Really nice to find a video that focuses upon how the model works in a scientific way, all the 'get this quick' videos seem to really detract from the game, this massively augments it. I'd love to find a tool that teaches the astro physics of how to find your materials, all of which adds to the immersion, rather than a map of all the hotspots and shortcuts to getting them using program glitches all of which destroy the immersion.
Generally as a Deep Space explorer, during a session I pick some arbitrary number and if there is an amount of large bodies at that number or above then I whip out the the more in-depth scans
This might come in handy seeing as I've just embarked out again, this time going more than double the farthest distance I've been from the bubble, so I don't think I'll be going home any time soon as I think I'll be darting left and right across the galaxy to all the shiny things lol. The stellar graveyard stellar-type distribultions are really quite interesting, going against what one might 'typically expect'. Perhaps this being no fault to the data collection method or even FDEV's stellar forge, but to the fact that we still know very little about the planetary system progression around these bodies, and have to merely theorise and speculate. Thus what could FDEV do but to maybe make them suprising, adding to the already high cool-factor of these systems by tweaking the numbers slightly, and personally I don't blame them - nothing cooler than living on an ELW around a black hole... or two :P
![How the Bizarre Path of Mars Reshaped Astronomy [Kepler's Laws Part 1]](/img/1.gif)
Thanks, great information here.
Really nice to find a video that focuses upon how the model works in a scientific way, all the 'get this quick' videos seem to really detract from the game, this massively augments it. I'd love to find a tool that teaches the astro physics of how to find your materials, all of which adds to the immersion, rather than a map of all the hotspots and shortcuts to getting them using program glitches all of which destroy the immersion.
This is very interesting and informative. Something different than the usual. Keep it up 👍🏻
A wonderful research you did here sir! Thank you for the content
Cool to see this type of data analysis! I'm a physics/astrophysics student so I can relate :p
Generally as a Deep Space explorer, during a session I pick some arbitrary number and if there is an amount of large bodies at that number or above then I whip out the the more in-depth scans
This might come in handy seeing as I've just embarked out again, this time going more than double the farthest distance I've been from the bubble, so I don't think I'll be going home any time soon as I think I'll be darting left and right across the galaxy to all the shiny things lol.
The stellar graveyard stellar-type distribultions are really quite interesting, going against what one might 'typically expect'. Perhaps this being no fault to the data collection method or even FDEV's stellar forge, but to the fact that we still know very little about the planetary system progression around these bodies, and have to merely theorise and speculate. Thus what could FDEV do but to maybe make them suprising, adding to the already high cool-factor of these systems by tweaking the numbers slightly, and personally I don't blame them - nothing cooler than living on an ELW around a black hole... or two :P
o7 ! Wonderful video! Thank you!
I'm ~500LY beneath Colonia (with FC) mining (one of my 'glory holes') as we speak!
Very handy. Thank you
and FWIW...
subsurface/displacement mining is the new 'high yield' mining!
o7
FTM!
Thank you for the informative video. Did you use python and pandas for the data analysis?
I used c++ and ROOT to make the plots