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DC14 Retest

neuroticfox
Apr 5th, 2025 (edited)
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  1.  :: start ::
  2.  -- Locals & Requirements
  3.     local component = require("component")
  4.     local event = require("event")
  5.     local term = require("term")
  6.     local gpu = component.gpu
  7.     local screen = component.screen
  8.     local unicode= require("unicode")
  9.     local reactorOutputMultiplier = 1
  10.     local cutoffTemp = 9005
  11.     local chaosMode = 0
  12.     local tempDrop = 0
  13.     local devMode = 0
  14.     local deviation = 0
  15.     local cVar = "Do not use Chaos Mode with less than one block of fuel"
  16.     local tArgs = {...}
  17.     local Arg0 = tonumber(tArgs[1])
  18.     local Arg1 = tonumber(tArgs[2])
  19.     local Arg2 = tonumber(tArgs[3])
  20.     local Arg3 = tonumber(tArgs[4])
  21.     local Arg4 = tostring(tArgs[5])
  22.     local Arg5 = tostring(tArgs[6])
  23.     local ratioX, ratioY = screen.getAspectRatio()
  24.     local maxX, maxY = gpu.maxResolution()
  25.     gpu.setResolution(math.min(ratioX*55, maxX), math.min(ratioY*25,maxY))
  26. term.clear()
  27. term.setCursor(0, 0)
  28. os.sleep(0.5)
  29.  -- pArgs
  30. if not Arg0 then
  31. os.execute(cls)
  32. print("Draconic Control 13")
  33. print("1.12 - 1.16 Compatible-ish")
  34. print()
  35. print("DC13 [Mult] [Temp] [Field] [Mode] [fieldOffset]")
  36. print()
  37. print("Arguments")
  38. print()
  39. print("[Mult]           -   Reactor Output Multiplier")
  40. print("1.16 [10]            1.12 [1]")
  41. print()
  42. print("[Temp]           -   Desired Reactor Temperature")
  43. print("Default [8000]       Range [2500-8000]")
  44. print()
  45. print("[Field]          -   Desired Field Strength")
  46. print("Default [15]         Range [0.5-99]")
  47. print()
  48. print("[Mode]           -   Set Desired Program Mode")
  49. print("Default [1]          Range [1-3]")
  50. print("[1-3]            -   Simple, Dev, noGUI")
  51. print()
  52. print("[Offset]         -   Set Field Offset")
  53. print("Default [0.609]         WILL VARY")
  54. print()
  55. print()
  56. print("       Compiled by BrokenSynapse & AwesomeAlec1")
  57. print()
  58. print("Thanks to Maurdekye for creating the base of this program:")
  59. print("             https://youtu.be/iLvkk41K84E")
  60. print()
  61. print(" Thanks to AwesomeAlec1 for creating the control script:")
  62. print("             https://youtu.be/CLku1ckXpeU")
  63. print()
  64. print("  Thanks to MightyPirates for being so gracious as to")
  65. print("   let me fix what they broke by never using Lua 5.3")
  66. print()
  67. print("   And a very special thanks to ZanBorg for breaking")
  68. print("      this script until it doesn't break anymore.")
  69. goto fin
  70. end
  71.  -- sArgs
  72. local reactorOutputMultiplier = Arg0
  73. local idealTemp = Arg1
  74. local idealField = Arg2
  75. local Mode = Arg3
  76.  -- Components
  77.     if not component.isAvailable("draconic_reactor") then
  78.         print("Reactor not connected. Please connect computer to reactor with an Adapter block.")
  79.         os.exit()
  80.     end
  81.     local reactor = component.draconic_reactor
  82.     local info = reactor.getReactorInfo()
  83.     local fluxGates = {}
  84.     for x,y in pairs(component.list("flux_gate")) do
  85.         fluxGates[#fluxGates+1] = x
  86.     end
  87.     if #fluxGates < 2 then
  88.         print("Not enough flux gates connected; please connect inflow and outflow flux gates with Adapter blocks.")
  89.         os.exit()
  90.     end
  91.     local inputFlux = component.proxy(fluxGates[1])
  92.     local outputFlux = component.proxy(fluxGates[2])
  93. --[[    if inGate ~= 1 and outGate ~= 1 then
  94.     inputFlux = component.proxy(inGate)
  95.     outputFlux = component.proxy(outGate)
  96.     end
  97. ]]
  98.     outputFlux.setOverrideEnabled(true)
  99.     inputFlux.setOverrideEnabled(true)
  100.     if not inputFlux or not outputFlux then
  101.         print("Not enough flux gates connected; please connect inflow and outflow flux gates with Adapter blocks.")
