Since the radar has positional data, would it be too taxing to detect when objects in close proximity have a high degree of probability that they will cross the center of the sphere?
In this case, a potential collision alarm could sound.
Close proximity in terms of time.
The alarm could consist of stages. The sooner the collision, the more progressed the stage.
Example:
5 seconds - collision lights on
4 seconds - collision lights flash
3 seconds - collision buzzer begins
2 seconds - and so on.
At some point, based on physics the computer might be able to figure out if the collision is unavoidable. It might check that at a certain stage.
In this case, a potential collision alarm could sound.
Close proximity in terms of time.
The alarm could consist of stages. The sooner the collision, the more progressed the stage.
Example:
5 seconds - collision lights on
4 seconds - collision lights flash
3 seconds - collision buzzer begins
2 seconds - and so on.
At some point, based on physics the computer might be able to figure out if the collision is unavoidable. It might check that at a certain stage.
Last edited: