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Fix folder structure

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Sampsa 2020-10-30 21:33:29 +02:00
commit faff7bfa45
23 changed files with 1969 additions and 0 deletions
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86
Libraries/ARGraphics.lua Normal file
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comp = require("component"); screen = require("term"); computer = require("computer"); event = require("event")
local AR = {}
local terminal = {x = 8257, y = 199, z = -2731}
local function hexToRGB(hexcode)
local r = ((hexcode >> 16) & 0xFF) / 255.0
local g = ((hexcode >> 8) & 0xFF) / 255.0
local b = ((hexcode) & 0xFF) / 255.0
return r, g, b
end
function AR.hexToRGB(hexcode)
local r = ((hexcode >> 16) & 0xFF) / 255.0
local g = ((hexcode >> 8) & 0xFF) / 255.0
local b = ((hexcode) & 0xFF) / 255.0
return r, g, b
end
function AR.cube(glasses, x, y, z, color, alpha, scale)
scale = scale or 1; alpha = alpha or 1
local cube = glasses.addCube3D()
cube.set3DPos(x - terminal.x, y - terminal.y, z - terminal.z)
cube.setColor(hexToRGB(color)); cube.setAlpha(alpha); cube.setScale(scale)
return cube
end
function AR.line(glasses, source, dest, color, alpha, scale)
scale = scale or 1; alpha = alpha or 1
local line = glasses.addLine3D()
line.setVertex(1, source.x - terminal.x+0.5, source.y - terminal.y+0.5, source.z - terminal.z+0.5)
line.setVertex(2, dest.x - terminal.x+0.5, dest.y - terminal.y+0.5, dest.z - terminal.z+0.5)
line.setColor(hexToRGB(color)); line.setAlpha(alpha); line.setScale(scale)
return line
end
function AR.worldText(glasses, name, x, y, z, color, alpha, scale)
scale = scale or 0.04; alpha = alpha or 1
local text = glasses.addFloatingText()
text.set3DPos(x - terminal.x, y - terminal.y, z - terminal.z)
text.setColor(hexToRGB(color)); text.setAlpha(alpha); text.setScale(scale)
text.setText(name)
return text
end
function AR.hudTriangle(glasses, a, b, c, color, alpha)
alpha = alpha or 1.0
local triangle = glasses.addTriangle()
triangle.setColor(hexToRGB(color)); triangle.setAlpha(alpha);
triangle.setVertex(1, a[1], a[2]); triangle.setVertex(2, b[1], b[2]); triangle.setVertex(3, c[1], c[2])
return triangle
end
function AR.hudQuad(glasses, a, b, c, d, color, alpha)
alpha = alpha or 1.0
local quad = glasses.addQuad()
quad.setColor(hexToRGB(color)); quad.setAlpha(alpha)
quad.setVertex(1, a[1], a[2]); quad.setVertex(2, b[1], b[2]); quad.setVertex(3, c[1], c[2]); quad.setVertex(4, d[1], d[2])
return quad
end
function AR.hudRectangle(glasses, x, y, w, h, color, alpha)
alpha = alpha or 1.0
local rect = glasses.addRect()
rect.setPosition(x, y); rect.setSize(h, w)
rect.setColor(hexToRGB(color)); rect.setAlpha(alpha)
return rect
end
function AR.textSize(textObject, scale)
local oldX, oldY = textObject.getPosition()
oldX = oldX * textObject.getScale()
oldY = oldY * textObject.getScale()
textObject.setScale(scale)
textObject.setPosition(oldX/(scale+1), oldY/(scale+1))
end
function AR.hudText(glasses, displayText, x, y, color, scale)
scale = scale or 1
local text = glasses.addTextLabel()
text.setText(displayText)
text.setPosition(x, y)
text.setColor(hexToRGB(color))
AR.textSize(text, scale)
return text
end
return AR