  102.         os.exit()
  103.     end
  104.  -- First Cycle
  105.     reactor.chargeReactor()
  106.     os.sleep(0.05)
  107.     reactor.stopReactor()
  108.  -- Functions
  109. function exit_msg(msg)
  110.     term.clear()
  111.     print(msg)
  112.     os.exit()
  113. end
  114. function modifyTemp(offset)
  115.     local newTemp = idealTemp + offset
  116.     if newTemp > 8000 and Mode == 1 then
  117.         newTemp = 8000
  118.     elseif newTemp > 15000 then
  119.         newTemp = 15000
  120.     elseif newTemp < 2000 then
  121.         newTemp = 2000
  122.     end
  123.         idealTemp = newTemp
  124.     end
  125. function modifyField(offset)
  126.     local newField = idealField + offset
  127.     if newField > 99 then
  128.         newField = 99
  129.     elseif newField < 99 and chaosMode == 1 then
  130.         newField = 99
  131.     elseif newField < 1.0 and Mode == 1 or Mode == 3 then
  132.         newField = 1.0
  133.     elseif newField < 0.5 and Mode == 2 then
  134.         newField = 0.5
  135.     end
  136.         idealField = newField
  137.     end
  138.  -- Buttons
  139.     local adj_button_width = 19
  140.     local tempOffsetX = 62
  141.     local tempOffsetY = 2
  142.     local fieldOffsetX = tempOffsetX + adj_button_width + 2
  143.     local fieldOffsetY = 2
  144.     local cutoffField = 0.75
  145.     highest_use = 0.1
  146.     local buttons = {
  147.     startButton={
  148.     x=2,
  149.     y=20,
  150.     width=18,
  151.     height=1,
  152.     text="Start",
  153.     textcolor = 0x0000AA,
  154.     action=function()
  155.       if info.status == "cooling" or info.status == "cold" then
  156.             chaosMode = 0
  157.             idealField = Arg2
  158.             cutoffField = 0.4
  159.             idealTemp = Arg1
  160.             cVar = "Do not use Chaos Mode with less than one block of fuel"
  161.         reactor.chargeReactor()
  162.       elseif info.status == "stopping" then
  163.             chaosMode = 0
  164.             idealField = Arg2
  165.             cutoffField = 0.4
  166.             idealTemp = Arg1
  167.             cVar = "Do not use Chaos Mode with less than one block of fuel"
  168.         reactor.activateReactor()
  169.       end
  170.     end,
  171.     condition=function() return info.status ~= "running" and info.status ~= "warming_up" end
  172.   },
  173.   shutdownButton={
  174.     x=2,
  175.     y=20,
  176.     width=18,
  177.     height=1,
  178.     text="Shutdown",
  179.     textcolor = 0xAA0000,
  180.     action=function()
  181.     cutoffTemp = 9000
  182.     idealTemp = Arg1
  183.     idealField = Arg2
  184.     cutoffField = 0.4
  185.     chaosMode = 0
  186.     cVar = "Do not use Chaos Mode with less than one block of fuel"
  187.       state = "MASD"
  188.       reactor.stopReactor()
  189.     end,
  190.     condition=function() return info.status == "running" or info.status == "warming_up" end
  191.   },
  192.   chaosMode={
  193.     x=2,
  194.     y=22,
  195.     width=18,
  196.     height=1,
  197.     text=" Chaos Mode",
  198.     textcolor = 0x800080,
  199.     action=function()
  200.         if chaosMode == 0 then
  201.             chaosMode = 1
  202.             cutoffTemp = 19750
  203.             idealField = 99
  204.             cutoffField = 5
  205.             idealTemp = 55537.78
  206.         elseif chaosMode == 1 then
  207.             chaosMode = 0
  208.             idealField = Arg2
  209.             cutoffField = 0.4
  210.             idealTemp = Arg1
  211.         end
  212.     end,
  213.     condition=function() return Mode == "2" and info.status == "running" end
  214.   },
  215.   forceExit={
  216.     x=158,
  217.     y=1,
  218.     width=3,
  219.     height=1,
  220.     text=" X ",
  221.     textcolor = 0xB00000,
  222.     action=function()
  223.         inputFlux.setFlowOverride(250000)
  224.         chaosMode = 0
  225.         idealField = 99
