Sleeping woman in crystal glass case within obsidian cavern

THE OBSIDIAN CAVERN CONTAINMENT [AESTHETIC-ROMANTIC / RECLINING][THE SUBJECT]A young Korean woman in her early twenties, deeply asleep. Her expression is calm, centered. She lies in a Recumbent (Lying-Down) pose on a black velvet Raised Dias, centered within an ornate, seamless Clear Vitreous (Crystal) Glass Case ($n=1.52$) that completely encloses her and her gown. Her exceptionally long Bordeaux red hair ($n=1.7$) is splayed out beneath her, flowing past her waist.[COUTURE (The Sleeping Gown):]The iconic Sleeping Beauty gown, reimagined for high-fashion texture interaction.The Bodice: A precision-tailored, Pink Crush Velvet bodice that cinches her lithe hourglass figure, catching the light with a soft, diffused glow.The Skirt: Massive, full-length panels of the same velvet, transitioning into Pale Pink Silk Satin ($n=1.8$) at the hem, creating liquid specular highlights along the folds.The Detail: Intricate, Gold Thread Embroidery and Seed Pearl work are woven into the velvet neckline, designed to sparkle through the crystal-clear glass.[ENVIRONMENT (The Obsidian Cavern):]A subterranean chamber formed entirely of jagged High-Gloss Obsidian Glass ($n=1.49$).The Surfaces: The cavern walls and floor act as a dark, absolute mirror, showing sharp, Non-Tinted Reflections of the glass case and the sleeping woman completely enclosed within the glass case.The Atmosphere: A low-hanging White Fog ($n=1.3$) clings to the black dias, creating a soft base for the sharp shadows.[LIGHTING/TECHNICAL]High-contrast "Ecclesiastical Chiaroscuro" ($n=20$).Primary Light: A powerful, focused Cool-White Spotlight from a ceiling fissure directly above. This beam must illuminate the subject through the clear top glass.The Interaction: The spotlight should create a Sharp Specular Glint on the edges of the clear glass box and a brilliant highlight on the gold embroidery and the silk skirt hem. The velvet should remain soft and light-absorbing.Technicals: 100mm Macro lens, Aperture $f/4.0$ for deep, surgical focus through the horizontal plane of glass. 16K resolution, cinematic photographic capture.