You just cannot isolate traffic between your computer and another devices on the local network (LAN), from traffic coming from or going to the internet (WAN), nor can you ever know what some other device on your LAN is doing with the internet. It will not include traffic directly to and from other devices and the internet (WAN), and so cannot be used to determine the amount of internet traffic. If the computer is on a local network through a router (LAN), the traffic will include all interaction between the computer and both the router and any other devices on the LAN. The measured value is simply the network traffic in and out of the network interface controller (NIC) of the computer running the skin. Updating these measures at a rate other than once a second will return results that are confusing at best. Since the usual display of network traffic is in bytes per second, it is advisable to either set Update=1000 in the section of the skin, or add UpdateDivider options to NetIn / NetOut / NetTotal measures so they are updated once a second. The measured value is the number of bytes per second, factored by the total update rate of the measure, as defined by the Update option for the skin and any UpdateDivider option on the measure. Rainmeter itself will do the conversion to bytes automatically when the value(s) are used. ![]() Note that this means that any MinValue and MaxValue options on the measures, used to support a percentage in meters, should be set by you in bits, not bytes. This can be changed with the UseBits option on the measure. The measures automatically divide both this internal measurement and any MinValue or MaxValue options by 8, (there are 8 bits in a byte) in order to use and display the values as bytes in measures and meters. The Net measures internally measure the traffic across the NIC (Network Interface Controller) in bits per second. Net measures will have a value in bytes per second. Measure=NetTotal measures both incoming and outgoing network traffic. Measure=NetOut measures outgoing (upload) network traffic. The compared value is rounded to an integer.Measure=NetIn measures incoming (download) network traffic. The action is executed only once when the measure is equal to the value, so it needs to go above or below the defined value before the action is executed again. IfEqualAction Action to be executed when the measure is equal with the value defined in IfEqualValue. The action is executed only at the moment when the measure falls below the value, so it needs to go above the defined value before the action is executed again. ![]() IfBelowAction Action to be executed when the measure goes below the value defined in IfBelowValue. The action is executed only at the moment when the measure exceeds the value, so it needs to go below the defined value before the action is executed again. IfAboveAction Action to be executed when the measure goes above the value defined in IfAboveValue. ![]() You may have one of each kind of IfAction in a single measure. IfActions are done by using pairs of Above, Equal, and Below Value and Action statements. IFActions are action options you add to a measure to execute one or more Bangs or commands when a defined numerical threshold value is returned by the measure.
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