  226.         cutoffField = 0.4
  227.         idealTemp = Arg1
  228.       reactor.stopReactor()
  229.       gpu.setResolution(gpu.maxResolution())
  230.       event_loop = false
  231.       os.execute("cls")
  232.     end,
  233. --    condition=function() return running or shutting_down end
  234.   },
  235.   Update={
  236.     x=22,
  237.     y=22,
  238.     width=18,
  239.     height=1,
  240.     text="Update",
  241.     action=function()
  242.         reactor.stopReactor()
  243.         os.execute("cd /home; pastebin get -f Bwe8HRSx dc13; cls; dc13")
  244.     end,
  245.     condition=function() return info.status ~= "running" and info.status ~= "warming_up" end
  246.   },
  247.   switchGates={
  248.     x=2,
  249.     y=22,
  250.     width=18,
  251.     height=1,
  252.     text="Swap Flux Gates",
  253.     action=function()
  254.       cutoffTemp = 10500
  255.       local old_addr = inputFlux.address
  256.       inputFlux = component.proxy(outputFlux.address)
  257.       outputFlux = component.proxy(old_addr)
  258.     end,
  259.     condition=function() return info.status == "cooling" or info.status == "cold" or info.status == "stopping" end
  260.   },
  261.   tempMax={
  262.     x=tempOffsetX,
  263.     y=tempOffsetY,
  264.     width=adj_button_width,
  265.     height=1,
  266.     text="Maximum",
  267.     textcolor = 0x552222,
  268.     action=function()
  269.     idealTemp = 8000 end
  270.   },
  271.   tempPThousand={
  272.     x=tempOffsetX,
  273.     y=tempOffsetY+2,
  274.     width=adj_button_width,
  275.     height=1,
  276.     text="+1000",
  277.     textcolor = 0x552222,
  278.     action=function() modifyTemp(1000) end
  279.   },
  280.   tempPHundred={
  281.     x=tempOffsetX,
  282.     y=tempOffsetY+4,
  283.     width=adj_button_width,
  284.     height=1,
  285.     text="+100",
  286.     textcolor = 0x552222,
  287.     action=function() modifyTemp(100) end
  288.   },
  289.   tempPTen={
  290.     x=tempOffsetX,
  291.     y=tempOffsetY+6,
  292.     width=adj_button_width,
  293.     height=1,
  294.     text="+10",
  295.     textcolor = 0x552222,
  296.     action=function() modifyTemp(10) end
  297.   },
  298.   tempPOne={
  299.     x=tempOffsetX,
  300.     y=tempOffsetY+8,
  301.     width=adj_button_width,
  302.     height=1,
  303.     text="+1",
  304.     textcolor = 0x552222,
  305.     action=function() modifyTemp(1) end
  306.   },
  307.   tempMin={
  308.     x=tempOffsetX,
  309.     y=tempOffsetY+20,
  310.     width=adj_button_width,
  311.     height=1,
  312.     text="Minimum",
  313.     textcolor = 0x552222,
  314.     action=function() modifyTemp(-20000) end
  315.   },
  316.   tempMThousand={
  317.     x=tempOffsetX,
  318.     y=tempOffsetY+18,
  319.     width=adj_button_width,
  320.     height=1,
  321.     text="-1000",
  322.     textcolor = 0x552222,
  323.     action=function() modifyTemp(-1000) end
  324.   },
  325.   tempMHundred={
  326.     x=tempOffsetX,
  327.     y=tempOffsetY+16,
  328.     width=adj_button_width,
  329.     height=1,
  330.     text="-100",
  331.     textcolor = 0x552222,
  332.     action=function() modifyTemp(-100) end
  333.   },
  334.   tempMTen={
  335.     x=tempOffsetX,
  336.     y=tempOffsetY+14,
  337.     width=adj_button_width,
  338.     height=1,
  339.     text="-10",
  340.     textcolor = 0x552222,
  341.     action=function() modifyTemp(-10) end
  342.   },
  343.   tempMOne={
  344.     x=tempOffsetX,
  345.     y=tempOffsetY+12,
  346.     width=adj_button_width,
  347.     height=1,
  348.     text="-1",
  349.     textcolor = 0x552222,
  350.     action=function() modifyTemp(-1) end
  351.   },
  352.   fieldPTen={
  353.     x=fieldOffsetX,
  354.     y=fieldOffsetY+1,
  355.     width=adj_button_width,
  356.     height=1,
  357.     text="+10",
  358.     textcolor = 0x222299,
  359.     action=function() modifyField(10) end
  360.   },
  361.     fieldPOne={
