The big Ark: Survival Evolved expansion Extinction is set to go live today, adding a brand new map and massive mega-dinosaurs to the game, and finally concluding the story that began, and will end, on the ruined world we call Earth.
The launch trailer sets up the story in broad strokes: Earth looks like it used to be a pretty nice place, but it's clearly suffered from neglect in recent years. It's also got a bit of a pest problem, which you and your dinosaur pals are apparently going to have to sort out. The trouble is that as big as your helmet-head T-rex looks compared to you, so do they appear when stacked up against the colossal creatures called Titans that are now roaming free on our former homeworld.
The solution? Build a Mek that's even bigger. Which doesn't strike me as a particularly efficient way of handling the problem—hasn't anyone around here heard of air power?—but it should make for some pretty cool "let them fight"-style moments.
The dungeon-boss Titans are the centerpiece of Ark: Extinction, but it will also add new creatures like the balloon-like Gasbag, the frosty, flying Snow Owl, and the spine-firing Velonasaur. New technological additions include Pokemon-esque Cryopods, which will enable players to store tamed creatures and carry them around in inventory, and chasm-spanning Tek Bridges, while Orbital Supply Drops will deliver gear and resources in the field—which Element-corrupted dinos will probably want to fight you for.
Existing Ark: Survival Evolved characters can be transferred from their current servers into Extinction, but items and tamed creatures cannot; characters, items, and tames can be transferred out of Extinction onto other maps, however. Studio Wildcard said that process will be identical to that of the previous Scorched Earth and Aberration expansion. As for an exact start time, that's a bit mushy at the moment: The developers said they'll be rolling it out slowly, beginning with North American and European servers.
"We will be releasing an initial start batch of servers, and bringing more servers online as needed so please be patient for us during this period. The servers will be the standard 70-player cap. Extinction will be included in all CrossARK clusters (except 'TheHundred'), as well as Conquest and Small Tribes servers," Studio Wildcard explained on Steam.
"Extinction will not be supported in Primitive Plus on launch, but it is something we will consider looking into at a later date. Extinction will also not have NoTek/NTek-NoTaming, Primitive, or TheHundred servers for those currently playing on those subsets of gamemodes. The legacy network will get a few servers, however they will be in small supply."
Ark: Survival Evolved will also be free to play for most of the week, beginning at 10 am PT/1 pm ET on November 6 (so, right now, basically), and running through November 11. It's also on sale until November 13 for $20/£18/€22.
And now, enjoy some dino-screens.
Extinction does not have a large body of water. As you can imagine, the surface of the Earth has undergone some dramatic changes, one of which is that most of the water has dried up. That said, we did build the Extinction creatures with water in mind, and there should be a few surprises waiting for you when you take them to other maps!
We think that Cryopods coming in Extinction should help with this problem directly. When a creature has been captured into a Cryopod, it does not count against the tame cap of the server. In addition, Cryopods can be kept forever in a Cryofridge with power, arming players with a powerful tool to work around the limitations of the cap.
Our hope is that Titans bring a new type of PVE encounter to the game with in-world boss fights and interesting new mechanics that are interesting in themselves. Once tamed, Titans are very powerful. They can clear space and take down lots of dinos quickly making them good for area cleanup or meat runs. In addition, we’ve worked to make each of them fun to ride. I enjoy exploring the various maps on them for that reason.
The Defense Units found within Extinction are part of the automated force that served and defended the city before it fell into disarray. These days they like to roll around and punch Dodos. They aren’t craftable like the other Robots found within the city (such as the Scout or Enforcer), but we felt like they brought a missing piece to the ecosystem there, namely punching Dodos.
There are a number of creatures that make their return in Extinction, and they exist in biomes/environments that you’d expect to find them in. In addition, a number of existing creatures have been corrupted by Element and they roam the wasteland. These creatures will not behave as they would traditionally, instead destroying anything that gets in the way of their hunt for additional Element to consume.
- Extinction Chronicles V
- Added Tek Quetz
* New breeding line
* 5% chance to spawns
* 20% higher base level
- Added new color set (black, red, green, purple, white)
- Added 3 new Explorer Notes and matching unlock (Corrupted Gloves)
- Increased maximum player level by 1
- Climbing pick meshing fixes
- Better handling for low fps server dino attacking
- Fix for failure to cleanup structure placers
- Pre-emptive API for server structure cleanup improvement
- Increased damage range for players/dinos on surface of Aberration
We ve been battered by wave after wave of survival romps since Minecraft popularised the genre, with its deadly nights and groaning zombies, almost a decade ago. In its wake, we’ve been introduced to a cavalcade of punishing, persistent environments intent on putting us in an early grave.
The masochistic impulse to put ourselves through the wringer for entertainment has spread to RPGs, management games, cosmic sandboxes and more than a few horror games, so even if you don t fancy punching rocks and trees while wandering around in the wilderness, you might still find a survival game to tickle your fancy. (more…)
Undermeshing refers to the ability to get to where you aren't supposed to by moving outside of the playable space. Almost every game is susceptible to undermeshing in some form. Most speed runs rely on undermeshing, for example. It's effectively impossible to solve completely, at least automatically. The approaches taken to prevent it are usually a tradeoff between how much freedom you want the player to have, how complex your world is, and how much processing time you can afford to spend on physics. Generally, when there's an instance of meshing, it's caused by bad collision setup, improper level geometry (holes), or a problem with the algorithm used to move the character through the world. In some instances, you place kill volumes in locations that you want to guarantee that the player doesn't end up, but that isn’t a global solution.
