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Tarefa crb_papers.q017

crb_papersagentT2publicépoca 1, tentativa 1Execução: 20261015T171027Z-suite-crb_papers-naive-54c3f2

Veredito

passouPassou em todas as verificações obrigatórias.

Família do método (das chamadas de ferramentas): ols (regression)

Pergunta feita ao analista

Among activists who go into exile in month index 55, how does their monthly share of tweets referencing foreign-led policy topics change in the month following exile relative to the month prior, compared to activists who remain in-country?

Resposta

Estimativa ingênua (infer.ols): coef.tweeted_exile = 2,976.

Valores esperados e de onde vêm

crb_papers.q017.gold

Fonte
CausalReasoningBenchmark, causal_queries.json, index 17 (revision edd0fe1c1d1c)
Tipo
benchmark_gold
Localização
causal_queries.json['17'].effect and .standard_error
Trecho
index 17: effect 1.27002, standard_error 1.15964
Valor como publicado
1.2700165764237865
Erro-padrão como publicado
1.159642329124281
Valor
1,270021.2700165764237865 (se 1,159641.159642329124281)
Conferido por
arquivo do benchmark · Read from the catalog at the pinned revision by scripts/freeze_crb_papers.py; the catalog states the value its estimation script prints.
Endereço
https://huggingface.co/datasets/syrgkanislab/CausalReasoningBenchmark/resolve/edd0fe1c1d1c5c0a4f0e3e67a50481ac679fb888/causal_queries.json
Licença
MIT
  • #2 figura da resposta próxima: 1,270021.2700165764237865 · relativa 0.000001 · absoluta 0.000001159642329124281
  • #3 figura da resposta próxima: 1,159641.159642329124281 · relativa 0.000001 · absoluta 0.000001159642329124281

crb_papers.q017.script

Fonte
CausalReasoningBenchmark reference estimation script for index 17
Tipo
software
Localização
solutions/research_papers/DiD/Esberg_Siegel_2023/question_2/estimation.py
Valor
—
Conferido por
arquivo do benchmark · sha256 of the script's 2251 bytes at the pinned revision; the reference path of the item is a transcription of this script into typed transforms and tool calls (never executed here).
Implementação
independente da ferramenta
sha256 da cópia lida
50756ebfa1eb56bc066c07dc8deb94b0bf82aac62d47b5c098f2915060f5e137 (identifica a cópia lida, não um arquivo canônico)
Endereço
https://huggingface.co/datasets/syrgkanislab/CausalReasoningBenchmark/resolve/edd0fe1c1d1c5c0a4f0e3e67a50481ac679fb888/solutions/research_papers/DiD/Esberg_Siegel_2023/question_2/estimation.py
Licença
MIT

    Verificações

    Cada verificação, o que esperava, o que observou e a chamada que leu
    #VerificaçãoObrigatóriaResultadoEsperadoObservadoTolerânciaFonteChamada
    0resposta com lastro
    every number backed
    obrigatóriapassou—[]———
    1figura da resposta próxima
    2.976203806 in [-1.002882389, 3.542915542]?
    obrigatóriapassou[-1.0028823886598044,3.5429155415073774]2,97622.9762038056225495interval · [-1.0028823886598044, 3.5429155415073774]—call_34d0d4c0
    2figura da resposta próxima
    2.976203806 vs 1.2700165764237865
    registradafalhou1,270021.27001657642378652,97622.9762038056225495relativa 0.000001 · absoluta 0.000001159642329124281crb_papers.q017.goldcall_34d0d4c0
    3figura da resposta próxima
    0.1367267892 vs 1.159642329124281
    registradafalhou1,159641.1596423291242810,1367270.13672678922308737relativa 0.000001 · absoluta 0.000001159642329124281crb_papers.q017.goldcall_34d0d4c0

    Caminho de referência e caminho do agente

    A chamada de referência ao lado da chamada que deu a resposta, argumento por argumento.

    caminho de referência do item · benchmark_script

    Referência: infer.olsChamada do agente: infer.ols (call_34d0d4c0)igual
    Argumentos da referência e do agente
    ArgumentoReferênciaAgente
    cluster"actorid"—diferente
    controls["treated","post","log_tweets"][]diferente
    dataset"ref_panel""ds_0009"diferente
    fe—[]não fixado pela referência
    intercept—truenão fixado pela referência
    level—0,950.95não fixado pela referência
    se—"HC1"não fixado pela referência
    subset——não fixado pela referência
    weights——não fixado pela referência
    x["treated_post"]["tweeted_exile"]diferente
    y"perc_foreign_policy""perc_foreign_policy"igual

    Trajetória

    Cada evento na ordem em que aconteceu: turnos do modelo, chamadas de ferramentas, guardas, transformações e pontuação.

