Programmable Inserter
Posted: Tue Jun 24, 2014 1:16 am
The programmable inserter would be a more advanced inserter, that allows for more complicated setups.
It would be fairly expensive to make, I am thinking requiring 1 smart inserter and 5 or 10 processor units.
It would require a new technology level, needing 200 Purple Science Packs, in addition to appropriate lower leveled science packs.
The stock programmable inserter would have two programmable slots. Each slot would allow for the user to set a filter (only a single item type). The user could also select the input and output direction for each programmable slot. The user could then set conditions for red and green wire networks and the logistic network, similar to what the smart inserter allows.
The two programmable slots would operate independently. If the first slot's condition was met, then it would move the first item from the input to output side. If the first slot's condition was not met, then it would try the second slot.
The inserter would have two module slots. Speed modules would increase the operating speed of the inserter. Efficiency modules would reduce the energy consumption of the inerter. Effectivity modules would add additional programmable slots.
It would be fairly expensive to make, I am thinking requiring 1 smart inserter and 5 or 10 processor units.
It would require a new technology level, needing 200 Purple Science Packs, in addition to appropriate lower leveled science packs.
The stock programmable inserter would have two programmable slots. Each slot would allow for the user to set a filter (only a single item type). The user could also select the input and output direction for each programmable slot. The user could then set conditions for red and green wire networks and the logistic network, similar to what the smart inserter allows.
The two programmable slots would operate independently. If the first slot's condition was met, then it would move the first item from the input to output side. If the first slot's condition was not met, then it would try the second slot.
The inserter would have two module slots. Speed modules would increase the operating speed of the inserter. Efficiency modules would reduce the energy consumption of the inerter. Effectivity modules would add additional programmable slots.