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It exclusively happens when entering one room and going into another. It's very random. Genuinely, anytime, anywhere, without warning. All that happens is, it freezes on the in game clock loading screen and a capcom crash report pops up.

引用自 SirCampalot：

引用自 Ankido：

I've heard claims that PVP dominates Dune and removing it would ruin the game. Let's test that. I propose Funcom creates separate PVP and PVE servers to see which ones attract more players. After all, the Deep Desert is tied to servers, right? If PVP servers end up more populated than PVE, I'll delete my Steam account. I guarantee PVE servers will see Medium to High population, while PVP servers will languish in Low.

You could have a look at private PvE and private PvP servers threads. Iirc the one private PvP server thread was kinda dead while multiple private PvE server threads were doing well, the difference was really quite pronounced.

And don't forget to provide us with actual proof, thanks.

If it's an odd day since January 1st 1970, it should be alpine, otherwise mesa.

引用自 X：

Stop calling it pvp. It's just griefing and pve. Devs need to fix this quick. Missiles and storage are much needed. Also limit the amount of missiles that can be carried to a realistic number.

Greifing appears to be anyone who attacks you without asking on this sub.

引用自 AlexGK：

Umm... I dont get this issue.

If you want no simulatenious moves in a single player, why not just not use it as such? Just wait 10-15 seconds after a new turn for all AI to have their moves and thats it? Assume you are last to have a turn and thats it.

Unless you want your first turn advantage, is that what this is all about?!?
If you can really call it an advantage anyway - as its much easier to react than act. I do exaclty this (assume I am 8th in a 8 player map) and have no issues.

In a multiplayer you have real humans - you can decide who goes after whom and organize the wait game. While people can still do stuff in their towns or unrelated stuff to speed things up - just no messing with the map.
The lack of option to force turns does not stop you from having that type of gameplay if you want, as it is now.

There are real differences between those things with the way the game is implemented. For instance, if we look at the way armies retreating works - if an army attacks yours, and you retreat, you will have 0 movement points left on it because retreating takes away all of your movement points for the turn. Then you end turn, and wait for the enemy and they attack your army again because you couldn't move it away and it dies.

Now, if you try to attack an enemy army, and it retreats, then you end turn.. if you wait for the enemy to act, they will have movement after retreating, and they can escape your army. This creates a huge asymmetry where your armies can never really escape from enemies but theirs always have the opportunity to escape from yours.

There are also cases where an enemy sometimes doesn't spend all of their movement points while you're waiting (especially hostile minor factions), where they might interrupt your turn even if you waited for a while before taking your turn.

Are you using controllers?

poor PPE and ERU

Thank goodness I don't use Windows 11.

引用自 Frost：

That along with "manipulative, dishonest and disgusting pre-release marketing tactic"

https://www.youtube.com/watch?v=A5bw4CmLZcY

From the same channel that brought you:

https://www.youtube.com/watch?v=EuVp2QvC7Xs

引用自 PhoenixFury：

Calculating fluid sloshing mechanics globally for all pipes can't be very efficient, can it? If pipes are going to behave 'unrealistically' in an automation game by intent (and this is a perfectly reasonable expectation, by the way), I'd personally prefer a solution that used the minimal CPU load given the number of machines operating consistently throughout the factory and its sattelites.

Constantly getting the delta of each pipe segment and dynamically adjusting their flow rates and directions feels like it's a bit too much work for what you get, at least IMO.

I suspect the fluid calculations are done for each section of pipe. So having one long continuous pipe is better than having many segments making up that long pipe.