  362.     x=fieldOffsetX,
  363.     y=fieldOffsetY+3,
  364.     width=adj_button_width,
  365.     height=1,
  366.     text="+1",
  367.     textcolor = 0x222299,
  368.     action=function() modifyField(1) end
  369.   },
  370.   fieldPTenth={
  371.     x=fieldOffsetX,
  372.     y=fieldOffsetY+5,
  373.     width=adj_button_width,
  374.     height=1,
  375.     text="+0.1",
  376.     textcolor = 0x222299,
  377.     action=function() modifyField(0.1) end
  378.   },
  379.     fieldPThou={
  380.     x=fieldOffsetX,
  381.     y=fieldOffsetY+7,
  382.     width=adj_button_width,
  383.     height=1,
  384.     text="+0.005",
  385.     textcolor = 0x222299,
  386.     action=function() modifyField(0.005) end
  387.   },
  388.   fieldMTen={
  389.     x=fieldOffsetX,
  390.     y=fieldOffsetY+19,
  391.     width=adj_button_width,
  392.     height=1,
  393.     text="-10",
  394.     textcolor = 0x222299,
  395.     action=function() modifyField(-10) end
  396.   },
  397.     fieldMOne={
  398.     x=fieldOffsetX,
  399.     y=fieldOffsetY+17,
  400.     width=adj_button_width,
  401.     height=1,
  402.     text="-1",
  403.     textcolor = 0x222299,
  404.     action=function() modifyField(-1) end
  405.   },
  406.   fieldMTenth={
  407.     x=fieldOffsetX,
  408.     y=fieldOffsetY+15,
  409.     width=adj_button_width,
  410.     height=1,
  411.     text="-0.1",
  412.     textcolor = 0x222299,
  413.     action=function() modifyField(-0.1) end
  414.    },
  415.      fieldMThou={
  416.     x=fieldOffsetX,
  417.     y=fieldOffsetY+13,
  418.     width=adj_button_width,
  419.     height=1,
  420.     text="-0.005",
  421.     textcolor = 0x222299,
  422.     action=function() modifyField(-0.005) end
  423.    }
  424. }
  425.  -- Control Loop
  426. event_loop = true
  427. while event_loop do
  428. :: loopstart ::
  429.         info = reactor.getReactorInfo()
  430.     if not info or info.maxFuelConversion < 0.001 then
  431.     cutoffTemp = 9000
  432.     idealTemp = Arg1
  433.     chaosMode = 0
  434.     gpu.setBackground(0x000000)
  435.     gpu.setForeground(0xFF0000)
  436.     term.setCursor(55, 1)
  437.     print "Please verify that your reactor is refueled."
  438.     term.setCursor(55, 2)
  439.     print "Please verify the integrity of your reactor."
  440.     goto start
  441.     gpu.setForeground(0x000000)
  442.     end
  443.     if info.temperature >= 2000 and info.status ~= "stopping"  then
  444.         reactor.activateReactor()
  445.     end
  446.  -- Chaos Mode Safe Shutdown
  447.     if info.temperature > 18000 and chaosMode == 1 and tempDrop == 0 then
  448.         idealTemp = 16000
  449.         tempDrop = 1
  450.         cVar = "Cooling For Shutdown"
  451.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) < 8 and chaosMode == 1  and tempDrop == 1 then
  452.         idealTemp = 14000
  453.         tempDrop = 2
  454.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) < 12.5 and chaosMode == 1  and info.maxFuelConversion < 1297 then
  455.         idealTemp = 8000
  456.         idealField = 99
  457.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) < 1.3 and chaosMode == 1  and tempDrop == 2 and info.maxFuelConversion < 5185 then
  458.         idealTemp = 8000
  459.         idealField = 25
  460.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) < 1 and chaosMode == 1  and tempDrop == 2 then
  461.         idealTemp = 8000
  462.         idealField = 25
  463.     end
  464.     local targetShieldPercent = idealField or 15 -- Desired shield strength
  465.     local targetShield = (targetShieldPercent / 100)
  466.  -- Reactor equation variables
  467.     local targetTemp50  = math.min((idealTemp / 10000) * 50, 99)
  468.     local coreSat       = info.energySaturation / info.maxEnergySaturation
  469.     local convLVL       = (info.fuelConversion / info.maxFuelConversion * 1.3) - 0.3
  470.  -- Calculate the temperature rise resistance for the reactor at the desired temperature.
