wuyang
348 lines
11 KiB
JavaScript
348 lines
11 KiB
JavaScript
import { createHash } from "node:crypto";
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import { readFileSync, statSync, writeFileSync } from "node:fs";
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import { resolve } from "node:path";
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const root = resolve(import.meta.dirname, "..");
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const paths = {
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sampling: resolve(
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root,
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"src/data/deepseek-v2-lite-chat-cross-source-sampling.json",
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),
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evaluation: resolve(
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root,
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"src/data/deepseek-v2-lite-chat-cross-source-sampling-eval.json",
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),
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rerun: resolve(
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root,
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"src/data/deepseek-v2-lite-chat-cross-source-sampling-repro-r0.json",
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),
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reproduction: resolve(
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root,
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"src/data/deepseek-v2-lite-chat-cross-source-sampling-reproduction.json",
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),
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analysis: resolve(
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root,
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"src/data/deepseek-v2-lite-chat-cross-source-sampling-analysis.json",
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),
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output: resolve(
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root,
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"src/data/deepseek-v2-lite-chat-cross-source-sampling-compact.json",
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),
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};
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const readJson = (path) => JSON.parse(readFileSync(path, "utf8"));
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const sha256 = (path) => createHash("sha256")
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.update(readFileSync(path))
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.digest("hex");
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const artifact = (path) => ({
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bytes: statSync(path).size,
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sha256: sha256(path),
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});
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const sampling = readJson(paths.sampling);
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const evaluation = readJson(paths.evaluation);
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const reproduction = readJson(paths.reproduction);
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const analysis = readJson(paths.analysis);
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const samplingArtifact = artifact(paths.sampling);
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const evaluationArtifact = artifact(paths.evaluation);
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const rerunArtifact = artifact(paths.rerun);
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const reproductionArtifact = artifact(paths.reproduction);
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if (evaluation.input.sampling_sha256 !== samplingArtifact.sha256) {
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throw new Error("evaluation → sampling hash contract failed");
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}
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if (reproduction.formal.sha256 !== samplingArtifact.sha256) {
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throw new Error("reproduction → formal hash contract failed");
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}
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if (reproduction.rerun.sha256 !== rerunArtifact.sha256) {
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throw new Error("reproduction → rerun hash contract failed");
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}
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if (
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reproduction.summary.cells !== 64
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|| reproduction.summary.all_preregistered_fields_exact !== 64
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|| Object.values(reproduction.summary.by_field).some(
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(value) => value !== 64,
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)
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) {
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throw new Error("64-cell reproduction gate failed");
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}
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if (
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analysis.inputs.sampling.sha256 !== samplingArtifact.sha256
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|| analysis.inputs.evaluation.sha256 !== evaluationArtifact.sha256
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|| analysis.inputs.reproduction.sha256 !== reproductionArtifact.sha256
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) {
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throw new Error("analysis input hash chain failed");
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}
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if (
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analysis.contract.sources !== 16
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|| analysis.contract.sources_per_domain !== 4
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|| analysis.contract.seeds_per_source_condition !== 4
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|| analysis.contract.outputs !== 256
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) {
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throw new Error("source-blocked analysis grid contract failed");
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}
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const conditions = analysis.contract.conditions;
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const conditionLabels = {
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s0_eos: "S0 · EOS",
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s1_eos: "S1 · EOS",
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s0_period: "S0 · 句点",
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s1_period: "S1 · 句点",
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};
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const domainLabels = {
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english: "English · WikiText-2",
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chinese: "中文 · TNEWS",
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code: "Code · HumanEval",
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math: "Math · GSM8K",
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};
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const sourceLabel = (sourceId) => {
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if (sourceId.startsWith("HumanEval/")) {
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return sourceId;
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}
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if (sourceId.startsWith("gsm8k/")) {
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return `GSM8K/${sourceId.split("/").at(-1)}`;
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}
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if (sourceId.startsWith("tnews/")) {
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return `TNEWS/${sourceId.split("/").at(-1)}`;
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}
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if (sourceId.startsWith("wikitext2/")) {
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return `WikiText/${sourceId.split("/").at(-1)}`;
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}
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return sourceId;
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};
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const sourceMeta = Object.fromEntries(
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Object.entries(analysis.source_metadata).map(([sourceId, row]) => [
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sourceId,
