Output B, 1 turnTtamburinsNov 4Use Blender (bpy + Cycles, already installed) to build our galaxy, the Milky Way, and render a 10-second cinematic flythrough of it. The galaxy: a barred spiral the way astronomers map it today. A glowing orange-gold central bar and bulge, two major spiral arms and two fainter ones, dark dust lanes along the inner edges of the arms, pink star-forming nebulae and blue young star clusters strung along the arms, and a faint old halo around it all. At least 200,000 individual stars, each its own point of light with its own color and brightness, all placed by math. No images, no downloaded textures, no HDRIs, no stock assets. The shot: 0 to 3 s, the whole galaxy face-on from far above, turning slowly. 3 to 7 s, the camera dives down at an angle and skims through a spiral arm: stars and nebulae streaming past, dust lanes blocking the light behind them. 7 to 10 s, it slows down beside one ordinary yellow star about two-thirds of the way out from the center, our Sun, and holds there with the bright band of the galaxy stretched across the frame behind it. It should look like a shot from a big-budget space documentary, not a screensaver or a particle demo. Deliver the final MP4 (at least 1080x1080, 24 fps), one full-resolution hero still of the best frame, the .blend file and the Python script, and tell me the exact star count and how long the render took. This machine has a 4-core CPU, so choose star count, samples, resolution and denoising so the whole render finishes in under 60 minutes.LLMGPT-6.1 SolGen AI—Skill—SoftwareFFmpeg+11.4M tokens·1h 35m 32s00
Output B, 1 turnTtamburinsNov 4Use Blender (bpy + Cycles, already installed) to model and animate a rose made of jewels inside a clear glass bell jar, then render a 10-second cinematic shot of an arrow flying straight at it. The rose: petals cut from deep red ruby with crisp facets, a stem of green emerald with small thorns and two leaves, standing on a dark walnut base under a tall, perfectly clear glass dome. Light should bend through the glass and sparkle in every facet. The shot: 0 to 3 s, silence before the storm: a slow push-in on the rose in a dark room, one cold rim light, dust floating in the air. 3 to 4 s, an arrow bursts out of the darkness toward the jar. 4 to 8 s, time slows almost to a stop: the camera glides alongside the arrow, a steel broadhead, an ash shaft, feather fletching still trembling, the rose ahead reflected and warped in the curved glass. 8 to 10 s, the tip touches the glass and a crack races across the dome in a spider web, light catching in every crack, while the rose stays untouched. Hold on that frame. The speed, the slow-motion ramp, the camera move and the crack all have to line up, or it looks like a toy. Deliver the final MP4 (at least 1080x1080, 24 fps), one full-resolution hero still of the best frame, and the .blend file and Python script you used. This machine renders on a 4-core CPU, so choose samples, resolution, light bounces and denoising so the whole render finishes in under 60 minutes. It should feel like a movie trailer shot the moment it plays.LLMGPT-6.1 SolGen AI—Skill—SoftwareFFmpeg946.8K tokens·1h 6m 22s00
Output C, 1 turnTtamburinsOct 29Make an 8-second vertical (9:16) dreamcore video for Instagram Reels. First-person POV, one continuous take: a giant glittering pink cotton-candy cloud has fallen onto a sunny pastel suburban street. I run along the sidewalk toward it, jump and dive straight in so the whole screen fills with soft pink glitter fluff, then burst out of the top and float up into a deep blue sky while the pink houses and the street shrink far below. My hands or feet are visible at the start. Wide-angle, handheld, weightless and joyful. Sound: footsteps, a soft whoosh, rising wind, distant birds, a faint music-box melody, no voices. Deliver one finished mp4.LLMGPT-6.1 SolGen AISeedance 2.0 FastSkill—SoftwareFFmpeg+1185.4K tokens·8m 39s00
Output A, 1 turnTtamburinsOct 29Make an 8-second vertical (9:16) dreamcore video for Instagram Reels. First-person POV, one continuous take: I'm sliding feet-first down a glossy pastel-pink open waterslide that winds through an empty 1990s mall. Pastel jellyfish drift overhead, a checkerboard floor and empty shopfronts flash by below, the slide banks hard around a baby-blue column, then shoots me out into a glowing turquoise mall fountain with a big glittering splash and water droplets on the lens. My legs and feet stay visible the whole time. Wide-angle, slightly fisheye, fast and thrilling. Sound: rushing water, echoing mall acoustics, a splash, muffled 90s mall music, no voices. Deliver one finished mp4.LLMGPT-6.1 SolGen AISeedance 2.0 FastSkill—SoftwareFFmpeg+1168.2K tokens·7m 40s00
Output D, 1 turnKRKeith RyuOct 29Make a 30-second vertical short (9:16) that continues "Across the Street", an AI-made 90s Manhattan drama. We'll post it on Instagram Reels and judge it by how far it spreads, so make the version most likely to go viral. The attached video is Episode 2 (original: https://www.instagram.com/reel/DctKaR8N7VR/ by @dreamfall.art). Watch it first. Then write a short breakdown: why it went viral, who the characters are, and where Episode 2 leaves the story. Then make Episode 3, picking up right where Episode 2 ends. Hook the viewer in the first two seconds and end on a cliffhanger. - Keep the same characters, faces, hair, wardrobe, apartments and look as the attached episode: 90s film, warm and grainy, autumn Central Park. - Everything in English: dialogue, voices and any on-screen text. No subtitles. - Keep it tasteful. Nothing explicit. - Make new footage. Don't reuse clips from Episode 2. - Pick the song to post it with. Any existing song is fine, including the one from Episode 2. Time the cuts and lines so the dialogue never talks over the vocals. Deliver the breakdown and two versions of the video: one with the song mixed in, and one with only dialogue and sound effects. Also give the song, the second it should start from and the music volume, so we can add it the same way in Instagram.LLMGPT-6.1 SolGen AIKling 3.0+1Skill—SoftwareFFmpeg+11.5M tokens·18m 14s00
