Every light is technically "volumetric" with no picking and choosing due to performance reasons; the cost is much more flat. There would be no need for fake god rays from the sun or moon, as those effects just happen naturally as part of the rendering pipeline. Crysis is fully capable of a full 24 hour time of day lighting cycle, but the game has areas where the passing of time is linked to progress through the level, leading up to that famous moment where you overlook the harbour, tasked with taking out jamming equipment.
Like the opening scene in the plane, there are so many of Crysis's graphical effects coming into play here: the ocean rendering, the atmospheric scattering simulation, the crepuscular rays from the sun, the back lighting on the trees, and the incredible view distances just filled to the brim with AI and AI creatures. And then there was the vegetation and trees, with their procedural breaking of branches right down to the twig level.
Head down to the harbour, shoot an oil barrel and watch it leak based on where you shot it. There's a level of simulation here you just don't see any more in modern games - the focus has changed, as we've explained recently in our Far Cry tech retrospective. Some rendering effects we saw in Crysis do still persist into present day titles.
There's the debut of screen-space ambient occlusion SSAO , along with a glorious showcase in parallax occlusion mapping, an effect that only really came into its own on the current-gen consoles.
Essentially a way to fake geometric depth on a surface, the game also supports shadows being cast from the parallax maps back on to themselves. POM only really gained momentum in the current-gen era and most games either just have parallax occlusion maps with no shadows, or just with shadows from one light source. It illustrates just how far ahead of the curve Crysis was, and while the game was indeed very heavy on GPU resources, that wasn't exactly unreasonable based on the quality of the visuals it was generating.
The team's 'Maximum Game' ethos also saw them eschewing rendering shortcuts that would display artefacts in motion - Crysis looked amazing both in still shots and video. The Crysis ports on Xbox and PlayStation 3 perform really poorly, but they hold the key to improved performance in a potential PC re-release.
And part of Crysis's reputation for melting cutting-edge hardware comes from all of those effects, framebuffers and high resolution textures, which made the title consume a lot of VRAM.
GPUs of the era tended to top out at MB, and running the game on very high settings could see that limit easily surpassed - with parallax occlusion mapping in particular sucking up a lot of memory. Had tools like Riva Tuner Statistics Server been available then, the chances are we would have seen more tweaks to texture settings and fewer complaints online. But Crysis also hails from an era where the future of CPU technology was heading in a very different direction than Crytek may have originally envisaged.
It is multi-core aware to a certain extent - gaming workloads can be seen across four threads - but the expectation for PC computing, especially from Intel with its Netburst architecture, was that the real increase in speed in computing would happen from massive increases in clock speed, with the expectations of anything up to 8GHz Pentiums in the future.
It never happened, of course, and that's the key reason why it is impossible to run Crysis at 60fps, even on a Core i7 K overclocked to 5GHz. At its nadir in the Ascension stage sensibly removed from the console versions , the fastest gaming CPU money can buy struggles to move beyond the mids. In intense, physics-driven firefights with a lot of enemy AI, you can also expect frame-rates to struggle.
The Intel chip keeps you north of 60fps a lot of the time, but we were surprised to see how much the new Ryzen 7 X struggles to maintain 60fps in the heavier scenes - even with its XFR tech working exactly as it should, propelling the active cores to a max 4. And it's here where the case for a proper Crysis remaster can start to be made. In fact, it already has been made - it was just never released for PC, instead arriving on Xbox and PlayStation 3.
There are many, many cutbacks to the game though it does retain parallax occlusion mapping and many other effects more suited to the current generation and performance - to be frank - can be terrible. But it arrived after the more console-friendly Crysis 2, and the jobs-based CPU scheduling - which spreads tasks across Xbox 's six threads and PS3's six available SPUs - would surely provide a revelatory increase in speed on modern PCs. In an ideal world, we'd love to see a Crysis Trilogy remaster or even a remake with all-new assets.
However, the CryEngine of that era was built with multi-platform development in mind. The idea of this version existing but not being available has been hugely frustrating for us across the years. The PC Crysis games have always had scalability, especially with a target performance in 30fps territory. Here are our attempts to run the entire trilogy at 4K on a GTX Yes, Crytek's extravagance with GPU resources means that some nips and tucks are required to run the game maxed on Ti-level GPUs at 4K60 - but by and large, graphics-wise, we're there.
But owing to the more single-threaded nature of the CPU side of the equation, a locked 60fps Crysis experience will likely never happen, unless a port to a more modern CryEngine eventually appears.
And the fact that the franchise has been left to rot generally is also upsetting, because we can see from the latest CryEngine just how stunning an entirely new Crysis could be. It starts with vegetation, a signature element of the classic Crysis experience. Take a look at Ryse or more recently, Kingdom Come Deliverance and you'll see lush environments with much more accurate shadowing and denser placement, really communicating that 'jungle feel'.
