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--- bwm-realtime [2024/05/07 03:07] – -formatting, change "corresponding to" to: "related to" hogwild
+++ bwm-realtime [2024/11/06 22:44] (current) – [Bandwidth - Real-Time] hogwild
@@ Line 1: / Line 1: @@
 ====== Bandwidth - Real-Time ======
-The Bandwidth - Real-Time menu provides live monitoring of any router interface in graph form.  Data are reset when the page first loads((
+The Bandwidth - Real-Time menu shows live monitoring of any router interface in graph form.  Data are reset when the page first loads((
-Although there is not data to "reset" when page first loads, it is reset on each subsequent [re]loads
+Though there is no data to "reset" when page first loads, it is reset on each subsequent [re]loads
 )), and the display draws gradually.
-The maximum display window is 10 minutes, and data resolution is 2 seconds. That means 10 minutes of data can be displayed at a time, and that data can be sampled at most, every 2 seconds. Only one interface at at a time can be displayed. Clicking on the interface name in any square displays the bandwidth of that interface.
+ \\
-The interfaces available to be monitored will depend on your router hardware and configuration (for example, using a VPN or virtual wireless interface).
+{{:pasted:20200520-162850.png?778}}
-\\ Some possible FreshTomato interfaces are (depending on firmware release and mode):
+ \\
-  **vlan2:**  The wired WAN port on the router
+The maximum display window is 10 minutes, with 2-second data resolution. Ten minutes of data can be displayed at a time, with data sampled at most, every 2 seconds.
-  ***vlan1:**  The wired LAN ports on the router
-  ***eth0:**    All Ethernet ports on the router
-  ***eth1:**    The Wireless 2.4 GHz radio
-  ***eth2:**    The wireless 5 GHz (if equipped) radio
-  ***br0:**     The software bridge relating to vlan1, eth1, eth2. ("The LAN").
-\\ **Avg.** This applies a percentile to the image. This shows how a data point compares to the total distribution over time.
+Only one interface can be displayed at a time. Clicking on the interface name in any square displays the bandwidth of that interface.
+The interfaces available to be monitored depend on your hardware and configuration (for example, using a VPN or VWLAN interface).
+\\ Some possible FreshTomato interfaces are (depending on release/mode):
+  * **vlan2:**  The wired WAN port on the router
+  * **vlan1:**  The wired LAN ports on the router
+  * **eth0:**   All Ethernet ports on the router
+  * **eth1:**   The Wireless 2.4 GHz radio
+  * **eth2:**   The wireless 5 GHz (if equipped) radio
+  * **br0:**    The software bridge corresponding to vlan1, eth1, eth2. (or "The LAN")
+\\ **Avg.** applies a percentile to the image. This shows how a data point compares to the total distribution over time.
+ \\
 **Max:**
-  * Uniform - Choosing this scales graphs to the maximum value recorded on all interfaces.
+  * Uniform - this 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) - this scales graphs based on data from one interface only.
+ \\
 **Unit: **
-  * kbit/KB - This toggles between displaying volume in kilobits/Kilobytes (1,000).
+  * kbit/KB - toggles between displaying volume in kilobits/Kilobytes (1,000).
-  * Mbit/MB:This toggles the display to volume to be expressed in megabits/Megabytes (1,000,000).
+  * Mbit/MB: toggles display volume to be expressed in megabits/Megabytes (1,000,000).
+  * \\
 **Display: **
-  * Solid - Choosing this option graphs bandwidth usage with a solid area.
+  * Solid - graphs bandwidth usage with a solid area.
-  * Line - Choosing this option graphs bandwidth using a single line representing maximum values.
+  * Line - graphs bandwidth using a single line representing maximum values.
+  * \\
-**Color**: Thus switches between various pre-specified color schemes for the graph.
+**Color**: switches between various pre-specified color schemes for the graph.
-**[reverse]** : This reverses the graph's color scheme. For example, a device traced in blue is traced in orange and vice versa.\\  \\  \\  [[https://wiki.freshtomato.org/lib/exe/detail.php?id=real-time&media=pasted:20200520-162850.png|{{:pasted:20200520-162850.png?729}}]]
  \\
-//Cursor-Tracking Readout: //Bandwidth graphs feature a a //Cursor-Tracking Readout//. When you move your mouse cursor over the graph, the graph displays the following at the top right corner:
+**[reverse]** : reverses the graph's color scheme. A device traced in blue is traced in orange and vice versa.\\  \\
-  * Day of Week
+==== General Features ====
+//Cursor-Tracking Readout: //Bandwidth graphs have a a //Cursor-Tracking Readout//. Moving your mouse cursor over the graph causes it to display the following at the top right:
+  * Day of the Week
   * Time
   * Bandwidth usage.
+ \\
 These update as you move your mouse.
-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 feature a //Mouse-Click Readout//: If you click on the graph, the date/time/bandwidth numbers will display beside the mouse cursor.
+ \\
-Note: Mouse-click readout is static. It does not update with graph movement or scaling.
+//Mouse-Click Readout//: Bandwidth graphs also have a //Mouse-Click Readout//: Clicking on the graph will make the date/time/bandwidth numbers display beside the mouse cursor. This function is static. It does not update with graph movement or scaling.
  \\

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