Repository : ssh://git@diktynna/doc

On branches: backup-redmine/2020-07-12,master

commit 9c85764a075ee0d7349ba5bd62418e42fd36ed8d Author: Sven Eckelmann sven@narfation.org Date: Sat Jun 20 21:39:30 2020 +0000

doc: batmand/VisOutput

9c85764a075ee0d7349ba5bd62418e42fd36ed8d batmand/VisOutput.textile | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-)

diff --git a/batmand/VisOutput.textile b/batmand/VisOutput.textile index b7a0021..47b76b7 100644 --- a/batmand/VisOutput.textile +++ b/batmand/VisOutput.textile @@ -34,9 +34,9 @@ h2. Batman to batman connection

The batman node 5.174.37.225 has a connection towards the batman node 5.224.160.202 with a link quality of "2.13" whereas the 5.224.160.202 has a link quality of "1.28" towards the 5.174.37.225. The connection is listed twice because each node reports it individually which gives you the option of seeing asymetric links if you want to display it.

-The link quality gives information how batman evaluates this link. 1.00 means 100%25 link quality, 2.00 means 50%25, 3.00 is 33.3%25 and 4.00 is 25%25, etc. The number tells you how many packets you need to send in order to get a single successful transmission. +The link quality gives information how batman evaluates this link. 1.00 means 100% link quality, 2.00 means 50%, 3.00 is 33.3% and 4.00 is 25%, etc. The number tells you how many packets you need to send in order to get a single successful transmission.

-While looking at originator tables, debug logs or other batman output you might see different numbers. Due to performance considerations batman uses his own format (TQ value) to express link quality. Its max value is 255 and goes down to 0 (float operations are quite expensive on embedded devices). The vis server transforms the TQ value into its own format before outputting it. +While looking at originator tables, debug logs or other batman output you might see different numbers. Due to performance considerations batmand uses its own format (TQ value) to express link quality. Its max value is 255 and goes down to 0 (float operations are quite expensive on embedded devices). The vis server transforms the TQ value into its own format before outputting it.