View difference between Paste ID: CWVmdV0Z and bGdCnPmp

 --[[
-		Gold Runner
+		Code Runner
-		Inspired by the game by Doug Smith (C) 1983
+		Inspired by the game by Doug fKqTDD5r
 
 		Written by: Nitrogen Fingers
 ]]--
 
 running = true
 started = false
 nextLevel = false
 
 local drawOffsetX = 1
 local drawOffsetY = 0
 
 local map = {}
 local goldMap = {}
 local blockTimers = {}
 local blockIntv = 5
 
 local monks = {}
 local monkTimer = -1
 local monkSpawnIntv = 3
 local monkTrapIntv = blockIntv/2
 
 local goldCount = 0
 local maxGoldCount = 0
 local playerLives = 3
 local playerScore = 0
 local plspawnX = 0
 local plspawnY = 0
 
 local plX = 0
 local plY = 0
 local pfalling = false
 local moveTimer = -1
 local shootTimer = -1
 local spawnTimer = -1
 local moveIntv = 0.15
 
 local exX = 0
 local exY = 0
 
 local levelList = {}
 local currentLevel = 1
 
 local function loadMap(_sPath)
   if not fs.exists(_sPath) then return end
   map = {}
   goldMap = {}
   monks = {}
   goldCount = 0
 
   local file = fs.open(_sPath, "r")
   local line = file:readLine()
   while line do
     goldMap[#map+1] = {}
     map[#map+1] = {}
     for i=1,math.min(#line,49) do
       local lchar = string.sub(line,i,i)
       if tonumber(lchar, 16) then
         lchar = math.pow(2, tonumber(lchar,16))
 
         if lchar == colours.blue then
           map[#map][i] = 0
         elseif lchar == colours.brown then
           map[#map][i] = 'H'
         elseif lchar == colours.yellow then
           goldMap[#map][i] = 1
           goldCount = goldCount + 1
         elseif lchar == colours.orange then
           map[#map][i] = 0
           goldMap[#map][i] = 1
           goldCount = goldCount + 1
         elseif lchar == colours.green then
           map[#map][i] = '-'
         elseif lchar == colours.lightGrey then
           map[#map][i] = 'h'
         elseif lchar == colours.grey then
           map[#map][i] = '#'
         elseif lchar == colours.white then
           plX = i
 		  plspawnX = i
           plY = #map
 		  plspawnY = #map
         elseif lchar == colours.lime then
           exX = i
           exY = #map
         elseif lchar == colours.red then
 		  table.insert(monks, {
 			--X and Y, clear enough
 			x = i, y = #map;
 			--Where they spawn when they die
 			spawnX = i, spawnY = #map;
 			-- Any gold they're carring- it's a 1 in 5
 			gold = false;
 			-- Whether or not they're falling
 			falling = false;
 			-- Timer if they're dead to respawn
 			dead = nil;
 			--Whether or not the monk has just spawned
 			justSpawned = true;
 			--Whether or not the monk has just escaped
 			justEscaped = false;
 			-- Current aim- it's "up", "down", "across" or "none"
 			behaviour = "none";
 			-- The desired x position to travel to, when one is necessary.
 			desX = nil;
 			-- The escape timer
 			trapped = nil;
 		  })
 		end
       end
     end
     if #map == 18 then break end
     line = file:readLine()
   end
   file:close()
   maxGoldCount = goldCount
   return true
 end
 
 --When something moves or something needs to be drawn, we
 --just change the appropriate tile with this method.
 local function updateMap(x,y)
 	term.setCursorPos(x + drawOffsetX, y + drawOffsetY)
 	term.setBackgroundColour(colours.black)
     if plX == x and plY == y and map[y][x] ~= 0 then
       term.setTextColour(colours.white)
 	  if map[y][x] == 1 then term.setBackgroundColour(colours.lightBlue) end
       term.write("&")
     elseif map[y][x] == 'H' or (map[y][x] == 'h' and
         goldCount == 0) then
       term.setTextColour(colours.brown)
       term.write("H")
     elseif map[y][x] == '-' then
       term.setTextColour(colours.brown)
       term.write(map[y][x])
     elseif map[y][x] == '#' then
       term.setBackgroundColour(colours.grey)
       term.write(" ")
     elseif type(map[y][x]) == "number" then
       local uchar = ' '
 	  if map[y][x] == 3 then
 		term.setBackgroundColour(colours.lightBlue)
       elseif map[y][x] == 2 and goldMap[y][x] == 1 then
         term.setTextColour(colours.yellow)
         uchar = '$'
       elseif map[y][x] == 1 then
         term.setBackgroundColour(colours.lightBlue)
       elseif map[y][x] == 0 then
         term.setBackgroundColour(colours.blue)
       end
       term.write(uchar)
     elseif goldMap[y][x] == 1 then
       term.setTextColour(colours.yellow)
       term.write('$')
     elseif exX == x and exY == y and goldCount == 0 then
       term.setTextColour(colours.lime)
       term.write("@")
     else
       term.write(" ")
     end
 end
 
