For get this. It was pointed out that it was already implemented.
I was working on building a automated ware house for storing my cargo modules.
I got a short ways into the design and realized a massive flaw. No way to determine when a module was full or empty so it would require manually going through this large warehouse to look at each stored module to determine if it needed to be pulled or not.
That kind of defeats the idea of making an automated ware house.
Even taking full advantage of the new inventories ability to be connected to other storage(s) you still manually have to connect them.
So my recommendation is that storage boxes be given a high and low signal. high for when inventory is full. Low for when it is empty.
Or even better an actual range system between 1 and 0 that can be fed to the future controllers and modules.
I was working on building a automated ware house for storing my cargo modules.
I got a short ways into the design and realized a massive flaw. No way to determine when a module was full or empty so it would require manually going through this large warehouse to look at each stored module to determine if it needed to be pulled or not.
That kind of defeats the idea of making an automated ware house.
Even taking full advantage of the new inventories ability to be connected to other storage(s) you still manually have to connect them.
So my recommendation is that storage boxes be given a high and low signal. high for when inventory is full. Low for when it is empty.
Or even better an actual range system between 1 and 0 that can be fed to the future controllers and modules.
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