Explainer Tutorial视频提示词

新機能のリリースに関してイメージ動画みたいなの作りたいんだけど、モーショングラフィックスとか作れる？ 参考はね、こういうやつ。（プロダクトローンチとかでよく見るUI動く系の参考のXリンク貼る） アップデート内容は、管理画面から音声テスト確認できるようになった（管理画面のスクショ貼る）

Can you generate a motion graphics explainer in the visual style of this post and using all its content? I will leave the details up to you. I want you to show off what you can do so you have full creative freedom within those styling constraints. I want to give this to my engineers at my company. I want you to be proud of the final product. Utilize the elevenlabs and remotion tools at your disposal and let me know if you don't see them for some reason. Use whatever you want in those tools to make the most polished product that you would be proud of. Source Article : Context Tax - X article from the article

帮我生成一段约 3 分钟的视频，解释太阳系的各大行星。做科普知识讲解，让高中生都能听得懂，解释完太阳系再讲解银河系的相关知识。画面要炫酷展现出浩瀚的宇宙，配上中英字幕。

create a 3d rendered video thats extremely detailed on the difference between spacex flight 13 sub orbital starlink satellite deployment

I want to make a video with only code, code audio, and code visuals on this handbook so that it becomes easy to understand. Maybe 2 minutes or 2.5 minutes overall. Think very deeply and come up with the best design that you can. World-class. You are very capable. Think outside the box.

请帮我上网研究大家怎么用 Claude Opus 5.5 制作动画，整理成一套清楚的操作流程，再用这套流程亲手做一部「如何用 Opus 5.5 做动画」的教学动画。 第一阶段：资料收集 1. 搜寻范围：YouTube 教学影片（可读字幕或说明栏）、X/Twitter、Reddit（r/ClaudeAI 第三阶段：制作教学动画 1. 内容：用动画呈现第二阶段整理出的流程，让没有经验的人看完就知道怎么开始。 2. 长度：约 【2-4】 分钟，分成 【5–7】 个段落（开场 → 各步骤 → 小技巧 → 结尾总结）。 3.

{argument name="question" default="今日何曜日だっけ？"}付きの30秒のかっこいいモーショングラフィックスで教えて（全力を出してください）

Create an interactive 3D house animation showing the construction process from Foundation through Skeleton, Systems and Envelope to Finished. Include an X-ray view that reveals the plumbing, power and air inside. Use Three.js and WebGPU.

Make a motion graphics video that explains how the First & 10 Yellow Line works.

Create an interactive explainer animation showing what happens when you ask an AI a question. Visualize the path from a phone, through fiber optic cables across the US, into a data center, passing through 8 GPUs, down to a single transistor, and back with the answer.

make a 20-second video about anything, your call; make it crazy. The photon is born in the Sun's core and bounces around for up to 170,000 years before it gets out. Then it takes 8 min 19 s to reach Earth, passing Mercury and Venus at their real light travel times, and ends up aimed at your pupil. Built in Remotion with no stock footage and no images. Everything is drawn in code. The soundtrack is synthesised from scratch by a Node script that reads the same bounce data as the animation, so every bounce you see is a click you hear.

Create a high-quality vertical 9:16 3D animated educational kids video in a bright, colorful, cute nursery-rhyme style. Main character: A cute adorable toddler boy, around 2 years old, with chubby cheeks, big expressive eyes, short light-brown hair, wearing a bright blue T-shirt with a playful “LOL Kids” style graphic and matching diaper/shorts. Keep the child’s appearance consistent throughout the entire video. Environment: A clean, bright indoor children's learning room with a glossy white floor, colorful geometric shapes scattered around the background, playful decorations, and a series of colorful doors. Use vibrant red, blue, yellow and green doors. Soft studio lighting, cheerful atmosphere, polished 3D cartoon animation, smooth reflections, high-quality Pixar-like children's animation aesthetic. VIDEO SEQUENCE: Scene 1 — A for Apple: The toddler stands in front of a bright red door with a large bold yellow letter “A” on it. He reaches toward the door handle and opens the door with excitement. Behind the door is a colorful apple-themed environment with red apples. Show the text “A - APPLE” at the top. The child looks surprised and happy. Scene 2 — B for Banana: Cut to a bright blue door with a large yellow “B”. The toddler walks toward it, reaches for the handle and opens the door. Reveal a playful collection of bright yellow bananas behind the door. Display “B - BANANA” at the top. Scene 3 — C for Cat: Show a yellow/orange door with a large red “C”. The toddler opens the door and a cute friendly cat appears behind it. The child reacts with excitement and curiosity. Display “C - CAT”. Scene 4 — D for Dog: Show a red door with a large yellow “D”. The toddler opens it and reveal a cute friendly brown-and-white puppy standing behind the door. The puppy happily looks toward the child. Display “D - DOG”. Scene 5 — E for Elephant: Show a blue door with a large yellow “E”. The toddler opens the door and a cute baby elephant appears. The elephant playfully raises its trunk while the child reacts happily. Display “E - ELEPHANT”. Scene 6 — F for Fish: Transition to a bright underwater-themed aquarium area. Show colorful orange fish swimming inside a large glass aquarium. The toddler stands beside it and looks excitedly at the fish. Display “F - FISH”. Scene 7 — G for Grapes: Show a green door with a large yellow “G”. The toddler opens the door and discovers a huge bunch of shiny purple grapes behind it. He points toward the grapes with excitement. Display “G - GRAPES”. Scene 8 — I for Ice: Show a red door with a large yellow “I”. The toddler stands beside the closed door, reaches for the handle and opens it. Reveal a playful icy environment. Display “I - ICE”. Scene 9 — J for Jelly: Show a blue door with a large yellow “J”. The toddler opens the door and reveal colorful jelly/jelly dessert behind it. The child points toward it happily. Display “J - JELLY”. Scene 10 — K for Kite: Show a red door with a la

