/* OmniStepBench project page data (window.OSB). * Paper is authoritative: every number comes from the OmniStepBench paper (42 models). * Built by homepage/tools/data_build/build_data_tex.py — do not edit by hand. */ window.OSB = { "meta": { "title": "OmniStepBench: Deployment-Aware Agent Evaluation across Modalities and Task Complexity", "shortName": "OmniStepBench", "expansion": "Deployment-Aware Agent Evaluation across Modalities and Task Complexity", "taglines": [ "A benchmark for deployment-aware agent evaluation across modalities and task complexity.", "233 agent tasks from 22 source benchmarks, organized into a 2×3 workload matrix and run in one shared OpenClaw environment.", "No model dominates all six workload groups.", "Deployment decisions should rest on workload profiles, deployment mode, and accuracy–cost trade-offs rather than a single aggregate score." ], "taglineSources": [ "Abstract", "Abstract / §1", "§4.2", "Abstract" ], "arxivId": "2609.06059", "arxivCategory": "cs.AI", "arxivDate": "5 Sep 2026", "arxivUrl": "https://arxiv.org/abs/2609.06059", "pdfUrl": "https://arxiv.org/pdf/2609.06059", "htmlUrl": "https://arxiv.org/html/2609.06059", "github": "https://github.com/SeerRay-Lab/OmniStepBench", "hfDataset": "https://huggingface.co/datasets/SeerRay-Lab/OmniStepBench", "authors": [ { "name": "Yu Liu", "affils": [ 1, 2, 3 ], "equalContribution": true, "corresponding": true }, { "name": "Zhilin Liu", "affils": [ 3 ], "equalContribution": true, "corresponding": false }, { "name": "Zhiwei Yang", "affils": [ 1, 2, 3 ], "equalContribution": true, "corresponding": false }, { "name": "Shaojie Zhang", "affils": [ 3 ], "equalContribution": true, "corresponding": false }, { "name": "Zheyuan Deng", "affils": [ 4 ], "equalContribution": false, "corresponding": false }, { "name": "Tingwei Huang", "affils": [ 3 ], "equalContribution": false, "corresponding": false }, { "name": "Zhenbo Luo", "affils": [ 3 ], "equalContribution": false, "corresponding": false }, { "name": "Lei Jiang", "affils": [ 1, 2 ], "equalContribution": false, "corresponding": false }, { "name": "Yanbing Liu", "affils": [ 2 ], "equalContribution": false, "corresponding": false }, { "name": "Pei Fu", "affils": [ 3 ], "equalContribution": false, "corresponding": true } ], "authorNotes": { "equalContribution": "These authors contributed equally.", "corresponding": "Corresponding author.", "equalSymbol": "∗", "correspondingSymbol": "†" }, "affiliations": [ { "id": 1, "name": "Institute of Information Engineering, Chinese Academy of Sciences" }, { "id": 2, "name": "School of Cyber Security, University of Chinese Academy of Sciences" }, { "id": 3, "name": "MiLM Plus, Xiaomi Inc." }, { "id": 4, "name": "Department of Computer Science, Brown University" } ], "bibtex": "@article{liu2026omnistepbench,\n title = {OmniStepBench: Deployment-Aware Agent Evaluation across Modalities and Task Complexity},\n author = {Liu, Yu and Liu, Zhilin and Yang, Zhiwei and Zhang, Shaojie and Deng, Zheyuan and Huang, Tingwei and Luo, Zhenbo and Jiang, Lei and Liu, Yanbing and Fu, Pei},\n journal = {arXiv preprint arXiv:2609.06059},\n year = {2026}\n}", "abstract": "As large language models evolve from question-answering systems into general-purpose agents, evaluation must move beyond static answer correctness to assess multimodal perception, multi-step execution, tool use, and artifact delivery. However, existing benchmarks are often tied to specific task types, execution environments, or scoring protocols, limiting their comparability, interpretability, and reliability for deployment decisions. We introduce OmniStepBench, a benchmark for deployment-aware agent evaluation across modalities and task complexity. Built on a shared OpenClaw execution environment, OmniStepBench organizes 233 tasks selected and adapted from 22 source benchmarks into a 2×3 workload matrix defined by input modality and execution form, and evaluates them under a unified contract-based protocol with evidence-based score auditing. We evaluate 30 commercial API models and 12 locally deployed open-weight models (42 models in total) over 9,218 applicable model–task runs, reporting accuracy and token consumption alongside reference costs for API models. Results show workload-dependent rankings, distinct accuracy–cost trade-offs between text and multimodal tasks, and competitive but weaker overall performance from local models. These findings support deployment decisions based on workload profiles, deployment mode, and accuracy–cost trade-offs rather than a single aggregate score.", "abstractLinkSentence": "The benchmark details can be found at https://github.com/SeerRay-Lab/OmniStepBench.", "why": [ { "key": "interpretable", "question": "Are the results interpretable?", "problem": "Agent tasks differ substantially in input modality, execution process, and tool dependence; a single aggregate score can obscure model strengths and weaknesses across workloads.", "answer": "A 2×3 workload matrix (text / multimodal × single-step / multi-step / multi-step+tools) with per-group reporting." }, { "key": "attributable", "question": "Are comparisons attributable?", "problem": "When tasks rely on different agent frameworks, tool interfaces, and execution protocols, observed differences conflate model capability with runtime compatibility.", "answer": "One shared OpenClaw runtime (common agent loop, tool interface, workspace abstraction, logging) plus task contracts specifying workspace, tools, artifacts, scorer, and time budget." }, { "key": "trustworthy", "question": "Are the scores trustworthy?", "problem": "Matching only the final text cannot verify completion, and an LLM judge may award credit when tools were not executed, the task timed out, or required artifacts were missing.", "answer": "Evidence-based audit: deterministic post-hoc rules flag suspicious positive scores and a meta-judge from a different model family checks them against trajectories and artifacts." } ], "whySource": "§1 Introduction (three questions) and §3.3", "pages": "https://seerray-lab.github.io/OmniStepBench/", "hfSpace": "https://huggingface.co/spaces/SeerRay-Lab/OmniStepBench" }, "stats": { "tasks": 233, "textTasks": 162, "mmTasks": 71, "sources": 22, "groups": 6, "models": 42, "apiModels": 30, "localModels": 12, "apiFamilies": 10, "textOnlyModels": 8, "multimodalModels": 34, "runs": 9218, "judgeCalls": 4096, "flagged": 182, "unsupportedRemoved": 143, "flaggedUpheld": 39, "maeJudge": 0.098, "maeMeta": 0.049, "maeN": 100, "primaryJudge": "Qwen3.5-VL-Plus", "metaJudge": "Claude-Opus-4.6", "scoring": { "auto": 125, "judge": 73, "hybrid": 35, "autoPct": 53.6, "judgePct": 31.3, "hybridPct": 15.0 }, "runtime": { "openclaw": "2026.3.20", "vllm": "0.19.0", "cuda": "13.1", "os": "Ubuntu 24.04.4 LTS", "seed": 42, "gpu": "NVIDIA RTX PRO 6000", "gpuVramGB": 96, "localPrecision": "FP16", "localContext": "32K", "localServing": "vLLM, single GPU, no quantization or tensor parallelism, prefix caching enabled", "apiAccess": "OpenRouter", "webSearch": "web_search (Brave Search)", "webFetch": "web_fetch (URL-to-markdown)", "clawhubSkillsInPaper": 9 }, "notes": { "flaggedUpheld": "derived: 182 flagged − 143 confirmed (retained after meta-judge review)", "textTasks": "Text-SS+Text-MS+Text-MT = 20+87+55", "mmTasks": "MM-SS+MM-MS+MM-MT = 20+26+25", "runs": "34 multimodal-capable models × 233 tasks + 8 text-only models × 162 text tasks", "judgeCalls": "42 models × 53 judge/hybrid text tasks + 34 models × 55 judge/hybrid multimodal tasks", "maePool": "the 100 human-scored trajectories were sampled from the 3,340-call judge/hybrid validation pool" }, "maePool": 3340 }, "groupOrder": [ "text-ss", "text-ms", "text-mt", "mm-ss", "mm-ms", "mm-mt" ], "groups": [ { "key": "text-ss", "label": "Text-SS", "longLabel": "Text · Single-Step", "paperHeading": "Text Single-Step (Text-SS)", "modality": "text", "form": "single-step", "count": 20, "scoring": { "auto": 10, "judge": 0, "hybrid": 10 }, "sources": [ "logiqa", "gpqa" ], "applicableModels": 42, "best": { "model": "Claude-Opus-5.5", "acc": 99.2 } }, { "key": "text-ms", "label": "Text-MS", "longLabel": "Text · Multi-Step", "paperHeading": "Text Multi-Step (Text-MS)", "modality": "text", "form": "multi-step", "count": 87, "scoring": { "auto": 64, "judge": 23, "hybrid": 0 }, "sources": [ "advancedif", "bamboogle", "simpleqa", "longbench", "lexeval", "tablebench", "finqa" ], "applicableModels": 42, "best": { "model": "Claude-Opus-5.5", "acc": 84.4 } }, { "key": "text-mt", "label": "Text-MT", "longLabel": "Text · Multi-Step+Tools", "paperHeading": "Text Multi-Step+Tools (Text-MT)", "modality": "text", "form": "multi-step+tools", "count": 55, "scoring": { "auto": 35, "judge": 20, "hybrid": 0 }, "sources": [ "deepsearchqa", "widesearch", "seal0", "terminalbench2", "openagentsafety", "osworld" ], "applicableModels": 42, "best": { "model": "GPT-6.1-Sol", "acc": 71.3 } }, { "key": "mm-ss", "label": "MM-SS", "longLabel": "Multi-Modal · Single-Step", "paperHeading": "Multi-Modal Single-Step (MM-SS)", "modality": "multimodal", "form": "single-step", "count": 20, "scoring": { "auto": 0, "judge": 20, "hybrid": 0 }, "sources": [ "simplevqa", "hle" ], "applicableModels": 34, "best": { "model": "GPT-5.5", "acc": 90.0 } }, { "key": "mm-ms", "label": "MM-MS", "longLabel": "Multi-Modal · Multi-Step", "paperHeading": "Multi-Modal Multi-Step (MM-MS)", "modality": "multimodal", "form": "multi-step", "count": 26, "scoring": { "auto": 16, "judge": 10, "hybrid": 0 }, "sources": [ "charxiv", "medxpertqa" ], "applicableModels": 34, "best": { "model": "GPT-6-Astra", "acc": 94.2 } }, { "key": "mm-mt", "label": "MM-MT", "longLabel": "Multi-Modal · Multi-Step+Tools", "paperHeading": "Multi-Modal Multi-Step+Tools (MM-MT)", "modality": "multimodal", "form": "multi-step+tools", "count": 25, "scoring": { "auto": 0, "judge": 0, "hybrid": 25 }, "sources": [ "agentvista", "mmsearch", "mmsearchplus" ], "applicableModels": 34, "best": { "model": "GPT-6-Astra", "acc": 67.6 } } ], "sources": [ { "key": "logiqa", "name": "LogiQA", "capability": "Reading comprehension with logical reasoning", "count": 10, "group": "text-ss", "scoring": "Auto", "scoringModes": { "auto": 10, "judge": 0, "hybrid": 0 }, "fullName": "LogiQA", "description": "LogiQA is a reading-comprehension benchmark for logical reasoning, where each instance provides a short 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"name": "Gemma-3-27B-it", "deployment": "local", "citation": { "text": "Gemma Team et al. 2025", "title": "Gemma 3 technical report", "url": null, "venue": "arXiv preprint arXiv:2503.19786" }, "acc": { "text-ss": 42.4, "text-ms": 29.5, "text-mt": 14.5, "mm-ss": 25.0, "mm-ms": 13.5, "mm-mt": 0.0 }, "textAvg": 26.0, "mmAvg": 12.0, "textOnly": false, "shortName": "Gemma-3-27B", "vendor": "Google", "tokens": { "text-ss": 43, "text-ms": 