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Libraries/ARWidgets.lua Normal file
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comp=require("component");screen=require("term");computer=require("computer");event=require("event"); thread = require("thread")
get=require("easy"); ARG=require("ARGraphics")
config = require("config")
local ARWidgets = {}
local firstRead, lastRead, counter, currentIO = 0, 0, 1, 1
local euUpdateInterval = 120
local readings = {}
local function updateEU(LSC)
batteryBuffer = batteryBuffer or false
if counter == 1 then firstRead = computer.uptime() end
if counter < euUpdateInterval then
readings[counter] = string.gsub(LSC.getSensorInformation()[2], "([^0-9]+)", "") + 0
counter = counter + 1
end
if counter == euUpdateInterval then
lastRead = computer.uptime()
ticks = math.ceil((lastRead-firstRead)*20)
currentIO = math.floor((readings[euUpdateInterval-1]-readings[1])/ticks)
counter = 1
end
end
local currentEU, maxEU, percentage, fillTime, fillTimeString = 1, 1, 1, 1, 1
local initializePowerDisplay = true
local maxEnergyObj, currentEnergyObj, currentFillrateObj, percentageObj, timeObj
function ARWidgets.powerDisplay(glasses, data, x, y, w, h)
updateEU(data)
currentEU =math.floor(string.gsub(data.getSensorInformation()[2], "([^0-9]+)", "") + 0)
maxEU = math.floor(string.gsub(data.getSensorInformation()[3], "([^0-9]+)", "") + 0)
percentage = currentEU/maxEU
if initializePowerDisplay then
ARG.hudRectangle(glasses, x, y, w, h, hudColour)
ARG.hudRectangle(glasses, x, y+h, w, 12, hudColour, 0.6)
ARG.hudTriangle(glasses, {x+2, y+3}, {x+2, y+3+h-6}, {x+2+h-6, y+3+h-6}, hudColour)
ARG.hudTriangle(glasses, {x+2+w-4, y+3}, {x+2+w-4-(h-6), y+3}, {x+2+w-4, y+3+h-6}, hudColour)
ARG.hudRectangle(glasses, x, y+h, 25, 12, hudColour)
ARG.hudTriangle(glasses, {x+25, y+h}, {x+25, y+h+12}, {x+37, y+h+12}, hudColour)
ARG.hudRectangle(glasses, x+w-25, y+h, 25, 12, hudColour)
ARG.hudTriangle(glasses, {x+w-37, y+h}, {x+w-25, y+h+12}, {x+w-25, y+h}, hudColour)
powerFill = ARG.hudQuad(glasses, {x+2, y+3}, {x+2+h-6, y+3+h-6}, {math.min(x+2+w-5, (w-4)*percentage), y+3+(h-6)}, {math.min(x+2+w-5-(h-6), (w-4)*percentage-(h-6)), y+3}, workingColour)
powerEmpty = ARG.hudQuad(glasses, {math.min(x+2+w-5-(h-6), (w-4)*percentage-(h-6)), y+3}, {math.min(x+2+w-5, (w-4)*percentage), y+3+(h-6)}, {x+2+w-5, y+3+h-6}, {x+2+w-5-(h-6), y+3}, machineBackground)
maxEnergyObj = ARG.hudText(glasses, "", x+w-88, y-8, idleColour)
currentEnergyObj = ARG.hudText(glasses, "", x+2, y-8, workingColour)
currentFillrateObj = ARG.hudText(glasses, "", x+w/2-20, y+h+1, 0xFFFFFF)
percentageObj = ARG.hudText(glasses, "", x+w/2-5, y-8, labelColour)
timeObj = ARG.hudText(glasses, "", x+35, y+h+1, labelColour)
initializePowerDisplay = false
end
if currentIO >= 0 then
fillTime = math.floor((maxEU-currentEU)/(currentIO*20))
fillTimeString = "Full: " .. get.time(math.abs(fillTime))
else
fillTime = math.floor((currentEU)/(currentIO*20))
fillTimeString = "Empty: " .. get.time(math.abs(fillTime))
end
powerFill.setVertex(1, x+2, y+3)
powerFill.setVertex(2, x+2+h-6, y+3+h-6)
powerFill.setVertex(3, math.min(x+2+w-5, (w-4)*percentage), y+3+(h-6))
powerFill.setVertex(4, math.min(x+2+w-5-(h-6), (w-4)*percentage-(h-6)), y+3)
powerEmpty.setVertex(1, math.min(x+2+w-5-(h-6), (w-4)*percentage-(h-6)), y+3)
powerEmpty.setVertex(2, math.min(x+2+w-5, (w-4)*percentage), y+3+(h-6))
powerEmpty.setVertex(3, x+2+w-5, y+3+h-6)
powerEmpty.setVertex(4, x+2+w-5-(h-6), y+3)
maxEnergyObj.setText(get.splitNumber(maxEU).." EU")
if percentage > 0.995 then
currentEnergyObj.setText(get.splitNumber(maxEU).." EU")
percentageObj.setText(get.getPercent(1.0))
else
currentEnergyObj.setText(get.splitNumber(currentEU).." EU")
percentageObj.setText(get.getPercent(percentage))
end
if currentIO >= 0 then
currentFillrateObj.setText("+"..get.splitNumber(currentIO).." EU/t")
currentFillrateObj.setColor(0, 1, 0)
else
currentFillrateObj.setColor(1, 0, 0)
currentFillrateObj.setText(get.splitNumber(currentIO).." EU/t")
end
if percentage < 0.985 then
timeObj.setText(fillTimeString)
else
timeObj.setText("")
end
end
function ARWidgets.minimapOverlay(glasses)
--Minimap Borders
ARG.hudRectangle(glasses, 728, 10, 123, 3, hudColour);
ARG.hudRectangle(glasses, 728, 130, 123, 3,hudColour);
ARG.hudRectangle(glasses, 728, 10, 3, 123,hudColour);
ARG.hudRectangle(glasses, 848, 10, 3, 123, hudColour);
--Coordinate Borders
ARG.hudTriangle(glasses, {743, 133}, {728, 133}, {743, 143}, hudColour)
ARG.hudRectangle(glasses, 743, 133, 8, 10, hudColour);
ARG.hudRectangle(glasses, 751, 140, 170, 3, hudColour);
--Biome Borders
ARG.hudTriangle(glasses, {768, 143}, {753, 143}, {768, 153}, hudColour)
ARG.hudRectangle(glasses, 768, 150, 170, 3, hudColour);
ARG.hudRectangle(glasses, 829, 133, 50, 7, 0, 0.8)
ARG.hudRectangle(glasses, 811, 143, 50, 7, 0, 0.8)
--FPS Borders
ARG.hudRectangle(glasses, 728, 0, 150, 2, hudColour)
ARG.hudRectangle(glasses, 728, 0, 22, 12, hudColour)
ARG.hudRectangle(glasses, 750, 2, 28, 8, 0, 0.8)
ARG.hudTriangle(glasses, {758, 2}, {750, 2}, {750, 10}, hudColour)
ARG.hudRectangle(glasses, 801, 2, 70, 8, 0, 0.8)
ARG.hudRectangle(glasses, 851, 10, 5, 123, 0, 0.8)
end
function ARWidgets.hudOverlayBase(glasses, x, y)
local hotbarSplitter = ARG.hudRectangle(glasses, x, y, 183, 2, hudColour)
local expSplitter = ARG.hudRectangle(glasses, x, y-6, 183, 2, hudColour)
local expOverlay = ARG.hudRectangle(glasses, x, y-4, 183, 4, workingColour, 0.5)
local leftBorder = ARG.hudRectangle(glasses, x-1, y-13, 3, 38, hudColour)
local rightBorder = ARG.hudRectangle(glasses, x+182, y-5, 3, 30, hudColour)
local armorBox = ARG.hudRectangle(glasses, x, y-27, 90, 15, hudColour, 0.0)
local hpBox = ARG.hudRectangle(glasses, x+1, y-15, 94, 10, hudColour, 0.7)
local hpStopper = ARG.hudQuad(glasses, {x+88, y-16}, {x+77, y-5},{x+108, y-5}, {x+97, y-16}, hudColour)
local topBorder = ARG.hudRectangle(glasses, x+4, y-18, 178, 3, hudColour)
local topWedge = ARG.hudTriangle(glasses, {x+4, y-18}, {x-1, y-13}, {x+4, y-13}, hudColour)
local connector = ARG.hudTriangle(glasses, {x+182, y-18}, {x+182, y}, {x+200, y}, hudColour)
local topStrip = ARG.hudRectangle(glasses, x+4, y-17, 178, 1, workingColour)
local expWedge1 = ARG.hudTriangle(glasses, {x+179, y-4}, {x+183, y}, {x+183, y-4}, hudColour)
local expWedge2 = ARG.hudTriangle(glasses, {x+2, y-5}, {x+2, y}, {x+6, y}, hudColour)
--CPU Monitor
local base = ARG.hudRectangle(glasses, x+185, y, 28, 24, hudColour)
local cpuStrip = ARG.hudRectangle(glasses, x+185, y, 500, 3, hudColour)
local itemBorder1 = ARG.hudRectangle(glasses, x+28+185, y+3, 1, 21, workingColour, 0.8)
local itemBorder2 = ARG.hudRectangle(glasses, x+28+185, y+3, 61, 1, workingColour, 0.8)
local itemBorder3 = ARG.hudRectangle(glasses, x+88+185, y+3, 1, 21, workingColour, 0.8)
local itemBorder4 = ARG.hudRectangle(glasses, x+28+185, y+23, 61, 1, workingColour, 0.8)
local cpuBase1 = ARG.hudRectangle(glasses, x+89+185, y, 5, 24, hudColour)
local connectorStrip = ARG.hudQuad(glasses, {x+182, y-17}, {x+182, y-16},{x+213, y+15}, {x+213, y+14}, workingColour)
end
function popupText(glasses, text, x, y, color)
local substringLength = 1
local width = #text * 5
local steps = math.ceil(#text / substringLength)
local stepLength = substringLength * 5
local i = 1
local background = ARG.hudQuad(glasses, {x-5, y}, {x-5, y+9}, {x-5+1, y+9}, {x-5+1, y}, machineBackground, 0.5)
local top = ARG.hudQuad(glasses, {x-5, y-1}, {x-5, y}, {x-5+1, y}, {x-5+1, y-1}, machineBackground)
local bottom = ARG.hudQuad(glasses, {x-5, y+9}, {x-5, y+10}, {x-5+1, y+10}, {x-5+1, y+9}, machineBackground)
local hudText = ARG.hudText(glasses, "", x+1, y+1, color)
local wedge = ARG.hudQuad(glasses, {x-5-10, y-1}, {x-5, y-1}, {x-5, y+10}, {x-5+11, y+10}, machineBackground)
local direction = 1
local function advance()
background.setVertex(3, math.min(width + 10, x + stepLength * i + 10), y+9)
background.setVertex(4, math.min(width, x + stepLength * i), y)
top.setVertex(3, math.min(width, x + stepLength * i), y)
top.setVertex(4, math.min(width, x + stepLength * i), y-1)
bottom.setVertex(3, math.min(width + 10, x + stepLength * i + 10), y+10)
bottom.setVertex(4, math.min(width + 10, x + stepLength * i + 10), y+9)
wedge.setVertex(1, math.min(width-1, x + stepLength * i-1), y-1)
wedge.setVertex(2, math.min(width + 10, x + stepLength * i + 10), y+10)
wedge.setVertex(3, math.min(width + 11, x + stepLength * i + 11), y+10)
wedge.setVertex(4, math.min(width + 1, x + stepLength * i + 1), y-1)
hudText.setText(string.sub(text, 1, substringLength * i))
i = i + direction
if i < 0 then
glasses.removeObject(background.getID())
glasses.removeObject(top.getID())
glasses.removeObject(bottom.getID())
glasses.removeObject(hudText.getID())
glasses.removeObject(wedge.getID())
end
end
local function retract()
direction = -1
event.timer(0.03, advance, steps+2)
end
event.timer(0.03, advance, steps)
return retract
end
local initFluidMap = true
local fillLevels = {}
local lastRefresh = computer.uptime() - 30
function ARWidgets.fluidMonitor(glasses, x, y, fluidMap)
local w = 60
local h = 9
local entries = 0
local fluids = comp.me_interface.getFluidsInNetwork()
if initFluidMap then
for i = 0, #fluidMap, 1 do
local background = ARG.hudQuad(glasses, {x-8, y + i * h},{x-8, y+8 + i * h},{x+w, y+8 + i * h},{x+w, y + i * h}, hudColour, 0.5)
local top = ARG.hudQuad(glasses, {x-10, y-1 + i * h},{x-10, y + i * h},{x+w, y + i * h},{x+w, y-1 + i * h}, hudColour)
local bottom = ARG.hudQuad(glasses, {x-7, y+8 + i * h},{x-8, y+9 + i * h},{x+w, y+9 + i * h},{x+w, y+8 + i * h}, hudColour)
local fill = ARG.hudQuad(glasses, {x+w, y + i * h},{x+w, y+8 + i * h},{x+w, y+8 + i * h},{x+w, y + i * h}, fluidMap[i].color, 0.7)
local text = ARG.hudText(glasses, fluidMap[i].displayName, x, y + i * h, 0x777777, 0.75)
text.setPosition(x*1.33333 + 4, (y + i * h)*1.33333 + 2)
fillLevels[fluidMap[i].label] = fill
if i % 2 == 0 then
local wedge = ARG.hudQuad(glasses, {x-10, y + i * h},{x-10, y+9 + i * h},{x-6, y+9 + i * h},{x+3, y + i * h}, hudColour)
else
local wedge = ARG.hudQuad(glasses, {x-10, y + i * h},{x-10, y+9 + i * h},{x+3, y+9 + i * h},{x-6, y + i * h}, hudColour)
