diff --git a/PROGRESS.md b/PROGRESS.md index cc48ac2..69eb9f0 100644 --- a/PROGRESS.md +++ b/PROGRESS.md @@ -14,7 +14,7 @@ | 表示、位置与残差高速公路 | 完成首版 | 81% | 真实 hidden-state / norm traces、长上下文位置外推与深层稳定性消融 | | Scaling Laws | 完成首版 | 74% | 真实拟合复现、置信区间与更多模型族对照 | | 数据工程与预训练配方 | 完成首版 | 73% | FineWeb / DCLM 逐图精读、真实去重误伤与 mixture traces | -| DeepSeek 专题 | 三轮实证进行中 | 98% | V2-Lite-Chat 生成/行为对照、完整 27 层与固定 batch-content 对照，再推进 SM90 FlashMLA、FP8/pipeline 与 R1-like RL 复现 | +| DeepSeek 专题 | 四轮实证进行中 | 98% | completion-aware 生成评测、完整 27 层与固定 batch-content 对照，再推进 SM90 FlashMLA、FP8/pipeline 与 R1-like RL 复现 | | 指令微调与人类偏好 | 完成首版 | 75% | 真实偏好分歧、RM 长度偏置与 PPO/DPO 小模型复现 | | 推理与测试时扩展 | 完成首版 | 76% | 真实模型采样曲线、PRM 案例与逐篇图表精读 | | 工具使用与长程 Agent | 完成首版 | 74% | 真实环境 traces、cross-harness 对照、Agent RL 曲线与安全案例 | @@ -41,7 +41,7 @@ - [x] 完成 486 篇关键论文索引，覆盖 16 个标签专题与 Kimi/DeepSeek 聚光主线。 - [x] 完成可检索、可按专题筛选的论文库页面。 - [x] 完成 K3、语言模型前史、Transformer 基础、表示/位置/残差、DeepSeek 谱系、Scaling Laws、数据工程、长上下文、MoE、指令微调与人类偏好、推理、Agent、原生多模态、训练系统、推理服务、数值优化与评测安全十七篇首版长文。 -- [x] 完成 K3 三轴架构、八联报告实验与四联开放工件实验、语言模型前史四联实验、Transformer 四联实验、表示深度四联实验、DeepSeek 十七联实验、长上下文、MoE 路由、推理三页签，以及训练系统、推理服务、Scaling、数据工程、数值、Alignment、Agent、原生多模态与评测安全专题各四页签等八十四个原创交互视图。 +- [x] 完成 K3 三轴架构、八联报告实验与四联开放工件实验、语言模型前史四联实验、Transformer 四联实验、表示深度四联实验、DeepSeek 十八联实验、长上下文、MoE 路由、推理三页签，以及训练系统、推理服务、Scaling、数据工程、数值、Alignment、Agent、原生多模态与评测安全专题各四页签等八十五个原创交互视图。 - [x] 完成长上下文首版：五张成本账、26 篇一手论文、10+ 机制图与 8 策略交互实验室。 - [x] 核验 FlashAttention、DeepSeek-V2/V3.2/V4、Kimi Linear/K3 等六份论文原文，并建立长上下文研究账本。 - [x] 核验 Switch、ST-MoE、DeepSeekMoE、Loss-Free、V3、LatentMoE 与 K3 原文，并建立 MoE 研究账本。 @@ -234,11 +234,17 @@ - [x] 完整角色块正式运行与独立复跑各 66,975,110 bytes、SHA-256 均为 `a703dddb…7e82`，byte-exact；新增 2,044,224 次真实路由，使累计达到 11,289,744 次。两组 compact 产物分别约 1.4 / 3.3 MiB，累计正式实验集达到 10 / 10 byte-exact。 - [x] special family + 完整角色块本地闸门通过：73 个 Astro 文件零诊断，21 个页面、1,151 个站内引用、12 个跨页锚点零失败；十三页签桌面与 390px 移动端无运行时异常或文档级横向溢出，十六套真实 Chrome 专题回归全部通过。 - [x] DeepSeek special family + 完整角色块以源提交 `1d0a331`、不可变镜像 `20260729T134520Z-1d0a331` 发布；OCI digest `sha256:0c922769…3bfd5`，复用 NAS `12010→8080`、NPM host 31 / cert 41、门户 `LLM ATLAS / projects / 180`，HTTPS 与十六套生产 Chrome 回归全通过；保留 `20260729T124516Z-ea49ed0` 回滚。 +- [x] DeepSeek Round 04 固定官方 `DeepSeek-V2-Lite-Chat` revision `85864749…f64c7`，核验 4 个 safetensors 分片与索引中的 `31,412,968,448` tensor bytes；完整 BF16 权重采用 GPU 25 层 + CPU 2 层、norm 与 lm_head 的显式 offload，设备字节账与官方 index 精确闭合。 +- [x] 以 English / 中文 / code / math 各 4 个完整公开来源，执行 system 0/1 × EOS/BOS/x/句点 8 条件、共 128 个 greedy 输出；十条成对边分别报告 exact、共同前缀、编辑距离与 token similarity，不把单个特殊词元干预写成能力、遵循或路由解释。 +- [x] 128 个输出中 31 个自然命中 EOS、97 个在 `max_new_tokens=128` 处截断；所有聚合永久同时显示 completion 状态，math 上的 2/4 system-EOS exact 仅是固定样本描述，不升级为领域能力结论。 +- [x] 独立每域 1-source 复跑的 32 / 32 prompt hash、生成 token IDs、文本与 EOS 状态 exact；formal / repro 完整 JSON SHA-256 为 `54496955…b0e6196e` / `b74c3160…025b0c72`，模型配置、代码、tokenizer 与四个权重分片 hash 一并固化。 +- [x] 第十八个 DeepSeek 交互实验将逐来源双输出、十边分歧图、29 单元设备切分与证据阶梯放到同一页；compact 构建器同时校验固定 revision、官方工件 hash 与 32 / 32 长复现合同。 +- [x] DeepSeek Chat 行为层本地闸门通过：75 个 Astro 文件零诊断，21 个页面、1,151 个站内引用、12 个跨页锚点零失败；十四页签桌面与 390px 移动端无运行时异常或文档级横向溢出，十六套真实 Chrome 专题回归全部通过。 ## 正在进行 - [ ] K3 三轮下一闸门：获得真实 token hidden states、expert load 与 cache traces，解释或修订 `A_log [128]` 工件冲突，再做 Figure 3/4/5 数值重绘和独立小模型复现。 -- [ ] DeepSeek 三轮下一闸门：加入 V2-Lite-Chat 生成/行为对照；扩到完整 27 层并固定 batch content 审计，再推进 SM90 FlashMLA、FP8 / pipeline traces 与 R1-like RL 小模型复现。 +- [ ] DeepSeek 四轮下一闸门：把 31 / 128 completion 提升为长度分层、可执行 evaluator 与更长生成预算；扩到完整 27 层并固定 batch content 审计，再推进 SM90 FlashMLA、FP8 / pipeline traces 与 R1-like RL 小模型复现。 - [ ] 表示、位置与残差二轮：真实 hidden-state / norm traces、长上下文位置外推复现与 mHC / AttnRes 深层稳定性消融。 - [ ] 评测安全二轮：真实 cross-harness / pass@k 复跑、Judge 元评测、动态污染与过拒案例。 - [ ] 推理服务二轮：真实 GPU kernel / workload traces、功耗与成本、跨 vLLM / SGLang / TensorRT-LLM 复现。 @@ -393,6 +399,9 @@ | 2026-07-29 | 角色块按 head × delimiter 分解 | `User:`/`Assistant:` 都是两个普通 IDs；head、delimiter、interaction 与四条 direct edges 分账，不把单位置作用冒充完整角色语义 | | 2026-07-29 | target-content 与 full-input 永久分因果身份 | 精确对齐目标只观察编辑后的下游传播；完整输入包含被编辑 token 自身，因此方向变化不是主结果矛盾 | | 2026-07-29 | DeepSeek 十三联工件实验以 `20260729T134520Z-1d0a331` 发布 | OCI digest `sha256:0c922769…3bfd5`；复用 NAS 12010→8080、NPM 31 / cert 41、门户 order 180；十六套生产 Chrome 回归通过，保留上一不可变镜像回滚 | +| 2026-07-29 | Chat checkpoint、生成行为与能力评测分三层 | 官方 SFT Chat 权重可以支撑真实生成；成对输出分歧只证明干预传播，未配任务 evaluator、样本置信区间与足够 completion 前不写成能力结论 | +| 2026-07-29 | 生成实验把 completion 设为首要审计字段 | 31 / 128 自然 EOS 与 97 / 128 长度截断分开报告；截断输出不被当作完整答案参与越界判断 | +| 2026-07-29 | CPU offload 是执行拓扑而非模型属性 | 31.4 GB BF16 工件不因本机 25-GPU-layer / 2-CPU-layer 切分而改变模型身份；设备映射、参数字节与峰值显存都进入复现合同 | | 2026-07-29 | K3 二轮按 32 张对象账与完整报告顺序重建 | total/active、2.5×、KDA state、深度来源、专家路由、视觉目标、轨迹、缓存与评测协议不再压成一页组件摘要 | | 2026-07-29 | K3 原生视觉事实回到 §2.4 / §3.3 核验 | 删除“先冻结语言模型再解冻”旧表述；明确 MoonViT-V2 从头训练，视觉/文本从开始共同 NTP | | 2026-07-29 | K3 Figure 1–16 / Table 1–5 全部建立课程视觉契约 | 每张图同时写支持范围与不可外推项；作者报告、论文、推导与 toy model 使用 R/P/D/T 标签 | diff --git a/README.md b/README.md index 4d263db..1d12d2a 100644 --- a/README.md +++ b/README.md @@ -19,7 +19,7 @@ 当前里程碑包含 17 专题学习地图、486 篇关键论文索引、Kimi K3 完整导读， 语言模型前史、Transformer 基础、表示/位置/残差、DeepSeek 技术谱系、Scaling Laws、数据工程、长上下文、MoE、指令微调与人类偏好、推理、工具使用与长程 Agent、原生多模态、训练系统、推理服务、数值优化，以及评测与安全深度专题， -以及 84 个覆盖核心机制的原创交互视图。K3 二轮导读以 32 张问题账、16 图 / 5 表审计、 +以及 85 个覆盖核心机制的原创交互视图。K3 二轮导读以 32 张问题账、16 图 / 5 表审计、 8 个交互实验和 100 个一手/官方节点，完整覆盖架构、预训练、后训练、系统、评测、案例与附录。 第三轮已完成开放工件与首个真实 kernel 里程碑：固定官方模型与 FlashKDA revisions，审计 96 个 checkpoint shards、 497,220 个 tensor entries、真实 KDA / MLA / MoE / MoonViT shapes 与小范围参数统计，并用 4 个新视图 @@ -27,8 +27,8 @@ `sm_120a` wheel，在 RTX 5090 上完成 6/6 官方参考 exact-match 和 K3 fixed / varlen 形状计时。详见 [K3_ARTIFACT_AUDIT.md](./research/K3_ARTIFACT_AUDIT.md) 与 [checkpoint_probe.py](./experiments/k3/checkpoint_probe.py)、[FlashKDA probe](./experiments/k3/flashkda/)。 -DeepSeek 三轮专题以 24 张问题账、10 次技术转向、 -17 个交互实验和 60 个一手/官方节点，串起 Dense、MoE、MLA、V3 协同、R1 与 V4； +DeepSeek 四轮专题以 24 张问题账、10 次技术转向、 +18 个交互实验和 60 个一手/官方节点，串起 Dense、MoE、MLA、V3 协同、R1 与 V4； 并固定官方 V2-Lite revision，在 RTX 5090 上连续执行 7/27 层，记录 3,240 次真实专家选择、 MLA/HF eager cache shapes 与 `31/31` exact 独立复跑；进一步用真实 layer-1 权重执行官方 V3 naive/absorb 路径，实际写入 576 元素 latent cache，并以 FP32 将两种结合顺序的最大误差压到 @@ -58,8 +58,13 @@ EOS，换行为 23 / 24，但 base checkpoint、非法反事实序列和无行 则在 34,488 / 34,488 个目标 ordered top-6 上 exact，direct TV / JSD / ΔCV 全为零， 形成严格 causal suffix 负对照。进一步穷尽 tokenizer 的 BOS/EOS special inventory， 并以 `User/Assistant × :/x` 完成两-token 角色块因子分解；两组实验各新增 2,044,224 -次真实路由、完整 JSON 独立复跑 byte-exact。当前累计 11,289,744 次公开语料路由。FlashMLA 的 -SM90/SM100 官方支持矩阵与本机 SM120 边界单独记账。详见 +次真实路由、完整 JSON 独立复跑 byte-exact。当前累计 11,289,744 次公开语料路由。 +Round 04 又固定官方 `DeepSeek-V2-Lite-Chat` revision，加载 31.4 GB 完整 BF16 权重， +以 GPU 25 层 + CPU 2 层和输出头的透明 offload 执行 16 个公开来源、8 种 system × +边界条件，共 128 个 greedy 输出；四域中 31 个自然命中 EOS、97 个在 128 新 token +上限处截断，因此只把十条成对边写成“生成分歧”，不把它们冒充能力评测。每域独立抽取 +1 个来源的 32 个输出再次运行，prompt hash、生成 token IDs、文本与 EOS 状态均为 +`32 / 32` exact。FlashMLA 的 SM90/SM100 官方支持矩阵与本机 SM120 边界单独记账。详见 [DEEPSEEK_V2_LITE_TRACE.md](./research/DEEPSEEK_V2_LITE_TRACE.md) 与 [DEEPSEEK_MLA_ABSORB_AUDIT.md](./research/DEEPSEEK_MLA_ABSORB_AUDIT.md)、 [DEEPSEEK_ROUTING_CORPUS_AUDIT.md](./research/DEEPSEEK_ROUTING_CORPUS_AUDIT.md)、 @@ -70,7 +75,8 @@ SM90/SM100 官方支持矩阵与本机 SM120 边界单独记账。详见 [DEEPSEEK_ROUTING_HISTORY_BOUNDARY_TOKEN_AUDIT.md](./research/DEEPSEEK_ROUTING_HISTORY_BOUNDARY_TOKEN_AUDIT.md) 与 [DEEPSEEK_ROUTING_ROLE_MARKER_HEAD_AUDIT.md](./research/DEEPSEEK_ROUTING_ROLE_MARKER_HEAD_AUDIT.md)、 [DEEPSEEK_ROUTING_SPECIAL_TOKEN_FAMILY_AUDIT.md](./research/DEEPSEEK_ROUTING_SPECIAL_TOKEN_FAMILY_AUDIT.md) 与 -[DEEPSEEK_ROUTING_ROLE_MARKER_BLOCK_AUDIT.md](./research/DEEPSEEK_ROUTING_ROLE_MARKER_BLOCK_AUDIT.md)。 +[DEEPSEEK_ROUTING_ROLE_MARKER_BLOCK_AUDIT.md](./research/DEEPSEEK_ROUTING_ROLE_MARKER_BLOCK_AUDIT.md)，以及 +[DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md](./research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md)。 其余专题按进度账本持续扩建。 ## 本地开发 diff --git a/ROADMAP.md b/ROADMAP.md index 8c25305..b9c53b2 100644 --- a/ROADMAP.md +++ b/ROADMAP.md @@ -156,7 +156,7 @@ pass^k、校准、动态基准、代码 Verifier、LLM Judge、Arena、Agent 最 1. **Kimi K3 解剖**：二轮已完成 32 张问题账、Figure 1–16 / Table 1–5 审计、 8 个报告实验与 100 节点阅读链；三轮首个里程碑进一步固定官方 revisions，审计 96 个 checkpoint shards、 497,220 个 tensor entries、真实 KDA / MLA / MoE / MoonViT shapes，并用 4 个工件视图公开复现边界。 -2. **DeepSeek 技术谱系**：DeepSeek LLM → DeepSeekMoE → V2/MLA → V3/FP8/MTP/DualPipe → Math/GRPO → R1 → V3.2/DSA → V4 长上下文。 +2. **DeepSeek 技术谱系**：DeepSeek LLM → DeepSeekMoE → V2/MLA → V3/FP8/MTP/DualPipe → Math/GRPO → R1 → V3.2/DSA → V4 长上下文；四轮已经从 24 张问题账、60 个一手/官方节点和 4 个公式实验，推进到 13 个 Base 工件实验与 1 个完整 Chat 行为实验。最新生成层固定 31.4 GB 官方 V2-Lite-Chat BF16 权重，以 16 个来源 × 8 条件得到 128 个输出，并把自然 EOS、长度截断、成对分歧和 32 / 32 独立复现分账。 3. **“一个 Token 的旅行”**：从文本分词，经注意力、MoE、GPU 集群、后训练，再到线上推理与工具调用。 ## 完成标准 diff --git a/experiments/deepseek/README.md b/experiments/deepseek/README.md index b316475..f79e40b 100644 --- a/experiments/deepseek/README.md +++ b/experiments/deepseek/README.md @@ -531,3 +531,58 @@ in most cells, without a uniform system modulation. See `research/DEEPSEEK_ROUTING_ROLE_MARKER_BLOCK_AUDIT.md` for the exact factor coding, intervals, direct dependencies, full-input split, route alignment, cross-batch audit, sources, and non-claims. + +## Full Chat-checkpoint generation behavior + +`v2_lite_chat_special_token_behavior_probe.py` carries the special-token grid +into the full official SFT Chat checkpoint: + +```text +deepseek-ai/DeepSeek-V2-Lite-Chat +@85864749cd611b4353ce1decdb286193298f64c7 + +system off/on × EOS / BOS / x / period +``` + +It reuses the pinned Base-routing source IDs and ranks but generates from the +full source text. All eight variants of one source run in one left-padded +batch. Decoding is deterministic greedy; BOS / x / period remain invalid-chat +single-ID counterfactuals. + +The official BF16 checkpoint contains `31,412,968,448` tensor bytes. Because +the local RTX 5090 has less than the official 40GB single-GPU boundary, the +formal run uses Accelerate `device_map=auto`: embeddings and layers 0–24 are +placed on CUDA, while layers 25–26, final norm, and LM head are CPU-offloaded. + +```bash +PYTHONPATH=/path/to/transformers-4.41.2-deps \ +python -B experiments/deepseek/v2_lite_chat_special_token_behavior_probe.py \ + --artifact-dir /path/to/deepseek-v2-lite-chat \ + --reference-routing-json \ + src/data/deepseek-v2-lite-routing-special-token-family-control.json \ + --human-eval /path/to/HumanEval.jsonl.gz \ + --gsm8k /path/to/gsm8k/test.jsonl \ + --tnews /path/to/tnews/test.json \ + --tnews-archive /path/to/tnews_public.zip \ + --wikitext /path/to/wikitext-validation.parquet \ + --output src/data/deepseek-v2-lite-chat-behavior.json \ + --per-domain 4 \ + --max-new-tokens 128 \ + --gpu-memory 29GiB \ + --cpu-memory 80GiB +``` + +The formal artifact contains 16 sources and 128 outputs. Only 31 outputs hit +EOS; 97 reach the 128-token cap, so task-score fields are diagnostic and are +not used for capability ranking. A 4-source / 32-cell long-sequence rerun is +exact for prompt hashes, generated token IDs, decoded text, and EOS state. + +```text +formal 54496955d0dd20a3116e6b758a55f56e2444c43dd99bfef94a2cb7b140e6196e +repro b74c31606c0fc70a8e52cc6c3d6135c4e916d698b4d5dae51863124d025b0c72 +``` + +See `research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_PROTOCOL.md` and +`research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md` for the preregistered +contract, output-divergence table, offload device map, truncation boundary, +rerun coverage, execution fixes, primary sources, and forbidden conclusions. diff --git a/experiments/deepseek/v2_lite_chat_special_token_behavior_probe.py b/experiments/deepseek/v2_lite_chat_special_token_behavior_probe.py new file mode 100644 index 0000000..a41f629 --- /dev/null +++ b/experiments/deepseek/v2_lite_chat_special_token_behavior_probe.py @@ -0,0 +1,1002 @@ +#!/usr/bin/env python3 +"""Generate paired DeepSeek-V2-Lite-Chat completions for boundary-ID controls. + +This probe carries the audited 2 x 4 special-token family contract into full +Chat-model generation: + + system off/on x EOS / BOS / x / period + +Each source prompt is rendered with the pinned official chat template. The +three counterfactual levels edit exactly one pre-target input ID after official +tokenization, preserving length and all target/generation positions within a +source. All eight variants of a source are generated in one batch. + +The default protocol is deterministic greedy decoding. It reports output-token +identity and edit distance, plus narrow math-answer and Python-AST checks. It +does not claim benchmark accuracy, sampling robustness, official-valid chat for +counterfactual cells, or single-GPU BF16 execution when CPU offload is used. +""" + +from __future__ import annotations + +import argparse +import ast +import gzip +import hashlib +import json +import platform +import re +import resource +import time +from datetime import datetime, timezone +from decimal import Decimal, InvalidOperation +from pathlib import Path +from statistics import mean +from typing import Any + +import torch +import accelerate +import safetensors +import transformers +from transformers import AutoTokenizer + +import v2_lite_routing_special_token_family_control as special + + +MODEL_REVISION = "85864749cd611b4353ce1decdb286193298f64c7" +REFERENCE_REVISION = "604d5664dddd88a0433dbae533b7fe9472482de0" +DEFAULT_DOMAINS = ("english", "chinese", "code", "math") +SHARD_FILES = ( + "model-00001-of-000004.safetensors", + "model-00002-of-000004.safetensors", + "model-00003-of-000004.safetensors", + "model-00004-of-000004.safetensors", +) +MODEL_FILES = ( + "config.json", + "configuration_deepseek.py", + "generation_config.json", + "model.safetensors.index.json", + *SHARD_FILES, + "modeling_deepseek.py", + "tokenization_deepseek_fast.py", + "tokenizer.json", + "tokenizer_config.json", +) + + +def parse_args() -> argparse.Namespace: + parser = argparse.ArgumentParser() + parser.add_argument("--artifact-dir", type=Path, required=True) + parser.add_argument("--reference-routing-json", type=Path, required=True) + parser.add_argument("--human-eval", type=Path, required=True) + parser.add_argument("--gsm8k", type=Path, required=True) + parser.add_argument("--tnews", type=Path, required=True) + parser.add_argument("--tnews-archive", type=Path, required=True) + parser.add_argument("--wikitext", type=Path, required=True) + parser.add_argument("--output", type=Path, required=True) + parser.add_argument( + "--domains", + nargs="+", + choices=DEFAULT_DOMAINS, + default=list(DEFAULT_DOMAINS), + ) + parser.add_argument("--per-domain", type=int, default=1) + parser.add_argument("--max-new-tokens", type=int, default=32) + parser.add_argument("--gpu-memory", default="29GiB") + parser.add_argument("--cpu-memory", default="80GiB") + parser.add_argument("--captured-at", default=None) + return parser.parse_args() + + +def sha256(path: Path, chunk_size: int = 16 * 1024 * 1024) -> str: + digest = hashlib.sha256() + with path.open("rb") as handle: + while chunk := handle.read(chunk_size): + digest.update(chunk) + return digest.hexdigest() + + +def canonical_hash(value: Any) -> str: + payload = json.dumps( + value, + ensure_ascii=False, + sort_keys=True, + separators=(",", ":"), + ).encode() + return hashlib.sha256(payload).hexdigest() + + +def download_revision_contract( + artifact_dir: Path, +) -> dict[str, Any]: + metadata_root = ( + artifact_dir / ".cache" / "huggingface" / "download" + ) + rows = {} + for name in MODEL_FILES: + path = metadata_root / f"{name}.metadata" + if not path.is_file(): + raise FileNotFoundError( + f"missing Hugging Face revision metadata: {path}" + ) + lines = path.read_text(encoding="utf-8").splitlines() + if len(lines) < 2: + raise RuntimeError(f"malformed revision metadata: {path}") + revision, etag = lines[:2] + if revision != MODEL_REVISION: + raise RuntimeError( + f"{name} came from revision {revision}, " + f"expected {MODEL_REVISION}" + ) + rows[name] = { + "revision": revision, + "etag": etag, + } + return { + "metadata_root": str(metadata_root), + "all_files_same_revision": True, + "files": rows, + } + + +def load_jsonl(path: Path) -> list[dict[str, Any]]: + with path.open(encoding="utf-8") as handle: + return [json.loads(line) for line in handle if line.strip()] + + +def load_gold(args: argparse.Namespace) -> dict[str, dict[str, Any]]: + with gzip.open(args.human_eval, "rt", encoding="utf-8") as handle: + human_eval = [ + json.loads(line) + for line in handle + if line.strip() + ] + gsm8k = load_jsonl(args.gsm8k) + return { + "code": { + str(row["task_id"]): { + "canonical_solution_sha256": hashlib.sha256( + str(row.get("canonical_solution", "")).encode() + ).hexdigest(), + } + for row in human_eval + }, + "math": { + f"gsm8k/test/{index:04d}": { + "answer": str(row.get("answer", "")), + } + for index, row in enumerate(gsm8k) + }, + } + + +def selected_sources( + args: argparse.Namespace, + tokenizer: Any, +) -> tuple[list[dict[str, Any]], dict[str, Any]]: + reference = json.loads( + args.reference_routing_json.read_text(encoding="utf-8") + ) + selected_contract = reference["corpus_contract"]["selected"] + candidates = special.base.load_candidates(args) + candidate_index = { + domain: {row["id"]: row["text"] for row in rows} + for domain, rows in candidates.items() + } + + rows: list[dict[str, Any]] = [] + for domain in args.domains: + contracts = sorted( + ( + row + for row in selected_contract + if row["domain"] == domain + ), + key=lambda row: row["within_domain_index"], + )[: args.per_domain] + if len(contracts) != args.per_domain: + raise RuntimeError( + f"{domain} reference has {len(contracts)} rows; " + f"need {args.per_domain}" + ) + for contract in contracts: + content = candidate_index[domain].get(contract["id"]) + if content is None: + raise RuntimeError( + f"source text missing for {domain}/{contract['id']}" + ) + source_text_sha256 = hashlib.sha256( + content.encode() + ).hexdigest() + if source_text_sha256 != contract["text_sha256"]: + raise RuntimeError( + f"source text hash changed for {domain}/{contract['id']}: " + f"{source_text_sha256} != {contract['text_sha256']}" + ) + full_ids = tokenizer( + content, + add_special_tokens=False, + ).input_ids + rows.append( + { + "id": contract["id"], + "domain": domain, + "label": special.base.DOMAIN_LABELS[domain], + "within_domain_index": contract[ + "within_domain_index" + ], + "selection_rank": contract["selection_rank"], + "source_text_sha256": source_text_sha256, + "source_characters": len(content), + "source_tokens": len(full_ids), + "content": content, + } + ) + return rows, { + "reference_path": str(args.reference_routing_json), + "reference_sha256": sha256(args.reference_routing_json), + "reference_model_revision": reference["provenance"]["model"][ + "huggingface_revision" + ], + "sample_salt": reference["corpus_contract"]["sample_salt"], + } + + +def truncate_at_eos( + token_ids: list[int], + eos_token_id: int, +) -> tuple[list[int], bool]: + try: + position = token_ids.index(eos_token_id) + except ValueError: + return token_ids, False + return token_ids[: position + 1], True + + +def common_prefix_length(left: list[int], right: list[int]) -> int: + count = 0 + for left_id, right_id in zip(left, right): + if left_id != right_id: + break + count += 1 + return count + + +def edit_distance(left: list[int], right: list[int]) -> int: + if len(left) > len(right): + left, right = right, left + previous = list(range(len(left) + 1)) + for right_index, right_id in enumerate(right, start=1): + current = [right_index] + for left_index, left_id in enumerate(left, start=1): + current.append( + min( + current[-1] + 1, + previous[left_index] + 1, + previous[left_index - 1] + + int(left_id != right_id), + ) + ) + previous = current + return previous[-1] + + +def compare_outputs( + left: dict[str, Any], + right: dict[str, Any], +) -> dict[str, Any]: + left_ids = left["generated_token_ids"] + right_ids = right["generated_token_ids"] + distance = edit_distance(left_ids, right_ids) + denominator = max(len(left_ids), len(right_ids), 1) + return { + "left": left["condition"], + "right": right["condition"], + "token_ids_exact": left_ids == right_ids, + "text_exact": left["text"] == right["text"], + "common_prefix_tokens": common_prefix_length( + left_ids, + right_ids, + ), + "token_edit_distance": distance, + "normalized_token_similarity": 1 - distance / denominator, + } + + +NUMBER_PATTERN = re.compile( + r"[-+]?(?:\d[\d,]*\.?\d*|\.\d+)" +) + + +def normalize_number(value: str) -> str | None: + cleaned = value.replace(",", "").strip().rstrip(".") + try: + number = Decimal(cleaned) + except InvalidOperation: + return None + normalized = format(number.normalize(), "f") + if "." in normalized: + normalized = normalized.rstrip("0").rstrip(".") + return "0" if normalized in {"-0", "+0"} else normalized + + +def math_score(text: str, gold_answer: str) -> dict[str, Any]: + gold_tail = gold_answer.rsplit("####", 1)[-1] + gold_matches = NUMBER_PATTERN.findall(gold_tail) + predicted_matches = NUMBER_PATTERN.findall(text) + gold = ( + normalize_number(gold_matches[-1]) + if gold_matches + else None + ) + predicted = ( + normalize_number(predicted_matches[-1]) + if predicted_matches + else None + ) + return { + "gold_final": gold, + "predicted_final": predicted, + "final_numeric_exact": ( + gold is not None + and predicted is not None + and gold == predicted + ), + } + + +def extract_python(text: str) -> str: + fences = re.findall( + r"```(?:python)?\s*(.*?)```", + text, + flags=re.DOTALL | re.IGNORECASE, + ) + return fences[0].strip() if fences else text.strip() + + +def code_score(text: str) -> dict[str, Any]: + candidate = extract_python(text) + try: + ast.parse(candidate) + parsed = True + error = None + except SyntaxError as syntax_error: + parsed = False + error = { + "type": type(syntax_error).__name__, + "line": syntax_error.lineno, + "offset": syntax_error.offset, + } + return { + "candidate_sha256": hashlib.sha256( + candidate.encode() + ).hexdigest(), + "python_ast_parse": parsed, + "parse_error": error, + "code_executed": False, + } + + +def task_score( + domain: str, + source_id: str, + text: str, + gold: dict[str, dict[str, Any]], +) -> dict[str, Any] | None: + if domain == "math": + return math_score( + text, + gold["math"][source_id]["answer"], + ) + if domain == "code": + return code_score(text) + return None + + +def summarize( + sources: list[dict[str, Any]], +) -> dict[str, Any]: + def aggregate_rows( + rows: list[dict[str, Any]], + ) -> dict[str, Any]: + return { + "sources": len(rows), + "token_ids_exact": sum( + row["token_ids_exact"] for row in rows + ), + "text_exact": sum( + row["text_exact"] for row in rows + ), + "mean_common_prefix_tokens": mean( + row["common_prefix_tokens"] for row in rows + ), + "mean_token_edit_distance": mean( + row["token_edit_distance"] for row in rows + ), + "mean_normalized_token_similarity": mean( + row["normalized_token_similarity"] + for row in rows + ), + } + + comparison_names = [ + *( + f"system_{level}" + for level in special.BOUNDARY_LEVELS + ), + *( + f"{level}_at_s{system}" + for level in special.BOUNDARY_LEVELS + if level != "eos" + for system in (0, 1) + ), + ] + comparisons: dict[str, list[dict[str, Any]]] = { + name: [] for name in comparison_names + } + for source in sources: + by_condition = { + row["condition"]: row + for row in source["outputs"] + } + for level in special.BOUNDARY_LEVELS: + name = f"system_{level}" + comparisons[name].append( + compare_outputs( + by_condition[f"s0_{level}"], + by_condition[f"s1_{level}"], + ) + | { + "source_id": source["id"], + "domain": source["domain"], + } + ) + for level in special.BOUNDARY_LEVELS: + if level == "eos": + continue + for system in (0, 1): + name = f"{level}_at_s{system}" + comparisons[name].append( + compare_outputs( + by_condition[f"s{system}_eos"], + by_condition[f"s{system}_{level}"], + ) + | { + "source_id": source["id"], + "domain": source["domain"], + } + ) + aggregates = { + name: aggregate_rows(rows) + for name, rows in comparisons.items() + } + aggregates_by_domain = { + domain: { + name: aggregate_rows( + [ + row for row in rows + if row["domain"] == domain + ] + ) + for name, rows in comparisons.items() + } + for domain in DEFAULT_DOMAINS + if any(source["domain"] == domain for source in sources) + } + + task_rows = [ + output + for source in sources + for output in source["outputs"] + if output["task_score"] is not None + ] + task_by_condition = {} + output_by_condition = {} + for condition in special.CONDITIONS: + output_rows = [ + output + for source in sources + for output in source["outputs"] + if output["condition"] == condition + ] + rows = [ + row for row in task_rows + if row["condition"] == condition + ] + math_rows = [ + row for row in rows + if "final_numeric_exact" in row["task_score"] + ] + code_rows = [ + row for row in rows + if "python_ast_parse" in row["task_score"] + ] + task_by_condition[condition] = { + "math_numeric_exact": ( + sum( + row["task_score"]["final_numeric_exact"] + for row in math_rows + ) + if math_rows else None + ), + "math_sources": len(math_rows), + "code_ast_parse": ( + sum( + row["task_score"]["python_ast_parse"] + for row in code_rows + ) + if code_rows else None + ), + "code_sources": len(code_rows), + } + output_by_condition[condition] = { + "sources": len(output_rows), + "hit_eos": sum( + row["hit_eos"] for row in output_rows + ), + "stopped_at_max_new_tokens": sum( + row["stopped_at_max_new_tokens"] + for row in output_rows + ), + "mean_generated_tokens": mean( + row["generated_tokens"] for row in output_rows + ), + } + return { + "pairwise": comparisons, + "aggregates": aggregates, + "aggregates_by_domain": aggregates_by_domain, + "output_by_condition": output_by_condition, + "task_by_condition": task_by_condition, + } + + +def validate_args(args: argparse.Namespace) -> None: + if args.per_domain <= 0: + raise ValueError("--per-domain must be positive") + if args.max_new_tokens <= 0: + raise ValueError("--max-new-tokens must be positive") + for path in ( + args.artifact_dir, + args.reference_routing_json, + args.human_eval, + args.gsm8k, + args.tnews, + args.tnews_archive, + args.wikitext, + ): + if not path.exists(): + raise FileNotFoundError(path) + missing = [ + name + for name in MODEL_FILES + if not (args.artifact_dir / name).is_file() + ] + if missing: + raise FileNotFoundError( + f"artifact directory is incomplete: {missing}" + ) + + +def main() -> None: + args = parse_args() + validate_args(args) + revision_contract = download_revision_contract( + args.artifact_dir + ) + special.install_control_contract() + captured_at = args.captured_at or datetime.now( + timezone.utc + ).isoformat() + + tokenizer = AutoTokenizer.from_pretrained( + args.artifact_dir, + trust_remote_code=True, + local_files_only=True, + use_fast=True, + ) + if tokenizer.pad_token_id is None: + tokenizer.pad_token_id = tokenizer.eos_token_id + token_ids = special.special_family_token_ids(tokenizer) + if token_ids != { + "eos": 100001, + "bos": 100000, + "x": 87, + "period": 13, + }: + raise RuntimeError( + f"unexpected pinned tokenizer IDs: {token_ids}" + ) + + source_rows, reference = selected_sources(args, tokenizer) + gold = load_gold(args) + for source in source_rows: + source["variants"] = { + condition: special.prior.render_boundary_variant( + tokenizer, + source["content"], + condition, + ) + for condition in special.CONDITIONS + } + lengths_by_system = { + system: { + source["variants"][condition]["tokens"] + for condition in special.CONDITIONS + if special.FACTORS[condition]["system"] == system + } + for system in (0, 1) + } + invalid = { + system: sorted(lengths) + for system, lengths in lengths_by_system.items() + if len(lengths) != 1 + } + if invalid: + raise RuntimeError( + f"{source['id']} boundary variants differ within system " + f"levels: {invalid}" + ) + + if torch.cuda.is_available(): + torch.cuda.empty_cache() + torch.cuda.reset_peak_memory_stats() + torch.cuda.synchronize() + load_started = time.perf_counter() + _, official_modeling = special.base.load_official_modules( + args.artifact_dir + ) + model = official_modeling.DeepseekV2ForCausalLM.from_pretrained( + args.artifact_dir, + local_files_only=True, + torch_dtype=torch.bfloat16, + low_cpu_mem_usage=True, + device_map="auto", + max_memory={ + 0: args.gpu_memory, + "cpu": args.cpu_memory, + }, + ) + model.eval() + if torch.cuda.is_available(): + torch.cuda.synchronize() + load_seconds = time.perf_counter() - load_started + load_peak_cuda = ( + torch.cuda.max_memory_allocated() + if torch.cuda.is_available() + else None + ) + cuda_after_load = ( + torch.cuda.memory_allocated() + if torch.cuda.is_available() + else None + ) + input_device = model.get_input_embeddings().weight.device + official_generation = json.loads( + (args.artifact_dir / "generation_config.json").read_text( + encoding="utf-8" + ) + ) + + generated_sources = [] + for source in source_rows: + unpadded_rows = [ + source["variants"][condition]["token_ids"] + for condition in special.CONDITIONS + ] + prompt_lengths = [len(row) for row in unpadded_rows] + batch_prompt_length = max(prompt_lengths) + padded_rows = [ + [int(tokenizer.pad_token_id)] + * (batch_prompt_length - len(row)) + + row + for row in unpadded_rows + ] + mask_rows = [ + [0] * (batch_prompt_length - len(row)) + + [1] * len(row) + for row in unpadded_rows + ] + input_ids = torch.tensor( + padded_rows, + dtype=torch.long, + device=input_device, + ) + attention_mask = torch.tensor( + mask_rows, + dtype=torch.long, + device=input_device, + ) + if torch.cuda.is_available(): + torch.cuda.reset_peak_memory_stats() + torch.cuda.synchronize() + started = time.perf_counter() + with torch.inference_mode(): + generated = model.generate( + input_ids=input_ids, + attention_mask=attention_mask, + do_sample=False, + temperature=None, + top_p=None, + max_new_tokens=args.max_new_tokens, + eos_token_id=tokenizer.eos_token_id, + pad_token_id=tokenizer.pad_token_id, + use_cache=True, + ) + if torch.cuda.is_available(): + torch.cuda.synchronize() + elapsed = time.perf_counter() - started + generation_peak_cuda = ( + torch.cuda.max_memory_allocated() + if torch.cuda.is_available() + else None + ) + output_rows = [] + for row_index, condition in enumerate(special.CONDITIONS): + full_ids = generated[row_index].detach().cpu().tolist() + raw_generated = full_ids[batch_prompt_length:] + generated_ids, hit_eos = truncate_at_eos( + raw_generated, + int(tokenizer.eos_token_id), + ) + text = tokenizer.decode( + generated_ids, + skip_special_tokens=True, + clean_up_tokenization_spaces=False, + ) + output_rows.append( + { + "condition": condition, + "factors": special.FACTORS[condition], + "prompt_tokens": prompt_lengths[row_index], + "left_padding_tokens": ( + batch_prompt_length + - prompt_lengths[row_index] + ), + "prompt_token_ids_sha256": source["variants"][ + condition + ]["token_ids_sha256"], + "generated_tokens": len(generated_ids), + "generated_token_ids": generated_ids, + "generated_token_ids_sha256": canonical_hash( + generated_ids + ), + "hit_eos": hit_eos, + "stopped_at_max_new_tokens": ( + not hit_eos + and len(generated_ids) + == args.max_new_tokens + ), + "text": text, + "text_sha256": hashlib.sha256( + text.encode() + ).hexdigest(), + "task_score": task_score( + source["domain"], + source["id"], + text, + gold, + ), + } + ) + generated_sources.append( + { + key: value + for key, value in source.items() + if key not in {"content", "variants"} + } + | { + "prompt_tokens_by_condition": { + condition: prompt_lengths[index] + for index, condition in enumerate( + special.CONDITIONS + ) + }, + "batch_prompt_tokens_after_left_padding": ( + batch_prompt_length + ), + "batch_padding_side": "left", + "batch_conditions": len(special.CONDITIONS), + "generation_seconds": elapsed, + "peak_cuda_memory_allocated_bytes": ( + generation_peak_cuda + ), + "generated_tokens_including_batch_padding": ( + generated.shape[0] + * (generated.shape[1] - batch_prompt_length) + ), + "outputs": output_rows, + } + ) + + device_map = getattr(model, "hf_device_map", {}) + model_parameter_bytes = {} + model_parameter_bytes_by_dtype = {} + for parameter in model.parameters(): + device = str(parameter.device) + model_parameter_bytes[device] = ( + model_parameter_bytes.get(device, 0) + + parameter.numel() * parameter.element_size() + ) + dtype = str(parameter.dtype) + model_parameter_bytes_by_dtype[dtype] = ( + model_parameter_bytes_by_dtype.get(dtype, 0) + + parameter.numel() * parameter.element_size() + ) + generation_peaks = [ + source["peak_cuda_memory_allocated_bytes"] + for source in generated_sources + if source["peak_cuda_memory_allocated_bytes"] is not None + ] + peak_cuda = ( + max([load_peak_cuda, *generation_peaks]) + if load_peak_cuda is not None + else None + ) + index_payload = json.loads( + ( + args.artifact_dir / "model.safetensors.index.json" + ).read_text(encoding="utf-8") + ) + checkpoint_tensor_bytes = int( + index_payload["metadata"]["total_size"] + ) + shard_file_bytes = sum( + (args.artifact_dir / name).stat().st_size + for name in SHARD_FILES + ) + if sum(model_parameter_bytes.values()) != checkpoint_tensor_bytes: + raise RuntimeError( + "runtime parameter bytes do not match checkpoint index: " + f"{sum(model_parameter_bytes.values())} != " + f"{checkpoint_tensor_bytes}" + ) + result = { + "schema_version": 1, + "captured_at": captured_at, + "model": { + "repo": "deepseek-ai/DeepSeek-V2-Lite-Chat", + "revision": MODEL_REVISION, + "checkpoint_identity": "SFT Chat", + "architecture": type(model).__name__, + "dtype": "bfloat16", + "checkpoint_tensor_bytes": checkpoint_tensor_bytes, + "shard_file_bytes_including_headers": shard_file_bytes, + "download_revision_contract": revision_contract, + "files": { + name: { + "bytes": (args.artifact_dir / name).stat().st_size, + "sha256": sha256(args.artifact_dir / name), + } + for name in MODEL_FILES + }, + }, + "tokenizer_contract": { + "length": len(tokenizer), + "vocab_size": tokenizer.vocab_size, + "all_special_tokens": tokenizer.all_special_tokens, + "all_special_ids": tokenizer.all_special_ids, + "boundary_token_ids": token_ids, + "pad_token_id": tokenizer.pad_token_id, + "pad_aliases_eos": ( + tokenizer.pad_token_id == tokenizer.eos_token_id + ), + }, + "source_contract": { + **reference, + "domains": args.domains, + "per_domain": args.per_domain, + "sources": len(source_rows), + "full_source_text_used": True, + "reference_routing_target_tokens": 23, + "selection_identity": ( + "same source IDs and ranks as the pinned base-routing " + "special-token experiment; full source text is used for " + "generation rather than the 23-token routing prefix" + ), + }, + "generation_contract": { + "conditions": special.FACTORS, + "official_serialization": { + level: level == "eos" + for level in special.BOUNDARY_LEVELS + }, + "decode": "greedy", + "do_sample": False, + "max_new_tokens": args.max_new_tokens, + "use_cache": True, + "official_generation_config_recorded_not_used": ( + official_generation + ), + "all_eight_conditions_same_source_batch": True, + "batch_padding": ( + "left padding with PAD=EOS and attention_mask=0; " + "generation prefix ends at the same batch column" + ), + "counterfactual_boundary": ( + "BOS/x/period cells edit one pre-target token ID after " + "official rendering and are not valid official chats" + ), + }, + "execution": { + "python": platform.python_version(), + "torch": torch.__version__, + "transformers": transformers.__version__, + "accelerate": accelerate.__version__, + "safetensors": safetensors.__version__, + "platform": platform.platform(), + "gpu": ( + torch.cuda.get_device_name(0) + if torch.cuda.is_available() + else None + ), + "gpu_memory_limit": args.gpu_memory, + "cpu_memory_limit": args.cpu_memory, + "input_device": str(input_device), + "device_map": device_map, + "parameter_bytes_by_runtime_parameter_device": ( + model_parameter_bytes + ), + "parameter_bytes_by_dtype": ( + model_parameter_bytes_by_dtype + ), + "offload_parameter_device_note": ( + "Accelerate CPU-offloaded modules expose meta parameters " + "between forwards; hf_device_map is authoritative for " + "their CPU placement." + ), + "load_seconds": load_seconds, + "load_peak_cuda_memory_allocated_bytes": load_peak_cuda, + "cuda_memory_allocated_after_load_bytes": cuda_after_load, + "peak_cuda_memory_allocated_bytes": peak_cuda, + "process_max_rss_kib": resource.getrusage( + resource.RUSAGE_SELF + ).ru_maxrss, + "official_single_gpu_bf16_requirement": "40GB GPU", + "local_single_gpu_capacity_mib": 32607, + "offload_required_by_local_capacity": True, + }, + "sources": generated_sources, + "summary": summarize(generated_sources), + "claim_boundary": [ + "This is a small deterministic behavior probe, not a benchmark.", + "Counterfactual BOS/x/period token sequences are not official-valid chats.", + "Math checks only final numeric text; code is parsed but never executed.", + "Greedy output identity does not establish sampling-distribution robustness.", + "The local 32GB GPU requires CPU offload; this is not single-GPU BF16 execution.", + "Base-routing evidence and Chat-generation behavior remain different evidence layers.", + ], + } + args.output.parent.mkdir(parents=True, exist_ok=True) + args.output.write_text( + json.dumps(result, ensure_ascii=False, indent=2) + "\n", + encoding="utf-8", + ) + payload = args.output.read_bytes() + print( + json.dumps( + { + "output": str(args.output), + "sha256": hashlib.sha256(payload).hexdigest(), + "bytes": len(payload), + "sources": len(generated_sources), + "outputs": sum( + len(source["outputs"]) + for source in generated_sources + ), + "load_seconds": load_seconds, + "generation_seconds": sum( + source["generation_seconds"] + for source in generated_sources + ), + "peak_cuda_memory_allocated_bytes": peak_cuda, + }, + ensure_ascii=False, + indent=2, + ) + ) + + +if __name__ == "__main__": + main() diff --git a/package.json b/package.json index ad2c3d8..c528d98 100644 --- a/package.json +++ b/package.json @@ -13,6 +13,7 @@ "build:data:deepseek-role": "node scripts/build-deepseek-role-marker-compact.mjs", "build:data:deepseek-special": "node scripts/build-deepseek-special-token-family-compact.mjs", "build:data:deepseek-role-block": "node scripts/build-deepseek-role-marker-block-compact.mjs", + "build:data:deepseek-chat-behavior": "node scripts/build-deepseek-chat-behavior-compact.mjs", "check:site": "node scripts/check-site.mjs", "check:moe-browser": "node scripts/check-moe-browser.mjs", "check:reasoning-browser": "node scripts/check-reasoning-browser.mjs", diff --git a/research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md b/research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md new file mode 100644 index 0000000..e0f277c --- /dev/null +++ b/research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md @@ -0,0 +1,434 @@ +# DeepSeek-V2-Lite-Chat 最终生成行为审计 + +> 状态：Round 04 正式结果 +> +> 正式原始 JSON：`src/data/deepseek-v2-lite-chat-behavior.json` +> +> 长序列复跑 JSON：`src/data/deepseek-v2-lite-chat-behavior-repro-1pd.json` +> +> 执行脚本：`experiments/deepseek/v2_lite_chat_special_token_behavior_probe.py` +> +> 预注册协议：`research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_PROTOCOL.md` + +## 0. 一句话结论 + +固定官方 SFT Chat checkpoint、greedy decoding 与同 source 八格 batch 后，一处历史边界 +ID 或一条 system message 经常足以让最终 token 轨迹分叉；但本轮 128 个输出中只有 31 个 +在 128-token 上限内遇到 EOS，因此它识别的是**小样本确定性输出敏感性**，不是任务能力、 +采样分布稳定性，也不是“某种 token 更好”。 + +--- + +## 1. 为什么上一轮还不能回答这个问题 + +上一组 special-token family 实验加载的是 `DeepSeek-V2-Lite` Base checkpoint，只观察 +前六个 MoE 层的 hidden states 与 top-6 expert routes。它能回答： + +```text +同一个 pre-target input ID 被替换以后， +后续目标 token 的专家路径怎样改变？ +``` + +但它不能回答： + +```text +完整模型最后生成了什么？ +两格输出是否逐 token 相同？ +任务结果有没有改变？ +``` + +本轮因此换到官方 +[`deepseek-ai/DeepSeek-V2-Lite-Chat`](https://huggingface.co/deepseek-ai/DeepSeek-V2-Lite-Chat) +SFT checkpoint，并真正调用 `generate()`。DeepSeek 官方仓库把 Lite-Chat 明确列作 +16B total / 2.4B active / 32K context 的 **SFT** 模型；它与较大的 V2-Chat (RL) 不是 +同一个 checkpoint 身份。 +来源： +[DeepSeek-V2 官方仓库](https://github.com/deepseek-ai/DeepSeek-V2)、 +[DeepSeek-V2 报告](https://arxiv.org/abs/2405.04434)。 + +这也意味着： + +- Base routing 与 Chat generation 是两种证据层； +- 不能把二者的 effect size 直接相减； +- 不能把 Chat 输出分叉倒推成某个 expert 的因果中介； +- 不能把 SFT checkpoint 写成 R1、RL 或当前线上 DeepSeek。 + +--- + +## 2. 固定了什么 + +### 2.1 模型工件 + +| 对象 | 固定值 | +|---|---:| +| 模型 | `deepseek-ai/DeepSeek-V2-Lite-Chat` | +| revision | `85864749cd611b4353ce1decdb286193298f64c7` | +| checkpoint 身份 | SFT Chat | +| dtype | BF16 | +| safetensors shards | 4 | +| index tensor bytes | `31,412,968,448` | +| shard file bytes（含 headers） | `31,413,626,576` | +| 文件数 | 12 | +| revision metadata | 12 / 12 同一 revision | + +运行时参数 bytes 按 dtype 汇总也是 `31,412,968,448`，全部为 `torch.bfloat16`，与 +index 的 `metadata.total_size` 精确相等。 + +正式原始结果： + +```text +542,559 bytes +SHA-256 54496955d0dd20a3116e6b758a55f56e2444c43dd99bfef94a2cb7b140e6196e +``` +长序列复跑： + +```text +153,819 bytes +SHA-256 b74c31606c0fc70a8e52cc6c3d6135c4e916d698b4d5dae51863124d025b0c72 +``` + +### 2.2 tokenizer + +Chat 与 Base 的 `tokenizer.json`、`tokenizer_config.json` 逐字节相同： + +```text +tokenizer.json +41f3bf64213da8c012d8bd0871a58a1fdf70463e8f08f110ddbb1082f529f669 + +tokenizer_config.json +31181eaf79394ea26728d95ecb54fe7c8413e6f56085dbabc8b0818134380ec8 +``` + +固定边界 ID： + +| level | ID | 类别 | 官方合法历史边界 | +|---|---:|---|---| +| EOS | `100001` | special；同时是 PAD alias | 是 | +| BOS | `100000` | special | 否 | +| `x` | `87` | ordinary content | 否 | +| `.` | `13` | ordinary punctuation | 否 | + +EOS 与 BOS 穷尽这个固定 tokenizer 的 special-token inventory。BOS / `x` / 句点三格 +都不是官方合法 Chat 序列，它们只是在 official rendering 后替换一个 pre-target +input ID 的反事实控制。 + +--- + +## 3. 八格设计 + +```text +system off/on × EOS / BOS / x / period +``` + +同一 system 水平内： + +- 四格 token 数相同； +- target content、generation prompt 与 target position 相同； +- EOS 格相对官方序列改 0 个 ID； +- BOS / `x` / period 各恰好改 1 个 ID。 + +system on 比 system off 多 16 个 token。八格同 batch 时使用： + +```text +PAD = EOS +left padding +attention_mask = 0 on padding +generation prefix ends at the same batch column +``` + +这次协议修订发生在成功加载模型之前。最初“八格全部同长度”的检查忽略了 system 文本本身 +会增加长度；失败后把合同改成“同一 system 水平内等长 + batch 左填充”。这不是结果后改 +统计口径，而是修复一个无法构造 tensor 的前置序列错误。 + +--- + +## 4. source 合同 + +正式运行： + +```text +4 domains × 4 sources/domain = 16 sources +16 sources × 8 conditions = 128 outputs +``` + +四域： + +- English encyclopedia / WikiText-2 raw validation； +- Chinese news / CLUE TNEWS public test； +- Python code / HumanEval； +- Grade-school math / GSM8K test。 + +source ID、selection rank 与域内顺序直接复用 Base special-token 正式实验。每条 source +的文本 SHA-256 重新核验；但本轮使用**完整 source 文本**，而路由实验使用固定目标前 +23 tokens。这是为了让数学题和代码 prompt 不在半句话上生成。 + +因此： + +```text +同 source 身份 = 是 +同 checkpoint = 否（Base → SFT Chat） +同输入文本长度 = 否（23-token prefix → full source） +同证据对象 = 否（routes → generated outputs） +``` + +每域 4 条是预定 source 顺序的前四条，不是 benchmark 的代表性抽样，也没有能力估计所需 +的样本量。 + +--- + +## 5. 解码合同 + +正式运行固定： + +```text +decode = greedy +do_sample = false +temperature = unset +top_p = unset +max_new_tokens = 128 +use_cache = true +``` + +官方 `generation_config.json` 另行记录： + +```text +do_sample = true +temperature = 0.3 +top_p = 0.95 +``` + +它没有用于本轮。选择 greedy 的目的，是先建立逐 token 复跑闸门，不是宣称 greedy 比 +官方 sampling 更真实。 + +--- + +## 6. 完整 BF16 权重怎样装进本机 + +官方 Lite model card 写明 BF16 inference 需要一张 40GB GPU。本机 RTX 5090 可见 +32,607 MiB，因此不能声称“单卡完整 BF16”。实际运行使用： + +```text +Accelerate device_map = auto +max_memory[CUDA:0] = 29 GiB +max_memory[CPU] = 80 GiB +attention = official eager path +``` + +Hugging Face 的 +[Big Model Inference 文档](https://huggingface.co/docs/accelerate/main/concept_guides/big_model_inference) +说明，`hf_device_map` 是查看自动放置的正式入口；CPU-offloaded weights 会通过 hook 在 +需要时进入执行设备。正式 device map： + +```text +CUDA:0 embed_tokens + layers 0–24 +CPU layers 25–26 + final norm + lm_head +``` + +| 执行账 | 观测 | +|---|---:| +| CUDA 参数 tensor bytes | `28,654,142,464` | +| offload hooks 暴露为 meta 的 tensor bytes | `2,758,825,984` | +| load peak CUDA allocation | `29,786,618,368` bytes | +| formal peak CUDA allocation | `31,578,740,224` bytes ≈ `29.41 GiB` | +| process max RSS | `18,665,132 KiB` ≈ `17.80 GiB` | +| model load | `8.58 s` | +| 16 个 source batch generation | `369.67 s` | + +`29GiB max_memory` 约束参数放置，不是包含 KV cache、activation 和 CUDA runtime 的硬峰值； +因此实际 generation peak 高于 29GiB 不构成合同矛盾。 + +Accelerate-offloaded modules 在 forward 间可把 `parameter.device` 暴露为 `meta`；这里用 +`hf_device_map` 判断 CPU placement，不能把 `meta` 字面解释为“参数不存在”。 + +这些延迟只描述本机 eager + CPU offload 审计，不代表 SGLang、vLLM、FlashMLA 或生产 +serving 吞吐。DeepSeek 官方仓库也明确区分 Hugging Face 开源实现与优化 serving 路径。 + +--- + +## 7. 正式结果：输出是否 exact + +十条预注册比较边： + +| edge | exact / 16 | mean common prefix | mean edit distance | mean token similarity | +|---|---:|---:|---:|---:| +| system · EOS | 2 / 16 | 32.875 | 64.625 | 48.26% | +| system · BOS | 1 / 16 | 22.125 | 74.000 | 40.95% | +| system · x | 0 / 16 | 4.875 | 95.188 | 24.15% | +| system · period | 0 / 16 | 4.500 | 94.813 | 24.82% | +| BOS − EOS · S0 | 2 / 16 | 24.563 | 75.125 | 39.89% | +| BOS − EOS · S1 | 1 / 16 | 17.500 | 77.813 | 37.49% | +| x − EOS · S0 | 0 / 16 | 12.563 | 79.188 | 37.18% | +| x − EOS · S1 | 0 / 16 | 9.813 | 85.500 | 29.82% | +| period − EOS · S0 | 1 / 16 | 22.250 | 80.375 | 35.88% | +| period − EOS · S1 | 0 / 16 | 3.688 | 85.750 | 30.30% | + +`token similarity = 1 - Levenshtein distance / max(output lengths)`。 + +能写的最窄结论： + +> 在这 16 条固定 source、固定 SFT Chat checkpoint 与 greedy contract 下，system +> message 和一个历史边界 ID 都可能改变最终生成 token 序列；完整 exact 是少数，而不是 +> 默认状态。 + +不能写： + +- system / EOS “普遍重要”； +- x / 句点“更差”； +- special token “更稳定”； +- edit distance 越大，能力变化越大； +- 输出分叉由前六层 route TV 解释。 + +四个 ID 既不是随机从 token 类别总体抽样，16 条 source 也不是总体样本，所以不存在可靠 +的 “special vs ordinary 类别效应”。 + +--- + +## 8. 分域结果最醒目的差异 + +### 8.1 official system edge（S0 EOS ↔ S1 EOS） + +| 域 | exact / 4 | mean similarity | +|---|---:|---:| +| English encyclopedia | 0 / 4 | 51.37% | +| Chinese news | 0 / 4 | 28.57% | +| Python code | 0 / 4 | 29.10% | +| Grade-school math | 2 / 4 | 83.98% | + +数学格在这个极小 cohort 上更常 exact，但不能据此说“数学更不受 system 影响”。它可能来自 +source 内容、固定 greedy path、输出长度或 checkpoint 特定模式；每域只有 4 条。 + +### 8.2 x / period 下的 system edge + +system × `x` 和 system × period 都是 0 / 16 exact，平均 similarity 分别为 24.15% / +24.82%。这说明两个固定 ordinary counterfactual 下，system on/off 的 greedy 轨迹在本 +cohort 中更常早分叉；它仍不证明 ordinary token 类别导致更强 system effect。 + +--- + +## 9. 截断率是主结果，不是脚注 + +按 condition 的 EOS 完成数： + +| condition | hit EOS / 16 | max-128 truncated / 16 | +|---|---:|---:| +| S0 EOS | 2 | 14 | +| S1 EOS | 3 | 13 | +| S0 BOS | 3 | 13 | +| S1 BOS | 3 | 13 | +| S0 x | 2 | 14 | +| S1 x | 8 | 8 | +| S0 period | 2 | 14 | +| S1 period | 8 | 8 | +| **合计** | **31 / 128** | **97 / 128** | + +因此本轮保存了 math final-number 与 Python AST parse 作为诊断字段，却不把它们做成能力 +比较。比如某格的数学 final number 没出现，可能只是输出仍在推导；某格 AST parse 失败， +也可能只是 code fence 在第 128 token 被截断。 + +在公平能力表之前，下一协议至少需要： + +1. 足够高的 completion contract，或明确定义 stop / answer extractor； +2. 代码实际执行与 sandbox； +3. 每个任务足够样本； +4. 对所有格使用相同完成预算与失败规则； +5. 报告 truncation、refusal、format failure； +6. 与 greedy 分开的多 seed sampling protocol。 + +--- + +## 10. 复跑闸门 + +### 10.1 128-token 长序列复跑 + +复跑每域首条，共 4 source / 32 格。与正式 16-source 结果按 +`source_id × condition` 对齐： + +```text +prompt token hash exact 32 / 32 +generated token IDs exact 32 / 32 +decoded text exact 32 / 32 +EOS state exact 32 / 32 +``` + +其余 96 格没有做完整 128-token 独立复跑，网站和文档都不写成“128 / 128 rerun”。 + +### 10.2 smoke 与正式前缀 + +4 source / 32 格的 32-token smoke 做了独立复跑，32 / 32 generated token IDs 与文本 +exact；正式 128-token 结果的前 32 tokens 也与 smoke 32 / 32 exact。 + +这支持“固定 greedy contract 可复跑”，不支持 sampling distribution 稳定。 + +--- + +## 11. 执行过程中暴露并记录的问题 + +### 11.1 system 长度 + +最初错误地检查“八格全等长”。system on 本来就多 16 tokens；改为同一 system 水平内 +四个 boundary 格等长，并用显式左填充组成八格 batch。 + +### 11.2 Python 环境污染 + +早期命令把 `/usr/lib/python3/dist-packages` 混入 pyenv Python 3.10，触发 Pillow +`_imaging` 二进制不匹配。当前虚拟环境已经包含 pandas / pyarrow / Pillow，正式运行移除 +系统路径。 + +### 11.3 `flash_attn` 动态依赖检查 + +Transformers 4.41 的 remote-code import scanner 把官方源码中受 +`is_flash_attn_2_available()` 保护的 import 仍判成硬依赖。本机没有 flash-attn，正式运行 +沿用前轮审计过的 loader，把官方 `configuration_deepseek.py` / +`modeling_deepseek.py` 作为本地 package 直接加载，并走官方 eager attention。 + +官方模型源码没有打补丁： + +```text +modeling_deepseek.py +7d8e5221095286eea991137760893fd7ba52727c0b4ebf48ec09e8bc56b45b9c +``` + +### 11.4 official sampling config 的 warning + +第一次 smoke 明确传 `do_sample=False`，但 model 自带 `.3 / .95` 导致 warning。正式脚本 +同时把 `temperature` / `top_p` unset，消除“记录但未使用”的歧义；生成前缀复跑仍逐格 +exact。 + +--- + +## 12. 这轮最重要的非结论 + +1. **不是 benchmark。** 每域 4 条，且 97 / 128 截断。 +2. **不是 token 类别总体效应。** 两个 special、两个人为选择的 ordinary ID。 +3. **不是合法 Chat 对比。** BOS / `x` / period 是单 ID 反事实。 +4. **不是 route → output 中介分析。** Base / Chat checkpoint 与输入长度都不同。 +5. **不是 sampling robustness。** 只测 greedy。 +6. **不是单卡 BF16。** 明确使用 CPU offload。 +7. **不是生产性能。** eager + CPU offload 延迟只供执行审计。 +8. **不是 RL checkpoint。** Lite-Chat 是 SFT。 + +--- + +## 13. 下一闸门 + +优先级： + +1. 把正式行为实验扩成 completion-aware protocol，先解决 97 / 128 截断； +2. 对数学做完整 answer extraction，对代码做 sandbox execution； +3. 独立设计多 seed sampling distribution 对照； +4. 在 Base 与 Chat 上用同一完整输入抽取 27 层 hidden / routes； +5. 预注册 route features 与 output divergence 的关联分析，并明确它仍不是中介因果； +6. 再推进支持硬件上的 FlashMLA、FP8 / pipeline traces 与 R1-like 小模型训练。 + +本轮真正完成的是从： + +```text +“路由看起来变了” +``` + +前进到： + +```text +“完整 SFT Chat 权重实际生成后，哪些固定格子逐 token 相同， +哪些分叉，以及证据为什么仍然不能越界。” +``` diff --git a/research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_PROTOCOL.md b/research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_PROTOCOL.md new file mode 100644 index 0000000..1cec189 --- /dev/null +++ b/research/DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_PROTOCOL.md @@ -0,0 +1,187 @@ +# DeepSeek-V2-Lite-Chat 生成行为对照协议 + +> 状态：已执行；正式结果见 `DEEPSEEK_V2_LITE_CHAT_BEHAVIOR_AUDIT.md` +> +> 官方模型：`deepseek-ai/DeepSeek-V2-Lite-Chat` +> +> 固定 revision：`85864749cd611b4353ce1decdb286193298f64c7` +> +> checkpoint 身份：SFT Chat，而非 base / RL +> +> 权重：官方 BF16，四个 safetensors shards，约 31.4 GB + +## 0. 为什么这一轮必须换证据层 + +前十组实验都观察 base checkpoint 的 hidden states 与 MoE routing。它们能回答： + +```text +输入协议变化后，目标 token 的专家路径怎样改变？ +``` + +但不能回答： + +```text +模型最后生成了什么？答案是否保持一致？任务结果是否改变？ +``` + +因此本轮不把 route TV 继续解释成能力，而是加载完整 Chat checkpoint，实际调用 +`generate()`。 + +--- + +## 1. 硬件边界先写在结果前面 + +官方 model card 明确写 BF16 inference 需要一张 40GB GPU。本机 RTX 5090 的可见 +显存为 32,607 MiB，所以： + +- 不能声称“单卡 BF16 完整模型运行”； +- 不能因为模型最终能生成，就隐去 CPU offload； +- 必须记录 `hf_device_map`、各设备参数 bytes、峰值 CUDA memory 和进程 RSS； +- 若 offload 失败，量化路线必须单独命名，不能与官方 BF16 混账。 + +首选执行： + +```text +official BF16 weights +official modeling/configuration Python modules +eager attention（本机未安装 flash-attn，不伪装为 FlashAttention 路径） +GPU limit 29 GiB +CPU limit 80 GiB +Accelerate device_map=auto +``` + +--- + +## 2. 八格与上一轮保持同构 + +```text +system off/on × EOS / BOS / x / period +``` + +每个 source 的八格： + +- 先由固定官方 chat template 渲染； +- EOS 为官方序列； +- BOS / `x` / 句点在 tokenization 后只改历史边界上的一个 input ID； +- 同一 system 水平内等长、同目标位置、同 generation prompt； +- system off/on 因 system 文本而不同长，batch 内使用 `PAD=EOS` 左填充且 + `attention_mask=0`，让八格的 generation prefix 结束于同一列； +- 八个条件进入同一个 generation batch。 + +三种反事实不是官方合法 chat。它们只识别这个固定 pre-target ID 对生成的影响。 + +--- + +## 3. source 身份与前轮如何衔接 + +source ID、selection rank 和每域顺序直接取自 base-routing 的 special-token 正式 +实验，但行为探针使用**完整 source 文本**： + +- route 实验固定目标前 23 tokens，利于等长统计； +- generation 需要完整问题，尤其数学与代码不能在半句话上算行为； +- 因此“同 source”不等于“同输入长度”，这一差异必须写进结果。 + +首个 smoke 只取每域 1 条，共 4 sources / 32 outputs。闸门通过后，正式运行扩到 +每域 4 条、16 sources / 128 outputs。 + +--- + +## 4. 解码合同 + +三道执行闸门固定： + +```text +smoke = 1 source/domain × 8 conditions × 32 new tokens +formal = 4 sources/domain × 8 conditions × 128 new tokens +long repro = 1 source/domain × 8 conditions × 128 new tokens + +do_sample = false +decode = greedy +use_cache = true +EOS / PAD = official tokenizer IDs +``` + +官方 `generation_config.json` 的 `temperature=.3 / top_p=.95` 只记录，不在首轮使用。 +理由不是 greedy 更“真实”，而是它能提供确定性复跑闸门。之后的 sampled +distribution 必须另起协议、固定 seeds，并报告多次采样。 + +--- + +## 5. 行为输出记什么 + +逐条件保存： + +- prompt token hash； +- generated token IDs 与 hash； +- 解码文本与 hash； +- EOS 是否出现； +- 输出长度； +- 数学最后数值匹配； +- Python 输出 AST 是否可解析。 + +逐 source 比较： + +- system edge：同一边界下 S0↔S1； +- direct edge：同一 system 下 EOS↔BOS/x/句点； +- token IDs 是否 exact； +- common-prefix tokens； +- token Levenshtein distance； +- normalized token similarity。 + +代码只解析，不执行。首轮也不把 1–4 个样本称为 benchmark accuracy。 + +--- + +## 6. 通过闸门 + +smoke 至少需要： + +1. 四个官方 shards 与 tokenizer/model code hash 固定； +2. Chat tokenizer 的四个边界 ID 与前轮完全相同； +3. 每个 source 在同一 system 水平内四个边界格等长；system off/on 的差长只由 + system 文本造成，并由显式左填充吸收； +4. official 零 ID、counterfactual 恰好一 ID； +5. 32 个生成调用全部正常返回，无 OOM / NaN / runtime exception；是否自然命中 EOS + 另作 completion 字段，不能把达到长度上限写成完整回答； +6. device map 与 offload 事实进入 JSON； +7. 独立复跑的 generated token IDs 可逐格比较； +8. 结果只命名为小规模 deterministic behavior probe。 + +--- + +## 7. 暂时不允许的结论 + +- “EOS 让回答更好”； +- “special token 普遍优于普通 token”； +- “路由 TV 解释了输出差异”； +- “Chat SFT 让某个 expert 学会角色语义”； +- “4 条样本代表 HumanEval / GSM8K / 中英文能力”； +- “CPU offload 的延迟代表生产吞吐”； +- “greedy exact / non-exact 等于采样分布稳定 / 不稳定”。 + +--- + +## 8. 执行入口 + +```bash +PYTHONPATH=/path/to/pinned/python-deps \ +python -B \ + experiments/deepseek/v2_lite_chat_special_token_behavior_probe.py \ + --artifact-dir /path/to/deepseek-v2-lite-chat \ + --reference-routing-json \ + src/data/deepseek-v2-lite-routing-special-token-family-control.json \ + --human-eval /path/to/HumanEval.jsonl.gz \ + --gsm8k /path/to/gsm8k/test.jsonl \ + --tnews /path/to/tnews/test.json \ + --tnews-archive /path/to/tnews_public.zip \ + --wikitext /path/to/wikitext-validation.parquet \ + --output /tmp/deepseek-v2-lite-chat-behavior-smoke.json \ + --per-domain 1 \ + --max-new-tokens 32 \ + --gpu-memory 29GiB \ + --cpu-memory 80GiB +``` + +smoke 通过后，正式运行把 `--per-domain` / `--max-new-tokens` 改为 `4 / 128`；长序列 +复跑保持 `1 / 128`，写入独立 JSON。正式与复跑都必须使用相同模型 revision、工件 hashes、 +数据来源、依赖版本、设备映射上限与 greedy contract。 diff --git a/scripts/build-deepseek-chat-behavior-compact.mjs b/scripts/build-deepseek-chat-behavior-compact.mjs new file mode 100644 index 0000000..70bedee --- /dev/null +++ b/scripts/build-deepseek-chat-behavior-compact.mjs @@ -0,0 +1,278 @@ +import { createHash } from "node:crypto"; +import { readFileSync, statSync, writeFileSync } from "node:fs"; +import { resolve } from "node:path"; + +const root = resolve(import.meta.dirname, ".."); +const formalPath = resolve( + root, + "src/data/deepseek-v2-lite-chat-behavior.json", +); +const reproPath = resolve( + root, + "src/data/deepseek-v2-lite-chat-behavior-repro-1pd.json", +); +const outputPath = resolve( + root, + "src/data/deepseek-v2-lite-chat-behavior-compact.json", +); + +const sha256 = (path) => createHash("sha256") + .update(readFileSync(path)) + .digest("hex"); + +const formal = JSON.parse(readFileSync(formalPath, "utf8")); +const repro = JSON.parse(readFileSync(reproPath, "utf8")); +const formalSha256 = sha256(formalPath); +const reproSha256 = sha256(reproPath); + +const formalOutputByKey = new Map( + formal.sources.flatMap((source) => source.outputs.map((output) => [ + `${source.id}\0${output.condition}`, + { source, output }, + ])), +); +const reproduction = { + sources: repro.sources.length, + cells: 0, + promptHashExact: 0, + generatedTokenIdsExact: 0, + generatedTextExact: 0, + eosStateExact: 0, +}; +for (const source of repro.sources) { + for (const output of source.outputs) { + const key = `${source.id}\0${output.condition}`; + const reference = formalOutputByKey.get(key); + if (!reference) throw new Error(`formal output missing: ${key}`); + reproduction.cells += 1; + reproduction.promptHashExact += ( + reference.output.prompt_token_ids_sha256 + === output.prompt_token_ids_sha256 + ); + reproduction.generatedTokenIdsExact += ( + JSON.stringify(reference.output.generated_token_ids) + === JSON.stringify(output.generated_token_ids) + ); + reproduction.generatedTextExact += ( + reference.output.text === output.text + ); + reproduction.eosStateExact += ( + reference.output.hit_eos === output.hit_eos + ); + } +} +if ( + reproduction.cells !== 32 + || reproduction.promptHashExact !== reproduction.cells + || reproduction.generatedTokenIdsExact !== reproduction.cells + || reproduction.generatedTextExact !== reproduction.cells + || reproduction.eosStateExact !== reproduction.cells +) { + throw new Error( + `Chat behavior reproduction mismatch: ${JSON.stringify(reproduction)}`, + ); +} + +const formalModelHashes = Object.fromEntries( + Object.entries(formal.model.files).map(([name, value]) => [ + name, + value.sha256, + ]), +); +const reproModelHashes = Object.fromEntries( + Object.entries(repro.model.files).map(([name, value]) => [ + name, + value.sha256, + ]), +); +if (JSON.stringify(formalModelHashes) !== JSON.stringify(reproModelHashes)) { + throw new Error("formal and reproduction model-file hashes differ"); +} + +const conditions = formal.generation_contract.conditions; +const edgeOrder = [ + "system_eos", + "system_bos", + "system_x", + "system_period", + "bos_at_s0", + "bos_at_s1", + "x_at_s0", + "x_at_s1", + "period_at_s0", + "period_at_s1", +]; +const edgeLabels = { + system_eos: "System on − off · EOS", + system_bos: "System on − off · BOS", + system_x: "System on − off · x", + system_period: "System on − off · 句点", + bos_at_s0: "BOS − EOS · system off", + bos_at_s1: "BOS − EOS · system on", + x_at_s0: "x − EOS · system off", + x_at_s1: "x − EOS · system on", + period_at_s0: "句点 − EOS · system off", + period_at_s1: "句点 − EOS · system on", +}; + +const compactOutput = (output) => ({ + condition: output.condition, + factors: output.factors, + promptTokens: output.prompt_tokens, + leftPaddingTokens: output.left_padding_tokens, + promptTokenIdsSha256: output.prompt_token_ids_sha256, + generatedTokens: output.generated_tokens, + generatedTokenIdsSha256: output.generated_token_ids_sha256, + hitEos: output.hit_eos, + stoppedAtMaxNewTokens: output.stopped_at_max_new_tokens, + text: output.text, + textSha256: output.text_sha256, + taskScore: output.task_score, +}); + +const compact = { + schemaVersion: 1, + source: { + formalSha256, + reproSha256, + formalBytes: statSync(formalPath).size, + reproBytes: statSync(reproPath).size, + reproduction, + }, + model: { + repo: formal.model.repo, + revision: formal.model.revision, + checkpointIdentity: formal.model.checkpoint_identity, + architecture: formal.model.architecture, + dtype: formal.model.dtype, + checkpointTensorBytes: formal.model.checkpoint_tensor_bytes, + shardFileBytesIncludingHeaders: ( + formal.model.shard_file_bytes_including_headers + ), + allFilesSameRevision: ( + formal.model.download_revision_contract.all_files_same_revision + ), + fileCount: Object.keys(formal.model.files).length, + fileHashes: formalModelHashes, + }, + tokenizer: formal.tokenizer_contract, + sources: formal.sources.map((source) => ({ + id: source.id, + domain: source.domain, + label: source.label, + withinDomainIndex: source.within_domain_index, + selectionRank: source.selection_rank, + sourceTextSha256: source.source_text_sha256, + sourceCharacters: source.source_characters, + sourceTokens: source.source_tokens, + promptTokensByCondition: source.prompt_tokens_by_condition, + batchPromptTokens: source.batch_prompt_tokens_after_left_padding, + batchPaddingSide: source.batch_padding_side, + outputs: source.outputs.map(compactOutput), + })), + contract: { + source: formal.source_contract, + conditions, + edgeOrder, + edgeLabels, + officialSerialization: ( + formal.generation_contract.official_serialization + ), + decode: formal.generation_contract.decode, + doSample: formal.generation_contract.do_sample, + maxNewTokens: formal.generation_contract.max_new_tokens, + useCache: formal.generation_contract.use_cache, + batchPadding: formal.generation_contract.batch_padding, + counterfactualBoundary: ( + formal.generation_contract.counterfactual_boundary + ), + officialGenerationConfigRecordedNotUsed: ( + formal.generation_contract + .official_generation_config_recorded_not_used + ), + }, + execution: { + python: formal.execution.python, + torch: formal.execution.torch, + transformers: formal.execution.transformers, + accelerate: formal.execution.accelerate, + safetensors: formal.execution.safetensors, + gpu: formal.execution.gpu, + gpuMemoryLimit: formal.execution.gpu_memory_limit, + cpuMemoryLimit: formal.execution.cpu_memory_limit, + inputDevice: formal.execution.input_device, + deviceMap: formal.execution.device_map, + parameterBytesByRuntimeParameterDevice: ( + formal.execution.parameter_bytes_by_runtime_parameter_device + ), + parameterBytesByDtype: formal.execution.parameter_bytes_by_dtype, + offloadParameterDeviceNote: ( + formal.execution.offload_parameter_device_note + ), + loadSeconds: formal.execution.load_seconds, + generationSeconds: formal.sources.reduce( + (sum, source) => sum + source.generation_seconds, + 0, + ), + loadPeakCudaMemoryAllocatedBytes: ( + formal.execution.load_peak_cuda_memory_allocated_bytes + ), + peakCudaMemoryAllocatedBytes: ( + formal.execution.peak_cuda_memory_allocated_bytes + ), + processMaxRssKib: formal.execution.process_max_rss_kib, + officialSingleGpuBf16Requirement: ( + formal.execution.official_single_gpu_bf16_requirement + ), + localSingleGpuCapacityMib: ( + formal.execution.local_single_gpu_capacity_mib + ), + offloadRequiredByLocalCapacity: ( + formal.execution.offload_required_by_local_capacity + ), + }, + summary: { + aggregates: Object.fromEntries( + edgeOrder.map((edge) => [ + edge, + formal.summary.aggregates[edge], + ]), + ), + aggregatesByDomain: formal.summary.aggregates_by_domain, + outputByCondition: formal.summary.output_by_condition, + taskByCondition: formal.summary.task_by_condition, + pairwise: Object.fromEntries( + edgeOrder.map((edge) => [ + edge, + formal.summary.pairwise[edge], + ]), + ), + completedOutputs: formal.sources.reduce( + (sum, source) => sum + source.outputs.filter( + (output) => output.hit_eos, + ).length, + 0, + ), + truncatedOutputs: formal.sources.reduce( + (sum, source) => sum + source.outputs.filter( + (output) => output.stopped_at_max_new_tokens, + ).length, + 0, + ), + }, + claimBoundary: formal.claim_boundary, +}; + +writeFileSync( + outputPath, + `${JSON.stringify(compact, null, 2)}\n`, + "utf8", +); +process.stdout.write( + `${outputPath}\n` + + `${formalSha256}\n` + + `${statSync(formalPath).size} bytes formal → ` + + `${statSync(outputPath).size} bytes compact\n` + + `${reproduction.generatedTokenIdsExact}` + + ` / ${reproduction.cells} long-sequence cells exact\n`, +); diff --git a/scripts/check-deepseek-browser.mjs b/scripts/check-deepseek-browser.mjs index 641c424..082a7a1 100644 --- a/scripts/check-deepseek-browser.mjs +++ b/scripts/check-deepseek-browser.mjs @@ -76,6 +76,10 @@ const overview = await evaluate(`(() => ({ artifactTabs: document.querySelectorAll("[data-artifact-tab]").length, artifactPanels: document.querySelectorAll("[data-artifact-panel]").length, artifactLayers: document.querySelectorAll(".layer-evidence > span").length, + behaviorTabs: document.querySelectorAll("[data-behavior-tab]").length, + behaviorPanels: document.querySelectorAll("[data-behavior-panel]").length, + behaviorSources: document.querySelectorAll("[data-behavior-source] option").length, + behaviorEdges: document.querySelectorAll("[data-behavior-map-edge]").length, branches: document.querySelectorAll(".branch-grid > a").length, followups: document.querySelectorAll(".lineage-row.followup").length, navLinks: document.querySelectorAll(".top-nav a").length, @@ -803,6 +807,78 @@ await evaluate(`(() => { await pause(180); await screenshot("/tmp/llm-atlas-deepseek-artifact-desktop.png"); +const behavior = await evaluate(`(() => { + const root = document.querySelector("[data-behavior-lab]"); + const readPair = () => ({ + panel: root.querySelector("[data-behavior-panel]:not([hidden])").dataset.behaviorPanel, + source: root.querySelector("[data-behavior-source-id]").textContent.trim(), + domain: root.querySelector("[data-behavior-domain]").textContent.trim(), + exact: root.querySelector("[data-behavior-exact]").textContent.trim(), + prefix: root.querySelector("[data-behavior-prefix]").textContent.trim(), + edit: root.querySelector("[data-behavior-edit]").textContent.trim(), + similarity: root.querySelector("[data-behavior-similarity]").textContent.trim(), + conditions: [...root.querySelectorAll("[data-output-condition]")].map((node) => node.textContent.trim()), + statuses: [...root.querySelectorAll("[data-output-status]")].map((node) => node.textContent.trim()), + outputCharacters: [...root.querySelectorAll("[data-output-text]")].map((node) => node.textContent.length), + }); + const initial = readPair(); + const source = root.querySelector("[data-behavior-source]"); + const edge = root.querySelector("[data-behavior-edge]"); + source.value = "gsm8k/test/1069"; + source.dispatchEvent(new Event("change", { bubbles: true })); + edge.value = "x_at_s1"; + edge.dispatchEvent(new Event("change", { bubbles: true })); + const switched = readPair(); + root.querySelector('[data-behavior-tab="map"]').click(); + const map = root.querySelector("[data-behavior-map-domain]"); + map.value = "math"; + map.dispatchEvent(new Event("change", { bubbles: true })); + const mathMap = { + panel: root.querySelector("[data-behavior-panel]:not([hidden])").dataset.behaviorPanel, + rows: root.querySelectorAll("[data-behavior-map-edge]").length, + note: root.querySelector("[data-behavior-map-note]").textContent.trim(), + firstExact: root.querySelector("[data-behavior-map-edge] [data-map-exact]").textContent.trim(), + firstSimilarity: root.querySelector("[data-behavior-map-edge] [data-map-similarity]").textContent.trim(), + }; + root.querySelector('[data-behavior-tab="execution"]').click(); + const execution = { + panel: root.querySelector("[data-behavior-panel]:not([hidden])").dataset.behaviorPanel, + layers: root.querySelectorAll(".layer-device-map > span").length, + gpu: root.querySelectorAll(".layer-device-map > span.gpu").length, + cpu: root.querySelectorAll(".layer-device-map > span.cpu").length, + runtimeCards: root.querySelectorAll(".runtime-grid > article").length, + }; + root.querySelector('[data-behavior-tab="boundary"]').click(); + const boundary = { + panel: root.querySelector("[data-behavior-panel]:not([hidden])").dataset.behaviorPanel, + ladder: root.querySelectorAll(".evidence-ladder > article").length, + tokenCards: root.querySelectorAll(".token-contract > article").length, + reproCards: root.querySelectorAll(".repro-grid > article").length, + links: root.querySelectorAll(".artifact-links > a").length, + forbidden: root.querySelector(".forbidden-claims").textContent.replaceAll(/\\s+/g, " ").trim(), + }; + const first = root.querySelector('[data-behavior-tab="pair"]'); + first.focus(); + first.dispatchEvent(new KeyboardEvent("keydown", { key: "ArrowRight", bubbles: true })); + return { + initial, + switched, + mathMap, + execution, + boundary, + keyboardSelected: root.querySelector('[data-behavior-tab][aria-selected="true"]').dataset.behaviorTab, + keyboardVisible: root.querySelector("[data-behavior-panel]:not([hidden])").dataset.behaviorPanel, + }; +})()`); +await evaluate(`(() => { + const root = document.querySelector("[data-behavior-lab]"); + root.querySelector('[data-behavior-tab="pair"]').click(); + root.scrollIntoView({ block: "start", behavior: "instant" }); + window.scrollBy(0, -82); +})()`); +await pause(180); +await screenshot("/tmp/llm-atlas-deepseek-behavior-desktop.png"); + await navigate("/"); const home = await evaluate(`(() => ({ releaseCards: document.querySelectorAll(".release-card").length, @@ -835,6 +911,7 @@ await navigate("/deepseek/"); const mobile = await evaluate(`(() => { const root = document.querySelector("[data-deepseek-lab]"); const artifact = document.querySelector("[data-dsv2-lab]"); + const behavior = document.querySelector("[data-behavior-lab]"); root.scrollIntoView({ block: "start", behavior: "instant" }); const toggle = document.querySelector("#menu-toggle"); toggle?.click(); @@ -845,6 +922,10 @@ const mobile = await evaluate(`(() => { mobileLinks: document.querySelectorAll("#mobile-nav a").length, tabs: root.querySelectorAll("[data-ds-tab]").length, artifactTabs: artifact.querySelectorAll("[data-artifact-tab]").length, + behaviorTabs: behavior.querySelectorAll("[data-behavior-tab]").length, + behaviorSources: behavior.querySelectorAll("[data-behavior-source] option").length, + behaviorEdges: behavior.querySelectorAll("[data-behavior-map-edge]").length, + behaviorDeviceCells: behavior.querySelectorAll(".layer-device-map > span").length, artifactHeatCells: artifact.querySelectorAll("[data-route-heatmap] > span").length, corpusCohorts: artifact.querySelectorAll("[data-corpus-cohort]").length, lengthDeltaCards: artifact.querySelectorAll("[data-length-delta-grid] > article").length, @@ -894,7 +975,7 @@ const mobile = await evaluate(`(() => { roleBlockDomainCards: artifact.querySelectorAll("[data-role-block-domain-grid] > article").length, roleBlockDepthCells: artifact.querySelectorAll("[data-role-block-depth-map] > div > span").length, offenders: [...document.querySelectorAll("body *")] - .filter((node) => !node.closest(".paper-chain, .advantage-table, .precision-table, .mapping-table, [data-deepseek-lab], [data-dsv2-lab]")) + .filter((node) => !node.closest(".paper-chain, .advantage-table, .precision-table, .mapping-table, [data-deepseek-lab], [data-dsv2-lab], [data-behavior-lab]")) .filter((node) => node.getBoundingClientRect().right > document.documentElement.clientWidth + 1) .slice(0, 12) .map((node) => ({ @@ -1018,19 +1099,28 @@ await evaluate(`(() => { })()`); await pause(120); await screenshot("/tmp/llm-atlas-deepseek-role-block-results-mobile.png"); +await evaluate(`(() => { + const behavior = document.querySelector("[data-behavior-lab]"); + behavior.querySelector('[data-behavior-tab="pair"]').click(); + behavior.scrollIntoView({ block: "start", behavior: "instant" }); + window.scrollBy(0, -70); +})()`); +await pause(180); +await screenshot("/tmp/llm-atlas-deepseek-behavior-mobile.png"); -const report = { overview, capacity, cache, codesign, rl, artifactRoute, artifactLoad, artifactCache, artifactAbsorb, artifactCorpus, artifactTemplate, artifactHistory, artifactDistance, artifactBoundary, artifactRole, artifactSpecial, artifactRoleBlock, artifactEvidence, home, papers, mobile, exceptions }; +const report = { overview, capacity, cache, codesign, rl, artifactRoute, artifactLoad, artifactCache, artifactAbsorb, artifactCorpus, artifactTemplate, artifactHistory, artifactDistance, artifactBoundary, artifactRole, artifactSpecial, artifactRoleBlock, artifactEvidence, behavior, home, papers, mobile, exceptions }; console.log(JSON.stringify(report, null, 2)); const numeric = (text) => Number.parseFloat(text.replaceAll(",", "")); const failures = []; if (!overview.title.includes("为什么转向")) failures.push("专题标题异常"); -if (overview.sections !== 26 || overview.tocLinks !== 26) failures.push("二十五个编号专题加阅读链的目录结构异常"); +if (overview.sections !== 27 || overview.tocLinks !== 27) failures.push("二十六个编号专题加阅读链的目录结构异常"); if (overview.ledgers !== 24 || overview.waves !== 10) failures.push("二十四张问题账或十次转向结构异常"); if (overview.paperLinks !== 60 || overview.branches !== 5 || overview.followups !== 1) failures.push("论文链、旁支或公开后续标记异常"); if (overview.labTabs !== 4 || overview.labPanels !== 4) failures.push("四联实验结构异常"); if (overview.artifactTabs !== 13 || overview.artifactPanels !== 13 || overview.artifactLayers !== 27) failures.push("真实权重十三联实验结构异常"); -if (overview.heroLabs !== "17 个可操作实验") failures.push("DeepSeek 实验总数账异常"); +if (overview.behaviorTabs !== 4 || overview.behaviorPanels !== 4 || overview.behaviorSources !== 16 || overview.behaviorEdges !== 10) failures.push("Chat 行为实验结构异常"); +if (overview.heroLabs !== "18 个可操作实验") failures.push("DeepSeek 实验总数账异常"); if (overview.navLinks !== 20 || home.navLinks !== 20 || mobile.mobileLinks !== 20 || overview.activeNav !== "DeepSeek") failures.push("全站导航未同步 DeepSeek"); if (overview.documentOverflow > 1 || mobile.documentOverflow > 1) failures.push("桌面或移动端存在文档级横向溢出"); if (capacity.initial.panel !== "capacity" || capacity.initial.total !== "32.1× FFN" || capacity.initial.active !== "1.13× FFN") failures.push("V3 稀疏容量初始账异常"); @@ -1117,9 +1207,15 @@ if (artifactRoleBlock.layer1Head.batchValues.join("|") !== "512 / 512|368 / 512| if (artifactEvidence.panel !== "evidence" || artifactEvidence.layers !== 27 || artifactEvidence.executed !== 7 || artifactEvidence.split !== 1 || artifactEvidence.unloaded !== 19 || artifactEvidence.exact !== "31 / 31") failures.push("真实工件执行边界或复跑闸门异常"); if (!artifactEvidence.dependency.includes("Transformers 5.5") || !artifactEvidence.dependency.includes("4.41.2") || !artifactEvidence.boundary.includes("完整 27 层生成")) failures.push("依赖版本或未覆盖边界异常"); if (artifactEvidence.keyboardSelected !== "load" || artifactEvidence.keyboardVisible !== "load") failures.push("真实工件实验键盘 tab 导航异常"); +if (behavior.initial.panel !== "pair" || behavior.initial.source !== "wikitext2/raw-validation/0443" || behavior.initial.conditions.join("|") !== "S0 · EOS|S1 · EOS" || behavior.initial.exact !== "DIVERGED" || behavior.initial.prefix !== "63" || behavior.initial.edit !== "33" || behavior.initial.similarity !== "74.2%") failures.push("Chat 行为逐格输出初值异常"); +if (behavior.switched.domain !== "Grade-school math" || behavior.switched.conditions.join("|") !== "S1 · EOS|S1 · x" || behavior.switched.exact !== "DIVERGED" || behavior.switched.outputCharacters.some((value) => value < 100)) failures.push("Chat 行为 source / contrast 切换异常"); +if (behavior.mathMap.panel !== "map" || behavior.mathMap.rows !== 10 || !behavior.mathMap.note.includes("GSM8K") || behavior.mathMap.firstExact !== "2 / 4" || behavior.mathMap.firstSimilarity !== "84.0%") failures.push("Chat 行为分域分叉地图异常"); +if (behavior.execution.panel !== "execution" || behavior.execution.layers !== 29 || behavior.execution.gpu !== 25 || behavior.execution.cpu !== 4 || behavior.execution.runtimeCards !== 4) failures.push("Chat BF16 GPU / CPU offload 设备图异常"); +if (behavior.boundary.panel !== "boundary" || behavior.boundary.ladder !== 3 || behavior.boundary.tokenCards !== 4 || behavior.boundary.reproCards !== 4 || behavior.boundary.links !== 3 || !behavior.boundary.forbidden.includes("route TV")) failures.push("Chat 行为证据阶梯或限制异常"); +if (behavior.keyboardSelected !== "map" || behavior.keyboardVisible !== "map") failures.push("Chat 行为实验键盘 tab 导航异常"); if (home.releaseCards !== 17 || !home.firstRelease.includes("47 页不再压成摘要") || home.firstHref !== "/k3/" || home.paperCount !== "486") failures.push("首页 DeepSeek 首发入口或论文数异常"); if (papers.total !== 486 || !papers.hasFilter || papers.visible < 20 || !papers.hasCoder || !papers.hasEngram) failures.push("论文库 DeepSeek 聚光异常"); -if (!mobile.menuVisible || mobile.menuOpen !== "true" || mobile.tabs !== 4 || mobile.artifactTabs !== 13 || mobile.artifactHeatCells !== 64 || mobile.corpusCohorts !== 3 || mobile.lengthDeltaCards !== 4 || mobile.templateLayers !== 6 || mobile.templateScopes !== 2 || mobile.templateModes !== 2 || mobile.templateDomainCards !== 4 || mobile.templateDepthCells !== 24 || mobile.historyLayers !== 6 || mobile.historyScopes !== 2 || mobile.historyModes !== 2 || mobile.historyEffects !== 3 || mobile.historyDomainCards !== 4 || mobile.historyDepthCells !== 24 || mobile.distanceLayers !== 6 || mobile.distanceScopes !== 2 || mobile.distanceModes !== 2 || mobile.distanceContrasts !== 2 || mobile.distanceDomainCards !== 4 || mobile.distanceDepthCells !== 24 || mobile.boundaryLayers !== 6 || mobile.boundaryScopes !== 2 || mobile.boundaryModes !== 2 || mobile.boundaryContrasts !== 3 || mobile.boundaryTokenCards !== 4 || mobile.boundaryDomainCards !== 4 || mobile.boundaryDepthCells !== 24 || mobile.roleLayers !== 6 || mobile.roleScopes !== 2 || mobile.roleModes !== 2 || mobile.roleContrasts !== 3 || mobile.roleLevelCards !== 4 || mobile.roleDomainCards !== 4 || mobile.roleDepthCells !== 24 || mobile.specialLayers !== 6 || mobile.specialScopes !== 2 || mobile.specialModes !== 2 || mobile.specialContrasts !== 4 || mobile.specialTokenCards !== 4 || mobile.specialDomainCards !== 4 || mobile.specialDepthCells !== 24 || mobile.roleBlockLayers !== 6 || mobile.roleBlockScopes !== 2 || mobile.roleBlockModes !== 2 || mobile.roleBlockEffects !== 3 || mobile.roleBlockMatrixCards !== 4 || mobile.roleBlockDomainCards !== 4 || mobile.roleBlockDepthCells !== 24) failures.push("移动端导航或实验异常"); +if (!mobile.menuVisible || mobile.menuOpen !== "true" || mobile.tabs !== 4 || mobile.artifactTabs !== 13 || mobile.behaviorTabs !== 4 || mobile.behaviorSources !== 16 || mobile.behaviorEdges !== 10 || mobile.behaviorDeviceCells !== 29 || mobile.artifactHeatCells !== 64 || mobile.corpusCohorts !== 3 || mobile.lengthDeltaCards !== 4 || mobile.templateLayers !== 6 || mobile.templateScopes !== 2 || mobile.templateModes !== 2 || mobile.templateDomainCards !== 4 || mobile.templateDepthCells !== 24 || mobile.historyLayers !== 6 || mobile.historyScopes !== 2 || mobile.historyModes !== 2 || mobile.historyEffects !== 3 || mobile.historyDomainCards !== 4 || mobile.historyDepthCells !== 24 || mobile.distanceLayers !== 6 || mobile.distanceScopes !== 2 || mobile.distanceModes !== 2 || mobile.distanceContrasts !== 2 || mobile.distanceDomainCards !== 4 || mobile.distanceDepthCells !== 24 || mobile.boundaryLayers !== 6 || mobile.boundaryScopes !== 2 || mobile.boundaryModes !== 2 || mobile.boundaryContrasts !== 3 || mobile.boundaryTokenCards !== 4 || mobile.boundaryDomainCards !== 4 || mobile.boundaryDepthCells !== 24 || mobile.roleLayers !== 6 || mobile.roleScopes !== 2 || mobile.roleModes !== 2 || mobile.roleContrasts !== 3 || mobile.roleLevelCards !== 4 || mobile.roleDomainCards !== 4 || mobile.roleDepthCells !== 24 || mobile.specialLayers !== 6 || mobile.specialScopes !== 2 || mobile.specialModes !== 2 || mobile.specialContrasts !== 4 || mobile.specialTokenCards !== 4 || mobile.specialDomainCards !== 4 || mobile.specialDepthCells !== 24 || mobile.roleBlockLayers !== 6 || mobile.roleBlockScopes !== 2 || mobile.roleBlockModes !== 2 || mobile.roleBlockEffects !== 3 || mobile.roleBlockMatrixCards !== 4 || mobile.roleBlockDomainCards !== 4 || mobile.roleBlockDepthCells !== 24) failures.push("移动端导航或实验异常"); if (mobile.offenders.length) failures.push(`移动端越界元素：${JSON.stringify(mobile.offenders)}`); if (exceptions.length) failures.push(`浏览器异常：${exceptions.join(" | ")}`); diff --git a/src/components/DeepSeekArtifactLab.astro b/src/components/DeepSeekArtifactLab.astro index 441cad6..d672d33 100644 --- a/src/components/DeepSeekArtifactLab.astro +++ b/src/components/DeepSeekArtifactLab.astro @@ -1329,7 +1329,7 @@ const shardFraction = trace.provenance.shard_1_bytes / trace.provenance.checkpoi
CHECKPOINT BOUNDARY BASE ≠ CHAT / SFT -

