mirror of
https://github.com/S4mpsa/InfOS.git
synced 2025-08-04 02:16:05 -04:00
439 lines
22 KiB
Lua
439 lines
22 KiB
Lua
comp=require("component");screen=require("term");computer=require("computer");event=require("event"); thread = require("thread")
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get=require("easy"); ARG=require("ARGraphics")
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config = require("config")
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local ARWidgets = {}
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local firstRead, lastRead, counter, currentIO = 0, 0, 1, 1
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local euUpdateInterval = 120
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local readings = {}
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local function updateEU(LSC)
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batteryBuffer = batteryBuffer or false
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if counter == 1 then firstRead = computer.uptime() end
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if counter < euUpdateInterval then
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readings[counter] = string.gsub(LSC.getSensorInformation()[2], "([^0-9]+)", "") + 0
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counter = counter + 1
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end
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if counter == euUpdateInterval then
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lastRead = computer.uptime()
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ticks = math.ceil((lastRead-firstRead)*20)
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currentIO = math.floor((readings[euUpdateInterval-1]-readings[1])/ticks)
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counter = 1
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end
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end
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local currentEU, maxEU, percentage, fillTime, fillTimeString = 1, 1, 1, 1, 1
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local initializePowerDisplay = true
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local maxEnergyObj, currentEnergyObj, currentFillrateObj, percentageObj, timeObj
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function ARWidgets.powerDisplay(glasses, data, x, y, w, h)
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updateEU(data)
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currentEU =math.floor(string.gsub(data.getSensorInformation()[2], "([^0-9]+)", "") + 0)
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maxEU = math.floor(string.gsub(data.getSensorInformation()[3], "([^0-9]+)", "") + 0)
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percentage = currentEU/maxEU
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if initializePowerDisplay then
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ARG.hudRectangle(glasses, x, y, w, h, hudColour)
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ARG.hudRectangle(glasses, x, y+h, w, 12, hudColour, 0.6)
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ARG.hudTriangle(glasses, {x+2, y+3}, {x+2, y+3+h-6}, {x+2+h-6, y+3+h-6}, hudColour)
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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)
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ARG.hudRectangle(glasses, x, y+h, 25, 12, hudColour)
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ARG.hudTriangle(glasses, {x+25, y+h}, {x+25, y+h+12}, {x+37, y+h+12}, hudColour)
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ARG.hudRectangle(glasses, x+w-25, y+h, 25, 12, hudColour)
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ARG.hudTriangle(glasses, {x+w-37, y+h}, {x+w-25, y+h+12}, {x+w-25, y+h}, hudColour)
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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)
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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)
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maxEnergyObj = ARG.hudText(glasses, "", x+w-88, y-8, idleColour)
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currentEnergyObj = ARG.hudText(glasses, "", x+2, y-8, workingColour)
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currentFillrateObj = ARG.hudText(glasses, "", x+w/2-20, y+h+1, 0xFFFFFF)
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percentageObj = ARG.hudText(glasses, "", x+w/2-5, y-8, labelColour)
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timeObj = ARG.hudText(glasses, "", x+35, y+h+1, labelColour)
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initializePowerDisplay = false
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end
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if currentIO >= 0 then
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fillTime = math.floor((maxEU-currentEU)/(currentIO*20))
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fillTimeString = "Full: " .. get.time(math.abs(fillTime))
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else
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fillTime = math.floor((currentEU)/(currentIO*20))
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fillTimeString = "Empty: " .. get.time(math.abs(fillTime))
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end
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powerFill.setVertex(1, x+2, y+3)
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powerFill.setVertex(2, x+2+h-6, y+3+h-6)
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powerFill.setVertex(3, math.min(x+2+w-5, (w-4)*percentage), y+3+(h-6))
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powerFill.setVertex(4, math.min(x+2+w-5-(h-6), (w-4)*percentage-(h-6)), y+3)
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powerEmpty.setVertex(1, math.min(x+2+w-5-(h-6), (w-4)*percentage-(h-6)), y+3)
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powerEmpty.setVertex(2, math.min(x+2+w-5, (w-4)*percentage), y+3+(h-6))
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powerEmpty.setVertex(3, x+2+w-5, y+3+h-6)
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powerEmpty.setVertex(4, x+2+w-5-(h-6), y+3)
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maxEnergyObj.setText(get.splitNumber(maxEU).." EU")
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if percentage > 0.995 then
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currentEnergyObj.setText(get.splitNumber(maxEU).." EU")
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percentageObj.setText(get.getPercent(1.0))
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else
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currentEnergyObj.setText(get.splitNumber(currentEU).." EU")
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percentageObj.setText(get.getPercent(percentage))
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end
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if currentIO >= 0 then
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currentFillrateObj.setText("+"..get.splitNumber(currentIO).." EU/t")
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currentFillrateObj.setColor(0, 1, 0)