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{
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...row,
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label: sourceLabel(sourceId),
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},
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]),
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);
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const evalRows = evaluation.rows.map((row) => {
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let task = null;
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if (row.domain === "math") {
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task = {
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predicted: row.task_evaluation.predicted_final,
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gold: row.task_evaluation.gold_final,
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covered: row.task_evaluation.evaluator_covered,
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fixedPass: row.task_evaluation.fixed_budget_numeric_exact,
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strictPass: row.task_evaluation.strict_complete_numeric_exact,
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method: row.task_evaluation.extraction_method,
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};
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} else if (row.domain === "code") {
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task = {
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ast: row.task_evaluation.python_ast_parse,
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executed: row.task_evaluation.execution.status !== "not_run",
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status: row.task_evaluation.execution.status,
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fixedPass: row.task_evaluation.fixed_budget_tests_pass,
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strictPass: row.task_evaluation.strict_complete_tests_pass,
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candidateHash: row.task_evaluation.candidate_sha256,
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cacheHit: row.task_evaluation.execution_cache_hit,
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};
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}
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return {
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sourceId: row.source_id,
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domain: row.domain,
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condition: row.condition,
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replicate: row.replicate_label,
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baseSeed: row.base_seed,
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generatedTokens: row.generated_tokens,
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hitEos: row.hit_eos,
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truncated: row.stopped_at_max_new_tokens,
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trajectoryHash: row.generated_token_ids_sha256,
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completionClass: row.completion_class,
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task,
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};
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});
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const taskFailures = evalRows
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.filter((row) => row.task && !row.task.strictPass)
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.map((row) => ({
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sourceId: row.sourceId,
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sourceLabel: sourceLabel(row.sourceId),
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domain: row.domain,
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condition: row.condition,
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replicate: row.replicate,
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generatedTokens: row.generatedTokens,
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hitEos: row.hitEos,
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completionClass: row.completionClass,
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detail: row.domain === "math"
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? {
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predicted: row.task.predicted,
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gold: row.task.gold,
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failure: "wrong_numeric_answer",
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}
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: {
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status: row.task.status,
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candidateHash: row.task.candidateHash,
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failure: row.task.status,
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},
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}));
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const taskTotals = Object.fromEntries(
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Object.entries(analysis.task_matrix).map(([domain, tasks]) => [
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domain,
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tasks.map((task) => ({
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sourceId: task.source_id,
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label: sourceLabel(task.source_id),
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withinDomainIndex: task.within_domain_index,
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conditions: Object.fromEntries(
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Object.entries(task.conditions).map(([condition, cell]) => [
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condition,
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{
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pass: cell.strict_complete_success,
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outputs: 4,
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anyPass: cell.observed_any_strict_complete_pass,
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naturalEos: cell.natural_eos,
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meanGeneratedTokens: cell.generated_tokens.mean,
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minGeneratedTokens: cell.generated_tokens.min,
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maxGeneratedTokens: cell.generated_tokens.max,
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},
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]),
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),
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totalPass: Object.values(task.conditions).reduce(
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(total, cell) => total + cell.strict_complete_success,
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0,
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),
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totalOutputs: 16,
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})),
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]),
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);
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const periodDirection = Object.fromEntries(
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Object.entries(analysis.prior_direction_check).map(([domain, row]) => {
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const values = Object.values(
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row.period_shortens_mean_tokens.by_source,
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);
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return [domain, {
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shorter: values.filter(Boolean).length,
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sources: values.length,
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bySource: row.period_shortens_mean_tokens.by_source,
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}];
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}),
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);
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const systemEosDirection = Object.fromEntries(
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Object.entries(analysis.prior_direction_check).map(([domain, row]) => {
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const values = Object.values(
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row.system_on_raises_natural_eos_rate.by_source,
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);
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return [domain, {
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raises: values.filter(Boolean).length,
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sources: values.length,
