startup

--Sly's reactor--

--peripherals
local m = {44,42,43}
local monitors = {}
for i=1,3 do
    monitors[i] = peripheral.wrap("monitor_"..m[i])
end
local rMon = monitors[2]
local bMon = monitors[3]
local t = {11,10}
local turbines = {}
for i=1,2 do
    turbines[i] = peripheral.wrap("BigReactors-Turbine_"..t[i])
end

local r = peripheral.wrap("BigReactors-Reactor_4")

local core = peripheral.wrap("draconic_rf_storage_2")
local prevT = core.getEnergyStored()
local prev = {prevT,prevT,prevT,prevT,prevT}
--variables
local cols = {colors.blue,colors.lightBlue,colors.green,colors.orange,colors.red}
local c = {1,1,1,1,1,1,1,2,2,2,3,3,3,3,3,2,2,2,2,2,2,2,2,2,3,3,3,4,4,5}
local dir = {"Upper","Lower"}
local cmode = {colors.green,colors.red}
local rActive = false
local startupState = 0
local Lclock = 0
local sInfo = {"Basic Mainframe: ","Reactor Interface: ","Turbine Interfaces: ","Global Reactor Control: ","Safety Systems: ","Attempting to link computer"}
local bInfo = {}
for i=1,5 do bInfo[i] = true end
bInfo[1] = false

function drawButton(id,txt,pos)

    bMon.setBackgroundColor(colors.black)
    bMon.setCursorPos(pos[1],pos[2])
    bMon.write(txt)
    if bInfo[id] then
        colsT = {colors.green,colors.gray}
    else
        colsT = {colors.gray,colors.red}
    end
    bMon.setCursorPos(pos[1]+10,pos[2])
    bMon.setBackgroundColor(colsT[1])
    bMon.write("    ")
    bMon.setCursorPos(pos[1]+11,pos[2])
    bMon.write(" ON ")

    bMon.setCursorPos(pos[1]+16,pos[2])
    bMon.setBackgroundColor(colsT[2])
    bMon.write("     ")
    bMon.setCursorPos(pos[1]+17,pos[2])
    bMon.write(" OFF ")
 bMon.setBackgroundColor(colors.black)
end
function toRead(l)
  local pow = math.floor(math.log(l)/math.log(1000))
  local temp = {"","K","M","B","T"}
  return (math.ceil( ( ( l/ (1000^pow) )*100 )-0.5)/100)..temp[pow+1]
end

function drawGauge(i,n,pos)
    local tur = turbines[i]
    --local mon = monitors[m]
    --mon.setTextScale(0.5)
    if tur.getActive() then
      act = 1
    else
      act = 2
    end
    local RPM = tur.getRotorSpeed()
    local energyLastTick = tur.getEnergyProducedLastTick()
    local enT = ""
    if energyLastTick<1000 then
        enT = math.ceil(energyLastTick-0.5).."RF/t"
    else
        enT = (math.ceil((energyLastTick/10)-0.5)/100).."kRF/t"
    end
    local flowRate = tur.getFluidFlowRate()
    if tur.getInductorEngaged() then
        coils = "Engaged"
    else
        coils = "Disengaged"
    end

    --[[local RPMp = math.ceil(((RPM/2000) * 30) - 0.5)
    mon.setTextColor(colors.black)
    for y = 0,31 do
        if y/3 == math.ceil(y/3) then
          txt = math.ceil((y/30)*2000).." "
          posx = pos[1] - (#txt-1)
        else
          posx = pos[1]
          txt = " "
        end
        mon.setCursorPos(posx,pos[2]+(32-y))
        mon.setBackgroundColor(colors.white)
        mon.setTextColor(colors.black)
        mon.write(txt)
    if y==0 or y == 31 then
        mon.setBackgroundColor(colors.white)
    elseif y<=RPMp then
        mon.setBackgroundColor(cols[c[y] ])
    else
        mon.setBackgroundColor(colors.black)
    end
    mon.setTextColor(colors.white)
    mon.write(string.rep(" ",8))
    mon.setBackgroundColor(colors.white)
    mon.write(" ")
    mon.setBackgroundColor(colors.black)
    end ]]--
    local m3 = monitors[n]
    info = {dir[i],math.ceil(RPM-0.5).."RPM",enT,flowRate.."Mb/t",coils}
    for l = 1,#info do
        m3.setBackgroundColor(cmode[act])
        m3.setCursorPos(-9+(i*12),l+2)
        m3.write(string.rep(" ",10))
        m3.setCursorPos(-9+(i*12),l+2)
        m3.write(info[l])
        m3.setBackgroundColor(colors.black)
    end