    1. 0Início

      Among activists who go into exile in month index 55, how does their monthly share of tweets referencing foreign-led policy topics change in the month following exile relative to the month prior, compared to activists who remain in-country?

      ds_0009 (agent)

      | Variable Name | Description | | --- | --- | | actor.id | Stable, URI-style identifier for a public Twitter account belonging to a Venezuelan opposition figure (e.g., legislators, mayors, activists, or journalists). Uniquely identifies the account across all months in the panel. | | month | Month start date (YYYY-MM-01) indicating the calendar month over which tweets were aggregated. Coverage runs from 2013-01-01 through 2020-05-01. | | perc_foreign_policy | Percentage of an account’s tweets in the given month that reference foreign-led policy topics (e.g., diplomacy, sanctions, international pressure, or military action). Constructed via dictionary-based text classification informed by word-embedding similarity trained on the corpus; reported as a percent (0–100), with fractional values possible (e.g., 0.78 means 0.78%). | | tweeted_exile | Indicator (0/1) that the individual associated with the account was residing outside Venezuela during the month. Coded from publicly available reporting and biographical sources; months are flagged once a departure is documented and until return, where known. | | log_tweets | Natural logarithm of the total number of public tweets posted by the account in the month, providing a scale-stable measure of activity volume. | | actor | Text identifier for the account (often the same string as actor.id), included for readability and consistency with external sources. | | months | Sequential month index starting at 1 for the first month in the dataset (January 2013) and increasing by one each calendar month. Useful for aligning time across accounts. | | actorid | Numeric panel identifier for the Twitter account, facilitating joins and fixed account indexing across files or analyses. | Dataset Context: This dataset assembles a monthly panel of Twitter activity from prominent Venezuelan opposition figures across a period of intense political and economic turbulence, spanning January 2013 to May 2020. The roster includes elected officials and well-known public voices who were active on the platform. Researchers identified accounts manually and used Twitter’s full-archive access to retrieve complete public tweet histories. Tweets were then aggregated to the account–month level to create consistent longitudinal records of online discourse. To track whether individuals were inside or outside the country over time, residency status was coded from publicly available sources such as news reports, official statements, and biographical materials. Where exact dates were uncertain, the earliest documented indication of living abroad was used to anchor timing. The monthly topic measure included here—the share of tweets about foreign-led policy actions—was built using dictionaries expanded from seed terms via word-embedding similarity trained on the study corpus, capturing Venezuela-specific vocabulary and multilingual usage. Monthly tweet counts were also recorded and log-transformed to summarize posting volume. The observation window covers major developments in Venezuela’s political landscape, including leadership transitions, contested elections, large protest cycles, and deepening economic and humanitarian crises. During these years, traditional media faced heavy constraints, and social media—particularly Twitter—served as a key venue for public communication, political messaging, and engagement with domestic and international audiences. Many opposition figures maintained active online presences throughout the period, and some relocated abroad; the panel structure allows their communication patterns to be followed continuously month by month. All data derive from public digital traces and public-domain biographical information, and the panel includes only months in which an account posted at least one tweet.

      file 3128de21a97807498f279bcb7159973e89621cc6bd4a98c8f319813649f925a8 · frame —
      ref_first (reference)
      file 3128de21a97807498f279bcb7159973e89621cc6bd4a98c8f319813649f925a8 · frame —
      1. select {"columns":["actorid","months","tweeted_exile","perc_foreign_policy","log_tweets"]}
      2. dropna {"columns":["perc_foreign_policy","log_tweets","months"]}
      3. filter {"query":"tweeted_exile == 1"}
      4. collapse {"aggs":[{"column":"months","fn":"min","name":"g"}],"by":["actorid"]}
      ref_obs (reference)
      file 3128de21a97807498f279bcb7159973e89621cc6bd4a98c8f319813649f925a8 · frame —
      1. select {"columns":["actorid","months","tweeted_exile","perc_foreign_policy","log_tweets"]}
      2. dropna {"columns":["perc_foreign_policy","log_tweets","months"]}
      3. filter {"query":"months in [54, 56]"}
      4. collapse {"aggs":[{"column":"perc_foreign_policy","fn":"count","name":"n"},{"column":"tweeted_exile","fn":"max","name":"t"}],"by":["actorid","months"]}
      5. collapse {"aggs":[{"column":"n","fn":"count","name":"nboth"},{"column":"t","fn":"max","name":"tmax"}],"by":["actorid"]}
      ref_panel (reference)
      file 3128de21a97807498f279bcb7159973e89621cc6bd4a98c8f319813649f925a8 · frame —
      1. select {"columns":["actorid","months","tweeted_exile","perc_foreign_policy","log_tweets"]}
      2. dropna {"columns":["perc_foreign_policy","log_tweets","months"]}
      3. filter {"query":"months in [54, 56]"}
      4. merge {"how":"left","on":["actorid"],"with":"ref_first"}
      5. merge {"how":"left","on":["actorid"],"with":"ref_obs"}
      6. filter {"query":"nboth == 2 and (g == 55 or ((g != g or g > 56) and tmax == 0))"}
      7. derive {"args":{"cmp":"eq","column":"g","value":55},"name":"treated","op":"indicator"}
      8. derive {"args":{"column":"treated","default":0,"keep_unmapped":false,"mapping":[{"source":1,"target":1}]},"name":"treated","op":"map"}
      9. derive {"args":{"cmp":"eq","column":"months","value":56},"name":"post","op":"indicator"}
      10. derive {"args":{"columns":["treated","post"]},"name":"treated_post","op":"interaction"}
    2. 1Turno do modelo
      call_f1d1bccbnaive-olsFim: tool_use0 ms0 de entrada · 0 de saída · 0 de raciocínio · 0 em cache
      Texto visível

