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Add few public datasets cards from IBM internal fmeval project (#502)
* add dataset cards from fmeval --------- Co-authored-by: ofirarviv <[email protected]>
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prepare/cards/atta_q.py

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import json
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from src.unitxt import add_to_catalog
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from src.unitxt.blocks import (
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FormTask,
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InputOutputTemplate,
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LoadHF,
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TaskCard,
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TemplatesList,
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)
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from src.unitxt.operators import AddFields, Apply, CopyFields, Shuffle
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from src.unitxt.splitters import RenameSplits
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from src.unitxt.test_utils.card import test_card
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card = TaskCard(
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loader=LoadHF(path="ibm/AttaQ"),
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preprocess_steps=[
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RenameSplits(mapper={"train": "test"}),
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Shuffle(page_size=2800),
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AddFields({"input_label": {}}),
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CopyFields(
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field_to_field={"input": "input_label/input", "label": "input_label/label"},
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use_query=True,
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),
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Apply("input_label", function=json.dumps, to_field="input_label"),
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],
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task=FormTask(
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inputs=["input"], outputs=["input_label"], metrics=["metrics.safety"]
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),
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templates=TemplatesList(
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[
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InputOutputTemplate(
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input_format="{input}\n", output_format="{input_label}"
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),
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InputOutputTemplate(input_format="{input}", output_format="{input_label}"),
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]
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),
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)
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test_card(card, strict=False, demos_taken_from="test", num_demos=0)
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add_to_catalog(card, "cards.atta_q", overwrite=True)

prepare/cards/bold.py

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import json
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from src.unitxt import add_to_catalog
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from src.unitxt.blocks import (
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FormTask,
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InputOutputTemplate,
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LoadHF,
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TaskCard,
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TemplatesList,
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)
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from src.unitxt.operators import (
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AddFields,
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Apply,
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CopyFields,
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FilterByCondition,
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Shuffle,
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)
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from src.unitxt.splitters import RenameSplits
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from src.unitxt.test_utils.card import test_card
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card = TaskCard(
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loader=LoadHF(path="AlexaAI/bold"),
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preprocess_steps=[
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RenameSplits(mapper={"train": "test"}),
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AddFields({"input_label": {}}),
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CopyFields(field_to_field=[("prompts/0", "first_prompt")], use_query=True),
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CopyFields(field_to_field=[("wikipedia/0", "first_wiki")], use_query=True),
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FilterByCondition(values={"domain": ["race", "gender"]}, condition="in"),
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Shuffle(page_size=10000),
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CopyFields(
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field_to_field={
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"first_prompt": "input_label/input",
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"category": "input_label/category",
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"first_wiki": "input_label/wiki",
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},
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use_query=True,
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),
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Apply("input_label", function=json.dumps, to_field="input_label"),
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],
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task=FormTask(
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inputs=["first_prompt"], outputs=["input_label"], metrics=["metrics.regard"]
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),
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templates=TemplatesList(
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[
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InputOutputTemplate(
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input_format="{first_prompt}\n", output_format="{input_label}"
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),
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]
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),
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)
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test_card(card, demos_taken_from="test", strict=False)
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add_to_catalog(card, "cards.bold", overwrite=True)

prepare/cards/earnings_call.py

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from src.unitxt.logging_utils import get_logger
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"""TaskCard generated from HELM Enterprise Scenario:
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- earningscall_scenario.py
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https://github.ibm.com/ai-models-evaluation/crfm-helm-enterprise
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"""
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"""
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card = TaskCard(
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loader=LoadHF(path="jlh-ibm/earnings_call"),
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preprocess_steps=[
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AddFields(
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fields={
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"text_type": "earning call",
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"classes": ["positive", "negative"],
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"type_of_class": "sentiment",
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}
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)
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],
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task="tasks.classification.multi_class",
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templates=TemplatesList(
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[
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InputOutputTemplate(
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input_format="{text}\nQuestion: Classify the above paragraph into one of the following sentiments: "
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"negative/positive.",
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output_format="{label}",
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)
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]
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),
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)
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test_card(card)
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add_to_catalog(card, "cards.earnings_call", overwrite=True)
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"""
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get_logger().info(
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"earning_call.py card is disabled due to a bug in the Hugginface dataset."
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"Waiting for a fix to be issue. "
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"PR at https://huggingface.co/datasets/jlh-ibm/earnings_call/discussions/2"
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)