end
entries = i
end
entries = entries + 1
local finish = ARG.hudQuad(glasses,{x-10, y + entries * h},{x-2, y+8 + entries * h},{x+w, y+8 + entries * h},{x+w, y + entries * h}, hudColour)
local verticalStrip = ARG.hudQuad(glasses,{x-8, y},{x-8, y - 2 + entries * h},{x-7, y - 2 + entries * h},{x-7, y}, workingColour)
local diagonalStrip = ARG.hudQuad(glasses,{x-8, y-2 + entries * h},{x, y+6 + entries * h},{x, y + 5 + entries * h},{x-7, y - 2 + entries * h}, workingColour)
local horizontalStrip = ARG.hudQuad(glasses,{x, y + 5 + entries * h},{x, y+6 + entries * h},{x+w, y+6 + entries * h},{x+w, y + 5 + entries * h}, workingColour)
initFluidMap = false
elseif computer.uptime() - lastRefresh > 30 then
for i = 0, #fluidMap, 1 do
local fillQuad = fillLevels[fluidMap[i].label]
local currentLevel = 0
for f = 1, #fluids, 1 do
if fluids[f].label == fluidMap[i].label then
currentLevel = fluids[f].amount
end
end
local fillPercentage = math.min(currentLevel / (fluidMap[i].max * 1000000.0), 1)
fillQuad.setVertex(1, x + w - fillPercentage * (w + 8), y + i * h)
fillQuad.setVertex(2, x + w - fillPercentage * (w + 8), y+8 + i * h)
end
lastRefresh = computer.uptime()
end
end
local function refreshDatabase(itemList)
filteredList = {}
for i = 1, #itemList, 1 do
if itemList[i].size >= 100 then filteredList[itemList[i].label] = itemList[i].size end
itemList[i] = nil
end
return filteredList
end
local function rollingText(glasses, text, start, stop, y, color)
local textObject = ARG.hudText(glasses, "", start, y, color)
textObject.setAlpha(0.8)
local backgroundEndWedge = ARG.hudTriangle(glasses, {stop, y-2},{stop, y+10},{stop+12, y+10}, hudColour)
local backgroundStartWedge = ARG.hudTriangle(glasses, {start-12, y-2},{start, y+10},{start+12, y-2}, hudColour)
local startWedge = ARG.hudQuad(glasses, {start, y-2},{start, y+8},{start+30, y+8}, {start+30, y-2}, hudColour)
local stepSize = 1
local steps = start - stop / stepSize
local step = 0
local textLength = #text*5
local textRemaining = #text
local textToRemove = #text
local function truncate()
textObject.setText(string.sub(text, #text - textToRemove, #text))
textToRemove = textToRemove - 1
if textToRemove == 0 then
glasses.removeObject(backgroundEndWedge.getID())
glasses.removeObject(backgroundStartWedge.getID())
glasses.removeObject(startWedge.getID())
glasses.removeObject(textObject.getID())
end
end
local function roll()
textObject.setPosition(start - (step * stepSize), y)
step = step + 1
if step > steps then
event.timer(0.07, truncate, #text + 3)
end
end
local function generate()
textObject.setText(string.sub(text, 0, #text - textRemaining))
textRemaining = textRemaining - 1
end
event.timer(0.10, generate, #text + 1)
event.timer(0.02, roll, steps + 1)
end
local cachedAmounts = refreshDatabase(comp.me_interface.getItemsInNetwork())
function difference(new)
local differenceArray = {}
for label, amount in pairs(cachedAmounts) do
if new[label] ~= nil then
if new[label] - amount > 64 or new[label] - amount < -64 then
differenceArray[#differenceArray+1] = {label, new[label] - amount}
end
end
end
cachedAmounts = new
return differenceArray
end
local initializeTicker = true
local allItems, itemsInNetwork, craftables
local lastUpdate = computer.uptime() - 60
function ARWidgets.itemTicker(glasses, x, y, w)
local function formatMillions(number)
local millions = number / 1000000
if millions >= 10 then
return string.sub(millions, 1, 5).."M"
else
return string.sub(millions, 1, 4).."M"
end
end
local function getTotalItemCount(items)
local sum = 0
for i = 1, #items, 1 do
sum = sum + items[i].size
end
return sum
end
if initializeTicker then
local background = ARG.hudQuad(glasses, {x, y+2},{x, y+14},{x+w, y+14},{x+w, y+2}, machineBackground, 0.5)
local top = ARG.hudQuad(glasses, {x, y},{x, y+2},{x+w, y+2},{x+w, y}, hudColour)
local bottom = ARG.hudQuad(glasses, {x, y+14},{x, y+20},{x+w, y+20},{x+w, y+14}, hudColour)
local bottomStripe = ARG.hudQuad(glasses, {x, y+17},{x, y+18},{x+w, y+18},{x+w, y+17}, workingColour)
local wedge = ARG.hudTriangle(glasses, {x-20, y},{x, y+20},{x, y}, hudColour)
local backgroundEndWedge = ARG.hudTriangle(glasses, {x, y+2},{x, y+14},{x+12, y+14}, hudColour)
local backgroundStartWedge = ARG.hudTriangle(glasses, {x+w-12, y+2},{x+w, y+14},{x+w+12, y+2}, hudColour)
local diagonalStripe = ARG.hudQuad(glasses, {x-16, y+2},{x, y+18},{x, y+17},{x-15, y+2}, workingColour)
local bottomBorder = ARG.hudRectangle(glasses, x+w - 170, y + 28, 170, 4, hudColour)
local dataBorder = ARG.hudRectangle(glasses, x+w - 170, 20, 170, 12, hudColour, 0.5)
local endWedge = ARG.hudTriangle(glasses,{x+w-182, y+20},{x+w-170, y+32},{x+w-170, y+20}, hudColour)
local divisor1 = ARG.hudRectangle(glasses, x+w - 118, y+20, 2, 12, hudColour)
local divisor2 = ARG.hudRectangle(glasses, x+w - 64, y+20, 2, 12, hudColour)
local bottomDataStripe = ARG.hudRectangle(glasses, x+w - 168, y+30, 168, 1, workingColour)
uniqueItems = ARG.hudText(glasses, "", x, y, workingColour, 0.75)
totalItems = ARG.hudText(glasses, "", x, y, workingColour, 0.75)
patterns = ARG.hudText(glasses, "", x, y, workingColour, 0.75)
uniqueItems.setPosition((x+w-114)*1.33333, (y+22)*1.33333)
totalItems.setPosition((x+w-168)*1.33333, (y+22)*1.33333)
patterns.setPosition((x+w-60)*1.33333, (y+22)*1.33333)
initializeTicker = false
end
local function showTicker(name, amount)
rollingText(glasses, name, x+w, x, y+4, 0xAAAAAA)
local function showChange()
if amount > 0 then
rollingText(glasses, "+"..amount, x+w, x, y+4, positiveEUColour)
else
rollingText(glasses, ""..amount, x+w, x, y+4, negativeEUColour)
end
end
event.timer(#name * 0.12, showChange, 1)
end
local changedItems = {}
local i = 1
local function processQueue()
showTicker(changedItems[i][1], changedItems[i][2])
i = i + 1
end
if computer.uptime() - lastUpdate > 60 then
lastUpdate = computer.uptime()
allItems = comp.me_interface.getItemsInNetwork()
itemsInNetwork = #allItems
craftables = #comp.me_interface.getCraftables()
totalItems.setText("Total: "..formatMillions(getTotalItemCount(allItems)))
patterns.setText("Patterns: "..craftables)
uniqueItems.setText("Unique: "..itemsInNetwork)
changedItems = difference(refreshDatabase(allItems))
i = 1
event.timer(5, processQueue, #changedItems)
end
end
function ARWidgets.crossHair(glasses, x, y)
local horizontal = ARG.hudRectangle(glasses, x, y+5, 4, 1, workingColour, 0.5)
local vertical = ARG.hudRectangle(glasses, x+5, y, 1, 4, workingColour, 0.5)
local horizontal2 = ARG.hudRectangle(glasses, x+7, y+5, 4, 1, workingColour, 0.5)
local vertical2 = ARG.hudRectangle(glasses, x+5, y+7, 1, 4, workingColour, 0.5)
local middle = ARG.hudRectangle(glasses, x+4, y+4, 3, 3, hudColour, 0.0)
local center = ARG.hudRectangle(glasses, x+5, y+5, 1, 1, hudColour, 0.7)
end
local initializeCpuMonitor = true
local cpuLights = {}
function ARWidgets.cpuMonitor(glasses, x, y)
if initializeCpuMonitor then
local cpuBase2 = ARG.hudRectangle(glasses, x+94, y+12, 8, 12, hudColour)
local cpuSplitter = ARG.hudRectangle(glasses, x+89, y+9, 400, 3, hudColour)
local cpuSplitter2 = ARG.hudRectangle(glasses, x+102, y+18, 380, 6, hudColour)
local function createCpuIndicator(cpuX, cpuY)
local status = ARG.hudQuad(glasses, {cpuX, cpuY}, {cpuX+6, cpuY+6}, {cpuX+16, cpuY+6}, {cpuX+10, cpuY}, hudColour, 1.0)
local leftTriangle = ARG.hudTriangle(glasses, {cpuX, cpuY}, {cpuX, cpuY+6}, {cpuX+6, cpuY+6}, hudColour)
local rightTriangle = ARG.hudQuad(glasses, {cpuX+10, cpuY}, {cpuX+16, cpuY+6}, {cpuX+18, cpuY+6}, {cpuX+18, cpuY}, hudColour)
return status
end
local i = 0
local j = 0
local cpuNumber = 1
while i+j < 24 do
if (i+j) % 2 == 1 then
cpuLights[cpuNumber] = createCpuIndicator(x+102+j*17, y+12)
j = j + 1
else
cpuLights[cpuNumber] = createCpuIndicator(x+94+i*17, y+3)
i = i + 1
end
cpuNumber = cpuNumber + 1
end
local rowStop1 = ARG.hudRectangle(glasses, x+94+i*17, y+3, 300, 6, hudColour)
local rowStop2 = ARG.hudRectangle(glasses, x+102+j*17, y+12, 300, 6, hudColour)
local horizontalStrip = ARG.hudRectangle(glasses, x+100, y+22, 210, 1, workingColour)
local diagonalStrip = ARG.hudQuad(glasses, {x+89, y+11}, {x+89, y+12}, {x+100, y+23}, {x+100, y+22}, workingColour)
initializeCpuMonitor = false
end
local cpus = comp.me_interface.getCpus()
for i = 1, #cpus, 1 do
if cpus[i].busy then
cpuLights[i].setColor(ARG.hexToRGB(positiveEUColour))
else
cpuLights[i].setAlpha(0.7)
cpuLights[i].setColor(ARG.hexToRGB(workingColour))
end
end
end
local TPSText
local initializeTPS = true
function ARWidgets.displayTPS(glasses, x, y)
if initializeTPS then
initializeTPS = false
local background = ARG.hudQuad(glasses, {x+40, y+4}, {x+40, y+15}, {x+93, y+15}, {x+105, y+4}, hudColour, 0.6)
local startBlock = ARG.hudRectangle(glasses, x, y, 40, 23, hudColour)
local top = ARG.hudRectangle(glasses, x+40, y, 65, 4, hudColour)
local bottom = ARG.hudRectangle(glasses, x+40, y+14, 50, 5, hudColour)
local wedge1 = ARG.hudQuad(glasses, {x+40, y+19}, {x+40, y+23}, {x+42, y+23}, {x+46, y+19}, hudColour)
local wedge2 = ARG.hudQuad(glasses, {x+105, y}, {x+86, y+19}, {x+93, y+19}, {x+112, y}, hudColour)
local stripe1 = ARG.hudRectangle(glasses, x+2, y+20, 39, 1, workingColour)
local stripe2 = ARG.hudRectangle(glasses, x+45, y+16, 48, 1, workingColour)
local stripe3 = ARG.hudQuad(glasses, {x+41, y+20}, {x+41, y+21}, {x+45, y+17}, {x+45, y+16}, workingColour)
local stripe4 = ARG.hudRectangle(glasses, x+1, y+2, 1, 19, workingColour)
TPSText = ARG.hudText(glasses, "", x+42, y+6, workingColour, 1)
end
local tps = get.tps()
if tps > 15 then
TPSText.setText("TPS: "..string.sub(tps, 1, 5))
TPSText.setColor(ARG.hexToRGB(positiveEUColour))
elseif tps >= 10 then
TPSText.setText("TPS: "..string.sub(tps, 1, 5))
TPSText.setColor(ARG.hexToRGB(workingColour))
else
TPSText.setText("TPS: "..string.sub(tps, 1, 4))
TPSText.setColor(ARG.hexToRGB(negativeEUColour))
end
end
function ARWidgets.clear()
initializePowerDisplay = true
initializeTicker = true
initFluidMap = true
initializeCpuMonitor = true
initializeTPS = true
fillLevels = {}
lastRefresh = computer.uptime() - 30
lastUpdate = computer.uptime() - 60
end
return ARWidgets

