8b41a92090>
- DEBUG - *** sentence 12 ***
<work_data.WorkData object at 0x7f8b41a92050>
- DEBUG - *** sentence 13 ***
<work_data.WorkData object at 0x7f8b41a92110>
- DEBUG - *** sentence 14 ***
<work_data.WorkData object at 0x7f8b41a92190>
- DEBUG - *** sentence 15 ***
<work_data.WorkData object at 0x7f8b41a92210>
- DEBUG - *** sentence 16 ***
<work_data.WorkData object at 0x7f8b41a92290>
- DEBUG - *** sentence 17 ***
<work_data.WorkData object at 0x7f8b41a92310>
- DEBUG - *** sentence 18 ***
<work_data.WorkData object at 0x7f8b41a92390>
- DEBUG - *** sentence 19 ***
<work_data.WorkData object at 0x7f8b41a92410>
- DEBUG - *** sentence 20 ***
<work_data.WorkData object at 0x7f8b41a92490>
- INFO - ----- number of sentences: 20
- DEBUG - -- Making output directory tree (/home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/)
- DEBUG - -- Generating sentence file
- INFO -
=== Text Convert to AMR Graphs ===
- INFO - -- library: amrlib
- INFO - -- model: model_parse_xfm_bart_large-v0_1_0
- DEBUG - (/home/lamenji/Workspace/Tetras/amrbatch/tests/../amr_models/model_parse_xfm_bart_large-v0_1_0)
- INFO - -- Loading AMR model
- INFO - -- Converting sentences to AMR graphs
- INFO - ----- Sentence 1 successfully processed
- DEBUG - ['# ::snt The Solar System is the gravitationally bound system of the Sun and the objects that orbit it, either directly or indirectly.\n(s / system\n :domain (p / planet\n :name (n / name\n :op1 "Solar"\n :op2 "System"))\n :ARG1-of (b / bind-01\n :ARG0 (g / gravitation))\n :part (a / and\n :op1 (s2 / sun)\n :op2 (o / object\n :ARG0-of (o2 / orbit-01\n :ARG1 s2\n :manner (o3 / or\n :op1 (d / direct-02)\n :op2 (d2 / direct-02\n :polarity -))))))']
- INFO - ----- Sentence 2 successfully processed
- DEBUG - ['# ::snt Of the objects that orbit the Sun directly, the largest are the eight planets, with the remainder being smaller objects, the dwarf planets and small Solar System bodies.\n(a / and\n :op1 (h / have-degree-91\n :ARG1 (p / planet\n :quant 8)\n :ARG2 (l / large)\n :ARG3 (m / most)\n :ARG5 (o / object\n :ARG0-of (o2 / orbit-01\n :ARG1 (s / sun)\n :ARG1-of (d / direct-02))))\n :op2 (r / remain-01\n :ARG1 (a2 / and\n :op1 (o3 / object\n :ARG1-of (h2 / have-degree-91\n :ARG2 (s2 / small)\n :ARG3 (m2 / more)))\n :op2 (p2 / planet\n :mod (d2 / dwarf))\n :op3 (b / body\n :mod (s3 / small)\n :part-of (s4 / system\n :name (n / name\n :op1 "Solar"\n :op2 "System"))))))']
- INFO - ----- Sentence 3 successfully processed
- DEBUG - ['# ::snt Of the objects that orbit the Sun indirectly, such as natural satellites, there are two that are larger than the smallest planet, Mercury.\n(h / have-degree-91\n :ARG1 (o / object\n :quant 2\n :ARG1-of (ii / include-91\n :ARG2 (o2 / object\n :ARG0-of (o3 / orbit-01\n :ARG1 (s / sun)\n :ARG1-of (d / direct-02\n :polarity -)\n :example (s2 / satellite\n :ARG1-of (n / natural-03))))))\n :ARG2 (l / large)\n :ARG3 (m / more)\n :ARG4 (p / planet\n :name (n2 / name\n :op1 "Mercury")\n :ARG1-of (h2 / have-degree-91\n :ARG2 (s3 / small)\n :ARG3 (m2 / most)\n :ARG5 (p2 / planet))))']
- INFO - ----- Sentence 4 successfully processed
- DEBUG - ['# ::snt The Solar System formed 4.6 billion years ago from the gravitational collapse of a giant interstellar molecular cloud.\n(f / form-01\n :ARG1 (s / system\n :name (n / name\n :op1 "Solar"\n :op2 "System"))\n :ARG2 (c / collapse-01\n :ARG1 (c2 / cloud\n :consist-of (m / molecule)\n :mod (g / giant)\n :mod (ii / intercontinental))\n :ARG0-of (c3 / cause-01\n :ARG1 (g2 / gravity)))\n :time (b / before\n :op1 (n2 / now)\n :quant (t / temporal-quantity\n :quant 4600000000\n :unit (y / year))))']
- INFO - ----- Sentence 5 successfully processed
- DEBUG - ["# ::snt The vast majority of the system's mass is in the Sun.\n(b / be-located-at-91\n :ARG1 (m / mass\n :part-of (s / system)\n :quant (m2 / majority\n :mod (v / vast)))\n :ARG2 (s2 / sun))"]- INFO - ----- Sentence 6 successfully processed
- DEBUG - ['# ::snt The majority of the remaining mass is contained in Jupiter.\n(c / contain-01\n :ARG0 (p / planet\n :name (n / name\n :op1 "Jupiter"))\n :ARG1 (m / mass\n :ARG1-of (r / remain-01)\n :quant (m2 / majority)))']
- INFO - ----- Sentence 7 successfully processed
- DEBUG - ['# ::snt The four smaller inner system planets, Mercury, Venus, Earth and Mars, are terrestrial planets, being primarily composed of rock and metal.\n(p / planet\n :mod (t / terrestrial)\n :domain (a / and\n :op1 (p2 / planet\n :name (n / name\n :op1 "Mercury"))\n :op2 (p3 / planet\n :name (n2 / name\n :op1 "Venus"))\n :op3 (p4 / planet\n :name (n3 / name\n :op1 "Earth"))\n :op4 (p5 / planet\n :name (n4 / name\n :op1 "Mars"))\n :part-of (s / system\n :mod (ii / inner))\n :ARG1-of (c / compose-01\n :ARG2 (a2 / and\n :op1 (r / rock)\n :op2 (m / metal))\n :mod (p6 / primary))\n :ARG1-of (h / have-degree-91\n :ARG2 (s2 / small)\n :ARG3 (m2 / more))))']
- INFO - ----- Sentence 8 successfully processed
