Miniature World Inside a Tangerine

Macro cinematic photography inside a {argument name="fruit" default="peeled tangerine"} resting on a dark stone surface. The peel folds outward like petals, forming a cave. Overhead, the citrus segments arch into a translucent orange dome, while the white pith reads like pale plaster.
{argument name="occupants" default="Three figures, each about two centimeters tall"}, inhabit the cave: one lies on a citrus segment as if it were a bed; one climbs upward along the white pith ridge between two segments as if it were a staircase; one stands at the cave entrance looking out into darkness. A single tangerine seed lies on the ground, scaled like a massive millstone. Every membrane layer and every individual juice vesicle is fully resolved.
A {argument name="lighting" default="single low-angle sun"} is positioned behind the fruit and is the only light source, producing true transmitted light through the citrus flesh. The orange brightness of the dome must come from light physically passing through the fruit itself, not from any artificial glow effect. Individual juice vesicles illuminate one by one in transmission, while thicker pith appears as darker veins. The cave floor is illuminated only by this transmitted light. Outside the cave entrance is completely black. No fill light.
Anamorphic 2.39:1, anamorphic lens with macro adapter, f/4. Sparse defocused light points outside the cave appear as vertically oval bokeh with subtle horizontal anamorphic stretch. Deep focus, focus stacked.
Kodak Vision3 500T motion picture negative, tungsten white balance, warm saturated transmitted orange highlights with deep cyan shadows. Black Pro-Mist 1/4. Strong transmitted-light edges along the thinnest parts of the fruit show visible red halation.
Overall exposure reduced by one stop. The darkness outside the cave remains truly black. Fine film grain, more visible in the shadows. No digital sharpening, no HDR, no orange-and-teal grading, no lens-flare effects, no artificial glow, no CGI plastic texture.