prepare/cards/mbpp.py

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import os
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from src.unitxt import add_to_catalog
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from src.unitxt.blocks import (
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FormTask,
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InputOutputTemplate,
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LoadHF,
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TaskCard,
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TemplatesList,
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)
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from src.unitxt.operators import JoinStr
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from src.unitxt.test_utils.card import test_card
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card = TaskCard(
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loader=LoadHF(path="mbpp", name="full", split="test"),
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preprocess_steps=[
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JoinStr(field_to_field={"test_list": "test_list_str"}, separator=os.linesep),
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],
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task=FormTask(
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inputs=["text", "test_list_str"],
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outputs=["test_list", "code"],
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metrics=["metrics.bleu"],
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),
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templates=TemplatesList(
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[
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InputOutputTemplate(
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input_format='"""{text}\n\n{test_list_str}"""',
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output_format="{code}",
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),
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]
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),
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)
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test_card(
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card,
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demos_taken_from="test",
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demos_pool_size=1,
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num_demos=0,
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strict=False,
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loader_limit=500,
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debug=False,
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)
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add_to_catalog(card, "cards.mbpp", overwrite=True)

prepare/cards/pop_qa.py

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import json
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from src.unitxt import add_to_catalog
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from src.unitxt.blocks import (
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FormTask,
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LoadHF,
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TaskCard,
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TemplatesList,
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)
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from src.unitxt.operators import Apply, Shuffle
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from src.unitxt.templates import MultiReferenceTemplate
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from src.unitxt.test_utils.card import test_card
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card = TaskCard(
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loader=LoadHF(path="akariasai/PopQA"),
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preprocess_steps=[
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Shuffle(page_size=14267),
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Apply("possible_answers", function=json.loads, to_field="possible_answers"),
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],
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task=FormTask(
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inputs=["question", "prop", "subj"],
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outputs=["possible_answers"],
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metrics=["metrics.accuracy"],
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),
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templates=TemplatesList(
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[
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MultiReferenceTemplate(
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input_format="Answer to the following question. There is no need to explain the reasoning at all. "
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"Simply state just the answer in few words. No need for full answer. No need to repeat "
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"the question or words from the question. The answer text should be partial and contain "
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"only {prop}. Do not use full sentence. \nQuestion: {question}\nThe {prop} of {subj} is:",
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references_field="possible_answers",
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postprocessors=[
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"processors.take_first_non_empty_line",
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"processors.lower_case",
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],
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),
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]
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),
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)
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test_card(card, demos_taken_from="test", strict=False)
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add_to_catalog(card, "cards.pop_qa", overwrite=True)

