I assume that is because of the model you are printing and a bit because of the filament itself. Some layers seem to need more filament (top, bottom layers) then there might be infill and then there is the hollow part. The more filament per layer the faster the color transitions. I assum the darker red band towards the bottom is just part of the filament. If you want the smoothest transition you should print something that has pretty consistent layers like either something solid (infill is okay as long as it isn’t something like adaptive infill) or a vase mode print.

I am very happy with Kagi. Can recommend. In the end someone has to pay for the service. With Kagi I know I don’t pay with my data but with money.

Most people don’t want to pay for AI. So they are building stuff that costs a lot for a market that is not willing to pay for it. It is mostly a gimmick for most people.

Why do you want to disable updates? Just don’t. It’s unsafe. For you and others.

Then post some please.

I don’t see how they can recover from that. They will get lawsuits from all around the world.

In my opinion NAT is a hack that makes lot of things harder than they should be. STUN and TURN are services that are created because there is no easy way to connect two hosts between different NATs. UPnP for port forwarding is another. CG-NAT is even worse. I have heard of so many people having problems with it.

Breadcast is messy. It is like screaming into a room and waiting for an answer. Multicast lets the computer decide if it wants and needs to listen to a specific group message.

IPv4 didn’t have cidr from the beginning. They only had classes. IPv6 was designed with complex routing and sub routing in mind.

They never wanted to worry about address space size again. And this makes subnetting much easier. I have a /56 allocation so I could do 256 /64 subnets. I hope that at some point home routers will have the option for seperate subnets built in. This way you could easily have guest, IoT, work or whatever networks without NAT.

One thing you have to consider though is that the minimum network size that allows autoconf is /64 and that because of the privacy extension a device usually has 3-4 IPv6 adresses.

IPv6 changed some things. First and foremost it has a huge address space:

• IPv4: 4294967296 (2^32)
• IPv6: 340282366920938463463374607431768211456 (2^128)

Then they simplyfied some things:

• Removed Broadcast in favor of Multicast and Anycast
• Added autoconfiguration without a DHCP server
• Better subnetting support

And much more

IPv6 traffic is globally steady at around 37%. So it isn’t a majority by far.

The perpetual chicken egg problem of IPv6: many users don’t have IPv6 because it’s not worth it because everything is reachable via IPv4 anyways because IPv6 only service don’t make sense because they will only reach a subset of users because many users don’t have IPv6…

Germany does tip sometimes. But mostly we round up to the next thing that feels right. For me it is usually between 1-5€, but I never tip a percentage or use the tip option on a payment terminal. Sometimes I just don’t tip. It is never a problem. It is a bonus not a necessity here.

OMG Boobs! Does nobody think of the Children?!?!?!?!

Pathetic

Only if you have enough starting capital to skirt through life without a worry.