  471.     local targetTempResist = ((targetTemp50^4) / (100 - targetTemp50))
  472.  -- Calculate the temperature rise exponential needed to reach the desired temperature
  473.     local targetTempExpo = -(targetTempResist*convLVL) - 1000*convLVL + targetTempResist
  474.  -- Calculate the saturation level needed to produce the required tempRiseExpo
  475.     local term1 = 1334.1-(3*targetTempExpo)
  476.     local term2 = (1200690-(2700*targetTempExpo))^2
  477.     local term3 = ((-1350*targetTempExpo)+(((-4*term1^3+term2)^(1/2))/2)+600345)^(1/3)
  478.     local targetNegCSat = -(term1/(3*term3))-(term3/3)
  479.  -- Saturation received from above equation needs to be reformatted to a more useful form
  480.     local targetCoreSat = 1 - (targetNegCSat/99)
  481.     local targetSat = targetCoreSat * info.maxEnergySaturation
  482.  -- Calculate the difference between where saturation is and where it needs to be
  483.     local saturationError = info.energySaturation - targetSat
  484.  -- Calculate field drain
  485.     local tempDrainFactor = 0
  486.     if info.temperature > 8000 then
  487.         tempDrainFactor = 1 + ((info.temperature-8000)^2 * 0.0000025)
  488.     elseif info.temperature > 2000 then
  489.         tempDrainFactor = 1
  490.     elseif info.temperature > 1000 then
  491.         tempDrainFactor = (info.temperature-1000)/1000
  492.     end
  493.     local baseMaxRFt = (info.maxEnergySaturation / 1000) * reactorOutputMultiplier * 1.5
  494.     local fieldDrain = math.min(tempDrainFactor * math.max(0.01, (1-coreSat)) * (baseMaxRFt / 10.923556), 2147000000)
  495.     local fieldNegPercent = 1 - targetShield
  496.  --local fieldInputRate = fieldDrain / fieldNegPercent
  497.     local fieldStrengthError = (info.maxFieldStrength * targetShield) - info.fieldStrength
  498.     local requiredInput = math.min((info.maxFieldStrength * info.fieldDrainRate) / (info.maxFieldStrength - info.fieldStrength), info.maxFieldStrength - info.fieldStrength)
  499.  --Automations
  500.    if info.status == "running" then
  501.     local outputNeeded = math.min(saturationError, (info.maxEnergySaturation/40))-- + info.generationRate
  502.         outputFlux.setFlowOverride(outputNeeded)
  503.         inputFlux.setFlowOverride(math.min(fieldStrengthError + requiredInput, info.maxFieldStrength) - info.fieldDrainRate + 1)
  504.     elseif info.status == "warming_up" then
  505.         outputFlux.setFlowOverride(0)
  506.         inputFlux.setFlowOverride(550000000)
  507.     elseif info.status == "stopping" then
  508.         outputFlux.setFlowOverride(0)
  509.         inputFlux.setFlowOverride(requiredInput)
  510.     if info.temperature > cutoffTemp then
  511.         print("Reactor Too Hot, shutting down")
  512.         reactor.stopReactor()
  513.     end
  514.     if ((info.fieldStrength / info.maxFieldStrength) * 100) < cutoffField then
  515.         print("Reactor Field Has Failed, Failsafe Activated, Shutting Down")
  516.         reactor.stopReactor()
  517.     end
  518.     if ((1 - info.fuelConversion / info.maxFuelConversion) * 100) < 0.2 then
  519.         print("Reactor Fuel Low, Shutting Down")
  520.         reactor.stopReactor()
  521.     end
  522.    end
  523.     -- Get Temp Rise
  524.         oldTemp = currentTemp or info.temperature
  525.         currentTemp = info.temperature
  526.         oldTempRate = tempChangeRate or currentTemp - oldTemp
  527.         tempChangeRate = currentTemp - oldTemp
  528.         tempAccel = tempChangeRate - oldTempRate
  529.     if tempAccel == 0 then
  530.         tempAccel = 0.001
  531.     end
  532.     -- Get Fuel Use Rate
  533.         oldFuel = currentFuel or (info.maxFuelConversion - info.fuelConversion)
  534.         currentFuel = (info.maxFuelConversion - info.fuelConversion)
  535.         oldUseRate = fuelUseRate or math.max(info.fuelConversionRate*20, 0.1)
  536.         fuelUseRate = math.max(info.fuelConversionRate*20, 0.1)
  537.         fuelAccel = math.max(fuelUseRate - oldUseRate, 0.1)
  538.  -- Fuel Conversion Rate
  539.     if info.fuelConversionRate > 249999 then
  540.         fuelConversionRate = ((info.fuelConversionRate / (info.maxFuelConversion * 1000000)) * 2000)