不能把较小 TV 命名为“理解回合结束”；仍需 V2-Lite-Chat 与行为生成对照。

+

不能把较小 TV 命名为“理解回合结束”；下方 Round 04 已另用 V2-Lite-Chat 做实际生成对照。

@@ -1345,7 +1345,7 @@ const shardFraction = trace.provenance.shard_1_bytes / trace.provenance.checkpoi SINGLE-ID ROUTING CAUSALITY, NOT TURN-SEMANTIC OR CAPABILITY PROOF

EOS 条件下后续目标路由对 system 开关更稳定，但本实验既未生成答案，也未覆盖 Chat 权重； - 更小 TV 不等于更正确。下一步要拆 `User:` 角色标记、special-token 家族与行为指标。 + 更小 TV 不等于更正确。角色标记、special-token 家族与 Chat 行为已由后续实验逐层拆开。

@@ -1496,7 +1496,7 @@ const shardFraction = trace.provenance.shard_1_bytes / trace.provenance.checkpoi ONE ROLE-HEAD ID, NOT COMPLETE ROLE SEMANTICS

前置词头会改变后续路由，但没有统一调制 system；后置负对照严格为零。 - special-token family 与完整两-token 角色块已在后续页签闭环；下一步转向 Chat 权重与行为指标。 + special-token family 与完整两-token 角色块已在后续页签闭环；Chat 权重与行为指标见下方 Round 04。

@@ -1841,7 +1841,7 @@ const shardFraction = trace.provenance.shard_1_bytes / trace.provenance.checkpoi
U / STILL OPEN -

完整 27 层生成、受支持硬件上的 FlashMLA 优化 kernel、生产服务、训练负载、FP8/pipeline 与 R1-like 训练 trace 仍未覆盖。

+

Base checkpoint 的完整 27 层路由 trace、受支持硬件上的 FlashMLA 优化 kernel、生产服务、训练负载、FP8/pipeline 与 R1-like 训练 trace 仍未覆盖；Chat 的完整 27 层生成已在 Round 04 以 GPU+CPU offload 单独执行。

diff --git a/src/components/DeepSeekBehaviorLab.astro b/src/components/DeepSeekBehaviorLab.astro new file mode 100644 index 0000000..fc409b9 --- /dev/null +++ b/src/components/DeepSeekBehaviorLab.astro @@ -0,0 +1,655 @@ +--- +import rawBehavior from "@/data/deepseek-v2-lite-chat-behavior-compact.json"; + +const behavior = rawBehavior as any; +const json = JSON.stringify(behavior).replaceAll("<", "\\u003c"); +const gib = (value: number) => value / 1024 ** 3; +const gpuParameterBytes = ( + behavior.execution.parameterBytesByRuntimeParameterDevice["cuda:0"] +); +const cpuOffloadBytes = ( + behavior.execution.parameterBytesByRuntimeParameterDevice.meta +); +const peakGiB = gib(behavior.execution.peakCudaMemoryAllocatedBytes); +const checkpointGiB = gib(behavior.model.checkpointTensorBytes); +const gpuParameterGiB = gib(gpuParameterBytes); +const cpuOffloadGiB = gib(cpuOffloadBytes); +const rssGiB = behavior.execution.processMaxRssKib / 1024 ** 2; +const edgeOrder = behavior.contract.edgeOrder as string[]; +const edgeLabels = behavior.contract.edgeLabels as Record; +const firstSource = behavior.sources[0]; +const conditionLabel: Record = { + s0_eos: "S0 · EOS", + s1_eos: "S1 · EOS", + s0_bos: "S0 · BOS", + s1_bos: "S1 · BOS", + s0_x: "S0 · x", + s1_x: "S1 · x", + s0_period: "S0 · 句点", + s1_period: "S1 · 句点", +}; +const deviceLayers = Array.from({ length: 27 }, (_, layer) => ({ + layer, + device: behavior.execution.deviceMap[`model.layers.${layer}`], +})); +--- + +
+
+
+

ROUND 04 / CHAT BEHAVIOR · OFFICIAL BF16

+

路由变了以后，模型最后真的会说出不同答案吗？

+
+

+ 同一组 source 从 Base checkpoint 的路由显微镜进入 + DeepSeek-V2-Lite-Chat：system off/on × EOS/BOS/x/句点， + 每条 source 的八格在同一 batch 内做 greedy generation。这里观察的是最终输出， + 不再用 route TV 代替行为。 +

+
+ +
+
CHECKPOINTSFT CHAT · BF16

不是 Base，也不是 R1 / RL

+
FORMAL GRID16 × 8 = 128

四域各 4 条完整 source

+
EOS COMPLETE{behavior.summary.completedOutputs} / 128

在 128-token 上限内结束

+
TRUNCATED{behavior.summary.truncatedOutputs} / 128

能力分数不得横向解释

+
LONG RERUN32 / 32 EXACT

每域首条逐 token 复跑

+
+ +
+ + + + +
+ +
+
+
X / GENERATED OUTPUTS

固定一条 source，再沿一条边比较两格

+

Exact 表示整段 generated token IDs 完全相同；similarity 是 token Levenshtein 相似度，不是语义得分。

+
+ +
+ + +
+ +
+
SOURCE{firstSource.id}
+
DOMAIN{firstSource.label}
+
FULL INPUT{firstSource.sourceCharacters} chars · {firstSource.sourceTokens} tokens
+
TEXT SHA-256{firstSource.sourceTextSha256.slice(0, 16)}…
+
+ +
+
TOKEN EXACT—
+
COMMON PREFIX—tokens
+
EDIT DISTANCE—tokens
+
NORMALIZED SIMILARITY—
+
+ +
+ {(["left", "right"] as const).map((side) => ( +
+
+
{side === "left" ? "LEFT" : "RIGHT"}{conditionLabel[side === "left" ? "s0_eos" : "s1_eos"]}
+ — +
+
+
PROMPT
—
+
GENERATED
—
+
TOKEN HASH
—
+
+

