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Our original plan was to render a scene of the ocean surface with killer whales as described in our project proposal (http://graphics.stanford.edu/cs348b-06/JulieTung/FinalProposal).
In this pass, we use the stochastic rasterization [5] to render a scene from the camera.
With this main idea, we render a scene from the light to generate a temporal shadow map.
This leads to a huge decrease in the amount of resources required to render a scene in high def.
Haeberli and Akeley [5] render a scene with shadow many times and average the results to produce blurred images with motion blurred shadows.
In mixed rendering, with traditional rasterization and ray tracing combined, it can help render a scene that looks cinematic and much more life-like.
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In this project we rendered a scene based on a physically accurate light scattering model for volumetric materials made up of transparent particles.
Graphics chips make heavy use of so-called parallel processing, where a big task (such as rendering a scene from a video game) is broken into many smaller ones, each of which is worked on independently by a different part of the chip before being combined.
For generating the shadow map, TSM renders a scene many times, while our algorithm renders the scene once.
A brute force method renders a scene with shadow many times and then averages the results to produce correct motion blurred shadows.
It turns out that the original Donkey Kong PCBs had a specific method of rendering a scene during graphics transitions called a "sliding door effect," distinctive in the pattern of how pixels are updated.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com