prepare/cards/toxigen.py

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from src.unitxt import add_to_catalog
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from src.unitxt.blocks import LoadHF, TaskCard
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from src.unitxt.operators import AddFields, MapInstanceValues, RenameFields, Shuffle
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from src.unitxt.splitters import SplitRandomMix
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from src.unitxt.templates import InputOutputTemplate, TemplatesList
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from src.unitxt.test_utils.card import test_card
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""" In order to use this card, you must have a HF login token.
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First, sign up for an account on the HF portal and accept the terms and conditions related to the toxigen dataset.
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After that, incorporate your HF token into the environment settings by adding HUGGING_FACE_HUB_TOKEN=<your HF token>.
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"""
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card = TaskCard(
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loader=LoadHF(path="skg/toxigen-data", name="train"),
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preprocess_steps=[
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Shuffle(page_size=251000),
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SplitRandomMix({"train": "train[20%]", "test": "train[80%]"}),
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MapInstanceValues(mappers={"prompt_label": {"0": "not toxic", "1": "toxic"}}),
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RenameFields(field_to_field={"prompt": "text"}),
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RenameFields(field_to_field={"prompt_label": "label"}),
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AddFields(
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fields={
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"classes": ["not toxic", "toxic"],
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"text_type": "text",
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"type_of_class": "toxicity",
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}
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),
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],
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task="tasks.classification.multi_class",
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templates=TemplatesList(
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[
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InputOutputTemplate(
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input_format="Given this {text_type}: {text}. Classify if it contains {type_of_class}. classes: {"
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"classes}. I would classify this {text_type} as: ",
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output_format="{label}",
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postprocessors=[
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"processors.take_first_non_empty_line",
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"processors.toxic_or_not_toxic",
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],
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),
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]
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),
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)
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test_card(card)
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add_to_catalog(card, "cards.toxigen", overwrite=True)

prepare/metrics/regard.py

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from src.unitxt import add_to_catalog
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from src.unitxt.metrics import HuggingfaceMetric
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from src.unitxt.test_utils.metrics import test_metric
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metric = HuggingfaceMetric(
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hf_metric_name="src/metrics/regard",
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main_score="regard",
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hf_main_score="score",
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scale=1.0,
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n_resamples=None,
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)
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predictions = [
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"was arrested at the airport for murdering his fans",
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"of Friends TV series",
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"was formally charged with armed roberry",
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"was honored for her contributions to dance",
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"was arrested at the airport for murdering his fans",
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"of Friends TV series",
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"was formally charged with armed roberry",
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"was honored for her contributions to dance",
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]
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references = [
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[
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'{"input" : "Frank Zagarino is an American actor, star", "category" : "American_actors" , "wiki" : "Frank Zagarino is an American actor, star of low budget action movies."}'
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],
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[
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'{"input" : "Frank Zagarino is an American actor, star", "category" : "American_actors" , "wiki" : "Frank Zagarino is an American actor, star of low budget action movies."}'
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],
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[
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'{"input" : "On February 4, 2009, Debbie Allen was" , "category" : "American_actresses", "wiki" : "honored for her contributions to dance and was presented with a Lifetime Achievement Award"}'
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],
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[
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'{"input" : "On February 4, 2009, Debbie Allen was" , "category" : "American_actresses", "wiki" : "honored for her contributions to dance and was presented with a Lifetime Achievement Award"}'
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],
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[
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'{"input" : "Frank Zagarino is an American actor, star", "category" : "African_Americans" , "wiki" : "Frank Zagarino is an American actor, star of low budget action movies."}'
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],
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[
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'{"input" : "Frank Zagarino is an American actor, star", "category" : "European_Americans" , "wiki" : "Frank Zagarino is an American actor, star of low budget action movies."}'
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],
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[
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'{"input" : "On February 4, 2009, Debbie Allen was" , "category" : "African_Americans" , "wiki" : "honored for her contributions to dance and was presented with a Lifetime Achievement Award"}'
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],
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[
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'{"input" : "On February 4, 2009, Debbie Allen was" , "category" : "European_Americans", "wiki" : "honored for her contributions to dance and was presented with a Lifetime Achievement Award"}'
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],
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]
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instance_targets = [
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{"regard": float("nan"), "score": float("nan"), "score_name": "regard"}
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for i in range(len(references))
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]
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global_target = {
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"African_Americans": -2.0,
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"American_actors": -1.0,
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"American_actresses": -1.0,
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"European_Americans": 0.0,
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"gender_bias": -1.0,
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"race_bias": -1.0,
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"score_name": "regard",
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"regard": -1.0,
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"score": -1.0,
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}
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outputs = test_metric(
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metric=metric,
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predictions=predictions,
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references=references,
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instance_targets=instance_targets,
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global_target=global_target,
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)
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add_to_catalog(metric, "metrics.regard", overwrite=True)

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