- DEBUG - ['# ::snt The four outer system planets are giant planets, being substantially more massive than the terrestrial planets.\n(p / planet\n :mod (g / giant)\n :domain (p2 / planet\n :quant 4\n :part-of (s / system\n :mod (o / outer)))\n :ARG1-of (h / have-degree-91\n :ARG2 (m / massive)\n :ARG3 (m2 / more\n :degree (s2 / substantial))\n :ARG4 (p3 / planet\n :mod (t / terrestrial))))']
- INFO - ----- Sentence 9 successfully processed
- DEBUG - ['# ::snt The two largest planets, Jupiter and Saturn, are gas giant planets, being composed mainly of hydrogen and helium.\n(p / planet\n :mod (g / giant\n :mod (g2 / gas))\n :domain (a / and\n :op1 (p2 / planet\n :name (n / name\n :op1 "Jupiter"))\n :op2 (p3 / planet\n :name (n2 / name\n :op1 "Saturn"))\n :ARG1-of (c / compose-01\n :ARG2 (a2 / and\n :op1 (h / hydrogen)\n :op2 (h2 / helium))\n :mod (m / main)))\n :ARG1-of (h3 / have-degree-91\n :ARG2 (l / large)\n :ARG3 (m2 / most)\n :ARG5 (p4 / planet\n :quant 2)))']
- INFO - ----- Sentence 10 successfully processed
- DEBUG - ['# ::snt The two outermost planets, Uranus and Neptune, are ice giant planets, being composed mainly of volatiles, such as water, ammonia and methane.\n(p / planet\n :mod (g / giant\n :mod (ii / ice))\n :domain (a / and\n :op1 (p2 / planet\n :name (n / name\n :op1 "Uranus"))\n :op2 (p3 / planet\n :name (n2 / name\n :op1 "Neptune"))\n :ARG1-of (c / compose-01\n :ARG2 (v / volatile\n :example (a2 / and\n :op1 (w / water)\n :op2 (a3 / ammonia)\n :op3 (m / methane)))\n :mod (m2 / main)))\n :ARG1-of (h / have-degree-91\n :ARG2 (f / far)\n :ARG3 (m3 / most)\n :ARG5 (p4 / planet\n :quant 2)))']
- INFO - ----- Sentence 11 successfully processed
- DEBUG - ['# ::snt Volatiles are substances with relatively high melting points compared to hydrogen and helium.\n(s / substance\n :domain (v / volatile)\n :ARG0-of (h / have-03\n :ARG1 (p / point\n :ARG1-of (h2 / high-02\n :ARG2-of (r / relative-05))\n :mod (m / melt-01))\n :ARG1-of (c / compare-01\n :ARG2 (a / and\n :op1 (h3 / hydrogen)\n :op2 (h4 / helium)))))']
- INFO - ----- Sentence 12 successfully processed
- DEBUG - ['# ::snt All eight planets have almost circular orbits.\n(h / have-03\n :ARG0 (p / planet\n :quant 8\n :mod (a / all))\n :ARG1 (o / orbit-01\n :mod (c / circular\n :mod (a2 / almost))))']
- INFO - ----- Sentence 13 successfully processed
- DEBUG - ['# ::snt These orbits lie within a nearly flat disc called the ecliptic.\n(l / lie-07\n :ARG1 (o / orbit-01\n :mod (t / this))\n :ARG2 (d / disc\n :ARG1-of (f / flat-06\n :degree (n / near))\n :ARG1-of (c / call-01\n :ARG2 (t2 / thing\n :name (n2 / name\n :op1 "ecliptic")))))']
- INFO - ----- Sentence 14 successfully processed
- DEBUG - ['# ::snt The Solar System also contains smaller objects.\n(c / contain-01\n :ARG0 (s / system\n :name (n / name\n :op1 "Solar"\n :op2 "System"))\n :ARG1 (o / object\n :ARG1-of (h / have-degree-91\n :ARG2 (s2 / small)\n :ARG3 (m / more)))\n :mod (a / also))']
- INFO - ----- Sentence 15 successfully processed
- DEBUG - ['# ::snt The asteroid belt, which lies between the orbits of Mars and Jupiter, contains objects composed of rock and metal.\n(c / contain-01\n :ARG0 (b / belt\n :mod (a / asteroid)\n :ARG1-of (l / lie-07\n :ARG2 (b2 / between\n :op1 (o / orbit-01\n :ARG0 (p / planet\n :name (n / name\n :op1 "Mars")))\n :op2 (o2 / orbit-01\n :ARG0 (p2 / planet\n :name (n2 / name\n :op1 "Jupiter"))))))\n :ARG1 (o3 / object\n :ARG1-of (c2 / compose-01\n :ARG2 (a2 / and\n :op1 (r / rock)\n :op2 (m / metal)))))']
- INFO - ----- Sentence 16 successfully processed
- DEBUG - ['# ::snt Beyond Neptune\'s orbit, there are two regions known as the Kuiper Belt and the scattered disk.\n(r / region\n :quant 2\n :ARG1-of (k / know-02\n :ARG2 (a / and\n :op1 (t / thing\n :name (n / name\n :op1 "Kuiper"\n :op2 "Belt"))\n :op2 (d / disk\n :ARG1-of (s / scatter-01))))\n :location (b / beyond\n :op1 (o / orbit-01\n :ARG0 (p / planet\n :name (n2 / name\n :op1 "Neptune")))))']
- INFO - ----- Sentence 17 successfully processed
- DEBUG - ['# ::snt The Kuiper Belt and the scattered disk contain objects primarily composed of ice.\n(c / contain-01\n :ARG0 (a / and\n :op1 (w / world-region\n :name (n / name\n :op1 "Kuiper"\n :op2 "Belt"))\n :op2 (d / disk\n :ARG1-of (s / scatter-01)))\n :ARG1 (o / object\n :ARG1-of (c2 / compose-01\n :ARG2 (ii / ice)\n :mod (p / primary))))']
- INFO - ----- Sentence 18 successfully processed
- DEBUG - ['# ::snt Beyond Neptune\'s orbit, there is objects called sednoids.\n(o / object\n :ARG1-of (c / call-01\n :ARG2 (s / sedoid))\n :location (b / beyond\n :op1 (o2 / orbit-01\n :ARG0 (p / planet\n :name (n / name\n :op1 "Neptune")))))']
- INFO - ----- Sentence 19 successfully processed
- DEBUG - ['# ::snt Six planets are orbited by natural satellites, usually termed "moons".\n(o / orbit-01\n :ARG0 (s / satellite\n :ARG1-of (n / natural-03)\n :ARG1-of (t / term-01\n :ARG2 (m / moon)\n :mod (u / usual)))\n :ARG1 (p / planet\n :quant 6))']
- INFO - ----- Sentence 20 successfully processed
