DataMagic: Authoring Data Videos through Declarative Multi-Agent Orchestration

Hugging Face Daily Papers Papers

Summary

DataMagic introduces a declarative multi-agent orchestration framework (DVSpec) that turns raw tabular data into narrated data videos, improving quality from 2.13/5 to 3.89/5 over GPT-5 baselines and cutting task time by 79.7% in user studies.

Data videos communicate data insights through dynamic charts, voice narration, and synchronized animations, and have become a widely adopted form of data storytelling. However, producing them requires expertise in data analysis, narrative design, and video editing. Static visualization tools lack narrative and animation capabilities; authoring tools rely on pre-prepared charts rather than raw data; and pixel-level models generate videos end-to-end but cannot guarantee data accuracy or provenance. End-to-end automatic generation faces two core challenges: how to uniformly represent charts, narration, and animations together with their temporal relationships, and how to efficiently search a vast design space for narrative-coherent compositions. We present DataMagic, which authors data videos from raw tabular data through declarative multi-agent orchestration. First, the declarative specification DVSpec unifies charts, narration, and animations with data-bound references and declarative synchronization, ensuring data provenance and automatic audio-visual alignment. Second, a "Generate-then-Orchestrate" multi-agent strategy generates candidate scenes in parallel and then optimizes narrative coherence through global orchestration. DVSpec provides a shared state for three complementary interaction modes, bridging full automation with fine-grained human control. Evaluations on 109 real-world samples show that even the most advanced LLM (e.g., GPT-5) achieves only 2.13/5 with execution success rates between 48.62% and 86.24%; DataMagic improves quality to 3.89 (+83%) with success rates above 95%, with the most significant gains in animation and narrative dimensions. A user study shows that, compared to a conversational LLM workflow, DataMagic improves creation efficiency (79.7% reduction in task time) and reduces perceived cognitive load. Project page: https://github.com/HKUSTDial/DataMagic.
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Source: https://huggingface.co/papers/2609.33403

Abstract

Datavideoscommunicatedatainsightsthroughdynamiccharts,voicenarration,andsynchronizedanimations,andhavebecomeawidelyadoptedformofdatastorytelling.However,producingthemrequiresexpertiseindataanalysis,narrativedesign,andvideoediting.Staticvisualizationtoolslacknarrativeandanimationcapabilities;authoringtoolsrelyonpre-preparedchartsratherthanrawdata;andpixel-levelmodelsgeneratevideosend-to-endbutcannotguaranteedataaccuracyorprovenance.End-to-endautomaticgenerationfacestwocorechallenges:howtouniformlyrepresentcharts,narration,andanimationstogetherwiththeirtemporalrelationships,andhowtoefficientlysearchavastdesignspacefornarrative-coherentcompositions.WepresentDataMagic,whichauthorsdatavideosfromrawtabulardatathroughdeclarativemulti-agentorchestration.First,thedeclarativespecificationDVSpecunifiescharts,narration,andanimationswithdata-boundreferencesanddeclarativesynchronization,ensuringdataprovenanceandautomaticaudio-visualalignment.Second,a“Generate-then-Orchestrate“multi-agentstrategygeneratescandidatescenesinparallelandthenoptimizesnarrativecoherencethroughglobalorchestration.DVSpecprovidesasharedstateforthreecomplementaryinteractionmodes,bridgingfullautomationwithfine-grainedhumancontrol.Evaluationson109real-worldsamplesshowthateventhemostadvancedLLM(e.g.,GPT-5)achievesonly2.13/5withexecutionsuccessratesbetween48.62%and86.24%;DataMagicimprovesqualityto3.89(+83%)withsuccessratesabove95%,withthemostsignificantgainsinanimationandnarrativedimensions.Auserstudyshowsthat,comparedtoaconversationalLLMworkflow,DataMagicimprovescreationefficiency(79.7%reductionintasktime)andreducesperceivedcognitiveload.Projectpage:https://github.com/HKUSTDial/DataMagic.

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