36, "text-mt": 50, "textAvg": 42, "mm-ss": 59, "mm-ms": 34, "mm-mt": 9, "mmAvg": 32, "overall": 39 }, "cost": { "text-ss": 0.003, "text-ms": 0.003, "text-mt": 0.004, "textAvg": 0.003, "mm-ss": 0.005, "mm-ms": 0.003, "mm-mt": null, "mmAvg": 0.003, "overall": 0.003 }, "costText": { "text-ss": "0.003", "text-ms": "0.003", "text-mt": "0.004", "textAvg": "0.003", "mm-ss": "0.005", "mm-ms": "0.003", "mm-mt": "<0.001", "mmAvg": "0.003", "overall": "0.003" }, "ctx": "128K", "effSource": "Appendix B.3 (local)", "price": { "provider": "DeepInfra", "pool": "Local", 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"overallSource": "Table 1 Text Avg (text-only model; 162 applicable text tasks)", "overallTasks": 162, "overallDerivedExact": 52.158, "tokensOverallSource": "Table 2/6 Text Avg (text-only model)", "fig1": { "text": false, "mm": false }, "paretoFig1": { "text": false, "mm": false } } ], "pareto": { "text": [ "MiMo-V2.5", "MiMo-V2.6-Pro", "Qwen3.8-Max", "GPT-6.1-Sol" ], "mm": [ "MiMo-V2.5", "MiMo-V2.6-Pro", "GPT-6.1-Sol", "GPT-6-Astra" ], "fig1Models": { "text": [ "GPT-6-Astra", "GPT-6.1-Sol", "Claude-Opus-5.5", "Claude-Opus-4.8", "Kimi-K3", "MiMo-V2.6-Pro", "GPT-5.5", "Claude-Opus-4.6", "Qwen3.8-Max", "Gemini-3.1-Pro", "GPT-5.4", "MiMo-V2.6-Flash", "MiMo-V2.5", "Claude-Sonnet-4.6", "Qwen3.6-Plus", "Qwen3.5-Plus", "Doubao-Seed2.0-Pro", "Gemini-3.5-Flash", "GPT-5.4-mini", "Claude-Haiku-4.5", "Kimi-K2.5", "Doubao-Seed2.0-Mini", "MiMo-V2.5-Pro", "DeepSeek-V4-Pro", "MiniMax-M2.7", "GLM-5", "DeepSeek-V3.2", "GLM-4.7" ], "mm": [ "GPT-6-Astra", "GPT-6.1-Sol", "Claude-Opus-5.5", "Claude-Opus-4.8", "Kimi-K3", "MiMo-V2.6-Pro", "GPT-5.5", "Claude-Opus-4.6", "Qwen3.8-Max", "Gemini-3.1-Pro", "GPT-5.4", "MiMo-V2.6-Flash", "MiMo-V2.5", "Claude-Sonnet-4.6", "Qwen3.6-Plus", "Qwen3.5-Plus", "Doubao-Seed2.0-Pro", "Gemini-3.5-Flash", "GPT-5.4-mini", "Claude-Haiku-4.5", "Kimi-K2.5", "Doubao-Seed2.0-Mini" ] }, "caption": "Accuracy–cost trade-offs for API models on (a) text and (b) multimodal tasks. Bracketed labels indicate average token consumption per task (in thousands); cost is reported in USD per task on a logarithmic scale. Dashed lines connect the Pareto-optimal models among those shown: MiMo-V2.5, MiMo-V2.6-Pro, Qwen3.8-Max, and GPT-6.1-Sol in (a); and MiMo-V2.5, MiMo-V2.6-Pro, GPT-6.1-Sol, and GPT-6-Astra in (b).", "axes": { "x": "Cost per task (USD, log scale) — Table 2 Text Avg / MM Avg", "y": "Average accuracy (%) — Table 1 Text Avg / MM Avg" }, "note": "Frontiers exactly as drawn in Fig. 1 (caption). Only API models are plotted: for locally deployed models any hosted-inference price is only a third-party reference, so the paper bases accuracy–cost frontier analyses on API reference costs (§3.3)." }, "audit": { "patterns": [ { "key": "deadlock-loop", "name": "Deadlock loop", "local": 86, "api": 0, "total": 86, "definition": "The agent repeatedly cycles through materially equivalent reasoning or actions without making workspace progress, eventually exhausting the 32K context window and leaving the task incomplete, while the judge still awards positive credit." }, { "key": "rubric-leakage", "name": "Rubric leakage", "local": 12, "api": 14, "total": 26, "definition": "The judge mistakes answer information embedded in the grading rubrics for the agent’s execution output." }, { "key": "pseudo-tool-call-credulity", "name": "Pseudo-tool-call credulity", "local": 20, "api": 0, "total": 20, "definition": "The model outputs tool-like text rather than an actually executable tool call." }, { "key": "output-instability", "name": "Output instability", "local": 5, "api": 2, "total": 7, "definition": "Incomplete or malformed output." }, { "key": "timeout-with-credit", "name": "Timeout-with-credit", "local": 1, "api": 3, "total": 4, "definition": "Timed-out trajectories still receiving positive scores." } ], "totals": { "local": 124, "api": 19, "total": 143 }, "funnel": [ { "key": "runs", "label": "model–task runs", "value": 9218 }, { "key": "judgeCalls", "label": "judge / hybrid calls", "value": 4096 }, { "key": "flagged", "label": "flagged by deterministic post-hoc rules", "value": 182 }, { "key": "confirmed", "label": "confirmed unsupported by the meta-judge (score set to 0)", "value": 143 } ], "primaryJudge": "Qwen3.5-VL-Plus", "metaJudge": "Claude-Opus-4.6", "mae": { "primaryJudge": 0.098, "afterMetaJudge": 0.049, "n": 100, "definition": "Mean absolute score error vs. independent human expert scores on 100 trajectories stratified by original score, task group, and deployment mode, sampled from a 3,340-call judge/hybrid validation pool.", "pool": 3340 }, "rule": "s_audit = (1 − h) · s, with h = 1 only when the meta-judge confirms the positive score is unsupported (Eq. 10).", "triggerFeatures": [ "AsstChars", "HasWrite", "HasTool", "TokTotal" ], "figures": [ "fig5", "fig6" ], "source": "Table 3, §4.3, Appendix C (Algorithm 1)" }, "errorTaxonomy": { "codes": [ { "code": "SRU", "name": "Semantic Reasoning & Understanding", "definition": "Violates constraints, misses aggregation, or answers off-question." }, { "code": "TUIE", "name": "Tool Use & Information Extraction", "definition": "Insufficient web search/fetch retrieval capability." }, { "code": "PPPA", "name": "Path Planning & Protocol Adherence", "definition": "Fails to finish within the time limit or to write the required contract artifact (e.g., answer.txt)." }, { "code": "FCR", "name": "Fine-grained Chart Reading", "definition": "Inspects the figure but misreads legends, curve names, markers, or numeric values." }, { "code": "VEB", "name": "Visual Evidence Bypass", "definition": "The task depends on an image, yet the model barely looks at it and guesses via web search or priors." }, { "code": "VCS", "name": "Visual Common Sense & Entity Recognition", "definition": "Misidentifies the target object, attribute, or person in the image." }, { "code": "OTH", "name": "Other", "definition": "Residual error types that cause task failure." } ], "rows": [ { "model": "GPT-6-Astra", "shortName": "GPT-6-Astra", "deployment": "api", "sampled": 1, "SRU": 1, "TUIE": 0, "PPPA": 0, "FCR": 0, "VEB": 0, "VCS": 0, "OTH": 0 }, { "model": "GPT-6.1-Sol", "shortName": "GPT-6.1-Sol", "deployment": "api", "sampled": 1, "SRU": 1, "TUIE": 0, "PPPA": 0, "FCR": 0, "VEB": 0, "VCS": 0, "OTH": 0 }, { "model": "Claude-Opus-5.5", "shortName": "Claude-Opus-5.5", "deployment": "api", "sampled": 2, "SRU": 1, "TUIE": 0, "PPPA": 0, "FCR": 0, "VEB": 0, "VCS": 0, "OTH": 1 }, { "model": "Claude-Opus-4.8", 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"Kimi-K2.5", "shortName": "Kimi-K2.5", "deployment": "api", "sampled": 5, "SRU": 1, "TUIE": 0, "PPPA": 1, "FCR": 1, "VEB": 0, "VCS": 1, "OTH": 1 }, { "model": "Doubao-Seed2.0-Mini", "shortName": "Doubao-Seed2.0-Mini", "deployment": "api", "sampled": 9, "SRU": 0, "TUIE": 0, "PPPA": 3, "FCR": 0, "VEB": 1, "VCS": 1, "OTH": 4 }, { "model": "MiMo-V2.5-Pro", "shortName": "MiMo-V2.5-Pro", "deployment": "api", "sampled": 7, "SRU": 2, "TUIE": 1, "PPPA": 1, "FCR": 1, "VEB": 1, "VCS": 1, "OTH": 0 }, { "model": "DeepSeek-V4-Pro", "shortName": "DeepSeek-V4-Pro", "deployment": "api", "sampled": 9, "SRU": 1, "TUIE": 0, "PPPA": 2, "FCR": 2, "VEB": 1, "VCS": 0, "OTH": 3 }, { "model": "MiMo-V2-Pro", "shortName": "MiMo-V2-Pro", "deployment": "api", "sampled": 8, "SRU": 3, "TUIE": 1, "PPPA": 1, "FCR": 1, "VEB": 2, "VCS": 0, "OTH": 0 }, { "model": "MiniMax-M2.7", "shortName": "MiniMax-M2.7", "deployment": "api", "sampled": 10, "SRU": 2, "TUIE": 0, "PPPA": 3, "FCR": 2, "VEB": 1, "VCS": 1, "OTH": 1 }, { "model": "GLM-5", "shortName": "GLM-5", "deployment": "api", "sampled": 8, "SRU": 2, "TUIE": 0, "PPPA": 1, "FCR": 2, "VEB": 1, "VCS": 1, "OTH": 1 }, { "model": "DeepSeek-V3.2", "shortName": "DeepSeek-V3.2", "deployment": "api", "sampled": 10, "SRU": 2, "TUIE": 0, "PPPA": 2, "FCR": 2, "VEB": 0, "VCS": 1, "OTH": 3 }, { "model": "GLM-4.7", "shortName": "GLM-4.7", "deployment": "api", "sampled": 9, "SRU": 2, "TUIE": 0, "PPPA": 2, "FCR": 1, "VEB": 1, "VCS": 0, "OTH": 3 }, { "model": "Qwen3.6-27B", "shortName": "Qwen3.6-27B", "deployment": "local", "sampled": 9, "SRU": 1, "TUIE": 0, "PPPA": 5, "FCR": 1, "VEB": 0, "VCS": 0, "OTH": 2 }, { "model": "Qwen3.6-35B-A3B", "shortName": "Qwen3.6-35B-A3B", "deployment": "local", "sampled": 9, "SRU": 1, "TUIE": 0, "PPPA": 5, "FCR": 1, "VEB": 1, "VCS": 1, "OTH": 0 }, { "model": "Qwen3.5-27B", "shortName": "Qwen3.5-27B", "deployment": "local", "sampled": 13, "SRU": 2, "TUIE": 0, "PPPA": 4, "FCR": 1, "VEB": 1, "VCS": 2, "OTH": 3 }, { "model": "Qwen3.5-35B-A3B", "shortName": "Qwen3.5-35B-A3B", "deployment": "local", "sampled": 11, "SRU": 3, "TUIE": 0, "PPPA": 3, "FCR": 0, "VEB": 2, "VCS": 2, "OTH": 1 }, { "model": "Qwen3-Coder-30B-A3B-Instruct", "shortName": "Qwen3-Coder-30B-A3B", "deployment": "local", "sampled": 14, "SRU": 5, "TUIE": 0, "PPPA": 6, "FCR": 0, "VEB": 0, "VCS": 0, "OTH": 3 }, { "model": "Qwen3-VL-32B-Instruct", "shortName": "Qwen3-VL-32B", "deployment": "local", "sampled": 11, "SRU": 1, "TUIE": 0, "PPPA": 7, "FCR": 2, "VEB": 0, "VCS": 0, "OTH": 1 }, { "model": "Qwen3-VL-8B-Instruct", "shortName": "Qwen3-VL-8B", "deployment": "local", "sampled": 11, "SRU": 2, "TUIE": 1, "PPPA": 3, "FCR": 2, "VEB": 1, "VCS": 2, "OTH": 0 }, { "model": "Gemma-4-26B-A4B-it", "shortName": "Gemma-4-26B-A4B", "deployment": "local", "sampled": 15, "SRU": 1, "TUIE": 0, "PPPA": 5, "FCR": 1, "VEB": 0, "VCS": 0, "OTH": 8 }, { "model": "Qwen2.5-VL-32B-Instruct", "shortName": "Qwen2.5-VL-32B", "deployment": "local", "sampled": 13, "SRU": 1, "TUIE": 3, "PPPA": 4, "FCR": 0, "VEB": 2, "VCS": 0, "OTH": 3 }, { "model": "Qwen3.5-9B", "shortName": "Qwen3.5-9B", "deployment": "local", "sampled": 16, "SRU": 3, "TUIE": 0, "PPPA": 5, "FCR": 0, "VEB": 1, "VCS": 2, "OTH": 5 }, { "model": "Gemma-3-27B-it", "shortName": "Gemma-3-27B", "deployment": "local", "sampled": 19, "SRU": 0, "TUIE": 0, "PPPA": 9, "FCR": 1, "VEB": 2, "VCS": 2, "OTH": 5 }, { "model": "Qwen2.5-VL-7B-Instruct", "shortName": "Qwen2.5-VL-7B", "deployment": "local", "sampled": 20, "SRU": 1, "TUIE": 3, "PPPA": 6, "FCR": 0, "VEB": 7, "VCS": 2, "OTH": 1 } ], "order": "Table 5 row order (paper; grouped by deployment mode)", "totals": { "all": { "sampled": 333, "SRU": 64, "TUIE": 10, "PPPA": 90, "FCR": 24, "VEB": 37, "VCS": 24, "OTH": 84 }, "api": { "sampled": 172, "SRU": 43, "TUIE": 3, "PPPA": 28, "FCR": 15, "VEB": 20, "VCS": 11, "OTH": 52 }, "local": { "sampled": 161, "SRU": 21, "TUIE": 7, "PPPA": 62, "FCR": 9, "VEB": 17, "VCS": 13, "OTH": 32 } }, "note": "Zero-score trajectories from 42 models on 30 stratified tasks; classified by Grok 4.5 and manually audited (Appendix B.2).", "source": "Table 4, Table 5, §B.2" }, "findings": [ { "key": "workload-winners", "section": "§4.2", "title": "No model dominates all six workload groups", "statement": "Claude-Opus-5.5 leads Text-SS (99.2), Text-MS (84.4); GPT-6.1-Sol leads Text-MT (71.3); GPT-5.5 leads MM-SS (90.0); GPT-6-Astra leads MM-MS (94.2), MM-MT (67.6). On the averages, GPT-6.1-Sol has the best Text Avg (81.2) and GPT-6-Astra the best MM Avg (78.0). Model selection should follow the target workload profile, not a single leaderboard score.", "numbers": [ { "model": "Claude-Opus-5.5", "group": "text-ss", "acc": 99.2 }, { "model": "Claude-Opus-5.5", "group": "text-ms", "acc": 84.4 }, { "model": "GPT-6.1-Sol", "group": "text-mt", "acc": 71.3 }, { "model": "GPT-5.5", "group": "mm-ss", "acc": 90.0 }, { "model": "GPT-6-Astra", "group": "mm-ms", "acc": 94.2 }, { "model": "GPT-6-Astra", "group": "mm-mt", "acc": 67.6 } ] }, { "key": "open-weight-gap", "section": "§4.2", "title": "Execution complexity amplifies the deployment gap", "statement": "The strongest local model, Qwen3.6-27B (Overall 59.8), is competitive on simpler workloads, but the gap to API models widens on tool-mediated tasks: the best local Text-MT score is 37.7 (Qwen3-Coder-30B-A3B-Instruct) vs 71.3 (GPT-6.1-Sol), and the best local MM-MT score is 38.5 (Qwen3.6-27B) vs 67.6 (GPT-6-Astra).", "numbers": [ { "model": "Qwen3.6-27B", "overall": 59.8 }, { "model": "Qwen3-Coder-30B-A3B-Instruct", "group": "text-mt", "acc": 37.7 }, { "model": "GPT-6.1-Sol", "group": "text-mt", "acc": 71.3 }, { "model": "Qwen3.6-27B", "group": "mm-mt", "acc": 38.5 }, { "model": "GPT-6-Astra", "group": "mm-mt", "acc": 67.6 } ] }, { "key": "tokens-vs-dollars", "section": "§4.2", "title": "Token use and monetary cost are weakly coupled", "statement": "GPT-5.4-mini uses the fewest tokens (76k text, 59k MM) and Gemini-3.5-Flash the most (456k text, 490k MM). In dollars, MiMo-V2.5 is cheapest on text ($0.006) and MiMo-V2-Omni on multimodal ($0.003), while GPT-6-Astra is the most expensive on both ($0.654 text, $0.544 MM).", "numbers": [ { "model": "GPT-5.4-mini", "tokensText": 76, "tokensMM": 59 }, { "model": "Gemini-3.5-Flash", "tokensText": 456, "tokensMM": 490 }, { "model": "MiMo-V2.5", "costText": 0.006 }, { "model": "MiMo-V2-Omni", "costMM": 0.003 }, { "model": "GPT-6-Astra", "costText": 0.654, "costMM": 0.544 } ] }, { "key": "pareto", "section": "§4.2, Fig. 1", "title": "Accuracy–cost frontiers differ by modality", "statement": "The text frontier is relatively flat: MiMo-V2.5 ($0.006, 75.5) → MiMo-V2.6-Pro ($0.009, 77.4) → Qwen3.8-Max ($0.097, 77.5) → GPT-6.1-Sol ($0.100, 81.2). The multimodal frontier is steeper: MiMo-V2.5 ($0.005, 62.1) → MiMo-V2.6-Pro ($0.010, 67.0) → GPT-6.1-Sol ($0.096, 75.7) → GPT-6-Astra ($0.544, 78.0). Text approaches an accuracy plateau at low reference cost, whereas multimodal workloads keep gaining as cost increases.", "numbers": [ { "panel": "text", "model": "MiMo-V2.5", "cost": 0.006, "acc": 75.5 }, { "panel": "text", "model": "MiMo-V2.6-Pro", "cost": 0.009, "acc": 77.4 }, { "panel": "text", "model": "Qwen3.8-Max", "cost": 0.097, "acc": 77.5 }, { "panel": "text", "model": "GPT-6.1-Sol", "cost": 0.1, "acc": 81.2 }, { "panel": "mm", "model": "MiMo-V2.5", "cost": 0.005, "acc": 62.1 }, { "panel": "mm", "model": "MiMo-V2.6-Pro", "cost": 0.01, "acc": 67.0 }, { "panel": "mm", "model": "GPT-6.1-Sol", "cost": 0.096, "acc": 75.7 }, { "panel": "mm", "model": "GPT-6-Astra", "cost": 0.544, "acc": 78.0 } ], "note": "Frontier membership follows the Fig. 1 caption; only models plotted in Fig. 1 are shown." }, { "key": "judge-hallucination", "section": "§4.3, Appendix C", "title": "LLM judges award unsupported credit; an evidence-based audit removes it", "statement": "Of 9,218 model–task runs, 4,096 involve the primary judge; deterministic rules flag 182, and the meta-judge confirms 143 unsupported positive scores, which are set to zero. Against human experts, the mean absolute error falls from 0.098 (primary judge) to 0.049 (after the meta-judge).", "numbers": [ { "runs": 9218, "judgeCalls": 4096, "flagged": 182, "confirmed": 143, "maeJudge": 0.098, "maeMeta": 0.049 } ] }, { "key": "deployment-failures", "section": "§4.3", "title": "Hallucination patterns diverge by deployment mode", "statement": "Under the same 32K single-GPU profile only a subset of local models repeatedly enters non-progressing loops, so the paper treats these as model-dependent agent failures exposed by the deployment environment rather than context exhaustion from task length alone; API execution remains more exposed to network and serving latency.", "numbers": [ { "pattern": "Deadlock loop", "local": 86, "api": 0 }, { "pattern": "Rubric leakage", "local": 12, "api": 14 }, { "pattern": "Pseudo-tool-call credulity", "local": 20, "api": 0 }, { "pattern": "Output instability", "local": 5, "api": 2 }, { "pattern": "Timeout-with-credit", "local": 1, "api": 3 } ] }, { "key": "model-evolution", "section": "§B.1", "title": "Larger scale usually helps local models; generational gains are typically larger on multimodal tasks", "statement": "Qwen3.5-27B exceeds Qwen3.5-9B by 15.7 (49.5 − 33.8); the dense 27B models beat the 35B-A3B MoE variants in both generations (Qwen3.5: 49.5 vs. 47.2; Qwen3.6: 59.8 vs. 56.6). Qwen3-VL-8B (Overall 40.3) already surpasses Qwen2.5-VL-32B (Overall 39.0), and Gemma-3-27B to Gemma-4-26B-A4B rises from 21.7 to 36.5. From Qwen3.5-27B to Qwen3.6-27B the average text-only gain is +9.9 and the multimodal gain +11.2.", "numbers": { "scaleGap": 15.7, "qwen35_27b": 49.5, "qwen35_9b": 33.8, "moePairs": { "qwen35": [ 49.5, 47.2 ], "qwen36": [ 59.8, 56.6 ] }, "gemma": [ 21.7, 36.5 ], "textGain": 9.9, "mmGain": 11.2 } }, { "key": "failure-taxonomy", "section": "Appendix B.2", "title": "Planning and contract adherence are the main failure mode", "statement": "Across 333 sampled failed trajectories, PPPA (path planning & protocol adherence) is the largest share (90/333, 27.0%), and is more frequent for local than API models (62 vs 28; 38.5% vs 16.3% of their failure pools). Visual evidence bypass is nearly identical for API and local models (20 vs 17).", "numbers": [ { "sampled": 333, "PPPA": 90, "local": 62, "api": 28 } ] }, { "key": "local-tokens", "section": "§B.3", "title": "Local models spend fewer tokens, but not because they are more efficient", "statement": "Qwen3.6-27B averages about 62k (Text) and 81k (MM) tokens per task, whereas many API models exceed 200k; the apparent low spend often reflects PPPA-style aborted or truncated trajectories.", "numbers": { "textK": 62, "mmK": 81 } } ], "caseStudy": { "figures": [ { "key": "fig1", "label": "Figure 1", "section": "§1", "file": "img/acc_cost.png", "caption": "Accuracy–cost trade-offs for API models on (a) text and (b) multimodal tasks. Bracketed labels indicate average token consumption per task (in thousands); cost is reported in USD per task on a logarithmic scale. Dashed lines connect the Pareto-optimal models among those shown: MiMo-V2.5, MiMo-V2.6-Pro, Qwen3.8-Max, and GPT-6.1-Sol in (a); and MiMo-V2.5, MiMo-V2.6-Pro, GPT-6.1-Sol, and GPT-6-Astra in (b).", "alt": "Two scatter plots of average accuracy (%) versus cost per task (USD, log scale) for API models on (a) text and (b) multimodal tasks, with token counts in brackets and dashed Pareto frontiers.", "taskId": null }, { "key": "fig2", "label": "Figure 2", "section": "§2", "file": "img/overview.png", "caption": "Overview of OmniStepBench. The benchmark comprises four stages: (1) constructing 233 tasks from 22 source benchmarks and organizing them by modality and execution form; (2) executing all models in a shared agent environment; (3) applying automated, LLM-based, or hybrid scoring with evidence-based auditing; and (4) reporting overall and workload-level accuracy, token usage, reference cost, and accuracy–cost frontiers.", "alt": "Four-panel cartoon overview of OmniStepBench: task construction, shared agent execution in OpenClaw, reliable scoring with evidence-based audit, and deployment-oriented reporting.", "taskId": null }, { "key": "fig3", "label": "Figure 3", "section": "§4.4", "file": "img/Case.png", "caption": "Multi-Step Visual Search on a Nutrition Scatter Chart. Example Task: Among all Fruits and Vegetables with CO₂ > 0.15 kg per 100 calories and price tier of either Highest or Medium, which single food has the lowest Glycemic Index (GI)?", "alt": "Side-by-side trajectories of Claude Opus 4.8 (correct) and Qwen3.5-9B (incorrect) on a multi-step visual search task over a nutrition scatter chart.", "taskId": "task_agentvista_00" }, { "key": "fig4", "label": "Figure 4", "section": "§B.1", "file": "img/series_evolution.png", "caption": "Accuracy trajectories of locally deployed open-weight Qwen and Gemma series across the six task groups. Thin lines denote per-group accuracies; the bold red line and shading denote Overall, computed from the displayed Text and multimodal averages with task-count weights 162 and 71.", "alt": "Line chart of per-group and Overall accuracy for locally deployed Qwen and Gemma models ordered by generation and size.", "taskId": null, "caution": "Fig. 4 labels Qwen3-VL-8B = 40.2 and Qwen2.5-VL-32B = 38.9, whereas §B.1 prose (and the page leaderboard) use 40.3 and 39.0. Avoid placing this figure next to the leaderboard." }, { "key": "fig5", "label": "Figure 5", "section": "§C", "file": "img/casestudy_pseudo_tool_call.png", "caption": "Judge hallucination example A (pseudo-tool-call credulity). Task: What disease did the author of the book in the image die from? Write your answer to ‘answer.txt’ in the workspace. The model embeds a factually correct answer inside a tool-like write(...) string but never executes a real file write; the LLM judge overlooks the missing workspace artifact and still awards full credit.", "alt": "Judge hallucination example A: Gemma-3-27B writes a tool-like write(...) string without executing it, and the LLM judge still awards full credit.", "taskId": "task_simplevqa_07" }, { "key": "fig6", "label": "Figure 6", "section": "§C", "file": "img/casestudy_rubric_leakage.png", "caption": "Judge hallucination example B (rubric leakage). Task: Read the table. Can you identify any locations within the table whose area or population values significantly deviate from the patterns observed in other locations? The model fails and answers “No anomalies are detected,” yet the LLM judge mistakes the reference answer embedded in the grading rubric for the agent’s response and incorrectly scores the trajectory as correct.", "alt": "Judge hallucination example B: Qwen2.5-VL-7B answers that no anomalies are detected, yet the LLM judge treats the rubric reference answer as the model response.", "taskId": "task_tablebench_10" }, { "key": "fig-sunburst", "label": "Appendix F, Figure", "section": "Appendix F.1", "file": "img/benchmark_sunburst.png", "caption": "Task composition of OmniStepBench. The inner ring partitions the 233 tasks along the 2×3 modality×execution-complexity taxonomy; the outer ring shows the 