adjust_color_positions=adjust_color_positions,
braces=True,
when=filter_symbols_with_affixes,
group=divide_symbols_into_nonoverlapping_groups,
),
),
LocateCompositeSymbols,
CollectSymbolLocations,
make_upload_entities_command("symbols",
upload_symbols,
DetectedEntityType=SerializableSymbol),
]
def make_digest(_: str, arxiv_id: ArxivId) -> EntityProcessingDigest:
"""
Custom digest creator. Count the equation tokens, instead of the 'symbols', as we can
use the default entity counters for the outputs of equation token commands.
"""
return make_default_paper_digest("equation-tokens", arxiv_id)
symbols_pipeline = EntityPipeline(
"symbols",
commands,
depends_on=["equations"],
optional_depends_on=["sentences"],
make_digest=make_digest,
)
register_entity_pipeline(symbols_pipeline)
from common import directories
from common.colorize_tex import ColorizeOptions
from common.commands.base import CommandList
from entities.common import create_entity_localization_command_sequence
from scripts.pipelines import EntityPipeline, register_entity_pipeline
from .colorize import adjust_color_positions
from .extractor import SentenceExtractor
from .types import Sentence
from .upload import upload_sentences
commands = create_entity_localization_command_sequence(
"sentences",
SentenceExtractor,
DetectedEntityType=Sentence,
colorize_options=ColorizeOptions(
adjust_color_positions=adjust_color_positions),
upload_func=upload_sentences,
)
sentences_pipeline = EntityPipeline("sentences", commands)
register_entity_pipeline(sentences_pipeline)
directories.register("detected-definitions")
directories.register("sources-with-colorized-definitions")
directories.register("compiled-sources-with-colorized-definitions")
directories.register("paper-images-with-colorized-definitions")
directories.register("diffed-images-with-colorized-definitions")
directories.register("definitions-locations")
upload_command = make_upload_entities_command(
"definitions",
upload_definitions,
DetectedEntityType={
"entities-definiendums.csv": Definiendum,
"entities-definitions.csv": Definition,
"entities-term-references.csv": TermReference,
},
)
commands: CommandList = [
EmbellishSentences,
DetectDefinitions,
make_locate_entities_command("definitions"),
upload_command,
]
definitions_pipeline = EntityPipeline(
"definitions",
commands,
depends_on=["symbols", "sentences"],
)
register_entity_pipeline(definitions_pipeline)
from .commands.locate_citations import LocateCitations
from .commands.resolve_bibitems import ResolveBibitems
from .commands.upload_citations import UploadCitations
from .make_digest import make_digest
from .types import Bibitem
directories.register("detected-citations")
directories.register("bibitem-resolutions")
directories.register("sources-with-colorized-citations")
directories.register("compiled-sources-with-colorized-citations")
directories.register("paper-images-with-colorized-citations")
directories.register("diffed-images-with-colorized-citations")
directories.register("citations-locations")
directories.register("citation-cluster-locations")
directories.register("sources-with-annotated-symbols")
commands: CommandList = [
ExtractBibitems,
ResolveBibitems,
make_locate_entities_command("citations",
DetectedEntityType=Bibitem,
colorize_func=colorize_citations),
LocateCitations,
UploadCitations,
]
citations_pipeline = EntityPipeline("citations",
commands,
make_digest=make_digest)
register_entity_pipeline(citations_pipeline)
from .colorize import adjust_color_positions
from .extractor import GlossaryTermExtractor
from .upload import upload_terms
commands = create_entity_localization_command_sequence(
"glossary-terms",
GlossaryTermExtractor,
DetectedEntityType=Term,
colorize_options=ColorizeOptions(adjust_color_positions=adjust_color_positions),
upload_func=upload_terms,
)
