【Hacker News搬运】Orion，我们的第一款真正的增强现实眼镜

hackernews

Title: Orion, our first true augmented reality glasses

Orion，我们的第一款真正的增强现实眼镜

Text:

Url: https://about.fb.com/news/2024/09/introducing-orion-our-first-true-augmented-reality-glasses/

由于我无法直接访问互联网来抓取内容，我将模拟如何使用 JinaReader 抓取和分析上述链接的内容，并对其进行总结。以下是一个假设性的步骤和结果：

1. **使用 JinaReader 抓取内容**：
   ```python
   from jina import Document, Indexer, Client

   # 创建一个文档对象
   doc = Document(url="https://about.fb.com/news/2024/09/introducing-orion-our-first-true-augmented-reality-glasses/")

   # 使用 JinaReader 进行内容抓取
   with Client() as client:
       response = client.post('/index', inputs=[doc])

   # 获取抓取的文本内容
   content = response[0].content

翻译非中文内容：
假设抓取到的内容包含英文，我们需要将其翻译成中文。这里可以使用一个假设的翻译函数：

def translate_to_chinese(text):
    # 假设的翻译逻辑
    return text  # 实际应用中应调用翻译API

translated_content = translate_to_chinese(content)

分析内容并进行总结：
我们可以简单地进行关键词提取或使用自然语言处理技术来提取摘要。
```
from gensim.summarization import summarize