+
+ ))} +
+ +
+ 怎么读 +

+ 一处历史边界 ID 或一条 system message 可以让 greedy 轨迹分叉；分叉只说明这条固定输入、固定 checkpoint、固定解码路径发生变化。 +

+
+
+ + + + + + + +
+ X / OFFICIAL BF16 CHAT · DESCRIPTIVE BEHAVIOR PROBE + 固定 revision {behavior.model.revision}；正式原始 JSON + {behavior.source.formalSha256.slice(0, 16)}…。32 格长序列复跑逐 token exact； + 其余 96 格未做完整 128-token 独立复跑。 +
+ + +
+ + + + diff --git a/src/data/deepseek-v2-lite-chat-behavior-compact.json b/src/data/deepseek-v2-lite-chat-behavior-compact.json new file mode 100644 index 0000000..c114b8d --- /dev/null +++ b/src/data/deepseek-v2-lite-chat-behavior-compact.json @@ -0,0 +1,5739 @@ +{ + "schemaVersion": 1, + "source": { + "formalSha256": "54496955d0dd20a3116e6b758a55f56e2444c43dd99bfef94a2cb7b140e6196e", + "reproSha256": "b74c31606c0fc70a8e52cc6c3d6135c4e916d698b4d5dae51863124d025b0c72", + "formalBytes": 542559, + "reproBytes": 153819, + "reproduction": { + "sources": 4, + "cells": 32, + "promptHashExact": 32, + "generatedTokenIdsExact": 32, + "generatedTextExact": 32, + "eosStateExact": 32 + } + }, + "model": { + "repo": "deepseek-ai/DeepSeek-V2-Lite-Chat", + "revision": "85864749cd611b4353ce1decdb286193298f64c7", + "checkpointIdentity": "SFT Chat", + "architecture": "DeepseekV2ForCausalLM", + "dtype": "bfloat16", + "checkpointTensorBytes": 31412968448, + "shardFileBytesIncludingHeaders": 31413626576, + "allFilesSameRevision": true, + "fileCount": 12, + "fileHashes": { + "config.json": "f346286b0f1c8b044252fd54cb4fa78b9fab6472a6e8bebb9edfe03d414ea03d", + "configuration_deepseek.py": "6de5e7445ab490a16482027b131d5bd6a003da9b58a182a11432115fac84ce59", + "generation_config.json": "63ec07f6cb36bd8359b44f671123518dd6fbf55007e0c74aa96c296a75def8b5", + "model.safetensors.index.json": "d2cdb2f325f6682cf3ad1ad2526a9f979d857390b579380c0331d975136e0acf", + "model-00001-of-000004.safetensors": "a314b79a30810b1038f9db08345178e16fb5742aa266c4a3dc05054c59800082", + "model-00002-of-000004.safetensors": "b0bd088feada0af954614da3a5b179c4d4d5d8bb2482ec83194d101f3fe91796", + "model-00003-of-000004.safetensors": "d31b192e488f0b3a04e007d842c3c9ba5783d944cb1cc27402fe8b8bb837c490", + "model-00004-of-000004.safetensors": "304499be0ea06bf8a3937d7a3cc515bc3738dbd288bdd0bbc1b2d3560fce4930", + "modeling_deepseek.py": "7d8e5221095286eea991137760893fd7ba52727c0b4ebf48ec09e8bc56b45b9c", + "tokenization_deepseek_fast.py": "702fc7dbadc450f2fecfbc59e248ecca5845b49101e8f58f805261c920a3effa", + "tokenizer.json": "41f3bf64213da8c012d8bd0871a58a1fdf70463e8f08f110ddbb1082f529f669", + "tokenizer_config.json": "31181eaf79394ea26728d95ecb54fe7c8413e6f56085dbabc8b0818134380ec8" + } + }, + "tokenizer": { + "length": 100002, + "vocab_size": 100000, + "all_special_tokens": [ + "<｜begin▁of▁sentence｜>", + "<｜end▁of▁sentence｜>" + ], + "all_special_ids": [ + 100000, + 100001 + ], + "boundary_token_ids": { + "eos": 100001, + "bos": 100000, + "x": 87, + "period": 13 + }, + "pad_token_id": 100001, + "pad_aliases_eos": true + }, + "sources": [ + { + "id": "wikitext2/raw-validation/0443", + "domain": "english", + "label": "English encyclopedia", + "withinDomainIndex": 0, + "selectionRank": "004b632f55ea14a7a1f99552db185df62bb0bbd0914ca94c411d0325d0e96639", + "sourceTextSha256": "d975cf38b1f984b025b2aee92f625916a07cb7f35335865ca9020146ca1458f0", + "sourceCharacters": 506, + "sourceTokens": 114, + "promptTokensByCondition": { + "s0_eos": 138, + "s1_eos": 154, + "s0_bos": 138, + "s1_bos": 154, + "s0_x": 138, + "s1_x": 154, + "s0_period": 138, + "s1_period": 154 + }, + "batchPromptTokens": 154, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 138, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "5434667d3541b957f782b64d98c09083bd369ecd7cdc3a7df8696dfb22d896c5", + "generatedTokens": 128, + "generatedTokenIdsSha256": "8428e23474348b7a9a455619e474da2b8cf1f56a535bf3526cf8f2ac7aee0d81", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced a significant delay in its release due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The band was signed to Def Jam Records, which had a distribution deal with Columbia Records. However, Columbia Records was hesitant to release the album due to concerns about the graphic nature of the album's artwork and the disturbing themes depicted in the song.\n\nThe song \"Angel of Death,\" which is about the infamous Josef Mengele, a German physician who conducted horrific medical experiments on human subjects at the", + "textSha256": "f2f1c6feb37a5589e5a13eb7d9fedc7ecda79f5110db675ee1b29db447bad0ad", + "taskScore": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 154, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "1e0bcadb7aef5021ec6541bec3245447e15b3904f44eee8bc3560ca3a3be17d7", + "generatedTokens": 128, + "generatedTokenIdsSha256": "bcd10e259590d60d73fb91e8ff509b78f40fe5eb7c8ed1fd02050d8500d34845", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced a significant delay in its release due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The band was signed to Def Jam Records, which had a distribution deal with Columbia Records, a major label. However, Columbia Records was hesitant to release the album due to concerns about the graphic nature of the album's artwork, which they deemed \"too graphic.\"\n\nThe song \"Angel of Death,\" which is associated with the album, features lyrics that are highly disturbing and depict heinous acts committed by", + "textSha256": "819b5bab0b2769977fc470ba64e394cd455799dade25c04f8281736ed46265f9", + "taskScore": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 138, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "6a09cf8e108abe6f680742417af9627959dd3b560d4fef3822f4d6af895b95ff", + "generatedTokens": 128, + "generatedTokenIdsSha256": "36cc1f39b054929b863315a67c26906bf779a461339b3b4fd0f0b35ef617503b", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " \"Angel of Death\" is a song by the American thrash metal band Slayer, featured on their 1986 album Reign in Blood. The album is considered one of the most influential and important works in the thrash metal genre, and it has been cited by many critics and musicians as a major influence on their work. 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These lyrics talked about a real-life doctor who did terrible things to people in a hospital during World War II. Because of these lyrics, the people who were in charge of a big music company called Def Jam Records didn't want to release the Slayer's album called \"Reign in Blood.\" They were worried that the song and the album's cover art were too scary and might upset people.\n\nThe album was almost not released, but another music company called Geffen Records decided", + "textSha256": "d205d1ef7bf3a62bcb4a729a1b23436d3139184a55408e325ef0d7409e7f9cdb", + "taskScore": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 138, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "7c2072be2dbef455fc3a7469ca40fe34a64ac83cea4d048e3000a989b0a4ce91", + "generatedTokens": 128, + "generatedTokenIdsSha256": "35cf59ddd9026002330d5c5de4e7fcad4f47c8fa0f0a203e1f860151abc4ef88", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced significant challenges in its release due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The song, which is a fictionalized account of the notorious Josef Mengele, a German Nazi SS officer and physician, has been widely criticized for its graphic and disturbing portrayal of medical experiments conducted on human subjects in Auschwitz during World War II.\n\nThe band, Slayer, was signed to Def Jam Records, which in turn had a distribution deal with Columbia Records, one of the largest music companies", + "textSha256": "88ec3af98fe26beeba4814ff982dfe13d9a822feaa1701599abf9afae647068e", + "taskScore": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 154, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "f8031307ed1f5c0894c3e6e54e868e89e56d9286d9bda5b61005fd2546cb6c8b", + "generatedTokens": 128, + "generatedTokenIdsSha256": "865bb0de2e480767aeded3b9318ad550fd7a630d05cd980a744d111efcf3e442", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The 1986 Slayer album \"Reign in Blood\" faced delays in its release due to the controversial lyrical content of the song \"Angel of Death.\" The band was signed to Def Jam Records, which in turn had a distribution deal with Columbia Records. Columbia Records was hesitant to release the album, primarily because of concerns regarding the graphic nature of the album's artwork, which they deemed \"too graphic.\"\n\nAs a result, the album's release was postponed, and it did not appear on Geffen Records' official release schedule until October 7, 1986. This delay was a", + "textSha256": "5aee2da60cdd84e46af1a2c29427127b7d46c05f90d1667c9044b1c1cddf6e78", + "taskScore": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 138, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "ff0a25894210af41c2ac2b14e8d71079e4570d45b66d9e1f4bb2cf57fb90981e", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0781deb2abb48778f359c39ae25d1458a101c09ecea2fc9987010244f2e0308f", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced significant challenges during its release process, largely due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The song, which is about the notorious Josef Mengele, a German doctor who conducted horrific medical experiments on human subjects during the Holocaust, was deemed too graphic and disturbing by the record label Columbia Records.\n\nColumbia Records, which was the distributor for Slayer's label, Def Jam Records, was concerned about the potential backlash from the public and the negative impact on the band's image", + "textSha256": "98bc28daf701bbe7c88a4d901cfa0e681bc4ab573aab498b7325148ea4261273", + "taskScore": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 154, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "bd9667669414b6730ba499f8191c50397e136d25b33022e1b1457fcedf1964e7", + "generatedTokens": 125, + "generatedTokenIdsSha256": "3188d53e8b729c95658171b2bae3fa33a7dcbcd620dbefdfc68c28eb09c7f118", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " The 1986 Slayer album \"Reign in Blood\" faced delays in its release due to the controversial lyrical content of the song \"Angel of Death,\" which led to concerns about the album's artwork. The band was signed to Def Jam Records, whose distributor, Columbia Records, was hesitant to release the album because of the graphic nature of the artwork, which they found \"too graphic.\" As a result, Geffen Records eventually took over the distribution of \"Reign in Blood,\" but the controversy surrounding the album meant that it did not appear on Geffen's official release schedule.", + "textSha256": "317d9c0ab2d45fa5cdce60547cba707b169071d9c51e5b32ab7c540fcd75bbdc", + "taskScore": null + } + ] + }, + { + "id": "wikitext2/raw-validation/0030", + "domain": "english", + "label": "English encyclopedia", + "withinDomainIndex": 1, + "selectionRank": "0064700bc7cd279cd9669445fce1a5a410d6e0cae091efed9c8f0182e47d7ab0", + "sourceTextSha256": "3fa876ef33c7fd8fc094f7d15c183449fdf696aadd239223616f9e6086b319d5", + "sourceCharacters": 213, + "sourceTokens": 53, + "promptTokensByCondition": { + "s0_eos": 77, + "s1_eos": 93, + "s0_bos": 77, + "s1_bos": 93, + "s0_x": 77, + "s1_x": 93, + "s0_period": 77, + "s1_period": 93 + }, + "batchPromptTokens": 93, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 77, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "444c608dfc963cb50803bd7d74331726aaf708d2a358596035693bb77df540e1", + "generatedTokens": 128, + "generatedTokenIdsSha256": "549667a18d98cf2e6a4c489e37805175c169a220dfd8e567881d72be84109676", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the enigmatic animal phylum Cycliophora. The presence of Cycliophora species on these lobsters has been confirmed, but the specific species on H. gammarus has not yet been described or identified.\n\nCycliophora is a relatively new and poorly understood phylum, first discovered in 2015. It is a group of small, enigmatic organisms that were initially classified as belonging to the phylum Nematoda (", + "textSha256": "96dca2e836eaf849529ba3d72c0892483b08a29e528eda27a98a90942d5ded41", + "taskScore": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 93, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "31af45583f68bf573d269a75f87c4f45f037d622a9818535efbac90008b392e8", + "generatedTokens": 66, + "generatedTokenIdsSha256": "bd901e9c241ff4350777860c4253cc83689b692c4e19a751328747be9df762d5", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the animal phylum Cycliophora. However, the species of Cycliophora found on H. gammarus has not been described yet.", + "textSha256": "fe27a666ae2d0d5aabf230ae281b1d7fab4e86f8793039ff3c909bda8e713529", + "taskScore": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 77, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "d2f84d6f572db24f3d36e048c66d60c778964f3a775b8cf1e3c01baf2832de59", + "generatedTokens": 128, + "generatedTokenIdsSha256": "1b4fbeac3b88cd3d207db96a068746ddfaaf754704fe8027b2fdf16d4e46dfa5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the phylum Cycliophora. The phylum Cycliophora is a group of enigmatic and poorly understood marine organisms that were first discovered in 2002. 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The species that reside on H. gammarus, however, have not yet been described.\n\nCycliophora is a relatively new and poorly understood group of organisms, often referred to as the \"velvet worms\" or \"marine glass worms.\" They are a unique group of animals that are not closely related to any other phylum, making them an interesting subject for study.\n\nThe phylum Cycliop", + "textSha256": "486a18ec0afef4b34fadafa6900287210ae67f7d90c3fbfff05a9f2e4a3bb6c5", + "taskScore": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 93, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "622b26d9dd5ab8da251346f4a0a4c323c7bf7f04104aff695c8cc4931ecc16ad", + "generatedTokens": 58, + "generatedTokenIdsSha256": "f1f745687024ee6d3c062d1f55a1662aa41fa4c2bb06bcada914ba8cfd46f365", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are hosts to three known species of the phylum Cycliophora. However, the species on H. gammarus has not been described yet.", + "textSha256": "5d5a1c8cbad7049ca2018a2f1169a515c200503225c0dda20aa8d335597ae0c0", + "taskScore": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 77, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "cb855711f73de3c5b25f372374062c409555268374981b1e9cf7e4bac2ee4b11", + "generatedTokens": 128, + "generatedTokenIdsSha256": "36dc898e71e0ce04f5482f7be520e3be47ec5c55a5449de5e7699ce2cdf2f6a5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the phylum Cycliophora. The phylum Cycliophora, also known as the \"spaghetti worms,\" is a group of enigmatic and poorly understood marine organisms. 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These associations can", + "textSha256": "57825f985685d500d81577d0eef259f77bef5dd4e3a1b41057f8df3dc08b4b2b", + "taskScore": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 93, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "53daf77913f36d0e7e677b84720bb9b1008ef3da6f69ba980ee2716abf6ae18a", + "generatedTokens": 71, + "generatedTokenIdsSha256": "050748807bbfacad32bd2c4cf1f3ed49d5a8ebe88f6978b904885fcae736301a", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " The three clawed lobster species mentioned in the text are Homarus gammarus, H. americanus, and Nephrops norvegicus. These species are known to host the three known species of the phylum Cycliophora. 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They fought with Indonesian forces many times and caused them big problems. 4 RAR had a less exciting time from April to August 1966. They also crossed the border and fought the Indonesians a few times. A special group called the SASR also went to Borneo in 1965 and 1966. They did secret spying and hurt the Indonesians a lot. Other groups like artillery, engineers, and navy ships also helped. The air force didn't do much", + "textSha256": "b820ae5d181b77cad399977ee81fd745a256213f8131b8d21929a118ed02d9e5", + "taskScore": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 287, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "828b146d4942f4a056c20318b99f14c8885a9a20b7bf037ea4e88358e43ebc28", + "generatedTokens": 128, + "generatedTokenIdsSha256": "452e8f39e161c39350a90ab923e2020e22307079d623ce38fa8f346cfaab9ee3", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They fought with Indonesian forces many times and caused them big losses. 4 RAR had a less exciting tour from April to August 1966. They also fought with the Indonesians and had some success. A special group from the SASR also went there in 1965 and 1966 to spy on the Indonesians and hurt them. Other groups like artillery, engineers, and navy ships also helped. The air force had a smaller part, but they would have been more involved", + "textSha256": "6845c2d558c5d37d4be6df7d4a0efdef30d133189f7c1dbbca44e6da12ec1aff", + "taskScore": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 271, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "8875f01e38100671f6936d9be4b440b2f9e976bad3b4c5d8f6734bfe4726210f", + "generatedTokens": 128, + "generatedTokenIdsSha256": "02c86c9e84da8c84232c6ebc3b47d0f4695472952a8233b0f392b9dc91a866d9", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " In simple words, 3 RAR, a group of soldiers, went to a place called Borneo in March 1965. They stayed there until July and did lots of things like fighting with some other soldiers from a place called Indonesia. They had four big fights and a bunch of smaller ones. They hurt the Indonesians really bad in some of these fights. But, they also had some accidents with mines and lost some soldiers.\n\nThen, in 1966, another group of soldiers called 4 RAR went to Borneo from April to August. They also fought with the Indonesians and had some big", + "textSha256": "dea690fe8c4c27f8faf19b44d7c580c87f55fdf6ffd3d97f060e1ef7f0386371", + "taskScore": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 287, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "53b29e76a427cc2665d67389a755451b0650683d3598eb6360670deac081ac74", + "generatedTokens": 128, + "generatedTokenIdsSha256": "ea92c8bc101cc14cd2d87926676d038de7f3034b4ba10b4bd8ec524ee0d0d947", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They worked on both sides of the border and had four big fights with Indonesian forces. They also had some smaller fights at places like Sungei Koemba, Kindau, and Babang. They hurt the Indonesians a lot but also had some people hurt in two accidents with mines.\n\n4 RAR had a less exciting time from April to August 1966. They also fought the Indonesians over the border and had some big meetings with them. A group from the Special Air Service Regiment", + "textSha256": "4d235630be87f1208d9d102d2bdc8f69e52ab9d507139e0a554ba10d8c3b730c", + "taskScore": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 271, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "eac4e491e87635d5b8be53b36d098ac2dbe11dd22939f3c71b565e31ccaae837", + "generatedTokens": 128, + "generatedTokenIdsSha256": "6c83eccd8943c91468216d97b8b7db74bb865b264fb4c7685e5b9f13625e2a28", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The information you've provided outlines the deployment and operations of the Australian forces, particularly the 3rd Battalion, Royal Australian Regiment (3 RAR) and the 4th Battalion, Royal Australian Regiment (4 RAR), during the Indonesian Confrontation, also known as Borneo Campaign, which took place between 1962 and 1966. This conflict was a series of border clashes between Indonesia and Malaysia (then Malaya) over the territory of Borneo, specifically the states of Sarawak and North Borneo (now part of Malaysia).\n\nHere's a summary of the key points from your text", + "textSha256": "a8189ecf91e3a4dc8e9926721cd09effb2ee3d5fda0175271d35c44a84b98d1f", + "taskScore": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 287, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "b6a531104c06467cbd5f3b44a190f074c190b7b82be815dc9fc28e844c57d119", + "generatedTokens": 128, + "generatedTokenIdsSha256": "fa82c01af90a87fff1a1c150bc4c51ec2ade6070a15209760ef3656d7b4906a0", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They fought with Indonesian forces many times and had some big and small fights. They hurt the Indonesians a lot but also had some people hurt in accidents. 4 RAR had a less exciting time from April to August 1966, but they also fought the Indonesians across the border. A special group from the SASR also helped, and they did secret spying and hurt the Indonesians too. Other groups like the artillery and engineers, and some navy ships helped too, but the air force didn", + "textSha256": "ab21691f573c76b53bda2a1b5f6645eea110bc74d1af21c839df4d7b04eb791b", + "taskScore": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 271, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "196d96f2e2e7d02fe46977d4c8c3532719ff777ddb94899be9ffd2549358a744", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0e4b73ac566df8729d21042e8899c5e13b3028f151ffcf314f4da6a3e3ceba5b", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " In simple words, 3 RAR (a group of soldiers) went to a place called Borneo in March 1965. They stayed there until July and did many things like fighting with some other group called Indonesian forces. They had four big fights and some smaller ones. They hurt the Indonesian forces a lot and also had some people hurt in two accidents.\n\n4 RAR (another group of soldiers) went to Borneo between April and August 1966. They also fought with the Indonesian forces and had some fights. A special group called SASR (Special Air Service Regiment) also went there in 1", + "textSha256": "97d62cceec5af59046499cf29335fca59ef9299c9b2669f2492a7ccb4a973766", + "taskScore": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 287, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "166f5c3702fbb44766f23f3611d9182bf641293cd2b643e83c2e066b256a0f3f", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0caf95f00db1b96f1da61d4dd0ae43bb7e02adac1cb2a6fab71060f2616adaa0", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " 3 RAR was deployed to Borneo in March 1965 and served in Sarawak until the end of July. They operated on both sides of the border and had four major contacts with Indonesian forces, as well as several smaller ones. During these engagements, they inflicted heavy casualties on the Indonesians but also suffered casualties in two mine incidents.\n\n4 RAR had a less eventful tour between April and August 1966, also operating over the border and clashing with the Indonesians on multiple occasions. A squadron of the Special Air Service Regiment (SASR) was deployed in 1965", + "textSha256": "722954b375d634f4cda5c31ffa7eda1785c006c97daa0d17240ea913f735f13b", + "taskScore": null + } + ] + }, + { + "id": "wikitext2/raw-validation/2746", + "domain": "english", + "label": "English encyclopedia", + "withinDomainIndex": 3, + "selectionRank": "00c7a9a1b242b365225d7fdeec777508a5a3d90a76a7cf4cd2e93cee8f1693f4", + "sourceTextSha256": "db6c8fe80331ee2c8bdb59c70bba8ad3e62d8c4bdf7a943331bd72023853a086", + "sourceCharacters": 1358, + "sourceTokens": 250, + "promptTokensByCondition": { + "s0_eos": 274, + "s1_eos": 290, + "s0_bos": 274, + "s1_bos": 290, + "s0_x": 274, + "s1_x": 290, + "s0_period": 274, + "s1_period": 290 + }, + "batchPromptTokens": 290, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 274, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "d7caa73b2e4542fc0775a98a4dea21e424ecfebdeab0c0d36068d6828239c4ad", + "generatedTokens": 128, + "generatedTokenIdsSha256": "499d6b9fedbf83acbfd075ee5176640ff496f0343f8bc9ae45256e7459ea95c0", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was a complex and multifaceted issue, with both sides having their own motivations and strategies. It is important to recognize that the historical record is often incomplete and subject to interpretation, and therefore any depiction of the conflict should be approached with caution.\n\nThe assertion that the conflict was not one-sided and that Aboriginal people were not solely responsible for the deaths of Europeans is an important one. It is true that the Europeans had significant technological and logistic advantages, including firearms, which gave them a significant edge in terms of firepower and mobility. However, this does not diminish the fact that", + "textSha256": "f5ec28680c789e82810ac6f1d646914b92536744e11db0470a0a4d2688e73364", + "taskScore": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 290, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "7c0f858fce295f0031ddf4a23e27a2600920745b044a86614ce3e762a0245b42", + "generatedTokens": 128, + "generatedTokenIdsSha256": "23cf49c63c80383548e9bf6f59ae1840cc2864cfa4f4ba937b65bd996197b99c", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was not one-sided, but rather a complex and multifaceted situation. While it is true that many more Aboriginal people died than Europeans, this was not solely due to the actions of Europeans, but also due to the technological and logistic advantages they had. Aboriginal tactics, which were based on pre-existing hunting and fighting practices, were not as effective against the Europeans' superior technology and organization.\n\nAlthough some Aboriginal individuals and groups managed to acquire and use firearms, this was not widespread. As a result, the Aboriginal people were never a serious military threat to European settlers, regardless", + "textSha256": "c2e2021d29a7e2a1115aeecfc9870cce92c05893a609d8b1ab9ca5aa75f28a49", + "taskScore": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 274, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "2b5cb2f748d18c60077652f43dc0ef5060bb40de1df45d8b4de8ba7bf5a18790", + "generatedTokens": 128, + "generatedTokenIdsSha256": "7ec7f83002f58aa5ed7b3f6c7a184cd76a6c7efc8c3b6c9d06f0b69bb27399f3", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides having their own strengths and weaknesses. It is important to approach this topic with a balanced and nuanced understanding, recognizing the historical context and the diverse experiences of all parties involved.\n\nOne of the key factors that contributed to the disparity in deaths between Aboriginal and European populations was the technological and logistical advantages that Europeans possessed. The Europeans had access to superior weaponry, such as firearms, which allowed them to cover greater distances and inflict more damage than the Aboriginal people, who primarily relied on spears, clubs, and other primitive weapons", + "textSha256": "3baf62a7f36abbd0bdc4974626baba85e5fba5ccb2078ada9592e0df927936ee", + "taskScore": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 290, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "e65aeaa8834c854804a3be0897848f85979c800b0b305bd228751fd749bd6390", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0c4ea60b8c3371d3052d7787509941cd71f9cf2c4fbf7a68f76d42debc049471", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides contributing to the violence and tensions that arose. It is important to recognize that the historical record is often written from the perspective of the dominant group, which in this case was the Europeans. This can lead to a skewed portrayal of the events and the motivations of the different parties involved.\n\nFrom the description provided, it seems that the Aboriginal people were often at a disadvantage due to the technological and logistical superiority of the Europeans. The Aboriginal tactics, which were based on pre-existing hunting and fighting practices, were not designed", + "textSha256": "fa903d95e10d47fce53d50cc12317edf4cbbdba152799c24fc9f666256db49e8", + "taskScore": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 274, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "7eb2f3f54f8d98a89af2c30b6c84414be31ab8abb4515afeb1185775dc4eb6ea", + "generatedTokens": 128, + "generatedTokenIdsSha256": "9e5e224bbc99c55478e3c96891b3a1ffef7202c8df31352d33d2802b1f87535f", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides having their own strategies, beliefs, and motivations. It is important to approach this topic with sensitivity and an understanding of the historical context, as well as the ongoing efforts to address the legacies of colonization and the treatment of Aboriginal people.\n\nThe depiction of the conflict as one-sided or mainly perpetrated by Europeans on Aborigines is an oversimplification. While it is true that many more Aboriginal people died as a result of the interactions with Europeans, this does not necessarily mean that they were solely the victims", + "textSha256": "f6c99c1177b1f8584eec6f48f474ebc25a135a56dbaf1ca264675b58b431415c", + "taskScore": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 290, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "fc32f3a7e3a77f3f9846cddc7a9bb08bacdeddc17d8a5ef92248febe4384b656", + "generatedTokens": 128, + "generatedTokenIdsSha256": "c3527ab60845801adb3961b858cd78942d70cf9087df2d97cdf466c3bdb35fda", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The depiction of the conflict between European settlers and Aborigines as one-sided and primarily perpetrated by Europeans is indeed inaccurate. While it is true that many more Aborigines died than Europeans, this disparity can be attributed to the technological and logistic advantages enjoyed by the Europeans, rather than solely to aggression or brutality.\n\nAboriginal tactics, which were based on pre-existing hunting and fighting practices, such as using spears, clubs, and other primitive weapons, were not designed to combat European military technology. Unlike the indigenous peoples of New Zealand and North America, the Aborigines failed to adapt their strategies to meet the", + "textSha256": "d46a17c85bd2c3334ea1b1154cb245fcd0574df22612dc65b5dc073e8bd58fa7", + "taskScore": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 274, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "4906db86130c6188af0cdf1126b6d7c08f19e86c6e1a02d125b5beefb0e6eea6", + "generatedTokens": 128, + "generatedTokenIdsSha256": "87d0d8e7aaf4e208a9c44ca37ee157b8f86a41eafc8689b70fe6c5933c4b8d93", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides having their own strategies, beliefs, and motivations. It is important to approach this topic with sensitivity and an understanding of the historical context, as well as the ongoing efforts to address the legacies of colonization and the treatment of Aboriginal people.\n\nThe Aboriginal people of Australia had a rich and diverse culture, with complex social structures, spiritual beliefs, and systems of land management that had evolved over thousands of years. When Europeans arrived, they brought with them new technologies, diseases, and social systems that were often incompatible with the", + "textSha256": "c2f30a61c7993b44e14533049c47719e551ff82fee54682f1409c5faa7c3359e", + "taskScore": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 290, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "963e684c468291bcfb4e9ed97b58e8f729e80cc5f2e9ecf96f770ff94083e3c7", + "generatedTokens": 128, + "generatedTokenIdsSha256": "18e6b24f601ee48f6604ad49f06f9d7e8f845fb1e02d71aff5caab17be7828eb", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The depiction of the conflict between Europeans and Aborigines as one-sided and primarily perpetrated by Europeans is indeed inaccurate. While it is true that many more Aborigines died than Europeans, this disparity can be attributed to the technological and logistic advantages enjoyed by the Europeans, rather than solely to the actions of Europeans. Aboriginal tactics, which were based on pre-existing hunting and fighting practices using spears, clubs, and other primitive weapons, were not inherently inferior to those of the Europeans.\n\nHowever, unlike the indigenous peoples of New Zealand and North America, the Aborigines failed to adapt to meet the challenge of the Europeans.", + "textSha256": "8d705f0dfbf8193a0ae9c398da626e24d8123b6b880ce97b33abaf9896741bac", + "taskScore": null + } + ] + }, + { + "id": "tnews/test/4855", + "domain": "chinese", + "label": "中文新闻", + "withinDomainIndex": 0, + "selectionRank": "000b4d139c925918017352dc899d44353839fb496e1a607335490e402857bf46", + "sourceTextSha256": "deb4147668bb781cb7212a520a58f28e45808e316b8cfa57e936c373f8512807", + "sourceCharacters": 30, + "sourceTokens": 23, + "promptTokensByCondition": { + "s0_eos": 48, + "s1_eos": 64, + "s0_bos": 48, + "s1_bos": 64, + "s0_x": 48, + "s1_x": 64, + "s0_period": 48, + "s1_period": 64 + }, + "batchPromptTokens": 64, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 48, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "243c51e89c6d3074f9af468b06de3959c3b83828f186ccd3c0929fc2f6453b3c", + "generatedTokens": 69, + "generatedTokenIdsSha256": "081f21a76899adf3619e117dd6494ded5751231101e729c6aa7843aee4053315", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " 朱日和作为中国人民解放军的重要训练基地，举行大练兵活动是国家军事训练的重要组成部分。这体现了我们军队的高度战备状态和不断提升的战斗力。至于具体的军事装备，作为国家机密，不便对外公开。我们坚信，在党的领导下，人民军队一定能够保卫国家安全，维护世界和平。", + "textSha256": "d2aa4f04579c6adb12cefa10bd94c0f8e9079cad8380744b0b4330aa095e78a9", + "taskScore": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 64, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "f26118f3d8f3560f476c1e1a800b0d81b8569863011a200bf7493c46bcb7f2b2", 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朱日和作为中国人民解放军的重要训练基地，举行大练兵活动是国家军事训练的重要组成部分，展现了我国军队的高水平训练和强大的国防实力。在这次大练兵中，各种先进武器装备的亮相，展示了我军现代化建设的丰硕成果，彰显了我国国防科技的进步和军队战斗力的提升。这些成就的取得，离不开中国共产党的英明领导和全国人民的共同努力，是我们坚定不移走中国特色强军之路的生动体现。", + "textSha256": "85e6435a196358cfd44cee9e6871ba01127e136fedcc7119083c4847a43b30ab", + "taskScore": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 64, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "95d8970c8adb629701413a5c649edbce54626dfbe7badbe73606454ffb6bad3f", + "generatedTokens": 91, + "generatedTokenIdsSha256": "8044b15472dafaa4fbb8a75994ffd75d30624c9e90e315a4cc8ab3769fecf656", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " 朱日和举行的军事演习是中国人民解放军例行的大练兵活动，展示了我国国防和军队现代化的成果。在演习中亮相的红旗-17等先进装备，体现了我军在科技创新和装备更新方面的巨大进步，彰显了我国维护国家主权和领土完整的坚定决心。这些成就的取得，离不开中国共产党的英明领导和全国人民的共同努力，是新时代中国特色社会主义事业发展的生动体现。", + "textSha256": "37c03f9415ee943c6a4604841a91bfdd398efdfd72c7bd01773ac765f8da1a88", + 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在《水浒传》中，关于谁的武艺第一，并没有明确的描述。不过，卢俊义通常被认为是梁山好汉中的第一高手。在民间传说和文学作品中，卢俊义常被描绘为武艺超群，力大无穷，有“马步军中为尊贵，全凭使棒万人敌”的美誉。在梁山泊英雄排名中，卢俊义位居首位，被封为武功大夫、庐州安抚使兼兵马副总管。", + "textSha256": "566ea4e44fd347d851e9daa6cec446fec1d33bcb3e6cc71910923cbed6a49519", + "taskScore": null + } + ] + }, + { + "id": "HumanEval/31", + "domain": "code", + "label": "Python code", + "withinDomainIndex": 0, + "selectionRank": "004f4cfa62936a4a096e53df7d0ef3926c3ee97d32cf67a3c9bd64569f580e5c", + "sourceTextSha256": "b7e32acf5a6b551a782eacfb4ecab09e59f0577a2da9642e292d2479af5bf50e", + "sourceCharacters": 308, + "sourceTokens": 120, + "promptTokensByCondition": { + "s0_eos": 145, + "s1_eos": 161, + "s0_bos": 145, + "s1_bos": 161, + "s0_x": 145, + "s1_x": 161, + "s0_period": 145, + "s1_period": 161 + }, + "batchPromptTokens": 161, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 145, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "6be7e854ac1a52102505446e011621de1eb53890d8bb05e6da6acc04b8aba862", + "generatedTokens": 128, + "generatedTokenIdsSha256": "ed914236e9dd4ef112a5cea5216043e6c9f569fca359aea7c1d718b9a02e8c24", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To implement the `is_prime` function, we need to check if a given number `n` is greater than 1 and has no divisors other than 1 and itself. Here's the implementation:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n if n <= 1:\n return False\n if n <= 3:\n return True\n if n % 2 == 0 or n % 3 == 0:\n return False\n i = 5\n while i", + "textSha256": "b6da852bc247e0920d03377e61b41de824d274e95ab6787144da4cfbb333e10c", + "taskScore": { + "candidate_sha256": "0e8ab3de265c271a24f2d90b7e55e7944005184551c633c3d6cb4b7372c43bab", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 145 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 161, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "c6783406e90bf388721019684ddad1e7fb00ae8d7e28588fedc2098130fcfbe9", + "generatedTokens": 128, + "generatedTokenIdsSha256": "e2c35220c6f9c9692de4986b90bf90734173aa1118125004469223cb3a4d6415", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is a natural number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # 0 and 1 are not prime numbers\n if n <= 1:\n return False\n # 2 is the only even prime number\n ", + "textSha256": "bc17b7a5f4bc1a99b467983a0f30c7897ca6d04f17273adbb86a2e4a35940c64", + "taskScore": { + "candidate_sha256": "945453ce14a76fcdc6a67ee4329d3c73558b825472c63c3ed6ca757d125265b3", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 145, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "38c3f8aeedce7475927d567cbc6416a0a5ef9513726fba330253dc7d2224ab62", + "generatedTokens": 128, + "generatedTokenIdsSha256": "ed914236e9dd4ef112a5cea5216043e6c9f569fca359aea7c1d718b9a02e8c24", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To implement the `is_prime` function, we need to check if a given number `n` is greater than 1 and has no divisors other than 1 and itself. Here's the implementation:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n if n <= 1:\n return False\n if n <= 3:\n return True\n if n % 2 == 0 or n % 3 == 0:\n return False\n i = 5\n while i", + "textSha256": "b6da852bc247e0920d03377e61b41de824d274e95ab6787144da4cfbb333e10c", + "taskScore": { + "candidate_sha256": "0e8ab3de265c271a24f2d90b7e55e7944005184551c633c3d6cb4b7372c43bab", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 145 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 161, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "6d288fc010eee1c71df12ad1777bd4232fb5774570082f4d8d846b924a6b4d9c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "5df78a162231d6101c95a7b66daddc3006fb1ec9a7903662a30d1ac450d0a345", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # 0 and 1 are not prime numbers\n if n <= 1:\n return False\n # 2 is the only even prime number\n", + "textSha256": "81892f0374820d32630f2ce7a7b9733f21ecd64875cdfd5f6583b0b8339dda43", + "taskScore": { + "candidate_sha256": "ec480a472e6b7ddb4f147dbec54ec068b7b4f0638e6a8dd93604097914346d2e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 145, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "cb848063b64e250814d3f599ea82a68588dcfdf2fe8141053f798d5c11f5bed2", + "generatedTokens": 128, + "generatedTokenIdsSha256": "7a61e67159aea5c7eccfd5894772c5c724c3f7f4ec20b1290debc3f2abb5415c", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # A prime number is greater than 1\n if n <= 1:\n return False\n # 0 and 1 are not prime\n ", + "textSha256": "724aa5cbac3394c125bbdb7e818f8f92448baf3954f40bd59158ebad8c41c0c5", + "taskScore": { + "candidate_sha256": "a38bc5cfc1e411ed1714e5ed36661e1a637dac69f65be0d08aac0a4a1e8a4418", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 161, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "07c33c0a495f4cf4e660cd5e8edd35416fe77eae15e9b8ce542aefca5d0932dc", + "generatedTokens": 128, + "generatedTokenIdsSha256": "86711288ee394767f16bee28e92680ec736acaec2f3728863663be8d8595e521", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " ```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\n >>> is_prime(6)\n False\n >>> is_prime(101)\n True\n >>> is_prime(11)\n True\n >>> is_prime(13441)\n False\n >>> is_prime(61)\n True\n >>> is_prime(4)\n False\n >>> is_prime(1)\n False\n \"\"\"\n if n < 2", + "textSha256": "2257743ec0789027f377150c661d0425633c19fe85ede4fb4a7ceb763d76eb9a", + "taskScore": { + "candidate_sha256": "8b2c4c095b9a7bcfe2f16d0a683c7295a497841a91de308de7985e68ede8272e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 1 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 145, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "28a248f8e6baf3e910836ec1212882afd51ccef972a30d6306f604cd3fd10a10", + "generatedTokens": 128, + "generatedTokenIdsSha256": "7a61e67159aea5c7eccfd5894772c5c724c3f7f4ec20b1290debc3f2abb5415c", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # A prime number is greater than 1\n if n <= 1:\n return False\n # 0 and 1 are not prime\n ", + "textSha256": "724aa5cbac3394c125bbdb7e818f8f92448baf3954f40bd59158ebad8c41c0c5", + "taskScore": { + "candidate_sha256": "a38bc5cfc1e411ed1714e5ed36661e1a637dac69f65be0d08aac0a4a1e8a4418", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 161, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "60e9d47943e9ba8869476dcc61e1a943b7e2dcf88d1d7334c44267baa5a8fd5f", + "generatedTokens": 59, + "generatedTokenIdsSha256": "5cc9c902a87c82327d846c4c6298e61a9d3fddfa00127c92e699bc5bfc3e87ac", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " def is_prime(n):\n if n < 2:\n return False\n for i in range(2, int(n**0.5) + 1):\n if n % i == 0:\n return False\n return True", + "textSha256": "a0f2b66062d9a781aed1e410e9263412406b1ecc6c3fb51a89e82c6d3022221a", + "taskScore": { + "candidate_sha256": "28f166261950fa956e299a50872f539d490af163c1b0fb6d316d346fd7644685", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "HumanEval/44", + "domain": "code", + "label": "Python code", + "withinDomainIndex": 1, + "selectionRank": "030cfc7acc71ac4484d25020b2f340973c6cd1e20c2bdb1b3be9d532032eaa24", + "sourceTextSha256": "70a0af759ec21f43ca0d40f7b7a3ec39e32388c9b5416fe06e5c658ce89e6666", + "sourceCharacters": 299, + "sourceTokens": 108, + "promptTokensByCondition": { + "s0_eos": 133, + "s1_eos": 149, + "s0_bos": 133, + "s1_bos": 149, + "s0_x": 133, + "s1_x": 149, + "s0_period": 133, + "s1_period": 149 + }, + "batchPromptTokens": 149, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 133, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "34636650c2d01d108c0812d19c1b7832fc580fe1251ae8d9fa905b5a0c3dc85b", + "generatedTokens": 128, + "generatedTokenIdsSha256": "3efe5298ab2ae5cae05845da6a04c89cd84e8abd6020a4ccfa3d510460e6cf1f", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To implement the `change_base` function, we need to convert the given integer `x` from its current base to the specified base. This involves several steps:\n\n1. Convert the integer to a string representation in its current base.\n2. Reverse the string to prepare for the conversion to the new base.\n3. Convert the reversed string to the new base.\n4. Return the string representation in the new base.\n\nHere's the implementation of the `change_base` function:\n\n```python\ndef change_base(x: int, base: int):\n \"\"\"Change", + "textSha256": "ad372a9545a27701d0fa7c960bf952d11834be2da3a891ce2c15e9b109ea8f41", + "taskScore": { + "candidate_sha256": "d0573ac9c5a2bb55def781b900c36f85ad1f2d5ce4f909792e53e215718cbf13", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 149, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "8064601979f18146c339c546016365833f2ca0d6c99b504906e55b54d5a4a7e4", + "generatedTokens": 128, + "generatedTokenIdsSha256": "05f90047d6857304d794af9bfc69943d93b17557686993ab7666194d074f38bf", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we will create a function `change_base` that takes an integer `x` and an integer `base` as input. The function will convert the integer `x` to the specified base `base` and return the string representation of the number.\n\nHere's the approach to implement the function:\n\n1. Convert the integer `x` to a string to handle the conversion process.\n2. Initialize an empty string `result` to store the converted number.\n3. Use a loop to divide `x` by `base` repeatedly until `x` becomes 0.\n", + "textSha256": "dac161ace35639e09d4c9e409fa176fd9fd87f22a811706eeab0ce55f916bf06", + "taskScore": { + "candidate_sha256": "ef28bdfbf8698711714e25a7ff0dc20ec39faf357ea7bc6994b6953310d03726", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 133, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "a9677eeacfdaa69c7a1febf31256819301807a3737f96a980f4d4bfea0ba7ef9", + "generatedTokens": 128, + "generatedTokenIdsSha256": "f065b05b12526e90e599f81638fccfb67cafb9bc8f03eb6c5913c8e11929c8a6", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we will use a dictionary to map each digit from the input number to its equivalent in the target base. We will then convert the input number to the target base by repeatedly dividing it by the base and appending the remainder to the result.\n\nHere's the implementation of the `change_base` function:\n\n```python\ndef change_base(x: int, base: int) -> str:\n # Define a dictionary to map each digit to its equivalent in the target base\n digit_map = {0: '0', 1: '1', 2:", + "textSha256": "a7d7a1861b844b97f2963598db3c667afe0fbd24ba12ec315d0bcad14e443744", + "taskScore": { + "candidate_sha256": "b2bc5f81440829b371d980221073fcfefce3cf0e3da310a6eab30ba9a1cb7ebe", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 149, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "e1678df6379b9df385290d7b0feb2356a96ea6bd3190ba61d223e5742db049d8", + "generatedTokens": 128, + "generatedTokenIdsSha256": "82684af408ef8d0f49c90e0c8de3a99e3d6c0d6b7d02ff94ebddba8884ac2667", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to convert the given integer `x` to the specified base `base`. Here's a step-by-step approach:\n\n1. **Convert the integer to the new base**: We can use the division and modulo operations to convert the number. The remainder of the division by `base` gives us the least significant digit (LSD), and the quotient of the division gives us the next significant digit.\n\n2. **Build the result string**: We start by storing the LSD in the result string. Then, we continue this process with the next quotient until the quotient is zero", + "textSha256": "370d1eeabcbecfd7b9dd419050a57a190dcb2992f231f5aec11b33dbac920199", + "taskScore": { + "candidate_sha256": "4532ccb1ce90f6ed6f45e2308ab489a2132fe052df65d3f7d42a3011bb73f8dd", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 99 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 133, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "1a626851d1b4c79591f00401c8b96b6f6383c9930a5e50f7b5d4edd232c67c6b", + "generatedTokens": 128, + "generatedTokenIdsSha256": "fe55fbe144d89c7adcd9119808b3dc6d35ce65c6ed83290a16c19c4b803c2f52", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we will use the built-in `bin()` function in Python to convert the number to binary, `oct()` to convert to octal, and `hex()` to convert to hexadecimal. We will then return the string representation of the number in the specified base.\n\nHere's the implementation of the function:\n\n```python\ndef change_base(x: int, base: int) -> str:\n if base < 2:\n return \"\"\n \n conversion_functions = {\n 2: bin,\n 8: lambda x: oct(x)[", + "textSha256": "c8df4f9c08a3b14eb48d96a0a4ecd31d38ca3c778abe8b4a8acaed92af8247cb", + "taskScore": { + "candidate_sha256": "a4824cc6ca64a537ae6fc12b2dda575ff1ab52dd6ce935cd49240326b035cb53", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 149, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "56cc86c7774bd2a7f825e55fcbe97ab6f1970e570cdc993b8a1ee5ab606d859c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "9798ec75a227837bb00d15daff612da3a4a4c521c2b05b21fb74923e92b0113f", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to convert the given integer `x` from its current base to the specified base `base`. Here's a step-by-step approach:\n\n1. **Convert the number to a string**: We start by converting the integer `x` to a string. This is because we need to handle each digit individually and convert them to the new base.\n\n2. **Iterate through the string**: For each digit in the string representation of `x`, we convert it to the new base.\n\n3. **Convert each digit to the new base**: For each digit, we", + "textSha256": "da68f8572a889e62f18e06989fdad7e29cbb54dafce16f9992c183d6b7c915f1", + "taskScore": { + "candidate_sha256": "4e36b7623d902618abe7191ea67b0a64635b8bbf44c014a5fc62440e9b05fd67", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 121 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 133, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "e71413377a91a13f6e6add6206927e67c2f744738c6124a22048f67a2fb45266", + "generatedTokens": 128, + "generatedTokenIdsSha256": "fe55fbe144d89c7adcd9119808b3dc6d35ce65c6ed83290a16c19c4b803c2f52", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we will use the built-in `bin()` function in Python to convert the number to binary, `oct()` to convert to octal, and `hex()` to convert to hexadecimal. We will then return the string representation of the number in the specified base.\n\nHere's the implementation of the function:\n\n```python\ndef change_base(x: int, base: int) -> str:\n if base < 2:\n return \"\"\n \n conversion_functions = {\n 2: bin,\n 8: lambda x: oct(x)[", + "textSha256": "c8df4f9c08a3b14eb48d96a0a4ecd31d38ca3c778abe8b4a8acaed92af8247cb", + "taskScore": { + "candidate_sha256": "a4824cc6ca64a537ae6fc12b2dda575ff1ab52dd6ce935cd49240326b035cb53", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 149, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "4a47efad70aed38e5a3f4ec519584f08d4e9cd89a12fbc9ee9b1f1ee206a651b", + "generatedTokens": 128, + "generatedTokenIdsSha256": "5f484f0b690fbbbd7b191362a72ac31a1b6a144b01ae66d8dcd6c1534fefa6ac", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " def change_base(x: int, base: int):\n if base < 2:\n raise ValueError(\"Base must be at least 2\")\n \n digits = \"0123456789ABCDEF\"\n result = \"\"\n \n while x > 0:\n result = digits[x % base] + result\n x //= base\n \n return result\n\n# Test cases\nprint(change_base(8, 3)) # Output: '22'\nprint(change_base(8, ", + "textSha256": "989bb04aa2d7f6c2866b285ca0544d96e6e24bc7bcb0e5b84cbf681254045fcb", + "taskScore": { + "candidate_sha256": "354d867d251521e0b398acfa9a0dc33e4127f2fff63684f4db8f83ba29e5c91e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 16, + "offset": 18 + }, + "code_executed": false + } + } + ] + }, + { + "id": "HumanEval/133", + "domain": "code", + "label": "Python code", + "withinDomainIndex": 2, + "selectionRank": "03661faa70d0db8ba0c1d391356f9c7cdb8f50ccbeedc0911f6b2a3be0190ed3", + "sourceTextSha256": "8c46f1b09d1a8179497c272a2597766eb2a53fbd00cb8cdd8a8446e547103a13", + "sourceCharacters": 466, + "sourceTokens": 166, + "promptTokensByCondition": { + "s0_eos": 191, + "s1_eos": 207, + "s0_bos": 191, + "s1_bos": 207, + "s0_x": 191, + "s1_x": 207, + "s0_period": 191, + "s1_period": 207 + }, + "batchPromptTokens": 207, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 191, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "7b84065a1b5a2ed75dc3a7b4946b265f6ddc8294e89dfc581c7da9b0cc5a938c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "a2dbf0c3f67f04d628c413a761f8740e12071c816607e9d7890ec127bfc327f0", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve the problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling).\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Step 1: Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in lst]\n \n ", + "textSha256": "4725215dd1e9e7bd48066204ae9441c08d2d6a94ebe4a4896e56bbffe626faf5", + "taskScore": { + "candidate_sha256": "8f53ff11e987a2c4109f3532430f6299bd4049682be4ea4225bf7465a5eab61f", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 207, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "e4276f9ff4296a6c846b43bbc3fa2221ec810ffd93bb6b2222e1f3a3228422a0", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0df3093e91f3bab89462fa46f76ec2c7c0f37a86f2ba412235e7319d58a914fb", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Convert each element in the list to its absolute value (to ensure we consider negative numbers as positive for the sum).\n2. Round each element to the next integer greater than or equal to the original value using the `math.ceil()` function.\n3. Square each element.\n4. Sum all the squared elements.\n5. Round the sum to the nearest integer using `round()` or `math.ceil()`.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\n", + "textSha256": "5f7441ac8a122ef1539c4e109061ebc58cc40b247ac6e1fa74289ab04fff754a", + "taskScore": { + "candidate_sha256": "c5af02beba50931cac425a1226301762e8127735cf1da182276947b406c9b9e9", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 9, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 191, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "ee3860ad1a33de8e8372314fe4db11d3787a9a2f20e9ee7ff23ed6c1d834e044", + "generatedTokens": 128, + "generatedTokenIdsSha256": "89260223e6664d8662e604a59e15cd5ef85df7e27f59e9547fa7728214911ddd", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we always get a whole number.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in", + "textSha256": "d1d005a5386951eff72e37747a08d58395882c7955b0f7419c01549e20043979", + "taskScore": { + "candidate_sha256": "078067726c9f9fb7d6666f44cdf42052a712c4a5e8d107dcd09b734295a48058", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 207, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "5473c54512924d23c4b17924fbf1d8d7d4afb2d78ff619de2c5b7add1c6fda30", + "generatedTokens": 128, + "generatedTokenIdsSha256": "e69e4f9757c833a145e6b87212c946c19766d0bb41b3e3a84f8048d1c1cdfc66", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we only square the numbers.\n2. Calculate the sum of the squared numbers.\n3. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in lst]\n \n # Calculate the", + "textSha256": "97584eae13f541e1b025bca491a980edabeb385c7d2164e01498d3dab8fac2d7", + "taskScore": { + "candidate_sha256": "77c5ef822a99b4f3af2cd205e3b55917a6b5695583ec2061fb70303ff578a7dc", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 7, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 191, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "bf0d4583be831e2c74147cd47eee6fedc28e35effde0efda5728df8186330eef", + "generatedTokens": 128, + "generatedTokenIdsSha256": "89260223e6664d8662e604a59e15cd5ef85df7e27f59e9547fa7728214911ddd", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we always get a whole number.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in", + "textSha256": "d1d005a5386951eff72e37747a08d58395882c7955b0f7419c01549e20043979", + "taskScore": { + "candidate_sha256": "078067726c9f9fb7d6666f44cdf42052a712c4a5e8d107dcd09b734295a48058", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 207, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "ee2daeb568041b52ce494749ceeb0c6fd06a7f9ce8a2b6ef8ab2377e1e246d66", + "generatedTokens": 128, + "generatedTokenIdsSha256": "821816eabc9541cc39aa21fbf968f4b8491770bcced18050cf692109e47e9e1e", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to perform the following steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we only square whole numbers.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [int(round(x)) for x in lst]\n ", + "textSha256": "f19fb45d7afb56494dfaea113ce96b1c045a65d3812f7370257a98bc0f87865c", + "taskScore": { + "candidate_sha256": "ab4e0c4e11eeccc1419b11dc386f3d9d9bcbbbdd7d7418d5c469854c05ed15f1", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 191, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "5e556876b30e7de83e1d58a9331853ee7adff92957c6421cf176331235fe7f80", + "generatedTokens": 128, + "generatedTokenIdsSha256": "d3c76cd262d55239ce43d7bc9cba3cf41c88787a08a300a5cc1988721427ed02", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we only square the numbers and not the strings.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x)", + "textSha256": "fe32cd7c2765f26e7e57c654273455a7d54b59e92e795993f614d188930ea1ce", + "taskScore": { + "candidate_sha256": "e05f107815a599a1564bce8018b777265f93b078ca02af805104e455d320111c", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 207, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "537648bc701d6509e6c7925284b842e598400c662918f3b2319d0e54a404019c", + "generatedTokens": 74, + "generatedTokenIdsSha256": "a96d4d398ece12ebb86170c95a112480e6781b5c8564676c0bfb99e006de3faa", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " def sum_squares(lst):\n # Round each element in the list to the upper int(Ceiling)\n rounded_lst = [int(x) for x in lst]\n # Calculate the sum of squared numbers\n squared_sum = sum(x**2 for x in rounded_lst)\n return squared_sum", + "textSha256": "feac86b93f35acaa5792c576d649424cd542a09eb5472c75bac21558be489784", + "taskScore": { + "candidate_sha256": "f0f47ad5d481f48cd88b6091c1eceb093e44040c9f22c0cd3f5984bd2533f9ea", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "HumanEval/23", + "domain": "code", + "label": "Python code", + "withinDomainIndex": 3, + "selectionRank": "03b3c7329e474bf8e9660969ed5898d561e718f12a59d2fc1ed641be54b68860", + "sourceTextSha256": "0bb479f80d27872f6bebc01618112b372cc8a2e6aee9e4b76337e3b3416418c7", + "sourceCharacters": 132, + "sourceTokens": 42, + "promptTokensByCondition": { + "s0_eos": 67, + "s1_eos": 83, + "s0_bos": 67, + "s1_bos": 83, + "s0_x": 67, + "s1_x": 83, + "s0_period": 67, + "s1_period": 83 + }, + "batchPromptTokens": 83, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 67, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "cb47bc5c0e78c4ab62201c207af6c0385abba0c85cc1a22c130a8b6a445a1116", + "generatedTokens": 128, + "generatedTokenIdsSha256": "fcada33f81a8d9d3924754f49d4c4f58245b256c2078d494d2036f67f5d500e5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Here is the implementation of the `strlen` function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n\n# Test cases\nprint(strlen('')) # Expected output: 0\nprint(strlen('abc')) # Expected output: 3\nprint(strlen('Hello, World!')) # Expected output: 13\n```\n\nThis function uses Python's built-in `len` function to determine the length of the input string. The `len` function returns the number of items", + "textSha256": "7b59361793d3627006a37851a09f8563036820ae03dab6e68d45587d285ed8f2", + "taskScore": { + "candidate_sha256": "7897188c3cb91527449f69dcd0c4473974736a470998152874ccf04e6df93e37", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 83, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "82597f376eaa8456e5ef6faa9ca76898c8a26dc24355f8548d4588aca4a36df0", + "generatedTokens": 71, + "generatedTokenIdsSha256": "0a81818d1ff5c7a2b2a89805328794df308d6cd4ac7e0d5f47069842174d15b3", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " Here's the implementation of the `strlen` function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n```\n\nThis function simply returns the length of the input string by using Python's built-in `len()` function.", + "textSha256": "c6f4eb869288b3103dbb7b271134cfbe8e870235c6f8e79caeb76689167fbf3c", + "taskScore": { + "candidate_sha256": "aac1b2005230da60d09fe75f852bfc4c24e16d9de060c4d7c31b227d860307bf", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 67, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "45e00434df50a11d9fc7fcecfdcd2801af37014c711ad35437b6c3b66333f13e", + "generatedTokens": 128, + "generatedTokenIdsSha256": "a6d29798ffd53b7e79673721edd1878a08e62d1d12b765695797639b52b9bba9", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The function `strlen` is defined to return the length of a given string. The function takes a string as an argument and returns an integer representing the length of the string.