Super cool plot! Few questions, I was trying to read the scale bar. It says RTT/(1-(2*distance/c)). I guess that’s a typo? otherwise I’m not sure what it would mean.
Then the scaling goes up to 10, did you multiply by 10 or did you inverse the values? (Inverting would mean higher values = lower connectivity? which I guess is possible in Europe if we have to consider the routing ?).
Also it’s very interesting how uniform the whole American continent is.
Cool I’m super interested in the result. I’m marking the post!
Edit: I also love the visualizations, didn’t make that clear in first reply 🫣
Could you calculate shortest distance to each point (using for example haversine formula) and then divide each time you got by 2*distance/c to get some sort of normalized score for connectivity? Anything closely approaching 1 would be the optimal connectivity to that destination.
Edit: c would be speed of light
What do you mean the wrong kind of trash? I think folks dump their food and drinks there because it’s not allowed in the classroom? Doesn’t that make it the right type of trash?
Alright thanks! so it means you’re showing RTT theoretical/RTT actual? That makes sense!