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| 1 | - | local comp = require("component") |
| 1 | + | local comp = require("component")
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| 2 | - | local sides = require("sides") |
| 2 | + | local sides = require("sides")
|
| 3 | - | local capacitor = comp.capacitor_bank |
| 3 | + | local capacitor = comp.draconic_rf_storage |
| 4 | - | local term = require("term") |
| 4 | + | local term = require("term")
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| 5 | - | |
| 5 | + | |
| 6 | - | local maxEnergy = capacitor.getMaxEnergyStored() |
| 6 | + | local maxEnergy = capacitor.getMaxEnergyStored() |
| 7 | - | |
| 7 | + | |
| 8 | - | function typeOnScreen(perc) |
| 8 | + | function typeOnScreen(perc) |
| 9 | - | term.setCursor(15, 1) |
| 9 | + | term.setCursor(15, 1) |
| 10 | - | lenPerc = string.len(perc) |
| 10 | + | lenPerc = string.len(perc) |
| 11 | - | if lenPerc == 1 then |
| 11 | + | if lenPerc == 1 then |
| 12 | - | term.write(" " .. perc .."%\n") |
| 12 | + | term.write(" " .. perc .."%\n")
|
| 13 | - | elseif lenPerc == 2 then |
| 13 | + | elseif lenPerc == 2 then |
| 14 | - | term.write(" " .. perc .."%\n") |
| 14 | + | term.write(" " .. perc .."%\n")
|
| 15 | - | elseif lenPerc == 3 then |
| 15 | + | elseif lenPerc == 3 then |
| 16 | - | term.write(perc .. "%\n") |
| 16 | + | term.write(perc .. "%\n") |
| 17 | - | end |
| 17 | + | end |
| 18 | - | term.setCursor(17, 5) |
| 18 | + | term.setCursor(17, 5) |
| 19 | - | print (capacitor.getEnergyStored()) |
| 19 | + | print (capacitor.getEnergyStored()) |
| 20 | - | end |
| 20 | + | term.setCursor(15, 6) |
| 21 | - | |
| 21 | + | print(capacitor.getTransferPerTick() .. " RF/t") |
| 22 | - | |
| 22 | + | end |
| 23 | - | function main() |
| 23 | + | |
| 24 | - | term.clear() |
| 24 | + | |
| 25 | - | print ("Capacitors at ") |
| 25 | + | function main() |
| 26 | - | print ("\n\nTotal energy: " .. maxEnergy) |
| 26 | + | comp.gpu(setResolution(120, 32) |
| 27 | - | print ("Current Energy: ") |
| 27 | + | term.clear() |
| 28 | - | while true do |
| 28 | + | print ("Capacitors at ")
|
| 29 | - | energyStored = capacitor.getEnergyStored() |
| 29 | + | print ("\n\nTotal energy: " .. maxEnergy)
|
| 30 | - | energyPerc = math.floor((energyStored / maxEnergy) * 100) |
| 30 | + | print ("Current Energy: ")
|
| 31 | - | if energyPerc <= 40 then |
| 31 | + | print ("Current rate: ")
|
| 32 | - | comp.redstone.setOutput(sides.right, 0) |
| 32 | + | while true do |
| 33 | - | elseif energyPerc >= 95 then |
| 33 | + | energyStored = capacitor.getEnergyStored() |
| 34 | - | comp.redstone.setOutput(sides.right, 15) |
| 34 | + | energyPerc = math.floor((energyStored / maxEnergy) * 100) |
| 35 | - | end |
| 35 | + | if energyPerc <= 40 then |
| 36 | - | typeOnScreen(energyPerc) |
| 36 | + | comp.redstone.setOutput(sides.right, 0) |
| 37 | - | os.sleep(2) |
| 37 | + | elseif energyPerc >= 95 then |
| 38 | - | end |
| 38 | + | comp.redstone.setOutput(sides.right, 15) |
| 39 | - | end |
| 39 | + | end |
| 40 | - | |
| 40 | + | typeOnScreen(energyPerc) |
| 41 | - | |
| 41 | + | os.sleep(2) |
| 42 | end | |
| 43 | end | |
| 44 | ||
| 45 | ||
| 46 | main() |