\n\nHere's the implementation of the function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n```\n\nThis function uses Python's built-in `len` function to calculate the length of the string. The `len` function returns the number of items in an object, which in this case is the number of characters in the string", + "textSha256": "bd1b4fac79f98d5108962372fcc05ea34ccc5ddd3c91809dd51279a9ccac0f9a", + "taskScore": { + "candidate_sha256": "aac1b2005230da60d09fe75f852bfc4c24e16d9de060c4d7c31b227d860307bf", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 83, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "fdfddae640dc75ab1b51c7ab606e82efd1d0785b1980843adc823118ba04b9ec", + "generatedTokens": 128, + "generatedTokenIdsSha256": "c0b8bbc904f8ff1d5ff796baa7ad5c91c225cbbf960e880a9d0ebe725e3e630a", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To implement the `strlen` function in Python, you can use the `len` function, which returns the length of a string. Here's the complete function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n\n# Example usage:\nprint(strlen('')) # Output: 0\nprint(strlen('abc')) # Output: 3\n```\n\nThis function takes a string as an argument and returns its length. The `len` function automatically counts all characters in the string, including spaces", + "textSha256": "36a8180efa91529d46803252f5ee9ea11507259683f9d108029f6254c910566c", + "taskScore": { + "candidate_sha256": "74f33e189fe5c71b7a2bc81a0b26b36a45c640674bbf3bdadaa313c6b4404b6d", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 67, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "5854ab6a5ff35cb37f7ab3b7a7ebea68ffa4cc02b05d668a2e087e39b28cb1d3", + "generatedTokens": 128, + "generatedTokenIdsSha256": "b8c6fdeba7d6db4c21c9c37f37b1a69f6ff38f0f6943202762363aed9bbe9a7d", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To implement the `strlen` function, you can use the following Python code:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n```\n\nThis function uses Python's built-in `len()` function to determine the length of the input string. The `len()` function returns the number of items in an object, which in this case is the number of characters in the string.\n\nHere's how you can test the function with the provided examples:\n\n```python\nprint(strlen('')) #", + "textSha256": "266f76ba28d163e0793666cda908e8cf3e867a3839f813b544c6b23c86d28598", + "taskScore": { + "candidate_sha256": "aac1b2005230da60d09fe75f852bfc4c24e16d9de060c4d7c31b227d860307bf", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 83, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "7542edb390d1f29af1273083ba591b257398ab4c1eecf864bbc52663edea9850", + "generatedTokens": 53, + "generatedTokenIdsSha256": "69fad8c4eb2a45c2965c4ca8530af6af58724bd20406d6aa5aafd7c1f239f76f", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " ```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string\n >>> strlen('')\n 0\n >>> strlen('abc')\n 3\n \"\"\"\n return len(string)\n```", + "textSha256": "b6132b60b7e0b2beabaee066e1b4c4f0368072576cd8578e528b8c45fd9abfb3", + "taskScore": { + "candidate_sha256": "831c4d6a608f99826ae7fb5dc85b3f25a5aebf7643e2dec1468c8a442c7f751b", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 67, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "2f54a215c9dbb510d46c5a9ec14a563ab2d8bcd06081a351221e49244ff23ee7", + "generatedTokens": 128, + "generatedTokenIdsSha256": "9dcb99790c42bc486369a64c39ce6427f6e14b40765f4fb005b30981902e637e", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The function `strlen` is defined to return the length of a given string. However, the function does not actually return the length of the string. Instead, it returns 0 for an empty string and 3 for the string 'abc'.\n\nTo fix this, you need to iterate through the string and count the characters. Here's the corrected function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string\n >>> strlen('')\n 0\n >>> strlen('abc')\n 3\n \"\"\"\n count = 0\n for", + "textSha256": "82847ffff80558a745af9387ace6ec888b41c41a7074fa9fca27fb26d1bf09a9", + "taskScore": { + "candidate_sha256": "ffde378bd4a8ac3da5c16540a3ddc2f29d6d7da7974e43bf539018b23fd2299c", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 83 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 83, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "19eb1141be8bf17769a49defff6edd7401bce652f18c7df994b21151755aca3a", + "generatedTokens": 48, + "generatedTokenIdsSha256": "f8eebd031ad078516c8440851176176962b288167d2b641d54ccf57d4676d232", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " def strlen(string: str) -> int:\n \"\"\" Return length of given string\n >>> strlen('')\n 0\n >>> strlen('abc')\n 3\n \"\"\"\n return len(string)", + "textSha256": "e55ad8094293e4c6fa4fe7efbb83b0c4275a2627227745fffa4cfe85907c8abe", + "taskScore": { + "candidate_sha256": "831c4d6a608f99826ae7fb5dc85b3f25a5aebf7643e2dec1468c8a442c7f751b", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "gsm8k/test/1069", + "domain": "math", + "label": "Grade-school math", + "withinDomainIndex": 0, + "selectionRank": "000946b459ce33a645f403b9d781a7aefd81f5568412149f4588381fed55b1d7", + "sourceTextSha256": "0cc2ca2bdd6ee8d664eb1197e8020bac71c25ba0ce52d813fc4adbf08df22378", + "sourceCharacters": 522, + "sourceTokens": 107, + "promptTokensByCondition": { + "s0_eos": 131, + "s1_eos": 147, + "s0_bos": 131, + "s1_bos": 147, + "s0_x": 131, + "s1_x": 147, + "s0_period": 131, + "s1_period": 147 + }, + "batchPromptTokens": 147, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 131, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "af8148f2dd065587b6d5a13e8fe115de24ccbdaa6dacd40254d522b17c1ff83b", + "generatedTokens": 128, + "generatedTokenIdsSha256": "a7f5f5624d3a12b1f3522c88b66f251c24b3ad8d018eac17eac72fb5f8a6afbf", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks", + "textSha256": "7ed58ba91d377827d2f6bc9f69597860431aefcde487a0dbefbf9f9a9c71bde1", + "taskScore": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 147, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "6fc9f186b31f6926a443a0d8218e5e92ff09af381a872054c954792ca2d2204f", + "generatedTokens": 128, + "generatedTokenIdsSha256": "a7f5f5624d3a12b1f3522c88b66f251c24b3ad8d018eac17eac72fb5f8a6afbf", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks", + "textSha256": "7ed58ba91d377827d2f6bc9f69597860431aefcde487a0dbefbf9f9a9c71bde1", + "taskScore": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 131, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "24dd306a5686c350327c6a23c72a83fc0e9539674bb9956eb3527c68914b70cc", + "generatedTokens": 128, + "generatedTokenIdsSha256": "960b1ae5cafa60d0157f660671a2dea05ff4020c32105fb7c660f55e9bb40f37", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser dispatched was 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks = ", + "textSha256": "b76338f5fb0186b5821727635b3cadfe01ad52952828a4fd7a49844cbf77ff59", + "taskScore": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 147, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "9fb414bf7d783b9126038381d3d05e6c636a850ff5ce0c31e436a722dc0d9eba", + "generatedTokens": 128, + "generatedTokenIdsSha256": "37502a850f529a0705ede68ccfd487b910439b0dc0b3455f857c7b1cc2e5211a", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser dispatched was 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures.\nThis means that 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nThe trucks that did not have mechanical failures were 20 trucks - 5 trucks = 15 trucks.\n", + "textSha256": "58500fd9bda17551a68ef7070e5ae9740f81b8adced1a6e1c74a66a7d0baabc4", + "taskScore": { + "gold_final": "300", + "predicted_final": "15", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 131, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "649621b617e9d4e0eeb4cd1bfa2abde7beba97e78de3598f23447098686b2252", + "generatedTokens": 128, + "generatedTokenIdsSha256": "cc6a1362e26f35269f77a6f8495eac53a861b8a099529af8196889d7dfabe6c4", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was supposed to be delivered was 20 trucks * 20 tons/truck = 400 tons.\n\nHowever, a quarter of the trucks had mechanical failures and could not deliver the fertilisers.\nSo, the number of trucks that had mechanical failures is 20 trucks / 4 = 5 trucks.\n\nThese 5 trucks were supposed to deliver 5 trucks * 20 tons/truck = 1", + "textSha256": "1f32d698669b2f8330eaaa32cf28d64641cea54e45abfbf104d025d3a2878933", + "taskScore": { + "gold_final": "300", + "predicted_final": "1", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 147, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "a846fa2918690d92f2ebda2b3478d1c61be06006d33f21cc62b46e565398da36", + "generatedTokens": 112, + "generatedTokenIdsSha256": "38b791aa6f593bb8cc65ab6404ad8b9b9f4026d1f667701d06b7c88597ee07dd", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " Mr Hezekiah dispatched 20 trucks, but a quarter of them had mechanical failures. A quarter of 20 is 20/4 = 5 trucks.\nSo, 20 - 5 = 15 trucks were able to deliver the fertilisers to the farmers.\nEach truck was carrying 20 tons of fertiliser, so the total number of tons of fertiliser that reached the farmers is 15 * 20 = 300 tons.\nThe answer is: 300", + "textSha256": "79ea0183839c01a5e4e2f93ebc4e65ebfa7c47b626ae808efe0bac0fdf7380b2", + "taskScore": { + "gold_final": "300", + "predicted_final": "300", + "final_numeric_exact": true + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 131, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "c9871468f54fb12742eb484332b45383b61d6ba4fc0250e2f2d929165251b35b", + "generatedTokens": 128, + "generatedTokenIdsSha256": "e578ae349e89c622ad28d6c46838aba3068edc0d7bdbadba8d6d30bda834ec2e", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures.\nThis means that 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nThe trucks that did not have mechanical failures were 20 trucks - 5 trucks = 15 trucks", + "textSha256": "ce5b1bd1321a036b46b5fc1c2e47616958843d1b0e3aa41cd32c2887bd9e5949", + "taskScore": { + "gold_final": "300", + "predicted_final": "15", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 147, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "c2f1b1ae4a81b97e603806b23729d92b118bc3de70c647ae0d91c62f6b6912cc", + "generatedTokens": 128, + "generatedTokenIdsSha256": "48057dfe9966261d187bbb279ea0dd861cfed6056b421c5f7a03bf1deec74b81", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Mr Hezekiah dispatched 20 trucks, each carrying 20 tons of fertiliser. So, the total amount of fertiliser dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures. This means 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nSince these 5 trucks had mechanical failures, they could not deliver the fertilisers to the farmers. Therefore, the total amount of fertiliser that reached the farmers", + "textSha256": "5324035b6677cedef39da68a204c2c7ea66605c51d8359cc9af573f3f4ba7fbe", + "taskScore": { + "gold_final": "300", + "predicted_final": "5", + "final_numeric_exact": false + } + } + ] + }, + { + "id": "gsm8k/test/1228", + "domain": "math", + "label": "Grade-school math", + "withinDomainIndex": 1, + "selectionRank": "002201d4cbc0b85d338597dcb68c3ffd4d00ef12b7b44e352c5bc1911d6fa984", + "sourceTextSha256": "3931b6363f3a060ca7cb0774662127e64007e9f34ce209edddca77425e20a479", + "sourceCharacters": 152, + "sourceTokens": 36, + "promptTokensByCondition": { + "s0_eos": 59, + "s1_eos": 75, + "s0_bos": 59, + "s1_bos": 75, + "s0_x": 59, + "s1_x": 75, + "s0_period": 59, + "s1_period": 75 + }, + "batchPromptTokens": 75, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 59, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "32ada50df0fccf416d8c91e21dbb4bdd2246fcd7afaa04a69f1f38fc50f8ca5c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "textSha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "taskScore": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 75, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "f30e793e92ed3c09cac2e94c1d37a636ca60e1ff8d4e540bd4bb32914bc9f728", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "textSha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "taskScore": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 59, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "d5adb63b1170d4de4efa1a3bd0d7a788716fcbcc0c917b69c18b5337bdc916f2", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "textSha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "taskScore": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 75, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "b4cdcd54cc58f8c8f30968af667a84f2bdf51d2e846eacfd3940fe23d6c8d47d", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "textSha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "taskScore": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 59, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "4f2aa6f9a7b8d503d88375079069a0eee4c1a3a4f777ada27d9de74dfbb5aa35", + "generatedTokens": 128, + "generatedTokenIdsSha256": "e872001ccfb60969bd025932aa4710322708961d069aab2460954609573747df", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has with the first letter of their name. So, S is for Samantha, Sh is for Shelley, and K is for Kim.\n\nFrom the problem, we know that Samantha has 27 paintings. We also know that Samantha has 12 fewer paintings than Shelley. So, we can write this as:\n\nSh = S + 12\n\nSubstituting the value of S (which is 27) into the equation, we get:\n\nSh = 27 + 12 = 39\n\nSo, Shelley has 3", + "textSha256": "43a881b2bd550649b89d9e1a3725387684c95aee9396a342d7cd0cd61539bc4a", + "taskScore": { + "gold_final": "31", + "predicted_final": "3", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 75, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "54226ca7cb7587db7663475656cf6e7887cb2a17374c3137ec81a3ac07746e20", + "generatedTokens": 80, + "generatedTokenIdsSha256": "abccf29a6c329726f09ebc2c214b5c259a1661eb1a05bbb7e8c0aca1abcdd74d", + "hitEos": true, + "stoppedAtMaxNewTokens": false, + "text": " If Samantha has 12 fewer paintings than Shelley, and Samantha has 27 paintings, then Shelley has 27 + 12 = 39 paintings.\nIf Shelley has 8 paintings more than Kim, then Kim has 39 - 8 = 31 paintings.\nTherefore, Kim has 31 paintings.\nThe answer is: 31", + "textSha256": "c1d2d377257545cc8805b3f6215df9c84f4d9ad17a7df50edbde11a519f4440a", + "taskScore": { + "gold_final": "31", + "predicted_final": "31", + "final_numeric_exact": true + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 59, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "945934580628dcd1edf2a85b5c83c6afb72ffde9ddec26f5568f6780c953ee22", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "textSha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "taskScore": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 75, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "a3debe06e713b24eeba50430c4ab26a96682361c0ad76de71fc9a9e5c319efda", + "generatedTokens": 128, + "generatedTokenIdsSha256": "67279dfc263a6a9c5bda871cfc3b30810a618a56c179025be7762835895a8298", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's denote the number of paintings each person has with the following variables:\n\n- S: the number of paintings Samantha has\n- K: the number of paintings Kim has\n- N: the number of paintings Shelley has\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = N - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: N = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 2", + "textSha256": "9636380de58b3b86779e8cfb6b469cba78b696ae6f0ba7456ecad5e29c55026b", + "taskScore": { + "gold_final": "31", + "predicted_final": "2", + "final_numeric_exact": false + } + } + ] + }, + { + "id": "gsm8k/test/0144", + "domain": "math", + "label": "Grade-school math", + "withinDomainIndex": 2, + "selectionRank": "004a245538bdc42cc175a178c73dfaaaebc9713e3215ffcdfb9400fb63b3a941", + "sourceTextSha256": "8f2ecd574d8c8738ec87b6ba3a3af24f9cbf35d832733c98e65546f7ee59725d", + "sourceCharacters": 615, + "sourceTokens": 131, + "promptTokensByCondition": { + "s0_eos": 155, + "s1_eos": 171, + "s0_bos": 155, + "s1_bos": 171, + "s0_x": 155, + "s1_x": 171, + "s0_period": 155, + "s1_period": 171 + }, + "batchPromptTokens": 171, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 155, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "d8dc51585cedab0a1ad0851d7e762b43f4e0c384234e27717205b618bdbcd926", + "generatedTokens": 128, + "generatedTokenIdsSha256": "eb6208e0cd0d68ee3bdfcb8137d66571549f6abeeea61f657be61f6737e4b014", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Kim has 3 regular clients and is talking to 5 potential clients, so he has a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need 8 * 2 = 16 bottles of bleach.\nHe will also need 8 packs of cloths, so he will need 8 * 5 = 40 packs of cloths.\nThe cost of bleach will be 16 * $2 = $32.\nThe cost of cloths will be 40 * $5 = $200.\nHis total expenses", + "textSha256": "3402ea3bac0514213a930c3fadd9bf91d2b2cee4b1f200731b98440a4be4d2ad", + "taskScore": { + "gold_final": "20", + "predicted_final": "200", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 171, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "e9be7845cdbf1b842381628cfb7fc89a2856e64d6ad742734daccb7870279f73", + "generatedTokens": 128, + "generatedTokenIdsSha256": "565dfd1ee7c77f6ddccd54209f620d248e16e349cc3861e630d3cd08b743e24e", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Kim has 3 existing clients and is talking to 5 potential clients, so he will have a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need 8 * 2 = 16 bottles of bleach.\nHe will also need 1 pack of cloths for each client, so he will need 8 * 1 = 8 packs of cloths.\nThe cost of 16 bottles of bleach will be 16 * $2 = $32.\nThe cost of 8 packs of cloths will be 8 * $", + "textSha256": "8901ddc1550997f3fdb9db46e0e3cc8d62dbf21192ce2595b64f9b2f09dba334", + "taskScore": { + "gold_final": "20", + "predicted_final": "8", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 155, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "a89ab243876f7c105b1c01767c58563ab499075e13f272a28eede5c49f89352c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "38eba0e97f2c28b84f4bddfe4c6808e739e8bb251ab880b03e4877ebc325d879", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's break down the problem step by step.\n\nFirst, let's calculate the cost of bleach and cloths for one client. \n\nKim needs 2 bottles of bleach and a pack of cloths to clean each client's home. The cost of bleach is $2 per bottle and the cost of a pack of cloths is $5. \n\nSo, the total cost for bleach and cloths for one client is 2 * $2 + $5 = $4 + $5 = $9.\n\nNow, let's calculate the cost for all the clients. Kim has 3 current clients", + "textSha256": "213d9981b8372df3de676ba968fccfb8dd9c5dab5956ca5883f2be77aa428973", + "taskScore": { + "gold_final": "20", + "predicted_final": "3", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 171, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "bbd3ea174b21ab94a23b9e995341c8e3a84cdab258103589011248700967da39", + "generatedTokens": 128, + "generatedTokenIdsSha256": "b9de73767e23889c3c40881e346e490b3ea330a72abe4d97934e0a91c3be6d90", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Kim has 3 regular clients and is talking to 5 potential clients, so he will have a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need a total of 8 * 2 = 16 bottles of bleach.\nHe will also need 8 packs of cloths, so he will need a total of 8 * 1 = 8 packs of cloths.\nThe cost of bleach for each client is $2, so the total cost of bleach will be 8 * $2 = $16.\nThe cost of cloths", + "textSha256": "d4d1f0146f58e565faf470d9e69613fbe071f0ae4ed0c27b23beae64360f6b4d", + "taskScore": { + "gold_final": "20", + "predicted_final": "16", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 155, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "08a9801022d9489dc3c5272ce64b74bc8bed58ead7ebbc435c939d5b3cff837e", + "generatedTokens": 128, + "generatedTokenIdsSha256": "0ecc4ac90f52977d23612aee00bcfcd3f329fa2ed9e9c9be6d024abfa98cc1d6", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Kim has 3 regular clients and is talking to 5 potential clients, so he will have a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need a total of 8 * 2 = 16 bottles of bleach.\nHe will also need 1 pack of cloths for each client, so he will need a total of 8 * 1 = 8 packs of cloths.\nThe cost of bleach for each client is $2, so the total cost of bleach will be 8 * $2 = $16.\nThe", + "textSha256": "dfb8c2beb079fa094bba21b9b8d4530def39c97a63fe048b48008f92789db917", + "taskScore": { + "gold_final": "20", + "predicted_final": "16", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 171, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "e4b78a7bc4de036db8d331132f6847eb184232dbb15949bd7cd731f4b365ee15", + "generatedTokens": 128, + "generatedTokenIdsSha256": "abd0148fdb933c0e7cf903c9865a3e75e0ed9bdcf9f3ebad3c3db02590595136", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " First, let's calculate the total cost of bleach and cloths for one client.\n\nKim needs 2 bottles of bleach and a pack of cloths for each client. The cost of bleach is $2 per bottle, so for one client, the cost of bleach is 2 * $2 = $4. The cost of a pack of cloths is $5. Therefore, the total cost of bleach and cloths for one client is $4 + $5 = $9.\n\nKim has 3 current clients and is talking to 5 potential clients. So, he will have 3 + 5 = 8 clients", + "textSha256": "f3700cbd2cf40a95bee3e77eacaacde62d1fcc6afe3df8ec25b89ddb54b1d461", + "taskScore": { + "gold_final": "20", + "predicted_final": "8", + "final_numeric_exact": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 155, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "85b762195d6e87a0e483912ff46ed28ae1e6703374a433ef6e8406fe5a258399", + "generatedTokens": 128, + "generatedTokenIdsSha256": "2fc4346f34fc239e4b79d640b6d30d624d09e7ee2f4d6e4d59aba7881e0d6bf8", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's break down the problem step by step:\n\n1. Kim has 3 existing clients and is talking to 5 potential clients. So, he will have 3 + 5 = 8 clients in total.\n\n2. Each client will need 2 bottles of bleach and a pack of cloths to clean. \n\n3. The cost of each bottle of bleach is $2 and the cost of each pack of cloths is $5. \n\n4. So, the total cost for bleach for each client is 2 * $2 = $4 and the total cost for cloths for each client", + "textSha256": "e4d1354b41f10c3fba6eaf4cef2a7ed7a52582329b2a0967f8ddc8017a539bb5", + "taskScore": { + "gold_final": "20", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 171, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "8a549e4eefb67f9c7df04d2d81824500fadbeb873948fda10055fbc3bb0ac287", + "generatedTokens": 128, + "generatedTokenIdsSha256": "081a399b6d287553f5e3190b20c2ac6e040b704e88216967d559dbae2742f801", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To calculate the profit, we first need to determine the total expenses and total income.\n\nKim has 3 regular clients and is talking to 5 potential clients. Each client needs 2 bottles of bleach and a pack of cloths.\n\nFor the regular clients:\n- Cost of bleach per client = 2 bottles * $2 per bottle = $4\n- Cost of cloths per client = 1 pack * $5 per pack = $5\n- Total cost per regular client = $4 + $5 = $9\n- Total cost for 3 regular clients = 3 * $9 = $27", + "textSha256": "aa6df261c31d59d9ea36a5b388200cfd0d078b46a5e79c9f1ac0e33e0951a478", + "taskScore": { + "gold_final": "20", + "predicted_final": "27", + "final_numeric_exact": false + } + } + ] + }, + { + "id": "gsm8k/test/1251", + "domain": "math", + "label": "Grade-school math", + "withinDomainIndex": 3, + "selectionRank": "0056e66a635febc5b2ace25221ed8fe25366682898fc2d4d0132b30812f59e30", + "sourceTextSha256": "a45936495f064c16cf6621fe21bf0d84f54f5850bf6bfe19ced45b30c591aa36", + "sourceCharacters": 269, + "sourceTokens": 75, + "promptTokensByCondition": { + "s0_eos": 99, + "s1_eos": 115, + "s0_bos": 99, + "s1_bos": 115, + "s0_x": 99, + "s1_x": 115, + "s0_period": 99, + "s1_period": 115 + }, + "batchPromptTokens": 115, + "batchPaddingSide": "left", + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 99, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "49fe40432f2d059dd188bd35dc10f373d43b74c3d1e0afcb89c1ef642f8d5b6c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "8fc8f72b6cb30f95860fc2f9acccfc22d4ba8c743f1a709a57ae5b1a21aecdf6", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n\n2. The second and third sides each take twice as long as the first side. So, 2 * 5 = 10 minutes. Since there are two sides that take 10 minutes each, the total time for these two sides is 10 * 2 = 20 minutes.\n\n3. The last 2 sides each take half as long as the first side.", + "textSha256": "b757a9c59276f1144f128c347741b06edb901c0c5d4a60fab00ad2727b8851db", + "taskScore": { + "gold_final": "30", + "predicted_final": "2", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "promptTokens": 115, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "9826fc7ee5c2b9677c860ff687740351402c53395073d397a387bb812035d3ed", + "generatedTokens": 128, + "generatedTokenIdsSha256": "4e21108e1d105e39d523f494fbd5b5cfa2a6b3132ad599e49d9488c37a9ee2ee", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n2. The second and third sides each take twice as long as the first side, so 2 * 5 = 10 minutes.\n3. The last 2 sides each take half as long as the first side, so 0.5 * 5 = 2.5 minutes each.\n\nNow, let's add up the time for all the sides:\n\n5 minutes", + "textSha256": "a70c0a8e559bcee9b0b0f57ee9c0dfe5045703047b6f6d88a9d0118acb87f7db", + "taskScore": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 99, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "3fd156e5b2f57688543d3cac4a5a66278ee941a2b714b3ec05a13fb86f7cbe17", + "generatedTokens": 128, + "generatedTokenIdsSha256": "87cc257c453129b0fef7047910b1480bf521d05e2337a89d63c4a7944012743a", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The first side takes 5 minutes.\nThe second side takes twice as long as the first, so it takes 5 * 2 = 10 minutes.\nThe third side also takes twice as long as the first, so it takes 5 * 2 * 2 = 20 minutes.\nThe fourth side takes half as long as the first, so it takes 5 / 2 = 2.5 minutes.\nThe fifth side also takes half as long as the first, so it takes 5 / 2 * 2 = 5 minutes.\n\nAdding up all the times,", + "textSha256": "4a6919d0a4ed72db0b2f7e1d402d449d2e9adefca1d22ab5f4179943f5457cff", + "taskScore": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "promptTokens": 115, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "24f575a36c25b0cb1a7946f43dc44c3801f72245c252e1226d835897e20b0059", + "generatedTokens": 128, + "generatedTokenIdsSha256": "be4449041ae9faba18bf43d7e067c546c5456f8b476056d39c1218b7fd37fa34", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " The first side takes 5 minutes.\nThe second side takes twice as long as the first, so 5 x 2 = 10 minutes.\nThe third side also takes twice as long as the first, so 5 x 2 = 10 minutes.\nThe fourth side takes half as long as the first, so 5 / 2 = 2.5 minutes.\nThe fifth side also takes half as long as the first, so 5 / 2 = 2.5 minutes.\n\nTo find the total time, we add up all the times:\n5 + 1", + "textSha256": "f6daabb6c784861d00a2a40246f5608f2804640412cadb2d60c6690ac94539d1", + "taskScore": { + "gold_final": "30", + "predicted_final": "1", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 99, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "64d49f0054db6205880b0687d129a51debca8056dc7a878500dd0e27b170fcbe", + "generatedTokens": 128, + "generatedTokenIdsSha256": "f6a0fbae7e57a6048cf16506a8835a527c8ea067a512c4f7e28fa3f38053dbc2", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " Let's break down the time it takes for John to solve each side of the Rubik's cube:\n\n1. The first side takes 5 minutes.\n2. The second side takes twice as long as the first, so it takes 2 * 5 = 10 minutes.\n3. The third side also takes twice as long as the first, so it takes 2 * 5 = 10 minutes.\n4. The fourth side takes half as long as the first, so it takes 5 / 2 = 2.5 minutes.\n5. The fifth side also", + "textSha256": "39b6ed5c45387903648298be99aa9d45d4c97072583b1effce880fa83d21b67a", + "taskScore": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "promptTokens": 115, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "344602c1c00a954952d226c6ce8ed07d163c2728ea0b8778732ad9a6432d7d6c", + "generatedTokens": 128, + "generatedTokenIdsSha256": "a72959aa094ce6be8fc02d3e8c70dcb2e482a6384b77fdae30062928092ce8bd", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n2. The second side takes twice as long as the first, so 2 * 5 minutes = 10 minutes.\n3. The third side also takes twice as long as the first, so 2 * 5 minutes = 10 minutes.\n4. The fourth side takes half as long as the first, so 5 minutes / 2 = 2.5 minutes.\n", + "textSha256": "08885cf063f8ee06c62a4a603e69c81cdd24f093de3484bec3aa0b2040031e98", + "taskScore": { + "gold_final": "30", + "predicted_final": "2.5", + "final_numeric_exact": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 99, + "leftPaddingTokens": 16, + "promptTokenIdsSha256": "44c836c323e7e7a07a5153325738d347e28b910234dfb1a8883184546ecadd9f", + "generatedTokens": 128, + "generatedTokenIdsSha256": "7687550d54774fc3f42b8bcff977f3eafa57f2890de215c3fa7b34cd3183d10d", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n2. The second side takes twice as long as the first, so 2 * 5 = 10 minutes.\n3. The third side also takes twice as long as the first, so 2 * 5 = 10 minutes.\n4. The fourth side takes half as long as the first, so 5 / 2 = 2.5 minutes.\n5. The", + "textSha256": "7ea734dad0863a34ce830fa2a7bb15e65cd57e3ae2c20c2b709266fa1b27b5e4", + "taskScore": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "promptTokens": 115, + "leftPaddingTokens": 0, + "promptTokenIdsSha256": "ff4b886b7a2e0289202dd757d2754cc337b6577268f81cdc2ac0b5db5f2edf9f", + "generatedTokens": 128, + "generatedTokenIdsSha256": "3a703cd47a42a9f7b0dbf565dbda882770963db230b21800dff9527740bfbcc9", + "hitEos": false, + "stoppedAtMaxNewTokens": true, + "text": " To solve this problem, we need to determine the total time it takes for John to solve the Rubik's cube. We know the time it takes for each side and the pattern of the time it takes to solve each side.\n\n1. The first side takes 5 minutes.\n2. The second and third sides each take twice as long as the first, so 2 * 5 = 10 minutes each.\n3. The last 2 sides each take half as long as the first, so 0.5 * 5 = 2.5 minutes each.\n\nNow, let'", + "textSha256": "d154ed6355e601dbfde1c0560a7f68e5d58c54a8d5894d9cf6b78097c3025275", + "taskScore": { + "gold_final": "30", + "predicted_final": "2.5", + "final_numeric_exact": false + } + } + ] + } + ], + "contract": { + "source": { + "reference_path": "src/data/deepseek-v2-lite-routing-special-token-family-control.json", + "reference_sha256": "c372c1b03a8b15f615b54ded5d9257a8fc2cdb7728001735d3d4c1d8534af5bf", + "reference_model_revision": "604d5664dddd88a0433dbae533b7fe9472482de0", + "sample_salt": "llm-atlas-deepseek-routing-template-control-v1", + "domains": [ + "english", + "chinese", + "code", + "math" + ], + "per_domain": 4, + "sources": 16, + "full_source_text_used": true, + "reference_routing_target_tokens": 23, + "selection_identity": "same source IDs and ranks as the pinned base-routing special-token experiment; full source text is used for generation rather than the 23-token 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The album is considered one of the most influential and important works in the thrash metal genre, and it has been cited by many critics and musicians as a major influence on their work. However, the release of Reign in Blood was not without controversy.\n\nThe lyrical content of \"Angel of Death\" is centered around the horrific actions of Joseph Mengele, a German physician and SS officer who served as the \"Angel of Death\" in Auschwitz during World War", + "text_sha256": "cd803329136523dc4619de275b6e6f683c3e391b8414f02febe134250ac32464", + "task_score": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 154, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "94dadd54d4e285af191cd433d2a3e77f04e990f15ec14046501e3711187f4ce7", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 5654, + 440, + 57199, + 280, + 18670, + 1, + 457, + 324, + 9701, + 11, + 588, + 317, + 245, + 6751, + 8991, + 5654, + 11, + 661, + 742, + 1079, + 4426, + 285, + 41862, + 30209, + 13, + 3410, + 30209, + 13364, + 786, + 245, + 1590, + 12, + 9641, + 7601, + 779, + 1216, + 12906, + 2012, + 276, + 1245, + 279, + 245, + 10490, + 2320, + 5427, + 6368, + 4532, + 13, + 9028, + 280, + 1069, + 30209, + 11, + 254, + 1245, + 779, + 778, + 279, + 5361, + 280, + 245, + 2567, + 4236, + 2607, + 2424, + 5859, + 20804, + 21121, + 3320, + 6, + 83, + 1121, + 276, + 6255, + 254, + 324, + 9701, + 6, + 82, + 11679, + 2424, + 440, + 2777, + 621, + 279, + 26713, + 883, + 1955, + 778, + 19873, + 344, + 254, + 5654, + 285, + 254, + 11679, + 6, + 82, + 4831, + 2460, + 778, + 1653, + 33828, + 285, + 1667, + 23453, + 1245, + 13, + 185, + 185, + 549, + 11679, + 438, + 3308, + 441, + 7964, + 11, + 548, + 1913, + 4236, + 2607, + 2424, + 3824, + 539, + 255, + 21121, + 6143 + ], + "generated_token_ids_sha256": "cdea16692bbc8963e59843f8b1105f3dbbb37cf2ce96144cee0d45aaadb666fa", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The song \"Angel of Death\" by Slayer, which is a heavy metal song, had some very dark and disturbing lyrics. These lyrics talked about a real-life doctor who did terrible things to people in a hospital during World War II. Because of these lyrics, the people who were in charge of a big music company called Def Jam Records didn't want to release the Slayer's album called \"Reign in Blood.\" They were worried that the song and the album's cover art were too scary and might upset people.\n\nThe album was almost not released, but another music company called Geffen Records decided", + "text_sha256": "d205d1ef7bf3a62bcb4a729a1b23436d3139184a55408e325ef0d7409e7f9cdb", + "task_score": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 138, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "7c2072be2dbef455fc3a7469ca40fe34a64ac83cea4d048e3000a989b0a4ce91", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 207, + 16, + 24, + 23, + 21, + 11679, + 440, + 2777, + 621, + 279, + 26713, + 1, + 457, + 254, + 4121, + 7682, + 1260, + 8991, + 4219, + 324, + 9701, + 17815, + 4485, + 10694, + 279, + 895, + 6255, + 3266, + 276, + 254, + 34959, + 96287, + 3093, + 280, + 634, + 280, + 895, + 14720, + 11, + 440, + 57199, + 280, + 18670, + 883, + 429, + 5654, + 11, + 588, + 317, + 245, + 56170, + 1614, + 2654, + 280, + 254, + 48876, + 42023, + 364, + 6399, + 275, + 11, + 245, + 8565, + 57433, + 16222, + 11231, + 285, + 22429, + 11, + 643, + 803, + 13587, + 58964, + 327, + 895, + 19151, + 285, + 41862, + 93670, + 280, + 6997, + 10606, + 13185, + 331, + 3807, + 13388, + 279, + 45522, + 358, + 53012, + 2320, + 5427, + 6368, + 4532, + 13, + 185, + 185, + 549, + 4219, + 11, + 324, + 9701, + 11, + 438, + 10785, + 276, + 5859, + 20804, + 21121, + 11, + 588, + 279, + 1947, + 661, + 245, + 4971, + 3822, + 366, + 21005, + 21121, + 11, + 634, + 280, + 254, + 8397, + 4236, + 5212 + ], + "generated_token_ids_sha256": "35cf59ddd9026002330d5c5de4e7fcad4f47c8fa0f0a203e1f860151abc4ef88", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced significant challenges in its release due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The song, which is a fictionalized account of the notorious Josef Mengele, a German Nazi SS officer and physician, has been widely criticized for its graphic and disturbing portrayal of medical experiments conducted on human subjects in Auschwitz during World War II.\n\nThe band, Slayer, was signed to Def Jam Records, which in turn had a distribution deal with Columbia Records, one of the largest music companies", + "text_sha256": "88ec3af98fe26beeba4814ff982dfe13d9a822feaa1701599abf9afae647068e", + "task_score": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 154, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "f8031307ed1f5c0894c3e6e54e868e89e56d9286d9bda5b61005fd2546cb6c8b", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 207, + 16, + 24, + 23, + 21, + 324, + 9701, + 11679, + 440, + 2777, + 621, + 279, + 26713, + 1, + 17815, + 28572, + 279, + 895, + 6255, + 3266, + 276, + 254, + 34959, + 96287, + 3093, + 280, + 254, + 5654, + 440, + 57199, + 280, + 18670, + 883, + 429, + 4219, + 438, + 10785, + 276, + 5859, + 20804, + 21121, + 11, + 588, + 279, + 1947, + 661, + 245, + 4971, + 3822, + 366, + 21005, + 21121, + 13, + 21005, + 21121, + 438, + 77491, + 276, + 6255, + 254, + 11679, + 11, + 15970, + 1373, + 280, + 11820, + 8073, + 254, + 19151, + 4910, + 280, + 254, + 11679, + 6, + 82, + 28329, + 11, + 588, + 657, + 24712, + 440, + 14515, + 19151, + 883, + 185, + 185, + 2124, + 245, + 1230, + 11, + 254, + 11679, + 6, + 82, + 6255, + 438, + 60302, + 11, + 285, + 359, + 1216, + 441, + 3976, + 331, + 3824, + 539, + 255, + 21121, + 6, + 6269, + 6255, + 10537, + 2645, + 7579, + 207, + 22, + 11, + 207, + 16, + 24, + 23, + 21, + 13, + 1002, + 8401, + 438, + 245 + ], + "generated_token_ids_sha256": "865bb0de2e480767aeded3b9318ad550fd7a630d05cd980a744d111efcf3e442", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The 1986 Slayer album \"Reign in Blood\" faced delays in its release due to the controversial lyrical content of the song \"Angel of Death.\" The band was signed to Def Jam Records, which in turn had a distribution deal with Columbia Records. Columbia Records was hesitant to release the album, primarily because of concerns regarding the graphic nature of the album's artwork, which they deemed \"too graphic.\"\n\nAs a result, the album's release was postponed, and it did not appear on Geffen Records' official release schedule until October 7, 1986. 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The band was signed to Def Jam Records, whose distributor, Columbia Records, was hesitant to release the album because of the graphic nature of the artwork, which they found \"too graphic.\" As a result, Geffen Records eventually took over the distribution of \"Reign in Blood,\" but the controversy surrounding the album meant that it did not appear on Geffen's official release schedule.", + "text_sha256": "317d9c0ab2d45fa5cdce60547cba707b169071d9c51e5b32ab7c540fcd75bbdc", + "task_score": null + } + ] + }, + { + "id": "tnews/test/4855", + "domain": "chinese", + "label": "中文新闻", + "within_domain_index": 0, + "selection_rank": "000b4d139c925918017352dc899d44353839fb496e1a607335490e402857bf46", + "source_text_sha256": "deb4147668bb781cb7212a520a58f28e45808e316b8cfa57e936c373f8512807", + "source_characters": 30, + "source_tokens": 23, + "prompt_tokens_by_condition": { + "s0_eos": 48, + "s1_eos": 64, + "s0_bos": 48, + "s1_bos": 64, + "s0_x": 48, + "s1_x": 64, + "s0_period": 48, + 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朱日和举行的军事演习是中国人民解放军提高战斗力的重要举措，展现了我军现代化、正规化建设的成果。在演习中亮相的各种先进武器装备，如红旗-17等，都是我国国防科技自主创新的成果，体现了我军科技强军的战略方向。这些成就的取得，离不开中国共产党的英明领导和全国人民的共同努力。我们坚信，在党的领导下，人民军队将继续保卫国家安全和世界和平。", + "text_sha256": "51be7a4497a6a201af736c8b50a02ac2623b0d3153dc7a7b5790d819d1f3b002", + "task_score": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 48, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "e6cdebdac69fde3623fcff79ddb42fc5ffe8fa8bb016078e44f6d0595e3c5c59", + "generated_tokens": 100, + "generated_token_ids": [ + 207, + 14847, + 1479, + 885, + 5277, + 45113, + 63108, + 15326, + 15981, + 17246, + 19304, + 20529, + 748, + 7360, + 9918, + 4978, + 86009, + 27402, + 15981, + 15326, + 64782, + 19304, + 77468, + 11224, + 35590, + 12125, + 9861, + 15981, + 885, + 29129, + 52647, + 13875, + 398, + 612, + 12748, + 748, + 7360, + 9918, + 764, + 19304, + 8510, + 19014, + 25633, + 20207, + 337, + 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朱日和作为我国重要的军事训练基地，举行大练兵活动是国家强化国防和军队现代化建设的重要体现。在这次练兵活动中，各种先进武器装备的亮相展示了我军的强大实力和坚定决心。红旗17等装备的腾空而起，展现了我军在防空反导领域的最新成就，彰显了我国国防科技的进步和军事训练的高水平。我们坚信，在党的领导下，我国国防和军队建设必将不断取得新的更大成就，为维护国家安全和世界和平作出新的更大贡献。", + "text_sha256": "34d557cece94128127c3aeb3d46cec278e1d224bf75376fb3fcfbaf4f7791bce", + "task_score": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 64, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "e26da3903129c70971f74fef75e1dd0a372573a811b9878a29f62019c9cfda57", + "generated_tokens": 77, + "generated_token_ids": [ + 207, + 14847, + 1479, + 885, + 71358, + 27402, + 4556, + 3716, + 30752, + 35590, + 41764, + 5721, + 15715, + 12348, + 3115, + 19304, + 17326, + 41758, + 4031, + 1331, + 17193, + 22962, + 9894, + 885, + 47411, + 25633, + 20207, + 398, + 51979, + 16, + 22, + 1537, + 25633, + 32672, + 39409, + 19304, + 18703, + 41758, + 4031, + 612, + 90194, + 3818, + 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朱日和作为中国人民解放军的重要训练基地，举行大练兵活动是国家军事训练的重要组成部分，展现了我国军队的高水平训练和强大的国防实力。关于具体的军事装备，作为国家机密，不便过多透露。但可以肯定的是，我国的军事装备不断更新换代，展现了我军的现代化水平和维护国家安全的坚定决心。", + "text_sha256": "f33d34ebdd04d74efd037d43aa21ae36ac893f3adefc85d4a3bf76bdd706b7a5", + "task_score": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 64, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "def18002aa7c333a53604a3a7278c824588b22b3321d52be4fc9767abf5b6c38", + "generated_tokens": 117, + "generated_token_ids": [ + 207, + 14847, + 1479, + 885, + 71358, + 27402, + 4556, + 3716, + 30752, + 35590, + 41764, + 5721, + 15715, + 12348, + 3115, + 19304, + 17326, + 41758, + 4031, + 1331, + 17193, + 22962, + 9894, + 885, + 47411, + 25633, + 20207, + 398, + 51979, + 12, + 16, + 22, + 90483, + 47411, + 90194, + 38257, + 5804, + 19304, + 12985, + 39409, + 18703, + 41758, + 4031, + 612, + 90194, + 3818, + 3041, + 32982, 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Here's the implementation:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n if n <= 1:\n return False\n if n <= 3:\n return True\n if n % 2 == 0 or n % 3 == 0:\n return False\n i = 5\n while i", + "text_sha256": "b6da852bc247e0920d03377e61b41de824d274e95ab6787144da4cfbb333e10c", + "task_score": { + "candidate_sha256": "0e8ab3de265c271a24f2d90b7e55e7944005184551c633c3d6cb4b7372c43bab", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 145 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "c6783406e90bf388721019684ddad1e7fb00ae8d7e28588fedc2098130fcfbe9", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 245, + 3892, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 5750, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 17, + 317, + 254, + 889, + 1236, + 9966, + 1604, + 185, + 300 + ], + "generated_token_ids_sha256": "e2c35220c6f9c9692de4986b90bf90734173aa1118125004469223cb3a4d6415", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is a natural number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # 0 and 1 are not prime numbers\n if n <= 1:\n return False\n # 2 is the only even prime number\n ", + "text_sha256": "bc17b7a5f4bc1a99b467983a0f30c7897ca6d04f17273adbb86a2e4a35940c64", + "task_score": { + "candidate_sha256": "945453ce14a76fcdc6a67ee4329d3c73558b825472c63c3ed6ca757d125265b3", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "38c3f8aeedce7475927d567cbc6416a0a5ef9513726fba330253dc7d2224ab62", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 4353, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 11, + 395, + 933, + 276, + 2341, + 565, + 245, + 2028, + 1604, + 2030, + 77, + 63, + 317, + 6146, + 853, + 207, + 16, + 285, + 643, + 642, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 4462, + 6, + 82, + 254, + 9674, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 565, + 291, + 10551, + 207, + 18, + 25, + 185, + 391, + 972, + 10491, + 185, + 300, + 565, + 291, + 3028, + 207, + 17, + 2318, + 207, + 15, + 410, + 291, + 3028, + 207, + 18, + 2318, + 207, + 15, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 460, + 403, + 207, + 20, + 185, + 300, + 1477, + 460 + ], + "generated_token_ids_sha256": "ed914236e9dd4ef112a5cea5216043e6c9f569fca359aea7c1d718b9a02e8c24", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To implement the `is_prime` function, we need to check if a given number `n` is greater than 1 and has no divisors other than 1 and itself. Here's the implementation:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n if n <= 1:\n return False\n if n <= 3:\n return True\n if n % 2 == 0 or n % 3 == 0:\n return False\n i = 5\n while i", + "text_sha256": "b6da852bc247e0920d03377e61b41de824d274e95ab6787144da4cfbb333e10c", + "task_score": { + "candidate_sha256": "0e8ab3de265c271a24f2d90b7e55e7944005184551c633c3d6cb4b7372c43bab", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 145 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "6d288fc010eee1c71df12ad1777bd4232fb5774570082f4d8d846b924a6b4d9c", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 4218, + 372, + 245, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 5750, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 17, + 317, + 254, + 889, + 1236, + 9966, + 1604, + 185 + ], + "generated_token_ids_sha256": "5df78a162231d6101c95a7b66daddc3006fb1ec9a7903662a30d1ac450d0a345", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # 0 and 1 are not prime numbers\n if n <= 1:\n return False\n # 2 is the only even prime number\n", + "text_sha256": "81892f0374820d32630f2ce7a7b9733f21ecd64875cdfd5f6583b0b8339dda43", + "task_score": { + "candidate_sha256": "ec480a472e6b7ddb4f147dbec54ec068b7b4f0638e6a8dd93604097914346d2e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "cb848063b64e250814d3f599ea82a68588dcfdf2fe8141053f798d5c11f5bed2", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 4218, + 372, + 245, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 338, + 9966, + 1604, + 317, + 6146, + 853, + 207, + 16, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 185, + 300 + ], + "generated_token_ids_sha256": "7a61e67159aea5c7eccfd5894772c5c724c3f7f4ec20b1290debc3f2abb5415c", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # A prime number is greater than 1\n if n <= 1:\n return False\n # 0 and 1 are not prime\n ", + "text_sha256": "724aa5cbac3394c125bbdb7e818f8f92448baf3954f40bd59158ebad8c41c0c5", + "task_score": { + "candidate_sha256": "a38bc5cfc1e411ed1714e5ed36661e1a637dac69f65be0d08aac0a4a1e8a4418", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "07c33c0a495f4cf4e660cd5e8edd35416fe77eae15e9b8ce542aefca5d0932dc", + "generated_tokens": 128, + "generated_token_ids": [ + 34083, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 13, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 21, + 8, + 185, + 300, + 14687, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 15, + 16, + 8, + 185, + 300, + 10491, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 16, + 8, + 185, + 300, + 10491, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 18, + 19, + 19, + 16, + 8, + 185, + 300, + 14687, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 21, + 16, + 8, + 185, + 300, + 10491, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 19, + 8, + 185, + 300, + 14687, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 8, + 185, + 300, + 14687, + 185, + 300, + 8066, + 185, + 300, + 565, + 291, + 459, + 207, + 17 + ], + "generated_token_ids_sha256": "86711288ee394767f16bee28e92680ec736acaec2f3728863663be8d8595e521", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " ```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\n >>> is_prime(6)\n False\n >>> is_prime(101)\n True\n >>> is_prime(11)\n True\n >>> is_prime(13441)\n False\n >>> is_prime(61)\n True\n >>> is_prime(4)\n False\n >>> is_prime(1)\n False\n \"\"\"\n if n < 2", + "text_sha256": "2257743ec0789027f377150c661d0425633c19fe85ede4fb4a7ceb763d76eb9a", + "task_score": { + "candidate_sha256": "8b2c4c095b9a7bcfe2f16d0a683c7295a497841a91de308de7985e68ede8272e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 1 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "28a248f8e6baf3e910836ec1212882afd51ccef972a30d6306f604cd3fd10a10", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 4218, + 372, + 245, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 338, + 9966, + 1604, + 317, + 6146, + 853, + 207, + 16, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 185, + 300 + ], + "generated_token_ids_sha256": "7a61e67159aea5c7eccfd5894772c5c724c3f7f4ec20b1290debc3f2abb5415c", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # A prime number is greater than 1\n if n <= 1:\n return False\n # 0 and 1 are not prime\n ", + "text_sha256": "724aa5cbac3394c125bbdb7e818f8f92448baf3954f40bd59158ebad8c41c0c5", + "task_score": { + "candidate_sha256": "a38bc5cfc1e411ed1714e5ed36661e1a637dac69f65be0d08aac0a4a1e8a4418", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "60e9d47943e9ba8869476dcc61e1a943b7e2dcf88d1d7334c44267baa5a8fd5f", + "generated_tokens": 59, + "generated_token_ids": [ + 977, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 565, + 291, + 459, + 207, + 17, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 327, + 460, + 279, + 3169, + 7, + 17, + 11, + 1098, + 7, + 77, + 746, + 15, + 13, + 20, + 8, + 919, + 207, + 16, + 1780, + 185, + 391, + 565, + 291, + 3028, + 460, + 2318, + 207, + 15, + 25, + 185, + 595, + 972, + 14687, + 185, + 300, + 972, + 10491, + 100001 + ], + "generated_token_ids_sha256": "5cc9c902a87c82327d846c4c6298e61a9d3fddfa00127c92e699bc5bfc3e87ac", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " def is_prime(n):\n if n < 2:\n return False\n for i in range(2, int(n**0.5) + 1):\n if n % i == 0:\n return False\n return True", + "text_sha256": "a0f2b66062d9a781aed1e410e9263412406b1ecc6c3fb51a89e82c6d3022221a", + "task_score": { + "candidate_sha256": "28f166261950fa956e299a50872f539d490af163c1b0fb6d316d346fd7644685", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "gsm8k/test/1069", + "domain": "math", + "label": "Grade-school math", + "within_domain_index": 0, + "selection_rank": "000946b459ce33a645f403b9d781a7aefd81f5568412149f4588381fed55b1d7", + "source_text_sha256": "0cc2ca2bdd6ee8d664eb1197e8020bac71c25ba0ce52d813fc4adbf08df22378", + "source_characters": 522, + "source_tokens": 107, + "prompt_tokens_by_condition": { + "s0_eos": 131, + "s1_eos": 147, + "s0_bos": 131, + "s1_bos": 147, + "s0_x": 131, + "s1_x": 147, + "s0_period": 131, + "s1_period": 147 + }, + "batch_prompt_tokens_after_left_padding": 147, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 21.482179046986857, + "peak_cuda_memory_allocated_bytes": 30350097408, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "af8148f2dd065587b6d5a13e8fe115de24ccbdaa6dacd40254d522b17c1ff83b", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 2195, + 1063, + 60522, + 20570, + 2149, + 254, + 4921, + 344, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 331, + 254, + 4559, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 185, + 32, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 317, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120 + ], + "generated_token_ids_sha256": "a7f5f5624d3a12b1f3522c88b66f251c24b3ad8d018eac17eac72fb5f8a6afbf", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks", + "text_sha256": "7ed58ba91d377827d2f6bc9f69597860431aefcde487a0dbefbf9f9a9c71bde1", + "task_score": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "6fc9f186b31f6926a443a0d8218e5e92ff09af381a872054c954792ca2d2204f", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 2195, + 1063, + 60522, + 20570, + 2149, + 254, + 4921, + 344, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 331, + 254, + 4559, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 185, + 32, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 317, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120 + ], + "generated_token_ids_sha256": "a7f5f5624d3a12b1f3522c88b66f251c24b3ad8d018eac17eac72fb5f8a6afbf", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks", + "text_sha256": "7ed58ba91d377827d2f6bc9f69597860431aefcde487a0dbefbf9f9a9c71bde1", + "task_score": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "24dd306a5686c350327c6a23c72a83fc0e9539674bb9956eb3527c68914b70cc", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 56543, + 438, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 2195, + 1063, + 60522, + 20570, + 2149, + 254, + 4921, + 344, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 331, + 254, + 4559, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 185, + 32, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 317, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207 + ], + "generated_token_ids_sha256": "960b1ae5cafa60d0157f660671a2dea05ff4020c32105fb7c660f55e9bb40f37", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser dispatched was 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks = ", + "text_sha256": "b76338f5fb0186b5821727635b3cadfe01ad52952828a4fd7a49844cbf77ff59", + "task_score": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "9fb414bf7d783b9126038381d3d05e6c636a850ff5ce0c31e436a722dc0d9eba", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 56543, + 438, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 13, + 185, + 1567, + 2456, + 344, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 13, + 185, + 185, + 549, + 29120, + 344, + 1216, + 441, + 463, + 16666, + 28715, + 778, + 207, + 17, + 15, + 29120, + 570, + 207, + 20, + 29120, + 403, + 207, + 16, + 20, + 29120, + 13, + 185 + ], + "generated_token_ids_sha256": "37502a850f529a0705ede68ccfd487b910439b0dc0b3455f857c7b1cc2e5211a", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser dispatched was 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures.\nThis means that 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nThe trucks that did not have mechanical failures were 20 trucks - 5 trucks = 15 trucks.\n", + "text_sha256": "58500fd9bda17551a68ef7070e5ae9740f81b8adced1a6e1c74a66a7d0baabc4", + "task_score": { + "gold_final": "300", + "predicted_final": "15", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "649621b617e9d4e0eeb4cd1bfa2abde7beba97e78de3598f23447098686b2252", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 8548, + 276, + 330, + 11803, + 438, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 6501, + 11, + 245, + 8404, + 280, + 254, + 29120, + 661, + 16666, + 28715, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 13, + 185, + 3139, + 11, + 254, + 1604, + 280, + 29120, + 344, + 661, + 16666, + 28715, + 317, + 207, + 17, + 15, + 29120, + 893, + 207, + 19, + 403, + 207, + 20, + 29120, + 13, + 185, + 185, + 6723, + 207, + 20, + 29120, + 778, + 8548, + 276, + 7908, + 207, + 20, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 16 + ], + "generated_token_ids_sha256": "cc6a1362e26f35269f77a6f8495eac53a861b8a099529af8196889d7dfabe6c4", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was supposed to be delivered was 20 trucks * 20 tons/truck = 400 tons.\n\nHowever, a quarter of the trucks had mechanical failures and could not deliver the fertilisers.\nSo, the number of trucks that had mechanical failures is 20 trucks / 4 = 5 trucks.\n\nThese 5 trucks were supposed to deliver 5 trucks * 20 tons/truck = 1", + "text_sha256": "1f32d698669b2f8330eaaa32cf28d64641cea54e45abfbf104d025d3a2878933", + "task_score": { + "gold_final": "300", + "predicted_final": "1", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "a846fa2918690d92f2ebda2b3478d1c61be06006d33f21cc62b46e565398da36", + "generated_tokens": 112, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 11, + 548, + 245, + 8404, + 280, + 768, + 661, + 16666, + 28715, + 13, + 338, + 8404, + 280, + 207, + 17, + 15, + 317, + 207, + 17, + 15, + 14, + 19, + 403, + 207, + 20, + 29120, + 13, + 185, + 3139, + 11, + 207, + 17, + 15, + 570, + 207, + 20, + 403, + 207, + 16, + 20, + 29120, + 778, + 2249, + 276, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 11, + 558, + 254, + 3223, + 1604, + 280, + 19121, + 280, + 33732, + 11384, + 344, + 6889, + 254, + 20291, + 317, + 207, + 16, + 20, + 575, + 207, + 17, + 15, + 403, + 207, + 18, + 15, + 15, + 19121, + 13, + 185, + 549, + 3510, + 317, + 25, + 207, + 18, + 15, + 15, + 100001 + ], + "generated_token_ids_sha256": "38b791aa6f593bb8cc65ab6404ad8b9b9f4026d1f667701d06b7c88597ee07dd", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " Mr Hezekiah dispatched 20 trucks, but a quarter of them had mechanical failures. A quarter of 20 is 20/4 = 5 trucks.\nSo, 20 - 5 = 15 trucks were able to deliver the fertilisers to the farmers.\nEach truck was carrying 20 tons of fertiliser, so the total number of tons of fertiliser that reached the farmers is 15 * 20 = 300 tons.\nThe answer is: 300", + "text_sha256": "79ea0183839c01a5e4e2f93ebc4e65ebfa7c47b626ae808efe0bac0fdf7380b2", + "task_score": { + "gold_final": "300", + "predicted_final": "300", + "final_numeric_exact": true + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "c9871468f54fb12742eb484332b45383b61d6ba4fc0250e2f2d929165251b35b", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 13, + 185, + 1567, + 2456, + 344, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 13, + 185, + 185, + 549, + 29120, + 344, + 1216, + 441, + 463, + 16666, + 28715, + 778, + 207, + 17, + 15, + 29120, + 570, + 207, + 20, + 29120, + 403, + 207, + 16, + 20, + 29120 + ], + "generated_token_ids_sha256": "e578ae349e89c622ad28d6c46838aba3068edc0d7bdbadba8d6d30bda834ec2e", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures.\nThis means that 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nThe trucks that did not have mechanical failures were 20 trucks - 5 trucks = 15 trucks", + "text_sha256": "ce5b1bd1321a036b46b5fc1c2e47616958843d1b0e3aa41cd32c2887bd9e5949", + "task_score": { + "gold_final": "300", + "predicted_final": "15", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "c2f1b1ae4a81b97e603806b23729d92b118bc3de70c647ae0d91c62f6b6912cc", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 11, + 1319, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 2086, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 13, + 1002, + 2456, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 13, + 185, + 185, + 7094, + 1069, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 11, + 657, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 7536, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 6889, + 254, + 20291 + ], + "generated_token_ids_sha256": "48057dfe9966261d187bbb279ea0dd861cfed6056b421c5f7a03bf1deec74b81", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks, each carrying 20 tons of fertiliser. So, the total amount of fertiliser dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures. This means 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nSince these 5 trucks had mechanical failures, they could not deliver the fertilisers to the farmers. 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However, Columbia Records was hesitant to release the album due to concerns about the graphic nature of the album's artwork, which they deemed \"too graphic.\"\n\nThe song \"Angel of Death,\" which is associated with the album, features lyrics that are highly disturbing and depict heinous acts committed by", + "text_sha256": "819b5bab0b2769977fc470ba64e394cd455799dade25c04f8281736ed46265f9", + "task_score": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 138, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "6a09cf8e108abe6f680742417af9627959dd3b560d4fef3822f4d6af895b95ff", + "generated_tokens": 128, + "generated_token_ids": [ + 440, + 57199, + 280, + 18670, + 1, + 317, + 245, + 5654, + 457, + 254, + 4121, + 7682, + 1260, + 8991, + 4219, + 324, + 9701, + 11, + 17120, + 331, + 704, + 207, + 16, + 24, + 23, + 21, + 11679, + 1926, + 621, + 279, + 26713, + 13, + 429, + 11679, + 317, + 4828, + 634, + 280, + 254, + 1094, + 35812, + 285, + 2375, + 2722, + 279, + 254, + 7682, + 1260, + 8991, + 29416, + 11, + 285, + 359, + 643, + 803, + 26637, + 457, + 1313, + 32123, + 285, + 28113, + 372, + 245, + 3144, + 7927, + 331, + 704, + 830, + 13, + 3159, + 11, + 254, + 6255, + 280, + 1926, + 621, + 279, + 26713, + 438, + 441, + 1673, + 35350, + 13, + 185, + 185, + 549, + 96287, + 3093, + 280, + 440, + 57199, + 280, + 18670, + 1, + 317, + 25716, + 1983, + 254, + 78713, + 8370, + 280, + 12794, + 364, + 6399, + 275, + 11, + 245, + 8565, + 22429, + 285, + 16222, + 11231, + 779, + 8719, + 372, + 254, + 440, + 57199, + 280, + 18670, + 1, + 279, + 45522, + 358, + 53012, + 2320, + 5427, + 6368 + ], + "generated_token_ids_sha256": "36cc1f39b054929b863315a67c26906bf779a461339b3b4fd0f0b35ef617503b", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " \"Angel of Death\" is a song by the American thrash metal band Slayer, featured on their 1986 album Reign in Blood. The album is considered one of the most influential and important works in the thrash metal genre, and it has been cited by many critics and musicians as a major influence on their work. However, the release of Reign in Blood was not without controversy.\n\nThe lyrical content of \"Angel of Death\" is centered around the horrific actions of Joseph Mengele, a German physician and SS officer who served as the \"Angel of Death\" in Auschwitz during World War", + "text_sha256": "cd803329136523dc4619de275b6e6f683c3e391b8414f02febe134250ac32464", + "task_score": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 154, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "94dadd54d4e285af191cd433d2a3e77f04e990f15ec14046501e3711187f4ce7", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 5654, + 440, + 57199, + 280, + 18670, + 1, + 457, + 324, + 9701, + 11, + 588, + 317, + 245, + 6751, + 8991, + 5654, + 11, + 661, + 742, + 1079, + 4426, + 285, + 41862, + 30209, + 13, + 3410, + 30209, + 13364, + 786, + 245, + 1590, + 12, + 9641, + 7601, + 779, + 1216, + 12906, + 2012, + 276, + 1245, + 279, + 245, + 10490, + 2320, + 5427, + 6368, + 4532, + 13, + 9028, + 280, + 1069, + 30209, + 11, + 254, + 1245, + 779, + 778, + 279, + 5361, + 280, + 245, + 2567, + 4236, + 2607, + 2424, + 5859, + 20804, + 21121, + 3320, + 6, + 83, + 1121, + 276, + 6255, + 254, + 324, + 9701, + 6, + 82, + 11679, + 2424, + 440, + 2777, + 621, + 279, + 26713, + 883, + 1955, + 778, + 19873, + 344, + 254, + 5654, + 285, + 254, + 11679, + 6, + 82, + 4831, + 2460, + 778, + 1653, + 33828, + 285, + 1667, + 23453, + 1245, + 13, + 185, + 185, + 549, + 11679, + 438, + 3308, + 441, + 7964, + 11, + 548, + 1913, + 4236, + 2607, + 2424, + 3824, + 539, + 255, + 21121, + 6143 + ], + "generated_token_ids_sha256": "cdea16692bbc8963e59843f8b1105f3dbbb37cf2ce96144cee0d45aaadb666fa", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The song \"Angel of Death\" by Slayer, which is a heavy metal song, had some very dark and disturbing lyrics. These lyrics talked about a real-life doctor who did terrible things to people in a hospital during World War II. Because of these lyrics, the people who were in charge of a big music company called Def Jam Records didn't want to release the Slayer's album called \"Reign in Blood.\" They were worried that the song and the album's cover art were too scary and might upset people.\n\nThe album was almost not released, but another music company called Geffen Records decided", + "text_sha256": "d205d1ef7bf3a62bcb4a729a1b23436d3139184a55408e325ef0d7409e7f9cdb", + "task_score": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 138, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "7c2072be2dbef455fc3a7469ca40fe34a64ac83cea4d048e3000a989b0a4ce91", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 207, + 16, + 24, + 23, + 21, + 11679, + 440, + 2777, + 621, + 279, + 26713, + 1, + 457, + 254, + 4121, + 7682, + 1260, + 8991, + 4219, + 324, + 9701, + 17815, + 4485, + 10694, + 279, + 895, + 6255, + 3266, + 276, + 254, + 34959, + 96287, + 3093, + 280, + 634, + 280, + 895, + 14720, + 11, + 440, + 57199, + 280, + 18670, + 883, + 429, + 5654, + 11, + 588, + 317, + 245, + 56170, + 1614, + 2654, + 280, + 254, + 48876, + 42023, + 364, + 6399, + 275, + 11, + 245, + 8565, + 57433, + 16222, + 11231, + 285, + 22429, + 11, + 643, + 803, + 13587, + 58964, + 327, + 895, + 19151, + 285, + 41862, + 93670, + 280, + 6997, + 10606, + 13185, + 331, + 3807, + 13388, + 279, + 45522, + 358, + 53012, + 2320, + 5427, + 6368, + 4532, + 13, + 185, + 185, + 549, + 4219, + 11, + 324, + 9701, + 11, + 438, + 10785, + 276, + 5859, + 20804, + 21121, + 11, + 588, + 279, + 1947, + 661, + 245, + 4971, + 3822, + 366, + 21005, + 21121, + 11, + 634, + 280, + 254, + 8397, + 4236, + 5212 + ], + "generated_token_ids_sha256": "35cf59ddd9026002330d5c5de4e7fcad4f47c8fa0f0a203e1f860151abc4ef88", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced significant challenges in its release due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The song, which is a fictionalized account of the notorious Josef Mengele, a German Nazi SS officer and physician, has been widely criticized for its graphic and disturbing portrayal of medical experiments conducted on human subjects in Auschwitz during World War II.\n\nThe band, Slayer, was signed to Def Jam Records, which in turn had a distribution deal with Columbia Records, one of the largest music companies", + "text_sha256": "88ec3af98fe26beeba4814ff982dfe13d9a822feaa1701599abf9afae647068e", + "task_score": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 154, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "f8031307ed1f5c0894c3e6e54e868e89e56d9286d9bda5b61005fd2546cb6c8b", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 207, + 16, + 24, + 23, + 21, + 324, + 9701, + 11679, + 440, + 2777, + 621, + 279, + 26713, + 1, + 17815, + 28572, + 279, + 895, + 6255, + 3266, + 276, + 254, + 34959, + 96287, + 3093, + 280, + 254, + 5654, + 440, + 57199, + 280, + 18670, + 883, + 429, + 4219, + 438, + 10785, + 276, + 5859, + 20804, + 21121, + 11, + 588, + 279, + 1947, + 661, + 245, + 4971, + 3822, + 366, + 21005, + 21121, + 13, + 21005, + 21121, + 438, + 77491, + 276, + 6255, + 254, + 11679, + 11, + 15970, + 1373, + 280, + 11820, + 8073, + 254, + 19151, + 4910, + 280, + 254, + 11679, + 6, + 82, + 28329, + 11, + 588, + 657, + 24712, + 440, + 14515, + 19151, + 883, + 185, + 185, + 2124, + 245, + 1230, + 11, + 254, + 11679, + 6, + 82, + 6255, + 438, + 60302, + 11, + 285, + 359, + 1216, + 441, + 3976, + 331, + 3824, + 539, + 255, + 21121, + 6, + 6269, + 6255, + 10537, + 2645, + 7579, + 207, + 22, + 11, + 207, + 16, + 24, + 23, + 21, + 13, + 1002, + 8401, + 438, + 245 + ], + "generated_token_ids_sha256": "865bb0de2e480767aeded3b9318ad550fd7a630d05cd980a744d111efcf3e442", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The 1986 Slayer album \"Reign in Blood\" faced delays in its release due to the controversial lyrical content of the song \"Angel of Death.\" The band was signed to Def Jam Records, which in turn had a distribution deal with Columbia Records. Columbia Records was hesitant to release the album, primarily because of concerns regarding the graphic nature of the album's artwork, which they deemed \"too graphic.\"\n\nAs a result, the album's release was postponed, and it did not appear on Geffen Records' official release schedule until October 7, 1986. This delay was a", + "text_sha256": "5aee2da60cdd84e46af1a2c29427127b7d46c05f90d1667c9044b1c1cddf6e78", + "task_score": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 138, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "ff0a25894210af41c2ac2b14e8d71079e4570d45b66d9e1f4bb2cf57fb90981e", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 207, + 16, + 24, + 23, + 21, + 11679, + 440, + 2777, + 621, + 279, + 26713, + 1, + 457, + 254, + 4121, + 7682, + 1260, + 8991, + 4219, + 324, + 9701, + 17815, + 4485, + 10694, + 2320, + 895, + 6255, + 1699, + 11, + 15052, + 3266, + 276, + 254, + 34959, + 96287, + 3093, + 280, + 634, + 280, + 895, + 14720, + 11, + 440, + 57199, + 280, + 18670, + 883, + 429, + 5654, + 11, + 588, + 317, + 786, + 254, + 48876, + 42023, + 364, + 6399, + 275, + 11, + 245, + 8565, + 7601, + 779, + 13185, + 78713, + 6997, + 10606, + 331, + 3807, + 13388, + 2320, + 254, + 69157, + 11, + 438, + 24712, + 1653, + 19151, + 285, + 41862, + 457, + 254, + 3377, + 4988, + 21005, + 21121, + 13, + 185, + 185, + 93855, + 21121, + 11, + 588, + 438, + 254, + 49033, + 327, + 324, + 9701, + 6, + 82, + 4988, + 11, + 5859, + 20804, + 21121, + 11, + 438, + 10849, + 786, + 254, + 3968, + 94800, + 473, + 254, + 1272, + 285, + 254, + 6640, + 5454, + 331, + 254, + 4219, + 6, + 82, + 3324 + ], + "generated_token_ids_sha256": "0781deb2abb48778f359c39ae25d1458a101c09ecea2fc9987010244f2e0308f", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The 1986 album \"Reign in Blood\" by the American thrash metal band Slayer faced significant challenges during its release process, largely due to the controversial lyrical content of one of its tracks, \"Angel of Death.\" The song, which is about the notorious Josef Mengele, a German doctor who conducted horrific medical experiments on human subjects during the Holocaust, was deemed too graphic and disturbing by the record label Columbia Records.\n\nColumbia Records, which was the distributor for Slayer's label, Def Jam Records, was concerned about the potential backlash from the public and the negative impact on the band's image", + "text_sha256": "98bc28daf701bbe7c88a4d901cfa0e681bc4ab573aab498b7325148ea4261273", + "task_score": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 154, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "bd9667669414b6730ba499f8191c50397e136d25b33022e1b1457fcedf1964e7", + "generated_tokens": 125, + "generated_token_ids": [ + 429, + 207, + 16, + 24, + 23, + 21, + 324, + 9701, + 11679, + 440, + 2777, + 621, + 279, + 26713, + 1, + 17815, + 28572, + 279, + 895, + 6255, + 3266, + 276, + 254, + 34959, + 96287, + 3093, + 280, + 254, + 5654, + 440, + 57199, + 280, + 18670, + 1084, + 588, + 5426, + 276, + 11820, + 786, + 254, + 11679, + 6, + 82, + 28329, + 13, + 429, + 4219, + 438, + 10785, + 276, + 5859, + 20804, + 21121, + 11, + 4318, + 49033, + 11, + 21005, + 21121, + 11, + 438, + 77491, + 276, + 6255, + 254, + 11679, + 1373, + 280, + 254, + 19151, + 4910, + 280, + 254, + 28329, + 11, + 588, + 657, + 1503, + 440, + 14515, + 19151, + 883, + 1733, + 245, + 1230, + 11, + 3824, + 539, + 255, + 21121, + 10820, + 3061, + 855, + 254, + 4971, + 280, + 440, + 2777, + 621, + 279, + 26713, + 1084, + 548, + 254, + 35350, + 13254, + 254, + 11679, + 7195, + 344, + 359, + 1216, + 441, + 3976, + 331, + 3824, + 539, + 255, + 6, + 82, + 6269, + 6255, + 10537, + 13, + 100001 + ], + "generated_token_ids_sha256": "3188d53e8b729c95658171b2bae3fa33a7dcbcd620dbefdfc68c28eb09c7f118", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " The 1986 Slayer album \"Reign in Blood\" faced delays in its release due to the controversial lyrical content of the song \"Angel of Death,\" which led to concerns about the album's artwork. The band was signed to Def Jam Records, whose distributor, Columbia Records, was hesitant to release the album because of the graphic nature of the artwork, which they found \"too graphic.\" As a result, Geffen Records eventually took over the distribution of \"Reign in Blood,\" but the controversy surrounding the album meant that it did not appear on Geffen's official release schedule.", + "text_sha256": "317d9c0ab2d45fa5cdce60547cba707b169071d9c51e5b32ab7c540fcd75bbdc", + "task_score": null + } + ] + }, + { + "id": "wikitext2/raw-validation/0030", + "domain": "english", + "label": "English encyclopedia", + "within_domain_index": 1, + "selection_rank": "0064700bc7cd279cd9669445fce1a5a410d6e0cae091efed9c8f0182e47d7ab0", + "source_text_sha256": "3fa876ef33c7fd8fc094f7d15c183449fdf696aadd239223616f9e6086b319d5", + "source_characters": 213, + "source_tokens": 53, + "prompt_tokens_by_condition": { + "s0_eos": 77, + "s1_eos": 93, + "s0_bos": 77, + "s1_bos": 93, + "s0_x": 77, + "s1_x": 93, + "s0_period": 77, + "s1_period": 93 + }, + "batch_prompt_tokens_after_left_padding": 93, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 21.41143225398264, + "peak_cuda_memory_allocated_bytes": 30060104704, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 77, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "444c608dfc963cb50803bd7d74331726aaf708d2a358596035693bb77df540e1", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 456, + 95663, + 9538, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 429, + 6943, + 280, + 37333, + 31959, + 12253, + 8217, + 331, + 1069, + 20712, + 15979, + 643, + 803, + 13556, + 11, + 548, + 254, + 3052, + 8217, + 331, + 415, + 13, + 28947, + 3969, + 319, + 643, + 441, + 2618, + 803, + 5734, + 410, + 10730, + 13, + 185, + 185, + 34, + 10748, + 31959, + 12253, + 317, + 245, + 10291, + 761, + 285, + 28830, + 10117, + 1117, + 36382, + 11, + 1022, + 9351, + 279, + 207, + 17, + 15, + 16, + 20, + 13, + 809, + 317, + 245, + 2592, + 280, + 1760, + 11, + 456, + 95663, + 48794, + 344, + 778, + 15920, + 23907, + 372, + 21025, + 276, + 254, + 1117, + 36382, + 461, + 17072, + 14624, + 334 + ], + "generated_token_ids_sha256": "549667a18d98cf2e6a4c489e37805175c169a220dfd8e567881d72be84109676", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the enigmatic animal phylum Cycliophora. The presence of Cycliophora species on these lobsters has been confirmed, but the specific species on H. gammarus has not yet been described or identified.\n\nCycliophora is a relatively new and poorly understood phylum, first discovered in 2015. It is a group of small, enigmatic organisms that were initially classified as belonging to the phylum Nematoda (", + "text_sha256": "96dca2e836eaf849529ba3d72c0892483b08a29e528eda27a98a90942d5ded41", + "task_score": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 93, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "31af45583f68bf573d269a75f87c4f45f037d622a9818535efbac90008b392e8", + "generated_tokens": 66, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 9538, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 3159, + 11, + 254, + 8217, + 280, + 37333, + 31959, + 12253, + 1503, + 331, + 415, + 13, + 28947, + 3969, + 319, + 643, + 441, + 803, + 5734, + 2618, + 13, + 100001 + ], + "generated_token_ids_sha256": "bd901e9c241ff4350777860c4253cc83689b692c4e19a751328747be9df762d5", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the animal phylum Cycliophora. However, the species of Cycliophora found on H. gammarus has not been described yet.", + "text_sha256": "fe27a666ae2d0d5aabf230ae281b1d7fab4e86f8793039ff3c909bda8e713529", + "task_score": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 77, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "d2f84d6f572db24f3d36e048c66d60c778964f3a775b8cf1e3c01baf2832de59", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 429, + 1117, + 36382, + 37333, + 31959, + 12253, + 317, + 245, + 2592, + 280, + 456, + 95663, + 285, + 28830, + 10117, + 26075, + 48794, + 344, + 778, + 1022, + 9351, + 279, + 207, + 17, + 15, + 15, + 17, + 13, + 1955, + 418, + 21929, + 457, + 704, + 4730, + 53428, + 11, + 588, + 5312, + 245, + 4077, + 280, + 2183, + 8601, + 625, + 21180, + 2424, + 440, + 538, + 11117, + 1, + 410, + 440, + 89015, + 1, + 331, + 704, + 1917, + 13, + 3410, + 63083, + 418, + 2215, + 276, + 330, + 6591, + 279, + 33765, + 31639, + 285, + 7057, + 8244, + 2481, + 81111, + 13, + 185, + 185, + 549, + 1853, + 3185, + 8217, + 280, + 37333, + 31959, + 12253, + 418 + ], + "generated_token_ids_sha256": "1b4fbeac3b88cd3d207db96a068746ddfaaf754704fe8027b2fdf16d4e46dfa5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the phylum Cycliophora. The phylum Cycliophora is a group of enigmatic and poorly understood marine organisms that were first discovered in 2002. They are characterized by their unique morphology, which includes a series of calcareous plates called \"claws\" or \"plates\" on their head. These claws are thought to be involved in capturing prey and providing protection against predators.\n\nThe three known species of Cycliophora are", + "text_sha256": "b4cf27bbdac97dfd26e40161a5c5829a04c3c475dd4d0460ee08c3a7432ea72f", + "task_score": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 93, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "fdc04e28401db152d30934024e00dccfcb879f93b48f0e71526c94b728bd68da", + "generated_tokens": 90, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 340, + 6346, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 9538, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 3159, + 11, + 254, + 8217, + 331, + 415, + 13, + 28947, + 3969, + 319, + 643, + 441, + 803, + 5734, + 2618, + 13, + 1002, + 2456, + 344, + 395, + 1113, + 6, + 83, + 1006, + 856, + 2447, + 280, + 12624, + 8466, + 2424, + 37333, + 31959, + 12253, + 3530, + 331, + 254, + 1853, + 60961, + 271, + 20712, + 15979, + 2618, + 13, + 100001 + ], + "generated_token_ids_sha256": "47acda4c7abe0317f94a12fbf28fe537e53ef3f66ff88b7b634ee7a0dc4e28fe", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " The three clawed lobster species you mentioned, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the animal phylum Cycliophora. However, the species on H. gammarus has not been described yet. This means that we don't know what kind of tiny animals called Cycliophora live on the three clawed lobsters yet.", + "text_sha256": "89fac9ab28a0afedd8e94281fc497d9cfe455d3be342a33dea5174872519031a", + "task_score": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 77, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "e58d86084999d335a8cbf7f2199f33e227083962f560b55cdb23ffc53fa6f643", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 429, + 8217, + 344, + 33095, + 331, + 415, + 13, + 28947, + 3969, + 319, + 11, + 3111, + 11, + 463, + 441, + 2618, + 803, + 5734, + 13, + 185, + 185, + 34, + 10748, + 31959, + 12253, + 317, + 245, + 10291, + 761, + 285, + 28830, + 10117, + 2592, + 280, + 48794, + 11, + 2752, + 11738, + 276, + 372, + 254, + 440, + 849, + 16370, + 53328, + 1, + 410, + 440, + 83733, + 6696, + 53328, + 883, + 1955, + 418, + 245, + 4730, + 2592, + 280, + 8466, + 344, + 418, + 441, + 11489, + 4523, + 276, + 688, + 750, + 1117, + 36382, + 11, + 2883, + 768, + 274, + 5485, + 3605, + 327, + 3437, + 13, + 185, + 185, + 549, + 1117, + 36382, + 37333, + 31959 + ], + "generated_token_ids_sha256": "3470e9b45ab9d5a39d286ae362dda4ad278b38cb5c18726db82f73cd58ff58bb", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the phylum Cycliophora. The species that reside on H. gammarus, however, have not yet been described.\n\nCycliophora is a relatively new and poorly understood group of organisms, often referred to as the \"velvet worms\" or \"marine glass worms.\" They are a unique group of animals that are not closely related to any other phylum, making them an interesting subject for study.\n\nThe phylum Cycliop", + "text_sha256": "486a18ec0afef4b34fadafa6900287210ae67f7d90c3fbfff05a9f2e4a3bb6c5", + "task_score": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 93, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "622b26d9dd5ab8da251346f4a0a4c323c7bf7f04104aff695c8cc4931ecc16ad", + "generated_tokens": 58, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 18813, + 276, + 1853, + 3185, + 8217, + 280, + 254, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 3159, + 11, + 254, + 8217, + 331, + 415, + 13, + 28947, + 3969, + 319, + 643, + 441, + 803, + 5734, + 2618, + 13, + 100001 + ], + "generated_token_ids_sha256": "f1f745687024ee6d3c062d1f55a1662aa41fa4c2bb06bcada914ba8cfd46f365", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are hosts to three known species of the phylum Cycliophora. However, the species on H. gammarus has not been described yet.", + "text_sha256": "5d5a1c8cbad7049ca2018a2f1169a515c200503225c0dda20aa8d335597ae0c0", + "task_score": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 77, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "cb855711f73de3c5b25f372374062c409555268374981b1e9cf7e4bac2ee4b11", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 11, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 11, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 429, + 1117, + 36382, + 37333, + 31959, + 12253, + 11, + 839, + 3185, + 372, + 254, + 440, + 782, + 62245, + 53328, + 1084, + 317, + 245, + 2592, + 280, + 456, + 95663, + 285, + 28830, + 10117, + 26075, + 48794, + 13, + 1955, + 418, + 21929, + 457, + 704, + 4730, + 3123, + 4327, + 11, + 588, + 5312, + 245, + 4077, + 280, + 88579, + 19352, + 17090, + 9618, + 1760, + 11, + 5539, + 12, + 4018, + 52086, + 845, + 7300, + 13, + 185, + 185, + 34, + 10748, + 31959, + 12253, + 8217, + 418, + 9184, + 1503, + 5329, + 366, + 3947, + 28075, + 585, + 533, + 11, + 2847, + 254, + 1853, + 60961, + 271, + 20712, + 15979, + 6346, + 2330, + 13, + 3410, + 28957, + 481 + ], + "generated_token_ids_sha256": "36dc898e71e0ce04f5482f7be520e3be47ec5c55a5449de5e7699ce2cdf2f6a5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The three clawed lobster species, Homarus gammarus, H. americanus, and Nephrops norvegicus, are known to host the three known species of the phylum Cycliophora. The phylum Cycliophora, also known as the \"spaghetti worms,\" is a group of enigmatic and poorly understood marine organisms. They are characterized by their unique body structure, which includes a series of articulated rings bearing numerous small, hair-like sensory setae.\n\nCycliophora species are typically found associated with various crustaceans, including the three clawed lobsters mentioned above. These associations can", + "text_sha256": "57825f985685d500d81577d0eef259f77bef5dd4e3a1b41057f8df3dc08b4b2b", + "task_score": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 93, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "53daf77913f36d0e7e677b84720bb9b1008ef3da6f69ba980ee2716abf6ae18a", + "generated_tokens": 71, + "generated_token_ids": [ + 429, + 1853, + 60961, + 271, + 67859, + 8217, + 6346, + 279, + 254, + 2432, + 418, + 13653, + 49238, + 28947, + 3969, + 319, + 11, + 415, + 13, + 41478, + 319, + 11, + 285, + 26955, + 71, + 30640, + 5068, + 313, + 15700, + 319, + 13, + 3410, + 8217, + 418, + 3185, + 276, + 3697, + 254, + 1853, + 3185, + 8217, + 280, + 254, + 1117, + 36382, + 37333, + 31959, + 12253, + 13, + 3159, + 11, + 254, + 8217, + 280, + 37333, + 31959, + 12253, + 1503, + 331, + 415, + 13, + 28947, + 3969, + 319, + 463, + 441, + 803, + 5734, + 2618, + 13, + 100001 + ], + "generated_token_ids_sha256": "050748807bbfacad32bd2c4cf1f3ed49d5a8ebe88f6978b904885fcae736301a", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " The three clawed lobster species mentioned in the text are Homarus gammarus, H. americanus, and Nephrops norvegicus. These species are known to host the three known species of the phylum Cycliophora. However, the species of Cycliophora found on H. gammarus have not been described yet.", + "text_sha256": "3106fa8213affa199be9a8a121cdbc7fdec645bd8df45dd35bf7e6f4d4b641bd", + "task_score": null + } + ] + }, + { + "id": "wikitext2/raw-validation/2909", + "domain": "english", + "label": "English encyclopedia", + "within_domain_index": 2, + "selection_rank": "00a0c873d028d892e454883e687d7af51aee2831fe2f7884668ca6dfe0d681c8", + "source_text_sha256": "0a2652ac9273b261bc16986c9fa848ca19ccab027dd1ca4a6e1f80f35b07ff4f", + "source_characters": 1135, + "source_tokens": 246, + "prompt_tokens_by_condition": { + "s0_eos": 271, + "s1_eos": 287, + "s0_bos": 271, + "s1_bos": 287, + "s0_x": 271, + "s1_x": 287, + "s0_period": 271, + "s1_period": 287 + }, + "batch_prompt_tokens_after_left_padding": 287, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 25.620714606979163, + "peak_cuda_memory_allocated_bytes": 31552083968, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 271, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "f351730b4ead703efd8bdbb965f9c71dc6dc252bb77ac99dd89451c751701b23", + "generated_tokens": 128, + "generated_token_ids": [ + 685, + 2976, + 3073, + 11, + 207, + 18, + 433, + 1530, + 2674, + 276, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 285, + 17552, + 745, + 2645, + 6904, + 13, + 1955, + 19556, + 366, + 75649, + 8271, + 1313, + 2602, + 285, + 7629, + 768, + 2567, + 4194, + 13, + 207, + 19, + 433, + 1530, + 661, + 245, + 2246, + 12351, + 766, + 473, + 6511, + 276, + 6692, + 207, + 16, + 24, + 21, + 21, + 13, + 1955, + 839, + 17033, + 254, + 5792, + 285, + 19556, + 254, + 29386, + 3752, + 245, + 1860, + 2602, + 13, + 338, + 3038, + 2592, + 2424, + 254, + 57821, + 49, + 839, + 2674, + 276, + 76858, + 279, + 207, + 16, + 24, + 21, + 20, + 285, + 207, + 16, + 24, + 21, + 21, + 13, + 1955, + 1216, + 6486, + 735, + 4627, + 285, + 12392, + 254, + 29386, + 3752, + 245, + 2603, + 13, + 7065, + 5860, + 837, + 39070, + 11, + 24282, + 11, + 285, + 35986, + 15007, + 839, + 8579, + 13, + 429, + 3207, + 5206, + 3320, + 6, + 83, + 536, + 1266 + ], + "generated_token_ids_sha256": "88d0c6f43d6ccb32aab0b0e56daf8cbcd2dc3118c13a2b9dbbbf85fe8b6a92f6", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They fought with Indonesian forces many times and caused them big problems. 4 RAR had a less exciting time from April to August 1966. They also crossed the border and fought the Indonesians a few times. A special group called the SASR also went to Borneo in 1965 and 1966. They did secret spying and hurt the Indonesians a lot. Other groups like artillery, engineers, and navy ships also helped. The air force didn't do much", + "text_sha256": "b820ae5d181b77cad399977ee81fd745a256213f8131b8d21929a118ed02d9e5", + "task_score": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 287, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "828b146d4942f4a056c20318b99f14c8885a9a20b7bf037ea4e88358e43ebc28", + "generated_tokens": 128, + "generated_token_ids": [ + 685, + 2976, + 3073, + 11, + 207, + 18, + 433, + 1530, + 2674, + 276, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 285, + 17552, + 745, + 2645, + 6904, + 13, + 1955, + 19556, + 366, + 75649, + 8271, + 1313, + 2602, + 285, + 7629, + 768, + 2567, + 16384, + 13, + 207, + 19, + 433, + 1530, + 661, + 245, + 2246, + 12351, + 6973, + 473, + 6511, + 276, + 6692, + 207, + 16, + 24, + 21, + 21, + 13, + 1955, + 839, + 19556, + 366, + 254, + 29386, + 3752, + 285, + 661, + 742, + 2636, + 13, + 338, + 3038, + 2592, + 473, + 254, + 57821, + 49, + 839, + 2674, + 745, + 279, + 207, + 16, + 24, + 21, + 20, + 285, + 207, + 16, + 24, + 21, + 21, + 276, + 28230, + 331, + 254, + 29386, + 3752, + 285, + 12392, + 768, + 13, + 7065, + 5860, + 837, + 39070, + 11, + 24282, + 11, + 285, + 35986, + 15007, + 839, + 8579, + 13, + 429, + 3207, + 5206, + 661, + 245, + 6611, + 697, + 11, + 548, + 657, + 744, + 463, + 803, + 691, + 6591 + ], + "generated_token_ids_sha256": "452e8f39e161c39350a90ab923e2020e22307079d623ce38fa8f346cfaab9ee3", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They fought with Indonesian forces many times and caused them big losses. 4 RAR had a less exciting tour from April to August 1966. They also fought with the Indonesians and had some success. A special group from the SASR also went there in 1965 and 1966 to spy on the Indonesians and hurt them. Other groups like artillery, engineers, and navy ships also helped. The air force had a smaller part, but they would have been more involved", + "text_sha256": "6845c2d558c5d37d4be6df7d4a0efdef30d133189f7c1dbbca44e6da12ec1aff", + "task_score": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 271, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "8875f01e38100671f6936d9be4b440b2f9e976bad3b4c5d8f6734bfe4726210f", + "generated_tokens": 128, + "generated_token_ids": [ + 685, + 2976, + 3073, + 11, + 207, + 18, + 433, + 1530, + 11, + 245, + 2592, + 280, + 13474, + 11, + 2674, + 276, + 245, + 1810, + 2424, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 13, + 1955, + 17552, + 745, + 2645, + 6904, + 285, + 1216, + 8284, + 280, + 2012, + 837, + 13286, + 366, + 742, + 750, + 13474, + 473, + 245, + 1810, + 2424, + 35580, + 13, + 1955, + 661, + 2685, + 2567, + 38594, + 285, + 245, + 14907, + 280, + 6611, + 4866, + 13, + 1955, + 12392, + 254, + 29386, + 3752, + 1921, + 3806, + 279, + 742, + 280, + 1069, + 38594, + 13, + 1474, + 11, + 657, + 839, + 661, + 742, + 26772, + 366, + 28680, + 285, + 4739, + 742, + 13474, + 13, + 185, + 185, + 4631, + 11, + 279, + 207, + 16, + 24, + 21, + 21, + 11, + 1913, + 2592, + 280, + 13474, + 2424, + 207, + 19, + 433, + 1530, + 2674, + 276, + 76858, + 473, + 6511, + 276, + 6692, + 13, + 1955, + 839, + 19556, + 366, + 254, + 29386, + 3752, + 285, + 661, + 742, + 2567 + ], + "generated_token_ids_sha256": "02c86c9e84da8c84232c6ebc3b47d0f4695472952a8233b0f392b9dc91a866d9", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " In simple words, 3 RAR, a group of soldiers, went to a place called Borneo in March 1965. They stayed there until July and did lots of things like fighting with some other soldiers from a place called Indonesia. They had four big fights and a bunch of smaller ones. They hurt the Indonesians really bad in some of these fights. But, they also had some accidents with mines and lost some soldiers.\n\nThen, in 1966, another group of soldiers called 4 RAR went to Borneo from April to August. They also fought with the Indonesians and had some big", + "text_sha256": "dea690fe8c4c27f8faf19b44d7c580c87f55fdf6ffd3d97f060e1ef7f0386371", + "task_score": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 287, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "53b29e76a427cc2665d67389a755451b0650683d3598eb6360670deac081ac74", + "generated_tokens": 128, + "generated_token_ids": [ + 685, + 2976, + 3073, + 11, + 207, + 18, + 433, + 1530, + 2674, + 276, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 285, + 17552, + 745, + 2645, + 6904, + 13, + 1955, + 5168, + 331, + 1572, + 9226, + 280, + 254, + 5792, + 285, + 661, + 2685, + 2567, + 38594, + 366, + 75649, + 8271, + 13, + 1955, + 839, + 661, + 742, + 6611, + 38594, + 430, + 6171, + 837, + 5071, + 493, + 72, + 27748, + 370, + 3216, + 11, + 20531, + 1774, + 11, + 285, + 18550, + 673, + 13, + 1955, + 12392, + 254, + 29386, + 3752, + 245, + 2603, + 548, + 839, + 661, + 742, + 1245, + 12392, + 279, + 984, + 26772, + 366, + 28680, + 13, + 185, + 185, + 19, + 433, + 1530, + 661, + 245, + 2246, + 12351, + 766, + 473, + 6511, + 276, + 6692, + 207, + 16, + 24, + 21, + 21, + 13, + 1955, + 839, + 19556, + 254, + 29386, + 3752, + 855, + 254, + 5792, + 285, + 661, + 742, + 2567, + 15292, + 366, + 768, + 13, + 338, + 2592, + 473, + 254, + 12354, + 6582, + 7022, + 47163 + ], + "generated_token_ids_sha256": "ea92c8bc101cc14cd2d87926676d038de7f3034b4ba10b4bd8ec524ee0d0d947", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They worked on both sides of the border and had four big fights with Indonesian forces. They also had some smaller fights at places like Sungei Koemba, Kindau, and Babang. They hurt the Indonesians a lot but also had some people hurt in two accidents with mines.\n\n4 RAR had a less exciting time from April to August 1966. They also fought the Indonesians over the border and had some big meetings with them. A group from the Special Air Service Regiment", + "text_sha256": "4d235630be87f1208d9d102d2bdc8f69e52ab9d507139e0a554ba10d8c3b730c", + "task_score": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 271, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "eac4e491e87635d5b8be53b36d098ac2dbe11dd22939f3c71b565e31ccaae837", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1757, + 340, + 6, + 313, + 4286, + 41241, + 254, + 25377, + 285, + 7772, + 280, + 254, + 15287, + 8271, + 11, + 7282, + 254, + 207, + 18, + 6132, + 83053, + 11, + 12040, + 15287, + 47163, + 334, + 18, + 433, + 1530, + 8, + 285, + 254, + 207, + 19, + 393, + 83053, + 11, + 12040, + 15287, + 47163, + 334, + 19, + 433, + 1530, + 654, + 2320, + 254, + 75649, + 1824, + 7657, + 335, + 11, + 839, + 3185, + 372, + 76858, + 37347, + 11, + 588, + 3061, + 1810, + 1439, + 207, + 16, + 24, + 21, + 17, + 285, + 207, + 16, + 24, + 21, + 21, + 13, + 1002, + 14174, + 438, + 245, + 4077, + 280, + 5792, + 97462, + 1439, + 35580, + 285, + 33647, + 334, + 6091, + 6826, + 16401, + 8, + 855, + 254, + 20119, + 280, + 76858, + 11, + 10173, + 254, + 4605, + 280, + 10898, + 2268, + 559, + 285, + 5226, + 76858, + 334, + 2795, + 697, + 280, + 33647, + 633, + 185, + 185, + 4898, + 6, + 82, + 245, + 13569, + 280, + 254, + 2131, + 3487, + 473, + 520, + 2432 + ], + "generated_token_ids_sha256": "6c83eccd8943c91468216d97b8b7db74bb865b264fb4c7685e5b9f13625e2a28", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The information you've provided outlines the deployment and operations of the Australian forces, particularly the 3rd Battalion, Royal Australian Regiment (3 RAR) and the 4th Battalion, Royal Australian Regiment (4 RAR), during the Indonesian Confrontation, also known as Borneo Campaign, which took place between 1962 and 1966. This conflict was a series of border clashes between Indonesia and Malaysia (then Malaya) over the territory of Borneo, specifically the states of Sarawak and North Borneo (now part of Malaysia).\n\nHere's a summary of the key points from your text", + "text_sha256": "a8189ecf91e3a4dc8e9926721cd09effb2ee3d5fda0175271d35c44a84b98d1f", + "task_score": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 287, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "b6a531104c06467cbd5f3b44a190f074c190b7b82be815dc9fc28e844c57d119", + "generated_tokens": 128, + "generated_token_ids": [ + 685, + 2976, + 3073, + 11, + 207, + 18, + 433, + 1530, + 2674, + 276, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 285, + 17552, + 745, + 2645, + 6904, + 13, + 1955, + 19556, + 366, + 75649, + 8271, + 1313, + 2602, + 285, + 661, + 742, + 2567, + 285, + 1760, + 38594, + 13, + 1955, + 12392, + 254, + 29386, + 3752, + 245, + 2603, + 548, + 839, + 661, + 742, + 1245, + 12392, + 279, + 26772, + 13, + 207, + 19, + 433, + 1530, + 661, + 245, + 2246, + 12351, + 766, + 473, + 6511, + 276, + 6692, + 207, + 16, + 24, + 21, + 21, + 11, + 548, + 657, + 839, + 19556, + 254, + 29386, + 3752, + 3246, + 254, + 5792, + 13, + 338, + 3038, + 2592, + 473, + 254, + 57821, + 49, + 839, + 8579, + 11, + 285, + 657, + 1216, + 6486, + 735, + 4627, + 285, + 12392, + 254, + 29386, + 3752, + 1653, + 13, + 7065, + 5860, + 837, + 254, + 39070, + 285, + 24282, + 11, + 285, + 742, + 35986, + 15007, + 8579, + 1653, + 11, + 548, + 254, + 3207, + 5206, + 3320 + ], + "generated_token_ids_sha256": "fa82c01af90a87fff1a1c150bc4c51ec2ade6070a15209760ef3656d7b4906a0", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " In simple words, 3 RAR went to Borneo in March 1965 and stayed there until July. They fought with Indonesian forces many times and had some big and small fights. They hurt the Indonesians a lot but also had some people hurt in accidents. 4 RAR had a less exciting time from April to August 1966, but they also fought the Indonesians across the border. A special group from the SASR also helped, and they did secret spying and hurt the Indonesians too. Other groups like the artillery and engineers, and some navy ships helped too, but the air force didn", + "text_sha256": "ab21691f573c76b53bda2a1b5f6645eea110bc74d1af21c839df4d7b04eb791b", + "task_score": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 271, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "196d96f2e2e7d02fe46977d4c8c3532719ff777ddb94899be9ffd2549358a744", + "generated_tokens": 128, + "generated_token_ids": [ + 685, + 2976, + 3073, + 11, + 207, + 18, + 433, + 1530, + 334, + 64, + 2592, + 280, + 13474, + 8, + 2674, + 276, + 245, + 1810, + 2424, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 13, + 1955, + 17552, + 745, + 2645, + 6904, + 285, + 1216, + 1313, + 2012, + 837, + 13286, + 366, + 742, + 750, + 2592, + 2424, + 75649, + 8271, + 13, + 1955, + 661, + 2685, + 2567, + 38594, + 285, + 742, + 6611, + 4866, + 13, + 1955, + 12392, + 254, + 75649, + 8271, + 245, + 2603, + 285, + 839, + 661, + 742, + 1245, + 12392, + 279, + 984, + 26772, + 13, + 185, + 185, + 19, + 433, + 1530, + 334, + 18168, + 2592, + 280, + 13474, + 8, + 2674, + 276, + 76858, + 1439, + 6511, + 285, + 6692, + 207, + 16, + 24, + 21, + 21, + 13, + 1955, + 839, + 19556, + 366, + 254, + 75649, + 8271, + 285, + 661, + 742, + 38594, + 13, + 338, + 3038, + 2592, + 2424, + 57821, + 49, + 334, + 21971, + 6582, + 7022, + 47163, + 8, + 839, + 2674, + 745, + 279, + 207, + 16 + ], + "generated_token_ids_sha256": "0e4b73ac566df8729d21042e8899c5e13b3028f151ffcf314f4da6a3e3ceba5b", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " In simple words, 3 RAR (a group of soldiers) went to a place called Borneo in March 1965. They stayed there until July and did many things like fighting with some other group called Indonesian forces. They had four big fights and some smaller ones. They hurt the Indonesian forces a lot and also had some people hurt in two accidents.\n\n4 RAR (another group of soldiers) went to Borneo between April and August 1966. They also fought with the Indonesian forces and had some fights. A special group called SASR (Special Air Service Regiment) also went there in 1", + "text_sha256": "97d62cceec5af59046499cf29335fca59ef9299c9b2669f2492a7ccb4a973766", + "task_score": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 287, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "166f5c3702fbb44766f23f3611d9182bf641293cd2b643e83c2e066b256a0f3f", + "generated_tokens": 128, + "generated_token_ids": [ + 207, + 18, + 433, + 1530, + 438, + 30402, + 276, + 76858, + 279, + 6175, + 207, + 16, + 24, + 21, + 20, + 285, + 8719, + 279, + 10898, + 2268, + 559, + 2645, + 254, + 1225, + 280, + 6904, + 13, + 1955, + 21750, + 331, + 1572, + 9226, + 280, + 254, + 5792, + 285, + 661, + 2685, + 3144, + 18917, + 366, + 75649, + 8271, + 11, + 372, + 1136, + 372, + 2971, + 6611, + 4866, + 13, + 11399, + 1069, + 58129, + 11, + 657, + 57297, + 6751, + 73000, + 331, + 254, + 29386, + 3752, + 548, + 839, + 15203, + 73000, + 279, + 984, + 7207, + 27478, + 13, + 185, + 185, + 19, + 433, + 1530, + 661, + 245, + 2246, + 99684, + 6973, + 1439, + 6511, + 285, + 6692, + 207, + 16, + 24, + 21, + 21, + 11, + 839, + 9190, + 855, + 254, + 5792, + 285, + 497, + 5693, + 366, + 254, + 29386, + 3752, + 331, + 4606, + 19356, + 13, + 338, + 57115, + 280, + 254, + 12354, + 6582, + 7022, + 47163, + 334, + 97374, + 49, + 8, + 438, + 30402, + 279, + 207, + 16, + 24, + 21, + 20 + ], + "generated_token_ids_sha256": "0caf95f00db1b96f1da61d4dd0ae43bb7e02adac1cb2a6fab71060f2616adaa0", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " 3 RAR was deployed to Borneo in March 1965 and served in Sarawak until the end of July. They operated on both sides of the border and had four major contacts with Indonesian forces, as well as several smaller ones. During these engagements, they inflicted heavy casualties on the Indonesians but also suffered casualties in two mine incidents.\n\n4 RAR had a less eventful tour between April and August 1966, also operating over the border and clashing with the Indonesians on multiple occasions. A squadron of the Special Air Service Regiment (SASR) was deployed in 1965", + "text_sha256": "722954b375d634f4cda5c31ffa7eda1785c006c97daa0d17240ea913f735f13b", + "task_score": null + } + ] + }, + { + "id": "wikitext2/raw-validation/2746", + "domain": "english", + "label": "English encyclopedia", + "within_domain_index": 3, + "selection_rank": "00c7a9a1b242b365225d7fdeec777508a5a3d90a76a7cf4cd2e93cee8f1693f4", + "source_text_sha256": "db6c8fe80331ee2c8bdb59c70bba8ad3e62d8c4bdf7a943331bd72023853a086", + "source_characters": 1358, + "source_tokens": 250, + "prompt_tokens_by_condition": { + "s0_eos": 274, + "s1_eos": 290, + "s0_bos": 274, + "s1_bos": 290, + "s0_x": 274, + "s1_x": 290, + "s0_period": 274, + "s1_period": 290 + }, + "batch_prompt_tokens_after_left_padding": 290, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 23.82521047501359, + "peak_cuda_memory_allocated_bytes": 31578740224, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 274, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "d7caa73b2e4542fc0775a98a4dea21e424ecfebdeab0c0d36068d6828239c4ad", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 14174, + 1439, + 8713, + 46514, + 285, + 66720, + 1245, + 279, + 10011, + 438, + 245, + 4301, + 285, + 50424, + 306, + 29401, + 3616, + 11, + 366, + 1572, + 9226, + 2497, + 704, + 1377, + 76796, + 285, + 11830, + 13, + 809, + 317, + 2375, + 276, + 13341, + 344, + 254, + 13092, + 3377, + 317, + 2752, + 29444, + 285, + 3605, + 276, + 15818, + 11, + 285, + 4573, + 688, + 94705, + 280, + 254, + 14174, + 1023, + 330, + 20521, + 366, + 25139, + 13, + 185, + 185, + 549, + 25483, + 344, + 254, + 14174, + 438, + 441, + 634, + 12, + 35029, + 285, + 344, + 66720, + 1245, + 778, + 441, + 21019, + 8872, + 327, + 254, + 26197, + 280, + 57409, + 317, + 274, + 2375, + 634, + 13, + 809, + 317, + 1927, + 344, + 254, + 57409, + 661, + 4485, + 31342, + 285, + 65958, + 16037, + 11, + 2847, + 59613, + 11, + 588, + 4366, + 768, + 245, + 4485, + 5941, + 279, + 3769, + 280, + 4043, + 9015, + 285, + 28735, + 13, + 3159, + 11, + 437, + 1217, + 441, + 56975, + 254, + 1714, + 344 + ], + "generated_token_ids_sha256": "499d6b9fedbf83acbfd075ee5176640ff496f0343f8bc9ae45256e7459ea95c0", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was a complex and multifaceted issue, with both sides having their own motivations and strategies. It is important to recognize that the historical record is often incomplete and subject to interpretation, and therefore any depiction of the conflict should be approached with caution.\n\nThe assertion that the conflict was not one-sided and that Aboriginal people were not solely responsible for the deaths of Europeans is an important one. It is true that the Europeans had significant technological and logistic advantages, including firearms, which gave them a significant edge in terms of firepower and mobility. However, this does not diminish the fact that", + "text_sha256": "f5ec28680c789e82810ac6f1d646914b92536744e11db0470a0a4d2688e73364", + "task_score": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 290, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "7c0f858fce295f0031ddf4a23e27a2600920745b044a86614ce3e762a0245b42", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 14174, + 1439, + 8713, + 46514, + 285, + 66720, + 1245, + 279, + 10011, + 438, + 441, + 634, + 12, + 35029, + 11, + 548, + 3272, + 245, + 4301, + 285, + 50424, + 306, + 29401, + 5437, + 13, + 5807, + 359, + 317, + 1927, + 344, + 1313, + 691, + 66720, + 1245, + 7648, + 853, + 57409, + 11, + 437, + 438, + 441, + 21019, + 3266, + 276, + 254, + 8370, + 280, + 57409, + 11, + 548, + 839, + 3266, + 276, + 254, + 31342, + 285, + 65958, + 16037, + 657, + 661, + 13, + 66720, + 32513, + 11, + 588, + 778, + 2853, + 331, + 840, + 12, + 32948, + 19386, + 285, + 13286, + 11961, + 11, + 778, + 441, + 372, + 5463, + 2481, + 254, + 57409, + 6, + 8878, + 5495, + 285, + 7902, + 13, + 185, + 185, + 12970, + 742, + 66720, + 7675, + 285, + 5860, + 9383, + 276, + 18247, + 285, + 938, + 59613, + 11, + 437, + 438, + 441, + 31843, + 13, + 1733, + 245, + 1230, + 11, + 254, + 66720, + 1245, + 778, + 1866, + 245, + 6082, + 8931, + 8165, + 276, + 8713, + 46514, + 11, + 14607 + ], + "generated_token_ids_sha256": "23cf49c63c80383548e9bf6f59ae1840cc2864cfa4f4ba937b65bd996197b99c", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was not one-sided, but rather a complex and multifaceted situation. While it is true that many more Aboriginal people died than Europeans, this was not solely due to the actions of Europeans, but also due to the technological and logistic advantages they had. Aboriginal tactics, which were based on pre-existing hunting and fighting practices, were not as effective against the Europeans' superior technology and organization.\n\nAlthough some Aboriginal individuals and groups managed to acquire and use firearms, this was not widespread. As a result, the Aboriginal people were never a serious military threat to European settlers, regardless", + "text_sha256": "c2e2021d29a7e2a1115aeecfc9870cce92c05893a609d8b1ab9ca5aa75f28a49", + "task_score": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 274, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "2b5cb2f748d18c60077652f43dc0ef5060bb40de1df45d8b4de8ba7bf5a18790", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 14174, + 1439, + 8713, + 46514, + 285, + 66720, + 1245, + 279, + 10011, + 438, + 6031, + 245, + 4301, + 285, + 50424, + 306, + 29401, + 3616, + 11, + 366, + 1572, + 9226, + 2497, + 704, + 1377, + 28512, + 285, + 44463, + 13, + 809, + 317, + 2375, + 276, + 3956, + 437, + 9292, + 366, + 245, + 20478, + 285, + 98171, + 6714, + 11, + 42017, + 254, + 13092, + 3733, + 285, + 254, + 16253, + 10561, + 280, + 521, + 9693, + 6591, + 13, + 185, + 185, + 4711, + 280, + 254, + 2131, + 8095, + 344, + 21822, + 276, + 254, + 73231, + 279, + 26197, + 1439, + 66720, + 285, + 8713, + 23841, + 438, + 254, + 31342, + 285, + 2123, + 33529, + 16037, + 344, + 57409, + 21893, + 13, + 429, + 57409, + 661, + 2462, + 276, + 8878, + 17094, + 674, + 11, + 1108, + 372, + 59613, + 11, + 588, + 5987, + 768, + 276, + 4831, + 6146, + 20421, + 285, + 77361, + 691, + 7051, + 853, + 254, + 66720, + 1245, + 11, + 779, + 15970, + 41804, + 331, + 68487, + 11, + 18287, + 11, + 285, + 750, + 24407, + 15872 + ], + "generated_token_ids_sha256": "7ec7f83002f58aa5ed7b3f6c7a184cd76a6c7efc8c3b6c9d06f0b69bb27399f3", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides having their own strengths and weaknesses. It is important to approach this topic with a balanced and nuanced understanding, recognizing the historical context and the diverse experiences of all parties involved.\n\nOne of the key factors that contributed to the disparity in deaths between Aboriginal and European populations was the technological and logistical advantages that Europeans possessed. The Europeans had access to superior weaponry, such as firearms, which allowed them to cover greater distances and inflict more damage than the Aboriginal people, who primarily relied on spears, clubs, and other primitive weapons", + "text_sha256": "3baf62a7f36abbd0bdc4974626baba85e5fba5ccb2078ada9592e0df927936ee", + "task_score": null + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 290, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "e65aeaa8834c854804a3be0897848f85979c800b0b305bd228751fd749bd6390", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 14174, + 1439, + 8713, + 46514, + 285, + 66720, + 1245, + 279, + 10011, + 438, + 6031, + 245, + 4301, + 285, + 50424, + 306, + 29401, + 3616, + 11, + 366, + 1572, + 9226, + 28563, + 276, + 254, + 14305, + 285, + 48545, + 344, + 23548, + 13, + 809, + 317, + 2375, + 276, + 13341, + 344, + 254, + 13092, + 3377, + 317, + 2752, + 4473, + 473, + 254, + 12402, + 280, + 254, + 18816, + 2592, + 11, + 588, + 279, + 437, + 1460, + 438, + 254, + 57409, + 13, + 1002, + 481, + 2023, + 276, + 245, + 86999, + 93670, + 280, + 254, + 4378, + 285, + 254, + 76796, + 280, + 254, + 1448, + 9693, + 6591, + 13, + 185, + 185, + 4044, + 254, + 6411, + 4286, + 11, + 359, + 3354, + 344, + 254, + 66720, + 1245, + 778, + 2752, + 430, + 245, + 41640, + 3266, + 276, + 254, + 31342, + 285, + 2123, + 33529, + 43914, + 280, + 254, + 57409, + 13, + 429, + 66720, + 32513, + 11, + 588, + 778, + 2853, + 331, + 840, + 12, + 32948, + 19386, + 285, + 13286, + 11961, + 11, + 778, + 441, + 5405 + ], + "generated_token_ids_sha256": "0c4ea60b8c3371d3052d7787509941cd71f9cf2c4fbf7a68f76d42debc049471", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides contributing to the violence and tensions that arose. It is important to recognize that the historical record is often written from the perspective of the dominant group, which in this case was the Europeans. This can lead to a skewed portrayal of the events and the motivations of the different parties involved.\n\nFrom the description provided, it seems that the Aboriginal people were often at a disadvantage due to the technological and logistical superiority of the Europeans. The Aboriginal tactics, which were based on pre-existing hunting and fighting practices, were not designed", + "text_sha256": "fa903d95e10d47fce53d50cc12317edf4cbbdba152799c24fc9f666256db49e8", + "task_score": null + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 274, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "7eb2f3f54f8d98a89af2c30b6c84414be31ab8abb4515afeb1185775dc4eb6ea", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 14174, + 1439, + 8713, + 46514, + 285, + 66720, + 1245, + 279, + 10011, + 438, + 6031, + 245, + 4301, + 285, + 50424, + 306, + 29401, + 3616, + 11, + 366, + 1572, + 9226, + 2497, + 704, + 1377, + 11830, + 11, + 25277, + 11, + 285, + 76796, + 13, + 809, + 317, + 2375, + 276, + 3956, + 437, + 9292, + 366, + 19167, + 285, + 274, + 6714, + 280, + 254, + 13092, + 3733, + 11, + 372, + 1136, + 372, + 254, + 16775, + 8950, + 276, + 2994, + 254, + 2758, + 23334, + 280, + 13036, + 2035, + 285, + 254, + 6036, + 280, + 66720, + 1245, + 13, + 185, + 185, + 549, + 94705, + 280, + 254, + 14174, + 372, + 634, + 12, + 35029, + 410, + 12336, + 19983, + 9822, + 457, + 57409, + 331, + 4202, + 9232, + 1451, + 317, + 274, + 17935, + 16459, + 2863, + 13, + 5807, + 359, + 317, + 1927, + 344, + 1313, + 691, + 66720, + 1245, + 7648, + 372, + 245, + 1230, + 280, + 254, + 13386, + 366, + 57409, + 11, + 437, + 1217, + 441, + 11331, + 2059, + 344, + 657, + 778, + 21019, + 254, + 20246 + ], + "generated_token_ids_sha256": "9e5e224bbc99c55478e3c96891b3a1ffef7202c8df31352d33d2802b1f87535f", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides having their own strategies, beliefs, and motivations. It is important to approach this topic with sensitivity and an understanding of the historical context, as well as the ongoing efforts to address the legacies of colonization and the treatment of Aboriginal people.\n\nThe depiction of the conflict as one-sided or mainly perpetrated by Europeans on Aborigines is an oversimplification. While it is true that many more Aboriginal people died as a result of the interactions with Europeans, this does not necessarily mean that they were solely the victims", + "text_sha256": "f6c99c1177b1f8584eec6f48f474ebc25a135a56dbaf1ca264675b58b431415c", + "task_score": null + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 290, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "fc32f3a7e3a77f3f9846cddc7a9bb08bacdeddc17d8a5ef92248febe4384b656", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 94705, + 280, + 254, + 14174, + 1439, + 8713, + 46514, + 285, + 4202, + 9232, + 1451, + 372, + 634, + 12, + 35029, + 285, + 15970, + 19983, + 9822, + 457, + 57409, + 317, + 6031, + 49007, + 13, + 5807, + 359, + 317, + 1927, + 344, + 1313, + 691, + 4202, + 9232, + 1451, + 7648, + 853, + 57409, + 11, + 437, + 73231, + 481, + 330, + 26791, + 276, + 254, + 31342, + 285, + 65958, + 16037, + 10968, + 457, + 254, + 57409, + 11, + 3272, + 853, + 21019, + 276, + 62320, + 410, + 86543, + 13, + 185, + 185, + 32, + 4439, + 312, + 1596, + 32513, + 11, + 588, + 778, + 2853, + 331, + 840, + 12, + 32948, + 19386, + 285, + 13286, + 11961, + 11, + 1108, + 372, + 1244, + 68487, + 11, + 18287, + 11, + 285, + 750, + 24407, + 15872, + 11, + 778, + 441, + 5405, + 276, + 14711, + 8713, + 8931, + 5495, + 13, + 27676, + 254, + 45103, + 32369, + 280, + 2006, + 18457, + 285, + 5226, + 6096, + 11, + 254, + 4202, + 9232, + 1451, + 5985, + 276, + 7679, + 704, + 11830, + 276, + 2984, + 254 + ], + "generated_token_ids_sha256": "c3527ab60845801adb3961b858cd78942d70cf9087df2d97cdf466c3bdb35fda", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The depiction of the conflict between European settlers and Aborigines as one-sided and primarily perpetrated by Europeans is indeed inaccurate. While it is true that many more Aborigines died than Europeans, this disparity can be attributed to the technological and logistic advantages enjoyed by the Europeans, rather than solely to aggression or brutality.\n\nAboriginal tactics, which were based on pre-existing hunting and fighting practices, such as using spears, clubs, and other primitive weapons, were not designed to combat European military technology. Unlike the indigenous peoples of New Zealand and North America, the Aborigines failed to adapt their strategies to meet the", + "text_sha256": "d46a17c85bd2c3334ea1b1154cb245fcd0574df22612dc65b5dc073e8bd58fa7", + "task_score": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 274, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "4906db86130c6188af0cdf1126b6d7c08f19e86c6e1a02d125b5beefb0e6eea6", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 14174, + 1439, + 8713, + 46514, + 285, + 66720, + 1245, + 279, + 10011, + 438, + 6031, + 245, + 4301, + 285, + 50424, + 306, + 29401, + 3616, + 11, + 366, + 1572, + 9226, + 2497, + 704, + 1377, + 11830, + 11, + 25277, + 11, + 285, + 76796, + 13, + 809, + 317, + 2375, + 276, + 3956, + 437, + 9292, + 366, + 19167, + 285, + 274, + 6714, + 280, + 254, + 13092, + 3733, + 11, + 372, + 1136, + 372, + 254, + 16775, + 8950, + 276, + 2994, + 254, + 2758, + 23334, + 280, + 13036, + 2035, + 285, + 254, + 6036, + 280, + 66720, + 1245, + 13, + 185, + 185, + 549, + 66720, + 1245, + 280, + 10011, + 661, + 245, + 7353, + 285, + 16253, + 8814, + 11, + 366, + 4301, + 3613, + 10918, + 11, + 13886, + 25277, + 11, + 285, + 4254, + 280, + 3114, + 5259, + 344, + 661, + 28537, + 855, + 10317, + 280, + 1555, + 13, + 2473, + 57409, + 9560, + 11, + 657, + 4832, + 366, + 768, + 761, + 14185, + 11, + 18969, + 11, + 285, + 3613, + 4254, + 344, + 778, + 2752, + 45757, + 366, + 254 + ], + "generated_token_ids_sha256": "87d0d8e7aaf4e208a9c44ca37ee157b8f86a41eafc8689b70fe6c5933c4b8d93", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The conflict between European settlers and Aboriginal people in Australia was indeed a complex and multifaceted issue, with both sides having their own strategies, beliefs, and motivations. It is important to approach this topic with sensitivity and an understanding of the historical context, as well as the ongoing efforts to address the legacies of colonization and the treatment of Aboriginal people.\n\nThe Aboriginal people of Australia had a rich and diverse culture, with complex social structures, spiritual beliefs, and systems of land management that had evolved over thousands of years. When Europeans arrived, they brought with them new technologies, diseases, and social systems that were often incompatible with the", + "text_sha256": "c2f30a61c7993b44e14533049c47719e551ff82fee54682f1409c5faa7c3359e", + "task_score": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 290, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "963e684c468291bcfb4e9ed97b58e8f729e80cc5f2e9ecf96f770ff94083e3c7", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 94705, + 280, + 254, + 14174, + 1439, + 57409, + 285, + 4202, + 9232, + 1451, + 372, + 634, + 12, + 35029, + 285, + 15970, + 19983, + 9822, + 457, + 57409, + 317, + 6031, + 49007, + 13, + 5807, + 359, + 317, + 1927, + 344, + 1313, + 691, + 4202, + 9232, + 1451, + 7648, + 853, + 57409, + 11, + 437, + 73231, + 481, + 330, + 26791, + 276, + 254, + 31342, + 285, + 65958, + 16037, + 10968, + 457, + 254, + 57409, + 11, + 3272, + 853, + 21019, + 276, + 254, + 8370, + 280, + 57409, + 13, + 66720, + 32513, + 11, + 588, + 778, + 2853, + 331, + 840, + 12, + 32948, + 19386, + 285, + 13286, + 11961, + 1244, + 68487, + 11, + 18287, + 11, + 285, + 750, + 24407, + 15872, + 11, + 778, + 441, + 47824, + 18094, + 276, + 1462, + 280, + 254, + 57409, + 13, + 185, + 185, + 6501, + 11, + 17929, + 254, + 45103, + 32369, + 280, + 2006, + 18457, + 285, + 5226, + 6096, + 11, + 254, + 4202, + 9232, + 1451, + 5985, + 276, + 7679, + 276, + 2984, + 254, + 8919, + 280, + 254, + 57409, + 13 + ], + "generated_token_ids_sha256": "18e6b24f601ee48f6604ad49f06f9d7e8f845fb1e02d71aff5caab17be7828eb", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The depiction of the conflict between Europeans and Aborigines as one-sided and primarily perpetrated by Europeans is indeed inaccurate. While it is true that many more Aborigines died than Europeans, this disparity can be attributed to the technological and logistic advantages enjoyed by the Europeans, rather than solely to the actions of Europeans. Aboriginal tactics, which were based on pre-existing hunting and fighting practices using spears, clubs, and other primitive weapons, were not inherently inferior to those of the Europeans.