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machineBackground = 0x121010; progressBackground = 0x272c2e
labelColour = 0xFF00FF;
errorColour = 0xFF0000;
idleColour = 0xb300ff; workingColour = 0x00a6ff
positiveEUColour = 0x00CC00; negativeEUColour = 0xCC0000
timeColour = 0x5500FF; textColor = 0x000000
hudColour = 0x1E1E28;

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comp = require("component");
color = {
red = 0xFF0000, green = 0x00FF00, blue = 0x0000FF,
purple = 0x5500FF, cyan = 0x00A6FF, lightGreen = 0x00CC00,
lightGray = 0x272c2e, darkGray = 0x121010, white = 0x000000
}
local graphics = {}
function pixel(GPU, x, y, color)
local screenY = math.ceil(y/2); local baseChar, baseForeground, baseBackground = GPU.get(x, screenY)
GPU.setForeground(color)
GPU.setBackground(baseBackground)
if y % 2 == 1 then --Upper half of pixel
GPU.set(x, screenY, "▀");
else --Lower half of pixel
GPU.set(x, screenY, "▄");
end
end
function graphics.rect(GPU, x, y, w, h, color)
local hLeft = h
if x > 0 and y > 0 then
if y % 2 == 0 then
for i = x, x+w-1 do
pixel(GPU, i, y, color)
end
hLeft = hLeft - 1
end
GPU.setBackground(color)
GPU.setForeground(color)
if hLeft % 2 == 1 then
GPU.fill(x, math.ceil(y/2)+(h-hLeft), w, (hLeft-1)/2, "█")
for j = x, x+w-1 do
pixel(GPU, j, y+h-1, color)
end
else
GPU.fill(x, math.ceil(y/2)+(h-hLeft), w, hLeft/2, "█")
end
end
end
function graphics.text(GPU, x, y, color, string)
if y % 2 == 0 then error("Text position must be odd on y axis") end
local screenY = math.ceil(y/2)
GPU.setForeground(color);
for i = 0, #string-1 do
local baseChar, baseForeground, baseBackground = GPU.get(x+i, screenY)
GPU.setBackground(baseBackground)
GPU.fill(x+i, screenY, 1, 1, string:sub(i+1, i+1))
end
end
function graphics.centeredText(GPU, x, y, color, string)
if y % 2 == 0 then error("Text position must be odd on y axis") end
local screenY = math.ceil(y/2)
local oldForeground = GPU.setForeground(color); local oldBackground = GPU.getBackground()
for i = 0, #string-1 do
local baseChar, baseForeground, baseBackground = GPU.get(x+i-math.ceil(#string/2)+1, screenY)
GPU.setBackground(baseBackground)
GPU.fill(x+i-math.ceil(#string/2)+1, screenY, 1, 1, string:sub(i+1, i+1))
end
GPU.setBackground(oldBackground); GPU.setForeground(oldForeground)
end
function graphics.border(GPU, w, h, color)
draw.rect(GPU, 1, 1, w, 1, color)
draw.rect(GPU, 1, h*2, w, 1, color)
draw.rect(GPU, 1, 1, 1, h*2, color)
draw.rect(GPU, w, 1, 1, h*2, color)
end
function copyWindow(GPU, x, y, page, destination)
destination = 0 or destination
GPU.bitblt(destination, x, math.ceil(y/2), 160, 46, page, 1, 1)
end
windows = {}
function graphics.update()
local function redraw()
for window, params in pairs(windows) do
copyWindow(params.GPU, params.x, params.y, params.page)
end
end
for name, params in pairs(windows) do
params.GPU.setActiveBuffer(params.page)
params.update(params.GPU, name, params.address)
params.GPU.setActiveBuffer(0)
end
redraw()
os.sleep()
end
return graphics

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local draw = require("graphics"); local event = require("event"); local thread = require("thread"); local uc = require("unicode")
local comp = require("component"); GPU = comp.proxy(comp.get("f26678f4"))
local gui, quit, editing = {}, false, false
local currentWindows = {}
local activeWindow
local keyInput, mouseInput, drag, inContextMenu
function checkCollision(x, y)
for window, params in pairs(currentWindows) do
if x >= params.x and x <= params.x+params.w-1 then
if y >= params.y and y <= params.y+math.ceil(params.h/2)-1 then
return window
end
end
end
return "None "
end
local contextMenus = 0
function contextMenu(GPU, x, y, data)
function filterClicks(event) return event == "touch" end
inContextMenu = true
contextMenus = contextMenus + 1
local longestData = 0
for i, data in pairs(data) do
if #data > longestData then longestData = #data end
end
local contextWindow = createWindow(GPU, longestData, #data*2, "ContextMenu"..contextMenus)
GPU.setActiveBuffer(contextWindow)
draw.rect(GPU, 1, 1, longestData, #data*2, color.lightGray)
for i = 1, #data do
draw.text(GPU, 1, 1+i*2-2, color.cyan, data[i])
end
currentWindows["ContextMenu"..contextMenus].x = x
currentWindows["ContextMenu"..contextMenus].y = y
GPU.setActiveBuffer(0)
end
function keyboardListener()
function processKey(event, address, key, code, player)
local value = uc.char(key)
if value == "." then quit = true end
if value == "e" then
if editing then
editing = false
else
editing = true end
end
end
return event.listen("key_up", processKey)
end
function processCommand(GPU, window, option)
local pageNumber = currentWindows[window].page
if currentWindows["ColorBox"] == nil then
createWindow(GPU, 10, 10, "ColorBox")
currentWindows["ColorBox"].x = 10
currentWindows["ColorBox"].y = 10
end
GPU.setActiveBuffer(currentWindows["ColorBox"].page)
if option == 1 then draw.rect(GPU, 1, 1, 10, 10, color.red) end
if option == 2 then draw.rect(GPU, 1, 1, 10, 10, color.blue) end
if option == 3 then draw.rect(GPU, 1, 1, 10, 10, color.green) end
GPU.setActiveBuffer(0)
end
local i, xOffset, yOffset = 1, 0, 0
function mouseListener()
function processClick(event, address, x, y, key, player)
activeWindow = checkCollision(x, y)
draw.text(GPU, 1, 1, color.cyan, "Active window: "..activeWindow)
if key == 1.0 and editing then
if inContextMenu then contextMenus = 0 end
contextMenu(GPU, x, y, {[1]="Red", [2]="Blue", [3]="Green"})
else
if inContextMenu then
local cont = currentWindows["ContextMenu1"]
if x >= cont.x and x < cont.x+cont.w and y >= cont.y and y < cont.y+math.ceil(cont.h/2) then
processCommand(GPU, activeWindow, y-cont.y+1)
else
inContextMenu = false
for j = 1, contextMenus do
currentWindows["ContextMenu"..j] = nil
end
contextMenus = 0
end
else
if activeWindow ~= "None " then end
xOffset = x - currentWindows[activeWindow].x
yOffset = y - currentWindows[activeWindow].y
end
end
end
return event.listen("touch", processClick)
end
function dragListener()
function processDrag(event, address, x, y, key, player)
if editing and inContextMenu == false then
local window = currentWindows[activeWindow]
currentWindows[activeWindow].x = x - xOffset
currentWindows[activeWindow].y = y - yOffset
end
end
return event.listen("drag", processDrag)
end
function dropListener()
function processDrop(event, address, x, y, key, player)
end
return event.listen("drop", processDrop)
end
function createWindow(GPU, width, height, name)
local pageNumber = GPU.allocateBuffer(width, math.ceil(height/2))
currentWindows[name] = {page=pageNumber, x=1, y=1, w=width, h=height}
return pageNumber
end
function compose(GPU)
local stateBuffer = currentWindows["State"].page
GPU.setActiveBuffer(stateBuffer)
if editing then copyWindow(GPU, 1, 1, currentWindows["Black"].page) end
for window, params in pairs(currentWindows) do
if params.w > 0 then
copyWindow(GPU, params.x, params.y, params.page, stateBuffer)
end
end
if inContextMenu then
local cont = currentWindows["ContextMenu1"]
copyWindow(GPU, cont.x, cont.y, cont.page) end
GPU.setActiveBuffer(0)
end
function copyWindow(GPU, x, y, page, destination)
destination = 0 or destination
GPU.bitblt(destination, x, y, 160, 50, page, 1, 1)
end
--return gui
GPU = comp.proxy(comp.get("de837fec")); screen = comp.get("48ce2988"); GPU.bind(screen);
GPU.freeAllBuffers()
keyInput, mouseInput, drag = keyboardListener(), mouseListener(), dragListener()
createWindow(GPU, 160, 100, "Black")
GPU.setActiveBuffer(currentWindows["Black"].page)
draw.rect(GPU, 1, 1, 160, 100, 0x000000)
currentWindows["Black"].w = 0
currentWindows["Black"].h = 0
GPU.setActiveBuffer(0)
createWindow(GPU, 160, 100, "State")
GPU.setActiveBuffer(currentWindows["State"].page)
draw.rect(GPU, 1, 1, 160, 100, 0x000000)
currentWindows["State"].w = 0
currentWindows["State"].h = 0
GPU.setActiveBuffer(0)
copyWindow(GPU, 1, 1, currentWindows["Black"].page)
while true do
if quit then event.cancel(keyInput); break end
compose(GPU)
os.sleep(0.1)
end

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Libraries/network.lua Normal file
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local comp = require("component")
local event = require("event")
local modem = comp.modem
local screen = require("term")
local util = require("utility")
AR = require("AR")
glasses = util.machine("3770e3f9")
local componentText = AR.hudText(glasses, " ", 0, 20)
local function receive(localAddress, remoteAddress, port, distance, type, value1, value2, value3)
componentText.setText(value2)
end
event.listen("modem_message", receive)
modem.open(1)

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Libraries/utility.lua Normal file
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local comp = require("component"); local event = require("event"); local thread = require("thread"); local uc = require("unicode")
local utility = {}
function utility.machine(address)
machineAddress = comp.get(address)
if(machineAddress ~= nil) then
return comp.proxy(machineAddress)
else
return nil
end
end
function utility.getPercent(number)
return (math.floor(number*1000)/10).."%"
end
function utility.time(number) --Returns a given number formatted as Hours Minutes Seconds
if number == 0 then return 0 else return math.floor(number/3600).."h "..math.floor((number - math.floor(number/3600)*3600)/60).."min "..(number%60).."s" end
end
function utility.splitNumber(number) --Returns given number formatted as XXX,XXX,XXX
local formattedNumber = {}
local string = tostring(math.abs(number))
local sign = number/math.abs(number)
for i = 1, #string do
n = string:sub(i, i)
formattedNumber[i] = n
if ((#string-i) % 3 == 0) and (#string-i > 0) then
formattedNumber[i] = formattedNumber[i] .. ","
end
end
if(sign < 0) then table.insert(formattedNumber, 1, "-") end
return table.concat(formattedNumber, "")
end
function utility.tier(number)
local values = {[1] = "LV",
[2] = "MV",
[3] = "HV",
[4] = "EV",
[5] = "IV",
[6] = "LuV",
[7] = "ZPM",
[8] = "UV",
[9] = "UHV",
}
return values[number]
end
function utility.exit(key)
local function processKey(event, address, key, code, player)
local value = uc.char(key)
if value == "e" then run = false end
return false
end
event.listen("key_up", processKey)
end
function utility.componentChange(broadcastPort)
local function sendAddress(event, address, type)
modem.broadcast(broadcastPort, event, address, type)
end
event.listen("component_added", sendAddress)
end
function utility.progressText(current, max)
return current.."/"..max.."s"
end
function utility.tps()
local function time()
local f = io.open("/tmp/TPS","w")
f:write("test")
f:close()
return(require("filesystem").lastModified("/tmp/TPS"))
end
local realTimeOld = time()
os.sleep(1)
return 20000 / (time() - realTimeOld)
end
return utility

