introduce a volumetric augmented reality hologram projected directly from the existing wall screen the hologram must originate precisely from the surface of the screen and extend forward into the room along the central perpendicular axis of the display the projection must represent a li woman artisan weaving textile on a traditional loom inspired by huang daopo rendered in a semi abstract and luminous manner the figure must not be photorealistic the figure must not appear as a solid human body the figure must not resemble a ghost or sci fi hologram the body and loom must be constructed using fine luminous textile threads conceptual transformation as the woven textile extends outward from the loom the threads must gradually transform into delicate circuit pathways the first section near the loom must read as traditional woven fibers midway in space the fibers begin subtly morphing into structured linear geometries at the outermost extension the threads fully evolve into elegant circuit board traces the transformation must feel continuous and organic not abrupt the circuit lines must maintain the same flow direction as the woven threads be minimal and refined avoid neon sci fi aesthetics avoid heavy interface graphics feel like a natural evolution of craftsmanship into technology material and light characteristics core tones in warm gold secondary highlights in soft jade very subtle volumetric glow high translucency layered depth no saturated blue light the hologram must extend approximately 1 5 to 2 meters into the space remain centered in front of the screen appear clearly projected from the screen panel cast extremely soft reflections on the floor and nearby furniture respect the existing lighting direction and shadows do not modify architecture furniture wall panels flooring ceiling lighting fixtures color grading camera position perspective the ar projection must feel contemplative and symbolic a seamless passage from ancient textile mastery to contemporary marine innovation expressed through light enhance overall micro detail and render sharpness slightly while preserving the original color balance