The collision setup for our objects varies based on their complexity. For very simple objects, we use a basic primitive shape (box, sphere, capsule) that matches the shape of the object. It's very good if you're able to take this approach, because natively the physics system can treat that individual object as water tight - ensuring that another physical object will never end up inside of it, and that you'll always detect it if you're already inside. When constructing a modern game, however, it's very likely that you need to use shapes that are more interesting to look at and interact with than a simple box or sphere - so you use mesh based collision. Mesh collision treats the surface of the mesh as the collideable surface, but it cannot be treated as watertight, and the physics system cannot guarantee that you don't pass through it. You might ask why, then, don't you try to represent that larger object as a bunch of smaller watertight ones? We do that in a small number of instances, but quantity of primitives is also a major concern, so it is not feasible to do this for the entire world. Take the ground under your feet, for example, at any given moment you'd be surrounded by thousands of primitives to approximate the surface of a natural looking ground, and yet it'd be less smooth than the pure mesh shape. In addition, a guarantee to not end up inside of a single body isn’t a guarantee that you won’t end up between them even if they’re tightly clumped, leading to more instances of getting stuck.
When we lay out our levels - we construct them in the way that is interesting and optimize them for efficiency so that we can maximize quality and quantity. What that means is generally the world outside of the space you're meant to play in is empty - we spend our resources on the spaces where players are at. In addition - we reuse assets many, many times - rotating a rock different ways to make it look different before shoving it into the terrain at various depths to mask the reuse and keep it visually pleasing. Technically, the physics for these objects overlaps, and if you get past the surface of one, you'll stand on the next one down. While that sounds like it would help, it’s actually the meat of the problem. Adding more meshes doesn’t help, because once you can get past one, you can get past the next one. That said, there have been many instances where we’ve flagged the collision on an object incorrectly, or left a minute hole that we can and do address through Level Design.
Nearly every game uses custom physics for characters. Much of ours is built on the out of the box simulation that you get from UE4. Fortunately for our players, our game is one where the world is vast and complex, and players have the freedom to build many objects and have many dinos. Unfortunately for us, this pushes all of these algorithms to their breaking point. We've had to augment, rework, and add additional tests in many places that affect the simulation to improve our core player experience. In addition, we've built many gameplay mechanics that don't exist out of the box. Wall climbing, for example, requires a completely new set of physics tests to understand and hug the wall surface. When we set these up, we build them to be as flexible as possible, but it can be difficult to predict how the player base will use something when they get it in their hands. In many cases, this is a good thing - we’re delighted with the creative things that our players do, but sometimes they’re able to abuse mechanics in unintended ways. When we find problems with them, we have to find solutions that won't break the mechanic completely for the many other use cases, sometimes an impossible feat! This is also why we aren’t quick to completely disable a feature - we evaluate how much harm versus good it is doing across the entire experience.
We do use kill volumes at a broad scale - usually high in the air, or far below the surface. Far outside of the playspace, to segment specific areas. The reality, though, is that when someone is meshing, they're usually not out in that empty space around the world, they're running around on the insides of overlapping shapes or physical surfaces that are just below the real surface. In order to implement kill boxes in these places, we'd have to go back to every location in the map and place a kill volume just below the surface that will kill someone that touches it. As with the terrain example above, it would require entirely too many objects to cover the entire world in these accurately. In addition, a major downside to this approach is also the fact that it will detect and kill something that may have a good reason to be below the mesh - on a Basilisk? You just got killed by the kill volumes. Misjudge where the surface is, and a bunch of players are being killed erroneously and losing their stuff.
As with all aspects of making a game, it's all a balancing act. We try to spend our time on the things that are most valuable to as many of our players as possible - which means attacking holes in the world in waves and making algorithm changes when it's become obvious that they're having a large enough negative effect on the experience for our players. The reality is that there is no silver bullet, no automatic solution - so it continues to be a problem that our game (and many others) continue to fight throughout their lifetimes. Recently, we’ve fixed a bunch of holes across all of the maps and did a pass at removing Climbing Pick exploits. Going forward, our best bet is to remain diligent about resolving issues as they arise and improving the experience over time. The good news is that we like solving hard problems - and exploits like these are some of the more interesting ones to try and tackle!
HDR on PC continues to be a bit of a mess these days, but provided you haven’t been put off by the astronomical prices of the best gaming monitors for HDR or, indeed, the ongoing debacle surrounding Windows 10 support for it, then the next step on your path to high dynamic range glory is to get an HDR compatible graphics card.
Below, you’ll find a complete list of all the Nvidia and AMD graphics cards that have built-in support for HDR, as well as everything you need to know about getting one that also supports Nvidia and AMD’s own HDR standards, G-Sync HDR and FreeSync 2. I’ve also put together a list of all the PC games that support HDR as well. There aren’t many of them, all told, but I’ll be updating this list with more titles as and when they come out so it’s always up to date.