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comp = require("component");screen = require("term"); computer = require("computer"); event = require("event")
draw = require("graphics"); util = require("utility")
local widgets = {}
function widgets.gtMachineInit(GPU, name, address)
local maintenanceIndex = 0
local machine = util.machine(address)
draw.rect(GPU, 1, 1, 28, 9, background)
draw.text(GPU, 4, 3, mainColor, name)
if machine ~= nil then
for i = 1, #machine.getSensorInformation() do --Get maintenance index
if string.match(machine.getSensorInformation()[i], "Problems") ~= nil then
maintenanceIndex = i
end
end
if maintenanceIndex ~= 0 and #machine.getSensorInformation() >= 7 then
--Check for tier on Processing Arrays
if string.match(machine.getSensorInformation()[6], "tier") ~= nil then
local tier = util.tier((string.gsub(machine.getSensorInformation()[6], "([^0-9]+)", "")-1)/10)
if tier ~= nil then draw.text(GPU, 4, 5, accentB, ""..tier) end
end
--Check for parallel on Processing Arrays
if string.match(machine.getSensorInformation()[7], "Parallel") ~= nil then
local parallel = string.gsub(machine.getSensorInformation()[7], "([^0-9]+)", "")
if parallel ~= nil then draw.text(GPU, 11+-#parallel.."", 5, mainColor, parallel.."x") end
end
end
else
draw.text(GPU, 4, 5, errorColor, "Unknown")
end
draw.rect(GPU, 3, 2, 3, 1, barColor)
draw.rect(GPU, 2, 2, 1, 7, barColor)
draw.rect(GPU, 3, 8, 20, 1, barColor)
draw.rect(GPU, 24, 8, 3, 1, barColor)
draw.rect(GPU, 27, 2, 1, 7, barColor)
draw.rect(GPU, 7, 2, 21, 1, barColor)
return maintenanceIndex
end
function widgets.gtMachine(GPU, name, address)
local machine = util.machine(address)
local char, f, b
if machine ~= nil then
if machine.hasWork() then
local currentProgress = math.ceil(30*(machine.getWorkProgress()/machine.getWorkMaxProgress()))
local barAmount = currentProgress
--First Straight
_, f, _ = GPU.get(3, 1)
if f ~= mainColor then
local bars1 = math.max(0, math.min(3, barAmount))
draw.rect(GPU, 3, 2, 3, 1, barColor)
draw.rect(GPU, 24, 8, 3, 1, barColor)
draw.rect(GPU, 2, 2, 1, 7, barColor)
draw.rect(GPU, 27, 2, 1, 7, barColor)
draw.rect(GPU, 3, 8, 20, 1, barColor)
draw.rect(GPU, 7, 2, 20, 1, barColor)
draw.rect(GPU, 6-bars1, 2, bars1, 1, mainColor)
draw.rect(GPU, 24, 8, bars1, 1, mainColor)
end
_, f, _ = GPU.get(2, 4)
if barAmount > 3 and f ~= mainColor then --Vertical
bars2 = math.max(0, math.min(7, barAmount-3))
draw.rect(GPU, 2, 2, 1, 7, barColor)
draw.rect(GPU, 27, 2, 1, 7, barColor)
draw.rect(GPU, 3, 8, 20, 1, barColor)
draw.rect(GPU, 7, 2, 20, 1, barColor)
draw.rect(GPU, 2, 2, 1, bars2, mainColor)
draw.rect(GPU, 27, 9-bars2, 1, bars2, mainColor)
end
if barAmount > 10 then --Long Straight
local bars3 = math.max(0, barAmount-10)
draw.rect(GPU, 3, 8, 20, 1, barColor)
draw.rect(GPU, 7, 2, 20, 1, barColor)
draw.rect(GPU, 3, 8, bars3, 1, mainColor)
draw.rect(GPU, 27-bars3, 2, bars3, 1, mainColor)
end
progressString = tostring(math.floor(machine.getWorkProgress()/20)).."/"..tostring(math.floor(machine.getWorkMaxProgress()/20)).."s"
middlePoint = math.min(9, 12-#progressString/2)
draw.rect(GPU, 18, 5, 8, 2, background)
draw.text(GPU, 26-#progressString, 5, accentA, progressString)
else --No work
_, f, _ = GPU.get(5, 1)
if f ~= barColor then
draw.rect(GPU, 18, 5, 8, 2, background)
draw.rect(GPU, 3, 2, 3, 1, barColor)
draw.rect(GPU, 2, 2, 1, 7, barColor)
draw.rect(GPU, 3, 8, 20, 1, barColor)
draw.rect(GPU, 24, 8, 3, 1, barColor)
draw.rect(GPU, 27, 2, 1, 7, barColor)
draw.rect(GPU, 7, 2, 20, 1, barColor)
end
end
_, f, _ = GPU.get(6, 1)
if ((windows[name].data == 0 or string.match(machine.getSensorInformation()[windows[name].data], ".*c0.*")) and machine.isWorkAllowed()) == true then
if f ~= background then
draw.rect(GPU, 6, 2, 1, 1, background)
draw.rect(GPU, 23, 8, 1, 1, background)
end
else
if(machine.isWorkAllowed()) then
if f ~= accentA then
draw.rect(GPU, 6, 2, 1, 1, accentA)
draw.rect(GPU, 23, 8, 1, 1, accentA)
end
else
if f ~= errorColor then
draw.rect(GPU, 6, 2, 1, 1, errorColor)
draw.rect(GPU, 23, 8, 1, 1, errorColor)
end
end
end
end
end
function widgets.create(GPU, x, y, name, dataAddress, widget)
local width, height = widget.width, widget.height
local page = GPU.allocateBuffer(width, math.ceil(height/2))
GPU.setActiveBuffer(page)
local widgetData = widget.initialize(GPU, name, dataAddress)
windows[name] = {GPU = GPU, page=page, address = dataAddress, x=x, y=y, w=width, h=height, update = widget.update, data = widgetData}
GPU.setActiveBuffer(0)
end
GTMachine = {width = 28, height = 9, initialize = widgets.gtMachineInit, update = widgets.gtMachine}
return widgets

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comp=require("component"); event=require("event"); screen=require("term"); computer = require("computer"); thread = require("thread")
dict=require("dictionary"); line = require("transport"); config = require("configure")
function machine(address)
machineAddress = comp.get(address)
if(machineAddress ~= nil) then return comp.proxy(machineAddress) else return nil end
end
function findAddress(type)
for address, component in comp.list() do
if component == type then return address end
end
end
recipes = {}
fluidMap = {["fluid.molten.solderingalloy"] = {index = 81, size = 144},
["fluid.lubricant"] = {index = 80, size = 250},
["IC2 Coolant"] = {index = 79, size = 1000},
["fluid.molten.styrenebutadienerubber"] = {index = 78, size = 720},
["fluid.molten.niobiumtitanium"] = {index = 77, size = 144},
["fluid.molten.tritanium"] = {index = 76, size = 144}
}
local function addRecipe(slot, source, sourceSide)
if source.getStackInSlot(sourceSide, slot) ~= nil then
--screen.write("Adding a recipe\n")
local pattern = source.getStackInSlot(sourceSide, slot)
recipes[pattern.output] = {}
recipes[pattern.output]["label"] = pattern.output
recipes[pattern.output]["time"] = pattern.time
recipes[pattern.output]["inputs"] = 0
recipes[pattern.output]["fluids"] = 0
recipes[pattern.output]["tier"] = voltageToTier(pattern.eu)
if pattern.inputItems ~= nil then
local items = pattern.inputItems
for i = 1, #items, 1 do
--screen.write("Item "..i.." :"..items[i][1].." - "..items[i][2].."\n")
recipes[pattern.output]["input"..i] = {name = items[i][1], amount = items[i][2]}
recipes[pattern.output]["inputs"] = recipes[pattern.output]["inputs"] + 1
end
end
if pattern.inputFluids ~= nil then
local fluids = pattern.inputFluids
for i = 1, #fluids do
--screen.write("Fluid "..i.." :"..fluids[i][1].." - "..fluids[i][2].."\n")
recipes[pattern.output]["fluid"..i] = {name = fluids[i][1], amount = fluids[i][2]}
recipes[pattern.output]["fluids"] = recipes[pattern.output]["fluids"] + 1
end
end
end
end
function getRecipes(assemblyData)
if assemblyData["data"] ~= nil then
for i = 1, 16 do
addRecipe(i, assemblyData["data"], 0)
end
end
end
function copyPattern(interface, slot, recipe, database)
for i = 1, recipe.inputs, 1 do
local item = recipe["input"..i]
local name = item.name
if dictionary[name] ~= nil then name = dictionary[name] end
interface.setInterfacePatternInput(slot, database, databaseMap[name], item.amount, i)
end
end
local latestRecipe = {}
function processRecipe(assemblyData, recipe)
local inventory, database = assemblyData["inventory"], assemblyData["database"]
local needsConfiguring = false
if latestRecipe ~= nil then
if latestRecipe.label ~= recipe.label then
needsConfiguring = true
if latestRecipe.inputs ~= nil then
if latestRecipe.inputs > recipe.inputs then
line.clearInterfaces(assemblyData, recipe.inputs + 1, latestRecipe.inputs, latestRecipe.fluids - recipe.fluids, 4)
elseif latestRecipe.fluids > recipe.fluids then
line.clearInterfaces(assemblyData, 0, 0, recipe.fluids + 1, latestRecipe.fluids)
end
end
end
else
needsConfiguring = true
end
if needsConfiguring then
for i = 1, recipe["inputs"], 1 do
local item = recipe["input"..i]
local name = item.name
if dictionary[name] ~= nil then name = dictionary[name] end
if databaseMap[name] == nil then screen.write(" Updating database..."); updateDatabase(assemblyData, databaseMap); end
assemblyData["input"..i].setInterfaceConfiguration(1, database.address, databaseMap[name], item.amount)
screen.write(".")
end
for i = 1, recipe["fluids"], 1 do
local fluid = recipe["fluid"..i]
assemblyData["fluid"..i].setInterfaceConfiguration(1, database.address, fluidMap[fluid.name].index, fluid.amount/fluidMap[fluid.name].size)
screen.write(".")
end
if assemblyData["input15"].getInterfacePattern(1) ~= nil then
copyPattern(assemblyData["input15"], 1, recipe, database.address)
end
end
screen.write(" Inserting ...")
for i = 1, recipe["inputs"], 1 do
local item = recipe["input"..i]
assemblyData["inputTransposer"..i].transferItem(0, 1, item.amount, 1, 16)
screen.write(".")
end
for i = 1, recipe["fluids"], 1 do
local fluid = recipe["fluid"..i]
assemblyData["fluidTransposer"..i].transferItem(0, 1, fluid.amount/fluidMap[fluid.name].size, 1, 1)
screen.write(".")
end
os.sleep(1)
for i = 1, recipe["fluids"], 1 do
local fluid = recipe["fluid"..i]
assemblyData["fluidTransposer"..i].transferItem(1, 0, fluid.amount/fluidMap[fluid.name].size, 2, 9)
screen.write(".")
end
local recipeTicks = (recipe.time / math.pow(2, assemblyData.tier - recipe.tier))
if needsConfiguring == false then
os.sleep(recipeTicks / 20 - 1.5)
end
latestRecipe = recipe
line.waitForAssemblyline(recipeTicks - 50 , assemblyData["controller"])
end
function matchRecipe(recipeList, assemblyData, priority)
priority = priority or nil
local network = assemblyData["items"].getItemsInNetwork()
local size = #network * 2
if size == 0 then size = 1 end
foundItems = {}
for i = 1, #network, 1 do
foundItems[network[i].label] = network[i].size end
for i = 1, 15, 1 do
if assemblyData["inputTransposer"..i].getStackInSlot(0, 1) ~= nil then
local interfaceItem = assemblyData["inputTransposer"..i].getStackInSlot(0, 1)
if interfaceItem.size ~= nil then
if foundItems[interfaceItem.label] == nil then
foundItems[interfaceItem.label] = interfaceItem.size
else
foundItems[interfaceItem.label] = foundItems[interfaceItem.label] + interfaceItem.size
end
end
end
end
for recipeLabel, v in pairs(recipeList) do
local recipe, found = recipeList[recipeLabel], 0
local inputs = recipe.inputs
if debugMode then screen.write("Checking match for: "..recipeLabel.." with required N of "..recipe.inputs.."\n") end
for i = 1, inputs, 1 do
local label, requiredAmount = recipe["input"..i].name, recipe["input"..i].amount
if dictionary[label] ~= nil then label = dictionary[label] end
if debugMode then screen.write(" Searching for "..requiredAmount.." "..label) end
if foundItems[label] == nil then if debugMode then screen.write("\n") end break
else
local existingAmount = foundItems[label]
if existingAmount >= requiredAmount then
found = found + 1
if debugMode then screen.write(" | Found!: "..label.." N: "..found.."\n") end
else if debugMode then screen.write(" | Didn't find enough: "..existingAmount.."\n") end
end
end
end
if found == inputs then
if priority == nil then
return recipe
else
if priority.label == recipe.label then return recipe end
end
end
end
return nil
end
function voltageToTier(voltage)
local maxTier = 15
local tier = maxTier
voltage = voltage - 1
local tierVoltage = 32 * math.pow(4, tier - 1)
while voltage % tierVoltage == voltage do
tier = tier - 1
tierVoltage = 32 * math.pow(4, tier - 1)
end
return tier + 1
end
function getControllerTier(assemblyData)
local controller = assemblyData["controller"]
return voltageToTier(math.floor(string.gsub(string.sub(controller.getSensorInformation()[4], 1, string.find(controller.getSensorInformation()[4], "/")-1), "([^0-9]+)", "") + 0))
end
function refreshDatabase(assemblyData, databaseRef)
local database = assemblyData["database"]
local i = 2
local entry = database.get(i)
while database.get(i) ~= nil do
screen.write(".")
databaseRef[entry.label] = i
i = i + 1
entry = database.get(i)
end
end
function updateDatabase(assemblyData, databaseMap)
local chestSide = 5
if assemblyData["inventory"] ~= nil and assemblyData["database"] ~= nil then
local inventory, database = assemblyData["inventory"], assemblyData["database"]
for i = 1, inventory.getInventorySize(chestSide), 1 do
if inventory.getStackInSlot(chestSide, i) ~= nil then
inventory.store(chestSide, i, database.address, 1)
local hash = database.computeHash(1)
database.clear(1)
local index = database.indexOf(hash)
if index < 0 then
local j = 2
while database.get(j) ~= nil do
j = j + 1
end
inventory.store(chestSide, i, database.address, j)
databaseMap[inventory.getStackInSlot(chestSide, i).label] = j
end
end
end
end
end
function split(s, sep)
local fields = {}; local sep = sep or " "; local pattern = string.format("([^%s]+)", sep)
string.gsub(s, pattern, function(c) fields[#fields + 1] = c end)
return fields
end
function buildAssembly()
screen.write("Starting Assembly Line initalization...")
local assemblyStructure = {}
local file = io.open("addresses", "r")
if file == nil then
screen.write(" no address configuration found, configuring:\n")
config.getAddresses()
file = io.lines("addresses")
else
file = io.lines("addresses")
end
for line in file do
screen.write(".")
local tokens = split(line, ",")
assemblyStructure[tokens[1]] = machine(tokens[2])
end
screen.write("\n")
return assemblyStructure
end
function startAssembly(assemblyData)
assemblyData["tier"] = getControllerTier(assemblyData)
screen.write("Fetching recipes ... "); getRecipes(assemblyData); screen.write("Done")
databaseMap = {}
screen.write(" | Refreshing database ..."); refreshDatabase(assemblyData, databaseMap); screen.write(" Done")
screen.write(" | Clearing interfaces ... "); line.clearInterfaces(assemblyData); screen.write("Done")
debugMode = false
local cyclesSinceRefresh = 0
local configured = false
screen.write(" | Beginning operation\n")
while true do
local foundRecipe = matchRecipe(recipes, assemblyData)
if foundRecipe ~= nil then
screen.write("Starting assembly of "..foundRecipe.label.." ...")
processRecipe(assemblyData, foundRecipe)
screen.write(" Done!\n")
configured = true
else
if cyclesSinceRefresh > 20 then
getRecipes(assemblyData)
cyclesSinceRefresh = 0
end
cyclesSinceRefresh = cyclesSinceRefresh + 1
if configured then
configured = false
line.clearInterfaces(assemblyData)
latestRecipe = nil
end
os.sleep(5)
end
end
end
local assemblyLine = buildAssembly()
startAssembly(assemblyLine)
--Things to add:
--Make pattern match check for item sums instead of on a stack basis
--Add sanity check that everything was moved 100%

