Abstract: A computer-implemented method assesses emotional responses of a panel of individuals to a user-defined event in a presentation. The method records video recordings of a presentation and a panel observing the presentation so that the video recordings may be synchronized with one another. The panel recording is processed to obtain emotional expression data for each face, in each frame, for the duration of the recording. A user may define the beginning and ending of an event in the presentation. The user may selected individuals of interest from the panel, as well as metrics regarding the emotional expressions. The method extracts emotional expression data meeting the requirements of user and displays the data.

Abstract: A modular image capture booth with a plurality of frame members having horizontal and vertical members for assembly into a frame for the modular image capture booth. Each of a plurality of panels attaches to the frame. The plurality of panels forms walls and a ceiling for the modular image capture booth. Each panel has openings adapted to receive a digital camera. Each panel includes a router, and includes one or more lighting fixtures, and wiring from each opening in the panel to the router. The wiring is arranged to connect each digital camera to the router. An image processing computer is connected to of each router. The image processing computer processes the image recorded by each camera to construct a three-dimensional image of an object in the modular image capture booth. In a particular embodiment the modular image capture booth is made from a plurality of interlocking panels.