3D Capabilities of Wan 3.0 | GPT Image

Create a dramatic ultra-photorealistic cinematic 3D macro video using the supplied crystal butterfly image as the exact visual reference and opening frame. Preserve the exact butterfly anatomy, transparent crystal-glass wings, microscopic fractures, internal veins, organic body, antennae, lighting direction, dark studio environment and three-quarter camera angle. The butterfly remains suspended naturally in the dark environment while performing extremely slow, graceful wingbeats. The transparent glass wings must behave like incredibly thin lightweight biological membranes rather than heavy rigid glass. During each wing movement, allow extremely subtle flexing through the wing structure while maintaining the same believable butterfly anatomy. Tiny microscopic cracks, imperfections and scratches remain locked to the wing surfaces and move consistently with them. As the butterfly flaps, the powerful diagonal beam behind it passes through different areas of the transparent wings. This dynamically changes the refraction pattern projected onto the dark floor beneath it. Create physically accurate moving caustics: delicate streaks and fragmented light patterns slowly slide across the floor as the wing angles change. Very subtle chromatic dispersion appears only along the thinnest glass edges — tiny hints of spectral color, never exaggerated rainbow effects. The butterfly's organic body remains highly realistic. Fine hairs react gently to air movement. Antennae make tiny independent movements. Legs subtly reposition while suspended. Atmospheric dust should remain almost invisible everywhere except where individual particles pass through the beam of light.