A hyper-realistic macro shot of an open or cracked open SPHERE OBJECT converted into a miniature ENVIRONMENT TYPE diorama. Inside the sphere is a tiny, highly detailed world featuring ENVIRONMENT DETAILS.
Fields you can change: sphere object, environment type, environment details, main character, clothing and appearance, pose or action, secondary elements, material and texture, background surface, light type and mood.
Full prompt
A hyper-realistic macro shot of an open or cracked open {argument name="sphere object" default="SPHERE OBJECT"} converted into a miniature {argument name="environment type" default="ENVIRONMENT TYPE"} diorama. Inside the sphere is a tiny, highly detailed world featuring {argument name="environment details" default="ENVIRONMENT DETAILS"}. In the center stands a highly detailed, photorealistic miniature figure of {argument name="main character" default="MAIN CHARACTER"}, {argument name="clothing and appearance" default="CLOTHING / APPEARANCE"}, in a {argument name="pose or action" default="POSE / ACTION"}.
{argument name="secondary elements" default="SECONDARY ELEMENTS – optional, max 1–2 items"} are visible in the background. The outer shell of the sphere has a realistic {argument name="material and texture" default="MATERIAL / TEXTURE / BRANDING"}.
The scene is resting on a blurred {argument name="background surface" default="BACKGROUND / SURFACE"}, emphasizing scale and depth. Style: macro photography, tilt-shift effect, shallow depth of field, volumetric lighting, photorealistic, cinematic, ultra-detailed, 8k render, Unreal Engine 5, Octane render, ray tracing.
Lighting: {argument name="light type and mood" default="LIGHT TYPE + MOOD"}.
Negative prompt: cartoon, illustration, flat, drawing, anime style, low resolution, blurry subject, plastic materials, distorted anatomy, unrealistic textures.
The Google Android robot, presented in a high-contrast scientific studio render against a pure black void. This tight right-side profile features a false-color thermal X-ray aesthetic, where the transparent shell reveals a sharply detailed internal architecture of batteries, drivers, and sensors using a vibrant heatmap gradient. The colors shift from deep cool blues to intense yellows and red highlights, creating a futuristic, clinical look with orthographic perspective and a soft, neon-like glow.
"Make a miniature, full-body, isometric, realistic figurine of this person, wearing {argument name="clothing description" default="ABC"}, doing {argument name="action description" default="XYZ"}, on a white background, minimal, 4K resolution."
An isometric 3D cube-shaped miniature room (shallow cutaway true cube; everything strictly contained within the cube). The room is {argument name="room description" default="[Describe the theme, furniture, specific clutter, wall decorations, and key items in detail]"}.
Character: a chibi/figurine-style — {argument name="character description" default="[INSERT DESCRIPTION OF THE PERSON FROM YOUR UPLOADED PHOTO HERE]"}. The character is {argument name="action" default="[ACTION: e.g., sitting on a chair typing, standing and cooking, playing guitar]"}, with a {argument name="expression" default="[EXPRESSION: e.g., focused, happy, smiling]"} expression. Figure material looks like matte PVC, with big head / small body proportions. Lighting: {argument name="atmosphere name" default="[ATMOSPHERE NAME]"}: {argument name="light sources" default="[LIGHT SOURCES: e.g., neon blue glow, warm sunlight, golden lamp light]"}; realistic reflections and colored shadows. Camera: slightly elevated isometric three-quarter view, front cube edge centered; no elements protruding outside the cube. Photoreal materials with fine detail; neutral backdrop. Ultra-detailed, clean composition; no watermark.