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Logarithmic adjustment for exposure, and is only used if a tonemapper is specified. When set to 0, there will be no adjustment, -1 is two times darker, -2 is four times darker, 1 is two times brighter, and 2 is four times brighter. Defines the upper bounds for the brightness range of the generated histogram when using the HDR visualization mode. Defines the lower bounds for the brightness range of the generated histogram when using the HDR visualization mode. This slot takes a Curve Asset, which is used for finer control over exposure compensation in the scene.

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This has been done to make both these modes more consistent with one another. Red pixels represent anything below the auto exposure adaptation ranges set by Histogram Log Min . Blue pixels represent anything above the auto exposure adaptation ranges set by Histogram Log Max . These pixel ranges ensures that the values set for Low Percent and High Percent are removing these unwanted pixels from being calculated. This is the actual exposure value in the current view after exposure compensation. The white and purple lines will maintain a distance set by the exposure compensation.

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We’re working on lots of new features including a feedback system so you can tell us how we are doing. It’s not quite ready for use in the wild yet, so head over to the Documentation Feedback forum to tell us about this page or call out any issues you are encountering in the meantime. Changes to the auto exposure algorithm resulted in a different set of default values for the "Auto Exposure Histogram" metering mode. Previously, it used an 80% low percentile and 98.3% high percentile range that was designed to ignore most of the histogram chart and focus only on the highlights in the current view. The new default values range from 10 low percentile and 90 high percentile, applying a result that is similar to the "Auto Exposure Basic" metering mode.

It also mimics natural eye behavior by expanding the iris, allowing more light into the pupils. Longer transition times keep exposure low, and the image is overly dark. The Speed Up parameter should use higher values when mimicking eye adaptation behavior. This allows for quicker transitions when moving from dark areas to brightly lit ones. It also mimics natural eye behavior by contracting the iris, allowing less light into the pupils. Longer transition times keep exposure high, and the image is overly bright.

Logorithmic adjustment for exposure, and is only used if a tonemapper is specified. Configure these console variables in your BaseScalability.ini configuration file under the section. When using defined profiles for specific devices, set the console variable sg.PostProcessQuality in the BaseDeviceProfiles.ini. Note that all devices are enabled by default, except Android_Low. Set the console variable r.EyeAdaptationQuality should be set to a value greater than 0. Auto Exposure on mobile devices that support feature level ES3.1 or higher share feature parity with desktop and console platforms. For mobile, memory cost is trivial, and performance cost should be minor depending on your scene.

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• For example, it tends to happen when you modify the screen resolution.

The Speed Down parameter should use lower values when mimicking eye adaptation behavior. This allows for slower transitions when moving from brightly lit areas to darker ones.

In the example above, there is an exposure compensation of 2 where the white and purple lines keep that distance from one another. The histogram chart consists of a range of exposure values measured in the current view. Within the chart are colored lines that represent the target, actual, and final exposure values are always adapting to the measured exposure of the current camera view. A list of exposure and curve values set in the Post Process Volume and Curve Asset.

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Access the exposure override from the View Mode dropdown in the Level Viewport or any Asset Editor viewport and disable the checkbox next to Game Settings or Auto to use the EV100 slider. This slot takes a Curve Asset which is used for finer control over exposure compensation in the scene. The X and Y-axis values in the Curve graph translate to the Average Scene EV100 and Exposure Compensation values.