end

while true do
    Lclock = Lclock + 1
    if Lclock >= 8 then Lclock = 0 end
    --Turbines
    --monitors[1].setBackgroundColor(colors.black)
    --monitors[1].clear()
    local m2 = monitors[1]
    m2.clear()
    m2.setCursorPos(4,1)
    m2.write("Turbine Information")
    m2.setTextScale(1.5)
    for i=1,2 do
        drawGauge(i,1,{-13+(i*32),3})
    end


    --Reactor
    local Active = r.getActive()
    rMon.setTextColor(colors.white)
    if Active and not rActive then
        if startupState == 0 then
          rMon.clear()
        end
        startupState = startupState + 1
        if startupState <12 then
            if startupState/2 ~= math.ceil(startupState/2) then
                local line = (startupState+1 )/ 2
                rMon.setTextColor(colors.white)
                rMon.setCursorPos(1,line)
                rMon.write(sInfo[line])
            else
                rMon.setTextColor(colors.green)
                rMon.write("Active")
            end
        elseif startupState<15 then
            rMon.write(".")
        elseif startupState == 16 then
            rMon.setCursorPos(1,8)
            rMon.write("Successful!")
        end
        if startupState == 18 then
            startupState = 0
            rActive = true
            for i=1,2 do bInfo[i+1] = true end
        end
    else
        rMon.clear()
    end

    if rActive and not Active then
        rActive = false
        for i=1,2 do bInfo[i+1] = false end
    end

