XnView Software

When can we expect a version of this?

I would like to begin viewing JpegXL files.

Would be nice if XnView MP was updated with the latest version of JpegXL.

Title pretty much sums it up, but basically, if you open a 16bit PNG and save it as a Lossless webp, it is downconverted to 8bit automatically without informing you. I would prefer to be able to save a 16bit Lossless WebP with Alpha channel.

Tested version 0.94 Beta 1 64bit on Windows 10 Pro

Okay, so, I just downgraded to version 0.85, which is the version I last remember using before v0.9...

I set my default program for opening photos to GIMP, then immediately changed it to XnView MP.

I was then able to open .webp files using version 0.85

I uninstalled 0.85, installed 0.93.1 x64 ...

Hi, I don't know if I've got a corrupted install of Windows 10, but, I figured I'd report this as a bug to see if others have experienced the same issue.

Problem:

When trying to open a .webp file from a Windows File explorer (or Directory Opus - tested both), WebP refuses to view. I just get an ...

I can confirm, XNView MP takes like, 10 seconds to open any file when double clicking from Explorer (in my case, I use Directory Opus File Manager).

Solution:
I downgraded from Version 0.88 to 0.85, and the problem resolved itself immediately. XNViewMP now opens up lightning fast. I made sure to ...

Add options for controlling Lossy compression.

Ensure that FLIF properly saves as 16bits/channel if the original image format is 16bits/channel.

Fast Decode Option for large images. I noticed that 4096x4096px FLIF files take on average, 6 times longer to display than a PNG with max lossless. That ...

Basically, whenever you save an image with XNView, you never quite know for sure what your resulting bits/channel or the total number of channels is going to be until after you've reopened the image for inspection.

So, as a safeguard, any time the user saves as an image format that forces the bits ...

Hi, I noticed that XNview MP Shows the total bits of all the channels. So, an 8 bit RGB image is 24 bits, and an 8 bit RGBA image is 32 bits. I find this to be rather unintuitive because at a glance, looking at the total bits per image requires doing a bit of breakdown to determine the bits per ...