 --It's silly to iterate through all monks when drawing tiles, so
 --we do it separately.
 local function drawMonk(monk)
 	term.setCursorPos(monk.x + drawOffsetX, monk.y + drawOffsetY)
 	if monk.justSpawned then term.setTextColour(colours.pink)
 	else term.setTextColour(colours.red) end
 	if map[monk.y][monk.x] == 1 then term.setBackgroundColour(colours.lightBlue)
 	else term.setBackgroundColour(colours.black) end
 	term.write("&")
 end
 
 --Draws the map for the first time. It barely changes, so we really
 --only call this the once.
 local function drawMap()
   for y=1,#map do
     for x=1,49 do
 	  updateMap(x,y)
     end
   end
   for _,monk in pairs(monks) do drawMonk(monk)end
 end
 
 --When all coins have been collected, we add in invisble ladders and
 --the end game portal.
 local function drawEndgameMap()
   for y=1,#map do
     for x=1,49 do
 	  if map[y][x] == 'h' or (exX == x and exY == y) then
 		updateMap(x,y)
 	  end
     end
   end
 end
 
 --Sets the map back to defaults, so we can start afresh
 local function resetMap()
 	goldCount = maxGoldCount
 	for i=1,#goldMap do
 		for j=1,49 do
 			if goldMap[i][j] == 0 then goldMap[i][j] = 1 end
 		end
 	end
 	for _,monk in pairs(monks) do
 		monk.justSpawned = true
 		monk.dead = nil
 		monk.trapped = nil
 		monk.justEscaped = false
 		monk.falling = false
 		monk.behaviour = "none"
 		monk.x = monk.spawnX
 		monk.y = monk.spawnY
 	end
 
 	for _,timer in pairs(blockTimers) do
 		map[timer.y][timer.x] = 0
 	end
 	blockTimers = {}
 	plX = plspawnX
 	plY = plspawnY
 
 	moveTimer = -1
 	shootTimer = -1
 	spawnTimer = -1
 	monkTimer = -1
 	pfalling = false
 end
 
 --Draws the HUD. This also rarely changes, so we update it when something happens.
 local function drawHUD()
   term.setCursorPos(2,19)
   term.setBackgroundColour(colours.black)
   term.clearLine()
   term.setTextColour(colours.blue)
   term.write("Score: ")
   term.setTextColour(colours.yellow)
   term.write(string.rep("0", 5-math.floor(math.log10(playerScore + 1)))
     ..playerScore)
   term.setTextColour(colours.yellow)
   term.setCursorPos(25 - #levelList[currentLevel]/2, 19)
   term.write(levelList[currentLevel])
   local lstr = "Men: "
   term.setCursorPos(50 - #lstr - math.floor(math.log10(playerLives)), 19)
   term.setTextColour(colours.blue)
   term.write(lstr)
   term.setTextColour(colours.yellow)
   term.write(playerLives.."")
 end
 
 --Checks to see if any given desired move is legal. Monks and players both use this.
 local function isLegalMove(initX,initY,finX,finY)
 	if finY < 1 or finY > #map or finX < 1 or finX > 49 then
 		return false
 	end
 
 	if map[finY][finX] ~= 0 and map[finY][finX] ~= '#' then
 		--This reports 'self moves' as being illegal, but that's fine
 		for _,monk in pairs(monks) do
 			if monk.x == finX and monk.y == finY then return false end
 		end
 