  541.         fuelMeasure = "  %%/s"
  542.     elseif info.fuelConversionRate > 999 then
  543.         fuelConversionRate = (info.fuelConversionRate / 1000)
  544.         fuelMeasure = " "..(unicode.char(956)).."b/t"
  545.     elseif info.fuelConversionRate > 999999 then
  546.         fuelConversionRate = (info.fuelConversionRate / 1000000)
  547.         fuelMeasure = " mb/t"
  548.     else
  549.         fuelConversionRate = info.fuelConversionRate
  550.         fuelMeasure = " nb/t"
  551.     end
  552.  --Burn Stage
  553.     if ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 20 then burnStage = "H"
  554.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 15 then burnStage = "He"
  555.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 10 then burnStage = "C"
  556.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 8 then burnStage = "Ne"
  557.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 5.5 then burnStage = "O"
  558.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 2.5 then burnStage = "Si"
  559.     elseif ((1 - info.fuelConversion / info.maxFuelConversion) * 100) > 1 then burnStage = "Fe"
  560.     end
  561.  -- Accuracy
  562.     if ((info.fieldStrength / info.maxFieldStrength) * 100) > idealField then
  563.      deviation = (((info.fieldStrength / info.maxFieldStrength) * 100)) - idealField
  564.     elseif ((info.fieldStrength / info.maxFieldStrength) * 100) < idealField then
  565.      deviation = idealField - (((info.fieldStrength / info.maxFieldStrength) * 100))
  566.     end
  567.  -- DrawData
  568.     local secondsToExpire = (info.maxFuelConversion - info.fuelConversion) / math.max(info.fuelConversionRate*0.00002, 0.00001)
  569.  -- GUI
  570.     if term.isAvailable() and Mode ~= 3 then
  571.         function modify_eff(offset)
  572.             local eff = ((outputFlux / inputFlux) * 100)
  573.             if eff > 100000 then
  574.             eff = 1
  575.         end
  576.     end
  577.     local left_margin = 2
  578.     local spacing = 1
  579.     local values = {
  580.                 "Draconomometer™  [v13.0-Bwe8HRSx]",
  581.                 " ",
  582.                 "                   Reactor Statistics",
  583.                 "┌───────────────────────────┬────────────────────────────┐",
  584. string.format("│Time Until Refuel:         │  %5dd, %2dh, %2dm, %2ds     │", secondsToExpire/86400, secondsToExpire   /3600 % 24, secondsToExpire/60 % 60, secondsToExpire % 60),
  585. string.format("│Ideal Field:               │           %7.3f%%         │", idealField),
  586. string.format("│Current Field:             │           %7.3f%%         │", ((info.fieldStrength / info.maxFieldStrength) * 100) + 0.122),
  587.                 "├───────────────────────────┼────────────────────────────┤",
  588. string.format("│Fuel Remaining:            │           %7.3f%%         │", ((1 - info.fuelConversion / info.maxFuelConversion) * 100)),
  589. string.format("│Fuel Use Rate:             │           %7.3f" .. fuelMeasure .. "     │", fuelConversionRate),
  590.                 "├───────────────────────────┼────────────────────────────┤",
  591. string.format("│Temperature                │   %7.1f°c [%8.1f°f]   │", info.temperature, ((info.temperature * 1.8) + 32)),
  592. string.format("│Ideal Temperature:         │   %7.1f°c [%8.1f°f]   │", idealTemp, ((idealTemp * 1.8) + 32)),
  593.                 "├───────────────────────────┼────────────────────────────┤",
  594. string.format("│Energy Input:              │   %12.1f RF/t        │", requiredInput),
  595. string.format("│Energy Output:             │   %12.1f RF/t        │", outputFlux.getFlow()),
  596.                 "└───────────────────────────┴────────────────────────────┘",
  597.                 " " .. cVar,
  598.                 " "
  599. }
  600.     local values2 = {
  601. " ",
  602. " ",
  603. " ",
  604. "                                                                                                                          [Reference Table]",
  605. "                                                                                                             ┌─────────────┬─────────────┬─────────────┐",