Lighting in the latest CryEngine can look simply beautiful and the most recent version features a form of sparse voxel octree global illumination, where the world objects are represented in a simplified form by a voxel grid, so expensive indirect lighting and shadowing maths can be done more quickly.
In this case, it supports large scale ambient occlusion and secondary light bounces that update in real time. So you can imagine all the indirect lighting in some theoretical future Crysis jungle, where breaking down trees would also change colour, tonality and the direction of indirect lighting in that scene.
The technology is there, and the reputation of the franchise - despite the reception to Crysis 2 and its sequel - remains untarnished. This is a series that still defines the state of the art even now, and despite its PC roots, it would be a game that could make one hell of an impact as a launch title, heralding the arrival of a new console generation.
But just a PC release of the last-gen console ports could see a resurgence of interest in this remarkable game, lowering the GPU threshold and potentially removing the CPU-bound limitations that plague the game until this day. Ten years on, Crysis remains a hugely influential title - and to be frank, a brilliant game. Their first project, called Engalus, was promoted throughout , but the team eventually abandoned it.
The reasons aren't overly clear, but with the exposure generated by the Nvidia deal, it wasn't long before Crytek picked up another big name contract: French game company Ubisoft. The end result was release Far Cry. It's not hard to see where the technological aspects of X-Isle found a home in Far Cry.
Once again, we were treated to huge landscapes, replete with lush vegetation, all rendered with cutting edge graphics. While not a hit with the critics it was a TechSpot favorite nonetheless , Far Cry sold pretty well, and Ubisoft saw lots of potential in the brand and the game engine that Crytek had put together. Another contract was drawn up, where Ubisoft would retain full rights to the Far Cry intellectual property, and permanently licenced Crytek's software, CryEngine.
This would ultimately, over the years, morph into their own Dunia engine , powering games such as Assassin's Creed II and the next three Far Cry titles. By , Crytek had come under the wings of Electronic Arts, and moved offices to Frankfurt.
Development of CryEngine continued and their next game project was announced: Crysis. From the very beginning, Crytek wanted this to be a technology tour-de-force, working with Nvidia and Microsoft to push the boundaries of what DirectX 9 hardware could achieve. It would also eventually be used to promote the feature set of DirectX 10, but this came about relatively late in the project's development.
Crysis was scheduled for release towards the end of and what a year that turned out to be for gaming, especially in terms of graphics.
You could say The Elder Scrolls IV: Oblivion started the ball rolling the year prior, setting a benchmark for how an open world 3D game should look except for character models and what levels of interaction could be achieved.
For all its visual splendor, Oblivion showed signs of limitations when developing for multiple platforms, namely PCs and consoles of the time. The Xbox and PlayStation 3 were complex machines, and in terms of architectural structures, they were quite different to Windows systems.
A first edition PlayStation 3 stripped bare. Image: Wikipedia. With each console having its own distinct benefits and quirks, creating a game that would work well on them and a PC was a significant challenge. The majority of developers generally aimed for a lowest common denominator, and this was typically set by the relatively low amount of system and video memory available, as well as the outright graphics processing capabilities of the systems.
Where the console versions of the game had fixed graphics settings, the PC edition allowed for a wealth of things to be changed. With everything set to their maximum values, even some of the best computer hardware at the time struggled with the workload.
This is because the game was designed to run best at the supported resolutions offered by the Xbox and PS3 such as p or scaled p at 30 frames per second, so even though PCs had potentially better components, running with more detailed graphics and higher resolutions significantly increased the workload.
The first aspect of this particular 3D game to be limited, due to the memory footprint of consoles, was the size of textures, so lower resolution versions were used wherever possible. The number of polygons used to create the environment and models were kept relatively low as well.
Looking at another Oblivion scene using wireframe mode no textures shows trees made of several hundred triangles, at most. The leaves and grass are just simple textures, with transparent regions to give the impression that each blade of foliage is a discrete item.
Character models and static objects, such as buildings and rocks, were made out of more polygons, but overall, more attention was paid to how scenes were designed and lit, than to sheer geometry and texture complexity.
The art direction of the game was not aimed at realism -- instead, Oblivion was set in a cartoon-like fantasy world, so the lack of rendering complexity can be somewhat forgiven. That said, a similar situation can also be observed in one of the biggest game releases of Call of Duty 4: Modern Warfare. This game, set in the modern, real world, was developed by Infinity Ward and published by Activision, using an engine that was originally based off id Tech 3 Quake III Arena.
