Software, Data & Geometry
A collection of tools, datasets, and 3D geometric stimuli used in our lab and shared with the broader research community under CC, MIT, and GPL licenses.
3D Geometric Stimuli & Datasets
Laser scans and mathematically synthesized manifolds for haptic and visual shape discrimination experiments.
Gibson's Feelies (Laser Scanned 3D Dataset)
Feelie #1 — NextEngine laser scan from the Archives of the History of American Psychology. Rotate and inspect.
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Gibson’s Feelies
Ten historic tactile sculptures informally described by J.J. Gibson (1962). Scanned with a NextEngine laser scanner, cleaned in Mathematica, and prepared for 3D printing.
Download OBJs & STLs →Bell Peppers
High-resolution 3D scanned models of natural bell peppers (Capsicum annuum) used for solid shape discrimination and material perception studies.
View on GitHub →Glavens
Parametrically generated 3D organic manifolds with controllable curvature, surface normals, and bump frequencies for psychophysical experiments.
View on GitHub →Software & Hardware Projects
Open hardware and experimental tools developed for virtual production and psychophysics.
OpenVolCap / ChumpCam
Affordable, flexible open-source devices and sensor arrays for volumetric capture, motion capture, and camera tracking in virtual production.
Visit Project Site (ritmps.github.io/chumps) →VSCode for Wolfram Mathematica
Language integration, syntax highlighting, and execution tooling for Wolfram Language development within Visual Studio Code.
Repository →