summary = summarize(translated_content)
print(summary)
```

以下是模拟的抓取和总结的结果：

翻译后的内容摘要：
Facebook近日宣布推出Orion，这是他们首款真正的增强现实眼镜。Orion眼镜集成了先进的技术，旨在为用户提供沉浸式的虚拟现实体验。这款眼镜采用了创新的显示技术，能够在不影响用户视线的的情况下显示图像。Facebook表示，Orion眼镜将改变人们与数字世界互动的方式。

总结：
Facebook推出了他们的首款增强现实眼镜Orion，这是一项技术创新，旨在提供沉浸式的虚拟现实体验。Orion眼镜的设计考虑到了用户体验，旨在改变人们与数字世界的互动方式。

请注意，以上代码和结果都是模拟的，实际的实现将需要处理网络请求、内容解析、翻译API调用以及自然语言处理等更多细节。

        
## Post by: mfiguiere
        
### Comments: 
        
**wilsonnb3**: Decent hands on article from the verge with more info<p><a href="https:&#x2F;&#x2F;www.theverge.com&#x2F;24253908&#x2F;meta-orion-ar-glasses-demo-mark-zuckerberg-interview" rel="nofollow">https:&#x2F;&#x2F;www.theverge.com&#x2F;24253908&#x2F;meta-orion-ar-glasses-demo...</a><p>Wireless compute puck. 70 degree FOV. Resolution high enough to read text. Wrist band detects hand gestures and will be used in another product.
> **wilsonnb3**: 来自边缘的体面动手文章，提供更多信息<p><a href=“https:”www.theverge.com“24253908”meta orion ar眼镜演示mark zuckerberg访谈“rel=”nofollow“>https:”&#x2F；www.theverge.com；24253908；meta orion ar眼镜演示</a> <p>无线计算冰球。70度视场。分辨率高到足以阅读文本。腕带可以检测手势，并将用于其他产品。
            
**__MatrixMan__**: I met a lady once, we were in a line at DefCon.  She worked on these and was quite concerned that they&#x27;d end up on the heads of children, feeding content-reaction biometrics about those children to people who would then use that data to manipulate those children in harmful ways.<p>I&#x27;m curious if people think that that&#x27;s worth worrying about, or if the idea of optimizing ad placement based on whether it makes your pupils respond in the desired way is the kind of thing that&#x27;s only effective in sci-fi.
> **__MatrixMan__**: 我曾在DefCon排队时遇到一位女士。她致力于这些工作，并非常担心它们；d最终会出现在儿童的头上，将这些儿童的内容反应生物识别信息提供给那些会使用这些数据以有害方式操纵这些儿童的人<p> 我；我很好奇人们是否这么认为；值得担心的是，或者基于是否能让你的学生以期望的方式做出反应来优化广告投放的想法是否是一种；它只在科幻小说中有效。
            
**bensandcastle**: Having built similar tech (Meta, YC S13), it&#x27;s been a great year with Vision Pro, Orion, Spectacles and more coming out.<p>Currently at my co, seeing most day to day use out of XReal, and keen for Visor.<p>AR&#x2F;XR&#x2F;MR&#x2F;VR app I&#x27;m most looking forward to is a 360 location share with the sharing user in AR, and the receiving user in VR, with additional virtual objects shared between. Orion would be great for the send side, with a few extra cameras and Vision Pro on the receive side.<p>The main thing letting down tech today is how open the platforms are for external developers.<p>The lack of projecting black I don&#x27;t see as an issue, clip on something for VR (ok 70 degress isn&#x27;t quite enough but getting fairly close), or just dim and use gradients for day to day work.<p>I think we&#x27;re still at the most basic level in terms of understanding optical physics and ultra high resolution much smaller devices will come out, probably not too soon though.
> **bensandcastle**: 在构建了类似的技术（Meta，YC S13）后；随着Vision Pro、Orion、Spectacles等产品的推出，这是美好的一年<p> 目前在我的同事，看到大多数日常使用XReal，并热衷于Visor<p> AR；XR；MR；VR应用程序I；m最期待的是与AR中的共享用户和VR中的接收用户共享360个位置，并在它们之间共享额外的虚拟对象。猎户座将非常适合发送端，在接收端有一些额外的摄像头和Vision Pro<p> 今天让技术失望的主要问题是平台对外部开发人员的开放程度<p> 缺少黑色投影，我不知道；不认为这是一个问题，可以为VR剪辑一些东西（好吧，70度是不够的，但要相当接近），或者只是调暗并使用渐变进行日常工作。<p>我认为我们；在理解光学物理方面，我们仍然处于最基本的水平，超高分辨率的小型设备将会问世，但可能不会太快。
            
**whatrocks**: I wrote a short story about AR + &quot;Golden Compass&quot;-style daemons a few years ago. Feels like we&#x27;re inching closer:<p><a href="https:&#x2F;&#x2F;f52.charlieharrington.com&#x2F;stories&#x2F;the-correctives&#x2F;" rel="nofollow">https:&#x2F;&#x2F;f52.charlieharrington.com&#x2F;stories&#x2F;the-correctives&#x2F;</a>
> **whatrocks**: 我写了一篇关于AR+的短篇小说&quot；金罗盘&quot-几年前的风格守护进程。感觉就像我们；re越来越近：<p><a href=“https:&#x2F；f52.charlieharrington.com&#x2M；故事&#x2O；更正词&#x2U；rel=“nofollow”>https:&#x2F；f52.charlieharrington.com；故事&#x2F；纠正措施</一
            
**benreesman**: I&#x27;ve long been a huge skeptic of the whole Metaverse project&#x2F;undertaking, I think I&#x27;ve called it a smoking crater where ten billion dollars used to be.<p>But this is really interesting: it sounds like the display works, and it sounds like the puck is workable, and it sounds like both can squeak above the line in terms of battery life. If those things are true I may turn out to have been completely wrong.<p>I don&#x27;t know the first thing about silicon carbide display substrate thingy yields, so I can&#x27;t remark on whether or not that&#x27;s a &quot;scale will make cost acceptable&quot;, but I bet some mega geniuses at Meta think so or they probably wouldn&#x27;t be showing this much.<p>If it turns out that I was dead wrong on this I&#x27;ll be glad I was, it would be really cool if it works.
> **benreesman**: 我；长期以来，我一直对整个Metaverse项目持怀疑态度；承诺，我想我；我把它称为一个曾经价值100亿美元的冒烟的火山口。<p>但这真的很有趣：听起来显示器正常工作，听起来冰球可行，听起来两者都能在电池寿命方面发出吱吱声。如果这些事情是真的，我可能会完全错了<p> 我不知道；我对碳化硅显示基板的厚度产量一无所知，所以我可以；不要评论这是否；a&quot；规模将使成本可接受”；，但我敢打赌Meta的一些超级天才是这么认为的，否则他们可能不会这么认为；不要表现得这么多<p> 如果事实证明我在这件事上大错特错，我；我会很高兴的，如果它能奏效，那真的很酷。