Use some other algorithm and it'll look blurry. Without hi-res images, it's either pixelated or blurry. I think pixelated is better choice.Apple uses probably a low-quality algorithm, like the nearest-neighbor interpolation algorithm...
Use some other algorithm and it'll look blurry. Without hi-res images, it's either pixelated or blurry. I think pixelated is better choice.Apple uses probably a low-quality algorithm, like the nearest-neighbor interpolation algorithm...
AFAIK, websites are not related to retina. Websites are a kind of special file servers (web servers) that serve HTML pages, images, stylesheets, scripts,... which are rendered by your preferred browser. Are you using Safari or another browser? If I am not wrong, Safari is retina aware.
I guess I just don't get it. My iPad has a retina display and websites look great with it. Why can't! Or doesn't, the MBP do the same thing?
"I have never felt this emotional about upgrading"
did you actually cry?
what the hell are you on about? nothing you said was even remotely accurate.
Websites used to be coded to look best on 640x480 displays. When people started getting 800x600 or 1024x768, pictures were either tiny or blown up and pixellated. The web caught up, and it will again.
Right now, Retina is one high-priced model from one manufacturer. Within a few years it'll be standard on medium and higher laptops.
For all those saying that Apple brought the retina displays too early, do you understand what you are saying?
...
Being stubborn and saying only '10% of my userbase is on a rMBP' is downright short sighted. You plan for the future, and that future is now. That userbase will take notice of your low resolution website and they'll try to avoid it in the future. You've already started losing visitors.
Just my opinion.
Eurgh... Deleted comment again. Understanding PPI is much harder than I thought... need to do a few tests.
I'm not a designer, but - why do people even worry about dpi settings in image editing programs when it seems obvious dpi applies to print, not websites. I'd worry about resolution of an image instead. Will images be displayed differently on websites just because of different dpi figure? I dont' think so. If I'm wrong, someone please correct me.
A test: new image -> resolution: 1000x1000, now set dpi to anything you want. Resolution stays the same, only thing that changes is print size.
I think it will require the patience of a monk, I might be wrong but here we are in a high tech website for example and the quote, rating, post reply buttons of the forum become blurry even on a cmd + , good luck with making adjustments for retina...
Is resolution always 2880x1800 (not talking about games), just with x2 UI elements so even though size of elements is exactly the same as on last-gen 1440x900 display, 2880x1800 is used and if you are looking at an image from your camera on display, every pixel from image will be represented by one pixel on display?You're right about patience. The biggest challenge (reading this forum) is going to be explaining what the issue is to people who think that the MBPr is just a higher resolution display than normal. But, like doing layout with tables, it'll all be over in another five years and good websites will be serving appropriate resolution images to a range of devices from iphones to display walls.
The scary thing is how I don't think the Internet is ever going to be ready. Unless I'm underestimating how feasible it is to code websites so it can swap between high-resolution and standard (72dpi) images based on display type.
Is resolution always 2880x1800 (not talking about games), just with x2 UI elements so even though size of elements is exactly the same as on last-gen 1440x900 display, 2880x1800 is used and if you are looking at an image from your camera on display, every pixel from image will be represented by one pixel on display?
I just threw up in my mouth a bit.
Yeah, so, resolution is always (games excluded) 2880x1800. Now if I go online and meet an image with 100x100 resolution, how will it be displayed? Every pixel of image has its own pixel on display? Or one image pixel is displayed as 4 pixels on display?If it helps (I've been researching PPI and the retina display for like the entire day).
Resolution is always 2880 x 1800. It's just scaled down to resolutions which make sense on the 15" screen. The extra pixels are used to make these resolutions sharper.
I figure tillsbury can answer the rest.
Yeah, so, resolution is always (games excluded) 2880x1800. Now if I go online and meet and image with 100x100 resolution, how will it be displayed? Every pixel of image has its own pixel on display? Or one image pixel is displayed as 4 pixels on display?
It seems like he has improper understanding of resolution. He says there is no such thing as 2880x1880 resolution on new MacBook Pro. But there is. As long as every pixel can be used to display different color, there is. Just because element size is same as on last-gen MacBook pro doesn't mean resolution isn't 2880x1800.To catch you up on where I am... this article is a fantastic read to understanding the resolution in depth.
http://news.cnet.com/8301-33620_3-5...a-look-how-much-the-new-macbook-pro-displays/
It seems like he has improper understanding of resolution. He says there is no such thing as 2880x1880 resolution on new iMac. But there is. As long as every pixel can be used to display different color, there is. Just because element size is same as on last-gen MacBook pro doesn't mean resolution isn't 2880x1800.
Searching for other answers...
Edit: It seems like low resolution images are not shown 1:1 on display. I don't get it, I really don't get it.
As far as I know everything is scaled down x2 (for 1920 x 1200, for better quality). I didn't read the guys opinion on the iMac but as far as what he mentioned about the rMBP I trust him. He's from cnet for gods sake lol. Reading the comments, might help too.
Actual resolution IS 2880x1800. Elements are matching the resolution.
He said: resolution is not 2880x1880 - pixel density is. Now, pixel density has very unique meaning: number of pixels per unit of length (inch, centimeter, meter).
Because someone is from cnet doesn't mean he understands every topic completely. Logic wins and I'm looking for logical explanations.
Not quite sure what you're talking about here. Maybe you can elaborate. With an image, for example, if you leave its size to the web browser the browser will size it to the dimensions of the original image, and unless viewed independently, the image will not be resized by the browser.Perhaps the sad thing is that the HTML was originally intended to describe content by function and the browser was responsible for determining how it looked. When the Internet went commercial, the sites were concerned with presentation and presentation was forced. An image was forced to be 25% of the display width, for instance, rather than a certain number of pixels wide, such as the width of the original image. Images (or worse, flash) replaced text to get full control over placement. Now we are paying the price. It's already been happening because of the small screens of handheld devices. Websites are coded to match the presumed display. It doesn't have to be. The browsers are all capable of doing layout themselves if the websites let them!