    if rActive then
    rMon.clear()
        rMon.setTextScale(1)
        rMon.setTextColor(colors.white)
        rMon.setCursorPos(15,1)
        rMon.write("Reactor Information")
        rMon.setCursorPos(6,3)
        rMon.write("Reactor Status: ")
        rMon.setTextColor(colors.green)
              rMon.setCursorPos(32,3)
        rMon.write("ONLINE")
        local En = 0
        local enD = ""
        for i=1,2 do En = En+turbines[i].getEnergyProducedLastTick() end
        enD = toRead(En).."rf/t"
        local rInfo = {
            "Fuel Amount: ",r.getFuelAmount().."mB ("..(math.ceil((r.getFuelAmount()/r.getFuelAmountMax()*100)-0.5)).."%)",
            "Waste Amount: ",r.getWasteAmount().."mB ("..(math.ceil((r.getWasteAmount()/10)-0.5)).."%)",
            "Water Amount: ",r.getCoolantAmount().."mB ("..(math.ceil((r.getCoolantAmount()/r.getCoolantAmountMax()*100)-0.5)).."%)",
            "Steam Amount: ",r.getHotFluidAmount().."mB ("..(math.ceil((r.getHotFluidAmount()/r.getHotFluidAmountMax()*100)-0.5)).."%)",
            "Core/Casing Temper: ",math.ceil(r.getCasingTemperature()-0.5).." / "..math.ceil(r.getFuelTemperature()-0.5),
            "Fuel Used/tick: ",math.ceil(r.getFuelConsumedLastTick()-0.5).."mB/t",
            "Steam Produced/tick: ",math.ceil(r.getHotFluidProducedLastTick()-0.5).."mB/t",
            "Fuel Reactivity: ",math.ceil(r.getFuelReactivity()-0.5).."%",
            "Total Energy/tick: ",enD
        }
        for i=1,#rInfo do
            if i/2 ~= math.ceil(i/2) then
                line = (i+1)/2
                rMon.setCursorPos(6,line+3)
                rMon.setTextColor(colors.white)
            else
                line = (i)/2
                rMon.setCursorPos(32,line+3)
                rMon.setTextColor(colors.green)
            end
            rMon.write(rInfo[i])
        end
        st = core.getEnergyStored()
        ma = core.getMaxEnergyStored()
        stored = toRead(st)
        max = toRead(ma)
        rMon.setBackgroundColor(colors.black)
        rMon.setCursorPos(4,15)
        rMon.write(stored.."rf / "..max.."rf ("..math.ceil(((st/ma)*100)-0.5).."%)")
        pStored = math.ceil(((st/ma)*30)-0.5)
        for i=1,3 do
            rMon.setCursorPos(3,15+i)
            if i==2 then
                rMon.write(" ")
                rMon.setBackgroundColor(colors.blue)
                rMon.write(string.rep(" ",pStored))
                rMon.setBackgroundColor(colors.black)
                rMon.write(string.rep(" ",30-pStored))
                rMon.setBackgroundColor(colors.gray)
                rMon.write(" ")
            else
                rMon.setBackgroundColor(colors.gray)
                rMon.write(string.rep(" ",32))
            end
        end
        rMon.setBackgroundColor(colors.black)
        enLastTick = (st - prev[1])
        for i=1,#prev-1 do
            enLastTick = enLastTick + (prev[i]-prev[i+1])
        end
        enLastTick = enLastTick / #prev
        if enLastTick>0 then
            enToFill = ma-st
            ticksToFill = enToFill/enLastTick
            minsToFill = "ETA to fill: "..math.ceil((ticksToFill/(20*60))-0.5).." minutes"
        else
            minsToFill = "ETA to fill: Infinity"
        end
        rMon.setCursorPos(4,19)
        rMon.write(minsToFill)
        table.insert(prev, 1, core.getEnergyStored())
        table.remove(prev, 6)
    else
        if not Active then
            if Lclock < 4 then
                rMon.setTextColor(colors.red)
                rMon.setTextScale(4)
                rMon.setCursorPos(4,2)
                rMon.write("REACTOR")
                rMon.setCursorPos(4,3)
                rMon.write("OFFLINE")
            end
        end
    end
    bMon.clear()
    bMon.setCursorPos(21,1)
    bMon.write("Controls")
    drawButton(1,"Reactor:",{13,2})
    bMon.setCursorPos(21,3)
    bMon.write("Turbines")
    bMon.setCursorPos(10,4)
    bMon.write("Upper                    Lower")
    drawButton(2,"Active:",{3,5})
    drawButton(3,"Active:",{28,5})
    drawButton(4,"Coils:",{3,6})
    drawButton(5,"Coils:",{28,6})
    r.setActive(bInfo[1])
    for i=1,2 do turbines[i].setActive(bInfo[i+1]) end
    for i=1,2 do turbines[i].setInductorEngaged(bInfo[i+3]) end
    os.startTimer(0.35)
    while true do
        local evt = {os.pullEvent()}
        if evt[1] == "timer" then
            break
        elseif evt[1] == "monitor_touch" then
            if evt[2] == "monitor_43" and redstone.getInput("right") == true then
                local x = evt[3]
                local y = evt[4]
                if y==2 then
                    if x>=23 and x<=26 then
                        bInfo[1] = true
                    elseif x>=29 and x<=33 then
                        bInfo[1] = false
                    end
                elseif y==5 then
                    if x>=13 and x<=16 then
                        bInfo[2] = true
                    elseif x>=19 and x<=23 then
                        bInfo[2] = false
                    elseif x>=38 and x<=41 then
                        bInfo[3] = true
                    elseif x>=44 and x<=48 then
                        bInfo[3] = false
                    end
                elseif y==6 then
                    if x>=13 and x<=16 then
                        bInfo[4] = true
                    elseif x>=19 and x<=23 then
                        bInfo[4] = false
                    elseif x>=38 and x<=41 then
                        bInfo[5] = true
                    elseif x>=44 and x<=48 then
                        bInfo[5] = false
                    end
                end
            end
        end
    end
end