# Before uploading entities, extract contexts that each term appeared in.
upload_command_index = len(commands)
for i, command in enumerate(commands):
if command.get_name() == "upload-glossary-terms":
upload_command_index = i
directories.register("contexts-for-glossary-terms")
commands.insert(
upload_command_index,
make_extract_contexts_command(
"glossary-terms",
EntityType=Term,
tex_wrapper=TexWrapper(before="**", after="**"),
),
)
terms_pipeline = EntityPipeline("glossary-terms", commands)
register_entity_pipeline(terms_pipeline)
from common.types import ColorizeOptions, Term
from entities.common import create_entity_localization_command_sequence
from scripts.pipelines import EntityPipeline, register_entity_pipeline
from .colorize import adjust_color_positions
from .extractor import GlossaryTermExtractor
from .upload import upload_terms
commands = create_entity_localization_command_sequence(
"glossary-terms",
GlossaryTermExtractor,
extract_contexts=True,
DetectedEntityType=Term,
colorize_options=ColorizeOptions(
adjust_color_positions=adjust_color_positions),
upload_func=upload_terms,
)
terms_pipeline = EntityPipeline("glossary-terms",
commands,
depends_on=["sentences"])
register_entity_pipeline(terms_pipeline)
from common import directories
from common.types import SerializableEntity
from entities.common import create_entity_localization_command_sequence
from scripts.pipelines import EntityPipeline, register_entity_pipeline
from .colorize import get_term_color_positions
from .extractor import TermExtractor
from .types import Term
from .upload import upload_terms
commands = create_entity_localization_command_sequence(
"terms",
TermExtractor,
DetectedEntityType=Term,
get_color_positions=get_term_color_positions,
upload_func=upload_terms,
)
terms_pipeline = EntityPipeline("terms", commands)
register_entity_pipeline(terms_pipeline)
from common import directories
from common.commands.base import CommandList
from entities.common import create_entity_localization_command_sequence
from scripts.pipelines import EntityPipeline, register_entity_pipeline
from .colorize import get_sentence_color_positions
from .extractor import SentenceExtractor
from .types import Sentence
from .upload import Sentence as SentenceModel
from .upload import upload_sentences
commands = create_entity_localization_command_sequence(
"sentences",
SentenceExtractor,
DetectedEntityType=Sentence,
get_color_positions=get_sentence_color_positions,
upload_func=upload_sentences,
)
# Register additional directories to be used by the upload function
directories.register("sentences-model-ids")
sentences_pipeline = EntityPipeline("sentences",
commands,
database_models=[SentenceModel])
register_entity_pipeline(sentences_pipeline)
from common.parse_tex import EquationExtractor
from common.types import CharacterRange, ColorizeOptions, Equation, SerializableEntity
from entities.common import create_entity_localization_command_sequence
from scripts.pipelines import EntityPipeline, register_entity_pipeline
from .upload import upload_equations
def colorize_equation_when(entity: SerializableEntity) -> bool:
equation = cast(Equation, entity)
return equation.depth == 0
def adjust_color_positions(entity: SerializableEntity) -> CharacterRange:
equation = cast(Equation, entity)
return CharacterRange(equation.content_start, equation.content_end)
commands = create_entity_localization_command_sequence(
"equations",
EquationExtractor,
DetectedEntityType=Equation,
colorize_options=ColorizeOptions(
when=colorize_equation_when,
adjust_color_positions=adjust_color_positions),
upload_func=upload_equations,
)
equations_pipeline = EntityPipeline("equations", commands)
register_entity_pipeline(equations_pipeline)
FindSymbolMatches,
make_find_entity_sentences_command("equation-tokens"),
FindSymbolSentences,
ColorizeEquationTokens,
make_compile_tex_command("equation-tokens"),
make_raster_pages_command("equation-tokens"),
make_diff_images_command("equation-tokens"),
make_locate_hues_command("equation-tokens"),
LocateSymbols,
UploadSymbols,
]
def make_digest(_: str, arxiv_id: ArxivId) -> EntityProcessingDigest:
"""
Custom digest creator. Count the equation tokens, instead of the 'symbols', as we can
use the default entity counters for the outputs of equation token commands.
"""
return make_default_paper_digest("equation-tokens", arxiv_id)
symbols_pipeline = EntityPipeline(
"symbols",
commands,
depends_on=["equations"],
optional_depends_on=["sentences"],
database_models=[MathMl, MathMlMatch, Symbol, SymbolChild, SymbolSentence],
make_digest=make_digest,
)
register_entity_pipeline(symbols_pipeline)
from common import directories
from common.commands.base import CommandList
from entities.common import create_entity_localization_command_sequence
from scripts.pipelines import EntityPipeline, register_entity_pipeline
from .extractor import AbbreviationExtractor
from .types import Abbreviation
commands = create_entity_localization_command_sequence(
"abbreviations", AbbreviationExtractor, DetectedEntityType=Abbreviation)
abbreviations_pipeline = EntityPipeline("abbreviations", commands)
register_entity_pipeline(abbreviations_pipeline)