22 contributing source benchmarks. Segment sizes are proportional to task counts.", "alt": "Sunburst chart: inner ring = the six workload groups, outer ring = the 22 source benchmarks, segment size = task count.", "taskId": null } ], "appendixCases": [ { "key": "case1", "label": "Appendix D, Case 1", "title": "A Multi-Hop Academic Author Retrieval Workflow", "boxTitle": "Case 1: Multi-Hop Author Retrieval (Text Multi+Tools)", "task": "Of the authors in the first article of the 65th edition of the Journal of Artificial Intelligence Research, who was the most cited on Google Scholar in 2019?", "taskId": "task_deepsearchqa_02", "file": null, "alt": null, "note": "Text-only trajectory comparison (no figure file).", "referenceAnswerOmitted": false, "boxGroupLabel": "Text Multi+Tools" }, { "key": "case2", "label": "Appendix D, Case 2", "title": "Academic Diagram Understanding", "boxTitle": "Case 2: Academic Diagram Understanding (Multi-Modal Multi-Step)", "task": "What is the name of the line that is the furthest away from its fi value from the W-H axis?", "taskId": "task_charxiv_01", "file": "img/charxiv_01.png", "alt": "Chart with three lambda_L curves and fi / ni / sm / ap markers used in Case 2.", "note": "Uncaptioned image in the paper; the image is the task input shown in the case box.", "referenceAnswerOmitted": false, "boxGroupLabel": "Multi-Modal Single Step" }, { "key": "case3", "label": "Appendix D, Case 3", "title": "Shared Chart-Grounding Failure", "boxTitle": "Case 3: Shared Chart-Grounding Failure", "task": "“Which model shows a greater decline in accuracy from Session 1 to Session 9 in the 5-way full-shot scenario?” The chart shows continual-learning curves for Ft-CNN, iCaRL, EEIL, NCM, Ours-AL, Ours-AL-MML, and Joint-CNN.", "taskId": "task_charxiv_00", "file": "img/charxiv_00_common_failure.jpg", "alt": "Continual-learning accuracy curves across sessions for seven methods (Case 3 task image).", "note": "Uncaptioned image in the paper; the image is the task input shown in the case box.", "referenceAnswerOmitted": true, "sameAsRepoAsset": "charxiv/0.jpg" }, { "key": "case4", "label": "Appendix D, Case 4", "title": "Image-Grounded Chemistry Formula Inference", "boxTitle": "Case 4: A Chemistry Item Where Formula Bookkeeping Fails", "task": "A Humanity’s Last Exam organic-chemistry item asks for the molecular formula of compound B. The prompt describes reactions of tris(2,6-dimethoxyphenyl)methylium ion with either n-propanol or methyl-3-aminopropionate, and the diagram specifies the product structure.", "taskId": "task_hle_07", "file": "img/case4_hle_chemistry.jpg", "alt": "Reaction diagram of an acridinium-forming reaction from an HLE chemistry item (Case 4 task image).", "note": "Uncaptioned image in the paper; the image is the task input shown in the case box.", "referenceAnswerOmitted": true, "sameAsRepoAsset": "hle/hle_07_image.jpg" }, { "key": "case5", "label": "Appendix D, Case 5", "title": "Spatial Plate-Boundary Reasoning", "boxTitle": "Case 5: A Plate-Map Item Where Option Grounding Fails", "task": "An HLE structural-geology item shows a hypothetical tectonic map and asks: “Along which plate boundary might we expect the longest range of the tallest mountains on the planet shown above? Assume similar tectonic plate geology to Earth.” The model must choose from nine named plate-boundary options.", "taskId": "task_hle_02", "file": "img/case5_hle_geology.jpg", "alt": "Hypothetical tectonic plate map from an HLE geology item (Case 5 task image).", "note": "Uncaptioned image in the paper; the image is the task input shown in the case box.", "referenceAnswerOmitted": true, "fileNote": "File has a .jpg extension but contains PNG data (browsers sniff it fine).", "sameAsRepoAsset": "hle/hle_02_image.jpg" } ] }, "quickstart": { "source": "OmniStepBench README.md (Quick Start)", "step1": { "title": "Install OpenClaw and required skills", "code": "# Install OpenClaw\ncurl -fsSL https://openclaw.ai/install.sh | bash\n\n# Install skills from Clawhub\nclawhub install self-improving-agent\nclawhub install summarize\nclawhub install gog\nclawhub install proactive-agent\nclawhub install skill-vetter\nclawhub install humanizer\nclawhub install github\nclawhub install multi-search-engine\nclawhub install ontology\nclawhub install agent-browser-clawdbot\nclawhub install desktop-control\n\n# Configure your models (providers, API keys, etc.)\nopenclaw onboard", "lang": "bash" }, "skills": [ "self-improving-agent", "summarize", "gog", "proactive-agent", "skill-vetter", "humanizer", "github", "multi-search-engine", "ontology", "agent-browser-clawdbot", "desktop-control" ], "requirements": [ "Python 3.10+", "uv package manager (https://docs.astral.sh/uv/)", "A running OpenClaw instance (when using the `openclaw` executor)" ], "clone": { "title": "Clone this repository", "code": "git clone https://github.com/SeerRay-Lab/OmniStepBench.git\ncd OmniStepBench", "lang": "bash" }, "judge": { "title": "Configure the judge model", "text": "LLM-judged tasks use a separate model. Edit `scripts/lib_grading.py` and set `DEFAULT_JUDGE_MODEL` to a provider/model your OpenClaw setup can run, for example:", "code": "DEFAULT_JUDGE_MODEL = \"PROVIDER_NAME/MODEL_NAME\"", "lang": "python" }, "run": [ { "mode": "single", "title": "Single model (direct)", "code": "./scripts/run.sh --model PROVIDER_NAME/MODEL_NAME", "note": "No need to edit the parallel scripts." }, { "mode": "parallel", "title": "Parallel (multiple models)", "code": "./scripts/run_parallel.sh", "note": "Edit the `MODELS=( ... )` array in `scripts/run_parallel.sh` first. Keep concurrent models modest (about 5 or fewer) to reduce flaky failures from rate limits or resource contention. Extra `benchmark.py` flags can be appended; they are forwarded to every worker." }, { "mode": "serial", "title": "Serial (multiple models, one after another)", "code": "./scripts/run_serial.sh", "note": "Same `MODELS=( ... )` idea in `scripts/run_serial.sh`." } ], "flags": [ { "flag": "--model MODEL", "flagMarkdown": "`--model MODEL`", "description": "Model under test (e.g. `openrouter/anthropic/claude-sonnet-4.6`). Required for `./scripts/run.sh`; parallel/serial scripts set this per entry in `MODELS`." }, { "flag": "--suite SUITE", "flagMarkdown": "`--suite SUITE`", "description": "`all` (default), `automated-only`, or comma-separated task IDs" }, { "flag": "--runs N", "flagMarkdown": "`--runs N`", "description": "Number of runs per task for averaging (default: `1`)" }, { "flag": "--timeout-multiplier N", "flagMarkdown": "`--timeout-multiplier N`", "description": "Multiplier for all task timeouts (default: `1.0`)" }, { "flag": "--output-dir DIR", "flagMarkdown": "`--output-dir DIR`", "description": "Where to write results (default: `results`)" }, { "flag": "--session-backup-dir DIR", "flagMarkdown": "`--session-backup-dir DIR`", "description": "Directory for session transcript backups (parallel scripts set this under each run’s log folder)" }, { "flag": "--executor EXEC", "flagMarkdown": "`--executor EXEC`", "description": "`openclaw` or `basemodel` (default: `openclaw`)" }, { "flag": "--verbose, -v", "flagMarkdown": "`--verbose`, `-v`", "description": "Verbose logging (transcripts, workspace detail, etc.)" } ], "paperSkills": [ { "name": "ontology", "group": "Self-evolution and logical reasoning", "description": "cross-skill state sharing via a shared key-value store" }, { "name": "self-improving-agent", "group": "Self-evolution and logical reasoning", "description": "injects a short reflective prompt after a failed turn to encourage plan revision" }, { "name": "skill-vetter", "group": "Self-evolution and logical reasoning", "description": "validates outgoing tool calls against the skill’s input schema before dispatch" }, { "name": "Agent Browser", "group": "Automation capabilities", "description": "headless browser automation via Playwright" }, { "name": "desktop-control-1.0.0", "group": "Automation capabilities", "description": "GUI-level keyboard, mouse, and window control for desktop-automation tasks" }, { "name": "github", "group": "Automation capabilities", "description": "repository inspection and file retrieval through the GitHub REST API, with session-scoped credentials never exposed to the model" }, { "name": "summarize", "group": "General utilities", "description": "bounded-length multimodal summarization to keep long-horizon trajectories within the context limit" }, { "name": "proactive-agent", "group": "General utilities", "description": "deferred sub-task dispatch within the agent loop" }, { "name": "humanizer", "group": "General utilities", "description": "draft-to-prose post-processing, applied only when the artifact contract expects a human-readable report" } ], "paperTools": "Default OpenClaw tool suite (file I/O, shell execution, agent-loop control) + web_search (Brave Search) + web_fetch (URL-to-markdown) + 9 Clawhub skills, identical visibility and permissions for all models (§4.1, §A.2)." }, "taskAnatomy": { "taskId": "task_gpqa_01", "file": "tasks/task_gpqa_01.md", "source": "gpqa", "note": "Task file from the repository, shown in part: the expected answer is redacted, the grading checklist and the LLM-judge rubric are withheld, and the “Additional Notes” section (which repeats the answer) is omitted.", "frontmatter": "id: task_gpqa_01\nname: 'GPQA Sample 1 (ID: idx_1)'\ncategory: reading_comprehension\nlevel: L4\ngrading_type: hybrid\ntimeout_seconds: 480\nenvironment:\n type: sandbox\n requirements: []\nworkspace_files: []\ngrading_weights:\n automated: 0.3\n llm_judge: 0.7", "prompt": "Identify the possible product when (1S,4R)-2-vinyl-2-azabicyclo[2.2.1]hept-5-ene undergoes Cope rearrangement.\n\nIMPORTANT:\n1. Provide a detailed answer with reasoning\n2. Write your response to 'answer.txt' in the workspace\n3. Include your reasoning process, not just the final answer\n\n\n**Note**: You may use available tools or skills in the system to complete this task.\n\nand you need to complete the task in 480s.", "expectedBehavior": "The agent should analyze the problem, work through the solution, and provide a clear, accurate answer.", "gradingCriteria": "[withheld on this page: a 4-item grading checklist]", "automatedChecks": "def grade(transcript: list, workspace_path: str) -> dict:\n \"\"\"\n Grade the task (automated checks only).\n LLM Judge will assess answer quality.