How is this calculated?
The math continuously tracks how strongly this post is connected to the rest of the network. Every tag forms a 2-way link. The base stats determine personal node strength, and the pie charts below show this node's share against its direct neighbours.
// 1. Base variables (floored at 1 to prevent zero-multiplication math errors)
$inbound = max(1, 2) = 2
$outbound = max(1, 2) = 2
// 2. Node Base Values (Local connection strength)
Base_Strength (PV) = $inbound * $outbound = 2 * 2 = 4
Base_Influence (IV) = $inbound / $outbound = 2 / 2 = 1
// 3. Exponential Network Values (accumulating 11 direct neighbours)
Network_Strength (CV) = Base_PV * (Neighbour_1_PV * Neighbour_2_PV * ...)
= 4 *
( 100 [Horace Bénédict de Saussure] *
1 [Anemometer-MHS 12] *
1 [Bust of Horace Bénédict de Saussure at Jardin Botanique] *
1 [Compound microscope-MHS 492] *
1 [Electrometer-MHS 544] *
1 [Fontaine du rondeau des Bougeries] *
1 [Grès Singuliers] *
1 [Microscope of Charles Bonnet-MHS 149] *
1 [Repeating circle-MHS 183] *
1 [Statue of Balmat and Saussure in Chamonix] *
1 [Cyanometer, University of Wrocław]
)
= 400
Network_Influence (TV) = Base_IV * (Neighbour_1_IV * Neighbour_2_IV * ...)
= 1 *
( 1 [Horace Bénédict de Saussure] *
1 [Anemometer-MHS 12] *
1 [Bust of Horace Bénédict de Saussure at Jardin Botanique] *
1 [Compound microscope-MHS 492] *
1 [Electrometer-MHS 544] *
1 [Fontaine du rondeau des Bougeries] *
1 [Grès Singuliers] *
1 [Microscope of Charles Bonnet-MHS 149] *
1 [Repeating circle-MHS 183] *
1 [Statue of Balmat and Saussure in Chamonix] *
1 [Cyanometer, University of Wrocław]
)
= 1
Outbound
2
Tags on post
Inbound
2
Posts tagging this
Connections
11
Total nodes
Base Node Strength
4
Base Node Influence
1
Strength Share (vs Direct Neighbours)
Dominant nodes (excluded from chart)Horace Bénédict de Saussure 87.72%
Influence Share (vs Direct Neighbours)
Connected Network Hierarchy
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Connection Health Audit (Red = broken 1-way link)