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We’re excited to announce the release of Light Tracer Render 1.2.0 – GPU-based ray tracer for desktop Web browsers (https://lighttracer.org). Find out what’s new in the quick facts below:
The new version delivers twice the performance in the interactive rendering during scene editing or camera manipulation. Optimized construction of accelerating structure results in a 30–40% decrease in scene initialization time.
Better rendering controls
Now you may set the maximum number of samples per pixel (SPP) before the rendering process stops. The higher the number of samples per pixel, the cleaner the final rendered image. The progress bar at the top of the window shows how much samples are already accumulated.
Rendering can be paused/resumed at any time. The paused mode uses just 4 SPP and thus can be used for scene editing with minimal GPU usage.
Improved autofocus and depth-of-field
By default, thin-lens camera parameters are adjusted automatically to achieve a nice-looking depth-of-field (DOF) effect. If autofocus with a central area is disabled, you may set focus to a particular object by clicking on it.
Shadow catcher material
Light Tracer allows to seamlessly blend your model with the environment map. Just use new shadow catcher material that takes its color from the environment behind it. All scene objects will cast shadows onto the shadow catcher.
Verified unbiased rendering engine
Rendering correctness was verified by comparison with comprehensive physically-based renderers such as PBRT and Mitsuba.
There are also other nice features in version 1.2.0, such as improved real-time denoising, HDR tone mapping and glow effect, ability to embed Light Tracer logo into the render, and, of course, fixes for the reported issues!
Awesome improvements in the new version, and very much appreciated! And requested features have been added as well, such as the ability to toggle a watermark.
I just have one question though. Does the rendering end once the 4000 samples per pixel threshold is reached?
Or do only the last 4000 samples count towards the computed colour of each pixel? Is it possible to continue having the quality of the render improve by simply allowing the render to continue for longer?
I'm used to leaving renders going over night for the best image quality possible without denoising and I'm hoping I can continue to do that and not have the render quality plateau after it reaches 4000 samples per pixel and not continue to improve further afterwards.
The renderer FPS goes up once the SPP threshold value is reached so I assume that the path tracing stops at that point? Can the maximum value for the SPP value be raised to 10000 or 20000? And can the render be allowed to continue past that point?
Also, would it be possible to make the Power Scale field editable again, where you could type the precise value in if you double clicked, rather than just a slide selector? And also make all the other slider selector editable input fields as well, where you can type in a specific value?
@ArixCuirax Thanks for your feedback!
Actually you could edit any field directly with