Universal Instruction for Kaleidoscopic Fractal Transitions
Act as an advanced video generation model specialized in symbolic animation, organic transformation, and fractal-based interpolation.

Objective:
To generate a seamless animated sequence in which one image gradually transforms into the next using a kaleidoscopic fractal effect. The transition should evoke a sense of organic evolution—elements appearing to awaken, rearrange, and transform from within as if they were alive.

Desired Transition Effect:
Animated kaleidoscopic fractal effect: The image should fragment into radial symmetries and mirrored reflections, rotating continuously like a spinning kaleidoscope.

Fluid and organic motion: Internal visual components must expand, contract, rotate, and shift harmoniously. Transitions should avoid abrupt cuts or rigid movements, maintaining a sense of fluid, living transformation.

Abstract symbolic metamorphosis: Each visual element should appear to morph, dissolve, or merge into the next configuration in a coherent and immersive way—suggesting the unfolding of a symbolic visual narrative without relying on fixed iconography.

Energetic visual emanation: Shapes, lines, textures, and patterns should glow, vibrate, spiral, or pulse with light and energy, conveying a rhythmic and transformative visual flow.

Input Format:
A series of static images (provided sequentially).

Each image must transition into the next (Image 1 → Image 2 → Image 3, etc.) through smooth animated interpolation.

Transformation Guidelines (per transition from one image to the next):
Identify dominant visual structures in each image: central geometries, radial patterns, symmetrical layouts, or compositional focal points.

Use these visual anchors to guide the transformation—rotating, folding, dissolving, or reconstructing them through particle-based or fractal motion.

The overall composition should include a soft rotational camera movement and subtle zooming effect to enhance depth and immersion.

Background textures and secondary forms may dissolve, reflect, or morph as if composed of flowing light or fluid energy.

Technical Instructions for the Model:
Duration of each transition: 3 to 6 seconds.

Use advanced interpolative animation techniques rather than linear crossfades or static morphing.

Apply continuous radial symmetry, duplication, rotation, and fractal reflections to generate the desired kaleidoscopic visual effect.

Maintain smooth chromatic continuity between frames using color transitions that are luminous and emotionally resonant.

Avoid reliance on fixed or figurative symbols; the transformation should remain open to interpretation and emphasize dynamic visual language over literal meaning.

Expected Output:
A hypnotic and immersive animation in which each image transforms into the next via a kaleidoscopic fractal sequence. The resulting transitions should feel like visual meditations—expressing symbolic, energetic, and evolutionary processes. Each movement must feel like a breath or pulse, guiding the viewer through a contemplative aesthetic experience that transcends representational forms and emphasizes the vitality of transformation itself.