Tarefa nist_anova.smls02.tool
nist_anovatoolT1publicépoca 1, tentativa 1Execução: 20261015T171223Z-suite-nist_anova-scripted-7361e5Veredito
Pergunta feita ao analista
Tarefa de ferramenta: nenhuma pergunta; a especificação de referência é chamada direto.
Valores esperados e de onde vêm
nist_anova.smls02.f
- Fonte
- NIST/ITL StRD, Analysis of Variance: SmLs02 (SmLs02.dat), certified values
- Tipo
- certified
- Localização
- Certified Values block (lines 41-47), row 'Between Treatment F Statistic'
- Trecho
Between Treatment F Statistic: 2.01000000000000E+02
- Valor como publicado
2.01000000000000E+02- Valor
- 201
201 - Conferido por
- fonte primária · Parsed from the certified block of the file as itl.nist.gov served it (CRLF); the pinned mirror the suite fetches has the same bytes after CRLF -> LF. Re-derived from the data with exact rational arithmetic in tests/test_suite_nist_extra.py.
- sha256 da cópia lida
708e32eaf36769abe7533e7dcd1b6dc67091b60df938dd37c4f0e65660ef7b0b(identifica a cópia lida, não um arquivo canônico)- Endereço
https://www.itl.nist.gov/div898/strd/anova/SmLs02.dat- Licença
- Public domain: a work of the US Government (NIST/ITL Statistical Reference Datasets)
- #3 dígitos corretos (LRE): 201
201· LRE >= 9.0 · LRE ≥ 9
Verificações
| # | Verificação | Obrigatória | Resultado | Esperado | Observado | Tolerância | Fonte | Chamada |
|---|---|---|---|---|---|---|---|---|
| 0 | situação da ferramenta status ok | obrigatória | passou | "ok" | "ok" | — | — | — |
| 1 | diagnóstico 8 vs 8 | obrigatória | passou | 88 | 88 | default rel 1e-6 (abs floor 1e-6) | — | — |
| 2 | diagnóstico 1800 vs 1800 | obrigatória | passou | 1.8001800 | 1.8001800 | default rel 1e-6 (abs floor 1e-6) | — | — |
| 3 | dígitos corretos (LRE) LRE 14.59 (min 9.0) | obrigatória | passou | 201201 | 14,59414.594 | LRE >= 9.0 · LRE ≥ 9 | nist_anova.smls02.f | — |
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 · metadata_rule
| Argumento | Referência | Agente | |
|---|---|---|---|
| cluster | — | — | não fixado pela referência |
| dataset | "d" | "d" | igual |
| hypothesis | "treatment_2 = 0, treatment_3 = 0, treatment_4 = 0, treatment_5 = 0, treatment_6 = 0, treatment_7 = 0, treatment_8 = 0, treatment_9 = 0" | "treatment_2 = 0, treatment_3 = 0, treatment_4 = 0, treatment_5 = 0, treatment_6 = 0, treatment_7 = 0, treatment_8 = 0, treatment_9 = 0" | igual |
| se | "classical" | "classical" | igual |
| subset | — | — | não fixado pela referência |
| x | ["treatment_2","treatment_3","treatment_4","treatment_5","treatment_6","treatment_7","treatment_8","treatment_9"] | ["treatment_2","treatment_3","treatment_4","treatment_5","treatment_6","treatment_7","treatment_8","treatment_9"] | igual |
| y | "response" | "response" | igual |
Trajetória
Cada evento na ordem em que aconteceu: turnos do modelo, chamadas de ferramentas, guardas, transformações e pontuação.
- 0Início
Tarefa de ferramenta: nenhuma pergunta; a especificação de referência é chamada direto.
d(agent)NIST StRD SmLs02: 1809 observations; treatment = the treatment level (1 to 9), response = the response, treatment_2 … treatment_9 = 1 when the row is at that treatment level (level 1 is the reference)
file9c23f2c51935740a123d6882ee41b874b697b3618bdfe2915d1b76370817a080· frame —dummies{"column":"treatment","drop_first":true,"prefix":"treatment"}
- 1Transformação
d·dummies{"column":"treatment","drop_first":true,"prefix":"treatment"}1809 → 1809 linhasFrame antes → depois:6cb2bb68727f→40265bb6a424 - 2Ferramenta
infer.linear_hypothesisv0.1.0call_7adf5be6decidido pelo códigoreexecutávelArgumentos
{ "cluster": null, "dataset": "d", "hypothesis": "treatment_2 = 0, treatment_3 = 0, treatment_4 = 0, treatment_5 = 0, treatment_6 = 0, treatment_7 = 0, treatment_8 = 0, treatment_9 = 0", "se": "classical", "subset": null, "x": [ "treatment_2", "treatment_3", "treatment_4", "treatment_5", "treatment_6", "treatment_7", "treatment_8", "treatment_9" ], "y": "response" }Figuras call_7adf5be6 Chave Valor Valor bruto Erro-padrão IC F F statistic of treatment_2 = 0; treatment_3 = 0; treatment_4 = 0; treatment_5 = 0; treatment_6 = 0; treatment_7 = 0; treatment_8 = 0; treatment_9 = 0201 200.9999999999995— — p_value p-value of treatment_2 = 0; treatment_3 = 0; treatment_4 = 0; treatment_5 = 0; treatment_6 = 0; treatment_7 = 0; treatment_8 = 0; treatment_9 = 00,00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000403714 probability 4.037141885758291e-243— — Diagnósticosstatistic="F"df_numerator= 88df_denominator= 1.8001800se_type="classical"n_obs= 1.8091809n_clusters= —
