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The development of increasingly realistic experimental stimuli and taskenvironments is important for understanding behavior outside the laboratory. Wereport a process for generating 3D human model stimuli that combines commonlyused graphics software and enables the flexible generation of animated humanmodels while providing parametric control over individualized identityfeatures. Our approach creates novel head models using FaceGen Modeller,attaches them to commercially-purchased 3D avatar bodies in 3D Studio Max, andgenerates Cal3D human models that are compatible with many virtual 3Denvironments. Stimuli produced by this method can be embedded as animated 3Davatars in interactive simulations or presented as 2D images embedded in scenesfor use in traditional laboratory experiments. The inherent flexibility in thismethod makes the stimuli applicable to a broad range of basic and appliedresearch questions in the domain of person perception. We describe the steps ofthe stimulus generation process, provide an example of their use in arecognition memory paradigm, and highlight the adaptability of the method forrelated avenues of research.

Animated 3D Human Models for Use in Person Recognition Experiments