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comp=require("component"); event=require("event"); screen=require("term"); computer = require("computer"); thread = require("thread")
function findAccess(type)
for address, component in comp.list() do
if component == type then
if type ~= "me_interface" then
return address
else
if comp.proxy(address).getItemsInNetwork ~= nil then
return address
end
end
end
end
return nil
end
local configure = {}
function configure.getAddresses()
local file = io.open("addresses", "w")
local a, b, c
for item = 1, 15, 1 do
screen.write("Add item interface "..item.." ")
a, b, c = event.pull()
while a ~= "component_added" do
a, b, c = event.pull()
os.sleep()
end
screen.write(b.."\n")
file:write("input"..item..","..b.."\n")
end
for fluid = 1, 4, 1 do
screen.write("Add fluid interface "..fluid.." ")
a, b, c = event.pull()
while a ~= "component_added" do
a, b, c = event.pull()
end
screen.write(b.."\n")
file:write("fluid"..fluid..","..b.."\n")
end
for itemTransposer = 1, 15, 1 do
screen.write("Add item transposer "..itemTransposer.." ")
a, b, c = event.pull()
while a ~= "component_added" do
a, b, c = event.pull()
os.sleep()
end
screen.write(b.."\n")
file:write("inputTransposer"..itemTransposer..","..b.."\n")
end
for fluidTransposer = 1, 4, 1 do
screen.write("Add fluid transposer "..fluidTransposer.." ")
a, b, c = event.pull()
while a ~= "component_added" do
a, b, c = event.pull()
end
screen.write(b.."\n")
file:write("fluidTransposer"..fluidTransposer..","..b.."\n")
end
screen.write("Add data access hatch ")
a, b, c = event.pull()
while a ~= "component_added" do
a, b, c = event.pull()
end
screen.write(b.."\n")
file:write("data,"..b.."\n")
local networkAccess = findAccess("me_interface")
if networkAccess == nil then
screen.write("Can't find a valid interface! Exiting...\n")
os.exit()
else file:write("items,"..networkAccess.."\n") end
os.sleep(0.5)
local databaseAccess = comp.database
if databaseAccess == nil then
screen.write("Can't find a valid database! Exiting...\n")
os.exit()
else file:write("database,"..databaseAccess.address.."\n") end
local chestAccess = comp.inventory_controller
if chestAccess == nil then
screen.write("Can't find a valid inventory controller! Exiting...\n")
os.exit()
else file:write("inventory,"..chestAccess.address.."\n") end
local controller = comp.gt_machine
if controller == nil then
screen.write("Can't find a valid Assembly Line! Exiting...\n")
os.exit()
else file:write("controller,"..controller.address.."\n") end
screen.write("All done!\n")
end
return configure

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Programs/Assembly Line/oreDict.lua Normal file
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-- dictlist = {
-- {"Nanoprocessor Assembly","Quantumprocessor","Workstation"}, --EV
-- {"Crystalprocessor","Elite Nanocomputer","Quantumprocessor Assembly","Mainframe"}, --IV
-- {"Master Quantumcomputer","Wetwareprocessor","Crystalprocessor Assembly","Nanoprocessor Mainframe"}, -- LuV
-- {"Bioprocessor","Wetwareprocessor Assembly","Ultimate Crystalcomputer","Quantumprocessor Mainframe"}, --ZPM
-- {"Wetware Supercomputer","Bioprocessor Assembly","Crystalprocessor Mainframe"}, -- UV
-- {"Wetware Mainframe","Bioware Supercomputer"}, -- UHV
-- {"Bio Mainframe"} -- UEV
-- }
dictlist = {
{"gt.metaitem.03.32083.name","gt.metaitem.03.32085.name","gt.metaitem.01.32704.name"}, --EV
{"gt.metaitem.03.32089.name","gt.metaitem.03.32086.name","gt.metaitem.03.32084.name","gt.metaitem.01.32705.name"}, --IV
{"gt.metaitem.03.32087.name","gt.metaitem.03.32092.name","gt.metaitem.03.32096.name","gt.metaitem.01.32706.name"}, -- LuV
{"gt.metaitem.03.32097.name","gt.metaitem.03.32093.name","gt.metaitem.03.32090.name","gt.metaitem.03.32088.name"}, --ZPM
{"gt.metaitem.03.32091.name"}, -- UV
{"gt.metaitem.03.32095.name","gt.metaitem.03.32099.name"}, -- UHV
{"gt.metaitem.03.32120.name"} -- UEV
}
dictionary = {
["gt.metaitem.01.32705.name"] = "gt.metaitem.03.32084.name", --IV
["gt.metaitem.03.32086.name"] = "gt.metaitem.03.32084.name",
["gt.metaitem.03.32089.name"] = "gt.metaitem.03.32084.name",
["gt.metaitem.03.32085.name"] = "gt.metaitem.03.32083.name", --EV
["gt.metaitem.01.32704.name"] = "gt.metaitem.03.32083.name",
}

