阿㊣
2018-10-10 12:35:32
both phones are coming with a near-identical set of front-facing and rear-facing cameras that are powered by artificial intelligence. That allows them to do all sorts of algorithmic work behind the scenes, all powered by what Google calls its new Pixel Visual Core chip.
我不在
2018-10-10 12:54:37
有，後置鏡頭新sensor，同埋加咗flicker sensor，Pixel Visual Core做晒HDR+處理 https://www.wired.com/story/google-pixel-3-camera-features/
To be sure, some of the improvements to the Google Pixel 3 camera come from hardware upgrades. The front-facing camera now consists of two wide-angle, 12-megapixel camera lenses, better for wide-angle selfies. A slider tool below the viewfinder lets you adjust how wide you want the shot to go. The 12.2-megapixel rear camera has been improved, and the camera sensor is a “newer generation sensor,” though Reynolds conceded that it “has a lot of the same features.” The Pixel 3 also has a flicker sensor, which is supposed to mitigate the flicker effect you get when you’re shooting a photo or video under certain indoor lighting.
https://www.androidcentral.com/google-pixel-3-review
For standard photos, everyone will benefit from improved HDR+ processing thanks to the Pixel Visual Core. This dedicated image chip, which was present in the Pixel 2 and 2 XL, now handles all HDR+ processing — and you'll be able to notice the 40% speed increase, particularly with burst photos. There's also a new spectral sensor to interpret various spectra to aid in color accuracy, and a new flicker sensor to help reduce banding and visual issues when shooting in bad lighting. Google's extremely confident that it's improved image quality, and I can't wait to try it out for myself.
Google added amazing new features purely in software — and let it all run 40% faster on the Pixel Visual Core.
When lighting conditions aren't great, Google's now leveraging its HDR+ processing and the PVC for a new mode called "Night Sight." When you swap to Night Sight, the camera adjusts its capture and processing to make the most out of any available light to process multiple frames while focusing on brightness rather than pure dynamic range as HDR+ normally does.