nextgeneration
Member
This is what I've been waiting for in games. Looks great!
While it does look pretty awesome, Crackdown games have never really been about leveling buildings for me. As a peace keeper, why would you want to do that? Seems silly that this is what they were focusing on, beyond just showing "hey, you can do this in the game"
Is it playable without the cloud? It would be really bad if its not.
I love how he's specifically talking about making all the rooms and stuff in each building. It sounds like they're more than just props to be destroyed, but can actually be walked around in.
Looks responsive at least. It's like the opposite of movement in GTA V or The Witcher 3Looks really, really cool. There's some genuinely awesome potential with this.
I hope they'll improve their animations before release though, the character skitters about too much.
Looks responsive at least. It's like the opposite of movement in GTA V or The Witcher 3
GTAV is responsive. Difference is that it's using physics in every movement. Having weight in every animation is what makes it the king in terms of credibility.
Back on track though. I haven't watched the entire footage. So the cloud is actually processing the calculations for the physics demonstrated? Isn't it just storing tons of coordinates for buildings that have been destroyed?
On one hand this is quite amazing...
On the other the game is not doing anything interesting with it.
The fidelity of the simulation seems to be in order of what can be done on consoles by themsleves in this generation if the engine supported it. i would have been more impressed if we would be getting something like Flex level running on the server side while the console run an average open world game of the 8th gen in terms of complexity.
Or what happens when 300,000 people are asking for 5 Azure servers each.
He's stressed that it's entirely a tech demo and not a reflection of the final game.
I'm just skeptical still, I dunno - until it's out and working smoothly I'm taking it with a grain of salt. There's just so many variables involved in people's internet, we still struggle with lag nowadays. Or what happens when 300,000 people are asking for 5 Azure servers each - they're asking for a hell of a lot of processing power just for this game. I know that Azure literally has the capacity to support that, but financially, are they happy to let Crackdown account for that much of their cloud? This tech can be applied in the perfect conditions, but there's just so much to get in the way between here and release, especially if it's only being touted as a tech demo.
What the are you basing this on... I haven't scene a physics simulation remotely close to this this gen... Not even on PC... The dev says they can use up to 20x the physics processing power that would be available on a xb1...
I find the gameplay implications of this to be very compelling... Firstly, the additional CPU power will potentially be used to run the AI routines as well... I anticipate the NPC and Traffic simulation will be impressive with this one... 2ndly, the destruction model, makes for a excellent progression of the "do it your way" mission structure Crackdown is known for.
Just because we haven't seen it doesn't mean it can't be done.
If the game does use up to 20x the power of what's available locally I doubt this will turn out smoothly thanks to all the factors that comes in the way network wise.
I honestly think Red Faction Guerrilla is close, but with larger and less detailed pieces being destroyed. That game on the other hand came out 6 years ago. Imagine the performance we have in Red Faction Guerrilla today with modern hardware and then make the simulations twice as demanding and detailed. Then we'd have cut the performance in roughly half which is still playable. I figure it would be about as impressive.
Since the cloud features are for multiplayer only, some of the server use will be shared, it's more a per-session use than per-user.
By the way I was thinking about it while rewatching the IGN video yesterday, since apparently on default settings the local console is handling the physics, but that could be true for all the players in that world ; it means that multiple players playing together would be putting their console resources in common for the session even before the external servers are needed. If that's the case then you'd have a micro-cloud made of only the players console, sharing the computation of physics in the session. It's somehow even cooler than having everything done by the external servers.
There's really no reason that this would be any more laggy than existing games... Your ping to their server is likely to be be better than your ping to a P2P host...
Most online gamers can play a P2P game that features destruction, and not have any game breaking lag issues... A faster ping is only going to reduce lag issues...
Bandwidth use will increase slightly, but there's no reason it would be remotely close to the amount of bandwidth required to stream an HD Netflix video.
As far as utilizing Azure's capacity... Surely MS has considered this and decided to run with it... As a consumer I don't see why this should be our concern... That said, the engine only uses additional servers during more intense scenes of destruction ... Based on the demo, they had to collapse 7 or 8 buildings simultaneously, in order to get the system to use 12x the local processing power... It would take a impossible amount of coordination and chance to imaging a scenario where 300,000 concurrent players are maximizing their load on the server simultaneously... Most of the time, a players load is going to be minimal as It takes time to get a building to fall. Then You have to figure that many of these concurrent players will be in the same MP session, which groups of 2-8 people will be sharing the same servers. Not to mention, a crackdown session is utilizing up to 20 virtual machines, not 20 whole servers... At last check, MS has 300,000 severs dedicated to Xbox... God knows how many VMs that ends up being. Capacity shouldn't be an issue...
There's no way that's how it'll work. Making it p2p physics is just asking for lag. At least if it's coming from Azure servers it'll be down to your connection exclusively.
People are still trying to diminish what has been done here, even after days of explaining reasoning and pointing out basic things that can be surmised by watching the video. For what reason are the questions being opened? Skepticism or Cynicism?
That latter being a poor reason for doubt considering people got a handson tech demo. people worrying about lag or response time need to take into account that the tech has been created to work on a element that can be processed in a environment that contains lag. Also the app isn't maintaining a connection with each individual server, its one connection to Azure which has a ridiculous amount of bandwidth.
