Incom ist die Kommunikations-Plattform der Hochschule Anhalt Fachbereich Design

In seiner Funktionalität auf die Lehre in gestalterischen Studiengängen zugeschnitten... Schnittstelle für die moderne Lehre

Incom ist die Kommunikations-Plattform der Hochschule Anhalt Fachbereich Design mehr erfahren

Red and Blue_ tricking your perception

Red and Blue_ tricking your perception

This project was developed during the expertise Thresholds of Perception, which explored the interplay between algorithmic systems and visual perception. Our team focused on how subtle variations in line structure, color layering, and spatial displacement can generate powerful optical illusions — particularly illusions of motion, tension, and depth.

The Idea: Anaglyph 3D Effect

WhatsApp Image 2025-04-22 at 14.57.17.jpegWhatsApp Image 2025-04-22 at 14.57.17.jpeg
WhatsApp Image 2025-04-22 at 15.51.50.jpegWhatsApp Image 2025-04-22 at 15.51.50.jpeg
schneeflocke_extended.jpgschneeflocke_extended.jpg
sonne_einzelstrahlen.jpgsonne_einzelstrahlen.jpg

The central concept was inspired by anaglyph 3D technology, which originated in the early 20th century, gained widespread popularity in the 1950s, and saw a nostalgic resurgence in the 2000s. These early stereoscopic methods used red and blue channels to deliver slightly offset images to each eye, producing a compelling sense of three-dimensionality. Drawing on this perceptual mechanism, we created a visual system in which red and blue line patterns are generated algorithmically and overlaid with precise displacement, tricking the viewer’s depth perception even without the use of color filters or 3D glasses.

Creating First Graphics with Processing

anaglyph_perfect_honeycomb.jpganaglyph_perfect_honeycomb.jpg
square_wall.jpgsquare_wall.jpg
three_circles.jpgthree_circles.jpg
circle_pattern.jpgcircle_pattern.jpg

hexagon_pattern.pdf PDF hexagon_pattern.pdf

Using Processing, we developed a generative script that creates point-based structures and connects them conditionally based on color grouping. Two distinct but structurally related sets of lines — one red, one blue — are exported separately and plotted using AxiDraw. Their recombination on paper produces a binocular disparity effect: when viewed, the eye attempts to resolve the misaligned layers, producing a virtual sense of dimensionality and vibration.

Testing The Pen Plotting

pen_plotting_7.jpg
pen_plotting_7.jpgpen_plotting_7.jpg
pen_plotting_4.jpgpen_plotting_4.jpg
pen_plotting_5.jpgpen_plotting_5.jpg
test_plotting.jpgtest_plotting.jpg
pen_plotting_3.jpgpen_plotting_3.jpg
pen_plotting_6.jpgpen_plotting_6.jpg
pen_plotting_8.jpgpen_plotting_8.jpg
pen_plotting_10.jpgpen_plotting_10.jpg
1_Plot_Ergebnisse.jpg1_Plot_Ergebnisse.jpg

Throughout the process, we conducted extensive material tests on watercolor paper, corrugated cardboard, and transparent plastic foils to understand how surface texture, ink absorption, and physical spacing affect the final visual experience.

Prototype 01: The Optimised Hexagon Pattern

optimisedHexagons.jpg
optimisedHexagons.jpgoptimisedHexagons.jpg

 A pseudo-3D hexagonal pattern, where alternating red and blue line structures converge into a pulsating visual grid. The illusion of depth emerges from slight horizontal shifts and rhythmic repetition, evoking a tactile, volumetric sensation.

Prototype 01: Plotting on Corrugated Cardboard

cardboard.jpeg
cardboard.jpegcardboard.jpeg
cardboard_02.jpgcardboard_02.jpg

We tried different materials to print on, such as corrugated cardboard.

Prototype 01: Pen Plotting on Watercolour Paper

cardboard.jpg
cardboard.jpgcardboard.jpg

Some materials were a better fit than others. Watercolor paper worked quite well.

Prototype 02: Anaglyph 3D Kaleidoscope

Prototype 02: First Experiments on Plastic Foil

experiements_01.jpeg
experiements_01.jpegexperiements_01.jpeg
experiements_02.jpgexperiements_02.jpg
experiement_04.jpgexperiement_04.jpg
experiement_06.jpgexperiement_06.jpg
experiement_05.jpgexperiement_05.jpg
experiement_07.jpgexperiement_07.jpg

Prototype 02: Making the Anaglyph 3D Kaleidoscope

IMG-20250425-WA0000.jpg
IMG-20250425-WA0000.jpgIMG-20250425-WA0000.jpg
making_03.jpgmaking_03.jpg
making_04.jpgmaking_04.jpg
making_02.jpgmaking_02.jpg
making.jpgmaking.jpg

A kaleidoscope-like layered composition, constructed with transparent plastic sheets positioned at varying physical distances. This setup amplifies the optical illusion by introducing real-world spatial layering, allowing light and perspective to shift the perception of the algorithmic pattern dynamically.

Prototype 02: The Processing Code Behind the Anaglyph 3D Kaleidoscope

RedBlue_Kalaidoscope_Builder.pdf PDF RedBlue_Kalaidoscope_Builder.pdf

WhatsApp Image 2025-04-25 at 13.07.20.jpeg
WhatsApp Image 2025-04-25 at 13.07.20.jpegWhatsApp Image 2025-04-25 at 13.07.20.jpeg
WhatsApp Image 2025-04-25 at 13.07.20-1.jpegWhatsApp Image 2025-04-25 at 13.07.20-1.jpeg

All final prototypes

WhatsApp Image 2025-04-25 at 16.03.24-1.jpeg
WhatsApp Image 2025-04-25 at 16.03.24-1.jpegWhatsApp Image 2025-04-25 at 16.03.24-1.jpeg
WhatsApp Image 2025-04-25 at 16.03.24.jpegWhatsApp Image 2025-04-25 at 16.03.24.jpeg
WhatsApp Image 2025-04-25 at 16.03.24-2.jpegWhatsApp Image 2025-04-25 at 16.03.24-2.jpeg
WhatsApp Image 2025-04-25 at 16.07.05.jpegWhatsApp Image 2025-04-25 at 16.07.05.jpeg

Fachgruppe

Intermediales Design

Art des Projekts

Studienarbeit im Masterstudium

Betreuer_in

foto: Prof. Dr. Manuel Kretzer

Zugehöriger Workspace

25_EXPI_Thresholds of Perception

Entstehungszeitraum

Sommersemester 2025