View difference between Paste ID: xjXG3Qvu and EUCmbEqx

 -- modifiable variables
 local reactorSide = "back"
 local fluxgateSide = "right"
 
 local targetStrength = 50
 local maxTemperature = 8000
 local safeTemperature = 3000
 local lowestFieldPercent = 15
 
 local activateOnCharged = 1
 
 -- please leave things untouched from here on
 os.loadAPI("lib/f")
 
 local version = "0.25"
 -- toggleable via the monitor, use our algorithm to achieve our target field strength or let the user tweak it
 local autoInputGate = 1
 local curInputGate = 222000
 
 -- monitor
 local mon, monitor, monX, monY
 
 -- peripherals
 local reactor
 local fluxgate
 local inputfluxgate
 
 -- reactor information
 local ri
 
 -- last performed action
 local action = "None since reboot"
 local emergencyCharge = false
 local emergencyTemp = false
 
 monitor = f.periphSearch("monitor")
 inputfluxgate = f.periphSearch("flux_gate")
 fluxgate = peripheral.wrap(fluxgateSide)
 reactor = peripheral.wrap(reactorSide)
 
 if monitor == null then
 	error("No valid monitor was found")
 end
 
 if fluxgate == null then
 	error("No valid fluxgate was found")
 end
 
 if reactor == null then
 	error("No valid reactor was found")
 end
 
 if inputfluxgate == null then
 	error("No valid flux gate was found")
 end
 
 monX, monY = monitor.getSize()
 mon = {}
 mon.monitor,mon.X, mon.Y = monitor, monX, monY
 
 --write settings to config file
 function save_config()
   sw = fs.open("config.txt", "w")
   sw.writeLine(version)
   sw.writeLine(autoInputGate)
   sw.writeLine(curInputGate)
   sw.close()
 end
 
 --read settings from file
 function load_config()
   sr = fs.open("config.txt", "r")
   version = sr.readLine()
   autoInputGate = tonumber(sr.readLine())
   curInputGate = tonumber(sr.readLine())
   sr.close()
 end
 
 
 -- 1st time? save our settings, if not, load our settings
 if fs.exists("config.txt") == false then
   save_config()
 else
   load_config()
 end
 
 function buttons()
 
   while true do
     -- button handler
     event, side, xPos, yPos = os.pullEvent("monitor_touch")
 
     -- reactor control
     if yPos >= 1 and yPos <= 3 then
       if ri.status == "charging" then
         reactor.stopReactor()
       elseif ri.status == "offline" then
         reactor.chargeReactor()
       elseif ri.status == "online" then
         reactor.stopReactor()
       end
     end
 
     -- output gate controls
     -- 2-4 = -1000, 6-9 = -10000, 10-12,8 = -100000
     -- 17-19 = +1000, 21-23 = +10000, 25-27 = +100000
-    if yPos == 10 then
+    if yPos == 7 then
       local cFlow = fluxgate.getSignalLowFlow()
       if xPos >= 2 and xPos <= 4 then
         cFlow = cFlow-1000
       elseif xPos >= 6 and xPos <= 9 then
         cFlow = cFlow-10000
       elseif xPos >= 10 and xPos <= 12 then
         cFlow = cFlow-100000
       elseif xPos >= 17 and xPos <= 19 then
         cFlow = cFlow+100000
       elseif xPos >= 21 and xPos <= 23 then
         cFlow = cFlow+10000
       elseif xPos >= 25 and xPos <= 27 then
         cFlow = cFlow+1000
       end
       fluxgate.setSignalLowFlow(cFlow)
     end
 
     -- input gate controls
     -- 2-4 = -1000, 6-9 = -10000, 10-12,8 = -100000
     -- 17-19 = +1000, 21-23 = +10000, 25-27 = +100000
-    if yPos == 14 and autoInputGate == 0 and xPos ~= 14 and xPos ~= 15 then
+    if yPos == 10 and autoInputGate == 0 and xPos ~= 14 and xPos ~= 15 then
       if xPos >= 2 and xPos <= 4 then
         curInputGate = curInputGate-1000
       elseif xPos >= 6 and xPos <= 9 then
         curInputGate = curInputGate-10000
       elseif xPos >= 10 and xPos <= 12 then
         curInputGate = curInputGate-100000
       elseif xPos >= 17 and xPos <= 19 then
         curInputGate = curInputGate+100000
       elseif xPos >= 21 and xPos <= 23 then
         curInputGate = curInputGate+10000
       elseif xPos >= 25 and xPos <= 27 then
         curInputGate = curInputGate+1000
       end
       inputfluxgate.setSignalLowFlow(curInputGate)
       save_config()
     end
 
