This technique is also used in Maximum Samples option, but differs from the method used in Custom Control option.

This option uses the same rendering technique as what you see in the Real-time View. The Maximum Time option for render quality will progressively refine the render for the amount of time set. Using the time-based output will lead to more noise in the more complicated frames. This method is typically preferred over the time-based output for animations, as some frames may require substantially more time to reach the same quality level as levels of detail and complexity change through the course of your animation. Note that this does not apply to rendering with area lights, caustics or interior mode as increasing samples while using those features will still increase the quality. This means you can use a lower samples setting when rendering at higher resolutions. Something important to be aware of is that as you increase the resolution of your image or animation, each pixel covers relatively less area of the image. There is a point of diminishing returns where you increase samples past the point of added quality, and just increase the render time. Therefore, as the animation plays through the frames you will not see changes/flickering in shadows or noise patterns on materials.Ī sample calculates the color of a pixel. This option is ideal for animation output as it guarantees that each frame will be rendered at the same quality. The Maximum Samples option will read Samples Per Frame when the Animation tab is selected under the Output section. Increasing samples will reduce the noise, however, increasing this setting too high will increase render times without a noticeable difference in quality. Too low of a value will result in an image that has excessive noise. This controls how many times each pixel in the rendered image is calculated for increased accuracy. (This technique is also used in Maximum Time option, but differs from the method used in Custom Control option.) This option uses the same rendering technique as you see when working in the Real-time View. Each additional sample will further smooth out noise/grain in the image. The Maximum Samples option controls how many times the image or animation frame will be calculated and refined.

KeyShot has three output options for quality based on your needs. Selecting Use Realtime CPU Settings will use the CPU Usage settings defined on the KeyShot Ribbon. CPU Usageįor Default and Background render modes, the CPU Usage setting allows you to specify how many CPU cores you want to utilize for rendering your project. Visit the KeyShot Network Rendering Overview for more information. Make sure the Monitor is installed and running to send a job to be rendered on the network.

If you use KeyShot Network Rendering, the Send to Network render mode allows you to send your render to the KeyShot Network Rendering Monitor. Select Render and un-check Pause Real-time Render to un-pause the Real-time View and continue working. Note: the Real-time View will be paused by default when the render is started. The Background render mode option allows you to run the render in the background and continue working. The Default render mode simply allows you to render immediately after adjusting your render output settings or, if using KeyShot Pro, to send your render to the render queue. These options are specific for the Still Image, Animation and KeyShotXR output. The Render Options window contains all settings for Render Mode, CPU Usage, and Render Quality.

Keyshot render