- DEBUG - ['# ::snt Outer planets are encircled by small objects and planetary rings of dust.\n(e / encircle-01\n :ARG1 (a / and\n :op1 (o / object\n :mod (s / small))\n :op2 (r / ring\n :consist-of (d / dust)\n :mod (p / planet)))\n :ARG2 (p2 / planet\n :mod (o2 / outer)))']
- INFO - ----- Total processed graph number: 20
- INFO - -- Generating AMR graph files
- DEBUG - ----- AMR Graph file (penman): SolarSystem-01.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-01.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-02.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-02.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-03.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-03.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-04.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-04.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-05.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-05.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-06.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-06.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-07.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-07.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-08.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-08.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-09.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-09.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-10.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-10.stog.amr.dot- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-11.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-11.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-12.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-12.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-13.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-13.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-14.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-14.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-15.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-15.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-16.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-16.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-17.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-17.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-18.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-18.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-19.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-19.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- DEBUG - ----- AMR Graph file (penman): SolarSystem-20.stog.amr.penman
- DEBUG - ----- AMR Graph file (dot): SolarSystem-20.stog.amr.dot
- DEBUG - ----- AMR Graph file (png): {os.path.basename(good_png_fn)}
- DEBUG - ----- AMR Graph file (svg): {os.path.basename(good_svg_fn)}
- INFO -
=== AMR Graphs Serialization to AMR-RDF Representation ===
- INFO - -- library: amrld
- DEBUG - (/home/lamenji/Workspace/Tetras/amrbatch/amrbatch/amrld/)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-01/SolarSystem-01.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-01/SolarSystem-01.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-01/SolarSystem-01.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-01.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-01.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-02/SolarSystem-02.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-02/SolarSystem-02.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-02/SolarSystem-02.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-02.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-02.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-03/SolarSystem-03.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-03/SolarSystem-03.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-03/SolarSystem-03.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-03.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-03.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-04/SolarSystem-04.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-04/SolarSystem-04.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-04/SolarSystem-04.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-04.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-04.stog.amr.ttl)- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-05/SolarSystem-05.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-05/SolarSystem-05.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-05/SolarSystem-05.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-05.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-05.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-06/SolarSystem-06.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-06/SolarSystem-06.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-06/SolarSystem-06.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-06.