MCSC-Bench: Multimodal Context-to-Script Creation for Realistic Video Production
Huanran Hu, Zihui Ren, Dingyi Yang, Liangyu Chen, Qixiang Gao, Tiezheng Ge, Qin Jin

TL;DR
MCSC-Bench introduces a comprehensive benchmark and dataset for transforming multimodal inputs and instructions into structured video scripts, addressing complex reasoning in video production.
Contribution
It presents the first large-scale MCSC dataset and benchmark, enabling evaluation of material selection, narrative planning, and script generation in a unified framework.
Findings
Current multimodal LLMs struggle with structure-aware reasoning in long contexts.
Models trained on MCSC-Bench achieve state-of-the-art performance.
Generated scripts facilitate downstream video generation, demonstrating practical utility.
Abstract
Real-world video creation often involves a complex reasoning workflow of selecting relevant shots from noisy materials, planning missing shots for narrative completeness, and organizing them into coherent storylines. However, existing benchmarks focus on isolated sub-tasks and lack support for evaluating this full process. To address this gap, we propose Multimodal Context-to-Script Creation (MCSC), a new task that transforms noisy multimodal inputs and user instructions into structured, executable video scripts. We further introduce MCSC-Bench, the first large-scale MCSC dataset, comprising 11K+ well-annotated videos. Each sample includes: (1) redundant multimodal materials and user instructions; (2) a coherent, production-ready script containing material-based shots, newly planned shots (with shooting instructions), and shot-aligned voiceovers. MCSC-Bench supports comprehensive…
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