  606. "                                                                                                             │ Temperature │  Remaining  │ Consumption │",
  607. "                                                                                                             ├─────────────┼─────────────┼─────────────┤",
  608. "                                                                                                             │    14000    │    93.27    │    91.90    │",
  609. "                                                                                                             ├─────────────┼─────────────┼─────────────┤",
  610. "                                                                                                             │    15000    │    59.00    │    123.5    │",
  611. "                                                                                                             ├─────────────┼─────────────┼─────────────┤",
  612. "                                                                                                             │    16000    │    36.45    │     161     │",
  613. "                                                                                                             ├─────────────┼─────────────┼─────────────┤",
  614. "                                                                                                             │    17000    │    21.40    │     204     │",
  615. "                                                                                                             ├─────────────┼─────────────┼─────────────┤",
  616. "                                                                                                             │    18000    │    11.80    │     251     │",
  617. "                                                                                                             ├─────────────┼─────────────┼─────────────┤",
  618. "                                                                                                             │    19000    │    03.89    │     303     │",
  619. "                                                                                                             └─────────────┴─────────────┴─────────────┘",
  620. " ",
  621. " ",
  622. " ",
  623. " ",
  624. " ",
  625. " ",
  626. " ",
  627. " ",
  628. " ",
  629. " ",
  630. " ",
  631. " ",
  632. " ",
  633. " ",
  634. " ",
  635.               "Eq. Fusion Stage     " .. burnStage,
  636. string.format("Max Fuel [nb]:       %4.3f", (info.maxFuelConversion * 1000000)),
  637. string.format("Fuel Remaining [nb]: %4.3f", ((info.maxFuelConversion - info.fuelConversion) * 1000000)),
  638. string.format("Temperature Rise: %4.3f", tempAccel),
  639. string.format("Temp Resist for target temp %d (%d): %.2f", idealTemp, targetTemp50, targetTempResist),
  640. string.format("Temp expo for convLVL %.2f: %.2f", convLVL, targetTempExpo),
  641. string.format("Saturation needed for zero rise: %d (%3.2f%%)", targetSat, targetCoreSat*100),
  642. string.format("Error between current saturation and target saturation: %d\n", saturationError),
  643. string.format("Current field drain is %d RF/t", info.fieldDrainRate),
  644. string.format("Current temp drain factor for temp %d is %1.2f", info.temperature, tempDrainFactor),
  645. string.format("fieldNegPercent is %d", fieldNegPercent),
  646. string.format("Required input to counter field drain: %d RF/t\n", requiredInput),
  647. string.format("Field Deviation: " .. unicode.char(8776) .. deviation .. "%%"),
  648. string.format("Input Flux Gate:  [" .. inputFlux.address .. "] Set To: " .. inputFlux.getFlow()),
  649. string.format("Output Flux Gate: [" .. outputFlux.address .. "] Set To: " .. outputFlux.getFlow())
  650. }
  651. term.clear()
  652.     if Mode == 2 and Mode ~= 3 then
  653.     for i, v in ipairs(values2) do
  654.         term.setCursor(left_margin, i * spacing)
  655.         term.write(v)
  656.         end
  657.     end
  658.     if Mode ~= 3 then
  659.     for i, v in ipairs(values) do
  660.         term.setCursor(left_margin, i * spacing)
  661.         term.write(v)
  662.         end
  663.     end
  664.  -- Draw Buttons
  665.  
