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MUCI — project video
A six-projector system that turns an inflatable sphere into a continuous immersive display.
Developed for the Science Museum of Paraguay, the project combined projection mapping logic, grid-based calibration, and on-site technical implementation.
The challenge was distributing a seamless image across a curved membrane. The solution involved diagramming the projection logic, defining a grid-based calibration workflow, and implementing the system on site so the inflated sphere operated as a stable visual surface. Demonstration sequences — planets, the moon, the sun, abstract test patterns — served both as exhibition content and as calibration tools under real museum conditions.
Images
Earth demo content
Purple checkerboard calibration test
Moon demo content
Moon demo content — wide view
Jupiter demo content
Control station with green grid test
Scale reference with planetary surface content
Wireframe sphere simulation
Mosaic calibration test
Blue pixel calibration close-up
Target grid calibration from control station
Starfield and grid calibration
Moon content — installation view
Vertical grid calibration with operator
Mosaic calibration test — front view
Moon content — side view
Solar surface content
Starfield and base grid view
Orange landscape content
Blue gas giant content
Large grid calibration
Orange content — side view
White line content
Orange content with silhouette
Control station with abstract demo content
IDV
Direction
Direction
Alejandro Rodriguez / Dogrush
Technical design, implementation, montage support
Project
Institution
Creative and technical collaboration
Karl Casey / White Bat Audio
Music for the demonstration