MiMo-v2.5 vs Qwen3.6 27B — This Battle Was Closer Than I Expected

Create a single-file HTML, CSS, and JavaScript project that recreates a real modern iPhone home screen as accurately as possible.

Save the final file to:
`C:\opencode\iphone-replica-[modelname].html`

Requirements:

* Everything must be in one HTML file.
* No external libraries, frameworks, images, or imported assets.
* Build a realistic iPhone frame with rounded corners, thin bezels, Dynamic Island, status bar, battery/wifi/signal icons, and home indicator.
* Create a polished home screen with app icons, dock, wallpaper, widgets, folders, and notification badges.
* Use original generic app icons made with CSS only. Do not use Apple logos, real app logos, or copyrighted icons.
* Add simple interactions: tap apps to open app screens, lock/unlock screen, light/dark mode toggle, control center, and fake notifications.
* Include a playable mini game inside one of the phone apps. The game can be simple, like a tap-to-dodge game, tiny racer, falling blocks, or arcade shooter, but it must run inside the phone screen and have score/restart controls.
* Clearly display your model family/name somewhere subtle, like inside Settings or About.
* Before finishing, review your code, fix obvious bugs, and make sure the layout, main interactions, and mini game work.

Create a single-file HTML, CSS, and JavaScript ragdoll physics simulator called “Ragdoll Playground.”

Save the final file to:
`C:\opencode\ragdoll-playground-[modelname].html`

Requirements:

* Everything must be in one HTML file.
* No external libraries, frameworks, images, or imported assets.
* Use Canvas or pure HTML/CSS/JS for the visuals and physics.
* Create a simple ragdoll made from connected body parts with joints, gravity, basic collisions, and movement.
* The ragdoll should fall, bounce, flop around, and react when pushed or dragged.
* Let the user click and drag the ragdoll or individual body parts.
* Add a small playground scene with a floor, platforms, walls, bumpers, and a reset button.
* Add controls for gravity, bounce, slow motion, and anti-gravity mode.
* Include 2 or 3 spawnable objects like balls, boxes, or bumpers.
* Make it funny, interactive, and satisfying to mess around with.
* Clearly display your model family/name somewhere on the UI.
* Before finishing, review your code, fix obvious bugs, and make sure dragging, collisions, reset, and anti-gravity mode work.

Create a single-file HTML, CSS, and JavaScript 3D space explorer called “Orbital Earth.”

Save the final file to:
`C:\opencode\orbital-earth-[modelname].html`

Requirements:

* Everything must be in one HTML file.
* No external libraries or frameworks.
* Build a 3D Earth scene using WebGL, Canvas, or pure JavaScript 3D math.
* Show a rotating Earth with oceans, landmasses, clouds, atmosphere glow, night-side shading, stars, and satellites orbiting around it.
* Try to make the Earth terrain look realistic using procedural colors, shapes, height shading, or built-in generated texture data. Do not rely on external image files.
* Add camera controls so the user can fly around Earth with WASD/arrow keys and mouse drag.
* Add zoom in/out, rotate, reset camera, and pause orbit buttons.
* Include several satellites with orbit trails, labels, blinking lights, and different orbit speeds.
* Add a small HUD showing camera altitude, Earth rotation speed, satellite count, and selected satellite info.
* Let the user click a satellite to focus on it.
* Add optional visual effects like stars, sun glow, clouds, atmosphere, and city lights on the night side if possible.
* Clearly display your model family/name somewhere subtle in the UI.
* Before finishing, review your code, fix obvious bugs, and make sure Earth renders, camera controls work, satellites orbit, and the scene is interactive.