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matthewearl.github.io | ||
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wwwtyro.net
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| | | | | [AI summary] The provided text is a detailed explanation of a fragment shader implementation for path tracing in a WebGL application. It includes code for rendering a caffeine molecule, using ping-pong framebuffers for accumulation, and displaying the final result. The explanation covers the ray-sphere intersection, ray-plane intersection, and the overall structure of the shader program. The text also includes functions for resetting and resizing the canvas, as well as a loop for continuous rendering. | |
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blog.johnnovak.net
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| | | | | Personal blog of John Novak | |
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www.jallmenroeder.de
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| | | | | [AI summary] The author shares their educational journey and implementation details of creating a path tracer using the C++ framework Nori, progressing from basic geometry to advanced lighting techniques like multiple importance sampling. | |
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therealmjp.github.io
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| | | While the idea of deferred shading/deferred rendering isn't quite as hot as it wasyear or two ago (OMG, Killzone 2 uses deferred rendering!), it's still a cool idea that gets discussed rather often.People generally tend to be attracted to way a "pure" deferred renderer neatly and cleanly separates your geometry from your lighting, as well as the idea of being able to throw lights everywhere in their scene.However as anyone who's done a little bit of research into the topic surely knows, it comes with a few drawbacks. | ||