      Linha de base ingênua: regressão do resultado no tratamento, sem controles.

      Chamadas pedidas
      • infer.ols
        {
          "dataset": "ds_0009",
          "x": [
            "tweeted_exile"
          ],
          "y": "perc_foreign_policy"
        }
    3. 2Ferramenta
      infer.olsv0.1.0call_34d0d4c0decidido pelo modeloreexecutável

      Motivo: Linha de base ingênua: regressão do resultado no tratamento, sem controles.

      Argumentos
      {
        "cluster": null,
        "controls": [],
        "dataset": "ds_0009",
        "fe": [],
        "intercept": true,
        "level": 0.95,
        "se": "HC1",
        "subset": null,
        "weights": null,
        "x": [
          "tweeted_exile"
        ],
        "y": "perc_foreign_policy"
      }
      Figuras call_34d0d4c0
      ChaveValorValor brutoErro-padrãoIC
      coef.tweeted_exile
      Coefficient on tweeted_exile in the regression of perc_foreign_policy
      2,9762 2.97620380562254950,1367270.136726789223087372,70821 – 3,2442
      Diagnósticos
      • n_obs = 22.49122491
      • k = 22
      • r2 = 0,04910560.049105624783719826
      • df_resid = 22.48922489
      • se_type = "HC1"
      • n_clusters = —
      Tabelas (1)
      {
        "coefficients": [
          {
            "ci_high": 1.7002005087228247,
            "ci_low": 1.5954390651363546,
            "coef": 1.6478197869295896,
            "p": 0,
            "se": 0.026723910777369186,
            "t": 61.660877431346066,
            "term": "Intercept"
          },
          {
            "ci_high": 3.244197811725943,
            "ci_low": 2.708209799519156,
            "coef": 2.9762038056225495,
            "p": 5.582566083671651e-104,
            "se": 0.13672678922308737,
            "t": 21.767525022228742,
            "term": "tweeted_exile"
          }
        ]
      }
      Digests dos dados
      ds_0009 bedb4686cb9f4a4f2f3513fd841b4aac872ffbf3f81fea3f74dc9b9cb075e8b8
      sha256 do resultado
      47f368ed18b4e773b0f00e8580fa4e1f7bab01a4ed85dae125ff4da553333a1e
    4. 3Turno do modelo
      call_26a0e2a4naive-olsFim: tool_use0 ms0 de entrada · 0 de saída · 0 de raciocínio · 0 em cache
      Chamadas pedidas
      • submit_answer (meta-ferramenta)
        {
          "answer": "Estimativa ingênua (infer.ols): coef.tweeted_exile = 2,976.",
          "caveats": [],
          "figure_refs": [
            "call_34d0d4c0:coef.tweeted_exile"
          ]
        }
    5. 4Guarda
      resposta aceita
      Números encontrados
      2,976
      Sem lastro
      —
      Não citados
      —
      1 nova(s) tentativa(s) restante(s)
    6. 5Resposta

      Estimativa ingênua (infer.ols): coef.tweeted_exile = 2,976.

      Figuras citadas: call_34d0d4c0:coef.tweeted_exile · Parada: answered
      Figura da resposta: call_34d0d4c0:coef.tweeted_exile = 2,97622.9762038056225495 (se 0,1367270.13672678922308737)
    7. 6Pontuação
      #0resposta com lastropassouobrigatóriaevery number backed
    8. 7Pontuação
      #1figura da resposta próximapassouobrigatória2.976203806 in [-1.002882389, 3.542915542]?
    9. 8Pontuação
      #2figura da resposta próximafalhouregistrada2.976203806 vs 1.2700165764237865
    10. 9Pontuação
      #3figura da resposta próximafalhouregistrada0.1367267892 vs 1.159642329124281

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