Tiny Badger's Autumn Pause

Generate a panoramic establishing shot of a dense, dystopian cyberpunk metropolis at night. The architecture is vertical and overwhelming, with massive skyscrapers disappearing into the smog. The city is alive with layers of activity: flying vehicles weaving between towers, holographic billboards projecting advertisements into the mist, and street-level markets illuminated by neon signs. The streets are wet with acid rain, reflecting the chaotic light show above. The atmosphere should feel humid, crowded, and technologically advanced yet decaying.

A high-definition surreal fantasy photograph of a tiny, miniature woman with long flowing hair, wearing a delicate, ethereal white lace dress, standing gracefully on the back of a giant Monarch butterfly. The butterfly is in full focus, showcasing vibrant orange and black wing patterns. They are floating in a sun-drenched meadow filled with soft-focus, bokeh wildflowers in shades of red, blue, and yellow. The lighting is warm and golden (golden hour), creating a magical, dreamlike atmosphere with soft lens flares and a shallow depth of field.

Create a 3D 'knolling' illustration. Various tech gadgets (laptop, phone, stylus) and office supplies are arranged in a perfect grid at 90-degree angles. The background is a smooth gradient from blue to white. The lighting is flat, shadowless studio lighting, typical of clean product photography. The perspective is top-down (orthographic).

{ "subject": "Animated rabbit and fox building a snowman (Zootopia style)", "clothing": "Rabbit in blue vest and red scarf; Fox in green sweater and tie", "action": "Rabbit rolling snow, Fox placing carrot nose", "accessories": "Snowman with stick arms and coal buttons", "environment": "Winter holiday scene, decorated Christmas tree, colorful string lights, falling snowflakes", "lighting": "Magical twilight blue background with warm holiday light glow", "camera": "Medium shot, eye-level, central composition", "style": "3D animation style, Disney/Pixar aesthetic, festive, vibrant colors, high detail" }

Create a collection of icons representing [the same person in the reference photo in different emotions], they belong together as a single theme. Put them in a 3x3 grid. The background is white. Make the icons in a colorful and tactile 3D style. No text.

{ "task": "image_edit_identity_to_doll", "inputs": { "user_face_image": "<UPLOAD_OR_URL_USER_PORTRAIT>", "style_reference_image": "<UPLOAD_OR_URL_SAMPLE_IMAGE>", "keep_composition": true, "keep_background": true, "edit_region": "doll_head_only", "mask_mode": "doll_head" }, "prompt": "Ultra hyper-realistic Christmas lifestyle photo, close-up of a woman’s hands holding a tiny nutcracker doll. Keep the scene EXACTLY like the style reference: same hands, knitted beige sleeves, warm golden bokeh fairy lights, shallow depth of field, same framing and camera angle. The character in the hands MUST be a real miniature nutcracker TOY (wooden/painted doll) with a carved toy head and painted features, NOT a real human face. Replace only the doll's face ID using the user portrait as identity guidance, but render it as a painted wooden nutcracker doll head: toy-like proportions, slightly simplified facial planes, subtle brush-painted texture, matte varnished wood, doll seams/paint edges, tiny sculpted nose and lips. Preserve the nutcracker body exactly: ornate red uniform with gold details, black boots, white curly wig, crown-like hat, classic nutcracker moustache style. Hyper-real photo, crisp focus on doll and fingers, cinematic warm light, creamy background blur, 8k, HDR, natural grading.", "negative_prompt": "real human skin, photoreal human face on the doll, face-swap pasted look, collage, cutout edges, too realistic pores, wrinkles as real skin, real portrait head, human head proportions, mannequin, CGI, 3D render, cartoon, illustration, low detail, blurry, noise, grain, extra fingers, deformed hands, mutated anatomy, changing background, changing hands, changing sleeves, changing outfit colors, multiple dolls, text, watermark, logo", "constraints": { "only_change": "doll_head_identity", "must_be": [ "toy_doll_head", "painted_wood_texture", "miniature_scale_in_hands" ], "do_not_change": [ "hands", "sleeves", "composition", "background", "lighting", "depth_of_field", "nutcracker_body", "colors" ] }, "settings": { "output_size": "1024x1024", "num_outputs": 2, "seed": 246810, "steps": 35, "cfg_scale": 6.0, "image_strength": 0.3, "identity_strength": 0.6, "style_strength": 0.9, "detail_boost": 0.7 } }

City A: Shanghai City B: Beijing --- Generate a photorealistic, isometric macro render of a tectonic city clash diorama. The image must represent a physical collision between the two input cities using the following dynamic logic: 1. Semantic Urban Analysis: Analyze the Input Variable. Assign City A to the LEFT PLATE and City B to the RIGHT PLATE. Architectural DNA: Deconstruct the architectural vernacular of each city. Left Materiality: Construct the Left side using the primary building materials of City A (e.g., if Paris use limestone and zinc; if Tokyo use neon glass and steel; if Venice use brick and water). Right Materiality: Construct the Right side using the contrasting materials of City B. Verticality Logic: Respect the density and height of the cities. (e.g., Skyscrapers must tower over suburban sprawl). 2. The Container (The Tectonic Slabs): The Base: 2 massive, floating chunks of asphalt and bedrock suspended in a void. The Fault Line: a jagged, glowing crack separates the two plates diagonally. The crack glows with the color of the city's energy (e.g., Sublayer Magma, Subway Grates, or Sewer Steam). Connection: a single, precarious bridge representing the "cultural link" connects the two sides across the fault line. 3. Composition: Do not render the whole city. Render one dense "Super-Block" on each side that acts as a caricature of the city's soul. Landmarks: Embed one iconic structure per side, but scale it down to fit the block (e.g., The Eiffel Tower integrated into a street corner, or the Empire State Building rising from a cluster of brownstones). The Street Level: Populate the streets with micro-details specific to the city (e.g., Yellow Taxis vs. Black Cabs; Cherry Blossoms vs. Palm Trees). 4. Atmospheric & Diegetic Lighting: The scene must be lit ONLY by the lights within the cities themselves. Left Atmosphere: Simulate the weather and lighting color temperature of City A (e.g., London = Foggy/Cool Blue; Miami = Sunny/Warm Orange). Right Atmosphere: Simulate the weather and lighting color temperature of City B. Contrast: The visual clash comes from the bleeding together of these two lighting environments at the Fault Line. 5. Visual Syntax: Camera: Isometric Orthographic projection, 45-degree high angle. Focus: Tilt-shift effect, blurring the bottom of the bedrock and the deep background void, keeping the rooftops sharp. Render Style: Hyper-realistic miniature model photography, "Kitbash" aesthetic, Octane Render. Output: 8k resolution, highly detailed textures, volumetric lighting, photorealistic.

Create a cinematic night portrait of a man standing on a busy Tokyo street. He is lit by the glow of neon signs. Use a wide aperture (f/1.2) to turn the city lights behind him into creamy, colorful bokeh circles.