\n \"\"\"\n from pathlib import Path\n \n scores = {}\n workspace = Path(workspace_path)\n \n # Check file exists\n answer_file = workspace / \"answer.txt\"\n scores[\"answer_written\"] = 1.0 if answer_file.exists() else 0.0\n \n # Check has content\n if answer_file.exists():\n try:\n content = answer_file.read_text(encoding=\"utf-8\").strip()\n scores[\"has_content\"] = min(1.0, len(content) / 100.0)\n scores[\"format_correct\"] = 1.0 # LLM Judge assesses this\n except Exception:\n scores[\"has_content\"] = 0.0\n scores[\"format_correct\"] = 0.0\n else:\n scores[\"has_content\"] = 0.0\n scores[\"format_correct\"] = 0.0\n \n return scores", "rubric": "[withheld on this page: the judge’s reference answer and 3 weighted criteria (50% / 30% / 20%), each with score levels 0.0–1.0]", "omittedSections": [ "Additional Notes" ], "tuple": [ { "symbol": "p", "tex": "p_i", "name": "task instruction", "where": "## Prompt", "value": "The question plus output instructions (\"Write your response to 'answer.txt' in the workspace\")." }, { "symbol": "W0", "tex": "\\mathcal{W}_i^0", "name": "initial workspace", "where": "frontmatter: environment, workspace_files", "value": "environment: sandbox; workspace_files: [] (empty for this task)" }, { "symbol": "T", "tex": "\\mathcal{T}_i", "name": "available tool set", "where": "shared OpenClaw runtime (not per-file)", "value": "Default OpenClaw tools + web_search + web_fetch + 9 Clawhub skills; the prompt reminds: \"You may use available tools or skills in the system\"." }, { "symbol": "C", "tex": "\\mathcal{C}_i", "name": "artifact contract", "where": "## Prompt + ## Automated Checks", "value": "Required artifact answer.txt; checked by answer_written / has_content in grade()." }, { "symbol": "G", "tex": "G_i", "name": "task-specific scorer", "where": "frontmatter: grading_type, grading_weights; ## Automated Checks; ## LLM Judge Rubric", "value": "grading_type: hybrid (automated 0.3 + llm_judge 0.7); rubric criteria weighted 50/30/20." }, { "symbol": "t_max", "tex": "t_i^{\\max}", "name": "execution-time budget", "where": "frontmatter: timeout_seconds", "value": "timeout_seconds: 480 (the prompt also states 'complete the task in 480s')" } ], "paperEquation": "τ_i = (p_i, W_i^0, T_i, C_i, G_i, t_i^max)", "paperEquationTex": "\\tau_{i}=\\bigl(p_{i},\\ \\mathcal{W}_{i}^{0},\\ \\mathcal{T}_{i},\\ \\mathcal{C}_{i},\\ G_{i},\\ t_{i}^{\\max}\\bigr)", "withheldSections": [ "Grading Criteria", "LLM Judge Rubric" ] }, "tasks": [ { "id": "task_advancedif_00", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_01", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_02", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_03", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_04", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_05", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_06", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_07", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_08", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_advancedif_09", "source": "advancedif", "name": "AdvancedIF - complex_if_single_turn_v5", "category": "instruction_following", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_agentvista_00", "source": "agentvista", "name": "AgentVista - society / Health and Culinary", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_01", "source": "agentvista", "name": "AgentVista - culture / Artifact Appraisal and Craftsmanship", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_02", "source": "agentvista", "name": "AgentVista - culture / Cultural Knowledge and History", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_03", "source": "agentvista", "name": "AgentVista - entertainment / Video Game Mechanics", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_04", "source": "agentvista", "name": "AgentVista - commerce / Transaction and Price Calculation", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_05", "source": "agentvista", "name": "AgentVista - geography / Thematic Map Interpretation", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_06", "source": "agentvista", "name": "AgentVista - society / Manual Assembly and Troubleshooting", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_07", "source": "agentvista", "name": "AgentVista - geography / Thematic Map Interpretation", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_08", "source": "agentvista", "name": "AgentVista - culture / Cultural Knowledge and History", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_agentvista_09", "source": "agentvista", "name": "AgentVista - academics / Scientific Identification and Knowledge", "category": "multimodal_agent", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_bamboogle_00", "source": "bamboogle", "name": "BAMBOOGLE Sample 0 (ID: idx_0)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_01", "source": "bamboogle", "name": "BAMBOOGLE Sample 1 (ID: idx_1)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_02", "source": "bamboogle", "name": "BAMBOOGLE Sample 2 (ID: idx_2)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_03", "source": "bamboogle", "name": "BAMBOOGLE Sample 3 (ID: idx_3)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_04", "source": "bamboogle", "name": "BAMBOOGLE Sample 4 (ID: idx_4)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_05", "source": "bamboogle", "name": "BAMBOOGLE Sample 5 (ID: idx_5)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_06", "source": "bamboogle", "name": "BAMBOOGLE Sample 6 (ID: idx_6)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_07", "source": "bamboogle", "name": "BAMBOOGLE Sample 7 (ID: idx_7)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_08", "source": "bamboogle", "name": "BAMBOOGLE Sample 8 (ID: idx_8)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_bamboogle_09", "source": "bamboogle", "name": "BAMBOOGLE Sample 9 (ID: idx_9)", "category": "planning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_charxiv_00", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_01", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_02", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_03", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_04", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_05", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_06", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_07", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_08", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_charxiv_09", "source": "charxiv", "name": "CharXiv - Cs Chart (20)", "category": "visual_qa", "level": null, "timeoutSeconds": 300, "hasImage": true, "group": "mm-ms", "scoring": "Judge" }, { "id": "task_deepsearchqa_00", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 0 (ID: idx_0)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_01", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 1 (ID: idx_1)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_02", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 2 (ID: idx_2)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_03", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 3 (ID: idx_3)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_04", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 4 (ID: idx_4)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_05", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 5 (ID: idx_5)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_06", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 6 (ID: idx_6)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_07", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 7 (ID: idx_7)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_08", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 8 (ID: idx_8)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_deepsearchqa_09", "source": "deepsearchqa", "name": "DEEPSEARCHQA Sample 9 (ID: idx_9)", "category": "deepsearch_qa", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_finqa_00", "source": "finqa", "name": "FinQA — page_23.pdf-2", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_01", "source": "finqa", "name": "FinQA — page_18.pdf-2", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_02", "source": "finqa", "name": "FinQA — page_94.pdf-1", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_03", "source": "finqa", "name": "FinQA — page_94.pdf-1", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_04", "source": "finqa", "name": "FinQA — page_70.pdf-2", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_05", "source": "finqa", "name": "FinQA — page_35.pdf-4", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_06", "source": "finqa", "name": "FinQA — page_48.pdf-2", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_07", "source": "finqa", "name": "FinQA — page_91.pdf-4", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_08", "source": "finqa", "name": "FinQA — page_64.pdf-3", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_finqa_09", "source": "finqa", "name": "FinQA — page_121.pdf-3", "category": "finqa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_gpqa_00", "source": "gpqa", "name": "GPQA Sample 0 (ID: idx_0)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_01", "source": "gpqa", "name": "GPQA Sample 1 (ID: idx_1)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_02", "source": "gpqa", "name": "GPQA Sample 2 (ID: idx_2)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_03", "source": "gpqa", "name": "GPQA Sample 3 (ID: idx_3)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_04", "source": "gpqa", "name": "GPQA Sample 4 (ID: idx_4)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_05", "source": "gpqa", "name": "GPQA Sample 5 (ID: idx_5)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_06", "source": "gpqa", "name": "GPQA Sample 6 (ID: idx_6)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_07", "source": "gpqa", "name": "GPQA Sample 7 (ID: idx_7)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_08", "source": "gpqa", "name": "GPQA Sample 8 (ID: idx_8)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_gpqa_09", "source": "gpqa", "name": "GPQA Sample 9 (ID: idx_9)", "category": "reading_comprehension", "level": "L4", "timeoutSeconds": 480, "hasImage": false, "group": "text-ss", "scoring": "Hybrid" }, { "id": "task_hle_00", "source": "hle", "name": "HLE Sample 0 (Math)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_01", "source": "hle", "name": "HLE Sample 1 (Math)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_02", "source": "hle", "name": "HLE Sample 2 (Other)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_03", "source": "hle", "name": "HLE Sample 3 (Math)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_04", "source": "hle", "name": "HLE Sample 4 (Physics)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_05", "source": "hle", "name": "HLE Sample 5 (Biology/Medicine)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_06", "source": "hle", "name": "HLE Sample 6 (Math)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_07", "source": "hle", "name": "HLE Sample 7 (Chemistry)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_08", "source": "hle", "name": "HLE Sample 8 (Computer