Top visual design in gaming stands out with stunning graphics.
Top visual design in gaming stands out with stunning graphics.
I've tried various games, but I believe Dota 2 stands out for its effectiveness and superior graphics compared to others.
I enjoyed the visuals in the division beta—it really stood out!
While playing the PC edition, I noticed some minor stuttering and occasional crashes. It isn't ideal, but it remains quite enjoyable. The visuals are among the most impressive I've seen. The city scenes during flight and driving were particularly stunning. Ignoring the performance problems would be a missed opportunity.
rimal/FC4 offer some quality moments. The enhanced edition of Dying Light is decent but has texture issues and poor tessellation. Evolve isn’t worth it due to its small player base. GTA V also has its quirks but feels more stable. Quantum Break is pending, with potential issues on Windows and possible console port problems. Did I overlook anything important?
In terms of absolute accuracy (very faithful), Project Cars stands out as a visually impressive mod. Rise of the Tomb Raider: Modded Witcher 3: The Division is quite reasonable for its category, though it lags behind in performance. I captured those images on a modest rig, not matching the high-end specs of the others—most run at 1440p or ultra, while mine stays at 5k. Still, the smoke effects are top-notch, especially noticeable in the third screenshot. Unfortunately, my Skyrim copy was lost to a failed hard drive a few months ago, so I never reinstalled or updated the mods. For alternatives, Crysis 3 is reliable, Star Citizen is in early development, and FC
rimal/FC4 offer some quality moments. The enhanced edition of Dying Light is decent but has texture issues and poor tessellation. Evolve isn’t worth it due to its small player base. GTA V also has its quirks but feels more stable. Quantum Break is pending, with potential issues on Windows and possible console port problems. Did I overlook anything important?
I completely agree. Graphics should be enhanced more intensely, similar to the Crysis 1 experience. One approach could be integrating real-time ray tracing using a heavily customized AMD FireRays, available in the GPUOpen collection. For the engine, I’m certain to rely on CryEngine, though my other titles will use Unreal Engine 4—CryEngine for all games with visually striking effects. For mainstream titles, I’ll opt for Unreal Engine 4. Technologies I intend to employ include FireRays (excluded from UE4 projects), Nvidia GameWorks, VXAO, CUDA, VXGI, PhysX, AMD GPUOpen, TressFX, and a blend of GameWorks and GPUOpen solutions. This combination seems reasonable. If Nvidia mandates all their features, I’ll stick with AMD effects instead. It’s the best compromise possible. With GPUOpen effects, they can be adapted for Nvidia GPUs with minor adjustments, optimizations, and CUDA integration. The system should identify your GPU type so it delivers optimal performance (e.g., enabling CUDA when a game recognizes an Nvidia GPU, or switching to stream processors for AMD). How does this sound?
Also, I hadn’t considered that beyond the main games being DirectX 12, they’ll also support Vulkan on older systems.
Witcher 3, a fresh Tomb Raider, and Battlefield 4—though it feels a bit bittersweet since the game is nearly three years old...
Looking ahead, with the effects I mentioned, they’ll transform into sci-fi shooters built on CryEngine. For my RPGs, hack and slash, and dungeon crawls, fire beams won’t be included—they’ll come from Unreal Engine 4. I’m still in college and excited to team up with a friend and my brother, using all these tools and CryEngine to create a game area for one of my upcoming projects. Most of my shooters will demand maximum hardware performance while staying compatible with high-end titles like Rise of the Tomb Raider. With heavily enhanced fire beams, I’m unsure if current cards can handle them, but I’ll demonstrate how far graphics have advanced. It might be time to push further, similar to Crysis, using real-time ray tracing that feels more accurate. When I try these features, I might need a powerful rig—possibly a 6-core Intel Core i7-5930K or i7-6850K, a SLI setup with four Titan Xs—to run at 4K resolution. That could require over 6GB of VRAM and maybe up to 32GB of RAM, though 16GB should suffice. What are your thoughts so far? And all the game textures will be bitmap formats.