The developers adapted and heavily customized it, until it was able to render graphics featuring all of the buzzwords of that time: bloom, HDR, self-shadowing, dynamic lighting and shadow mapping. But as we can see in the image above, textures and polygon counts were kept relatively low, again due to the limitations of the consoles of that era.
Objects that are persistent in the field of view e. All of this was artistically designed to be as realistic-looking as possible, so a judicious use of lights and shadows, along with clever particle effects and smooth animations, cast a magician's wand over the scenes.
But as with Oblivion, Modern Warfare was still very demanding on PCs with all details set to their highest values -- having a multi-core CPU, made a big difference. Another multi-platform hit was BioShock. Set in an underwater city, in an alternate reality , the game's visual design was as key as the storytelling and character development.
The software used for this title was a customized version of Epic's Unreal Engine, and like the other titles we've mentioned so far, BioShock ran the full gamut of graphics technology. That's not to say corners weren't cut where possible -- look at the character's hand in the above image click for full version and you can easily see the polygon edges used in the model. The gradient of the lighting across the skin is fairly abrupt, too, which is an indication that the polygon count is fairly low.
And like Oblivion and Modern Warfare, the multi-platform nature of the game meant texture resolution wasn't super high. A diligent use of lights and shadows, particle effects for the water, and exquisite art design, all pushed the graphics quality to a high standard. Crysis, on the other hand, was conceived to be a PC-only title and had the potential to be free of any hardware or software limitations of the consoles. Crytek had already shown they knew how to push the boundaries for graphics and performance in Far Cry In the piece, they set out several goals that the engine had to achieve:.
With Crysis, the first title to be developed on CryEngine 2, all but one were achieved, with the gameplay area scaled down to a mere 4 km x 4 km.
That may still sound large, but Oblivion had a game world that was 2. Otherwise, though, just look at what Crytek managed to achieve in a smaller scale. The game starts on the coastline of a jungle-filled island, located not far from the Philippines. North Korean forces have invaded and a team of American archeologists, conducting research on the island, have called for help.
You and a few other gun-toting chums, equipped with special nanosuits which give you super strength, speed, and invisibility for short periods of time are sent to investigate. The first few levels easily demonstrated that Crytek's claims were no hyperbole. The sea is a complex mesh of real 3D waves that fully interacts with objects in it -- there are underwater light rays, reflection and refraction, caustics and scattering, and the waves lap up and down the shore.
It still holds up to scrutiny today, although it is surprising that, for all the work Crytek put into making the water look so good, you barely get to play in it, during the single player game.
You might be looking at the sky and thinking that it looks right. As it should do, because the game engine solves a light scattering equation on the CPU, accounting for time of day, position of the sun, and other atmospheric conditions.
The results are stored in a floating point texture, to be used by the GPU to render the skybox. The clouds seen in the distance are 'solid', in that they're not just part of the skybox or simple applied textures.
Instead they are a collection of small particles, almost like real clouds, and a process called ray-marching is done to work out where the volume of the particles lies within the 3D world.
And because the clouds are dynamic objects, they cast shadows onto the rest of the scene although this isn't visible in this image. Continuing through the early levels provides more evidence of the capabilities of CryEngine 2. In the above image, we can see a rich, detailed environment -- the lighting, indirect and directional, is fully dynamic, with trees and bushes all casting shadows on themselves and other foliage. You require a very very high clock speed per core to run Crysis with a high framerate.
The game failed because they went for the wrong fanbase. The second game burned a lot of their fanbase because they tried to make it CoD meets Halo instead of the fun sandbox unique shooter that the first one was.
The second game was so mediocre that I pretty much lost all faith in the series. A common criticism of Crysis was that it was poorly optimized for multicore CPUs. While most top-end gaming PCs sported dual core processors prior to the game being launched, AMD released their quad core Phenom X4 range at the same time and Intel did have some quad core CPUs in early Rather than being well or badly optimized, Crysis just scales very well at low settings but badly at high settings.
It is a well optimized game, but the highest settings are mostly for e-peen purposes. Especially their PC versions. Three years later, our games have refined what Crysis 3 achieved. For those that are too young to remember, Crysis was hard on hardware, and even the top graphics card at the time, the GeForce Ultra, struggled to maintain a smooth 30fps.
But as a performance analysis with hardware shows, it continues to punish even modern GPUs. Today marks the year anniversary of the release of Crysis, one of the most demanding games ever to grace a computer screen. Even after all these years, Crysis can still punish high-end PC hardware. The comes out slightly ahead of the Ti in both cases, and is about 35 percent faster than the RTX Can it run Crysis Remastered?
At 4K with maxed out settings, including ray tracing, the answer is no — your PC cannot handle it. Is Crysis still hard to run? Does EA own Crysis?
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