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--- bwm-realtime [2023/05/04 22:26] – -format-full LF between bulleted points, condense hogwild
+++ bwm-realtime [2023/06/16 02:51] (current) – -changed "The Bandwidth Monitor - Real-Time" to "The Bandwidth - Real-Time" hogwild
@@ Line 1: / Line 1: @@
-====== Real-Time ======
+====== Bandwidth - Real-Time ======
-The Real-time bandwidth menu provides live monitoring of any router interface in graph form.  Data are reset when the page first loads((
+The Bandwidth - Real-Time menu provides 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
-)), 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 every 2 seconds, at most. 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 the router hardware and configurations (for example, using a VPN or virtual wireless interfaces).
+)), and the display draws gradually.
-\\ Example of FreshTomato interfaces (may vary based on release number and hardware model):
+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.
-\\ **vlan2:** wired WAN port on the router
+The interfaces available to be monitored will depend on your router hardware and configuration (for example, using a VPN or virtual wireless interface).
-**vlan1:** wired LAN ports on the router
+\\ Some possible FreshTomato interfaces are (depending on firmware release and mode):
-**eth0:** all Ethernet ports on the router
+  * **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")
-**eth1:** wireless 2.4 GHz
+\\ **Avg.** This applies a percentile to the image. This shows how a data point compares to the total distribution over time.
-**eth2:** wireless 5 GHz (if equipped)
+**Max:**
-**br0:** the software bridge of vlan1, eth1, eth2 (what is commonly called LAN)
+  * Uniform - Choosing 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.
-\\ **Avg.** This applies a percentile to the image. This can show how a data point compares to the total distribution (graph) over time.
+**Unit: **
-**Max:** Choosing **Uniform** scales graphs to the maximum value recorded on all interfaces. Choosing **Per If** (Per Interface) scales graphs based on data from one interface only.
+  * kbit/KB - This 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).
-**Unit: kbit/KB, Mbit/MB** - toggles between displaying volume in kilobits/Kilobytes (1,000) or megabits/Megabytes (1,000,000).
+**Display: **
-**Display: **Choosing **Solid** graphs bandwidth usage with a solid area, choosing **Line** graphs bandwidth with a single line representing maximum values.
+  * Solid - Choosing this option graphs bandwidth usage with a solid area.
+  * Line - Choosing this option graphs bandwidth using a single line representing maximum values.
-**Color**: Switches between various pre-specified color schemes for the graph.
+**Color**: Thus 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}}]]
+**[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: Day of Week,\\ Time, and Bandwidth usage. These update when you move the mouse.
+//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:
-The Cursor-Tracking Readout disappears after 5 intervals: that is, 10 seconds in //Real-Time//, 10 minutes in //Last 24 Hours//, etcetera.
+  * Day of 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.
 //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.
+ \\
+ \\

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