Network Profile
Overall Strength
2.74%
of network
(8.24 × 1028)
Influence Score
4.05%
of network
(1.865194)
Direct Connections
10
Node & Network Strength Details
How is this calculated? The math continuously tracks how strongly this post is connected to the rest of the website.
Every tag forms a network link. The pie charts below show each connected post's base strength (PV) and influence (IV) as a share of this post's direct neighbourhood.
Outbound
5
Tags on post
Inbound
5
Posts tagging this
Base Node Strength
25
Base Node Influence
1
Connected Nodes
23
Strength Share (vs Direct Neighbours)
2.74%
(8.24 × 1028 overall)
- This Post (2.74%)
- Tim Robbins (10.94%)
- Joan Cusack (9.85%)
- Spencer Treat Clark (3.94%)
- Genevieve Angelson (3.28%)
- Johanna Day (2.74%)
- Grant Garrison (2.74%)
- Viviane Vives (2.74%)
- Mark Pellington (2.74%)
- Gabriel Folse (2.19%)
- Robert Gossett (2.19%)
- True Story (1.75%)
- Hope Davis (1.75%)
- Loyd Catlett (1.75%)
- Mary Ashleigh Green (0.98%)
- Darryl Cox (0.98%)
- Jenni Tooley (0.44%)
- Lee Stringer (0.44%)
- Mason Gamble (0.44%)
- Naya Castinado (0.44%)
- Sid Hillman (0.44%)
- Beauty Mark (0.44%)
- The Longest Week (0.44%)
Dominant nodes (excluded from chart)Arlington Road 43.65%
Influence Share (vs Direct Neighbours)
- This Post (4.05%)
- Gabriel Folse (5.06%)
- Robert Gossett (5.06%)
- Genevieve Angelson (4.86%)
- Arlington Road (4.47%)
- True Story (4.05%)
- Hope Davis (4.05%)
- Mary Ashleigh Green (4.05%)
- Johanna Day (4.05%)
- Spencer Treat Clark (4.05%)
- Tim Robbins (4.05%)
- Darryl Cox (4.05%)
- Grant Garrison (4.05%)
- Jenni Tooley (4.05%)
- Lee Stringer (4.05%)
- Loyd Catlett (4.05%)
- Mason Gamble (4.05%)
- Naya Castinado (4.05%)
- Sid Hillman (4.05%)
- Viviane Vives (4.05%)
- Beauty Mark (4.05%)
- The Longest Week (4.05%)
- Mark Pellington (4.05%)
- Joan Cusack (3.64%)
Connected Network (How neighbours affect this node)
Top Network Boosters (Highest Multipliers)
Weakest Connections (Lowest Multipliers)
Connection Health Audit (Red = broken 1-way link)
Last calculated math cycle: May 3, 1:41 AM
Analyzing Network Connections...
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