bios:337: [string "airdrop"]:81: '=' expected
my first thoughts was i was passing bad arguments to the script, because text needs to be serialized and unserialized back out, but after testing with raw values, i still get the same error. i even noted getting a different error when giving it wrong values
the thing as a whole is supposed do emergency airdrops on a peripheral glasses user who specifies coords for the drop.
some values are only half in use.
line 81 is the first v=v+1 in startMission(), obviously nothing around there is broken/needing = signs
*plop*
x, y, mode = {...} rednet.open("right") --0 is south (3 is sunrise) print("starting") face = 0 startPos = {-120,224} --startHeight is the height of the block its on startHeight = 63 travelHeight = 128 function calculateTurn(direction) --the wierd calculation magic and i ran out of ideas for value names pi = direction - face --determine two lefts or a 180 if math.abs(pi) == 2 then turtle.turnLeft() turtle.turnLeft() face = face+2 --determine right turn elseif pi == -3 or pi==1 then turtle.turnRight() face = face+1 --determine left turn elseif pi == -1 or pi==1 then turtle.turnLeft() face = face+3 end if face > 3 then face = face - 4 end function HudNotice() message = {} message[1] = "note" message[2] = ("beginning airdrop on: " .. x .. " " .. z) rednet.send(0,textutils.serialize(message)) function greenlight() fuelInBlocks = turtle.getFuelLevel() + (96*turtle.getItemCount(1)) if (fuelInBlocks - totalDistance)<0 then error = {} error[1] = "urgent" error[2] = "Airdrop Delayed! Out of Fuel" rednet.send(0,textutils.serialize(error)) os.reboot() end --check items? --and we are good to go end function determinePath() --find some directions if startPos[1]>x then firstturn = 3 elseif startPos[1]>x then firstturn = 1 elseif startPos[1]==x then firstturn = face end if startPos[2]>z then secondturn = 0 elseif startPos[2]<z then secondturn = 2 elseif startPos[2]==z then secondturn = face end --distance is in absolute value distanceX = math.abs(math.abs(x)-math.abs(startPos[1])) distanceZ = math.abs(math.abs(z)-math.abs(startPos[2])) totalDistance = distanceX + distanceZ end --embedding funtions start here function startMission() HudNotice() determinePath() greenlight() --lets head up distance = 128-startHeight v = 0 while v<distance do turtle.up v=v+1 end --first turn calculateTurn(firstturn) --go along x v = 0 while v<distanceX do turtle.forward() v = v+1 end --second turn calculateTurn(secondturn) --go along z v = 0 while v<distanceZ do turtle.forward() v = v+1 end --go down height = 128 while turtle.detectDown == false do turtle.down() height = height-1 end --drop some stuff v = 2 while v<17 do turtle.select(v) turtle.drop() end --wait if told to wait if mode ~= "leave" then print("press enter to let me fly home :D/>/>/>") read("*") end --go back the freaking up distance = 128 - height v=0 while v<distance do turtle.up() v=v+1 end --go along z axis turtle.turnLeft() turtle.turnLeft() face = face+2 if face>3 then face = face-4 end v=0 while v<distanceZ do turtle.forward() v=v+1 end --turn to x axis turn = firstturn+2 if turn>3 then turn = turn-4 end caclulateTurn(turn) --go along x axis v=0 while v<distanceX do turtle.forward() v=v+1 end --go down distance = 128 - startHeight v=0 while v<distance and turtle.detectDown()==false do turtle.down() v=v+1 end --turn and finish calculateDistance(0) end startMission()