I am going to get Crackdown 3 for my daughter who is 3. She loves to break stuff & dump crap in the floor. Now she can just make a mess in the Crackdown universe and I don't have to clean it up.
Thanks MS!
While this is impressive, I'm not so sure if this is still Crackdown anymore. To me, Crackdown was always about finding ways to scale buildings to find agility orbs.
It's multiplayer only.
Yea. That might be a problem.
No people are tempering expectations : Don't be surprised if the final game's destructions don't work as good as demonstrated in a doctored environment with very few players.
On What are you basing the idea that it can be done?
The The Red Faction argument has been beaten to death in this thread already... It's painfully obvious that the Red Faction simulation isn't remotely as complex or demanding as what we've seen in the crackdown demo. Even if you doubled the demand of RFGs simulation and halved the performance, you wouldn't have anything comparable to what crackdown has displayed...
The similarities between these two simulations begins and ends with : they both have falling buildings.
In RFG you have singular, relatively small buildings, breaking into far less convincing peices, many of which quickly disappear into oblivion.
How is that "close" to having 8+ massive skyscrapers, built physically, that convincingly collapse into into each other, responding accurately to external forces while every individual piece becomes an interactive part of the simulation.
The idea that a RF game running on the xb1's local hardware could come close to pulling this off is ill-informed at best... Disingenuous at worst.
And no ones been able to explain why networking will be an issue... People have been destroying things in online games for a long time... There's no lag issues with Battlefield 4, and that's P2P. This should have LESS lag, being as those the dedicated servers should generally allow for faster ping times...
Then you haven't played RFG enough. The argument does NOT begin and end with "they both have falling buildings." RFG has a really detailed destructibility with massive amounts of action on screen at the same time. As of now RFG is still the most detailed game featuring destructible environments. Before having it in front of yourself you can't say that doubling the computations and doubling the destructible details wouldn't come close to C3.
"How is that "close" to having 8+ massive skyscrapers, built physically, that convincingly collapse into into each other, responding accurately to external forces while every individual piece becomes an interactive part of the simulation. "
Every building in RFG is built physically as well you know. With every piece reacting to external forces. Not all buildings are small in that game. The only thing different here is the scale. A scale that could easily be cramped up today. Point is don't praise physics calculations that depends entirely on network based computations.
I can explain why networking would and will be an issue. These are complex computations that needs to be calculated off-site and then sent back to the rendering unit. It's a lot of information that needs to be sent in realtime for anything to happen. If there's just a slight delay in the data packages you'll have a game breaking lag in-game. I've never said anything about RF running on X1 by the way.
I said that just because you haven't seen anything close to this before doesn't mean it doesn't exist or can't be done without the cloud. You mentioned PC as a platform and to say that it can't be done on that platform is what triggered me. You do realize that the processing power available on a modern PC today easily reaches 20x the performance of an X1 CPU?
You are responding to thinks you assume i said. The tech has lots of potential.What the are you basing this on... I haven't scene a physics simulation remotely close to this this gen... Not even on PC... The dev says they can use up to 20x the physics processing power that would be available on a xb1...
That's the point. i already adressed this, the potential is indeed there however it wasn't shown to us in a new way. i can only judge from the demo and not from asumptions or dreams i could come up with.I find the gameplay implications of this to be very compelling...
Be careful there. Is not neccessarily CPU power what holds AI in games. It is indeed a factor but there are multiple ones.Firstly, the additional CPU power will potentially be used to run the AI routines as well... I anticipate the NPC and Traffic simulation will be impressive with this one... 2ndly, the destruction model, makes for a excellent progression of the "do it your way" mission structure Crackdown is known for.
Then you haven't played RFG enough. The argument does NOT begin and end with "they both have falling buildings." RFG has a really detailed destructibility with massive amounts of action on screen at the same time. As of now RFG is still the most detailed game featuring destructible environments. Before having it in front of yourself you can't say that doubling the computations and doubling the destructible details wouldn't come close to C3.
"How is that "close" to having 8+ massive skyscrapers, built physically, that convincingly collapse into into each other, responding accurately to external forces while every individual piece becomes an interactive part of the simulation. "
Every building in RFG is built physically as well you know. With every piece reacting to external forces. Not all buildings are small in that game. The only thing different here is the scale. A scale that could easily be cramped up today. Point is don't praise physics calculations that depends entirely on network based computations.
I can explain why networking would and will be an issue. These are complex computations that needs to be calculated off-site and then sent back to the rendering unit. It's a lot of information that needs to be sent in realtime for anything to happen. If there's just a slight delay in the data packages you'll have a game breaking lag in-game. I've never said anything about RF running on X1 by the way.
I said that just because you haven't seen anything close to this before doesn't mean it doesn't exist or can't be done without the cloud. You mentioned PC as a platform and to say that it can't be done on that platform is what triggered me. You do realize that the processing power available on a modern PC today easily reaches 20x the performance of an X1 CPU?
I love the Crackdown franchise but for some reason this destruction tech is not doing anything for me right now - the gimmick might die hours into the story.
I'm looking forward to the orbs though that made the first game so enjoyable hopefully we get some more details to get me excited for the new game.