-				map[finY][finX] == "-")
+
 			then return true
 		elseif finY == initY+1 and (map[finY][finX] == "H" or (map[finY][finX] == "h" and goldCount == 0)
 				or (type(map[finY][finX]) == "number" and map[finY][finX] > 0) or map[finY][finX] == nil or
 				map[finY][finX] == "-" or (map[finY][finX] == 'h' and goldCount ~= 0))
 			then return true
 		elseif finX == initX-1 or finX == initX+1 then return true
 		end
 	end
 end
 
 --Moves the player to a given step.
 local function movePlayer(x,y,ignoreLegal)
 	if not ignoreLegal and not isLegalMove(plX,plY,x,y) then return false end
 
 	local ox = plX
 	local oy = plY
 	plX = x
 	plY = y
 
 	updateMap(ox,oy)
 	updateMap(x,y)
 	if goldMap[y][x] == 1 then
 		goldMap[y][x] = 0
 		goldCount = goldCount - 1
 		playerScore = playerScore + 5
 		if playerScore % 200 == 0 then playerLives = playerLives + 1 end
 		drawHUD()
 		if (goldCount == 0) then
 			drawEndgameMap()
 		end
 	elseif exX == plX and exY == plY and goldCount == 0 then
 		started = false
 		nextLevel = true
 	end
 
 	pfalling = (y < #map and map[y][x] ~= '-' and map[y][x] ~= 'H' and not (map[y][x] == 'h' and goldCount == 0)
 		and (map[y+1][x] == nil or map[y+1][x] == 2 or map[y+1][x] == '-'))
 	if (map[y+1][x] == 'h' and goldCount ~= 0) then pfalling = true end
 	for _,monk in pairs(monks) do
 		if monk.x == plX and monk.y == plY + 1 then pfalling = false break end
 	end
 	return true
 end
 