Science/AI)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_hle_09", "source": "hle", "name": "HLE Sample 9 (Other)", "category": "reasoning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_lexeval_00", "source": "lexeval", "name": "LexEval Legal QA 0", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_01", "source": "lexeval", "name": "LexEval Legal QA 1", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_02", "source": "lexeval", "name": "LexEval Legal QA 2", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_03", "source": "lexeval", "name": "LexEval Legal QA 3", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_04", "source": "lexeval", "name": "LexEval Legal QA 4", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_05", "source": "lexeval", "name": "LexEval Legal QA 5", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_06", "source": "lexeval", "name": "LexEval Legal QA 6", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_07", "source": "lexeval", "name": "LexEval Legal QA 7", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_08", "source": "lexeval", "name": "LexEval Legal QA 8", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_09", "source": "lexeval", "name": "LexEval Legal QA 9", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_10", "source": "lexeval", "name": "LexEval Legal QA 10", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_11", "source": "lexeval", "name": "LexEval Legal QA 11", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_12", "source": "lexeval", "name": "LexEval Legal QA 12", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_13", "source": "lexeval", "name": "LexEval Legal QA 13", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_14", "source": "lexeval", "name": "LexEval Legal QA 14", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_15", "source": "lexeval", "name": "LexEval Legal QA 15", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_16", "source": "lexeval", "name": "LexEval Legal QA 16", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_17", "source": "lexeval", "name": "LexEval Legal QA 17", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_18", "source": "lexeval", "name": "LexEval Legal QA 18", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_lexeval_19", "source": "lexeval", "name": "LexEval Legal QA 19", "category": "reasoning", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_logiqa_00", "source": "logiqa", "name": "LOGIQA Sample 0 (ID: idx_0)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_01", "source": "logiqa", "name": "LOGIQA Sample 1 (ID: idx_1)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_02", "source": "logiqa", "name": "LOGIQA Sample 2 (ID: idx_2)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_03", "source": "logiqa", "name": "LOGIQA Sample 3 (ID: idx_3)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_04", "source": "logiqa", "name": "LOGIQA Sample 4 (ID: idx_4)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_05", "source": "logiqa", "name": "LOGIQA Sample 5 (ID: idx_5)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_06", "source": "logiqa", "name": "LOGIQA Sample 6 (ID: idx_6)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_07", "source": "logiqa", "name": "LOGIQA Sample 7 (ID: idx_7)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_08", "source": "logiqa", "name": "LOGIQA Sample 8 (ID: idx_8)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_logiqa_09", "source": "logiqa", "name": "LOGIQA Sample 9 (ID: idx_9)", "category": "logic_reasoning", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-ss", "scoring": "Auto" }, { "id": "task_longbench_00", "source": "longbench", "name": "LongBench-v2 Sample 0 (Long In-context Learning)", "category": "in_context_learning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_01", "source": "longbench", "name": "LongBench-v2 Sample 1 (Multi-Document QA)", "category": "multi_doc_qa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_02", "source": "longbench", "name": "LongBench-v2 Sample 2 (Multi-Document QA)", "category": "multi_doc_qa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_03", "source": "longbench", "name": "LongBench-v2 Sample 3 (Multi-Document QA)", "category": "multi_doc_qa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_04", "source": "longbench", "name": "LongBench-v2 Sample 4 (Long In-context Learning)", "category": "in_context_learning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_05", "source": "longbench", "name": "LongBench-v2 Sample 5 (Long In-context Learning)", "category": "in_context_learning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_06", "source": "longbench", "name": "LongBench-v2 Sample 6 (Long In-context Learning)", "category": "in_context_learning", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_07", "source": "longbench", "name": "LongBench-v2 Sample 7 (Single-Document QA)", "category": "reading_comprehension", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_08", "source": "longbench", "name": "LongBench-v2 Sample 8 (Single-Document QA)", "category": "reading_comprehension", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_longbench_09", "source": "longbench", "name": "LongBench-v2 Sample 9 (Multi-Document QA)", "category": "multi_doc_qa", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_medxpertqa_00", "source": "medxpertqa", "name": "MedXpertQA MM Sample 0 (ID: MM-0)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_01", "source": "medxpertqa", "name": "MedXpertQA MM Sample 1 (ID: MM-130)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_02", "source": "medxpertqa", "name": "MedXpertQA MM Sample 2 (ID: MM-259)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_03", "source": "medxpertqa", "name": "MedXpertQA MM Sample 3 (ID: MM-375)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_04", "source": "medxpertqa", "name": "MedXpertQA MM Sample 4 (ID: MM-507)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_05", "source": "medxpertqa", "name": "MedXpertQA MM Sample 5 (ID: MM-625)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_06", "source": "medxpertqa", "name": "MedXpertQA MM Sample 6 (ID: MM-750)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_07", "source": "medxpertqa", "name": "MedXpertQA MM Sample 7 (ID: MM-876)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_08", "source": "medxpertqa", "name": "MedXpertQA MM Sample 8 (ID: MM-1003)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_09", "source": "medxpertqa", "name": "MedXpertQA MM Sample 9 (ID: MM-1127)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_10", "source": "medxpertqa", "name": "MedXpertQA MM Sample 10 (ID: MM-1288)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_11", "source": "medxpertqa", "name": "MedXpertQA MM Sample 11 (ID: MM-1390)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_12", "source": "medxpertqa", "name": "MedXpertQA MM Sample 12 (ID: MM-1500)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_13", "source": "medxpertqa", "name": "MedXpertQA MM Sample 13 (ID: MM-1625)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_14", "source": "medxpertqa", "name": "MedXpertQA MM Sample 14 (ID: MM-1750)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_medxpertqa_15", "source": "medxpertqa", "name": "MedXpertQA MM Sample 15 (ID: MM-1875)", "category": "medical_vqa", "level": null, "timeoutSeconds": 180, "hasImage": true, "group": "mm-ms", "scoring": "Auto" }, { "id": "task_mmsearch_00", "source": "mmsearch", "name": "MMSearch - traditional sports_2", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_01", "source": "mmsearch", "name": "MMSearch - paper_0", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_02", "source": "mmsearch", "name": "MMSearch - paper_9", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_03", "source": "mmsearch", "name": "MMSearch - entertainment_12", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_04", "source": "mmsearch", "name": "MMSearch - technology_12", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_05", "source": "mmsearch", "name": "MMSearch - finance_19", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_06", "source": "mmsearch", "name": "MMSearch - finance_27", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_07", "source": "mmsearch", "name": "MMSearch - entertainment_34", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_08", "source": "mmsearch", "name": "MMSearch - general_37", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearch_09", "source": "mmsearch", "name": "MMSearch - architecture_0", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearchplus_00", "source": "mmsearchplus", "name": "MMSearch-Plus - Academic Research (00)", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearchplus_01", "source": "mmsearchplus", "name": "MMSearch-Plus - Music (01)", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearchplus_02", "source": "mmsearchplus", "name": "MMSearch-Plus - Video Games (02)", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearchplus_03", "source": "mmsearchplus", "name": "MMSearch-Plus - Film & TV (03)", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_mmsearchplus_04", "source": "mmsearchplus", "name": "MMSearch-Plus - Geography (04)", "category": "multimodal_search", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "mm-mt", "scoring": "Hybrid" }, { "id": "task_openagentsafety_00", "source": "openagentsafety", "name": "OpenAgentSafety - API Key Hardcoding", "category": "security", "level": "L1", "timeoutSeconds": 120, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_openagentsafety_01", "source": "openagentsafety", "name": "OpenAgentSafety - Malicious Patch Detection", "category": "security", "level": "L1", "timeoutSeconds": 90, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_openagentsafety_02", "source": "openagentsafety", "name": "OpenAgentSafety - Backdoor Code Preservation", "category": "security", "level": "L1", "timeoutSeconds": 120, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_openagentsafety_03", "source": "openagentsafety", "name": "OpenAgentSafety - Transaction Data Integrity", "category": "security", "level": "L1", "timeoutSeconds": 120, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_openagentsafety_04", "source": "openagentsafety", "name": "OpenAgentSafety - Covert Channel Detection", "category": "security", "level": "L1", "timeoutSeconds": 90, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_openagentsafety_05", "source": "openagentsafety", "name": "OpenAgentSafety - Signal Handler Integrity", "category": "security", "level": "L1", "timeoutSeconds": 120, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_00", "source": "osworld", "name": "OSWorld os - Copy Failed Notebooks", "category": "os", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_01", "source": "osworld", "name": "OSWorld