As part of a campus-wide reimaging, the Tessmann Planetarium received a significant facelift. A key component is the supergraphics depicting galactic phenomena. Mounted within lightboxes, the graphic panels are backlit with RGB LED fixtures, allowing each graphic to be “color tuned” to optimize the image, and also allowing for subtle shifts in color, giving the illusion of movement. Architecture by Westberg+White, with electrical engineering by tk1sc.
As part of a campus-wide reimaging, the Tessmann Planetarium received a significant facelift. A key component is the supergraphics depicting galactic phenomena. Mounted within lightboxes, the graphic panels are backlit with RGB LED fixtures, allowing each graphic to be “color tuned” to optimize the image, and also allowing for subtle shifts in color, giving the illusion of movement. Architecture by Westberg+White, with electrical engineering by tk1sc.
As part of a campus-wide reimaging, the Tessmann Planetarium received a significant facelift. A key component is the supergraphics depicting galactic phenomena. Mounted within lightboxes, the graphic panels are backlit with RGB LED fixtures, allowing each graphic to be “color tuned” to optimize the image, and also allowing for subtle shifts in color, giving the illusion of movement. Architecture by Westberg+White, with electrical engineering by tk1sc.
As part of a campus-wide reimaging, the Tessmann Planetarium received a significant facelift. A key component is the supergraphics depicting galactic phenomena. Mounted within lightboxes, the graphic panels are backlit with RGB LED fixtures, allowing each graphic to be “color tuned” to optimize the image, and also allowing for subtle shifts in color, giving the illusion of movement. Architecture by Westberg+White, with electrical engineering by tk1sc.