Mandala Vectorization

Algorithm

Tusita Sarkara, Preetam Chayan Chatterjee, Partha Bhowmick:
Mandala simplification: sacred symmetry meets minimalism,
Computer Vision and Image Understanding254, Art. 104319 (2025).

Artistic Tradition

Mandala is a timeless art form that originated in the Indian subcontinent. Linguistically rooted in Sanskrit, the classical Indian language, it translates to "circle" or "discoid object". Since time immemorial, mandalas have held deep symbolic significance in Hinduism and Buddhism, representing unity and the interconnectedness of the universe. Their timeless allure has enabled them to transcend cultural boundaries, spreading across various traditions worldwide as profound symbols of unity, wholeness, and spiritual transformation.

Philosophy

At the soul of mandalas lies the harmony of sacred symmetry, simplicity, and minimalism—a timeless principle that resonates with the deepest realms of human consciousness. Their designs incorporate fundamental elements such as leaves, lotus petals, floral patterns, and spiritual symbols, emphasizing balance and simplicity. Rooted in minimalistic principles, mandalas inspire deep introspection and spiritual connection, serving as tools for meditation and reflection. Their enduring wisdom and transformative influence have left a lasting impact on the Indian subcontinent and beyond.

Our Focus

In handcrafted mandalas, symmetry often falls short of perfection, requiring refinement to achieve harmony and balance. To address this, we introduce a computational approach that captures the all-round symmetry of mandalas through minimalist principles. By integrating advanced geometric and graph-theoretic tools with an interactive twin atlas, our approach streamlines parameter domains to attain the revered state of sacred symmetry—epitomizing harmonious balance—where the final representation consists of cubic curves. This is particularly valuable for mandala editing and recreation in the vector space, as well as atlas building and referencing.
     
SVG 1 SVG 2
Hand-drawn mandala Symmetry of primitives Primitive grouping
Hand-drawn mandala Symmetry of primitives Primitive grouping
Mandala graph Final polar map
SVG 1 SVG 2
Mandala graph Final polar map Final vectorization (cubic curves)



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List of related publications

  1. Tusita Sarkara, Preetam Chayan Chatterjee, Partha Bhowmick:
    Mandala simplification: sacred symmetry meets minimalism,
    Computer Vision and Image Understanding254, Art. 104319 (2025).
  2. Tusita Sarkar, Maitreyee Sar, Partha Bhowmick:
    Peel and Pool: The Path to Mandala Perfection,
    Proc.: 27th International Conference on Pattern Recognition (ICPR'24), LNCS: 15332, pp. 346-361 (2024).
  3. Tusita Sarkar, Tushar Abhishek, Partha Bhowmick:
    Pick and Pack: revitalizing mandalas through digital artistry,
    Proc.: 15th Indian Conference on Computer Vision Graphics and Image Processing (ICVGIP'24), pp. 12:1-12:9, ACM (2024).
  4. Tusita Sarkar, Partha Bhowmick:
    Mandala as computational art: Vectorization and beyond,
    Proc.: 14th Indian Conference on Computer Vision Graphics and Image Processing (ICVGIP'24), pp. 11:1-11:9, ACM (2023).
  5. Tusita Sarkar, Preetam Chayan Chatterjee, Partha Bhowmick:
    Mandala Symmetrization through Curvature Map and Geometric Graph,
    Proc.: 38th International Conference on Image and Vision Computing New Zealand (IVCNZ'23),
    New Zealand, IEEE, pp. 1-6 (2023).