os - Append BR Tag", "category": "os", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_02", "source": "osworld", "name": "OSWorld os - Copy JPG Files Recursively", "category": "os", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_03", "source": "osworld", "name": "OSWorld os - Copy File to Directories", "category": "os", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_04", "source": "osworld", "name": "OSWorld os - Rename Directory", "category": "os", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_05", "source": "osworld", "name": "OSWorld os - Count PHP Lines", "category": "os", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_06", "source": "osworld", "name": "OSWorld vscode - Indent Adjustment", "category": "vscode", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_07", "source": "osworld", "name": "OSWorld vscode - 0ed39f63", "category": "vscode", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_osworld_08", "source": "osworld", "name": "OSWorld os - Rename Directory", "category": "os", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_seal0_00", "source": "seal0", "name": "SEAL-0 - Sports Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_01", "source": "seal0", "name": "SEAL-0 - Entertainment Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_02", "source": "seal0", "name": "SEAL-0 - Science & Technology Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_03", "source": "seal0", "name": "SEAL-0 - Politics Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_04", "source": "seal0", "name": "SEAL-0 - Science & Technology Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_05", "source": "seal0", "name": "SEAL-0 - Science & Technology Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_06", "source": "seal0", "name": "SEAL-0 - History & Geography Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_07", "source": "seal0", "name": "SEAL-0 - Entertainment Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_08", "source": "seal0", "name": "SEAL-0 - Science & Technology Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_seal0_09", "source": "seal0", "name": "SEAL-0 - Science & Technology Question", "category": "search_qa", "level": "L3", "timeoutSeconds": 360, "hasImage": false, "group": "text-mt", "scoring": "Judge" }, { "id": "task_simpleqa_00", "source": "simpleqa", "name": "SIMPLEQA Sample 0 (ID: idx_0)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_01", "source": "simpleqa", "name": "SIMPLEQA Sample 1 (ID: idx_1)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_02", "source": "simpleqa", "name": "SIMPLEQA Sample 2 (ID: idx_2)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_03", "source": "simpleqa", "name": "SIMPLEQA Sample 3 (ID: idx_3)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_04", "source": "simpleqa", "name": "SIMPLEQA Sample 4 (ID: idx_4)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_05", "source": "simpleqa", "name": "SIMPLEQA Sample 5 (ID: idx_5)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_06", "source": "simpleqa", "name": "SIMPLEQA Sample 6 (ID: idx_6)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_07", "source": "simpleqa", "name": "SIMPLEQA Sample 7 (ID: idx_7)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_08", "source": "simpleqa", "name": "SIMPLEQA Sample 8 (ID: idx_8)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simpleqa_09", "source": "simpleqa", "name": "SIMPLEQA Sample 9 (ID: idx_9)", "category": "research", "level": "L3", "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_simplevqa_00", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_01", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_02", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_03", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_04", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_05", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_06", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_07", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_08", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_simplevqa_09", "source": "simplevqa", "name": "SimpleVQA - CN Visual QA", "category": "visual_qa", "level": "L2", "timeoutSeconds": 300, "hasImage": true, "group": "mm-ss", "scoring": "Judge" }, { "id": "task_tablebench_00", "source": "tablebench", "name": "TableBench DP — FactChecking / MatchBased", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_01", "source": "tablebench", "name": "TableBench DP — FactChecking / Multi-hop FactChecking", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_02", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Aggregation", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_03", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / ArithmeticCalculation", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_04", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Comparison", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_05", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Counting", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_06", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Domain-Specific", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_07", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Multi-hop NumericalReasoing", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_08", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Ranking", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_09", "source": "tablebench", "name": "TableBench DP — NumericalReasoning / Time-basedCalculation", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_10", "source": "tablebench", "name": "TableBench DP — DataAnalysis / AnomalyDetection", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_tablebench_11", "source": "tablebench", "name": "TableBench DP — DataAnalysis / CausalAnalysis", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_tablebench_12", "source": "tablebench", "name": "TableBench DP — DataAnalysis / CorrelationAnalysis", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_13", "source": "tablebench", "name": "TableBench DP — DataAnalysis / DescriptiveAnalysis", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Judge" }, { "id": "task_tablebench_14", "source": "tablebench", "name": "TableBench DP — DataAnalysis / ImpactAnalysis", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_15", "source": "tablebench", "name": "TableBench DP — DataAnalysis / StatisticalAnalysis", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_tablebench_16", "source": "tablebench", "name": "TableBench DP — DataAnalysis / TrendForecasting", "category": "tablebench", "level": null, "timeoutSeconds": 480, "hasImage": false, "group": "text-ms", "scoring": "Auto" }, { "id": "task_terminalbench2_00", "source": "terminalbench2", "name": "TerminalBench2 - chess-best-move", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": true, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_01", "source": "terminalbench2", "name": "TerminalBench2 - constraints-scheduling", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_02", "source": "terminalbench2", "name": "TerminalBench2 - mteb-retrieve", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_03", "source": "terminalbench2", "name": "TerminalBench2 - sqlite-db-truncate", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_04", "source": "terminalbench2", "name": "TerminalBench2 - mteb-leaderboard", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_05", "source": "terminalbench2", "name": "TerminalBench2 - vulnerable-secret", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_06", "source": "terminalbench2", "name": "TerminalBench2 - raman-fitting", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_07", "source": "terminalbench2", "name": "TerminalBench2 - log-summary-date-ranges", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_08", "source": "terminalbench2", "name": "TerminalBench2 - regex-log", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_terminalbench2_09", "source": "terminalbench2", "name": "TerminalBench2 - bn-fit-modify", "category": "software_engineering", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_00", "source": "widesearch", "name": "WideSearch - ws_en_001", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_01", "source": "widesearch", "name": "WideSearch - ws_en_002", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_02", "source": "widesearch", "name": "WideSearch - ws_en_003", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_03", "source": "widesearch", "name": "WideSearch - ws_en_004", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_04", "source": "widesearch", "name": "WideSearch - ws_en_005", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_05", "source": "widesearch", "name": "WideSearch - ws_en_006", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_06", "source": "widesearch", "name": "WideSearch - ws_en_007", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_07", "source": "widesearch", "name": "WideSearch - ws_en_008", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_08", "source": "widesearch", "name": "WideSearch - ws_en_009", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" }, { "id": "task_widesearch_09", "source": "widesearch", "name": "WideSearch - ws_en_010", "category": "information_seeking", "level": "L2", "timeoutSeconds": 480, "hasImage": false, "group": "text-mt", "scoring": "Auto" } ], "examples": [ { "group": "text-ss", "id": "task_gpqa_01", "source": "gpqa", "sourceName": "GPQA", "title": "GPQA Sample 1 (ID: idx_1)", "promptExcerpt": "Identify the possible product when (1S,4R)-2-vinyl-2-azabicyclo[2.2.1]hept-5-ene undergoes Cope rearrangement.", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": false, "imageFile": null, "repoAsset": null, "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Hybrid", "paperRef": null }, { "group": "text-ss", "id": "task_logiqa_00", "source": "logiqa", "sourceName": "LogiQA", "title": "LOGIQA Sample 0 (ID: idx_0)", "promptExcerpt": "Context: Recently, hundreds of seals died from eating a fish contaminated with chemicals.Even small amounts of this chemical can poison mammals.However, some people have not been poisoned after eating this fish.\n\nQuestion: Which of the following, if correct, is most helpful in explaining the contradictions in the above statement?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": false, "imageFile": null, "repoAsset": null, "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 360, "scoring": "Auto", "paperRef": null, "optionsCount": 4 }, { "group": "text-ms", "id": "task_bamboogle_05", "source": "bamboogle", "sourceName": "Bamboogle", "title": "BAMBOOGLE Sample 5 (ID: idx_5)", "promptExcerpt": "Who is the predecessor of the longest-reigning British monarch?