请在当前项目做一支 15 秒的产品使用说明视频，使用 Remotion，竖版 1080×1920、30fps、共 450 帧。只用 assets 目录里提供的商品图和我给出的事实，不下载陌生素材，不补销售数据。 第 0 至 3 秒展示商品与一句使用场景。第 3 至 9 秒演示两步操作，每步只出现一个动作。第 9 至 13 秒展示结果，并保留能看清的停留时间。最后 2 秒显示产品名称，不加购买引导。 先列分镜与素材缺口，再做预览。字幕单独排版，动效以当前帧号计算。不要用真实时钟驱动时间线，也不要使用不固定的随机数。商品、文字、镜头时间分别配置，方便以后替换。 交付可编辑项目、启动与渲染命令、MP4，以及第 1、5、10、14 秒的静帧。缺少必要素材时停止并说明，不用假素材代替。

SPEAKER CAROUSEL <setup> Claude is connected directly to my open After Effects project through the AE MCP. Work inside the Inner comp where the speaker ring already exists. </setup>

Create a visually stunning 60-second video explaining how an earthquake happens through an interactive tectonic sandbox. Make it feel like we are watching someone explore a beautiful real-time simulation, not a slideshow or traditional educational video. Start with a clean 3D cross-section of Earth’s crust. Two tectonic plates slowly move against each other. Visualize the fault between them and show friction locking the plates while stress gradually builds. As pressure increases, make the simulation more intense: rock layers deform, stress zones glow, subtle vibrations begin, and a live seismograph starts reacting. Then trigger the earthquake. The fault suddenly slips and releases a massive burst of energy. Show seismic waves radiating outward through the ground, then transition upward to the surface where the landscape and a small city begin shaking. Visualize P-waves and S-waves traveling differently through the Earth, followed by the strongest surface waves. Show buildings reacting differently depending on distance from the epicenter. End by zooming back underground to reveal smaller aftershocks around the fault, then pull out to show the complete tectonic system. Use cinematic motion graphics, satisfying physics simulations, dramatic scale transitions, premium 3D scientific visualization, minimal typography, dynamic labels, smooth UI overlays and seamless transitions. The pacing should constantly evolve and reveal something new every few seconds so the full 60 seconds stays visually engaging. Make it feel like an Apple-quality interactive science visualization turned into a cinematic motion-design video.

[Task] Create a 60-second motion-graphic explainer video on the history of the printing press, from its origins to the present day. [Roles] - Higgsfield: creates every image in the video (still images only). - You: create all motion graphics and animation. [Style] Newspaper cutouts with mixed-media collage, highly polished: layered paper cutouts, torn edges, halftone textures, soft shadows, and bold editorial typography. [Rules] - Keep every fact and date accurate. - No text inside the Higgsfield images. Add all text yourself as animated typography. - Keep the look consistent across every scene. - End on the opening frame so the video loops. Never end on a hard cut.

Turn a 2025 neuroscience study about strangers' brain reactions to movies growing closer into a 60-second film and interactive lab. One HTML file.