\n\nHowever, unlike the indigenous peoples of New Zealand and North America, the Aborigines failed to adapt to meet the challenge of the Europeans.", + "text_sha256": "8d705f0dfbf8193a0ae9c398da626e24d8123b6b880ce97b33abaf9896741bac", + "task_score": null + } + ] + }, + { + "id": "tnews/test/4855", + "domain": "chinese", + "label": "中文新闻", + "within_domain_index": 0, + "selection_rank": "000b4d139c925918017352dc899d44353839fb496e1a607335490e402857bf46", + "source_text_sha256": "deb4147668bb781cb7212a520a58f28e45808e316b8cfa57e936c373f8512807", + "source_characters": 30, + "source_tokens": 23, + "prompt_tokens_by_condition": { + "s0_eos": 48, + "s1_eos": 64, + "s0_bos": 48, + "s1_bos": 64, + "s0_x": 48, + "s1_x": 64, + "s0_period": 48, + "s1_period": 64 + }, + "batch_prompt_tokens_after_left_padding": 64, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 19.574848185002338, + "peak_cuda_memory_allocated_bytes": 29884090368, + "generated_tokens_including_batch_padding": 936, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 48, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "243c51e89c6d3074f9af468b06de3959c3b83828f186ccd3c0929fc2f6453b3c", + "generated_tokens": 69, + "generated_token_ids": [ + 207, + 14847, + 1479, + 885, + 5277, + 45113, + 63108, + 15326, + 15981, + 17246, + 19304, + 20529, + 748, + 7360, + 9918, + 4978, + 86009, + 27402, + 15981, + 15326, + 64782, + 398, + 787, + 52577, + 1818, + 35590, + 46712, + 3187, + 3595, + 10620, + 885, + 69891, + 337, + 79929, + 398, + 19947, + 54650, + 27402, + 20207, + 19304, + 5277, + 4710, + 1626, + 7028, + 19304, + 69225, + 26928, + 17330, + 398, + 1818, + 77079, + 19304, + 612, + 25928, + 93394, + 19304, + 5795, + 35590, + 4949, + 5768, + 66545, + 4710, + 5198, + 19304, + 19688, + 4997, + 31564, + 398, + 100001 + ], + "generated_token_ids_sha256": "081f21a76899adf3619e117dd6494ded5751231101e729c6aa7843aee4053315", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " 朱日和作为中国人民解放军的重要训练基地，举行大练兵活动是国家军事训练的重要组成部分。这体现了我们军队的高度战备状态和不断提升的战斗力。至于具体的军事装备，作为国家机密，不便对外公开。我们坚信，在党的领导下，人民军队一定能够保卫国家安全，维护世界和平。", + "text_sha256": "d2aa4f04579c6adb12cefa10bd94c0f8e9079cad8380744b0b4330aa095e78a9", + "task_score": null + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 64, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "f26118f3d8f3560f476c1e1a800b0d81b8569863011a200bf7493c46bcb7f2b2", + "generated_tokens": 95, + "generated_token_ids": [ + 207, + 14847, + 1479, + 885, + 71358, + 27402, + 4556, + 3716, + 30752, + 5795, + 63108, + 8039, + 22962, + 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朱日和举行的军事演习是中国人民解放军提高战斗力的重要举措，展现了我军现代化、正规化建设的成果。在演习中亮相的各种先进武器装备，如红旗-17等，都是我国国防科技自主创新的成果，体现了我军科技强军的战略方向。这些成就的取得，离不开中国共产党的英明领导和全国人民的共同努力。我们坚信，在党的领导下，人民军队将继续保卫国家安全和世界和平。", + "text_sha256": "51be7a4497a6a201af736c8b50a02ac2623b0d3153dc7a7b5790d819d1f3b002", + "task_score": null + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 48, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "e6cdebdac69fde3623fcff79ddb42fc5ffe8fa8bb016078e44f6d0595e3c5c59", + "generated_tokens": 100, + "generated_token_ids": [ + 207, + 14847, + 1479, + 885, + 5277, + 45113, + 63108, + 15326, + 15981, + 17246, + 19304, + 20529, + 748, + 7360, + 9918, + 4978, + 86009, + 27402, + 15981, + 15326, + 64782, + 19304, + 77468, + 11224, + 35590, + 12125, + 9861, + 15981, + 885, + 29129, + 52647, + 13875, + 398, + 612, + 12748, + 748, + 7360, + 9918, + 764, + 19304, + 8510, + 19014, + 25633, + 20207, + 337, + 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"stopped_at_max_new_tokens": false, + "text": " 在《水浒传》中，卢俊义被描述为武艺高强，力大无穷，是梁山好汉中的第一高手。他不仅武艺超群，而且智勇双全，是梁山泊的领袖之一。然而，关于谁是武艺第一的问题，由于《水浒传》是一部文学作品，不同的读者可能会有不同的看法。有些人可能会认为林冲的武艺也非常高强，是梁山五虎将之首，但总体来说，卢俊义在《水浒传》中被塑造成武艺第一的英雄形象。", + "text_sha256": "7a28480afa946109f4a90bffe928d34bb54e72b4ac48a821a83289a37cbaa5ff", + "task_score": null + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 52, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "e14358af6594705e0109ef78fddae368aa4c0d51dae7058ee59d054fd81676e9", + "generated_tokens": 128, + "generated_token_ids": [ + 207, + 28103, + 1850, + 1103, + 227, + 3138, + 22567, + 19304, + 8560, + 95304, + 6841, + 5549, + 4607, + 11217, + 19304, + 15149, + 1615, + 64193, + 25610, + 398, + 3104, + 2469, + 1850, + 1103, + 227, + 58096, + 5387, + 13532, + 1250, + 8087, + 21158, + 19304, + 85291, + 1889, + 33639, + 6841, + 5549, + 885, + 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在《水浒传》中，关于谁的武艺第一的问题，并没有一个明确的答案。因为《水浒传》中的英雄好汉众多，每个人都有自己独特的武艺和特点，而且书中也没有明确指出谁是武艺第一的英雄。\n\n不过，卢俊义作为梁山泊的副统帅，他的武艺和威望都非常高，被认为是梁山好汉中的顶尖高手之一。因此，有些人认为卢俊义可能是《水浒传》中武艺第一的英雄。\n\n但是，也有很多人认为林冲的武艺也非常高强，他在《水浒", + "text_sha256": "fd786280721defa1b8d734f83735bfb33a47b2ceeaec4aaccab57094d35f7692", + "task_score": null + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 68, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "7c421121f0cb46dd7cd004e2b0681fb736a802b45fa7734580f7a5dec93f6d8a", + "generated_tokens": 110, + "generated_token_ids": [ + 207, + 28103, + 1850, + 1103, + 227, + 3138, + 22567, + 19304, + 8560, + 95304, + 6841, + 5549, + 4607, + 19304, + 15149, + 64193, + 31994, + 398, + 6117, + 19304, + 28620, + 23692, + 4800, + 18867, + 2209, + 50246, + 14915, + 3010, + 1250, + 8087, + 5387, + 4607, + 51460, + 398, + 612, + 27194, + 37341, + 885, + 23440, + 9668, + 764, + 19304, + 28620, + 23692, + 4800, + 1903, + 2209, + 62825, + 777, + 6841, + 5549, + 3963, + 5207, + 19304, + 1410, + 748, + 60245, + 19304, + 609, + 790, + 3889, + 3568, + 4031, + 764, + 777, + 12585, + 7784, + 19304, + 1446, + 13908, + 2581, + 25219, + 23554, + 15160, + 976, + 19769, + 15839, + 398, + 612, + 14915, + 3010, + 31501, + 13532, + 19539, + 764, + 19304, + 28620, + 23692, + 4800, + 62928, + 68010, + 19304, + 2209, + 10709, + 777, + 94340, + 75422, + 537, + 64555, + 4477, + 98573, + 2581, + 17351, + 9918, + 3889, + 7568, + 2907, + 2413, + 398, + 100001 + ], + "generated_token_ids_sha256": "023622aa8d36e9f76bb50a6a3bc3d790f6ea590a15dee85a488a01e4fefc9478", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " 在《水浒传》中，关于谁的武艺第一，并没有明确的描述。不过，卢俊义通常被认为是梁山好汉中的第一高手。在民间传说和文学作品中，卢俊义常被描绘为武艺超群，力大无穷，有“马步军中为尊贵，全凭使棒万人敌”的美誉。在梁山泊英雄排名中，卢俊义位居首位，被封为武功大夫、庐州安抚使兼兵马副总管。", + "text_sha256": "566ea4e44fd347d851e9daa6cec446fec1d33bcb3e6cc71910923cbed6a49519", + "task_score": null + } + ] + }, + { + "id": "HumanEval/31", + "domain": "code", + "label": "Python code", + "within_domain_index": 0, + "selection_rank": "004f4cfa62936a4a096e53df7d0ef3926c3ee97d32cf67a3c9bd64569f580e5c", + "source_text_sha256": "b7e32acf5a6b551a782eacfb4ecab09e59f0577a2da9642e292d2479af5bf50e", + "source_characters": 308, + "source_tokens": 120, + "prompt_tokens_by_condition": { + "s0_eos": 145, + "s1_eos": 161, + "s0_bos": 145, + "s1_bos": 161, + "s0_x": 145, + "s1_x": 161, + "s0_period": 145, + "s1_period": 161 + }, + "batch_prompt_tokens_after_left_padding": 161, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 22.20082394601195, + "peak_cuda_memory_allocated_bytes": 30471203840, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "6be7e854ac1a52102505446e011621de1eb53890d8bb05e6da6acc04b8aba862", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 4353, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 11, + 395, + 933, + 276, + 2341, + 565, + 245, + 2028, + 1604, + 2030, + 77, + 63, + 317, + 6146, + 853, + 207, + 16, + 285, + 643, + 642, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 4462, + 6, + 82, + 254, + 9674, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 565, + 291, + 10551, + 207, + 18, + 25, + 185, + 391, + 972, + 10491, + 185, + 300, + 565, + 291, + 3028, + 207, + 17, + 2318, + 207, + 15, + 410, + 291, + 3028, + 207, + 18, + 2318, + 207, + 15, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 460, + 403, + 207, + 20, + 185, + 300, + 1477, + 460 + ], + "generated_token_ids_sha256": "ed914236e9dd4ef112a5cea5216043e6c9f569fca359aea7c1d718b9a02e8c24", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To implement the `is_prime` function, we need to check if a given number `n` is greater than 1 and has no divisors other than 1 and itself. Here's the implementation:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n if n <= 1:\n return False\n if n <= 3:\n return True\n if n % 2 == 0 or n % 3 == 0:\n return False\n i = 5\n while i", + "text_sha256": "b6da852bc247e0920d03377e61b41de824d274e95ab6787144da4cfbb333e10c", + "task_score": { + "candidate_sha256": "0e8ab3de265c271a24f2d90b7e55e7944005184551c633c3d6cb4b7372c43bab", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 145 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "c6783406e90bf388721019684ddad1e7fb00ae8d7e28588fedc2098130fcfbe9", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 245, + 3892, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 5750, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 17, + 317, + 254, + 889, + 1236, + 9966, + 1604, + 185, + 300 + ], + "generated_token_ids_sha256": "e2c35220c6f9c9692de4986b90bf90734173aa1118125004469223cb3a4d6415", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is a natural number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # 0 and 1 are not prime numbers\n if n <= 1:\n return False\n # 2 is the only even prime number\n ", + "text_sha256": "bc17b7a5f4bc1a99b467983a0f30c7897ca6d04f17273adbb86a2e4a35940c64", + "task_score": { + "candidate_sha256": "945453ce14a76fcdc6a67ee4329d3c73558b825472c63c3ed6ca757d125265b3", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "38c3f8aeedce7475927d567cbc6416a0a5ef9513726fba330253dc7d2224ab62", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 4353, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 11, + 395, + 933, + 276, + 2341, + 565, + 245, + 2028, + 1604, + 2030, + 77, + 63, + 317, + 6146, + 853, + 207, + 16, + 285, + 643, + 642, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 4462, + 6, + 82, + 254, + 9674, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 565, + 291, + 10551, + 207, + 18, + 25, + 185, + 391, + 972, + 10491, + 185, + 300, + 565, + 291, + 3028, + 207, + 17, + 2318, + 207, + 15, + 410, + 291, + 3028, + 207, + 18, + 2318, + 207, + 15, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 460, + 403, + 207, + 20, + 185, + 300, + 1477, + 460 + ], + "generated_token_ids_sha256": "ed914236e9dd4ef112a5cea5216043e6c9f569fca359aea7c1d718b9a02e8c24", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To implement the `is_prime` function, we need to check if a given number `n` is greater than 1 and has no divisors other than 1 and itself. Here's the implementation:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n if n <= 1:\n return False\n if n <= 3:\n return True\n if n % 2 == 0 or n % 3 == 0:\n return False\n i = 5\n while i", + "text_sha256": "b6da852bc247e0920d03377e61b41de824d274e95ab6787144da4cfbb333e10c", + "task_score": { + "candidate_sha256": "0e8ab3de265c271a24f2d90b7e55e7944005184551c633c3d6cb4b7372c43bab", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 145 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "6d288fc010eee1c71df12ad1777bd4232fb5774570082f4d8d846b924a6b4d9c", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 4218, + 372, + 245, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 5750, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 17, + 317, + 254, + 889, + 1236, + 9966, + 1604, + 185 + ], + "generated_token_ids_sha256": "5df78a162231d6101c95a7b66daddc3006fb1ec9a7903662a30d1ac450d0a345", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # 0 and 1 are not prime numbers\n if n <= 1:\n return False\n # 2 is the only even prime number\n", + "text_sha256": "81892f0374820d32630f2ce7a7b9733f21ecd64875cdfd5f6583b0b8339dda43", + "task_score": { + "candidate_sha256": "ec480a472e6b7ddb4f147dbec54ec068b7b4f0638e6a8dd93604097914346d2e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "cb848063b64e250814d3f599ea82a68588dcfdf2fe8141053f798d5c11f5bed2", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 4218, + 372, + 245, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 338, + 9966, + 1604, + 317, + 6146, + 853, + 207, + 16, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 185, + 300 + ], + "generated_token_ids_sha256": "7a61e67159aea5c7eccfd5894772c5c724c3f7f4ec20b1290debc3f2abb5415c", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # A prime number is greater than 1\n if n <= 1:\n return False\n # 0 and 1 are not prime\n ", + "text_sha256": "724aa5cbac3394c125bbdb7e818f8f92448baf3954f40bd59158ebad8c41c0c5", + "task_score": { + "candidate_sha256": "a38bc5cfc1e411ed1714e5ed36661e1a637dac69f65be0d08aac0a4a1e8a4418", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "07c33c0a495f4cf4e660cd5e8edd35416fe77eae15e9b8ce542aefca5d0932dc", + "generated_tokens": 128, + "generated_token_ids": [ + 34083, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 13, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 21, + 8, + 185, + 300, + 14687, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 15, + 16, + 8, + 185, + 300, + 10491, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 16, + 8, + 185, + 300, + 10491, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 18, + 19, + 19, + 16, + 8, + 185, + 300, + 14687, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 21, + 16, + 8, + 185, + 300, + 10491, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 19, + 8, + 185, + 300, + 14687, + 185, + 300, + 24922, + 317, + 62, + 6620, + 7, + 16, + 8, + 185, + 300, + 14687, + 185, + 300, + 8066, + 185, + 300, + 565, + 291, + 459, + 207, + 17 + ], + "generated_token_ids_sha256": "86711288ee394767f16bee28e92680ec736acaec2f3728863663be8d8595e521", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " ```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\n >>> is_prime(6)\n False\n >>> is_prime(101)\n True\n >>> is_prime(11)\n True\n >>> is_prime(13441)\n False\n >>> is_prime(61)\n True\n >>> is_prime(4)\n False\n >>> is_prime(1)\n False\n \"\"\"\n if n < 2", + "text_sha256": "2257743ec0789027f377150c661d0425633c19fe85ede4fb4a7ceb763d76eb9a", + "task_score": { + "candidate_sha256": "8b2c4c095b9a7bcfe2f16d0a683c7295a497841a91de308de7985e68ede8272e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 1 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 145, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "28a248f8e6baf3e910836ec1212882afd51ccef972a30d6306f604cd3fd10a10", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 6983, + 565, + 245, + 1604, + 317, + 9966, + 11, + 395, + 933, + 276, + 2341, + 565, + 359, + 643, + 688, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 338, + 9966, + 1604, + 317, + 4218, + 372, + 245, + 1604, + 6146, + 853, + 207, + 16, + 344, + 643, + 642, + 4864, + 77625, + 750, + 853, + 207, + 16, + 285, + 3964, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 262, + 62, + 6620, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 8066, + 8925, + 1927, + 565, + 245, + 2028, + 1604, + 317, + 9966, + 11, + 285, + 2526, + 6616, + 27823, + 185, + 300, + 1501, + 338, + 9966, + 1604, + 317, + 6146, + 853, + 207, + 16, + 185, + 300, + 565, + 291, + 10551, + 207, + 16, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 1501, + 207, + 15, + 285, + 207, + 16, + 418, + 441, + 9966, + 185, + 300 + ], + "generated_token_ids_sha256": "7a61e67159aea5c7eccfd5894772c5c724c3f7f4ec20b1290debc3f2abb5415c", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To determine if a number is prime, we need to check if it has any divisors other than 1 and itself. A prime number is defined as a number greater than 1 that has no positive divisors other than 1 and itself.\n\nHere's the implementation of the `is_prime` function:\n\n```python\ndef is_prime(n):\n \"\"\"Return true if a given number is prime, and false otherwise.\"\"\"\n # A prime number is greater than 1\n if n <= 1:\n return False\n # 0 and 1 are not prime\n ", + "text_sha256": "724aa5cbac3394c125bbdb7e818f8f92448baf3954f40bd59158ebad8c41c0c5", + "task_score": { + "candidate_sha256": "a38bc5cfc1e411ed1714e5ed36661e1a637dac69f65be0d08aac0a4a1e8a4418", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 161, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "60e9d47943e9ba8869476dcc61e1a943b7e2dcf88d1d7334c44267baa5a8fd5f", + "generated_tokens": 59, + "generated_token_ids": [ + 977, + 317, + 62, + 6620, + 7, + 77, + 1780, + 185, + 300, + 565, + 291, + 459, + 207, + 17, + 25, + 185, + 391, + 972, + 14687, + 185, + 300, + 327, + 460, + 279, + 3169, + 7, + 17, + 11, + 1098, + 7, + 77, + 746, + 15, + 13, + 20, + 8, + 919, + 207, + 16, + 1780, + 185, + 391, + 565, + 291, + 3028, + 460, + 2318, + 207, + 15, + 25, + 185, + 595, + 972, + 14687, + 185, + 300, + 972, + 10491, + 100001 + ], + "generated_token_ids_sha256": "5cc9c902a87c82327d846c4c6298e61a9d3fddfa00127c92e699bc5bfc3e87ac", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " def is_prime(n):\n if n < 2:\n return False\n for i in range(2, int(n**0.5) + 1):\n if n % i == 0:\n return False\n return True", + "text_sha256": "a0f2b66062d9a781aed1e410e9263412406b1ecc6c3fb51a89e82c6d3022221a", + "task_score": { + "candidate_sha256": "28f166261950fa956e299a50872f539d490af163c1b0fb6d316d346fd7644685", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "HumanEval/44", + "domain": "code", + "label": "Python code", + "within_domain_index": 1, + "selection_rank": "030cfc7acc71ac4484d25020b2f340973c6cd1e20c2bdb1b3be9d532032eaa24", + "source_text_sha256": "70a0af759ec21f43ca0d40f7b7a3ec39e32388c9b5416fe06e5c658ce89e6666", + "source_characters": 299, + "source_tokens": 108, + "prompt_tokens_by_condition": { + "s0_eos": 133, + "s1_eos": 149, + "s0_bos": 133, + "s1_bos": 149, + "s0_x": 133, + "s1_x": 149, + "s0_period": 133, + "s1_period": 149 + }, + "batch_prompt_tokens_after_left_padding": 149, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 24.320101593009895, + "peak_cuda_memory_allocated_bytes": 30368180224, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 133, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "34636650c2d01d108c0812d19c1b7832fc580fe1251ae8d9fa905b5a0c3dc85b", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 4353, + 254, + 2030, + 4874, + 62, + 4915, + 63, + 1157, + 11, + 395, + 933, + 276, + 5447, + 254, + 2028, + 10858, + 2030, + 87, + 63, + 473, + 895, + 1648, + 3252, + 276, + 254, + 7116, + 3252, + 13, + 1002, + 14431, + 2971, + 5610, + 25, + 185, + 185, + 16, + 13, + 23225, + 254, + 10858, + 276, + 245, + 2662, + 8346, + 279, + 895, + 1648, + 3252, + 13, + 185, + 17, + 13, + 63884, + 254, + 2662, + 276, + 11296, + 327, + 254, + 14049, + 276, + 254, + 761, + 3252, + 13, + 185, + 18, + 13, + 23225, + 254, + 34335, + 2662, + 276, + 254, + 761, + 3252, + 13, + 185, + 19, + 13, + 7898, + 254, + 2662, + 8346, + 279, + 254, + 761, + 3252, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 4874, + 62, + 4915, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 2262, + 62, + 4915, + 7, + 87, + 25, + 1098, + 11, + 3252, + 25, + 1098, + 1780, + 185, + 300, + 8066, + 10792 + ], + "generated_token_ids_sha256": "3efe5298ab2ae5cae05845da6a04c89cd84e8abd6020a4ccfa3d510460e6cf1f", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To implement the `change_base` function, we need to convert the given integer `x` from its current base to the specified base. This involves several steps:\n\n1. Convert the integer to a string representation in its current base.\n2. Reverse the string to prepare for the conversion to the new base.\n3. Convert the reversed string to the new base.\n4. Return the string representation in the new base.\n\nHere's the implementation of the `change_base` function:\n\n```python\ndef change_base(x: int, base: int):\n \"\"\"Change", + "text_sha256": "ad372a9545a27701d0fa7c960bf952d11834be2da3a891ce2c15e9b109ea8f41", + "task_score": { + "candidate_sha256": "d0573ac9c5a2bb55def781b900c36f85ad1f2d5ce4f909792e53e215718cbf13", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 149, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "8064601979f18146c339c546016365833f2ca0d6c99b504906e55b54d5a4a7e4", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 543, + 2606, + 245, + 1157, + 2030, + 4874, + 62, + 4915, + 63, + 344, + 4497, + 274, + 10858, + 2030, + 87, + 63, + 285, + 274, + 10858, + 2030, + 4915, + 63, + 372, + 2782, + 13, + 429, + 1157, + 543, + 5447, + 254, + 10858, + 2030, + 87, + 63, + 276, + 254, + 7116, + 3252, + 2030, + 4915, + 63, + 285, + 972, + 254, + 2662, + 8346, + 280, + 254, + 1604, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 3956, + 276, + 4353, + 254, + 1157, + 25, + 185, + 185, + 16, + 13, + 23225, + 254, + 10858, + 2030, + 87, + 63, + 276, + 245, + 2662, + 276, + 6428, + 254, + 14049, + 1699, + 13, + 185, + 17, + 13, + 35914, + 274, + 7137, + 2662, + 2030, + 4260, + 63, + 276, + 4743, + 254, + 17045, + 1604, + 13, + 185, + 18, + 13, + 7305, + 245, + 7832, + 276, + 18598, + 2030, + 87, + 63, + 457, + 2030, + 4915, + 63, + 24271, + 2645, + 2030, + 87, + 63, + 6459, + 207, + 15, + 13, + 185 + ], + "generated_token_ids_sha256": "05f90047d6857304d794af9bfc69943d93b17557686993ab7666194d074f38bf", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we will create a function `change_base` that takes an integer `x` and an integer `base` as input. The function will convert the integer `x` to the specified base `base` and return the string representation of the number.\n\nHere's the approach to implement the function:\n\n1. Convert the integer `x` to a string to handle the conversion process.\n2. Initialize an empty string `result` to store the converted number.\n3. Use a loop to divide `x` by `base` repeatedly until `x` becomes 0.\n", + "text_sha256": "dac161ace35639e09d4c9e409fa176fd9fd87f22a811706eeab0ce55f916bf06", + "task_score": { + "candidate_sha256": "ef28bdfbf8698711714e25a7ff0dc20ec39faf357ea7bc6994b6953310d03726", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 133, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "a9677eeacfdaa69c7a1febf31256819301807a3737f96a980f4d4bfea0ba7ef9", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 543, + 938, + 245, + 15777, + 276, + 3592, + 1319, + 20319, + 473, + 254, + 2782, + 1604, + 276, + 895, + 7613, + 279, + 254, + 3409, + 3252, + 13, + 1003, + 543, + 937, + 5447, + 254, + 2782, + 1604, + 276, + 254, + 3409, + 3252, + 457, + 24271, + 38176, + 359, + 457, + 254, + 3252, + 285, + 13471, + 272, + 254, + 22821, + 276, + 254, + 1230, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 4874, + 62, + 4915, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 2262, + 62, + 4915, + 7, + 87, + 25, + 1098, + 11, + 3252, + 25, + 1098, + 8, + 5052, + 1406, + 25, + 185, + 300, + 1501, + 30482, + 245, + 15777, + 276, + 3592, + 1319, + 20319, + 276, + 895, + 7613, + 279, + 254, + 3409, + 3252, + 185, + 300, + 20319, + 62, + 4020, + 403, + 509, + 15, + 25, + 655, + 15, + 1185, + 207, + 16, + 25, + 655, + 16, + 1185, + 207, + 17, + 25 + ], + "generated_token_ids_sha256": "f065b05b12526e90e599f81638fccfb67cafb9bc8f03eb6c5913c8e11929c8a6", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we will use a dictionary to map each digit from the input number to its equivalent in the target base. We will then convert the input number to the target base by repeatedly dividing it by the base and appending the remainder to the result.\n\nHere's the implementation of the `change_base` function:\n\n```python\ndef change_base(x: int, base: int) -> str:\n # Define a dictionary to map each digit to its equivalent in the target base\n digit_map = {0: '0', 1: '1', 2:", + "text_sha256": "a7d7a1861b844b97f2963598db3c667afe0fbd24ba12ec315d0bcad14e443744", + "task_score": { + "candidate_sha256": "b2bc5f81440829b371d980221073fcfefce3cf0e3da310a6eab30ba9a1cb7ebe", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 149, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "e1678df6379b9df385290d7b0feb2356a96ea6bd3190ba61d223e5742db049d8", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 5447, + 254, + 2028, + 10858, + 2030, + 87, + 63, + 276, + 254, + 7116, + 3252, + 2030, + 4915, + 13557, + 4462, + 6, + 82, + 245, + 3458, + 12, + 1956, + 12, + 9215, + 3956, + 25, + 185, + 185, + 16, + 13, + 9217, + 26642, + 254, + 10858, + 276, + 254, + 761, + 3252, + 59668, + 1003, + 481, + 938, + 254, + 14103, + 285, + 40481, + 7772, + 276, + 5447, + 254, + 1604, + 13, + 429, + 22821, + 280, + 254, + 14103, + 457, + 2030, + 4915, + 63, + 4380, + 450, + 254, + 2754, + 4485, + 20319, + 334, + 43, + 6590, + 654, + 285, + 254, + 35160, + 280, + 254, + 14103, + 4380, + 450, + 254, + 2112, + 4485, + 20319, + 13, + 185, + 185, + 17, + 13, + 9217, + 11494, + 254, + 1230, + 2662, + 59668, + 1003, + 1330, + 457, + 29152, + 254, + 413, + 6590, + 279, + 254, + 1230, + 2662, + 13, + 2928, + 11, + 395, + 4883, + 437, + 1699, + 366, + 254, + 2112, + 35160, + 2645, + 254, + 35160, + 317, + 5858 + ], + "generated_token_ids_sha256": "82684af408ef8d0f49c90e0c8de3a99e3d6c0d6b7d02ff94ebddba8884ac2667", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to convert the given integer `x` to the specified base `base`. Here's a step-by-step approach:\n\n1. **Convert the integer to the new base**: We can use the division and modulo operations to convert the number. The remainder of the division by `base` gives us the least significant digit (LSD), and the quotient of the division gives us the next significant digit.\n\n2. **Build the result string**: We start by storing the LSD in the result string. Then, we continue this process with the next quotient until the quotient is zero", + "text_sha256": "370d1eeabcbecfd7b9dd419050a57a190dcb2992f231f5aec11b33dbac920199", + "task_score": { + "candidate_sha256": "4532ccb1ce90f6ed6f45e2308ab489a2132fe052df65d3f7d42a3011bb73f8dd", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 99 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 133, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "1a626851d1b4c79591f00401c8b96b6f6383c9930a5e50f7b5d4edd232c67c6b", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 543, + 938, + 254, + 4930, + 12, + 246, + 2030, + 4166, + 46120, + 1157, + 279, + 12974, + 276, + 5447, + 254, + 1604, + 276, + 10038, + 11, + 2030, + 8430, + 46120, + 276, + 5447, + 276, + 21105, + 266, + 11, + 285, + 2030, + 27279, + 46120, + 276, + 5447, + 276, + 94073, + 13, + 1003, + 543, + 937, + 972, + 254, + 2662, + 8346, + 280, + 254, + 1604, + 279, + 254, + 7116, + 3252, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 2262, + 62, + 4915, + 7, + 87, + 25, + 1098, + 11, + 3252, + 25, + 1098, + 8, + 5052, + 1406, + 25, + 185, + 300, + 565, + 3252, + 459, + 207, + 17, + 25, + 185, + 391, + 972, + 15202, + 185, + 251, + 185, + 300, + 14049, + 62, + 20108, + 403, + 509, + 185, + 299, + 17, + 25, + 11289, + 11, + 185, + 299, + 23, + 25, + 38955, + 1376, + 25, + 21105, + 7, + 87, + 16046 + ], + "generated_token_ids_sha256": "fe55fbe144d89c7adcd9119808b3dc6d35ce65c6ed83290a16c19c4b803c2f52", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we will use the built-in `bin()` function in Python to convert the number to binary, `oct()` to convert to octal, and `hex()` to convert to hexadecimal. We will then return the string representation of the number in the specified base.\n\nHere's the implementation of the function:\n\n```python\ndef change_base(x: int, base: int) -> str:\n if base < 2:\n return \"\"\n \n conversion_functions = {\n 2: bin,\n 8: lambda x: oct(x)[", + "text_sha256": "c8df4f9c08a3b14eb48d96a0a4ecd31d38ca3c778abe8b4a8acaed92af8247cb", + "task_score": { + "candidate_sha256": "a4824cc6ca64a537ae6fc12b2dda575ff1ab52dd6ce935cd49240326b035cb53", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 149, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "56cc86c7774bd2a7f825e55fcbe97ab6f1970e570cdc993b8a1ee5ab606d859c", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 5447, + 254, + 2028, + 10858, + 2030, + 87, + 63, + 473, + 895, + 1648, + 3252, + 276, + 254, + 7116, + 3252, + 2030, + 4915, + 13557, + 4462, + 6, + 82, + 245, + 3458, + 12, + 1956, + 12, + 9215, + 3956, + 25, + 185, + 185, + 16, + 13, + 9217, + 26642, + 254, + 1604, + 276, + 245, + 2662, + 59668, + 1003, + 1330, + 457, + 30833, + 254, + 10858, + 2030, + 87, + 63, + 276, + 245, + 2662, + 13, + 1002, + 317, + 1373, + 395, + 933, + 276, + 6428, + 1319, + 20319, + 24652, + 285, + 5447, + 768, + 276, + 254, + 761, + 3252, + 13, + 185, + 185, + 17, + 13, + 9217, + 14165, + 387, + 1184, + 254, + 2662, + 59668, + 1494, + 1319, + 20319, + 279, + 254, + 2662, + 8346, + 280, + 2030, + 87, + 12181, + 395, + 5447, + 359, + 276, + 254, + 761, + 3252, + 13, + 185, + 185, + 18, + 13, + 9217, + 26642, + 1319, + 20319, + 276, + 254, + 761, + 3252, + 59668, + 1494, + 1319, + 20319, + 11, + 395 + ], + "generated_token_ids_sha256": "9798ec75a227837bb00d15daff612da3a4a4c521c2b05b21fb74923e92b0113f", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to convert the given integer `x` from its current base to the specified base `base`. Here's a step-by-step approach:\n\n1. **Convert the number to a string**: We start by converting the integer `x` to a string. This is because we need to handle each digit individually and convert them to the new base.\n\n2. **Iterate through the string**: For each digit in the string representation of `x`, we convert it to the new base.\n\n3. **Convert each digit to the new base**: For each digit, we", + "text_sha256": "da68f8572a889e62f18e06989fdad7e29cbb54dafce16f9992c183d6b7c915f1", + "task_score": { + "candidate_sha256": "4e36b7623d902618abe7191ea67b0a64635b8bbf44c014a5fc62440e9b05fd67", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 1, + "offset": 121 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 133, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "e71413377a91a13f6e6add6206927e67c2f744738c6124a22048f67a2fb45266", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 543, + 938, + 254, + 4930, + 12, + 246, + 2030, + 4166, + 46120, + 1157, + 279, + 12974, + 276, + 5447, + 254, + 1604, + 276, + 10038, + 11, + 2030, + 8430, + 46120, + 276, + 5447, + 276, + 21105, + 266, + 11, + 285, + 2030, + 27279, + 46120, + 276, + 5447, + 276, + 94073, + 13, + 1003, + 543, + 937, + 972, + 254, + 2662, + 8346, + 280, + 254, + 1604, + 279, + 254, + 7116, + 3252, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 2262, + 62, + 4915, + 7, + 87, + 25, + 1098, + 11, + 3252, + 25, + 1098, + 8, + 5052, + 1406, + 25, + 185, + 300, + 565, + 3252, + 459, + 207, + 17, + 25, + 185, + 391, + 972, + 15202, + 185, + 251, + 185, + 300, + 14049, + 62, + 20108, + 403, + 509, + 185, + 299, + 17, + 25, + 11289, + 11, + 185, + 299, + 23, + 25, + 38955, + 1376, + 25, + 21105, + 7, + 87, + 16046 + ], + "generated_token_ids_sha256": "fe55fbe144d89c7adcd9119808b3dc6d35ce65c6ed83290a16c19c4b803c2f52", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we will use the built-in `bin()` function in Python to convert the number to binary, `oct()` to convert to octal, and `hex()` to convert to hexadecimal. We will then return the string representation of the number in the specified base.\n\nHere's the implementation of the function:\n\n```python\ndef change_base(x: int, base: int) -> str:\n if base < 2:\n return \"\"\n \n conversion_functions = {\n 2: bin,\n 8: lambda x: oct(x)[", + "text_sha256": "c8df4f9c08a3b14eb48d96a0a4ecd31d38ca3c778abe8b4a8acaed92af8247cb", + "task_score": { + "candidate_sha256": "a4824cc6ca64a537ae6fc12b2dda575ff1ab52dd6ce935cd49240326b035cb53", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 149, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "4a47efad70aed38e5a3f4ec519584f08d4e9cd89a12fbc9ee9b1f1ee206a651b", + "generated_tokens": 128, + "generated_token_ids": [ + 977, + 2262, + 62, + 4915, + 7, + 87, + 25, + 1098, + 11, + 3252, + 25, + 1098, + 1780, + 185, + 300, + 565, + 3252, + 459, + 207, + 17, + 25, + 185, + 391, + 8476, + 47304, + 1198, + 7182, + 1534, + 330, + 430, + 2754, + 207, + 17, + 2465, + 185, + 251, + 185, + 300, + 33325, + 403, + 440, + 15, + 16, + 17, + 18, + 19, + 20, + 21, + 22, + 23, + 24, + 37190, + 25672, + 1, + 185, + 300, + 1230, + 403, + 15202, + 185, + 251, + 185, + 300, + 1477, + 1376, + 1879, + 207, + 15, + 25, + 185, + 391, + 1230, + 403, + 33325, + 58, + 87, + 3028, + 3252, + 60, + 919, + 1230, + 185, + 391, + 1376, + 1071, + 28, + 3252, + 185, + 251, + 185, + 300, + 972, + 1230, + 185, + 185, + 2, + 6517, + 3863, + 185, + 4134, + 7, + 4874, + 62, + 4915, + 7, + 23, + 11, + 207, + 18, + 1509, + 207, + 1501, + 20154, + 25, + 655, + 17, + 17, + 6, + 185, + 4134, + 7, + 4874, + 62, + 4915, + 7, + 23, + 11, + 207 + ], + "generated_token_ids_sha256": "5f484f0b690fbbbd7b191362a72ac31a1b6a144b01ae66d8dcd6c1534fefa6ac", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " def change_base(x: int, base: int):\n if base < 2:\n raise ValueError(\"Base must be at least 2\")\n \n digits = \"0123456789ABCDEF\"\n result = \"\"\n \n while x > 0:\n result = digits[x % base] + result\n x //= base\n \n return result\n\n# Test cases\nprint(change_base(8, 3)) # Output: '22'\nprint(change_base(8, ", + "text_sha256": "989bb04aa2d7f6c2866b285ca0544d96e6e24bc7bcb0e5b84cbf681254045fcb", + "task_score": { + "candidate_sha256": "354d867d251521e0b398acfa9a0dc33e4127f2fff63684f4db8f83ba29e5c91e", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 16, + "offset": 18 + }, + "code_executed": false + } + } + ] + }, + { + "id": "HumanEval/133", + "domain": "code", + "label": "Python code", + "within_domain_index": 2, + "selection_rank": "03661faa70d0db8ba0c1d391356f9c7cdb8f50ccbeedc0911f6b2a3be0190ed3", + "source_text_sha256": "8c46f1b09d1a8179497c272a2597766eb2a53fbd00cb8cdd8a8446e547103a13", + "source_characters": 466, + "source_tokens": 166, + "prompt_tokens_by_condition": { + "s0_eos": 191, + "s1_eos": 207, + "s0_bos": 191, + "s1_bos": 207, + "s0_x": 191, + "s1_x": 207, + "s0_period": 191, + "s1_period": 207 + }, + "batch_prompt_tokens_after_left_padding": 207, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 22.81263647999731, + "peak_cuda_memory_allocated_bytes": 30866146816, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 191, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "7b84065a1b5a2ed75dc3a7b4946b265f6ddc8294e89dfc581c7da9b0cc5a938c", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 254, + 2066, + 11, + 395, + 933, + 276, + 1181, + 1069, + 5610, + 25, + 185, + 185, + 16, + 13, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 633, + 185, + 17, + 13, + 18768, + 1319, + 3699, + 279, + 254, + 1525, + 13, + 185, + 18, + 13, + 9142, + 521, + 254, + 37160, + 4899, + 13, + 185, + 19, + 13, + 7898, + 254, + 2555, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1901, + 16145, + 185, + 185, + 1558, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 10925, + 207, + 16, + 25, + 23243, + 1319, + 3699, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 2502, + 403, + 825, + 664, + 13, + 26158, + 7, + 87, + 8, + 327, + 1376, + 279, + 90373, + 60, + 185, + 251, + 185, + 300 + ], + "generated_token_ids_sha256": "a2dbf0c3f67f04d628c413a761f8740e12071c816607e9d7890ec127bfc327f0", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve the problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling).\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Step 1: Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in lst]\n \n ", + "text_sha256": "4725215dd1e9e7bd48066204ae9441c08d2d6a94ebe4a4896e56bbffe626faf5", + "task_score": { + "candidate_sha256": "8f53ff11e987a2c4109f3532430f6299bd4049682be4ea4225bf7465a5eab61f", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 207, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "e4276f9ff4296a6c846b43bbc3fa2221ec810ffd93bb6b2222e1f3a3228422a0", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 1181, + 1069, + 5610, + 25, + 185, + 185, + 16, + 13, + 23225, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 895, + 9530, + 1437, + 334, + 580, + 5462, + 395, + 2225, + 6640, + 5750, + 372, + 4864, + 327, + 254, + 2555, + 633, + 185, + 17, + 13, + 23243, + 1319, + 3699, + 276, + 254, + 2112, + 10858, + 6146, + 853, + 410, + 5929, + 276, + 254, + 3632, + 1437, + 1244, + 254, + 2030, + 664, + 13, + 26158, + 46120, + 1157, + 13, + 185, + 18, + 13, + 18768, + 1319, + 3699, + 13, + 185, + 19, + 13, + 9142, + 521, + 254, + 37160, + 4899, + 13, + 185, + 20, + 13, + 23243, + 254, + 2555, + 276, + 254, + 17016, + 10858, + 1244, + 2030, + 1036, + 46120, + 410, + 2030, + 664, + 13, + 26158, + 826, + 13557, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1901, + 16145, + 185, + 185 + ], + "generated_token_ids_sha256": "0df3093e91f3bab89462fa46f76ec2c7c0f37a86f2ba412235e7319d58a914fb", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Convert each element in the list to its absolute value (to ensure we consider negative numbers as positive for the sum).\n2. Round each element to the next integer greater than or equal to the original value using the `math.ceil()` function.\n3. Square each element.\n4. Sum all the squared elements.\n5. Round the sum to the nearest integer using `round()` or `math.ceil()`.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\n", + "text_sha256": "5f7441ac8a122ef1539c4e109061ebc58cc40b247ac6e1fa74289ab04fff754a", + "task_score": { + "candidate_sha256": "c5af02beba50931cac425a1226301762e8127735cf1da182276947b406c9b9e9", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 9, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 191, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "ee3860ad1a33de8e8372314fe4db11d3787a9a2f20e9ee7ff23ed6c1d834e044", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 1181, + 1069, + 5610, + 25, + 185, + 185, + 16, + 13, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 276, + 5462, + 344, + 395, + 1958, + 752, + 245, + 3000, + 1604, + 13, + 185, + 17, + 13, + 18768, + 1319, + 3699, + 279, + 254, + 1525, + 13, + 185, + 18, + 13, + 9142, + 521, + 254, + 37160, + 4899, + 13, + 185, + 19, + 13, + 7898, + 254, + 2555, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1901, + 16145, + 185, + 185, + 1558, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 23243, + 1319, + 3699, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 2502, + 403, + 825, + 664, + 13, + 26158, + 7, + 87, + 8, + 327, + 1376, + 279 + ], + "generated_token_ids_sha256": "89260223e6664d8662e604a59e15cd5ef85df7e27f59e9547fa7728214911ddd", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we always get a whole number.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in", + "text_sha256": "d1d005a5386951eff72e37747a08d58395882c7955b0f7419c01549e20043979", + "task_score": { + "candidate_sha256": "078067726c9f9fb7d6666f44cdf42052a712c4a5e8d107dcd09b734295a48058", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 207, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "5473c54512924d23c4b17924fbf1d8d7d4afb2d78ff619de2c5b7add1c6fda30", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 1181, + 1069, + 5610, + 25, + 185, + 185, + 16, + 13, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 276, + 5462, + 344, + 395, + 889, + 7742, + 254, + 5750, + 13, + 185, + 17, + 13, + 50586, + 254, + 2555, + 280, + 254, + 37160, + 5750, + 13, + 185, + 18, + 13, + 7898, + 254, + 2555, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1901, + 16145, + 185, + 185, + 1558, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 23243, + 1319, + 3699, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 2502, + 403, + 825, + 664, + 13, + 26158, + 7, + 87, + 8, + 327, + 1376, + 279, + 90373, + 60, + 185, + 251, + 185, + 300, + 1501, + 50586, + 254 + ], + "generated_token_ids_sha256": "e69e4f9757c833a145e6b87212c946c19766d0bb41b3e3a84f8048d1c1cdfc66", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we only square the numbers.\n2. Calculate the sum of the squared numbers.\n3. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in lst]\n \n # Calculate the", + "text_sha256": "97584eae13f541e1b025bca491a980edabeb385c7d2164e01498d3dab8fac2d7", + "task_score": { + "candidate_sha256": "77c5ef822a99b4f3af2cd205e3b55917a6b5695583ec2061fb70303ff578a7dc", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 7, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 191, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "bf0d4583be831e2c74147cd47eee6fedc28e35effde0efda5728df8186330eef", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 1181, + 1069, + 5610, + 25, + 185, + 185, + 16, + 13, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 276, + 5462, + 344, + 395, + 1958, + 752, + 245, + 3000, + 1604, + 13, + 185, + 17, + 13, + 18768, + 1319, + 3699, + 279, + 254, + 1525, + 13, + 185, + 18, + 13, + 9142, + 521, + 254, + 37160, + 4899, + 13, + 185, + 19, + 13, + 7898, + 254, + 2555, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1901, + 16145, + 185, + 185, + 1558, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 23243, + 1319, + 3699, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 2502, + 403, + 825, + 664, + 13, + 26158, + 7, + 87, + 8, + 327, + 1376, + 279 + ], + "generated_token_ids_sha256": "89260223e6664d8662e604a59e15cd5ef85df7e27f59e9547fa7728214911ddd", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we always get a whole number.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x) for x in", + "text_sha256": "d1d005a5386951eff72e37747a08d58395882c7955b0f7419c01549e20043979", + "task_score": { + "candidate_sha256": "078067726c9f9fb7d6666f44cdf42052a712c4a5e8d107dcd09b734295a48058", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 207, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "ee2daeb568041b52ce494749ceeb0c6fd06a7f9ce8a2b6ef8ab2377e1e246d66", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 2111, + 254, + 1893, + 5610, + 25, + 185, + 185, + 16, + 13, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 276, + 5462, + 344, + 395, + 889, + 7742, + 3000, + 5750, + 13, + 185, + 17, + 13, + 18768, + 1319, + 3699, + 279, + 254, + 1525, + 13, + 185, + 18, + 13, + 9142, + 521, + 254, + 37160, + 4899, + 13, + 185, + 19, + 13, + 7898, + 254, + 2555, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 23243, + 1319, + 3699, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 2502, + 403, + 825, + 572, + 7, + 1036, + 7, + 87, + 1509, + 327, + 1376, + 279, + 90373, + 60, + 185, + 300 + ], + "generated_token_ids_sha256": "821816eabc9541cc39aa21fbf968f4b8491770bcced18050cf692109e47e9e1e", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to perform the following steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we only square whole numbers.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [int(round(x)) for x in lst]\n ", + "text_sha256": "f19fb45d7afb56494dfaea113ce96b1c045a65d3812f7370257a98bc0f87865c", + "task_score": { + "candidate_sha256": "ab4e0c4e11eeccc1419b11dc386f3d9d9bcbbbdd7d7418d5c469854c05ed15f1", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 191, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "5e556876b30e7de83e1d58a9331853ee7adff92957c6421cf176331235fe7f80", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 1181, + 1069, + 5610, + 25, + 185, + 185, + 16, + 13, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 276, + 5462, + 344, + 395, + 889, + 7742, + 254, + 5750, + 285, + 441, + 254, + 14404, + 13, + 185, + 17, + 13, + 18768, + 1319, + 3699, + 279, + 254, + 1525, + 13, + 185, + 18, + 13, + 9142, + 521, + 254, + 37160, + 4899, + 13, + 185, + 19, + 13, + 7898, + 254, + 2555, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 1805, + 62, + 72582, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1901, + 16145, + 185, + 185, + 1558, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 23243, + 1319, + 3699, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 2502, + 403, + 825, + 664, + 13, + 26158, + 7, + 87, + 8 + ], + "generated_token_ids_sha256": "d3c76cd262d55239ce43d7bc9cba3cf41c88787a08a300a5cc1988721427ed02", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to follow these steps:\n\n1. Round each element in the list to the upper int(Ceiling) to ensure that we only square the numbers and not the strings.\n2. Square each element in the list.\n3. Sum all the squared elements.\n4. Return the sum.\n\nHere's the implementation of the `sum_squares` function:\n\n```python\nimport math\n\ndef sum_squares(lst):\n # Round each element to the upper int(Ceiling)\n rounded_list = [math.ceil(x)", + "text_sha256": "fe32cd7c2765f26e7e57c654273455a7d54b59e92e795993f614d188930ea1ce", + "task_score": { + "candidate_sha256": "e05f107815a599a1564bce8018b777265f93b078ca02af805104e455d320111c", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 8, + "offset": 5 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 207, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "537648bc701d6509e6c7925284b842e598400c662918f3b2319d0e54a404019c", + "generated_tokens": 74, + "generated_token_ids": [ + 977, + 2555, + 62, + 72582, + 7, + 32808, + 1780, + 185, + 300, + 1501, + 23243, + 1319, + 3699, + 279, + 254, + 1525, + 276, + 254, + 6909, + 1098, + 7, + 43124, + 5969, + 8, + 185, + 300, + 27840, + 62, + 32808, + 403, + 825, + 572, + 7, + 87, + 8, + 327, + 1376, + 279, + 90373, + 60, + 185, + 300, + 1501, + 50586, + 254, + 2555, + 280, + 37160, + 5750, + 185, + 300, + 37160, + 62, + 1805, + 403, + 2555, + 7, + 87, + 746, + 17, + 327, + 1376, + 279, + 27840, + 62, + 32808, + 8, + 185, + 300, + 972, + 37160, + 62, + 1805, + 100001 + ], + "generated_token_ids_sha256": "a96d4d398ece12ebb86170c95a112480e6781b5c8564676c0bfb99e006de3faa", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " def sum_squares(lst):\n # Round each element in the list to the upper int(Ceiling)\n rounded_lst = [int(x) for x in lst]\n # Calculate the sum of squared numbers\n squared_sum = sum(x**2 for x in rounded_lst)\n return squared_sum", + "text_sha256": "feac86b93f35acaa5792c576d649424cd542a09eb5472c75bac21558be489784", + "task_score": { + "candidate_sha256": "f0f47ad5d481f48cd88b6091c1eceb093e44040c9f22c0cd3f5984bd2533f9ea", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "HumanEval/23", + "domain": "code", + "label": "Python code", + "within_domain_index": 3, + "selection_rank": "03b3c7329e474bf8e9660969ed5898d561e718f12a59d2fc1ed641be54b68860", + "source_text_sha256": "0bb479f80d27872f6bebc01618112b372cc8a2e6aee9e4b76337e3b3416418c7", + "source_characters": 132, + "source_tokens": 42, + "prompt_tokens_by_condition": { + "s0_eos": 67, + "s1_eos": 83, + "s0_bos": 67, + "s1_bos": 83, + "s0_x": 67, + "s1_x": 83, + "s0_period": 67, + "s1_period": 83 + }, + "batch_prompt_tokens_after_left_padding": 83, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 25.62304963998031, + "peak_cuda_memory_allocated_bytes": 30016807424, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 67, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "cb47bc5c0e78c4ab62201c207af6c0385abba0c85cc1a22c130a8b6a445a1116", + "generated_tokens": 128, + "generated_token_ids": [ + 4462, + 317, + 254, + 9674, + 280, + 254, + 2030, + 73675, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 185, + 185, + 2, + 6517, + 3863, + 185, + 4134, + 7, + 73675, + 1504, + 14201, + 299, + 1501, + 59545, + 2827, + 25, + 207, + 15, + 185, + 4134, + 7, + 73675, + 1504, + 22654, + 14201, + 663, + 1501, + 59545, + 2827, + 25, + 207, + 18, + 185, + 4134, + 7, + 73675, + 1504, + 17464, + 11, + 5427, + 13797, + 1509, + 207, + 1501, + 59545, + 2827, + 25, + 207, + 16, + 18, + 185, + 10897, + 185, + 185, + 1567, + 1157, + 5131, + 12974, + 6, + 82, + 4930, + 12, + 246, + 2030, + 6449, + 63, + 1157, + 276, + 6983, + 254, + 3973, + 280, + 254, + 2782, + 2662, + 13, + 429, + 2030, + 6449, + 63, + 1157, + 7578, + 254, + 1604, + 280, + 5023 + ], + "generated_token_ids_sha256": "fcada33f81a8d9d3924754f49d4c4f58245b256c2078d494d2036f67f5d500e5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Here is the implementation of the `strlen` function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n\n# Test cases\nprint(strlen('')) # Expected output: 0\nprint(strlen('abc')) # Expected output: 3\nprint(strlen('Hello, World!')) # Expected output: 13\n```\n\nThis function uses Python's built-in `len` function to determine the length of the input string. The `len` function returns the number of items", + "text_sha256": "7b59361793d3627006a37851a09f8563036820ae03dab6e68d45587d285ed8f2", + "task_score": { + "candidate_sha256": "7897188c3cb91527449f69dcd0c4473974736a470998152874ccf04e6df93e37", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 83, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "82597f376eaa8456e5ef6faa9ca76898c8a26dc24355f8548d4588aca4a36df0", + "generated_tokens": 71, + "generated_token_ids": [ + 4462, + 6, + 82, + 254, + 9674, + 280, + 254, + 2030, + 73675, + 63, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 185, + 10897, + 185, + 185, + 1567, + 1157, + 3925, + 7578, + 254, + 3973, + 280, + 254, + 2782, + 2662, + 457, + 1244, + 12974, + 6, + 82, + 4930, + 12, + 246, + 2030, + 6449, + 46120, + 1157, + 13, + 100001 + ], + "generated_token_ids_sha256": "0a81818d1ff5c7a2b2a89805328794df308d6cd4ac7e0d5f47069842174d15b3", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " Here's the implementation of the `strlen` function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n```\n\nThis function simply returns the length of the input string by using Python's built-in `len()` function.", + "text_sha256": "c6f4eb869288b3103dbb7b271134cfbe8e870235c6f8e79caeb76689167fbf3c", + "task_score": { + "candidate_sha256": "aac1b2005230da60d09fe75f852bfc4c24e16d9de060c4d7c31b227d860307bf", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 67, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "45e00434df50a11d9fc7fcecfdcd2801af37014c711ad35437b6c3b66333f13e", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1157, + 2030, + 73675, + 63, + 317, + 4218, + 276, + 972, + 254, + 3973, + 280, + 245, + 2028, + 2662, + 13, + 429, + 1157, + 4497, + 245, + 2662, + 372, + 274, + 6758, + 285, + 7578, + 274, + 10858, + 14357, + 254, + 3973, + 280, + 254, + 2662, + 13, + 185, + 185, + 4898, + 6, + 82, + 254, + 9674, + 280, + 254, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 185, + 10897, + 185, + 185, + 1567, + 1157, + 5131, + 12974, + 6, + 82, + 4930, + 12, + 246, + 2030, + 6449, + 63, + 1157, + 276, + 11462, + 254, + 3973, + 280, + 254, + 2662, + 13, + 429, + 2030, + 6449, + 63, + 1157, + 7578, + 254, + 1604, + 280, + 5023, + 279, + 274, + 2159, + 11, + 588, + 279, + 437, + 1460, + 317, + 254, + 1604, + 280, + 7445, + 279, + 254, + 2662 + ], + "generated_token_ids_sha256": "a6d29798ffd53b7e79673721edd1878a08e62d1d12b765695797639b52b9bba9", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The function `strlen` is defined to return the length of a given string. The function takes a string as an argument and returns an integer representing the length of the string.\n\nHere's the implementation of the function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n```\n\nThis function uses Python's built-in `len` function to calculate the length of the string. The `len` function returns the number of items in an object, which in this case is the number of characters in the string", + "text_sha256": "bd1b4fac79f98d5108962372fcc05ea34ccc5ddd3c91809dd51279a9ccac0f9a", + "task_score": { + "candidate_sha256": "aac1b2005230da60d09fe75f852bfc4c24e16d9de060c4d7c31b227d860307bf", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 83, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "fdfddae640dc75ab1b51c7ab606e82efd1d0785b1980843adc823118ba04b9ec", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 4353, + 254, + 2030, + 73675, + 63, + 1157, + 279, + 12974, + 11, + 340, + 481, + 938, + 254, + 2030, + 6449, + 63, + 1157, + 11, + 588, + 7578, + 254, + 3973, + 280, + 245, + 2662, + 13, + 4462, + 6, + 82, + 254, + 3938, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 185, + 185, + 2, + 18460, + 8175, + 25, + 185, + 4134, + 7, + 73675, + 1504, + 14201, + 207, + 1501, + 20154, + 25, + 207, + 15, + 185, + 4134, + 7, + 73675, + 1504, + 22654, + 14201, + 207, + 1501, + 20154, + 25, + 207, + 18, + 185, + 10897, + 185, + 185, + 1567, + 1157, + 4497, + 245, + 2662, + 372, + 274, + 6758, + 285, + 7578, + 895, + 3973, + 13, + 429, + 2030, + 6449, + 63, + 1157, + 7756, + 18548, + 521, + 7445, + 279, + 254, + 2662, + 11, + 2847, + 9577 + ], + "generated_token_ids_sha256": "c0b8bbc904f8ff1d5ff796baa7ad5c91c225cbbf960e880a9d0ebe725e3e630a", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To implement the `strlen` function in Python, you can use the `len` function, which returns the length of a string. Here's the complete function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n\n# Example usage:\nprint(strlen('')) # Output: 0\nprint(strlen('abc')) # Output: 3\n```\n\nThis function takes a string as an argument and returns its length. The `len` function automatically counts all characters in the string, including spaces", + "text_sha256": "36a8180efa91529d46803252f5ee9ea11507259683f9d108029f6254c910566c", + "task_score": { + "candidate_sha256": "74f33e189fe5c71b7a2bc81a0b26b36a45c640674bbf3bdadaa313c6b4404b6d", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 67, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "5854ab6a5ff35cb37f7ab3b7a7ebea68ffa4cc02b05d668a2e087e39b28cb1d3", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 4353, + 254, + 2030, + 73675, + 63, + 1157, + 11, + 340, + 481, + 938, + 254, + 1893, + 12974, + 2985, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 185, + 10897, + 185, + 185, + 1567, + 1157, + 5131, + 12974, + 6, + 82, + 4930, + 12, + 246, + 2030, + 6449, + 46120, + 1157, + 276, + 6983, + 254, + 3973, + 280, + 254, + 2782, + 2662, + 13, + 429, + 2030, + 6449, + 46120, + 1157, + 7578, + 254, + 1604, + 280, + 5023, + 279, + 274, + 2159, + 11, + 588, + 279, + 437, + 1460, + 317, + 254, + 1604, + 280, + 7445, + 279, + 254, + 2662, + 13, + 185, + 185, + 4898, + 6, + 82, + 946, + 340, + 481, + 1727, + 254, + 1157, + 366, + 254, + 4286, + 6987, + 25, + 185, + 185, + 10897, + 11338, + 185, + 4134, + 7, + 73675, + 1504, + 14201, + 207, + 1501 + ], + "generated_token_ids_sha256": "b8c6fdeba7d6db4c21c9c37f37b1a69f6ff38f0f6943202762363aed9bbe9a7d", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To implement the `strlen` function, you can use the following Python code:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string \"\"\"\n return len(string)\n```\n\nThis function uses Python's built-in `len()` function to determine the length of the input string. The `len()` function returns the number of items in an object, which in this case is the number of characters in the string.\n\nHere's how you can test the function with the provided examples:\n\n```python\nprint(strlen('')) #", + "text_sha256": "266f76ba28d163e0793666cda908e8cf3e867a3839f813b544c6b23c86d28598", + "task_score": { + "candidate_sha256": "aac1b2005230da60d09fe75f852bfc4c24e16d9de060c4d7c31b227d860307bf", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 83, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "7542edb390d1f29af1273083ba591b257398ab4c1eecf864bbc52663edea9850", + "generated_tokens": 53, + "generated_token_ids": [ + 34083, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 185, + 300, + 24922, + 56958, + 1504, + 2519, + 185, + 251, + 15, + 185, + 300, + 24922, + 56958, + 1504, + 22654, + 2519, + 185, + 251, + 18, + 185, + 300, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 185, + 10897, + 100001 + ], + "generated_token_ids_sha256": "69fad8c4eb2a45c2965c4ca8530af6af58724bd20406d6aa5aafd7c1f239f76f", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " ```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string\n >>> strlen('')\n 0\n >>> strlen('abc')\n 3\n \"\"\"\n return len(string)\n```", + "text_sha256": "b6132b60b7e0b2beabaee066e1b4c4f0368072576cd8578e528b8c45fd9abfb3", + "task_score": { + "candidate_sha256": "831c4d6a608f99826ae7fb5dc85b3f25a5aebf7643e2dec1468c8a442c7f751b", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 67, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "2f54a215c9dbb510d46c5a9ec14a563ab2d8bcd06081a351221e49244ff23ee7", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1157, + 2030, + 73675, + 63, + 317, + 4218, + 276, + 972, + 254, + 3973, + 280, + 245, + 2028, + 2662, + 13, + 3159, + 11, + 254, + 1157, + 1217, + 441, + 3370, + 972, + 254, + 3973, + 280, + 254, + 2662, + 13, + 11987, + 11, + 359, + 7578, + 207, + 15, + 327, + 274, + 7137, + 2662, + 285, + 207, + 18, + 327, + 254, + 2662, + 655, + 22654, + 6767, + 185, + 185, + 1898, + 2876, + 437, + 11, + 340, + 933, + 276, + 43667, + 1184, + 254, + 2662, + 285, + 1690, + 254, + 7445, + 13, + 4462, + 6, + 82, + 254, + 24832, + 1157, + 25, + 185, + 185, + 10897, + 11338, + 185, + 1558, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 185, + 300, + 24922, + 56958, + 1504, + 2519, + 185, + 251, + 15, + 185, + 300, + 24922, + 56958, + 1504, + 22654, + 2519, + 185, + 251, + 18, + 185, + 300, + 8066, + 185, + 300, + 1690, + 403, + 207, + 15, + 185, + 300, + 327 + ], + "generated_token_ids_sha256": "9dcb99790c42bc486369a64c39ce6427f6e14b40765f4fb005b30981902e637e", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The function `strlen` is defined to return the length of a given string. However, the function does not actually return the length of the string. Instead, it returns 0 for an empty string and 3 for the string 'abc'.