So, what’s the most ideal setting to protect your eyes from any harm? Why are Monitor Brightness, Gamma, and Contrast Important? That is the reason why your monitor must have the right contrast and brightness settings. I = r i = i || function () ,lpTag.init()): much contrast and brightness on your monitor can cause eye problems. It is also recommended that you use a desktop picture that includes a gradient of black to white, just to make sure the current settings aren't causing a loss of detail. This option will not prompt you to adjust the display's settings, but will still measure its color response. In most cases, you can set the display to your liking and use the "Profile Only" workflow to characterize the monitor in its present state. Then we can create a profile that tells applications how to display color accurately. The most critical parts are that we capture accurate information about the monitor's response and that it is reproducing a full range of tones and not distorted. In a dark environment you will want a dimmer display. In brightly lit environments, you will need a brighter monitor and lighter black point to see detail well. However, you would not want to introduce a loss of detail (clipping) at the white or black ends to achieve a higher contrast ratio. In general a higher contrast ratio (white luminance divided by black luminance) will allow you to see a greater range of tones. The truth is that you need to determine what works for you based on your environment and comfort. Some people say as bright as possible while others prefer a dimmer display. Some standards say 85 cd/m 2 is the minimum and >100 is desirable. If you ask around or search the internet, you will find many differing opinions on what the proper setup is for a computer display. Out of Production Products - Find Your Upgrade.
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