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else
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currentFillrateObj.setColor(1, 0, 0)
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currentFillrateObj.setText(get.splitNumber(currentIO).." EU/t")
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end
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if percentage < 0.985 then
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timeObj.setText(fillTimeString)
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else
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timeObj.setText("")
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end
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end
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function ARWidgets.minimapOverlay(glasses)
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--Minimap Borders
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ARG.hudRectangle(glasses, 728, 10, 123, 3, hudColour);
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ARG.hudRectangle(glasses, 728, 130, 123, 3,hudColour);
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ARG.hudRectangle(glasses, 728, 10, 3, 123,hudColour);
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ARG.hudRectangle(glasses, 848, 10, 3, 123, hudColour);
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--Coordinate Borders
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ARG.hudTriangle(glasses, {743, 133}, {728, 133}, {743, 143}, hudColour)
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ARG.hudRectangle(glasses, 743, 133, 8, 10, hudColour);
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ARG.hudRectangle(glasses, 751, 140, 170, 3, hudColour);
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--Biome Borders
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ARG.hudTriangle(glasses, {768, 143}, {753, 143}, {768, 153}, hudColour)
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ARG.hudRectangle(glasses, 768, 150, 170, 3, hudColour);
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ARG.hudRectangle(glasses, 829, 133, 50, 7, 0, 0.8)
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ARG.hudRectangle(glasses, 811, 143, 50, 7, 0, 0.8)
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--FPS Borders
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ARG.hudRectangle(glasses, 728, 0, 150, 2, hudColour)
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ARG.hudRectangle(glasses, 728, 0, 22, 12, hudColour)
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ARG.hudRectangle(glasses, 750, 2, 28, 8, 0, 0.8)
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ARG.hudTriangle(glasses, {758, 2}, {750, 2}, {750, 10}, hudColour)
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ARG.hudRectangle(glasses, 801, 2, 70, 8, 0, 0.8)
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ARG.hudRectangle(glasses, 851, 10, 5, 123, 0, 0.8)
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end
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function ARWidgets.hudOverlayBase(glasses, x, y)
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local hotbarSplitter = ARG.hudRectangle(glasses, x, y, 183, 2, hudColour)
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local expSplitter = ARG.hudRectangle(glasses, x, y-6, 183, 2, hudColour)
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local expOverlay = ARG.hudRectangle(glasses, x, y-4, 183, 4, workingColour, 0.5)
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local leftBorder = ARG.hudRectangle(glasses, x-1, y-13, 3, 38, hudColour)
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local rightBorder = ARG.hudRectangle(glasses, x+182, y-5, 3, 30, hudColour)
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local armorBox = ARG.hudRectangle(glasses, x, y-27, 90, 15, hudColour, 0.0)
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local hpBox = ARG.hudRectangle(glasses, x+1, y-15, 94, 10, hudColour, 0.7)
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local hpStopper = ARG.hudQuad(glasses, {x+88, y-16}, {x+77, y-5},{x+108, y-5}, {x+97, y-16}, hudColour)
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local topBorder = ARG.hudRectangle(glasses, x+4, y-18, 178, 3, hudColour)
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local topWedge = ARG.hudTriangle(glasses, {x+4, y-18}, {x-1, y-13}, {x+4, y-13}, hudColour)
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local connector = ARG.hudTriangle(glasses, {x+182, y-18}, {x+182, y}, {x+200, y}, hudColour)
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local topStrip = ARG.hudRectangle(glasses, x+4, y-17, 178, 1, workingColour)
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local expWedge1 = ARG.hudTriangle(glasses, {x+179, y-4}, {x+183, y}, {x+183, y-4}, hudColour)
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local expWedge2 = ARG.hudTriangle(glasses, {x+2, y-5}, {x+2, y}, {x+6, y}, hudColour)
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--CPU Monitor
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local base = ARG.hudRectangle(glasses, x+185, y, 28, 24, hudColour)
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local cpuStrip = ARG.hudRectangle(glasses, x+185, y, 500, 3, hudColour)
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local itemBorder1 = ARG.hudRectangle(glasses, x+28+185, y+3, 1, 21, workingColour, 0.8)
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local itemBorder2 = ARG.hudRectangle(glasses, x+28+185, y+3, 61, 1, workingColour, 0.8)
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local itemBorder3 = ARG.hudRectangle(glasses, x+88+185, y+3, 1, 21, workingColour, 0.8)
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local itemBorder4 = ARG.hudRectangle(glasses, x+28+185, y+23, 61, 1, workingColour, 0.8)
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local cpuBase1 = ARG.hudRectangle(glasses, x+89+185, y, 5, 24, hudColour)
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local connectorStrip = ARG.hudQuad(glasses, {x+182, y-17}, {x+182, y-16},{x+213, y+15}, {x+213, y+14}, workingColour)
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end
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function popupText(glasses, text, x, y, color)
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local substringLength = 1
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local width = #text * 5
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local steps = math.ceil(#text / substringLength)
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local stepLength = substringLength * 5
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local i = 1
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local background = ARG.hudQuad(glasses, {x-5, y}, {x-5, y+9}, {x-5+1, y+9}, {x-5+1, y}, machineBackground, 0.5)
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local top = ARG.hudQuad(glasses, {x-5, y-1}, {x-5, y}, {x-5+1, y}, {x-5+1, y-1}, machineBackground)
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local bottom = ARG.hudQuad(glasses, {x-5, y+9}, {x-5, y+10}, {x-5+1, y+10}, {x-5+1, y+9}, machineBackground)
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local hudText = ARG.hudText(glasses, "", x+1, y+1, color)
