By Dr. Evelyn Reed | January 01, 0001 | 7 min read
Ever wonder what exactly
H25 goes into rendering each painstakingly detailed frame in a game like DOOM (2016)? Well, Adrian Courrèges, a software Engineer based in Tokyo, has you covered Taking an in-depth look at one particular screenshot, Courrèges explains step-by-step all of the different processes and considerations at play:(new Image()).src = 'https://capi.connatix.com/tr/si?token=995c4c7d-194f-4077-b0a0-7ad466eb737c&cid=872d12ce-453b-4870-845f-955919887e1b'; cnx.cmd.push(function() { cnx({ playerId: "995c4c7d-194f-4077-b0a0-7ad466eb737c" }).render("79703296e5134c75a2db6e1b64762017"); }); Unlike most Windows games released these days, DOOM doesn’t use Direct3D but offers an OpenGL and Vulkan backend. Vulkan being the new hot thing and Baldur Karlsson having recently added
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it in RenderDoc, it was hard resisting picking into DOOM

internals. The following observations are based on the game running with Vulkan on a GTX 980 with all the settings on Ultra, some are guesses others are taken from the Siggraph presentation by Tiago Sousa and Jean Geffroy You can

either read intently about GPU occlusion queries, “frustum-shaped” voxels,
h25 com เข้าสู่ระบบ and Gaussian blur, or simply marvel at each of the visual layers needed to accurately and gruesomely render each Gore Nest