     -- input gate toggle
-    if yPos == 14 and ( xPos == 14 or xPos == 15) then
+    if yPos == 10 and ( xPos == 14 or xPos == 15) then
       if autoInputGate == 1 then
         autoInputGate = 0
       else
         autoInputGate = 1
       end
       save_config()
     end
 
   end
 end
 
 function drawButtons(y)
 
   -- 2-4 = -1000, 6-9 = -10000, 10-12,8 = -100000
   -- 17-19 = +1000, 21-23 = +10000, 25-27 = +100000
 
-  f.draw_text(mon, 2, y, " < ", colors.white, colors.gray)
+  f.draw_text(mon, 2, y, " < ", colors.white, colors.lightBlue)
-  f.draw_text(mon, 6, y, " <<", colors.white, colors.gray)
+  f.draw_text(mon, 6, y, " <<", colors.white, colors.lightBlue)
-  f.draw_text(mon, 10, y, "<<<", colors.white, colors.gray)
+  f.draw_text(mon, 10, y, "<<<", colors.white, colors.lightBlue)
 
-  f.draw_text(mon, 17, y, ">>>", colors.white, colors.gray)
+  f.draw_text(mon, 17, y, ">>>", colors.white, colors.purple)
-  f.draw_text(mon, 21, y, ">> ", colors.white, colors.gray)
+  f.draw_text(mon, 21, y, ">> ", colors.white, colors.purple)
-  f.draw_text(mon, 25, y, " > ", colors.white, colors.gray)
+  f.draw_text(mon, 25, y, " > ", colors.white, colors.purple)
 end
 
 
 
 function update()
   while true do
 
     f.clear(mon)
 
     ri = reactor.getReactorInfo()
 
     -- print out all the infos from .getReactorInfo() to term
 
     if ri == nil then
       error("reactor has an invalid setup")
     end
 
     for k, v in pairs (ri) do
       print(k.. ": ".. v)
     end
     print("Output Gate: ", fluxgate.getSignalLowFlow())
     print("Input Gate: ", inputfluxgate.getSignalLowFlow())
 
     -- monitor output
 
     local statusColor
     statusColor = colors.red
 
     if ri.status == "online" or ri.status == "charged" then
       statusColor = colors.green
     elseif ri.status == "offline" then
       statusColor = colors.gray
     elseif ri.status == "charging" then
       statusColor = colors.orange
     end
 
     f.draw_text_lr(mon, 2, 2, 1, "Reactor Status", string.upper(ri.status), colors.white, statusColor, colors.black)
 
     f.draw_text_lr(mon, 2, 4, 1, "Generation", f.format_int(ri.generationRate) .. " rf/t", colors.white, colors.lime, colors.black)
 
-    local tempColor = colors.red
+    f.draw_text_lr(mon, 2, 6, 1, "Output Gate", f.format_int(fluxgate.getSignalLowFlow()) .. " rf/t", colors.white, colors.blue, colors.black)
 
     -- buttons
-    f.draw_text_lr(mon, 2, 6, 1, "Temperature", f.format_int(ri.temperature) .. "C", colors.white, tempColor, colors.black)
+    drawButtons(7)
 
-    f.draw_text_lr(mon, 2, 8, 1, "Output Gate", f.format_int(fluxgate.getSignalLowFlow()) .. " rf/t", colors.white, colors.blue, colors.black)
+    f.draw_text_lr(mon, 2, 9, 1, "Input Gate", f.format_int(inputfluxgate.getSignalLowFlow()) .. " rf/t", colors.white, colors.blue, colors.black)
 
     if autoInputGate == 1 then
-    drawButtons(10)
+      f.draw_text(mon, 14, 10, "AU", colors.white, colors.gray)
     else
-    f.draw_text_lr(mon, 2, 12, 1, "Input Gate", f.format_int(inputfluxgate.getSignalLowFlow()) .. " rf/t", colors.white, colors.blue, colors.black)
+      f.draw_text(mon, 14, 10, "MA", colors.white, colors.green)
       drawButtons(10)
     end
-      f.draw_text(mon, 14, 14, "AU", colors.white, colors.gray)
+
     f.draw_text(mon, 0, 12, "                                                      ", colors.white, colors.yellow)
-      f.draw_text(mon, 14, 14, "MA", colors.white, colors.gray)
+
-      drawButtons(14)
+
     satPercent = math.ceil(ri.energySaturation / ri.maxEnergySaturation * 10000)*.01
     f.draw_text_lr(mon, 2, 14, 1, "Energy Saturation", satPercent .. "%", colors.white, colors.white, colors.black)
-    f.draw_text(mon, 0, 16, "                                                      ", colors.white, colors.yellow)
+    f.progress_bar(mon, 2, 15, mon.X-2, satPercent, 100, colors.blue, colors.gray)
 