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local wedge = ARG.hudQuad(glasses, {x-5-10, y-1}, {x-5, y-1}, {x-5, y+10}, {x-5+11, y+10}, machineBackground)
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local direction = 1
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local function advance()
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background.setVertex(3, math.min(width + 10, x + stepLength * i + 10), y+9)
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background.setVertex(4, math.min(width, x + stepLength * i), y)
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top.setVertex(3, math.min(width, x + stepLength * i), y)
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top.setVertex(4, math.min(width, x + stepLength * i), y-1)
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bottom.setVertex(3, math.min(width + 10, x + stepLength * i + 10), y+10)
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bottom.setVertex(4, math.min(width + 10, x + stepLength * i + 10), y+9)
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wedge.setVertex(1, math.min(width-1, x + stepLength * i-1), y-1)
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wedge.setVertex(2, math.min(width + 10, x + stepLength * i + 10), y+10)
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wedge.setVertex(3, math.min(width + 11, x + stepLength * i + 11), y+10)
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wedge.setVertex(4, math.min(width + 1, x + stepLength * i + 1), y-1)
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hudText.setText(string.sub(text, 1, substringLength * i))
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i = i + direction
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if i < 0 then
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glasses.removeObject(background.getID())
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glasses.removeObject(top.getID())
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glasses.removeObject(bottom.getID())
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glasses.removeObject(hudText.getID())
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glasses.removeObject(wedge.getID())
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end
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end
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local function retract()
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direction = -1
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event.timer(0.03, advance, steps+2)
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end
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event.timer(0.03, advance, steps)
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return retract
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end
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local initFluidMap = true
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local fillLevels = {}
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local lastRefresh = computer.uptime() - 30
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function ARWidgets.fluidMonitor(glasses, x, y, fluidMap)
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local w = 60
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local h = 9
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local entries = 0
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local fluids = comp.me_interface.getFluidsInNetwork()
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if initFluidMap then
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for i = 0, #fluidMap, 1 do
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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)
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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)
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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)
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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)
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local text = ARG.hudText(glasses, fluidMap[i].displayName, x, y + i * h, 0x777777, 0.75)
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text.setPosition(x*1.33333 + 4, (y + i * h)*1.33333 + 2)
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fillLevels[fluidMap[i].label] = fill
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if i % 2 == 0 then
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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)
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else
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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)
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end
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entries = i
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end
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entries = entries + 1
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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)
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local verticalStrip = ARG.hudQuad(glasses,{x-8, y},{x-8, y - 2 + entries * h},{x-7, y - 2 + entries * h},{x-7, y}, workingColour)
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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)
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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)
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initFluidMap = false
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elseif computer.uptime() - lastRefresh > 30 then
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for i = 0, #fluidMap, 1 do
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local fillQuad = fillLevels[fluidMap[i].label]
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local currentLevel = 0
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for f = 1, #fluids, 1 do
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if fluids[f].label == fluidMap[i].label then
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currentLevel = fluids[f].amount
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end
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end
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local fillPercentage = math.min(currentLevel / (fluidMap[i].max * 1000000.0), 1)
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fillQuad.setVertex(1, x + w - fillPercentage * (w + 8), y + i * h)
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fillQuad.setVertex(2, x + w - fillPercentage * (w + 8), y+8 + i * h)
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end
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lastRefresh = computer.uptime()
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end
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end
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local function refreshDatabase(itemList)
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filteredList = {}
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for i = 1, #itemList, 1 do
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if itemList[i].size >= 100 then filteredList[itemList[i].label] = itemList[i].size end