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bySource: row.system_on_raises_natural_eos_rate.by_source,
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}];
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}),
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);
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const result = {
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schemaVersion: 1,
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capturedAt: sampling.captured_at,
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contract: {
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protocolId: sampling.protocol_id,
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model: sampling.model.repo,
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revision: sampling.model.revision,
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conditions,
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conditionLabels,
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domains: Object.keys(analysis.contract.sources_by_domain),
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domainLabels,
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sources: analysis.contract.sources,
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sourcesPerDomain: analysis.contract.sources_per_domain,
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seedsPerCell: analysis.contract.seeds_per_source_condition,
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outputs: analysis.contract.outputs,
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baseSeeds: sampling.seed_contract.executed_base_seeds,
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decode: {
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doSample: sampling.generation_contract.do_sample,
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temperature: sampling.generation_contract.temperature,
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topP: sampling.generation_contract.top_p,
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topK: sampling.generation_contract.top_k,
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maxNewTokens: sampling.generation_contract.max_new_tokens,
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},
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sourceIsPrimaryCoverageUnit: (
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analysis.contract.source_is_primary_coverage_unit
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),
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seedIsWithinSourceRepeat: (
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analysis.contract.seed_is_within_source_repeat
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),
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noPopulationConfidenceIntervals: (
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analysis.contract.no_population_confidence_intervals
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),
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noPValues: analysis.contract.no_p_values,
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batchSeedAlignedNotCommonRandomNumbers: (
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sampling.seed_contract.batch_seed_aligned_not_common_random_numbers
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),
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},
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headline: {
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...analysis.overall,
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promptHashExact: sampling.source_contract.prompt_hash_audit.exact,
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promptHashCells: sampling.source_contract.prompt_hash_audit.cells,
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firstTwoSeedComparableCells: (
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sampling.summary.first_two_seeds.comparable_cells
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),
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firstTwoSeedDifferentTrajectories: (
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sampling.summary.first_two_seeds.different_trajectories
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),
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reproducedCells: (
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reproduction.summary.all_preregistered_fields_exact
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),
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reproductionCells: reproduction.summary.cells,
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codeAstParse: evaluation.summary.code.ast_parse,
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codeExecuted: evaluation.summary.code.executed,
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codeStatuses: evaluation.summary.code.execution_statuses,
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codeUniqueExecutionKeys: (
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evaluation.sandbox.unique_code_cache_entries
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),
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},
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sourceMeta,
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sourcesByDomain: analysis.contract.sources_by_domain,
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sourceCells: analysis.source_condition_cells,
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domainConditions: analysis.domain_condition_summary,
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sourceContrasts: analysis.source_contrasts,
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domainContrasts: analysis.domain_contrasts,
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periodDirection,
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systemEosDirection,
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taskTotals,
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taskFailures,
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evalRows,
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reproduction: reproduction.summary,
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artifacts: {
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sampling: samplingArtifact,
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evaluation: evaluationArtifact,
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rerun: rerunArtifact,
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reproduction: reproductionArtifact,
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analysis: artifact(paths.analysis),
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},
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execution: {
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generationSeconds: sampling.sources.reduce(
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(total, source) => total + source.runs.reduce(
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(subtotal, run) => subtotal + run.generation_seconds,
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0,
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),
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0,
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),
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peakCudaMemoryAllocatedBytes: (
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sampling.execution.peak_cuda_memory_allocated_bytes
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),
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torch: sampling.execution.torch,
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transformers: sampling.execution.transformers,
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deviceMap: sampling.execution.device_map,
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sandbox: evaluation.sandbox,
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},
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claimBoundary: [
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...sampling.claim_boundary,
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...evaluation.claim_boundary,
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...analysis.claim_boundary,
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...reproduction.claim_boundary,
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],
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};
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writeFileSync(paths.output, `${JSON.stringify(result, null, 2)}\n`);
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console.log(JSON.stringify({
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output: paths.output,
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...artifact(paths.output),
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headline: result.headline,
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periodDirection: result.periodDirection,
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}, null, 2));
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