Create a 30-second ultra-realistic cinematic documentary sequence depicting the construction of the Great Pyramid of Giza, as if the footage was secretly captured on an early-2000s consumer DV camcorder. The entire video should feel like authentic recovered historical footage—not a polished modern film. 0–5s — Establishing Shot Handheld DV-camera footage opens on the enormous Giza construction site at sunrise. Hundreds of workers move across a vast sandy landscape while the unfinished pyramid dominates the background. Wooden scaffolding, ramps, ropes, sledges, stone blocks, dust and activity fill the frame. Slight camera shake, imperfect autofocus, low-resolution DV texture, natural exposure shifts and subtle lens flare create genuine early-2000s documentary realism. 5–10s — Moving Through the Workers The camera operator walks closer through the construction site. Workers strain together to pull a massive limestone block along a wooden sled while others shout instructions and coordinate the ropes. Sand kicks up around their feet. The camera briefly struggles to focus as people pass directly in front of the lens, making the footage feel spontaneous and unscripted. 10–16s — The Construction Process A closer handheld shot reveals workers hauling enormous stone blocks up a massive earthen ramp toward the rising pyramid. Wooden rollers, ropes, crude tools and temporary structures surround them. Sweat, dust and exhaustion are visible on their faces. The camera pans upward, revealing the staggering scale of the unfinished monument. 16–22s — Human Moment The footage moves into a crowded work area. A group of workers pauses briefly beside a freshly positioned limestone block, breathing heavily and covered in dust. One worker looks directly into the camera for a moment before returning to work. Behind him, dozens of others continue the construction, creating a powerful sense of scale and human effort. 22–27s — Epic Reveal The camera slowly backs away and rises slightly, revealing the immense pyramid under construction, surrounded by thousands of workers, ramps and organized building activity. Golden sunlight cuts through airborne dust, creating natural volumetric rays. The unfinished structure feels monumental and almost overwhelming. 27–30s — Documentary Ending The camera turns toward the pyramid’s upper levels as workers continue moving stones against the glowing sky. The operator lowers the camera slightly; the image becomes shaky and briefly overexposed by the sun. End abruptly like an authentic recovered DV recording. Visual Direction: Ultra-realistic ancient Egypt, physically accurate materials and human movement, authentic limestone, sand, wood and rope, natural sunlight, realistic dust and sweat, practical construction methods, documentary camerawork, imperfect handheld movement, early-2000s DV compression, inte

Italian amphitheater, tour guide to camera: “Qui cantavano migliaia di persone.”

Create a high-quality 15-second vertical 9:16 3D animated educational kids video in a bright, colorful, cute nursery-rhyme style. Main character: A cute 2-year-old toddler boy with chubby cheeks, big expressive brown eyes, short light-brown hair, a bright blue T-shirt, yellow shorts, and colorful sneakers. Keep his appearance perfectly consistent throughout the entire video. Story concept: The toddler discovers a glowing magical map and follows it on a very short learning adventure to help a cute rabbit find three missing fruits. 0–3 sec — The Discovery The toddler is playing in a colorful room when a glowing rainbow map suddenly appears. The map shows three missing fruits: 🍎 Apple 🍌 Banana 🍊 Orange A cute rabbit appears looking worried. The toddler points toward the map and excitedly begins the adventure. 3–6 sec — Find the Apple Fast magical transition into a colorful fruit garden. A shiny red apple falls gently from a tree. The toddler catches it and smiles. Display large clear text: “APPLE 🍎” 6–9 sec — Find the Banana The toddler runs a few steps and notices a bright yellow banana. He picks it up happily. Display: “BANANA 🍌” 9–12 sec — Find the Orange A bright orange rolls across the grass toward the toddler. He stops it with both hands and laughs. Display: “ORANGE 🍊” 12–15 sec — Happy Ending The toddler places all three fruits into the rabbit’s basket. The rabbit jumps happily. A colorful rainbow appears behind them. The toddler and rabbit wave toward the camera. Display: “Great Job! 🌈” Animation: Fast but smooth storytelling, natural toddler movements, expressive reactions, accurate hand-object interaction, playful running, picking up fruit, smiling, pointing, and waving. Camera: Vertical 9:16, quick child-height tracking shots, gentle push-ins, clear close-ups of each fruit, smooth magical transitions, no confusing cuts. Visual style: Premium polished 3D children’s animation, vibrant colors, soft cinematic lighting, glossy surfaces, cute rounded shapes, cheerful preschool atmosphere, clean backgrounds, expressive character animation. Important: Keep the entire video within 15 seconds. Use only one main action per shot. Keep text large and readable. Do not overcrowd scenes. No character morphing, extra fingers, duplicated objects, inconsistent clothing, flickering, warped fruit, or sudden background changes.

I need a 1-minute motion graphics video about the history of AI up to today, with a short introduction. Your role is a motion designer. Go all-in.

make a dynamic 30-seconds motion graphic video about the distilbook like a product explainer the video has to be very incredible (product url) https://t.co/BcbRbZVf1d

素材是 NVIDIA Blackwell GPU：走进数据中心、开启服务器、拆解显卡，穿过电路、晶体管，一路下探到单个硅原子。 全部打包在单个HTML文件，浏览器直接打开就能跑。

make a dynamic 20-second motion graphics video for fundmycompute that gives an overview of the platform and shows what an incredible motion designer you are