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ipt-realtime [2024/09/29 20:29] – [IP Traffic - Real-time] -Formatting hogwildipt-realtime [2024/11/06 22:50] (current) – [IP Traffic - Real-time] -Punctuation hogwild
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 ====== IP Traffic - Real-time ====== ====== IP Traffic - Real-time ======
  
-The IP Traffic - Real-Time menu displays real-time bandwidth being used on //selected network IP addresses/ranges//. IP Traffic Monitoring is similar to Bandwidth Monitoring, but it categorizes the data by individual LAN IP address.+The IP Traffic - Real-Time menu displays real-time bandwidth being used on //selected network IP addresses/ranges//.
  
-Do not confuse this with the ///Bandwidth///[[:bwm-realtime|Real-Time]] function, which collects bandwidth usage based on //a specific FreshTomato interface//.+ \\
  
- \\ \\   \\ {{:0065c1e1ed0bb25d5a8b555cfbd582b8.png?774}}+IP Traffic Monitoring is similar to Bandwidth Monitoring, but it categorizes the data by individual //LAN IP address//.
  
- \\ \\ **IPs currently on graphic:** This lets you select the IP addresses/ranges whose bandwidth data you wish to display.+Don't confuse it with the ///Bandwidth///[[:bwm-realtime|Real-Time]] function. That tracks bandwidth usage based on //specific FreshTomato interfaces//. 
 + 
 + \\ \\   \\ {{:0065c1e1ed0bb25d5a8b555cfbd582b8.png?774}}
  
  \\  \\
  
-**Hidden Addresses:** Here, select IP addresses whose bandwidth is currently not displayed to be measured/graphed.+The graph has: a 10-minute window and 2-second interval.
  
-The graph has a 10-minute window, and a 2-second interval. It displays a maximum of 10 minutes of data, refreshed a maximum of every 2 seconds.+It displays a maximum of 10 minutes of data, refreshed a maximum of every 2 seconds.
  
- \\ \\ **RX** numbers show incoming bandwidth (to the LAN).+ \\ \\ **IPs currently on graphic:** lets you select the IP addresses/ranges whose bandwidth data to display.
  
  \\  \\
  
-**TX** numbers show outgoing bandwidth (to the WAN).+**Hidden Addresses:** select IP addresses whose bandwidth isn't displayed to be measured/graphed.
  
- \\ **Hours:**+ \\ \\ **RX:**  numbers show incoming bandwidth (to the LAN).
  
  \\  \\
  
-**Avg:**  Applies a percentile to the image. This shows how a data point compares to the total distribution over time.+**TX:**  numbers show outgoing bandwidth (to the WAN). 
 + 
 + \\ 
 + 
 +**Hours: TBD.** 
 + 
 + \\ 
 + 
 +**Avg:**  Applies a percentile to the image to show how a data point compares to the total distribution over time.
  
  \\  \\
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 **Max:** **Max:**
  
-  * Uniform - Choosing this scales graphs to the maximum value recorded on all interfaces. +  * Uniform - scales graphs to the maximum value recorded on all interfaces. 
-  * Per If (Per Interface) - Choosing this scales graphs based on data from one interface only.+  * Per If (Per Interface) - scales graphs based on data from one interface only.
  
  \\  \\
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 **Unit: ** **Unit: **
  
-  * kbit/KB - This toggles between displaying volume in kilobits/Kilobytes (1,000).  +  * kbit/KB - toggles between displaying volume in kilobits/Kilobytes.  
-  * Mbit/MB - This toggles the display to volume to be expressed in megabits/Megabytes (1,000,000). +  * Mbit/MB - toggles the display volume to be expressed in megabits/Megabytes. 
-  * \\+ 
 + \\
  
 **Display: ** **Display: **
  
-  * Solid - Choosing this graphs bandwidth usage with a solid area. +  * Solid - graphs bandwidth usage with a solid area. 
-  * Line - Choosing this graphs bandwidth using a single line representing maximum values.+  * Line - graphs bandwidth using a single line representing maximum values.
  
  \\  \\
  
-**Color:**  This switches between various pre-specified color schemes for the graph.+**Color:**  switches between various pre-specified color schemes for the graph.
  
  \\  \\
  
-[reverse]: Reverses the graph's color scheme. A device traced in blue would be traced in orange and vice versa.+[reverse]: Reverses the graph's color scheme. 
 + 
 +A device traced in blue would be traced in orange and vice versa.
  
  \\  \\
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 ==== General Features ==== ==== General Features ====
  
-//Cursor-Tracking Readout: //Bandwidth graphs feature a a //Cursor-Tracking Readout//.+//Cursor-Tracking Readout// 
 + 
 +Bandwidth graphs feature a a //Cursor-Tracking Readout//.
  
 When you move your mouse over the graph, the graph displays at the top right corner: When you move your mouse over the graph, the graph displays at the top right corner:
 +
 + \\
  
   * Day of Week   * Day of Week
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 The Cursor-Tracking Readout disappears after 5 intervals: that is, 10 seconds in //Real-Time//, 10 minutes in //Last 24 Hours//, and so on. The Cursor-Tracking Readout disappears after 5 intervals: that is, 10 seconds in //Real-Time//, 10 minutes in //Last 24 Hours//, and so on.
  
- \\ //Mouse-Click Readout//: Bandwidth graphs also have a //Mouse-Click Readout//: Clicking on the graph makes the date/time/bandwidth numbers display beside the mouse cursor. The readout is static. It does not update with graph movement or scaling.+ \\ //Mouse-Click Readout//: 
 + 
 +Bandwidth graphs have a //Mouse-Click Readout//: If you click on the graph, the date/time/bandwidth numbers display beside the mouse cursor. The readout is static. It does not update with graph movement or scaling.
  
  \\  \\
ipt-realtime.1727638192.txt.gz · Last modified: by hogwild

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