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Rainlens Eksperimen Pembiasan Cahaya di Laboratorium Miniatur 3D Fotorealistis

Visual 3D fotorealistis tentang eksperimen pembiasan cahaya menggunakan tangki air transparan, prisma kaca, dan berkas cahaya berwarna di laboratorium pembelajaran miniatur yang tenang. Cocok untuk ilustrasi pendidikan optik, materi sains, dan konten pembelajaran interaktif.

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Model
Gemini
Version
Gemini Image
Aspect
79:53
Orientation
Landscape
Visual 3D fotorealistis eksperimen pembiasan cahaya dengan tangki air transparan, prisma kaca yang menghasilkan spektrum warna, dan alat optik di meja laboratorium pendidikan berlatar jendela berhujan.

Basic prompt

A single photorealistic 3D educational scene inside a compact contemporary optics learning laboratory, featuring a carefully arranged light refraction experiment on a pale limestone demonstration table. At the center stands a rectangular crystal-clear water tank filled halfway with clean water, its thick transparent walls showing realistic glass edges and subtle optical distortion. A compact unbranded cylindrical light emitter on the left projects a narrow warm white beam diagonally through the water surface, where the light visibly changes direction. A small triangular optical glass prism positioned beside the tank separates another narrow white beam into a delicate spectrum of colored light falling onto a blank matte white projection panel. Three smooth wooden teaching blocks and a shallow circular tray holding small transparent glass lenses complete the arrangement. Behind the experiment, floor-to-ceiling rain-beaded glazing overlooks a quiet planted courtyard with wet limestone paving and soft green foliage. Pale timber shelving and restrained architectural details create a welcoming science education environment. Accurate physically plausible ray behavior, realistic refraction at the water-air boundary, subtle caustics, gentle dispersion through the prism, believable glass thickness, natural water meniscus, refined reflections, finely modeled surfaces, and physically based rendering. Eye-level camera, 50mm lens, medium-wide composition presenting the entire experimental setup with a clear visual hierarchy. Soft overcast daylight mixes with the controlled optical beams, creating a calm atmosphere of curiosity and discovery. Photorealistic 3D visualization, highly detailed geometry, realistic materials, natural global illumination, restrained color grading, professional architectural product-render quality. One coherent scene, landscape orientation, 3:2 aspect ratio, approximately 1536x1024 pixels. Absolutely no text, letters, numerals, logos, labels, symbols, diagrams, interface elements, or branding.

Negative prompt

text, typography, letters, numbers, equations, labels, logos, watermarks, signage, brand names, readable diagrams, measurement markings, rulers, graduated scales, digital screens, graphical interfaces, exaggerated rainbow effects, physically impossible light paths, inaccurate refraction, excessively thick light beams, glowing magical objects, floating equipment, distorted glass, broken prism geometry, cloudy water, dirty surfaces, duplicated laboratory equipment, additional experiments, people, hands, cartoon rendering, anime, illustration, flat shading, low-poly geometry, plastic-looking glass, oversaturated colors, harsh bloom, extreme lens flare, fisheye distortion, excessive depth of field, blurry main subjects, low resolution, portrait orientation, square crop

Render 3D fotorealistis dari sudut tiga perempat dekat memperlihatkan tangki air dengan berkas cahaya yang membias, prisma kaca pengurai spektrum warna, balok kayu pembelajaran, dan lensa optik di laboratorium berjendela hujan.
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