Parameter Meets Tarot

"Parameter Meets Tarot" is an innovative exploration of parametric design, blending the structured logic of code with the mysticism of Tarot cards. This project was developed during the course "Parametric Design," taught by Prof. Dr. Sebastian Meier at the University of Applied Sciences Potsdam (Fachhochschule Potsdam). The journey began with experimentation and evolved into a digital project that marries aesthetic appeal with algorithmic precision. Inspired by the visual storytelling techniques of a previous course, I created a unique Tarot deck using JavaScript to generate intricate, randomized patterns. These patterns are carefully designed with parametric rules to ensure harmony and coherence within the deck, while also reflecting the symbolic depth of traditional Tarot.

Mystic Noir Screenshot 1

Key Achievements

  • Designed a cohesive Tarot deck using parametric algorithms to generate harmonious patterns.
  • Incorporated principles of randomness and symmetry to create visually striking and meaningful card designs.
  • Developed an aesthetic color scheme to distinguish between the Major and Minor Arcana, enhancing user experience.
  • Explored the intersection of technology and mysticism, resulting in a unique blend of art and code.
Mystic Noir Screenshot 1
Mystic Noir Screenshot 1

Technologies Used

  • JavaScript: Core language for generating randomized card patterns and ensuring parametric consistency.
  • Adobe Illustrator: Utilized for refining and finalizing visual elements of the card designs.
  • Figma: Played a vital role in prototyping the overall layout and aesthetic of the deck.

Challenges and Learnings

One of the main challenges was balancing algorithmic randomness with the structured symbolism of Tarot. Fine-tuning the code to generate patterns that were both visually appealing and contextually meaningful required iterative testing and adjustment.

This project deepened my understanding of how parametric design principles can be applied to artistic endeavors. It reinforced the value of experimentation and iterative refinement, while highlighting the creative possibilities at the intersection of art and technology.