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README.md
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# Annoy: This should be a paper Title
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**Introduction**
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While having full executable code theoretically allows us to generate reliable execution trajectories as responses, two challenges arise: 1) Obtaining a deterministic reverse function for input prediction is impractical; 2) Automatically constructed trajectories are constrained by pre-designed templates and lack the expressiveness and generalizability of free-form natural language reasoning. Thus, we adopt a fully LLM-based approach for synthesizing all the desired responses using DeepSeek-V2.5, as it has top-tier performance but extremely low cost compared to other advanced LLMs.
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*Due to our collaborators' compliance requirements, we only release the PythonEdu-Rs subset (this page) of full dataset.
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license: odc-by
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# Annoy: This should be a paper Title
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<p align="left">
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**Introduction**
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While having full executable code theoretically allows us to generate reliable execution trajectories as responses, two challenges arise: 1) Obtaining a deterministic reverse function for input prediction is impractical; 2) Automatically constructed trajectories are constrained by pre-designed templates and lack the expressiveness and generalizability of free-form natural language reasoning. Thus, we adopt a fully LLM-based approach for synthesizing all the desired responses using DeepSeek-V2.5, as it has top-tier performance but extremely low cost compared to other advanced LLMs.
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*Due to our collaborators' compliance requirements, we only release the PythonEdu-Rs subset (this page) of full dataset.
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