Tanks und PowerGrid V3

-- Komponenten --
event.ignoreAll()
gpu1 = computer.getGPUs(1)[1]
gpu2 = computer.getGPUs(1)[2]

FCScreen = component.proxy("A4F4F5B84ABECA3C00DC4B911D08A25C")
PowerScreen = component.proxy("9884839E45D712B4E80C1EA10678D423")
PowerPole = component.proxy("93C9C4D14EBE274BCB5F90BE120604DD")

FCTank1 = component.proxy("8FBB53534CD146B2C164BAA2B239FDFA")
FCTank2 = component.proxy("4A5240694B7F6B7B6A0167A502D56F17")
FCTank3 = component.proxy("23B113894643C8A082F0AD8298719AAE")
FCTank4 = component.proxy("F09587554E2831D602495CB71F83882D")

PowerStat = PowerPole:getPowerConnectors()[1]
PowerDet = PowerStat:getCircuit()

gpu1:bindScreen(FCScreen)
gpu2:bindScreen(PowerScreen)
FC1w, FC1h = gpu1:getSize()
FC2w, FC2h = gpu2:getSize()

gpu1:setsize(FC1w,FC1h)
gpu2:setsize(35,10)
gpu1:setForeground(1,1,1,1)
gpu1:setBackground(0,0,0,0)
gpu2:setForeground(1,1,1,1)
gpu2:setBackground(0,0,0,0)
--event.listen(gpu1)
--event.listen(gpu2)


-- Bezeichnungen --
line = "-------------------------"


-- OPTION --
-- Tank1:flush()
-- Tank2:flush()


-- DATEN --
z = 3  -- Zeilen --
fcx = 1 -- Spalte links Abstand --

function getdata()
V1 = FCTank1.fluidcontent
F1 = FCTank1.flowfill - FCTank1.flowdrain


V1 = math.floor(V1) -- runden --
if V1 > 2400 then V1 ="2400" else
end
F1 = math.floor(F1) -- runden --

V2 = FCTank2.fluidcontent
F2 = FCTank2.flowfill - FCTank2.flowdrain

V2 = math.floor(V2) -- runden --
if V2 > 2400 then V2 ="2400" else
end
F2 = math.floor(F2) -- runden --

V3 = FCTank3.fluidcontent
F3 = FCTank3.flowfill - FCTank3.flowdrain

V3 = math.floor(V3) -- runden --
if V3 > 2400 then V3 ="2400" else
end
F3 = math.floor(F3) -- runden --

V4 = FCTank4.fluidcontent
F4 = FCTank4.flowfill - FCTank4.flowdrain

V4 = math.floor(V4) -- runden --
if V4 > 2400 then V4 ="2400" else
end
F4 = math.floor(F4) -- runden --

Capa = PowerDet.capacity
Verbr = PowerDet.consumption
Free = Capa - Verbr
Ausl = (100/Capa)*Verbr

Capa = math.floor(Capa)
Verbr = math.floor(Verbr)
Free = math.floor(Free)
Ausl = math.floor(Ausl)
AuslProz = math.floor(Ausl*10)/10
AuslProz = math.floor(AuslProz)
n = AuslProz / 10
-- print(n)
n = math.floor(n)+1
-- print(n)

-- Auslastung --
Ausl = math.floor(Ausl)
end

-- AUSGABE Bildschirm 1--
function stream1()
gpu1:fill(0,0,FC1w,FC1h," ")

gpu1:setForeground(255,165,0,1)
gpu1:setText(fcx,1,"FUEL CITY")

gpu1:setForeground(1,1,1,1)
gpu1:setText(fcx,z,"Tank 1: "..V1.."L")   -- Tank1
gpu1:setText(15,z,"|".."\tNET: "..F1)

gpu1:setText(fcx,z+1,line)                -- Trennlinie

gpu1:setText(fcx,z+2,"Tank 2: "..V2.."L") -- Tank2
gpu1:setText(15,z+2,"|".."\tNET: "..F2)

gpu1:setText(fcx,z+3,line)                -- Trennlinie

gpu1:setText(fcx,z+4,"Tank 3: "..V3.."L") -- Tank3
gpu1:setText(15,z+4,"|".."\tNET: "..F3)

gpu1:setText(fcx,z+5,line)                -- Trennlinie

gpu1:setText(fcx,z+6,"Tank 4: "..V4.."L") -- Tank4
gpu1:setText(15,z+6,"|".."\tNET: "..F4)

gpu1:setText(fcx,z+7,line)                -- Trennlinie

gpu1:flush()
end

-- AUSGABE Bildschirm 2--
function stream2()
xn = 14 -- Startabstand (xn) für Balken
gpu2:fill(0,0,FC2w,FC2h," ")

gpu2:setForeground(255,165,0,1)
gpu2:setText(fcx,1,"POWER GRID")

gpu2:setForeground(1,1,1,1)
gpu2:setText(fcx,z,"CAP:  "..Capa.." MWh")
gpu2:setText(fcx,z+2,"USE:  "..Verbr.." MWh")
gpu2:setText(fcx,z+4,"AUSL: "..Ausl.." %")
gpu2:setText(fcx+12,z+4,"|")
gpu2:setText(fcx+23,z+4,"|")

gpu2:setBackground(0,0,255,1) -- Farbe für Balken
gpu2:fill(xn,z+4,n,1," ") -- Balken Display
gpu2:setBackground(0,0,0,0)

gpu2:flush()
end


-- RUN --

while true do
event.pull(1)
getdata()
stream1()
stream2()
end