Just trying to wrap my head around this part......
"...The system scan now returns an aggregated display of how energetic the electromagnetic emissions are in the system. Signals are sorted on a low to high scale by their apparent energy. For example, emissions from rocky clusters will appear at the lower end of the scale, hot gas giants at the upper range. This information requires some interpretation as signals can overlap.
You are able to tune the focus of your sensors to a particular point on the scale, making emissions from objects at this range much clearer, at the cost of filtering out signals returned from bodies not emitting at this range.
As you move the view around, you are aiming your discovery scanner sensors. To aid you, the discovery scanner view also features a repeating sweep of gravitational disturbance detected in the system. You can use this sweep to narrow your search for stellar bodies, as well as start your search around the star's orbital plane, which is revealed by the initial system scan.
Emissions that come close enough to your view’s focus are represented by signature patterns around a central reticule. If you are tuned to the correct point on the energy scale the signal will show as a symmetrical pattern clearly showing the direction towards the origin of the signal, allowing you to locate it. The further away your energy tuning, the more distorted and asymmetrical the pattern becomes, hiding the precise direction and location.
Once you have a candidate origin, you can use the scanner to reconstruct a massively zoomed in view. If you aimed precisely enough, you will discover the stellar body. If there are a number of stellar bodies in relative close proximity to your focus, you may need to repeat the process to isolate individual signals...."
Am I correct in my assumption that I would have to 'fine tune' this sensor for EACH different type of Planet in a system?
e.g. A system contains 2 ELW, 1 Ammonia, 1 WW, 4 Gas Giants (lets assume that each different type doesn't have it's own 'tune' frequency) 10 HMC's & 50 Ice Worlds.
Do I then have to scan the system 6 times using 6 different fine tune settings, in order to find the precise location of each?