Ashwinning's comments

This looks really awesome! But same question here:

GSheets has let me write JS (Google Script) in the spreadsheet (w/ multiplayer, free db & API hosting like features with a little bit of JS, ++) and now has some Gemini support rolling in.

Excel is rolling out support for Python and Jupyter as well.

I'm trying to wrap my head around who the ideal user/customer is here w/ a hair on fire problem, and what problems are being addressed that are overlooked by the 2 most popular spreadsheet tools.

Holy wow, opened this on my phone and it was like unity editor was running on mobile with a smooth 3D viewport!

Gotta give this a shot on desktop later.

Exponent.energy does just that

Depends on how angry you are with said office building. https://en.wikipedia.org/wiki/2010_Austin_suicide_attack

Good luck, looking forward to see your upcoming photo sharing and enterprise chat apps in the near future! (P.S. I don't make the rules)

Man, they burnt through that $50M from Amazon pretty fast.

Any proof?

"blocking GitHub is not really a viable option" he said. Tell that to the world's craziest democracy - India, which banned GitHub, Vimeo, Pastebin and a bunch of others in December last year. Some bans were lifted later. Source : http://www.zdnet.com/article/india-blocks-32-websites-includ...

An article talking about the "walled garden" of app stores, behind a paywall. Classic.

Oh yeah, sorry about that, I forgot that it's hard to see the advantage in video playback. However, in games, when rendering a Full HD frame twice (with different settings/specifications), you would see a huge advantage in terms of the memory & some benefits in the amount of processing power required.

So wait, they're paying illegal websites to advertise that those websites are illegal? Starts working on an illegal website

Well, display hardware isn't the problem. 4K, 8K, there's no end to it. Cascaded displays using multiplied layers seem to help achieve benefits like sharpness at super high resolutions & effectively smoother results at low frames per second (staggered) video playback. This helps remove a major obstacle that high-res display technologies will face in the short term, which is processing power. Presently, high-end graphics cards can barely crank out 30 FPS at 4K resolutions for games. Also, any compression artifacts etc. in textures are much more pronounced on high-res/big sized displays. While requiring the need to change the workflow (of game development) a little bit, cascaded displays can potentially help render higher resolution, better quality/sharper images at lower frame-rates (i.e. much more cheaply) while still providing that 60fps feel.

Personally, if this takes off, I can see it saving the XBox One's ass, as a lot of the complaints from gamers have been regarding it's inferior capabilities for rendering high-end games (It renders many games at 720p 30 frames/second, while Playstation 4 is able to crank out 1080p for the same titles), and also, play another factor in prolonging the shelf life of the present generation of consoles, by enabling them to deliver much better graphics with the same hardware. Kind of like what Normal Maps (among other things) did for Xbox 360 & PS3, you can see the difference in graphics between a game released in 2005 vs a game released in 2013 on the same hardware. Among a lot of other factors, that was why it took 7 years before we saw the next generation of consoles being released. Comparatively, the Xbox 360 came out within 4 years of the release of the original Xbox.

TL;DR - It's not about the display hardware itself, it's about the ease of rendering graphics to meet the demands of high-end display.