Tabelas (2)
{ "coefficients": [ { "ci_high": 1.4138338221356335, "ci_low": 1.3861661778643664, "coef": 1.4, "p": 0, "se": 0.007053456158586019, "t": 198.48425630260851, "term": "Intercept" }, { "ci_high": -0.08043602111632987, "ci_low": -0.1195639788836703, "coef": -0.10000000000000009, "p": 4.7048753115723204e-23, "se": 0.009975093361076447, "t": -10.024968827881601, "term": "treatment_2" }, { "ci_high": 0.11956397888367021, "ci_low": 0.08043602111632975, "coef": 0.09999999999999998, "p": 4.704875311573031e-23, "se": 0.009975093361076453, "t": 10.024968827881585, "term": "treatment_3" }, { "ci_high": -0.08043602111633012, "ci_low": -0.11956397888367006, "coef": -0.10000000000000009, "p": 4.704875311566536e-23, "se": 0.009975093361076319, "t": -10.024968827881729, "term": "treatment_4" }, { "ci_high": 0.11956397888366986, "ci_low": 0.0804360211163301, "coef": 0.09999999999999998, "p": 4.7048753115651787e-23, "se": 0.009975093361076279, "t": 10.024968827881759, "term": "treatment_5" }, { "ci_high": -0.08043602111632998, "ci_low": -0.1195639788836702, "coef": -0.10000000000000009, "p": 4.7048753115697243e-23, "se": 0.00997509336107639, "t": -10.024968827881658, "term": "treatment_6" }, { "ci_high": 0.11956397888367007, "ci_low": 0.08043602111632989, "coef": 0.09999999999999998, "p": 4.7048753115697243e-23, "se": 0.00997509336107638, "t": 10.024968827881658, "term": "treatment_7" }, { "ci_high": -0.08043602111633008, "ci_low": -0.1195639788836701, "coef": -0.10000000000000009, "p": 4.704875311567541e-23, "se": 0.009975093361076343, "t": -10.024968827881706, "term": "treatment_8" }, { "ci_high": 0.11956397888366994, "ci_low": 0.08043602111633001, "coef": 0.09999999999999998, "p": 4.704875311567068e-23, "se": 0.00997509336107632, "t": 10.024968827881716, "term": "treatment_9" } ], "restrictions": [ { "estimate": -0.10000000000000009, "hypothesized": 0, "restriction": "treatment_2 = 0" }, { "estimate": 0.09999999999999998, "hypothesized": 0, "restriction": "treatment_3 = 0" }, { "estimate": -0.10000000000000009, "hypothesized": 0, "restriction": "treatment_4 = 0" }, { "estimate": 0.09999999999999998, "hypothesized": 0, "restriction": "treatment_5 = 0" }, { "estimate": -0.10000000000000009, "hypothesized": 0, "restriction": "treatment_6 = 0" }, { "estimate": 0.09999999999999998, "hypothesized": 0, "restriction": "treatment_7 = 0" }, { "estimate": -0.10000000000000009, "hypothesized": 0, "restriction": "treatment_8 = 0" }, { "estimate": 0.09999999999999998, "hypothesized": 0, "restriction": "treatment_9 = 0" } ] }- Digests dos dados
d40265bb6a4240c34fa765dd90a3fe6242ebe37ae0ae601c4865ceef0c45d0cd1- sha256 do resultado
34eb1fc40f3057add2bc88bf8854df0c2c0a813cff64f21702dc1fcf33ba6bd0
- 3Pontuação#0situação da ferramentapassouobrigatória
status ok - 4Pontuação#1diagnósticopassouobrigatória
8 vs 8 - 5Pontuação#2diagnósticopassouobrigatória
1800 vs 1800 - 6Pontuação#3dígitos corretos (LRE)passouobrigatória
LRE 14.59 (min 9.0)
Épocas × verificações
| # | 0 | 1 | 2 | 3 |
|---|---|---|---|---|
| Época 1 | passou | passou | passou | passou |
Tentativas
Cada tentativa é seu próprio arquivo e é publicada; só a última de cada época é pontuada.
- época 1, tentativa 1passoupontuada(exibindo)
Downloads desta tarefa
090403f2a700cf2ffb09f97769a790714b301f94fc8181d1b06b5788f4fc1554O hash de um zip é só de transporte: o que ancora a integridade é o RUN_SHA256SUMS que vai dentro dele, cópia exata do SHA256SUMS da execução.
| Arquivo | Tamanho | sha256 |
|---|---|---|
| sources/nist_anova.smls02.f.json | 1,2 KB | 6242118874f8283982f44712457bfc42b1c32413bef7f45c8f1d0a8cba31e692 |
| specs/nist_anova.smls02.tool.json | 4,6 KB | 2db1d61c804bd51d16c2324b373a5c6f2e8329f629e1502874a59e281e1e6da0 |
| traces/nist_anova.smls02.tool.e1.a1.jsonl | 6,3 KB | 4cc5cb88899d65cc91f2406a90a69765037687b357a22a02f0ec6c31a7e9e627 |
| trajectories/nist_anova.smls02.tool.e1.a1.jsonl | 8,8 KB | c983ae517f753745ea9023c46f8710467605e249f5946b1827a117d76948f6ed |