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itemList[i] = nil
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end
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return filteredList
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end
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local function rollingText(glasses, text, start, stop, y, color)
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local textObject = ARG.hudText(glasses, "", start, y, color)
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textObject.setAlpha(0.8)
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local backgroundEndWedge = ARG.hudTriangle(glasses, {stop, y-2},{stop, y+10},{stop+12, y+10}, hudColour)
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local backgroundStartWedge = ARG.hudTriangle(glasses, {start-12, y-2},{start, y+10},{start+12, y-2}, hudColour)
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local startWedge = ARG.hudQuad(glasses, {start, y-2},{start, y+8},{start+30, y+8}, {start+30, y-2}, hudColour)
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local stepSize = 1
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local steps = start - stop / stepSize
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local step = 0
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local textLength = #text*5
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local textRemaining = #text
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local textToRemove = #text
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local function truncate()
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textObject.setText(string.sub(text, #text - textToRemove, #text))
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textToRemove = textToRemove - 1
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if textToRemove == 0 then
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glasses.removeObject(backgroundEndWedge.getID())
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glasses.removeObject(backgroundStartWedge.getID())
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glasses.removeObject(startWedge.getID())
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glasses.removeObject(textObject.getID())
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end
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end
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local function roll()
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textObject.setPosition(start - (step * stepSize), y)
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step = step + 1
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if step > steps then
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event.timer(0.07, truncate, #text + 3)
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end
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end
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local function generate()
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textObject.setText(string.sub(text, 0, #text - textRemaining))
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textRemaining = textRemaining - 1
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end
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event.timer(0.10, generate, #text + 1)
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event.timer(0.02, roll, steps + 1)
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end
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local cachedAmounts = refreshDatabase(comp.me_interface.getItemsInNetwork())
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function difference(new)
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local differenceArray = {}
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for label, amount in pairs(cachedAmounts) do
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if new[label] ~= nil then
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if new[label] - amount > 64 or new[label] - amount < -64 then
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differenceArray[#differenceArray+1] = {label, new[label] - amount}
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end
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end
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end
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cachedAmounts = new
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return differenceArray
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end
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local initializeTicker = true
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local allItems, itemsInNetwork, craftables
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local lastUpdate = computer.uptime() - 60
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function ARWidgets.itemTicker(glasses, x, y, w)
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local function formatMillions(number)
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local millions = number / 1000000
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if millions >= 10 then
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return string.sub(millions, 1, 5).."M"
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else
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return string.sub(millions, 1, 4).."M"
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end
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end
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local function getTotalItemCount(items)
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local sum = 0
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for i = 1, #items, 1 do
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sum = sum + items[i].size
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end
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return sum
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end
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if initializeTicker then
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local background = ARG.hudQuad(glasses, {x, y+2},{x, y+14},{x+w, y+14},{x+w, y+2}, machineBackground, 0.5)
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local top = ARG.hudQuad(glasses, {x, y},{x, y+2},{x+w, y+2},{x+w, y}, hudColour)
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local bottom = ARG.hudQuad(glasses, {x, y+14},{x, y+20},{x+w, y+20},{x+w, y+14}, hudColour)
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local bottomStripe = ARG.hudQuad(glasses, {x, y+17},{x, y+18},{x+w, y+18},{x+w, y+17}, workingColour)
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local wedge = ARG.hudTriangle(glasses, {x-20, y},{x, y+20},{x, y}, hudColour)
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local backgroundEndWedge = ARG.hudTriangle(glasses, {x, y+2},{x, y+14},{x+12, y+14}, hudColour)
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local backgroundStartWedge = ARG.hudTriangle(glasses, {x+w-12, y+2},{x+w, y+14},{x+w+12, y+2}, hudColour)
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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 = math.min(20.00, 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 |