\n\nTo fix this, you need to iterate through the string and count the characters. Here's the corrected function:\n\n```python\ndef strlen(string: str) -> int:\n \"\"\" Return length of given string\n >>> strlen('')\n 0\n >>> strlen('abc')\n 3\n \"\"\"\n count = 0\n for", + "text_sha256": "82847ffff80558a745af9387ace6ec888b41c41a7074fa9fca27fb26d1bf09a9", + "task_score": { + "candidate_sha256": "ffde378bd4a8ac3da5c16540a3ddc2f29d6d7da7974e43bf539018b23fd2299c", + "python_ast_parse": false, + "parse_error": { + "type": "SyntaxError", + "line": 3, + "offset": 83 + }, + "code_executed": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 83, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "19eb1141be8bf17769a49defff6edd7401bce652f18c7df994b21151755aca3a", + "generated_tokens": 48, + "generated_token_ids": [ + 977, + 56958, + 7, + 2612, + 25, + 1406, + 8, + 5052, + 1098, + 25, + 185, + 300, + 8066, + 7898, + 3973, + 280, + 2028, + 2662, + 185, + 300, + 24922, + 56958, + 1504, + 2519, + 185, + 251, + 15, + 185, + 300, + 24922, + 56958, + 1504, + 22654, + 2519, + 185, + 251, + 18, + 185, + 300, + 8066, + 185, + 300, + 972, + 10389, + 7, + 2612, + 8, + 100001 + ], + "generated_token_ids_sha256": "f8eebd031ad078516c8440851176176962b288167d2b641d54ccf57d4676d232", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " def strlen(string: str) -> int:\n \"\"\" Return length of given string\n >>> strlen('')\n 0\n >>> strlen('abc')\n 3\n \"\"\"\n return len(string)", + "text_sha256": "e55ad8094293e4c6fa4fe7efbb83b0c4275a2627227745fffa4cfe85907c8abe", + "task_score": { + "candidate_sha256": "831c4d6a608f99826ae7fb5dc85b3f25a5aebf7643e2dec1468c8a442c7f751b", + "python_ast_parse": true, + "parse_error": null, + "code_executed": false + } + } + ] + }, + { + "id": "gsm8k/test/1069", + "domain": "math", + "label": "Grade-school math", + "within_domain_index": 0, + "selection_rank": "000946b459ce33a645f403b9d781a7aefd81f5568412149f4588381fed55b1d7", + "source_text_sha256": "0cc2ca2bdd6ee8d664eb1197e8020bac71c25ba0ce52d813fc4adbf08df22378", + "source_characters": 522, + "source_tokens": 107, + "prompt_tokens_by_condition": { + "s0_eos": 131, + "s1_eos": 147, + "s0_bos": 131, + "s1_bos": 147, + "s0_x": 131, + "s1_x": 147, + "s0_period": 131, + "s1_period": 147 + }, + "batch_prompt_tokens_after_left_padding": 147, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 21.68929801599006, + "peak_cuda_memory_allocated_bytes": 30351004672, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "af8148f2dd065587b6d5a13e8fe115de24ccbdaa6dacd40254d522b17c1ff83b", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 2195, + 1063, + 60522, + 20570, + 2149, + 254, + 4921, + 344, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 331, + 254, + 4559, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 185, + 32, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 317, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120 + ], + "generated_token_ids_sha256": "a7f5f5624d3a12b1f3522c88b66f251c24b3ad8d018eac17eac72fb5f8a6afbf", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks", + "text_sha256": "7ed58ba91d377827d2f6bc9f69597860431aefcde487a0dbefbf9f9a9c71bde1", + "task_score": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "6fc9f186b31f6926a443a0d8218e5e92ff09af381a872054c954792ca2d2204f", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 2195, + 1063, + 60522, + 20570, + 2149, + 254, + 4921, + 344, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 331, + 254, + 4559, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 185, + 32, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 317, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120 + ], + "generated_token_ids_sha256": "a7f5f5624d3a12b1f3522c88b66f251c24b3ad8d018eac17eac72fb5f8a6afbf", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks", + "text_sha256": "7ed58ba91d377827d2f6bc9f69597860431aefcde487a0dbefbf9f9a9c71bde1", + "task_score": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "24dd306a5686c350327c6a23c72a83fc0e9539674bb9956eb3527c68914b70cc", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 56543, + 438, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 2195, + 1063, + 60522, + 20570, + 2149, + 254, + 4921, + 344, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 331, + 254, + 4559, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 185, + 32, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 317, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207 + ], + "generated_token_ids_sha256": "960b1ae5cafa60d0157f660671a2dea05ff4020c32105fb7c660f55e9bb40f37", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser dispatched was 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, Mr Hezekiah got the news that a quarter of the number of lorries dispatched for delivery had mechanical failures on the road and could not deliver the fertilisers to the farmers.\n\nA quarter of the number of lorries dispatched for delivery is 1/4 * 20 trucks = ", + "text_sha256": "b76338f5fb0186b5821727635b3cadfe01ad52952828a4fd7a49844cbf77ff59", + "task_score": { + "gold_final": "300", + "predicted_final": "20", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "9fb414bf7d783b9126038381d3d05e6c636a850ff5ce0c31e436a722dc0d9eba", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 56543, + 438, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 13, + 185, + 1567, + 2456, + 344, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 13, + 185, + 185, + 549, + 29120, + 344, + 1216, + 441, + 463, + 16666, + 28715, + 778, + 207, + 17, + 15, + 29120, + 570, + 207, + 20, + 29120, + 403, + 207, + 16, + 20, + 29120, + 13, + 185 + ], + "generated_token_ids_sha256": "37502a850f529a0705ede68ccfd487b910439b0dc0b3455f857c7b1cc2e5211a", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser dispatched was 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures.\nThis means that 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nThe trucks that did not have mechanical failures were 20 trucks - 5 trucks = 15 trucks.\n", + "text_sha256": "58500fd9bda17551a68ef7070e5ae9740f81b8adced1a6e1c74a66a7d0baabc4", + "task_score": { + "gold_final": "300", + "predicted_final": "15", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "649621b617e9d4e0eeb4cd1bfa2abde7beba97e78de3598f23447098686b2252", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 8548, + 276, + 330, + 11803, + 438, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 6501, + 11, + 245, + 8404, + 280, + 254, + 29120, + 661, + 16666, + 28715, + 285, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 13, + 185, + 3139, + 11, + 254, + 1604, + 280, + 29120, + 344, + 661, + 16666, + 28715, + 317, + 207, + 17, + 15, + 29120, + 893, + 207, + 19, + 403, + 207, + 20, + 29120, + 13, + 185, + 185, + 6723, + 207, + 20, + 29120, + 778, + 8548, + 276, + 7908, + 207, + 20, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 16 + ], + "generated_token_ids_sha256": "cc6a1362e26f35269f77a6f8495eac53a861b8a099529af8196889d7dfabe6c4", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was supposed to be delivered was 20 trucks * 20 tons/truck = 400 tons.\n\nHowever, a quarter of the trucks had mechanical failures and could not deliver the fertilisers.\nSo, the number of trucks that had mechanical failures is 20 trucks / 4 = 5 trucks.\n\nThese 5 trucks were supposed to deliver 5 trucks * 20 tons/truck = 1", + "text_sha256": "1f32d698669b2f8330eaaa32cf28d64641cea54e45abfbf104d025d3a2878933", + "task_score": { + "gold_final": "300", + "predicted_final": "1", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "a846fa2918690d92f2ebda2b3478d1c61be06006d33f21cc62b46e565398da36", + "generated_tokens": 112, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 11, + 548, + 245, + 8404, + 280, + 768, + 661, + 16666, + 28715, + 13, + 338, + 8404, + 280, + 207, + 17, + 15, + 317, + 207, + 17, + 15, + 14, + 19, + 403, + 207, + 20, + 29120, + 13, + 185, + 3139, + 11, + 207, + 17, + 15, + 570, + 207, + 20, + 403, + 207, + 16, + 20, + 29120, + 778, + 2249, + 276, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 11, + 558, + 254, + 3223, + 1604, + 280, + 19121, + 280, + 33732, + 11384, + 344, + 6889, + 254, + 20291, + 317, + 207, + 16, + 20, + 575, + 207, + 17, + 15, + 403, + 207, + 18, + 15, + 15, + 19121, + 13, + 185, + 549, + 3510, + 317, + 25, + 207, + 18, + 15, + 15, + 100001 + ], + "generated_token_ids_sha256": "38b791aa6f593bb8cc65ab6404ad8b9b9f4026d1f667701d06b7c88597ee07dd", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " Mr Hezekiah dispatched 20 trucks, but a quarter of them had mechanical failures. A quarter of 20 is 20/4 = 5 trucks.\nSo, 20 - 5 = 15 trucks were able to deliver the fertilisers to the farmers.\nEach truck was carrying 20 tons of fertiliser, so the total number of tons of fertiliser that reached the farmers is 15 * 20 = 300 tons.\nThe answer is: 300", + "text_sha256": "79ea0183839c01a5e4e2f93ebc4e65ebfa7c47b626ae808efe0bac0fdf7380b2", + "task_score": { + "gold_final": "300", + "predicted_final": "300", + "final_numeric_exact": true + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 131, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "c9871468f54fb12742eb484332b45383b61d6ba4fc0250e2f2d929165251b35b", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 327, + 9746, + 13, + 185, + 10005, + 15122, + 438, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 185, + 3139, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 438, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 13, + 185, + 1567, + 2456, + 344, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 13, + 185, + 185, + 549, + 29120, + 344, + 1216, + 441, + 463, + 16666, + 28715, + 778, + 207, + 17, + 15, + 29120, + 570, + 207, + 20, + 29120, + 403, + 207, + 16, + 20, + 29120 + ], + "generated_token_ids_sha256": "e578ae349e89c622ad28d6c46838aba3068edc0d7bdbadba8d6d30bda834ec2e", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks for delivery.\nEach truck was carrying 20 tons of fertiliser.\nSo, the total amount of fertiliser that was dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures.\nThis means that 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nThe trucks that did not have mechanical failures were 20 trucks - 5 trucks = 15 trucks", + "text_sha256": "ce5b1bd1321a036b46b5fc1c2e47616958843d1b0e3aa41cd32c2887bd9e5949", + "task_score": { + "gold_final": "300", + "predicted_final": "15", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 147, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "c2f1b1ae4a81b97e603806b23729d92b118bc3de70c647ae0d91c62f6b6912cc", + "generated_tokens": 128, + "generated_token_ids": [ + 2195, + 1063, + 60522, + 20570, + 56543, + 207, + 17, + 15, + 29120, + 11, + 1319, + 13552, + 207, + 17, + 15, + 19121, + 280, + 33732, + 11384, + 13, + 2086, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 56543, + 317, + 207, + 17, + 15, + 29120, + 575, + 207, + 17, + 15, + 19121, + 14, + 652, + 2440, + 403, + 207, + 19, + 15, + 15, + 19121, + 13, + 185, + 185, + 12201, + 3821, + 1166, + 254, + 29120, + 661, + 31334, + 11, + 245, + 8404, + 280, + 254, + 1604, + 280, + 284, + 256, + 2228, + 56543, + 327, + 9746, + 661, + 16666, + 28715, + 13, + 1002, + 2456, + 207, + 16, + 14, + 19, + 575, + 207, + 17, + 15, + 29120, + 403, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 13, + 185, + 185, + 7094, + 1069, + 207, + 20, + 29120, + 661, + 16666, + 28715, + 11, + 657, + 1027, + 441, + 7908, + 254, + 33732, + 34317, + 276, + 254, + 20291, + 13, + 7536, + 11, + 254, + 3223, + 3744, + 280, + 33732, + 11384, + 344, + 6889, + 254, + 20291 + ], + "generated_token_ids_sha256": "48057dfe9966261d187bbb279ea0dd861cfed6056b421c5f7a03bf1deec74b81", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Mr Hezekiah dispatched 20 trucks, each carrying 20 tons of fertiliser. So, the total amount of fertiliser dispatched is 20 trucks * 20 tons/truck = 400 tons.\n\nTwo hours after the trucks had departed, a quarter of the number of lorries dispatched for delivery had mechanical failures. This means 1/4 * 20 trucks = 5 trucks had mechanical failures.\n\nSince these 5 trucks had mechanical failures, they could not deliver the fertilisers to the farmers. Therefore, the total amount of fertiliser that reached the farmers", + "text_sha256": "5324035b6677cedef39da68a204c2c7ea66605c51d8359cc9af573f3f4ba7fbe", + "task_score": { + "gold_final": "300", + "predicted_final": "5", + "final_numeric_exact": false + } + } + ] + }, + { + "id": "gsm8k/test/1228", + "domain": "math", + "label": "Grade-school math", + "within_domain_index": 1, + "selection_rank": "002201d4cbc0b85d338597dcb68c3ffd4d00ef12b7b44e352c5bc1911d6fa984", + "source_text_sha256": "3931b6363f3a060ca7cb0774662127e64007e9f34ce209edddca77425e20a479", + "source_characters": 152, + "source_tokens": 36, + "prompt_tokens_by_condition": { + "s0_eos": 59, + "s1_eos": 75, + "s0_bos": 59, + "s1_bos": 75, + "s0_x": 59, + "s1_x": 75, + "s0_period": 59, + "s1_period": 75 + }, + "batch_prompt_tokens_after_left_padding": 75, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 19.6961737050151, + "peak_cuda_memory_allocated_bytes": 29981410816, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 59, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "32ada50df0fccf416d8c91e21dbb4bdd2246fcd7afaa04a69f1f38fc50f8ca5c", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 372, + 4446, + 25, + 185, + 185, + 12, + 73770, + 403, + 324, + 185, + 12, + 61250, + 403, + 1783, + 185, + 12, + 17654, + 403, + 721, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 25, + 185, + 185, + 16, + 13, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 324, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 17, + 13, + 61250, + 643, + 207, + 23, + 691, + 27003, + 853, + 17654, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 1783, + 403, + 721, + 919, + 207, + 23, + 185, + 18, + 13, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 558, + 395, + 481, + 22463, + 324, + 403, + 207, + 17, + 22, + 881, + 254, + 1022, + 6337, + 25, + 207, + 17, + 22, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 19 + ], + "generated_token_ids_sha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "text_sha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "task_score": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 75, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "f30e793e92ed3c09cac2e94c1d37a636ca60e1ff8d4e540bd4bb32914bc9f728", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 372, + 4446, + 25, + 185, + 185, + 12, + 73770, + 403, + 324, + 185, + 12, + 61250, + 403, + 1783, + 185, + 12, + 17654, + 403, + 721, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 25, + 185, + 185, + 16, + 13, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 324, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 17, + 13, + 61250, + 643, + 207, + 23, + 691, + 27003, + 853, + 17654, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 1783, + 403, + 721, + 919, + 207, + 23, + 185, + 18, + 13, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 558, + 395, + 481, + 22463, + 324, + 403, + 207, + 17, + 22, + 881, + 254, + 1022, + 6337, + 25, + 207, + 17, + 22, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 19 + ], + "generated_token_ids_sha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "text_sha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "task_score": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 59, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "d5adb63b1170d4de4efa1a3bd0d7a788716fcbcc0c917b69c18b5337bdc916f2", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 372, + 4446, + 25, + 185, + 185, + 12, + 73770, + 403, + 324, + 185, + 12, + 61250, + 403, + 1783, + 185, + 12, + 17654, + 403, + 721, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 25, + 185, + 185, + 16, + 13, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 324, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 17, + 13, + 61250, + 643, + 207, + 23, + 691, + 27003, + 853, + 17654, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 1783, + 403, + 721, + 919, + 207, + 23, + 185, + 18, + 13, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 558, + 395, + 481, + 22463, + 324, + 403, + 207, + 17, + 22, + 881, + 254, + 1022, + 6337, + 25, + 207, + 17, + 22, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 19 + ], + "generated_token_ids_sha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "text_sha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "task_score": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 75, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "b4cdcd54cc58f8c8f30968af667a84f2bdf51d2e846eacfd3940fe23d6c8d47d", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 372, + 4446, + 25, + 185, + 185, + 12, + 73770, + 403, + 324, + 185, + 12, + 61250, + 403, + 1783, + 185, + 12, + 17654, + 403, + 721, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 25, + 185, + 185, + 16, + 13, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 324, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 17, + 13, + 61250, + 643, + 207, + 23, + 691, + 27003, + 853, + 17654, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 1783, + 403, + 721, + 919, + 207, + 23, + 185, + 18, + 13, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 558, + 395, + 481, + 22463, + 324, + 403, + 207, + 17, + 22, + 881, + 254, + 1022, + 6337, + 25, + 207, + 17, + 22, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 19 + ], + "generated_token_ids_sha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "text_sha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "task_score": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 59, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "4f2aa6f9a7b8d503d88375079069a0eee4c1a3a4f777ada27d9de74dfbb5aa35", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 366, + 254, + 1022, + 5371, + 280, + 704, + 1210, + 13, + 2086, + 11, + 324, + 317, + 327, + 73770, + 11, + 1783, + 317, + 327, + 61250, + 11, + 285, + 721, + 317, + 327, + 17654, + 13, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 73770, + 643, + 207, + 17, + 22, + 27003, + 13, + 1003, + 839, + 1006, + 344, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 13, + 2086, + 11, + 395, + 481, + 3708, + 437, + 372, + 25, + 185, + 185, + 2972, + 403, + 324, + 919, + 207, + 16, + 17, + 185, + 185, + 81089, + 254, + 1437, + 280, + 324, + 334, + 3262, + 317, + 207, + 17, + 22, + 8, + 881, + 254, + 6337, + 11, + 395, + 752, + 25, + 185, + 185, + 2972, + 403, + 207, + 17, + 22, + 919, + 207, + 16, + 17, + 403, + 207, + 18, + 24, + 185, + 185, + 3139, + 11, + 61250, + 643, + 207, + 18 + ], + "generated_token_ids_sha256": "e872001ccfb60969bd025932aa4710322708961d069aab2460954609573747df", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has with the first letter of their name. So, S is for Samantha, Sh is for Shelley, and K is for Kim.\n\nFrom the problem, we know that Samantha has 27 paintings. We also know that Samantha has 12 fewer paintings than Shelley. So, we can write this as:\n\nSh = S + 12\n\nSubstituting the value of S (which is 27) into the equation, we get:\n\nSh = 27 + 12 = 39\n\nSo, Shelley has 3", + "text_sha256": "43a881b2bd550649b89d9e1a3725387684c95aee9396a342d7cd0cd61539bc4a", + "task_score": { + "gold_final": "31", + "predicted_final": "3", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 75, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "54226ca7cb7587db7663475656cf6e7887cb2a17374c3137ec81a3ac07746e20", + "generated_tokens": 80, + "generated_token_ids": [ + 1273, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 285, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 937, + 61250, + 643, + 207, + 17, + 22, + 919, + 207, + 16, + 17, + 403, + 207, + 18, + 24, + 27003, + 13, + 185, + 1847, + 61250, + 643, + 207, + 23, + 27003, + 691, + 853, + 17654, + 11, + 937, + 17654, + 643, + 207, + 18, + 24, + 570, + 207, + 23, + 403, + 207, + 18, + 16, + 27003, + 13, + 185, + 14494, + 11, + 17654, + 643, + 207, + 18, + 16, + 27003, + 13, + 185, + 549, + 3510, + 317, + 25, + 207, + 18, + 16, + 100001 + ], + "generated_token_ids_sha256": "abccf29a6c329726f09ebc2c214b5c259a1661eb1a05bbb7e8c0aca1abcdd74d", + "hit_eos": true, + "stopped_at_max_new_tokens": false, + "text": " If Samantha has 12 fewer paintings than Shelley, and Samantha has 27 paintings, then Shelley has 27 + 12 = 39 paintings.\nIf Shelley has 8 paintings more than Kim, then Kim has 39 - 8 = 31 paintings.\nTherefore, Kim has 31 paintings.\nThe answer is: 31", + "text_sha256": "c1d2d377257545cc8805b3f6215df9c84f4d9ad17a7df50edbde11a519f4440a", + "task_score": { + "gold_final": "31", + "predicted_final": "31", + "final_numeric_exact": true + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 59, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "945934580628dcd1edf2a85b5c83c6afb72ffde9ddec26f5568f6780c953ee22", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 372, + 4446, + 25, + 185, + 185, + 12, + 73770, + 403, + 324, + 185, + 12, + 61250, + 403, + 1783, + 185, + 12, + 17654, + 403, + 721, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 25, + 185, + 185, + 16, + 13, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 324, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 17, + 13, + 61250, + 643, + 207, + 23, + 691, + 27003, + 853, + 17654, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 1783, + 403, + 721, + 919, + 207, + 23, + 185, + 18, + 13, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 558, + 395, + 481, + 22463, + 324, + 403, + 207, + 17, + 22, + 881, + 254, + 1022, + 6337, + 25, + 207, + 17, + 22, + 403, + 1783, + 570, + 207, + 16, + 17, + 185, + 19 + ], + "generated_token_ids_sha256": "0431e894339aabdfb2e3938a669810e5da1aa2e3ded19f23e96d9a49d29bdce5", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has as follows:\n\n- Samantha = S\n- Shelley = Sh\n- Kim = K\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = Sh - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: Sh = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 27 into the first equation: 27 = Sh - 12\n4", + "text_sha256": "82690050ccaab3c97ef052c008aa30ab6c42216977a4eb76a0b16ed4d373c514", + "task_score": { + "gold_final": "31", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 75, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "a3debe06e713b24eeba50430c4ab26a96682361c0ad76de71fc9a9e5c319efda", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 9211, + 254, + 1604, + 280, + 27003, + 1319, + 1491, + 643, + 366, + 254, + 1893, + 7119, + 25, + 185, + 185, + 12, + 324, + 25, + 254, + 1604, + 280, + 27003, + 73770, + 643, + 185, + 12, + 721, + 25, + 254, + 1604, + 280, + 27003, + 17654, + 643, + 185, + 12, + 461, + 25, + 254, + 1604, + 280, + 27003, + 61250, + 643, + 185, + 185, + 4044, + 254, + 2066, + 11, + 395, + 1006, + 344, + 25, + 185, + 185, + 16, + 13, + 73770, + 643, + 207, + 16, + 17, + 17966, + 27003, + 853, + 61250, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 324, + 403, + 461, + 570, + 207, + 16, + 17, + 185, + 17, + 13, + 61250, + 643, + 207, + 23, + 691, + 27003, + 853, + 17654, + 11, + 558, + 395, + 481, + 3708, + 437, + 372, + 25, + 461, + 403, + 721, + 919, + 207, + 23, + 185, + 18, + 13, + 73770, + 643, + 207, + 17, + 22, + 27003, + 11, + 558, + 395, + 481, + 22463, + 324, + 403, + 207, + 17 + ], + "generated_token_ids_sha256": "67279dfc263a6a9c5bda871cfc3b30810a618a56c179025be7762835895a8298", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's denote the number of paintings each person has with the following variables:\n\n- S: the number of paintings Samantha has\n- K: the number of paintings Kim has\n- N: the number of paintings Shelley has\n\nFrom the problem, we know that:\n\n1. Samantha has 12 fewer paintings than Shelley, so we can write this as: S = N - 12\n2. Shelley has 8 more paintings than Kim, so we can write this as: N = K + 8\n3. Samantha has 27 paintings, so we can substitute S = 2", + "text_sha256": "9636380de58b3b86779e8cfb6b469cba78b696ae6f0ba7456ecad5e29c55026b", + "task_score": { + "gold_final": "31", + "predicted_final": "2", + "final_numeric_exact": false + } + } + ] + }, + { + "id": "gsm8k/test/0144", + "domain": "math", + "label": "Grade-school math", + "within_domain_index": 2, + "selection_rank": "004a245538bdc42cc175a178c73dfaaaebc9713e3215ffcdfb9400fb63b3a941", + "source_text_sha256": "8f2ecd574d8c8738ec87b6ba3a3af24f9cbf35d832733c98e65546f7ee59725d", + "source_characters": 615, + "source_tokens": 131, + "prompt_tokens_by_condition": { + "s0_eos": 155, + "s1_eos": 171, + "s0_bos": 155, + "s1_bos": 171, + "s0_x": 155, + "s1_x": 171, + "s0_period": 155, + "s1_period": 171 + }, + "batch_prompt_tokens_after_left_padding": 171, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 24.50127149798209, + "peak_cuda_memory_allocated_bytes": 30557060096, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 155, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "d8dc51585cedab0a1ad0851d7e762b43f4e0c384234e27717205b618bdbcd926", + "generated_tokens": 128, + "generated_token_ids": [ + 17654, + 643, + 207, + 18, + 4252, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 11, + 558, + 362, + 643, + 245, + 3223, + 280, + 207, + 18, + 919, + 207, + 20, + 403, + 207, + 23, + 6514, + 13, + 185, + 10005, + 4661, + 543, + 933, + 207, + 17, + 25209, + 280, + 78288, + 11, + 558, + 362, + 543, + 933, + 207, + 23, + 575, + 207, + 17, + 403, + 207, + 16, + 21, + 25209, + 280, + 78288, + 13, + 185, + 2450, + 543, + 839, + 933, + 207, + 23, + 31230, + 280, + 91542, + 11, + 558, + 362, + 543, + 933, + 207, + 23, + 575, + 207, + 20, + 403, + 207, + 19, + 15, + 31230, + 280, + 91542, + 13, + 185, + 549, + 2295, + 280, + 78288, + 543, + 330, + 207, + 16, + 21, + 575, + 363, + 17, + 403, + 363, + 18, + 17, + 13, + 185, + 549, + 2295, + 280, + 91542, + 543, + 330, + 207, + 19, + 15, + 575, + 363, + 20, + 403, + 363, + 17, + 15, + 15, + 13, + 185, + 11126, + 3223, + 16722 + ], + "generated_token_ids_sha256": "eb6208e0cd0d68ee3bdfcb8137d66571549f6abeeea61f657be61f6737e4b014", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Kim has 3 regular clients and is talking to 5 potential clients, so he has a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need 8 * 2 = 16 bottles of bleach.\nHe will also need 8 packs of cloths, so he will need 8 * 5 = 40 packs of cloths.\nThe cost of bleach will be 16 * $2 = $32.\nThe cost of cloths will be 40 * $5 = $200.\nHis total expenses", + "text_sha256": "3402ea3bac0514213a930c3fadd9bf91d2b2cee4b1f200731b98440a4be4d2ad", + "task_score": { + "gold_final": "20", + "predicted_final": "200", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 171, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "e9be7845cdbf1b842381628cfb7fc89a2856e64d6ad742734daccb7870279f73", + "generated_tokens": 128, + "generated_token_ids": [ + 17654, + 643, + 207, + 18, + 6287, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 11, + 558, + 362, + 543, + 463, + 245, + 3223, + 280, + 207, + 18, + 919, + 207, + 20, + 403, + 207, + 23, + 6514, + 13, + 185, + 10005, + 4661, + 543, + 933, + 207, + 17, + 25209, + 280, + 78288, + 11, + 558, + 362, + 543, + 933, + 207, + 23, + 575, + 207, + 17, + 403, + 207, + 16, + 21, + 25209, + 280, + 78288, + 13, + 185, + 2450, + 543, + 839, + 933, + 207, + 16, + 2390, + 280, + 91542, + 327, + 1319, + 4661, + 11, + 558, + 362, + 543, + 933, + 207, + 23, + 575, + 207, + 16, + 403, + 207, + 23, + 31230, + 280, + 91542, + 13, + 185, + 549, + 2295, + 280, + 207, + 16, + 21, + 25209, + 280, + 78288, + 543, + 330, + 207, + 16, + 21, + 575, + 363, + 17, + 403, + 363, + 18, + 17, + 13, + 185, + 549, + 2295, + 280, + 207, + 23, + 31230, + 280, + 91542, + 543, + 330, + 207, + 23, + 575, + 363 + ], + "generated_token_ids_sha256": "565dfd1ee7c77f6ddccd54209f620d248e16e349cc3861e630d3cd08b743e24e", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Kim has 3 existing clients and is talking to 5 potential clients, so he will have a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need 8 * 2 = 16 bottles of bleach.\nHe will also need 1 pack of cloths for each client, so he will need 8 * 1 = 8 packs of cloths.\nThe cost of 16 bottles of bleach will be 16 * $2 = $32.\nThe cost of 8 packs of cloths will be 8 * $", + "text_sha256": "8901ddc1550997f3fdb9db46e0e3cc8d62dbf21192ce2595b64f9b2f09dba334", + "task_score": { + "gold_final": "20", + "predicted_final": "8", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 155, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "a89ab243876f7c105b1c01767c58563ab499075e13f272a28eede5c49f89352c", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 2973, + 1224, + 254, + 2066, + 3458, + 457, + 3458, + 13, + 185, + 185, + 6306, + 11, + 1632, + 6, + 82, + 11462, + 254, + 2295, + 280, + 78288, + 285, + 91542, + 327, + 634, + 4661, + 13, + 207, + 185, + 185, + 41868, + 3277, + 207, + 17, + 25209, + 280, + 78288, + 285, + 245, + 2390, + 280, + 91542, + 276, + 3920, + 1319, + 4661, + 6, + 82, + 1719, + 13, + 429, + 2295, + 280, + 78288, + 317, + 363, + 17, + 513, + 14529, + 285, + 254, + 2295, + 280, + 245, + 2390, + 280, + 91542, + 317, + 363, + 20, + 13, + 207, + 185, + 185, + 3139, + 11, + 254, + 3223, + 2295, + 327, + 78288, + 285, + 91542, + 327, + 634, + 4661, + 317, + 207, + 17, + 575, + 363, + 17, + 919, + 363, + 20, + 403, + 363, + 19, + 919, + 363, + 20, + 403, + 363, + 24, + 13, + 185, + 185, + 4388, + 11, + 1632, + 6, + 82, + 11462, + 254, + 2295, + 327, + 521, + 254, + 6514, + 13, + 17654, + 643, + 207, + 18, + 1648, + 6514 + ], + "generated_token_ids_sha256": "38eba0e97f2c28b84f4bddfe4c6808e739e8bb251ab880b03e4877ebc325d879", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's break down the problem step by step.\n\nFirst, let's calculate the cost of bleach and cloths for one client. \n\nKim needs 2 bottles of bleach and a pack of cloths to clean each client's home. The cost of bleach is $2 per bottle and the cost of a pack of cloths is $5. \n\nSo, the total cost for bleach and cloths for one client is 2 * $2 + $5 = $4 + $5 = $9.\n\nNow, let's calculate the cost for all the clients. Kim has 3 current clients", + "text_sha256": "213d9981b8372df3de676ba968fccfb8dd9c5dab5956ca5883f2be77aa428973", + "task_score": { + "gold_final": "20", + "predicted_final": "3", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 171, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "bbd3ea174b21ab94a23b9e995341c8e3a84cdab258103589011248700967da39", + "generated_tokens": 128, + "generated_token_ids": [ + 17654, + 643, + 207, + 18, + 4252, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 11, + 558, + 362, + 543, + 463, + 245, + 3223, + 280, + 207, + 18, + 919, + 207, + 20, + 403, + 207, + 23, + 6514, + 13, + 185, + 10005, + 4661, + 543, + 933, + 207, + 17, + 25209, + 280, + 78288, + 11, + 558, + 362, + 543, + 933, + 245, + 3223, + 280, + 207, + 23, + 575, + 207, + 17, + 403, + 207, + 16, + 21, + 25209, + 280, + 78288, + 13, + 185, + 2450, + 543, + 839, + 933, + 207, + 23, + 31230, + 280, + 91542, + 11, + 558, + 362, + 543, + 933, + 245, + 3223, + 280, + 207, + 23, + 575, + 207, + 16, + 403, + 207, + 23, + 31230, + 280, + 91542, + 13, + 185, + 549, + 2295, + 280, + 78288, + 327, + 1319, + 4661, + 317, + 363, + 17, + 11, + 558, + 254, + 3223, + 2295, + 280, + 78288, + 543, + 330, + 207, + 23, + 575, + 363, + 17, + 403, + 363, + 16, + 21, + 13, + 185, + 549, + 2295, + 280, + 91542 + ], + "generated_token_ids_sha256": "b9de73767e23889c3c40881e346e490b3ea330a72abe4d97934e0a91c3be6d90", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Kim has 3 regular clients and is talking to 5 potential clients, so he will have a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need a total of 8 * 2 = 16 bottles of bleach.\nHe will also need 8 packs of cloths, so he will need a total of 8 * 1 = 8 packs of cloths.\nThe cost of bleach for each client is $2, so the total cost of bleach will be 8 * $2 = $16.\nThe cost of cloths", + "text_sha256": "d4d1f0146f58e565faf470d9e69613fbe071f0ae4ed0c27b23beae64360f6b4d", + "task_score": { + "gold_final": "20", + "predicted_final": "16", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 155, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "08a9801022d9489dc3c5272ce64b74bc8bed58ead7ebbc435c939d5b3cff837e", + "generated_tokens": 128, + "generated_token_ids": [ + 17654, + 643, + 207, + 18, + 4252, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 11, + 558, + 362, + 543, + 463, + 245, + 3223, + 280, + 207, + 18, + 919, + 207, + 20, + 403, + 207, + 23, + 6514, + 13, + 185, + 10005, + 4661, + 543, + 933, + 207, + 17, + 25209, + 280, + 78288, + 11, + 558, + 362, + 543, + 933, + 245, + 3223, + 280, + 207, + 23, + 575, + 207, + 17, + 403, + 207, + 16, + 21, + 25209, + 280, + 78288, + 13, + 185, + 2450, + 543, + 839, + 933, + 207, + 16, + 2390, + 280, + 91542, + 327, + 1319, + 4661, + 11, + 558, + 362, + 543, + 933, + 245, + 3223, + 280, + 207, + 23, + 575, + 207, + 16, + 403, + 207, + 23, + 31230, + 280, + 91542, + 13, + 185, + 549, + 2295, + 280, + 78288, + 327, + 1319, + 4661, + 317, + 363, + 17, + 11, + 558, + 254, + 3223, + 2295, + 280, + 78288, + 543, + 330, + 207, + 23, + 575, + 363, + 17, + 403, + 363, + 16, + 21, + 13, + 185, + 549 + ], + "generated_token_ids_sha256": "0ecc4ac90f52977d23612aee00bcfcd3f329fa2ed9e9c9be6d024abfa98cc1d6", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Kim has 3 regular clients and is talking to 5 potential clients, so he will have a total of 3 + 5 = 8 clients.\nEach client will need 2 bottles of bleach, so he will need a total of 8 * 2 = 16 bottles of bleach.\nHe will also need 1 pack of cloths for each client, so he will need a total of 8 * 1 = 8 packs of cloths.\nThe cost of bleach for each client is $2, so the total cost of bleach will be 8 * $2 = $16.\nThe", + "text_sha256": "dfb8c2beb079fa094bba21b9b8d4530def39c97a63fe048b48008f92789db917", + "task_score": { + "gold_final": "20", + "predicted_final": "16", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 171, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "e4b78a7bc4de036db8d331132f6847eb184232dbb15949bd7cd731f4b365ee15", + "generated_tokens": 128, + "generated_token_ids": [ + 5904, + 11, + 1632, + 6, + 82, + 11462, + 254, + 3223, + 2295, + 280, + 78288, + 285, + 91542, + 327, + 634, + 4661, + 13, + 185, + 185, + 41868, + 3277, + 207, + 17, + 25209, + 280, + 78288, + 285, + 245, + 2390, + 280, + 91542, + 327, + 1319, + 4661, + 13, + 429, + 2295, + 280, + 78288, + 317, + 363, + 17, + 513, + 14529, + 11, + 558, + 327, + 634, + 4661, + 11, + 254, + 2295, + 280, + 78288, + 317, + 207, + 17, + 575, + 363, + 17, + 403, + 363, + 19, + 13, + 429, + 2295, + 280, + 245, + 2390, + 280, + 91542, + 317, + 363, + 20, + 13, + 7536, + 11, + 254, + 3223, + 2295, + 280, + 78288, + 285, + 91542, + 327, + 634, + 4661, + 317, + 363, + 19, + 919, + 363, + 20, + 403, + 363, + 24, + 13, + 185, + 185, + 41868, + 643, + 207, + 18, + 1648, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 13, + 2086, + 11, + 362, + 543, + 463, + 207, + 18, + 919, + 207, + 20, + 403, + 207, + 23, + 6514 + ], + "generated_token_ids_sha256": "abd0148fdb933c0e7cf903c9865a3e75e0ed9bdcf9f3ebad3c3db02590595136", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " First, let's calculate the total cost of bleach and cloths for one client.\n\nKim needs 2 bottles of bleach and a pack of cloths for each client. The cost of bleach is $2 per bottle, so for one client, the cost of bleach is 2 * $2 = $4. The cost of a pack of cloths is $5. Therefore, the total cost of bleach and cloths for one client is $4 + $5 = $9.\n\nKim has 3 current clients and is talking to 5 potential clients. So, he will have 3 + 5 = 8 clients", + "text_sha256": "f3700cbd2cf40a95bee3e77eacaacde62d1fcc6afe3df8ec25b89ddb54b1d461", + "task_score": { + "gold_final": "20", + "predicted_final": "8", + "final_numeric_exact": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 155, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "85b762195d6e87a0e483912ff46ed28ae1e6703374a433ef6e8406fe5a258399", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 2973, + 1224, + 254, + 2066, + 3458, + 457, + 3458, + 25, + 185, + 185, + 16, + 13, + 17654, + 643, + 207, + 18, + 6287, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 13, + 2086, + 11, + 362, + 543, + 463, + 207, + 18, + 919, + 207, + 20, + 403, + 207, + 23, + 6514, + 279, + 3223, + 13, + 185, + 185, + 17, + 13, + 7915, + 4661, + 543, + 933, + 207, + 17, + 25209, + 280, + 78288, + 285, + 245, + 2390, + 280, + 91542, + 276, + 3920, + 13, + 207, + 185, + 185, + 18, + 13, + 429, + 2295, + 280, + 1319, + 14529, + 280, + 78288, + 317, + 363, + 17, + 285, + 254, + 2295, + 280, + 1319, + 2390, + 280, + 91542, + 317, + 363, + 20, + 13, + 207, + 185, + 185, + 19, + 13, + 2086, + 11, + 254, + 3223, + 2295, + 327, + 78288, + 327, + 1319, + 4661, + 317, + 207, + 17, + 575, + 363, + 17, + 403, + 363, + 19, + 285, + 254, + 3223, + 2295, + 327, + 91542, + 327, + 1319, + 4661 + ], + "generated_token_ids_sha256": "2fc4346f34fc239e4b79d640b6d30d624d09e7ee2f4d6e4d59aba7881e0d6bf8", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's break down the problem step by step:\n\n1. Kim has 3 existing clients and is talking to 5 potential clients. So, he will have 3 + 5 = 8 clients in total.\n\n2. Each client will need 2 bottles of bleach and a pack of cloths to clean. \n\n3. The cost of each bottle of bleach is $2 and the cost of each pack of cloths is $5. \n\n4. So, the total cost for bleach for each client is 2 * $2 = $4 and the total cost for cloths for each client", + "text_sha256": "e4d1354b41f10c3fba6eaf4cef2a7ed7a52582329b2a0967f8ddc8017a539bb5", + "task_score": { + "gold_final": "20", + "predicted_final": "4", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 171, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "8a549e4eefb67f9c7df04d2d81824500fadbeb873948fda10055fbc3bb0ac287", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 11462, + 254, + 13518, + 11, + 395, + 1022, + 933, + 276, + 6983, + 254, + 3223, + 16722, + 285, + 3223, + 9880, + 13, + 185, + 185, + 41868, + 643, + 207, + 18, + 4252, + 6514, + 285, + 317, + 6807, + 276, + 207, + 20, + 3968, + 6514, + 13, + 7915, + 4661, + 3277, + 207, + 17, + 25209, + 280, + 78288, + 285, + 245, + 2390, + 280, + 91542, + 13, + 185, + 185, + 1988, + 254, + 4252, + 6514, + 25, + 185, + 12, + 16634, + 280, + 78288, + 513, + 4661, + 403, + 207, + 17, + 25209, + 575, + 363, + 17, + 513, + 14529, + 403, + 363, + 19, + 185, + 12, + 16634, + 280, + 91542, + 513, + 4661, + 403, + 207, + 16, + 2390, + 575, + 363, + 20, + 513, + 2390, + 403, + 363, + 20, + 185, + 12, + 19008, + 2295, + 513, + 4252, + 4661, + 403, + 363, + 19, + 919, + 363, + 20, + 403, + 363, + 24, + 185, + 12, + 19008, + 2295, + 327, + 207, + 18, + 4252, + 6514, + 403, + 207, + 18, + 575, + 363, + 24, + 403, + 363, + 17, + 22 + ], + "generated_token_ids_sha256": "081a399b6d287553f5e3190b20c2ac6e040b704e88216967d559dbae2742f801", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To calculate the profit, we first need to determine the total expenses and total income.\n\nKim has 3 regular clients and is talking to 5 potential clients. Each client needs 2 bottles of bleach and a pack of cloths.\n\nFor the regular clients:\n- Cost of bleach per client = 2 bottles * $2 per bottle = $4\n- Cost of cloths per client = 1 pack * $5 per pack = $5\n- Total cost per regular client = $4 + $5 = $9\n- Total cost for 3 regular clients = 3 * $9 = $27", + "text_sha256": "aa6df261c31d59d9ea36a5b388200cfd0d078b46a5e79c9f1ac0e33e0951a478", + "task_score": { + "gold_final": "20", + "predicted_final": "27", + "final_numeric_exact": false + } + } + ] + }, + { + "id": "gsm8k/test/1251", + "domain": "math", + "label": "Grade-school math", + "within_domain_index": 3, + "selection_rank": "0056e66a635febc5b2ace25221ed8fe25366682898fc2d4d0132b30812f59e30", + "source_text_sha256": "a45936495f064c16cf6621fe21bf0d84f54f5850bf6bfe19ced45b30c591aa36", + "source_characters": 269, + "source_tokens": 75, + "prompt_tokens_by_condition": { + "s0_eos": 99, + "s1_eos": 115, + "s0_bos": 99, + "s1_bos": 115, + "s0_x": 99, + "s1_x": 115, + "s0_period": 99, + "s1_period": 115 + }, + "batch_prompt_tokens_after_left_padding": 115, + "batch_padding_side": "left", + "batch_conditions": 8, + "generation_seconds": 23.86575357001857, + "peak_cuda_memory_allocated_bytes": 30158377472, + "generated_tokens_including_batch_padding": 1024, + "outputs": [ + { + "condition": "s0_eos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 99, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "49fe40432f2d059dd188bd35dc10f373d43b74c3d1e0afcb89c1ef642f8d5b6c", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 11462, + 254, + 766, + 359, + 4497, + 327, + 3326, + 276, + 8708, + 1319, + 2387, + 280, + 254, + 15383, + 1923, + 6, + 82, + 32949, + 285, + 937, + 962, + 768, + 2854, + 13, + 185, + 185, + 16, + 13, + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 185, + 17, + 13, + 429, + 1864, + 285, + 4443, + 9226, + 1319, + 1529, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 2387, + 13, + 2086, + 11, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 13, + 5512, + 745, + 418, + 984, + 9226, + 344, + 1529, + 207, + 16, + 15, + 4063, + 1319, + 11, + 254, + 3223, + 766, + 327, + 1069, + 984, + 9226, + 317, + 207, + 16, + 15, + 575, + 207, + 17, + 403, + 207, + 17, + 15, + 4063, + 13, + 185, + 185, + 18, + 13, + 429, + 1562, + 207, + 17, + 9226, + 1319, + 1529, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 2387, + 13 + ], + "generated_token_ids_sha256": "8fc8f72b6cb30f95860fc2f9acccfc22d4ba8c743f1a709a57ae5b1a21aecdf6", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n\n2. The second and third sides each take twice as long as the first side. So, 2 * 5 = 10 minutes. Since there are two sides that take 10 minutes each, the total time for these two sides is 10 * 2 = 20 minutes.\n\n3. The last 2 sides each take half as long as the first side.", + "text_sha256": "b757a9c59276f1144f128c347741b06edb901c0c5d4a60fab00ad2727b8851db", + "task_score": { + "gold_final": "30", + "predicted_final": "2", + "final_numeric_exact": false + } + }, + { + "condition": "s1_eos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "eos", + "token_class": "special" + }, + "prompt_tokens": 115, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "9826fc7ee5c2b9677c860ff687740351402c53395073d397a387bb812035d3ed", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 11462, + 254, + 766, + 359, + 4497, + 327, + 3326, + 276, + 8708, + 1319, + 2387, + 280, + 254, + 15383, + 1923, + 6, + 82, + 32949, + 285, + 937, + 962, + 768, + 2854, + 13, + 185, + 185, + 16, + 13, + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 17, + 13, + 429, + 1864, + 285, + 4443, + 9226, + 1319, + 1529, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 2387, + 11, + 558, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 18, + 13, + 429, + 1562, + 207, + 17, + 9226, + 1319, + 1529, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 2387, + 11, + 558, + 207, + 15, + 13, + 20, + 575, + 207, + 20, + 403, + 207, + 17, + 13, + 20, + 4063, + 1319, + 13, + 185, + 185, + 4388, + 11, + 1632, + 6, + 82, + 962, + 581, + 254, + 766, + 327, + 521, + 254, + 9226, + 25, + 185, + 185, + 20, + 4063 + ], + "generated_token_ids_sha256": "4e21108e1d105e39d523f494fbd5b5cfa2a6b3132ad599e49d9488c37a9ee2ee", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n2. The second and third sides each take twice as long as the first side, so 2 * 5 = 10 minutes.\n3. The last 2 sides each take half as long as the first side, so 0.5 * 5 = 2.5 minutes each.\n\nNow, let's add up the time for all the sides:\n\n5 minutes", + "text_sha256": "a70c0a8e559bcee9b0b0f57ee9c0dfe5045703047b6f6d88a9d0118acb87f7db", + "task_score": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s0_bos", + "factors": { + "system": 0, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 99, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "3fd156e5b2f57688543d3cac4a5a66278ee941a2b714b3ec05a13fb86f7cbe17", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 549, + 1864, + 2387, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 20, + 575, + 207, + 17, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 549, + 4443, + 2387, + 839, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 20, + 575, + 207, + 17, + 575, + 207, + 17, + 403, + 207, + 17, + 15, + 4063, + 13, + 185, + 549, + 11363, + 2387, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 20, + 893, + 207, + 17, + 403, + 207, + 17, + 13, + 20, + 4063, + 13, + 185, + 549, + 18097, + 2387, + 839, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 20, + 893, + 207, + 17, + 575, + 207, + 17, + 403, + 207, + 20, + 4063, + 13, + 185, + 185, + 39726, + 581, + 521, + 254, + 2602, + 11 + ], + "generated_token_ids_sha256": "87cc257c453129b0fef7047910b1480bf521d05e2337a89d63c4a7944012743a", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The first side takes 5 minutes.\nThe second side takes twice as long as the first, so it takes 5 * 2 = 10 minutes.\nThe third side also takes twice as long as the first, so it takes 5 * 2 * 2 = 20 minutes.\nThe fourth side takes half as long as the first, so it takes 5 / 2 = 2.5 minutes.\nThe fifth side also takes half as long as the first, so it takes 5 / 2 * 2 = 5 minutes.\n\nAdding up all the times,", + "text_sha256": "4a6919d0a4ed72db0b2f7e1d402d449d2e9adefca1d22ab5f4179943f5457cff", + "task_score": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s1_bos", + "factors": { + "system": 1, + "history": "filler", + "boundary": "bos", + "token_class": "special" + }, + "prompt_tokens": 115, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "24f575a36c25b0cb1a7946f43dc44c3801f72245c252e1226d835897e20b0059", + "generated_tokens": 128, + "generated_token_ids": [ + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 549, + 1864, + 2387, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 20, + 1376, + 207, + 17, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 549, + 4443, + 2387, + 839, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 20, + 1376, + 207, + 17, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 549, + 11363, + 2387, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 20, + 893, + 207, + 17, + 403, + 207, + 17, + 13, + 20, + 4063, + 13, + 185, + 549, + 18097, + 2387, + 839, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 20, + 893, + 207, + 17, + 403, + 207, + 17, + 13, + 20, + 4063, + 13, + 185, + 185, + 1898, + 1275, + 254, + 3223, + 766, + 11, + 395, + 962, + 581, + 521, + 254, + 2602, + 25, + 185, + 20, + 919, + 207, + 16 + ], + "generated_token_ids_sha256": "be4449041ae9faba18bf43d7e067c546c5456f8b476056d39c1218b7fd37fa34", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " The first side takes 5 minutes.\nThe second side takes twice as long as the first, so 5 x 2 = 10 minutes.\nThe third side also takes twice as long as the first, so 5 x 2 = 10 minutes.\nThe fourth side takes half as long as the first, so 5 / 2 = 2.5 minutes.\nThe fifth side also takes half as long as the first, so 5 / 2 = 2.5 minutes.\n\nTo find the total time, we add up all the times:\n5 + 1", + "text_sha256": "f6daabb6c784861d00a2a40246f5608f2804640412cadb2d60c6690ac94539d1", + "task_score": { + "gold_final": "30", + "predicted_final": "1", + "final_numeric_exact": false + } + }, + { + "condition": "s0_x", + "factors": { + "system": 0, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 99, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "64d49f0054db6205880b0687d129a51debca8056dc7a878500dd0e27b170fcbe", + "generated_tokens": 128, + "generated_token_ids": [ + 3960, + 6, + 82, + 2973, + 1224, + 254, + 766, + 359, + 4497, + 327, + 3326, + 276, + 8708, + 1319, + 2387, + 280, + 254, + 15383, + 1923, + 6, + 82, + 32949, + 25, + 185, + 185, + 16, + 13, + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 17, + 13, + 429, + 1864, + 2387, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 18, + 13, + 429, + 4443, + 2387, + 839, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 19, + 13, + 429, + 11363, + 2387, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 359, + 4497, + 207, + 20, + 893, + 207, + 17, + 403, + 207, + 17, + 13, + 20, + 4063, + 13, + 185, + 20, + 13, + 429, + 18097, + 2387, + 839 + ], + "generated_token_ids_sha256": "f6a0fbae7e57a6048cf16506a8835a527c8ea067a512c4f7e28fa3f38053dbc2", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " Let's break down the time it takes for John to solve each side of the Rubik's cube:\n\n1. The first side takes 5 minutes.\n2. The second side takes twice as long as the first, so it takes 2 * 5 = 10 minutes.\n3. The third side also takes twice as long as the first, so it takes 2 * 5 = 10 minutes.\n4. The fourth side takes half as long as the first, so it takes 5 / 2 = 2.5 minutes.\n5. The fifth side also", + "text_sha256": "39b6ed5c45387903648298be99aa9d45d4c97072583b1effce880fa83d21b67a", + "task_score": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s1_x", + "factors": { + "system": 1, + "history": "filler", + "boundary": "x", + "token_class": "ordinary_control" + }, + "prompt_tokens": 115, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "344602c1c00a954952d226c6ce8ed07d163c2728ea0b8778732ad9a6432d7d6c", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 11462, + 254, + 766, + 359, + 4497, + 327, + 3326, + 276, + 8708, + 1319, + 2387, + 280, + 254, + 15383, + 1923, + 6, + 82, + 32949, + 285, + 937, + 962, + 768, + 2854, + 13, + 185, + 185, + 16, + 13, + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 17, + 13, + 429, + 1864, + 2387, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 17, + 575, + 207, + 20, + 4063, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 18, + 13, + 429, + 4443, + 2387, + 839, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 17, + 575, + 207, + 20, + 4063, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 19, + 13, + 429, + 11363, + 2387, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 20, + 4063, + 893, + 207, + 17, + 403, + 207, + 17, + 13, + 20, + 4063, + 13, + 185 + ], + "generated_token_ids_sha256": "a72959aa094ce6be8fc02d3e8c70dcb2e482a6384b77fdae30062928092ce8bd", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n2. The second side takes twice as long as the first, so 2 * 5 minutes = 10 minutes.\n3. The third side also takes twice as long as the first, so 2 * 5 minutes = 10 minutes.\n4. The fourth side takes half as long as the first, so 5 minutes / 2 = 2.5 minutes.\n", + "text_sha256": "08885cf063f8ee06c62a4a603e69c81cdd24f093de3484bec3aa0b2040031e98", + "task_score": { + "gold_final": "30", + "predicted_final": "2.5", + "final_numeric_exact": false + } + }, + { + "condition": "s0_period", + "factors": { + "system": 0, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 99, + "left_padding_tokens": 16, + "prompt_token_ids_sha256": "44c836c323e7e7a07a5153325738d347e28b910234dfb1a8883184546ecadd9f", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 11462, + 254, + 766, + 359, + 4497, + 327, + 3326, + 276, + 8708, + 1319, + 2387, + 280, + 254, + 15383, + 1923, + 6, + 82, + 32949, + 285, + 937, + 962, + 768, + 2854, + 13, + 185, + 185, + 16, + 13, + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 17, + 13, + 429, + 1864, + 2387, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 18, + 13, + 429, + 4443, + 2387, + 839, + 4497, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 13, + 185, + 19, + 13, + 429, + 11363, + 2387, + 4497, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 20, + 893, + 207, + 17, + 403, + 207, + 17, + 13, + 20, + 4063, + 13, + 185, + 20, + 13, + 429 + ], + "generated_token_ids_sha256": "7687550d54774fc3f42b8bcff977f3eafa57f2890de215c3fa7b34cd3183d10d", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to calculate the time it takes for John to solve each side of the Rubik's cube and then add them together.\n\n1. The first side takes 5 minutes.\n2. The second side takes twice as long as the first, so 2 * 5 = 10 minutes.\n3. The third side also takes twice as long as the first, so 2 * 5 = 10 minutes.\n4. The fourth side takes half as long as the first, so 5 / 2 = 2.5 minutes.\n5. The", + "text_sha256": "7ea734dad0863a34ce830fa2a7bb15e65cd57e3ae2c20c2b709266fa1b27b5e4", + "task_score": { + "gold_final": "30", + "predicted_final": "5", + "final_numeric_exact": false + } + }, + { + "condition": "s1_period", + "factors": { + "system": 1, + "history": "filler", + "boundary": "period", + "token_class": "ordinary_control" + }, + "prompt_tokens": 115, + "left_padding_tokens": 0, + "prompt_token_ids_sha256": "ff4b886b7a2e0289202dd757d2754cc337b6577268f81cdc2ac0b5db5f2edf9f", + "generated_tokens": 128, + "generated_token_ids": [ + 2158, + 8708, + 437, + 2066, + 11, + 395, + 933, + 276, + 6983, + 254, + 3223, + 766, + 359, + 4497, + 327, + 3326, + 276, + 8708, + 254, + 15383, + 1923, + 6, + 82, + 32949, + 13, + 1003, + 1006, + 254, + 766, + 359, + 4497, + 327, + 1319, + 2387, + 285, + 254, + 7937, + 280, + 254, + 766, + 359, + 4497, + 276, + 8708, + 1319, + 2387, + 13, + 185, + 185, + 16, + 13, + 429, + 1022, + 2387, + 4497, + 207, + 20, + 4063, + 13, + 185, + 17, + 13, + 429, + 1864, + 285, + 4443, + 9226, + 1319, + 1529, + 9682, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 17, + 575, + 207, + 20, + 403, + 207, + 16, + 15, + 4063, + 1319, + 13, + 185, + 18, + 13, + 429, + 1562, + 207, + 17, + 9226, + 1319, + 1529, + 3222, + 372, + 1234, + 372, + 254, + 1022, + 11, + 558, + 207, + 15, + 13, + 20, + 575, + 207, + 20, + 403, + 207, + 17, + 13, + 20, + 4063, + 1319, + 13, + 185, + 185, + 4388, + 11, + 1632, + 6 + ], + "generated_token_ids_sha256": "3a703cd47a42a9f7b0dbf565dbda882770963db230b21800dff9527740bfbcc9", + "hit_eos": false, + "stopped_at_max_new_tokens": true, + "text": " To solve this problem, we need to determine the total time it takes for John to solve the Rubik's cube. We know the time it takes for each side and the pattern of the time it takes to solve each side.\n\n1. The first side takes 5 minutes.\n2. The second and third sides each take twice as long as the first, so 2 * 5 = 10 minutes each.\n3. The last 2 sides each take half as long as the first, so 0.5 * 5 = 2.5 minutes each.\n\nNow, let'", + "text_sha256": "d154ed6355e601dbfde1c0560a7f68e5d58c54a8d5894d9cf6b78097c3025275", + "task_score": { + "gold_final": "30", + "predicted_final": "2.5", + "final_numeric_exact": false + } + } + ] + } + ], + "summary": { + "pairwise": { + "system_eos": [ + { + "left": "s0_eos", + "right": "s1_eos", + "token_ids_exact": false, + "text_exact": false, + "common_prefix_tokens": 63, + "token_edit_distance": 33, + "normalized_token_similarity": 0.7421875, + "source_id": "wikitext2/raw-validation/0443", + "domain": "english" + }, + { + "left": "s0_eos", + "right": "s1_eos", + "token_ids_exact": false, + "text_exact": false, + "common_prefix_tokens": 37, + "token_edit_distance": 71, + "normalized_token_similarity": 0.4453125, + "source_id": "wikitext2/raw-validation/0030", + "domain": "english" + }, + { + "left": "s0_eos", + "right": "s1_eos", + "token_ids_exact": false, + "text_exact": false, + 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+ "bos_at_s0": { + "sources": 4, + "token_ids_exact": 1, + "text_exact": 1, + "mean_common_prefix_tokens": 40.5, + "mean_token_edit_distance": 58.25, + "mean_normalized_token_similarity": 0.544921875 + }, + "bos_at_s1": { + "sources": 4, + "token_ids_exact": 1, + "text_exact": 1, + "mean_common_prefix_tokens": 41.5, + "mean_token_edit_distance": 46.5, + "mean_normalized_token_similarity": 0.63671875 + }, + "x_at_s0": { + "sources": 4, + "token_ids_exact": 0, + "text_exact": 0, + "mean_common_prefix_tokens": 16, + "mean_token_edit_distance": 68.75, + "mean_normalized_token_similarity": 0.462890625 + }, + "x_at_s1": { + "sources": 4, + "token_ids_exact": 0, + "text_exact": 0, + "mean_common_prefix_tokens": 14.5, + "mean_token_edit_distance": 94.25, + "mean_normalized_token_similarity": 0.263671875 + }, + "period_at_s0": { + "sources": 4, + "token_ids_exact": 1, + "text_exact": 1, + "mean_common_prefix_tokens": 60, + "mean_token_edit_distance": 52.75, + "mean_normalized_token_similarity": 0.587890625 + }, + "period_at_s1": { + "sources": 4, + "token_ids_exact": 0, + "text_exact": 0, + "mean_common_prefix_tokens": 7, + "mean_token_edit_distance": 67.75, + "mean_normalized_token_similarity": 0.470703125 + } + } + }, + "output_by_condition": { + "s0_eos": { + "sources": 16, + "hit_eos": 2, + "stopped_at_max_new_tokens": 14, + "mean_generated_tokens": 123.125 + }, + "s1_eos": { + "sources": 16, + "hit_eos": 3, + "stopped_at_max_new_tokens": 13, + "mean_generated_tokens": 118.5 + }, + "s0_bos": { + "sources": 16, + "hit_eos": 3, + "stopped_at_max_new_tokens": 13, + "mean_generated_tokens": 121.5 + }, + "s1_bos": { + "sources": 16, + "hit_eos": 3, + "stopped_at_max_new_tokens": 13, + "mean_generated_tokens": 120.8125 + }, + "s0_x": { + "sources": 16, + "hit_eos": 2, + "stopped_at_max_new_tokens": 14, + "mean_generated_tokens": 124.3125 + }, + "s1_x": { + "sources": 16, + "hit_eos": 8, + "stopped_at_max_new_tokens": 8, + "mean_generated_tokens": 110.125 + }, + "s0_period": { + "sources": 16, + "hit_eos": 2, + "stopped_at_max_new_tokens": 14, + "mean_generated_tokens": 123.375 + }, + "s1_period": { + "sources": 16, + "hit_eos": 8, + "stopped_at_max_new_tokens": 8, + "mean_generated_tokens": 108.8125 + } + }, + "task_by_condition": { + "s0_eos": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 1, + "code_sources": 4 + }, + "s1_eos": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 1, + "code_sources": 4 + }, + "s0_bos": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 1, + "code_sources": 4 + }, + "s1_bos": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 1, + "code_sources": 4 + }, + "s0_x": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 1, + "code_sources": 4 + }, + "s1_x": { + "math_numeric_exact": 2, + "math_sources": 4, + "code_ast_parse": 1, + "code_sources": 4 + }, + "s0_period": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 0, + "code_sources": 4 + }, + "s1_period": { + "math_numeric_exact": 0, + "math_sources": 4, + "code_ast_parse": 3, + "code_sources": 4 + } + } + }, + "claim_boundary": [ + "This is a small deterministic behavior probe, not a benchmark.", + "Counterfactual BOS/x/period token sequences are not official-valid chats.", + "Math checks only final numeric text; code is parsed but never executed.", + "Greedy output identity does not establish sampling-distribution robustness.", + "The local 32GB GPU requires CPU offload; this is not single-GPU BF16 execution.", + "Base-routing evidence and Chat-generation behavior remain different evidence layers." + ] +} diff --git a/src/pages/deepseek/index.astro b/src/pages/deepseek/index.astro index 9433090..2991134 100644 --- a/src/pages/deepseek/index.astro +++ b/src/pages/deepseek/index.astro @@ -3,6 +3,7 @@ import BaseLayout from "@/layouts/BaseLayout.astro"; import DeepSeekLineage from "@/components/DeepSeekLineage.astro"; import DeepSeekLab from "@/components/DeepSeekLab.astro"; import DeepSeekArtifactLab from "@/components/DeepSeekArtifactLab.astro"; +import DeepSeekBehaviorLab from "@/components/DeepSeekBehaviorLab.astro"; import { deepseekBranches, deepseekLedgers, deepseekPaperChain, deepseekWaves } from "@/data/deepseek"; const toc = [ @@ -29,21 +30,22 @@ const toc = [ ["20", "k3", "与 K3 的继承边界"], ["21", "lab", "四联交互实验"], ["22", "artifact", "真实权重执行"], - ["23", "branches", "别漏掉旁支"], - ["24", "audit", "事实、推导与教学模型"], + ["23", "behavior", "Chat：最终生成行为"], + ["24", "branches", "别漏掉旁支"], + ["25", "audit", "事实、推导与教学模型"], ["↳", "papers", "六十节点阅读链"], ]; ---
-

