I asked this question in the Simple Question thread, and while it took me a bit of time to work it out, I have a solution.
Lay down the ME Interface and connect it to the network with a piece of dark cable. Run some piping to your carpenter from the ME Interface. I used a redstone energy cell set to high control to power the wooden pipe, but an autarchic gate would work as well..just have to modify the timing.
Configure the carpenter with the recipe you're interested in so that items don't spew, and configure the ME Interface to export however many items you want. For my example, I have it set to hold 3 stacks of jungle wood, a stack of pollen, a stack of royal jelly, and two stacks of beeswax (obviously making alveary blocks).
Finally, set down a computer and run one redstone from the back to the dark cable, and one from the right side to a block next to the redstone energy cell. This simple startup program keeps it stocked.
The program activates the redstone in the back for 3 seconds, which activates the dark cable and gives the ME Interface plenty of time to stock up, then it turns off the dark cable again by fliipping the redstone off. After a one second delay (which is probably not needed), the right side lights up and turns on the redstone energy cell, which empties the ME Interface in nothing flat. Turn it back off after a few seconds to not waste power, and the carpenter fills up. Finally, wait for 20 minutes and repeat. My testing indicated that a carpenter powered by 75 MJ/t should take about 15 minutes to process a stack of scented panels. The 20 minute delay is intended to prevent overlap and overflow in case I have more stuff running on the same shared line and the carpenter slows down.
My method calls for an ME Interface, a piece of dark cable, computercraft, and some piping. A redpower sequencer would probably work as well.you could use a export bus on relays and then go to regulators, i think you can connect the export bus directly to the regulator =]. If there is any better way let me know ;D
Lay down the ME Interface and connect it to the network with a piece of dark cable. Run some piping to your carpenter from the ME Interface. I used a redstone energy cell set to high control to power the wooden pipe, but an autarchic gate would work as well..just have to modify the timing.
Configure the carpenter with the recipe you're interested in so that items don't spew, and configure the ME Interface to export however many items you want. For my example, I have it set to hold 3 stacks of jungle wood, a stack of pollen, a stack of royal jelly, and two stacks of beeswax (obviously making alveary blocks).
Finally, set down a computer and run one redstone from the back to the dark cable, and one from the right side to a block next to the redstone energy cell. This simple startup program keeps it stocked.
Code:
while true do
redstone.setOutput("back",true)
sleep(3)
redstone.setOutput("back",false)
sleep(1)
redstone.setOutput("right",true)
sleep(3)
redstone.setOutput("right",false)
sleep(1800)
end
The program activates the redstone in the back for 3 seconds, which activates the dark cable and gives the ME Interface plenty of time to stock up, then it turns off the dark cable again by fliipping the redstone off. After a one second delay (which is probably not needed), the right side lights up and turns on the redstone energy cell, which empties the ME Interface in nothing flat. Turn it back off after a few seconds to not waste power, and the carpenter fills up. Finally, wait for 20 minutes and repeat. My testing indicated that a carpenter powered by 75 MJ/t should take about 15 minutes to process a stack of scented panels. The 20 minute delay is intended to prevent overlap and overflow in case I have more stuff running on the same shared line and the carpenter slows down.