Keep on to blur preview images; turn off to show them clearly
Figured out the workflow for the "dream POV" AI videos ✨ It's insanely simple. These are all text-to-video on Sora 2, and the prompts are short descriptions of the action. E.g. "gopro style footage of snowboarder doing parkour on the roofs of NYC, which is covered in snow"
Partner @a16z AI 🤖 and twin to @omooretweets | Investor in @elevenlabsio, @krea_ai, @bfl_ml, @hedra_labs, @wabi, @WaveFormsAI, @ViggleAI, & more
RT @marclou: 2nd startup acquired on my new marketplace 🎉 I guess I'm building a new business now.
💻 https://t.co/Y30jsaHwz9 $30K/m ⚡️ https://t.co/vatLDmi9UG $21K/m 📈 https://t.co/3EDxln5mdi $17K/m ⭐️ https://t.co/MZc8tG9xWi $17K/m 🍜 https://t.co/r07EpGSYJ2 $1K/m 🧬 https://t.co/SfrVXVtmdA $0/m 🧾 https://t.co/7olaOzV8Xd $0/m +20 https://t.co/4zCWHGJp1S
🎁 后续：收到了 800 引荐积分。 🚗 这是我的引荐码，提供全流程的特斯拉“安利服务”，欢迎来找我玩：https://t.co/uYtwOHE1mn
6X Studio 创始人 | @fyfyFM 枫言枫语播客主播 | 前腾讯微信设计师 📱 App：@LockLauncherApp、@MenubarX、2Camera、@AppChatX、StickerX、钢琴小组件、桌面计算器等 🎙️ 中文播客榜 https://t.co/w0pn19L5cS (一人公司，诚邀独立开发者合作）
Paper: https://t.co/jyZpCs1fsp Project: https://t.co/gohQAXWINW Code: https://t.co/gohQAXWINW
Founder and CEO of https://t.co/5MjtfpwEU3 | Your guide to radiance fields | Host of the podcast @ViewDependent | FTP: 279 | discord: https://t.co/lrl64WGvlD
RT @indie_maker_fox: 4️⃣ Affonso：$299 买了1年会员，用于MkSaaS的分销 https://t.co/cCLk9tFZgl 5️⃣ SaaSBoilerplates：$107 买了3个月首页的广告位 6️⃣ Trancy：$30 沉浸…
🔥 The best AI SaaS boilerplate - https://t.co/VyNtTs0jSX 🚀 The best directory boilerplate with AI - https://t.co/wEvJ1Dd8aR 🎉 https://t.co/bh1RxeERuY & https://t.co/zubXJCoY92 & https://t.co/tfQf8T7gGF
![MeshSplatting: Differentiable Rendering with Opaque Meshes
Contributions:
(i) An end-to-end optimization of mesh-based scene representations retains visual quality while training 2× faster than current state-of-the-art methods.
(ii) Rather than a polygon soup, we generate a connected mesh by refining the vertex locations of a restricted Delaunay triangulation.
(iii) Triangles are naturally connected to each other, and quantities stored within vertices are smoothly interpolated across each triangle.
(iv) The optimization is aware that the triangles should be opaque, allowing direct high-quality rendering in standard game engines (see Fig. 1), opening the door for classical techniques like the use of depth buffers and occlusion culling [1, 22].](/_next/image?url=https%3A%2F%2Fpbs.twimg.com%2Famplify_video_thumb%2F1998271496784166912%2Fimg%2FX9pdW6ji44x3cpi3.jpg&w=3840&q=75 "MeshSplatting: Differentiable Rendering with Opaque Meshes
Contributions:
(i) An end-to-end optimization of mesh-based scene representations retains visual quality while training 2× faster than current state-of-the-art methods.
(ii) Rather than a polygon soup, we generate a connected mesh by refining the vertex locations of a restricted Delaunay triangulation.
(iii) Triangles are naturally connected to each other, and quantities stored within vertices are smoothly interpolated across each triangle.
(iv) The optimization is aware that the triangles should be opaque, allowing direct high-quality rendering in standard game engines (see Fig. 1), opening the door for classical techniques like the use of depth buffers and occlusion culling [1, 22].")
MeshSplatting: Differentiable Rendering with Opaque Meshes Contributions: (i) An end-to-end optimization of mesh-based scene representations retains visual quality while training 2× faster than current state-of-the-art methods. (ii) Rather than a polygon soup, we generate a connected mesh by refining the vertex locations of a restricted Delaunay triangulation. (iii) Triangles are naturally connected to each other, and quantities stored within vertices are smoothly interpolated across each triangle. (iv) The optimization is aware that the triangles should be opaque, allowing direct high-quality rendering in standard game engines (see Fig. 1), opening the door for classical techniques like the use of depth buffers and occlusion culling [1, 22].
Paper: https://t.co/jyZpCs1fsp Project: https://t.co/gohQAXWINW Code: https://t.co/gohQAXWINW