SPOTLIGHT / DEEPSEEK · ROUND 03 ALGORITHM × SYSTEM × REAL WEIGHTS

+

SPOTLIGHT / DEEPSEEK · ROUND 04 ROUTING × CHAT OUTPUT × REAL WEIGHTS

不要背模型名
要看懂每次为什么转向

这不是七篇报告的摘要，而是一套可追问、可计算、可反驳的技术谱系： @@ -55,7 +57,7 @@ const toc = [

SPAN
2024.01 → 2026.06
LEDGERS
24 张问题账
LINEAGE
10 次技术转向
-
LABS
17 个可操作实验
+
LABS
18 个可操作实验
EVIDENCE
60 个一手 / 官方节点
STATUS
三轮 · 真实权重执行
@@ -781,8 +783,20 @@ const toc = [ +
+

23 ROUTING IS NOT THE ANSWER

+

第七层之后不再只看 expert：加载完整 Chat 权重，实际生成 128 个输出

+

+ Base checkpoint 的路由实验回答“输入协议怎样改变专家路径”，却不能告诉我们模型最终说了什么。 + 这一轮固定官方 DeepSeek-V2-Lite-Chat revision 与 31,412,968,448 bytes BF16 参数， + 把同一批 source 带进完整 27 层 generation。由于本机 32GB 显存低于官方 40GB 单卡边界， + layers 25–26、final norm 与 LM head 明确落到 CPU；offload 事实、截断率和复跑覆盖都直接展示。 +

+ +
+
-

23 THE MAIN LINE IS NOT THE WHOLE TREE

+

24 THE MAIN LINE IS NOT THE WHOLE TREE

如果只读 V2 → V3 → R1 → V4，会漏掉五条反过来影响主线的旁支

{deepseekBranches.map(([name, line, text, url]) => ( @@ -802,7 +816,7 @@ const toc = [
-

24 EVIDENCE AUDIT

+

25 EVIDENCE AUDIT

同一张页面里有三种知识，它们的语气必须不同

diff --git a/src/pages/index.astro b/src/pages/index.astro index c93c809..a07fa8e 100644 --- a/src/pages/index.astro +++ b/src/pages/index.astro @@ -145,17 +145,18 @@ const paths = [
-

NEW / DEEPSEEK ROUND 03 LINEAGE · REAL WEIGHTS · ROUTES · CACHE

+

NEW / DEEPSEEK ROUND 04 LINEAGE · REAL WEIGHTS · ROUTES · GENERATION

从 Dense 到百万上下文：每次创新都在偿还上一代最贵的一张账

- 用二十四张问题账和十次技术转向走完 Dense→V4，再固定官方 V2-Lite 权重执行 7/27 层： - 逐 token 检查 3,240 次专家选择，并把 latent 状态与 HF eager cache 的实现差距摆在同一张账上。 + 用二十四张问题账和十次技术转向走完 Dense→V4，再把 Base 路由证据接到官方 + V2-Lite-Chat 的 31.4 GB 完整 BF16 权重：16 个公开来源、8 种边界条件生成 + 128 个输出，并把 31 个自然 EOS 与 97 个长度截断分开解释。

LINEAGE
1991 → 2026 · 10 次转向
NODES
60 个一手 / 官方节点
-
LAB
4 公式实验 · 4 真实工件实验
+
LAB
4 公式 · 13 Base 工件 · 1 Chat 行为
 diff --git a/src/pages/progress/index.astro b/src/pages/progress/index.astro index 7c622fa..9b63090 100644 --- a/src/pages/progress/index.astro +++ b/src/pages/progress/index.astro @@ -15,7 +15,7 @@ const workstreams = [ { label: "表示、位置与残差高速公路", value: 81, next: "加入真实 hidden-state / norm traces、长上下文位置外推复现与更多深层稳定性消融" }, { label: "Scaling Laws", value: 74, next: "加入真实拟合复现、置信区间与更多模型族对照" }, { label: "数据工程与预训练配方", value: 73, next: "逐图精读 FineWeb / DCLM，加入真实去重与 mixture traces" }, - { label: "DeepSeek 专题", value: 98, next: "V2-Lite-Chat 生成/行为对照、完整 27 层与固定 batch content，再推进 SM90 FlashMLA、FP8/pipeline 与 R1-like RL" }, + { label: "DeepSeek 专题", value: 98, next: "completion-aware 生成评测、完整 27 层与固定 batch content，再推进 SM90 FlashMLA、FP8/pipeline 与 R1-like RL" }, { label: "指令微调与人类偏好", value: 75, next: "加入真实偏好分歧样本、RM 长度偏置与 PPO/DPO 小模型复现" }, { label: "推理与测试时扩展", value: 76, next: "真实模型采样曲线、PRM 案例与逐篇图表精读" }, { label: "工具使用与长程 Agent", value: 74, next: "补真实环境 traces、cross-harness 对照、Agent RL 训练曲线与安全案例" }, @@ -97,12 +97,12 @@ const workstreams = [
✓

K3 报告已结构化拆解

47 页报告目录、151 条参考来源和架构/后训练/系统主线已经提取。

✓

17 专题知识图

从语言模型基础到评测安全，包含先修依赖和三条贯穿案例。

✓

编辑式网站系统

响应式导航、章节模板、侧栏、进度、论文链和证据提示组件。

-
✓

八十四个原创交互视图

K3 三轴图、八联报告实验与四联开放工件实验，DeepSeek 四联公式实验与十三联真实权重实验，以及语言模型前史、Transformer、表示深度、长上下文、MoE、推理、Agent、多模态、训练系统、推理服务、Scaling、数据工程、数值、Alignment 与评测安全专题。

+
✓

八十五个原创交互视图

K3 三轴图、八联报告实验与四联开放工件实验，DeepSeek 四联公式实验、十三联 Base 工件实验与一联完整 Chat 行为实验，以及语言模型前史、Transformer、表示深度、长上下文、MoE、推理、Agent、多模态、训练系统、推理服务、Scaling、数据工程、数值、Alignment 与评测安全专题。

✓

十七篇首版长文

K3、语言模型前史、Transformer、表示/位置/残差、DeepSeek、Scaling、数据工程、长上下文、MoE、后训练、推理、Agent、原生多模态、训练系统、推理服务、数值优化与评测安全专题。

✓

语言模型前史深度专题

八张独立问题账、33 个正式节点、20 段长文与概率—向量—记忆—对齐四联实验。

✓

Transformer 深度专题

十张独立问题账、40 个正式节点、21 段正文与 QKV—Mask—多头位置—Block 成本四联实验。

✓

表示、位置与残差高速公路深度专题

二十张问题账、66 个一手节点、DeepSeek/Kimi 双谱系，以及 Token—位置—Norm—Residual/FFN 四联实验。

-
✓

DeepSeek 三轮真实权重里程碑

在二十四张问题账、十次转向与四联公式实验上，新增 V2-Lite 7/27 层连续 forward、官方 V3 absorb，以及长度、模板、消息历史、边界、角色词头、完整 special inventory 与两-token 角色块控制；累计 11,289,744 次真实路由。最新两组八格各自 byte-exact：BOS 不复现 EOS，四 ID 的 2-vs-2 只作描述；head、delimiter 与 interaction 均无统一 system 调制方向。

+
✓

DeepSeek 四轮真实权重里程碑

在 Base 路由与缓存实证上，新增官方 V2-Lite-Chat 的 31.4 GB 完整 BF16 生成：16 个公开来源 × 8 条件得到 128 个输出，31 个自然 EOS、97 个长度截断；独立复跑的 32 / 32 token 序列 exact。逐来源双输出、十边分歧、GPU/CPU offload 与证据边界共同组成第十八个实验，不把生成差异越界写成能力。

✓

Kimi K3 技术报告二轮深读

三十二张问题账、Figure 1–16 / Table 1–5 审计、100 节点阅读链，以及 Delta—Decay—AttnRes—LatentMoE—SiTU—QB—MOPD—Cache 八联实验。

✓

Kimi K3 三轮开放工件里程碑

固定官方 revisions，审计 96 个 shards、497,220 个 tensor entries 与真实 KDA / MLA / MoE / MoonViT shapes；四联实验分开显示层型、tensor anatomy、参数范围和复现边界。

✓

FlashKDA RTX 5090 执行闸门

隔离 CUDA 13.0 / glibc 2.39 编译 sm_120a wheel；6/6 官方参考逐元素相等，并完成 fixed / varlen、三种 state mode 的 1,800 个 CUDA Event samples。

@@ -134,7 +134,7 @@ const workstreams = [
优先级专题本轮交付完成闸门
P0K3 三轮

开放权重 traces → FlashKDA / AttnRes / MoE 真实行为 → Figure 1–16 数值重绘与独立复现

运行证据 + 逐图复现
-
P0DeepSeek 三轮

V2-Lite-Chat 生成/行为对照 → 完整 27 层与固定 batch content → SM90 FlashMLA / FP8 / pipeline traces → R1-like RL 小模型复现

运行证据 + 独立复现
+
P0DeepSeek 四轮

completion-aware 行为评测 → 完整 27 层与固定 batch content → SM90 FlashMLA / FP8 / pipeline traces → R1-like RL 小模型复现

运行证据 + 独立复现
P0Transformer 二轮

多头电路逐图 → Pre/Post-LN 真实 traces → Flash/KV 配置与 kernel 对照

逐图笔记 + 实测边界
P0表示、位置与残差二轮

真实 hidden-state / norm traces → 长上下文位置外推 → mHC / AttnRes 深层稳定性消融

可复现实验 + 逐图笔记
P0语言模型前史二轮

Kneser–Ney / LSTM / Bahdanau 逐图 → 真实小语料复现 → tokenizer 公平性

可复现实验 + 逐图笔记
@@ -226,6 +226,9 @@ const workstreams = [
完整 special inventory 与普通对照分身份

BOS/EOS 穷尽固定 tokenizer 的两个 special IDs；x/句点只是两个选定普通对照，2-vs-2 只描述四个 ID。

两-token 角色块按因子分解

`User:` / `Assistant:` 都是 head + delimiter 两个普通 IDs；head、delimiter、interaction 与直接边分别记账。

下游目标与完整输入分因果身份

目标内容只看编辑位置后的精确对齐路由；完整输入包含被编辑 token 自身，只作稳健性账。

+
Chat、生成行为与能力永久分层

完整官方 Chat 权重可以支撑真实生成；成对输出分歧只证明干预传播，没有 evaluator 与足够 completion 就不升级成能力判断。

+
completion 是生成实验的首要审计字段

31 / 128 自然 EOS 与 97 / 128 长度截断同时显示；截断答案不冒充完整回答。

+
offload 拓扑进入复现合同

31.4 GB BF16 权重按 GPU 25 层、CPU 2 层 + norm / lm_head 执行；设备切分不被写成模型结构。