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-06.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-07/SolarSystem-07.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-07/SolarSystem-07.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-07/SolarSystem-07.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-07.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-07.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-08/SolarSystem-08.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-08/SolarSystem-08.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-08/SolarSystem-08.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-08.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-08.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-09/SolarSystem-09.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-09/SolarSystem-09.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-09/SolarSystem-09.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-09.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-09.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-10/SolarSystem-10.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-10/SolarSystem-10.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-10/SolarSystem-10.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-10.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-10.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-11/SolarSystem-11.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-11/SolarSystem-11.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-11/SolarSystem-11.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-11.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-11.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-12/SolarSystem-12.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-12/SolarSystem-12.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-12/SolarSystem-12.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-12.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-12.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-13/SolarSystem-13.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-13/SolarSystem-13.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-13/SolarSystem-13.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-13.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-13.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-14/SolarSystem-14.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-14/SolarSystem-14.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-14/SolarSystem-14.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-14.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-14.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-15/SolarSystem-15.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-15/SolarSystem-15.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-15/SolarSystem-15.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-15.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-15.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-16/SolarSystem-16.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-16/SolarSystem-16.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-16/SolarSystem-16.stog.amr.ttl- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-16.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-16.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-17/SolarSystem-17.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-17/SolarSystem-17.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-17/SolarSystem-17.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-17.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-17.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-18/SolarSystem-18.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-18/SolarSystem-18.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-18/SolarSystem-18.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-18.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-18.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-19/SolarSystem-19.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-19/SolarSystem-19.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-19/SolarSystem-19.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-19.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-19.stog.amr.ttl)
- INFO - -- Serialize AMR graphs to RDF using amr-ld library
- DEBUG - ----- AMR filepath (penman): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-20/SolarSystem-20.stog.amr.penman
- DEBUG - ----- AMR-RDF filepath (triple): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-20/SolarSystem-20.stog.amr.nt
- DEBUG - ----- AMR-RDF filepath (turtle): /home/lamenji/Workspace/Tetras/amrbatch/tests/output/SolarSystem-20231013/SolarSystem-20/SolarSystem-20.stog.amr.ttl
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-20.stog.amr.nt)
- INFO - ----- AMR-RDF triple successfully processed (SolarSystem-20.stog.amr.ttl)