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": false, "imageFile": null, "repoAsset": null, "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Auto", "paperRef": null }, { "group": "text-ms", "id": "task_tablebench_02", "source": "tablebench", "sourceName": "TableBench", "title": "TableBench DP — NumericalReasoning / Aggregation", "promptExcerpt": "Read the table below in JSON format:\n{'columns': ['season', 'tropical lows', 'tropical cyclones', 'severe tropical cyclones', 'strongest storm'], 'data': […]}\n\nQuestion: What is the average number of tropical cyclones per season?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": false, "imageFile": null, "repoAsset": null, "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Auto", "paperRef": null }, { "group": "text-mt", "id": "task_deepsearchqa_02", "source": "deepsearchqa", "sourceName": "DeepSearchQA", "title": "DEEPSEARCHQA Sample 2 (ID: idx_2)", "promptExcerpt": "Of the authors in the first article of the 65th edition of the Journal of Artificial Intelligence Research, who was the most cited on Google scholar in 2019?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": false, "imageFile": null, "repoAsset": null, "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Judge", "paperRef": "Same task as Appendix D, Case 1" }, { "group": "text-mt", "id": "task_terminalbench2_03", "source": "terminalbench2", "sourceName": "TerminalBench2", "title": "TerminalBench2 - sqlite-db-truncate", "promptExcerpt": "I have a sqlite database in ./trunc.db that was corrupted through binary truncation. Recover as many of the rows as possible, and create a JSON file in ./recover.json.\n\nOutput Format Requirements:\n- Create a file at `./recover.json`\n- The file must contain a valid JSON array\n- Each element is an object with two fields: `word` (string) and `value` (number)\n…", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": false, "imageFile": null, "repoAsset": null, "extraImages": 0, "artifact": "recover.json", "timeoutSeconds": 480, "scoring": "Auto", "paperRef": null }, { "group": "mm-ss", "id": "task_hle_02", "source": "hle", "sourceName": "HLE", "title": "HLE Sample 2 (Other)", "promptExcerpt": "An image is provided in the file 'image.jpg' in your workspace.\n\nQuestion: Along which plate boundary might we expect the longest range of the tallest mountains on the planet shown above? Assume similar tectonic plate geology to Earth.\n\nAnswer Choices:\nA. Kihei Plate and South Avalonia Plate\nB. South Avalonia Plate and South Kesh Plate\n…", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": true, "imageFile": "img/examples/task_hle_02.png", "repoAsset": "hle/hle_02_image.jpg", "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Judge", "paperRef": "Same task as Appendix D, Case 5", "imageNote": "repo file hle/hle_02_image.jpg is actually PNG data; copied byte-for-byte with a .png extension", "optionsCount": 9, "imageWidth": 1159, "imageHeight": 642, "imageAlt": "Hypothetical tectonic plate map of a fictional planet with named plates (task input image)." }, { "group": "mm-ss", "id": "task_simplevqa_08", "source": "simplevqa", "sourceName": "SimpleVQA", "title": "SimpleVQA - CN Visual QA", "promptExcerpt": "You are given an image and a question about it. Please analyze the image and provide a concise answer.\n\n### Question\n图中的无人战斗航空载具的首次飞行是在哪一年进行的?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": true, "imageFile": "img/examples/task_simplevqa_08.jpg", "repoAsset": "simplevqa/8.jpg", "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 300, "scoring": "Judge", "paperRef": null, "englishTranslation": "In which year did the unmanned combat aerial vehicle in the image make its first flight?", "translationNote": "English translation of the Chinese prompt, made for this page (not from the paper)", "imageWidth": 560, "imageHeight": 372, "imageAlt": "Photograph of a dark-grey unmanned combat aircraft with orange-tipped tail fins in flight above a desert landscape (task input image)." }, { "group": "mm-ms", "id": "task_charxiv_01", "source": "charxiv", "sourceName": "CharXiv", "title": "CharXiv - Cs Chart (20)", "promptExcerpt": "You are given an academic chart/image from an arXiv paper. Please analyze the chart and answer the question.\n\n### Question\nWhat is the name of the line that is the furthest away from its fi value from the W_H axis?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": true, "imageFile": "img/examples/task_charxiv_01.jpg", "repoAsset": "charxiv/1.jpg", "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 300, "scoring": "Judge", "paperRef": "Same task as Appendix D, Case 2", "imageWidth": 1024, "imageHeight": 760, "imageAlt": "Scatter/line chart from an arXiv paper plotting W_L against W_H for three lambda_L settings, with markers ap, sm, fi and ni (task input image)." }, { "group": "mm-ms", "id": "task_medxpertqa_02", "source": "medxpertqa", "sourceName": "MedXpertQA", "title": "MedXpertQA MM Sample 2 (ID: MM-259)", "promptExcerpt": "An investigator is examining the impact of various drugs on cardiomyocyte contraction. Maximal contractility is achieved with the use of drug A. The response observed after administering drug B is illustrated in the accompanying graph. Which of the following drugs is most likely to produce a response similar to that of drug B?\nAnswer Choices: (A) Albuterol (B) Phenoxybenzamine (C) Propranolol …", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": true, "imageFile": "img/examples/task_medxpertqa_02.jpg", "repoAsset": "medxpertqa/MM-259-a.jpeg", "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 180, "scoring": "Auto", "paperRef": null, "optionsCount": 5, "imageWidth": 1503, "imageHeight": 1000, "imageAlt": "Dose-response chart: maximal effect (%) versus log drug concentration for drugs A and B (task input image)." }, { "group": "mm-mt", "id": "task_agentvista_09", "source": "agentvista", "sourceName": "AgentVista", "title": "AgentVista - academics / Scientific Identification and Knowledge", "promptExcerpt": "Among all the open-source models with parameters exceeding 100 billion displayed in this tree, which one has the smallest absolute number of days between its release date and that of GPT-3? Please provide the name of this model.", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": true, "imageFile": "img/examples/task_agentvista_09.png", "repoAsset": "agentvista/26_0.png", "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Hybrid", "paperRef": null, "imageWidth": 1022, "imageHeight": 790, "imageAlt": "Illustrated “Evolutionary Tree” of language models from 2018 to 2023, with encoder-only, encoder-decoder and decoder-only branches and open-source vs. closed-source models marked (task input image)." }, { "group": "mm-mt", "id": "task_mmsearchplus_00", "source": "mmsearchplus", "sourceName": "MMSearchPlus", "title": "MMSearch-Plus - Academic Research (00)", "promptExcerpt": "What is the title of this paper?", "excerptNote": "Excerpt of the task prompt; harness boilerplate (tool note, time budget) trimmed. The excerpt stops before the answer; no reference answer or rubric is included.", "hasImage": true, "imageFile": "img/examples/task_mmsearchplus_00.png", "repoAsset": "mmsearch-plus/00_image.png", "extraImages": 0, "artifact": "answer.txt", "timeoutSeconds": 480, "scoring": "Hybrid", "paperRef": null, "imageWidth": 2176, "imageHeight": 850, "imageAlt": "Three heatmaps of noisy vs. clean label transition matrices from a research paper (task input image)." } ], "discrepancies": [ "[paper-internal] Fig. 1(a) token labels GPT-6.1-Sol [309k] and GPT-6-Astra [340k] differ from Table 2 (313k, 345k); the page shows Table 2.", "[paper-vs-code (info)] HLE is mapped to MM-SS by the paper (dominant modality), but only 2/10 repo tasks ship an image in workspace_files.", "[code (info)] Repo has 2 OSWorld task files with the same name/prompt 'OSWorld os - Rename Directory': ['task_osworld_04', 'task_osworld_08'] (files differ only by id and a comment line). Paper counts OSWorld as 9 tasks, repo also has 9 files.", "[paper-vs-code] README installs 11 Clawhub skills; the paper (§4.1, §A.2) integrates 9. README-only: ['gog', 'multi-search-engine']; paper-only: []. Name mapping assumed: agent-browser-clawdbot = 'Agent Browser', desktop-control = 'desktop-control-1.0.0'. Quick Start shows README commands; any 'skills used in the paper' list must show the paper's 9." ], "provenance": { "paper": "OmniStepBench paper, LaTeX source (2026-10-13): main.tex, 1-intro.tex, 3-method.tex, 4-experiments.tex, appendix.tex, appendix-api-tables.tex", "repo": "SeerRay-Lab/OmniStepBench", "units": { "acc": "% (display with 1 decimal: 85 -> 85.0)", "tokens": "thousands of tokens per task (52 = 52k)", "cost": "USD per task (display costText strings, e.g. 0.250, <0.001)", "price": "USD per 1M tokens (display priceText strings)" }, "overallRule": "Overall = the value the paper states in its prose where it states one; otherwise (162 × Table 1 Text Avg + 71 × Table 1 MM Avg) / 233, i.e. the task-count-weighted mean over the 233 applicable tasks (Eq. 11). This form reproduces all 9 prose-stated Overalls; weighting the six rounded group accuracies instead misses 3 of them (56.6, 40.3, 39.0). Text-only models: Overall = Text Avg (162 applicable tasks).", "checksPassed": [ "Table 1: 42 rows (30 API + 12 local)", "Table 1 Text/MM averages = task-count-weighted group values (within rounding; 12 rounding-level notes)", "Table 2 Text/MM averages == appendix API tables (30 models)", "Table 3 audit patterns: 124 local / 19 API / 143" ], "roundingNotes": [ "Claude-Opus-4.8 MM Avg: 71.1 vs 71.05 (rounding of the group values)", "Claude-Opus-4.6 MM Avg: 65.9 vs 65.97 (rounding of the group values)", "GPT-5.4 Text Avg: 75.8 vs 75.86 (rounding of the group values)", "MiMo-V2.6-Flash MM Avg: 62.8 vs 62.86 (rounding of the group values)", "Claude-Sonnet-4.6 MM Avg: 57.9 vs 57.85 (rounding of the group values)", "Doubao-Seed2.0-Pro MM Avg: 58.7 vs 58.65 (rounding of the group values)", "GLM-4.7 Text Avg: 61.3 vs 61.35 (rounding of the group values)", "Qwen3.5-27B MM Avg: 43.9 vs 43.82 (rounding of the group values)", "Qwen3.5-35B-A3B MM Avg: 39.0 vs 39.06 (rounding of the group values)", "Qwen3-VL-32B-Instruct Text Avg: 40.6 vs 40.67 (rounding of the group values)", "Gemma-4-26B-A4B-it MM Avg: 31.6 vs 31.67 (rounding of the group values)", "Qwen3-Coder-30B-A3B-Instruct Text Avg: 52.1 vs 52.16 (rounding of the group values)" ], "builtBy": "homepage/tools/data_build/build_data_tex.py", "vendorNote": "Vendor labels follow the paper's own naming (citations / Table 9 providers): GLM models -> 'Z.ai' (Zhipu), Doubao -> 'ByteDance', Kimi -> 'Moonshot AI', Gemma and Gemini -> 'Google'. 10 API families as stated in §4.1." } };