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local comp=require("component"); local event=require("event"); local screen=require("term"); local computer = require("computer")
local transport = {}
function transport.waitForAssemblyline(time, assemblyController)
local startTime = computer.uptime()
--Wait for assembling to start
while not assemblyController.hasWork() and computer.uptime() < startTime + 10 do
os.sleep(0.3)
end
if not assemblyController.hasWork() then
screen.write(" Error with starting assembly!")
else
screen.write(" Process started ...")
local progress = assemblyController.getWorkMaxProgress() - assemblyController.getWorkProgress()
while computer.uptime() < (startTime + (time / 20)) and progress > 100 and assemblyController.hasWork() do
os.sleep(0.1)
progress = assemblyController.getWorkMaxProgress() - assemblyController.getWorkProgress()
end
end
end
function transport.clearInterfaces(assemblyData, itemFrom, itemTo, fluidFrom, fluidTo)
itemFrom = itemFrom or 1
itemTo = itemTo or 15
fluidFrom = fluidFrom or 1
fluidTo = fluidTo or 4
local database = assemblyData["database"]
if itemFrom > 0 then
for i = itemFrom, itemTo, 1 do
if assemblyData["input"..i].getInterfaceConfiguration(1) ~= nil then assemblyData["input"..i].setInterfaceConfiguration(1, database.address, 1, 0) end
end
end
if fluidFrom > 0 then
for i = fluidFrom, fluidTo, 1 do
if assemblyData["fluid"..i].getInterfaceConfiguration(1) ~= nil then assemblyData["fluid"..i].setInterfaceConfiguration(1, database.address, 1, 0) end
end
end
end
return transport

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comp = require("component"); event = require("event")
AR = require("ARWidgets")
ARG = require("ARGraphics")
local wSampsa, hSampsa = 853, 473
local powerHudX, powerHudY, powerHudW, powerHudH = 0, hSampsa-24, wSampsa*0.39+3, 14
local glasses = comp.glasses
glasses.removeAll()
AR.minimapOverlay(glasses); AR.hudOverlayBase(glasses, 335, 449); AR.clear();
AR.crossHair(glasses, 422, 231)
screen.clear()
while true do
AR.powerDisplay(glasses, comp.gt_machine, powerHudX, powerHudY, powerHudW, powerHudH)
AR.fluidMonitor(glasses, 795, 153, {
[0] = {label = "Oxygen Gas", displayName = "Oxygen", color = 0x688690, max = 128},
[1] = {label = "Nitrogen Gas", displayName = "Nitrogen", color = 0x976868, max = 128},
[2] = {label = "Hydrogen Gas", displayName = "Hydrogen", color = 0xa78282, max = 128},
[3] = {label = "fluid.chlorine", displayName = "Chlorine", color = 0x428282, max = 128},
[4] = {label = "fluid.radon", displayName = "Radon", color = 0xff5bff, max = 2},
[5] = {label = "UU-Matter", displayName = "UU Matter", color = 0x4a0946, max = 2},
[6] = {label = "fluid.molten.plastic", displayName = "Rubber", color = 0x050505, max = 2},
[7] = {label = "fluid.molten.polytetrafluoroethylene", displayName = "PTFE", color = 0x4d4d4d, max = 2},
[8] = {label = "fluid.molten.styrenebutadienerubber", displayName = "SBR", color = 0x1d1817, max = 2},
[9] = {label = "fluid.molten.epoxid", displayName = "Epoxid", color = 0x9d6f13, max = 2},
[10] = {label = "fluid.molten.silicone", displayName = "Silicone Rubber", color = 0xa5a5a5, max = 2},
[11] = {label = "fluid.molten.polybenzimidazole", displayName = "PBI", color = 0x262626, max = 2}
}
)
os.sleep()
end
--Widget ideas:
-- Charge level indicator for everything
-- Inventory fill level monitoring
-- Maintenance Monitoring

6
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comp = require("component"); event = require("event")
AR = require("ARWidgets")
while true do
AR.itemTicker(comp.glasses, 348, 0, 380)
end

7
Programs/HUD/tps.lua Normal file
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comp = require("component"); event = require("event")
AR = require("ARWidgets")
while true do
AR.displayTPS(comp.glasses, 0, 0)
AR.cpuMonitor(comp.glasses, 520, 449)
end

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Programs/Nuclear Control/control.lua Normal file
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comp=require("component"); event=require("event"); screen=require("term"); computer = require("computer"); thread = require("thread")
local GPU = comp.gpu
GPU.setResolution(54, 26)
function enableReactors()
comp.redstone.setOutput(1, 15)
end
function disableReactors()
comp.redstone.setOutput(1, 0)
end
function checkHeatLevels()
screen.setCursor(1, 1)
local i = 1
for address, type in pairs(comp.list()) do
if type == "reactor_chamber" then
screen.write("Reactor "..i)
if i < 10 then screen.write(" ") end
local reactor = comp.proxy(address)
if reactor.getHeat() > 0 then
GPU.setForeground(0xFF0000)
screen.write(" REACTOR HEATING! SHUTTING DOWN")
disableReactors()
GPU.setForeground(0xFFFFFF)
os.sleep(1)
os.exit()
else
if reactor.getReactorEUOutput() > 0 then
screen.write(" status: ")
GPU.setForeground(0x00FF00)
screen.write("NOMINAL")
GPU.setForeground(0xFFFFFF)
screen.write(" - Producing ")
GPU.setForeground(0xFF00FF)
screen.write(math.floor(reactor.getReactorEUOutput()))
GPU.setForeground(0xFFFFFF)
screen.write(" EU/t\n")
else
screen.write(" status: ")
GPU.setForeground(0xFFFF00)
screen.write("INACTIVE\n")
end
end
i = i + 1
end
end
end
enableReactors()
screen.clear()
while true do
checkHeatLevels()
os.sleep(1)
end

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destinations = {
[1] = {name = "Earth", id = 3001, color = 0xFF0022},
[2] = {name = "Pluto", id = 3002, color = 0x22FF00},
[3] = {name = "Venus", id = 3003},
[4] = {name = "Piky's Base", id = 2000, color = 0xFF7800},
[5] = {name = "Test", id = 3004},
[6] = {name = "Test", id = 3004}
}
local comp=require("component"); local event=require("event"); local screen=require("term"); local computer = require("computer")
local util = require("utility"); local draw=require("graphics")
local GPU = comp.gpu
GPU.setResolution(80, 25)
local boundingBoxes = {
}
function createDestination(x, y, index)
local width, height = 18, 6
local page = GPU.allocateBuffer(width, math.ceil(height/2))
GPU.setActiveBuffer(page)
draw.rect(GPU, 1, 1, 18, 6, 0x111111)
local destinationColor = destinations[index].color or 0x0055FF
draw.rect(GPU, 3, 3, 14, 2, 0x000000)
draw.centeredText(GPU, 10, 3, destinationColor ,destinations[index].name)
windows[index] = {GPU = GPU, page=page, address = "", x=x, y=y, w=width, h=height}
GPU.setActiveBuffer(0)
end
function setDestination(code)
for address, type in pairs(comp.list()) do
if type == "ender_chest" then
util.machine(address).setFrequency(code)
end
end
end
function checkClick(_, address, x, y, button, name)
for i = 1, #boundingBoxes, 1 do
local xb, yb = boundingBoxes[i].x, math.ceil(boundingBoxes[i].y / 2)
if x >= xb and x < xb + 21 and y >= yb and y < yb + 3 then
draw.rect(GPU, boundingBoxes[i].x+2, boundingBoxes[i].y+2, 14, 2, 0x00CC00)
local destinationColor = destinations[i].color or 0x0055FF
setDestination(destinations[i].id)
draw.rect(GPU, 30, 43, 22, 2, 0x000000)
draw.centeredText(GPU, 40, 43, destinationColor, destinations[i].name)
event.timer(0.2, draw.update)
return i
end
end
end
function addBoundingBox(index)
boundingBoxes[index] = {x = 2 + ((index - 1) % 5) * 20, y = 3 + math.floor((index - 1) / 4) * 8}
end
function getDestination()
for address, type in pairs(comp.list()) do
if type == "ender_chest" then
return util.machine(address).getFrequency()
end
end
end
event.listen("touch", checkClick)
GPU.freeAllBuffers()
GPU.fill(0, 0, 100, 100, " ")
draw.rect(GPU, 28, 41, 26, 6, 0x111111)
draw.rect(GPU, 30, 43, 22, 2, 0x000000)
draw.text(GPU, 31, 39, 0xFFFFFF, "Current Destination")
for i = 1 , #destinations, 1 do
addBoundingBox(i)
createDestination(boundingBoxes[i].x, boundingBoxes[i].y, i)
draw.update()
end
while true do
os.sleep()
end

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local comp=require("component"); local event=require("event"); local screen=require("term"); local computer = require("computer")
function cycle()
comp.redstone.setOutput(2, 15)
os.sleep(1)
comp.redstone.setOutput(2, 0)
end
comp.gpu.setResolution(80, 40)
local incoming = 4
local sending = 3
local controller = 5
local ticket = 1
--while true do
-- a, b, c = event.pull()
-- if a == "walk" then
-- screen.write("Screen walked on")
-- end
--end
function setDestination(destination)
end
function unload(index)
local transposer = comp.transposer
if transposer.getStackInSlot(controller, 1) ~= nil then
--Using a return ticket
cycle()
os.sleep(0.2)
--Move cell out of the way
transposer.transferItem(controller, incoming, 1, 2, 27)
os.sleep(0.2)
--Insert incoming arrival
transposer.transferItem(incoming, controller, 1, index, 1)
os.sleep(0.2)
--Unload arrival
cycle()
os.sleep(0.2)
--Return ticket
transposer.transferItem(controller, ticket, 1, 2, 1)
--Return operating cell
transposer.transferItem(incoming, controller, 1, 27, 1)
else
--Normal operation
transposer.transferItem(incoming, controller, 1, index, 1)
end
end
function copyWindow(GPU, x, y, page, destination)
destination = 0 or destination
GPU.bitblt(destination, x, y, 160, 46, page, 1, 1)
end
windows = {}
function doStartupSequence()
local gpu = comp.gpu
gpu.freeAllBuffers()
local colors = {
[0] = 0x00a6ff,
[1] = 0x000000}
local buffer = gpu.allocateBuffer()
gpu.setActiveBuffer(buffer)
for i = 2, 20, 1 do
if i % 2 == 0 then
copyWindow(gpu, 0, 0, buffer, 0)
end
gpu.setForeground(colors[i % 2])
comp.gpu.fill(2 + i * 2,
1 + i,
80 - i * 4,
40 - i * 2,
"█")
os.sleep(0.1)
end
gpu.setActiveBuffer(0)
os.sleep(0.5)
gpu.setForeground(0x000000)
gpu.fill(0, 0, 100, 50, "█")
gpu.setForeground(0xFFFFFF)
end
local starting = false
function send()
local transposer = comp.transposer
if transposer.getStackInSlot(controller, 1) == nil then
--screen.write("The operating cell is missing!\n")
else
doStartupSequence()
cycle()
os.sleep(0.2)
transposer.transferItem(controller, sending, 1, 2, 1)
end
end
function checkArrivals()
local transposer = comp.transposer
for i = 1, 26 do
if transposer.getStackInSlot(incoming, i) ~= nil then
return i
end
end
return 0
end
local lastActivation = 0
function setStarting()
starting = false
end
function activateTeleporter()
if starting == false then
starting = true
send()
event.timer(10, setStarting)
end
lastActivation = computer.uptime()
end
event.listen("walk", activateTeleporter)
comp.gpu.fill(0, 0, 100, 50, " ")
while true do
local arrival = checkArrivals()
if arrival ~= 0 then
starting = true
event.timer(10, setStarting)
unload(arrival)
end
os.sleep(0.5)
end

