textAI-MO/NuminaMath-TIRmathreasoningtool-usecode-interpreterfine-tuningaimosftapache-2.0

NuminaMath-TIR Math Problems

Free

Open dataset

Sample structure: 100 / 100
2 download links issued
Seller: DataBazaar
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Category
Text
Records
72,540 rows
Format
PARQUET
Update Frequency
Not documented
Collection Method
auto_imported_huggingface_federated
PII
No flagged field names; not a privacy audit
File Size
~140.72 MB
Download links issued
2

Source, license and coverage

Supplier documentation. These claims are separate from the automated sample score. A listing edit date is not a data freshness date.

License
apache-2.0
Source / creator
AI-MO/NuminaMath-TIR
Collection method
The authors selected ~70k problems from NuminaMath-CoT, restricting to problems with numerical (mostly integer) answers to enable automatic verification. They then ran a GPT-4-based pipeline that produces TORA-style reasoning trajectories: the model reasons in natural language, emits Python code, the code is executed, and the outputs are fed back into the trajectory. Trajectories where the final numerical answer matched the ground truth were retained. The resulting traces simulate how a tool-using math agent should think and call a code interpreter.
Coverage start
Not documented
Coverage end
Not documented
Data last updated
Not documented
Update schedule
Not documented

Source documentation ↗

License terms ↗

- English-only; no multilingual coverage. - Restricted to problems with numerical (mostly integer) final answers — excludes proofs, symbolic answers, and open-ended problems. - Reasoning traces are GPT-4 synthetic, not human-authored — may inherit GPT-4 biases, stylistic patterns, and occasional subtle errors even when the final answer is correct. - Source problems originate from competition and textbook corpora; overlap with public math benchmarks (MATH, GSM8K, AIME) is possible and not explicitly deduplicated. - Source does not document additional gaps; buyers should validate empirically before training.

Sample structure score: 100 / 100

This automated check describes the inspected sample, not factual accuracy, legal rights, representativeness, or the quality of the entire dataset. It is not a customer rating.

Assessed 10 sample records (JSON) on 2026-10-09. All records in the provided sample were checked.

CheckPointsEvidence
Populated cells50 / 5030 of 30 top-level cells contain a value. Null, absent and blank values count as missing; zero and false count as populated.
Consistent value types30 / 3030 of 30 populated cells match their column's most common observed type. Types are inferred, not checked against real-world truth.
Consistent record shape20 / 2010 of 10 records have the expected fields. CSV/TSV use the header width; JSON uses the union of observed keys.
Field-level findings and improvements

Check missing cells and mixed types below. Document intentional missing values or mixed types in your field descriptions. Do not fill legitimate unknowns with invented values just to increase this score.

FieldMissing cellsMost common typeOther populated types
problem0 / 10string0 / 10
solution0 / 10string0 / 10
messages0 / 10object0 / 10
How the score is calculated, its limitations, and how to correct an assessment →

About this data

Math problems with tool-integrated reasoning traces generated via GPT-4, derived from NuminaMath-CoT. Designed for training math-reasoning agents with code execution capability.

Retrieve with your agent or Python

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Download the Python example
python3 retrieve-dataset.py a5ad6289-6fc8-4079-94de-b2dad1f0388f --output dataset.bin
Full supplier documentation
## Overview NuminaMath-TIR is a dataset of approximately 70,000 mathematics problems paired with tool-integrated reasoning (TIR) traces. Problems were selected from the larger NuminaMath-CoT corpus, filtered to those with numerical (mostly integer) outputs, and augmented with TORA-like reasoning paths generated by GPT-4 that interleave natural-language reasoning with executable Python code and outputs. The dataset is distributed in parquet format with train/test splits and was a key resource in the AI Mathematical Olympiad (AIMO) competition. ## Schema - `problem` — string — the math problem statement in English - `solution` — string — full TIR reasoning trace with interleaved code blocks and execution results - `messages` — list — chat-formatted message list (role/content) ready for SFT training ## Sources - HuggingFace: https://huggingface.co/datasets/AI-MO/NuminaMath-TIR — License: Apache-2.0 - Derived from AI-MO/NuminaMath-CoT (same publisher, same license) ## Methodology The authors selected ~70k problems from NuminaMath-CoT, restricting to problems with numerical (mostly integer) answers to enable automatic verification. They then ran a GPT-4-based pipeline that produces TORA-style reasoning trajectories: the model reasons in natural language, emits Python code, the code is executed, and the outputs are fed back into the trajectory. Trajectories where the final numerical answer matched the ground truth were retained. The resulting traces simulate how a tool-using math agent should think and call a code interpreter. ## Known gaps & limitations - English-only; no multilingual coverage. - Restricted to problems with numerical (mostly integer) final answers — excludes proofs, symbolic answers, and open-ended problems. - Reasoning traces are GPT-4 synthetic, not human-authored — may inherit GPT-4 biases, stylistic patterns, and occasional subtle errors even when the final answer is correct. - Source problems originate from competition and textbook corpora; overlap with public math benchmarks (MATH, GSM8K, AIME) is possible and not explicitly deduplicated. - Source does not document additional gaps; buyers should validate empirically before training. ## Intended use & out-of-scope - IS for: SFT/fine-tuning math-reasoning models with tool use, training code-interpreter agents, distilling TIR behavior into smaller models, AIMO-style competition research. - NOT for: evaluation on MATH/AIME/GSM8K without leakage checks; proof-based mathematics; non-English math instruction. _Federated dataset: 2 parquet shards, 140.7 MB total. Queries and downloads stream through the DataBazaar API._ Original supplier listing: NuminaMath-TIR: Tool-Integrated Reasoning Math Problems ~70k math problems with tool-integrated reasoning (TIR) traces generated via GPT-4, derived from NuminaMath-CoT. Apache-2.0 licensed, ideal for training math-reasoning agents with code execution.

Schema

NameTypeDescription
problemVARCHAREnglish-language mathematics problem statement
solutionVARCHARTool-integrated reasoning trace with interleaved natural language, executable Python code blocks, and their outputs
messagesSTRUCT("content" VARCHAR, "role" VARCHAR)[]Chat-formatted message list with role (system/user/assistant) and content fields for supervised fine-tuning

Sample Data

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