  666.         term.setCursor(tempOffsetX, tempOffsetY+10)
  667.         term.write("Reactor Temperature")
  668.         term.setCursor(fieldOffsetX+1, fieldOffsetY+10)
  669.         term.write("  Field Strength")
  670.         gpu.setForeground(0xFFFFFF)
  671.     for bname, button in pairs(buttons) do
  672.         gpu.setForeground(0x000000)
  673.         if button.depressed then
  674.             button.depressed = button.depressed - 1
  675.             if button.depressed == 0 then
  676.                 button.depressed = nil
  677.             end
  678.         end
  679.     if button.condition == nil or button.condition() then
  680.         local centerColor = 0xBBBBBB
  681.         local highlightColor = 0xCCCCCC
  682.         local lowlightColor = 0x808080
  683.     if button.depressed then
  684.         centerColor = 0xAAAAAA
  685.         highlightColor = 0x707070
  686.         lowlightColor = 0xBBBBBB
  687.     end
  688.         gpu.setBackground(centerColor)
  689.         gpu.fill(button.x, button.y, button.width, button.height, " ")
  690.     if button.width > 1 and button.height > 1 then
  691.         gpu.setBackground(lowlightColor)
  692.         gpu.fill(button.x+1, button.y+button.height-1, button.width-1, 1, " ")
  693.         gpu.fill(button.x+button.width-1, button.y, 1, button.height, " ")
  694.         gpu.setBackground(highlightColor)
  695.         gpu.fill(button.x, button.y, 1, button.height, " ")
  696.         gpu.fill(button.x, button.y, button.width, 1, " ")
  697.     end
  698.         gpu.setBackground(centerColor)
  699.     if button.textcolor then gpu.setForeground(button.textcolor) end
  700.         term.setCursor(button.x + math.floor(button.width / 2 - #button.text / 2), button.y + math.floor(button.height / 2))
  701.         term.write(button.text)
  702.     end
  703.     end
  704.     gpu.setBackground(0x777777)
  705.     gpu.setForeground(0x000000)
  706.     end
  707.     if term.isAvailable() and Mode == 3 then
  708.     local left_margin = 2
  709.     local spacing = 1
  710.     local values3 = {
  711. "Eq. Fusion Stage     " .. burnStage,
  712. string.format("Max Fuel [nb]:       %4.3f", (info.maxFuelConversion * 1000000)),
  713. string.format("Fuel Remaining [nb]: %4.3f", ((info.maxFuelConversion - info.fuelConversion) * 1000000)),
  714. string.format("Temperature Rise: %4.3f", tempAccel),
  715. string.format("Temp Resist for target temp %d (%d): %.2f", idealTemp, targetTemp50, targetTempResist),
  716. string.format("Temp expo for convLVL %.2f: %.2f", convLVL, targetTempExpo),
  717. string.format("Saturation needed for zero rise: %d (%3.2f%%)", targetSat, targetCoreSat*100),
  718. string.format("Error between current saturation and target saturation: %d\n", saturationError),
  719. string.format("Current field drain is %d RF/t", info.fieldDrainRate),
  720. string.format("Current temp drain factor for temp %d is %1.2f", info.temperature, tempDrainFactor),
  721. string.format("fieldNegPercent is %d", fieldNegPercent),
  722. string.format("Required input to counter field drain: %d RF/t\n", requiredInput),
  723. string.format("Field Deviation: " .. unicode.char(8776) .. deviation .. "%%"),
  724. string.format("Input Flux Gate:  [" .. inputFlux.address .. "] Set To: " .. inputFlux.getFlow()),
  725. string.format("Output Flux Gate: [" .. outputFlux.address .. "] Set To: " .. outputFlux.getFlow())
  726. }
  727.  for i, v in ipairs(values3) do
  728.  term.setCursor(left_margin, i * spacing)
  729.  term.write(v)
  730.  end
  731. end
  732.  -- Wait for next tick, or manual shutdown
  733.     local event, id, op1, op2 = event.pull(0.01)
  734.     if event == "interrupted" then
  735.         if safe then
  736.         break
  737.         end
  738.     elseif event == "touch" then
  739.  -- Handle Button Presses
  740.         local x = op1
  741.         local y = op2
  742.         for bname, button in pairs(buttons) do
  743.             if (button.condition == nil or button.condition()) and x >= button.x and x <= button.x + button.width and y >= button.y and y <= button.y + button.height then
  744.                 button.action()
  745.                 button.depressed = 3
  746.             end
  747.         end
  748.     end
  749.     os.sleep()
  750.         if info.fuelConversionRate == 0 and chaosMode == 1 then
  751.         reactor.stopReactor()
  752.         cutoffTemp = 9001
  753.         idealTemp = 8000
  754.         chaosMode = 0
  755.     end
  756. end
  757. :: fin ::
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