10
Programs/armorCharger.lua Normal file
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comp = require("component"); event = require("event")
local transposer = comp.transposer
local dark = 2
local charger = 3
function swap()
transposer.transferItem(dark, charger, 1, 39, 5)
transposer.transferItem(charger, dark, 1, 1, 39)
transposer.transferItem(charger, charger, 1, 5, 1)
end

57
Programs/biovat.lua Normal file
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local comp=require("component"); local event=require("event"); local screen=require("term"); local computer = require("computer")
local transposers = {}
function configureTransposers()
for address, type in pairs(comp.list()) do
if type == "transposer" then
local transposer = comp.proxy(comp.get(address))
local foundTanks = {}
for side = 0, 5, 1 do
if transposer.getTankCapacity(side) > 0 then
foundTanks[#foundTanks + 1] = {side = side, capacity = transposer.getTankCapacity(side)}
end
end
if #foundTanks == 2 then
if foundTanks[1].capacity > foundTanks[2].capacity then
transposers[address] = {source = foundTanks[2].side, sink = foundTanks[1].side}
else
transposers[address] = {source = foundTanks[1].side, sink = foundTanks[2].side}
end
else
screen.write("Some transposers have more than two tanks! FIX IT!\n")
end
end
end
screen.write("Found "..countTransposers().." output hatches to keep at 50%\n")
end
function countTransposers()
local count = 0
for address, type in pairs(comp.list()) do
if type == "transposer" then
count = count + 1
end
end
return count
end
function tick()
for address, sides in pairs(transposers) do
local transposer = comp.proxy(comp.get(address))
local sourceCurrent, sourceMax = transposer.getTankLevel(sides.source), transposer.getTankCapacity(sides.source)
if sourceCurrent / sourceMax > 0.5 then
local fluidToRemove = sourceCurrent - sourceMax / 2
transposer.transferFluid(sides.source, sides.sink, fluidToRemove)
end
end
end
configureTransposers()
local count = countTransposers()
local tempCount = 0
while true do
tempCount = countTransposers()
if count ~= tempCount then
configureTransposers()
end
count = tempCount
tick()
os.sleep()
end

55
codesilo.lua Normal file
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comp = require("component"); event = require("event")
ARG = require("ARGraphics"); get = require("easy"); config = require("config")
comp.glasses.removeAll()
local initializeCpuMonitor = true
local cpuLights = {}
local function cpuMonitor(glasses, x, y)
if initializeCpuMonitor then
local base = ARG.hudRectangle(glasses, x, y, 28, 24, hudColour)
local topStrip = ARG.hudRectangle(glasses, x, y, 500, 3, hudColour)
local itemBorder1 = ARG.hudRectangle(glasses, x+28, y+3, 1, 21, workingColour, 0.8)
local itemBorder2 = ARG.hudRectangle(glasses, x+28, y+3, 61, 1, workingColour, 0.8)
local itemBorder3 = ARG.hudRectangle(glasses, x+88, y+3, 1, 21, workingColour, 0.8)
local itemBorder4 = ARG.hudRectangle(glasses, x+28, y+23, 61, 1, workingColour, 0.8)
local cpuBase1 = ARG.hudRectangle(glasses, x+89, y, 5, 24, hudColour)
local cpuBase2 = ARG.hudRectangle(glasses, x+94, y+12, 8, 12, hudColour)
local cpuSplitter = ARG.hudRectangle(glasses, x+89, y+9, 400, 3, hudColour)
local cpuSplitter2 = ARG.hudRectangle(glasses, x+102, y+18, 380, 6, hudColour)
local function createCpuIndicator(cpuX, cpuY)
local status = ARG.hudQuad(glasses, {cpuX, cpuY}, {cpuX+6, cpuY+6}, {cpuX+16, cpuY+6}, {cpuX+10, cpuY}, hudColour, 1.0)
local leftTriangle = ARG.hudTriangle(glasses, {cpuX, cpuY}, {cpuX, cpuY+6}, {cpuX+6, cpuY+6}, hudColour)
local rightTriangle = ARG.hudQuad(glasses, {cpuX+10, cpuY}, {cpuX+16, cpuY+6}, {cpuX+18, cpuY+6}, {cpuX+18, cpuY}, hudColour)
return status
end
local i = 0
local j = 0
local cpuNumber = 1
while i+j < 24 do
if (i+j) % 2 == 1 then
cpuLights[cpuNumber] = createCpuIndicator(x+102+j*17, y+12)
j = j + 1
else
cpuLights[cpuNumber] = createCpuIndicator(x+94+i*17, y+3)
i = i + 1
end
cpuNumber = cpuNumber + 1
end
local rowStop1 = ARG.hudRectangle(glasses, x+94+i*17, y+3, 300, 6, hudColour)
local rowStop2 = ARG.hudRectangle(glasses, x+102+j*17, y+12, 300, 6, hudColour)
local horizontalStrip = ARG.hudRectangle(glasses, x+100, y+22, 210, 1, workingColour)
local diagonalStrip = ARG.hudQuad(glasses, {x+89, y+11}, {x+89, y+12}, {x+100, y+23}, {x+100, y+22}, workingColour)
initializeCpuMonitor = false
end
local cpus = comp.me_interface.getCpus()
for i = 1, #cpus, 1 do
if cpus[i].busy then
cpuLights[i].setColor(ARG.hexToRGB(positiveEUColour))
else
cpuLights[i].setAlpha(0.7)
cpuLights[i].setColor(ARG.hexToRGB(workingColour))
end
end
end
while true do
cpuMonitor(comp.glasses, 520, 449)
end

48
codesilo2.lua Normal file
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comp = require("component"); event = require("event")
ARG = require("ARGraphics"); get = require("easy"); config = require("config")
ARW = require("ARWidgets")
function popupText(glasses, text, x, y, color)
local substringLength = 1
local width = #text * 5
local steps = math.ceil(#text / substringLength)
local stepLength = substringLength * 5
local i = 1
local background = ARG.hudQuad(glasses, {x-5, y}, {x-5, y+9}, {x-5+1, y+9}, {x-5+1, y}, machineBackground, 0.5)
local top = ARG.hudQuad(glasses, {x-5, y-1}, {x-5, y}, {x-5+1, y}, {x-5+1, y-1}, machineBackground)
local bottom = ARG.hudQuad(glasses, {x-5, y+9}, {x-5, y+10}, {x-5+1, y+10}, {x-5+1, y+9}, machineBackground)
local hudText = ARG.hudText(glasses, "", x+1, y+1, color)
local wedge = ARG.hudQuad(glasses, {x-5-10, y-1}, {x-5, y-1}, {x-5, y+10}, {x-5+11, y+10}, machineBackground)
local direction = 1
local function advance()
background.setVertex(3, math.min(width + 10, x + stepLength * i + 10), y+9)
background.setVertex(4, math.min(width, x + stepLength * i), y)
top.setVertex(3, math.min(width, x + stepLength * i), y)
top.setVertex(4, math.min(width, x + stepLength * i), y-1)
bottom.setVertex(3, math.min(width + 10, x + stepLength * i + 10), y+10)
bottom.setVertex(4, math.min(width + 10, x + stepLength * i + 10), y+9)
wedge.setVertex(1, math.min(width-1, x + stepLength * i-1), y-1)
wedge.setVertex(2, math.min(width + 10, x + stepLength * i + 10), y+10)
wedge.setVertex(3, math.min(width + 11, x + stepLength * i + 11), y+10)
wedge.setVertex(4, math.min(width + 1, x + stepLength * i + 1), y-1)
hudText.setText(string.sub(text, 1, substringLength * i))
i = i + direction
if i < 0 then
glasses.removeObject(background.getID())
glasses.removeObject(top.getID())
glasses.removeObject(bottom.getID())
glasses.removeObject(hudText.getID())
glasses.removeObject(wedge.getID())
end
end
local function retract()
direction = -1
event.timer(0.03, advance, steps+2)
end
event.timer(0.03, advance, steps)
return retract
end
a = popupText(comp.glasses, "Made by Sampsa ", 0, 50, workingColour)
b = popupText(comp.glasses, "Widget breakdown in comments!", 0, 65, workingColour)
c = popupText(comp.glasses, "+ github!", 0, 80, workingColour)

41
test.lua Normal file
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comp = require("component"); event = require("event")
AR = require("ARWidgets")
ARG = require("ARGraphics")
local wSampsa, hSampsa = 853, 473
local powerHudX, powerHudY, powerHudW, powerHudH = 0, hSampsa-24, wSampsa*0.39+3, 14
comp.glasses.removeAll()
AR.minimapOverlay(comp.glasses); AR.hudOverlayBase(comp.glasses, wSampsa, hSampsa); AR.clear();
screen.clear()
while true do
AR.powerDisplay(comp.glasses, comp.gt_machine, powerHudX, powerHudY, powerHudW, powerHudH)
AR.fluidMonitor(comp.glasses, 795, 153, {
[0] = {label = "Oxygen Gas", displayName = "Oxygen", color = 0x688690, max = 128},
[1] = {label = "Nitrogen Gas", displayName = "Nitrogen", color = 0x976868, max = 128},
[2] = {label = "Hydrogen Gas", displayName = "Hydrogen", color = 0xa78282, max = 128},
[3] = {label = "fluid.chlorine", displayName = "Chlorine", color = 0x428282, max = 128},
[4] = {label = "fluid.radon", displayName = "Radon", color = 0xff5bff, max = 2},
[5] = {label = "UU-Matter", displayName = "UU Matter", color = 0x4a0946, max = 2},
[6] = {label = "fluid.molten.plastic", displayName = "Rubber", color = 0x050505, max = 2},
[7] = {label = "fluid.molten.polytetrafluoroethylene", displayName = "PTFE", color = 0x4d4d4d, max = 2},
[8] = {label = "fluid.molten.styrenebutadienerubber", displayName = "SBR", color = 0x1d1817, max = 2},
[9] = {label = "fluid.molten.epoxid", displayName = "Epoxid", color = 0x9d6f13, max = 2},
[10] = {label = "fluid.molten.silicone", displayName = "Silicone Rubber", color = 0xa5a5a5, max = 2},
[11] = {label = "fluid.molten.polybenzimidazole", displayName = "PBI", color = 0x262626, max = 2}
}
)
os.sleep()
end
while true do
itemTicker(comp.glasses, 348, 0, 380)
end
--Widget ideas:
-- Charge level indicator for everything
-- Inventory fill level monitoring
-- Autocrafting CPU usage
-- Item stocker script
-- Maintenance Monitoring
-- Total amount of items in AE
-- Total amount of craftables
-- Total amount of unique items