     local tempPercent, tempColor
     tempPercent = math.ceil(ri.temperature / 8000 * 10000)*.01
-    f.draw_text_lr(mon, 2, 18, 1, "Energy Saturation", satPercent .. "%", colors.white, colors.white, colors.black)
+
-    f.progress_bar(mon, 2, 19, mon.X-2, satPercent, 100, colors.blue, colors.gray)
+    temperatureColor = colors.red
     if ri.temperature <= 5000 then tempColor = colors.green end
     if ri.temperature >= 5000 and ri.temperature <= 6500 then tempColor = colors.orange end
 
     f.draw_text_lr(mon, 2, 17, 1, "Temperature ", ri.temperature .. "°C", colors.white, tempColor, colors.black)
     f.progress_bar(mon, 2, 18, mon.X-2, tempPercent, 100, tempColor, colors.gray)
 
     local fieldPercent, fieldColor
     fieldPercent = math.ceil(ri.fieldStrength / ri.maxFieldStrength * 10000)*.01
 
-      f.draw_text_lr(mon, 2, 21, 1, "Field Strength T:" .. targetStrength, fieldPercent .. "%", colors.white, fieldColor, colors.black)
+
     if fieldPercent >= 50 then fieldColor = colors.green end
-      f.draw_text_lr(mon, 2, 21, 1, "Field Strength", fieldPercent .. "%", colors.white, fieldColor, colors.black)
+
 
-    f.progress_bar(mon, 2, 22, mon.X-2, fieldPercent, 100, fieldColor, colors.gray)
+
       f.draw_text_lr(mon, 2, 20, 1, "Field Strength T:" .. targetStrength, fieldPercent .. "%", colors.white, fieldColor, colors.black)
     else
       f.draw_text_lr(mon, 2, 20, 1, "Field Strength", fieldPercent .. "%", colors.white, fieldColor, colors.black)
     end
     f.progress_bar(mon, 2, 21, mon.X-2, fieldPercent, 100, fieldColor, colors.gray)
 
     local fuelPercent, fuelColor
 
     fuelPercent = 100 - math.ceil(ri.fuelConversion / ri.maxFuelConversion * 10000)*.01
 
-    f.draw_text_lr(mon, 2, 24, 1, "Fuel ", fuelPercent .. "%", colors.white, fuelColor, colors.black)
+
-    f.progress_bar(mon, 2, 25, mon.X-2, fuelPercent, 100, fuelColor, colors.gray)
+
     if fuelPercent >= 70 then fuelColor = colors.green end
     if fuelPercent < 70 and fuelPercent > 30 then fuelColor = colors.orange end
 
     f.draw_text_lr(mon, 2, 23, 1, "Fuel ", fuelPercent .. "%", colors.white, fuelColor, colors.black)
     f.progress_bar(mon, 2, 24, mon.X-2, fuelPercent, 100, fuelColor, colors.gray)
 
     f.draw_text_lr(mon, 2, 26, 1, "Action ", action, colors.gray, colors.gray, colors.black)
 
     -- actual reactor interaction
     --
     if emergencyCharge == true then
       reactor.chargeReactor()
     end
 
     -- are we charging? open the floodgates
     if ri.status == "charging" then
       inputfluxgate.setSignalLowFlow(900000)
       emergencyCharge = false
     end
 
     -- are we stopping from a shutdown and our temp is better? activate
     if emergencyTemp == true and ri.status == "stopping" and ri.temperature < safeTemperature then
       reactor.activateReactor()
       emergencyTemp = false
     end
 
     -- are we charged? lets activate
     if ri.status == "charged" and activateOnCharged == 1 then
       reactor.activateReactor()
     end
 
     -- are we on? regulate the input fludgate to our target field strength
     -- or set it to our saved setting since we are on manual
     if ri.status == "online" then
       if autoInputGate == 1 then
         fluxval = ri.fieldDrainRate / (1 - (targetStrength/100) )
         print("Target Gate: ".. fluxval)
         inputfluxgate.setSignalLowFlow(fluxval)
       else
         inputfluxgate.setSignalLowFlow(curInputGate)
       end
     end
 
     -- safeguards
     --
 
     -- out of fuel, kill it
     if fuelPercent <= 10 then
       reactor.stopReactor()
       action = "Fuel below 10%, refuel"
     end
 
     -- field strength is too dangerous, kill and it try and charge it before it blows
     if fieldPercent <= lowestFieldPercent and ri.status == "online" then
       action = "Field Str < " ..lowestFieldPercent.."%"
       reactor.stopReactor()
       reactor.chargeReactor()
       emergencyCharge = true
     end
 
     -- temperature too high, kill it and activate it when its cool
     if ri.temperature > maxTemperature then
       reactor.stopReactor()
       action = "Temp > " .. maxTemperature
       emergencyTemp = true
     end
 
     sleep(0.1)
   end
 end
 
 parallel.waitForAny(buttons, update)