Red Pink Kaleidoscopic Geometric Abstract AI Image Prompt
Create a square abstract kaleidoscopic geometric artwork in a strict two-color palette of {argument name="primary color" default="vivid crimson red"} and {argument name="secondary color" default="soft bubblegum pink"}. The composition is perfectly symmetrical on both vertical and horizontal axes, with an additional diagonal mirror feeling, filling the entire canvas edge to edge. Use sharp flat vector-like triangular polygons only, no gradients, no outlines, no shadows, and no texture. Build the image from nested triangles and recursive fractal triangle clusters: 1 central diamond-shaped medallion made of many tiny red and pink triangles, 4 pointed triangular spires extending from the medallion toward the top, bottom, left, and right, 4 large mirrored corner rosette structures containing dense miniature triangle mosaics, 4 long diagonal fractal bands running from the center area toward the corners, and 8 large pink star-like polygon arms radiating around the center. The overall impression should resemble an origami mandala, a crystalline tessellation, or a Sierpinski-triangle kaleidoscope, with alternating red and pink triangular facets forming a bold symmetrical abstract pattern. Keep the design crisp, high contrast, flat, mathematically precise, and decorative, with no text, no border, no objects, and no recognizable figures.
Content: Subject: abstract kaleidoscopic geometric; Scene: none; Style: vector flat/mathematical precise/decorative; Composition: full symmetry (vertical/horizontal/diagonal), edge-to-edge fill; Lighting: no shadows, high contrast; Color: strict two-color scheme (primary+secondary); Material: no texture; Lens: N/A; Aspect: square. Structure formula: central diamond + 4 spires + 4 corner rosettes + diagonal fractal bands + radiating star arms, all composed of sharp triangular polygons.
Pros: Strict color constraint ensures feasibility; mathematically precise structure description allows reproducibility.
Cons: Overly complex structural details may increase generation difficulty; lacks specific color values, relying on model interpretation.
Reference image: No obvious reference-image dependency
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