F1, core purpose

Geometric abstract art is not merely composed of lines, color blocks, and forms on a canvas. More importantly, it establishes order, rhythm, tension, and spatial relationships through different structural approaches. Basic grids, stripe divisions, spatial compositions, concentric expansions, diagonal insertions, staggered layering, block splicing, and open modules constitute the eight most representative typical structural forms in geometric abstraction. They are not only methods of visual organization but also crucial pathways for artists to conduct formal experiments, express concepts, and drive the renewal of artistic language. Understanding these modules helps in more deeply grasping the compositional logic and developmental direction of geometric abstract art.

F1.Core purpose

F2. 8 Typical Structural Forms of Geometric Abstract Art

1. Basic Grid Module

F2-1. Analysis of Piet Mondrian's "Composition No. II, with Red and Blue"

F2-2. Analysis of Anni Albers' Works

F2-3. Agnes Martin's "Tremolo" Analysis

F2-4. Analysis of Josef Albers' "Two Whites Between Two Yellows"

2. Strip partitioning module

F2-5. Analysis of Cristina Ghetti's Work

F2-6. Bridget Riley's "Fall" - Artwork Analysis

F2-7. Analysis of Frank Stella's "The Marriage of Reason and Squalor, II"

F2-8. Gene Davis's "Satan's Flag" Artwork Analysis

3. Spatial Composition Module

F2-9. Analysis of Al Held's Work

F2-10. Analysis of Frank Stella's Work

F2-11. Analysis of Ronald Davis's Work

F2-12. Analysis of Victor Vasarely's Works

4. Concentric expansion module

F2-13. Analysis of František Kupka's Works

F2-14. Analysis of Josef Albers' Works

F2-15. Analysis of Vasily Kandinsky's Artwork

5. Diagonal insertion module

F2-16. Analysis of Piet Mondrian's Work

F2-17. Work Analysis of Rachel Hellmann

F2-18. Carmen Herrera Artwork Analysis

6. Offset stacking module

Analysis of F2-19. Tricia Strickfaden's Work

F2-20. Analysis of Sonia Delaunay's Works

F2-21. Analysis of Georgia O'Keeffe's work

7. Block face splicing module

F2-22. Analysis of Theo van Doesburg's Artwork

F2-23. Analysis of Carmen Herrera's Work

F2-24. Analysis of Max Bill's Works

8. Open module

F2-25. Analysis of Donald Judd's Work

F2-26. Dan Flavin Artwork Analysis

F2-27. Osi Audu Work Analysis

F3-1, Inner Constituent Elements Analysis Course Test

Please submit your design once. Think carefully before clicking submit. Repeated submissions will result in deduction of points affecting the award!

E3. AI Internal Composition Simulation System

This engine is designed for spatial dimension practice, employing precise axonometric projection algorithms and geometric structure evolution logic. It supports U-level multi-template switching, features deep spatial rendering, real-time local undo, and 1200px HD view export, making it an ideal tool for exploring the composition of three-dimensional forms.

Integrating planar, color, and stereoscopic multi-dimensional logic, breaking through the limitations of single exercises. The engine supports complex path data synchronization, activated with a single click through an intelligent UI cover. It offers full-spectrum color selection and overflow fill technology, assisting designers in finding the balance point of aesthetic form in mixed media.

The AI system's creative engine, centered on structure, order, combination, and generative logic, aids learners in developing holistic creative thinking across diverse element relationships. Through iterative combination, adjustment, comparison, and advancement, users gradually understand how visual systems are formed, their internal rules, and pathways for evolution, thereby enhancing their abilities in comprehensive composition, visual coordination, and continuous generation.