 local function updateMonks()
 	for _,monk in pairs(monks) do
 		--Absolute first step- if he's trapped or dead, he's going nowhere
 		if monk.trapped or monk.dead then
 		--If he's just spawned he takes a second to orient himself
 		elseif monk.justSpawned then
 			monk.justSpawned = false
 			--We evaluate their falling behaviour here (as freed monks CAN stand on air)
 			monk.falling = (monk.y < #map and map[monk.y][monk.x] ~= '-' and (map[monk.y+1][monk.x] == nil or
 				map[monk.y+1][monk.x] == 2 or map[monk.y+1][monk.x] == '-') and type(map[monk.y][monk.x] ~= "number"))
 			for _,omonk in pairs(monks) do
 				if omonk.x == monk.x and omonk.y == monk.y + 1 then monk.falling = false break end
 			end
 			if monk.x == plX and monk.y == plY + 1 then monk.falling = false end
 		--Then we consider if he's just gotten out of a hole
 		elseif monk.justEscaped then
 			monk.justEscaped = false
 			--He tries the player side first
 			local playerSide = (plX-monk.x) / math.abs(plX-monk.x)
 			if isLegalMove(monk.x, monk.y, monk.x + playerSide, monk.y) then
 				monk.x = monk.x + playerSide
 				updateMap(monk.x - playerSide, monk.y)
 			elseif isLegalMove(monk.x, monk.y, monk.x - playerSide, monk.y) then
 				monk.x = monk.x - playerSide
 				updateMap(monk.x + playerSide, monk.y)
 			end
 			drawMonk(monk)
 		--Then we evaluate falling
 		elseif monk.falling then
 			monk.behaviour = "none"
 			monk.y = monk.y + 1
 			updateMap(monk.x, monk.y-1)
 			drawMonk(monk)
 			monk.desX = nil
 			if type(map[monk.y][monk.x]) == "number" then
 				monk.trapped = os.startTimer(monkTrapIntv)
 				monk.falling = false
 			else
 				monk.falling = (monk.y < #map and map[monk.y][monk.x] ~= '-' and (map[monk.y+1][monk.x] == nil or
 					map[monk.y+1][monk.x] == 2 or map[monk.y+1][monk.x] == '-') and type(map[monk.y][monk.x] ~= "number"))
 				for _,omonk in pairs(monks) do
 					if omonk.x == monk.x and omonk.y == monk.y + 1 then monk.falling = false break end
 				end
 				if monk.x == plX and monk.y == plY + 1 then monk.falling = false end
 				if monk.justEscaped then monk.falling = false end
 			end
 		--If he's on his feet and not trapped, he's allowed to think about where to move
 		elseif monk.y == plY then
 			--Is the monk on the same level as the player? How lucky! They'll just walk towards him
 			monk.desX = plX
 			monk.behaviour = "across"
 		--Y difference takes precedence over X (as in the original, makes them a bit smarter)
 		elseif monk.y < plY then
 			--If they can move up, they will
 			if isLegalMove(monk.x,monk.y,monk.x,monk.y+1) and not monk.justEscaped then
 				monk.y = monk.y+1
 				updateMap(monk.x, monk.y-1)
 				drawMonk(monk)
 				monk.desX = nil
 				--A down move can lead to a fall, so we check if they're now falling.
 				monk.falling = (monk.y < #map and map[monk.y][monk.x] ~= '-' and (map[monk.y+1][monk.x] == nil or
 					map[monk.y+1][monk.x] == 2 or map[monk.y+1][monk.x] == '-') and type(map[monk.y][monk.x] ~= "number"))
 				monk.falling = (monk.y < #map and map[monk.y][monk.x] ~= '-' and (map[monk.y+1][monk.x] == nil or
 					map[monk.y+1][monk.x] == 2 or map[monk.y+1][monk.x] == '-') and type(map[monk.y][monk.x] ~= "number"))
 				for _,omonk in pairs(monks) do
 					if omonk.x == monk.x and omonk.y == monk.y + 1 then monk.falling = false break end
 				end
 				if monk.x == plX and monk.y == plY + 1 then monk.falling = false end
 			--Otherwise, it's off to the nearest ladder, monkey bars or perilous ledge to jump off
 			--assuming they haven't found one already
 			elseif monk.desX == nil then
 				if monk.behaviour ~= "down" then monk.desX = nil end
 				monk.behaviour = "down"
 				monk.desX = nil
 				local cmLeft = true
 				local cmRight = true
 				--We try to find the nearest by searching alternate left and right at variable distance
 				for i=1,math.max(monk.x - 1, 49 - monk.x) do
 					if monk.x-i > 0 and cmLeft then
 						--If a wall blocks the monks path, they can't keep going left or right
 						cmLeft = map[monk.y][monk.x-i] ~= 0
 						--But if it's all clear, they look for something to climb/jump down
 						if cmLeft and (map[monk.y+1][monk.x-i] == "H" or (map[monk.y+1][monk.x-i] == 'h' and goldCount == 0)
 							or map[monk.y+1][monk.x-i] == nil or map[monk.y][monk.x-i] == '-') then
 							monk.desX = monk.x-i
 							break
 						end
 					end
 					if monk.x+i < 50 and cmRight then
 						--If a wall blocks the monks path, they can't keep going left or right
 						cmRight = map[monk.y][monk.x+i] ~= 0
 						--But if it's all clear, they look for something to climb/jump down
 						if cmRight and (map[monk.y+1][monk.x+i] == "H" or (map[monk.y+1][monk.x+i] == 'h' and goldCount == 0)
 							or map[monk.y+1][monk.x+i] == nil or map[monk.y][monk.x+i] == '-') then
 							monk.desX = monk.x+i
 							break
 						end
 					end
 				end
 			end
 		elseif monk.y > plY then
 			if monk.behaviour ~= "up" then monk.desX = nil end
 			monk.behaviour = "up"
 			--Same deal again- try moving up first
 			if isLegalMove(monk.x,monk.y,monk.x,monk.y-1) then
 				monk.y = monk.y-1
 				updateMap(monk.x, monk.y+1)
 				drawMonk(monk)
 				monk.desX = nil
 				--You can never move up and start falling, so we don't bother to check
 			--Otherwise they need ladders to climb up
 			elseif monk.desX == nil then
 				monk.behaviour = "up"
 				monk.desX = nil
 				local cmLeft = true
 				local cmRight = true
 				--We try to find the nearest by searching alternate left and right at variable distance
 				for i=1,math.max(monk.x - 1, 49 - monk.x) do
 					if monk.x-i > 0 and cmLeft then
 						--If a wall blocks the monks path or a pit is in the way, they can't keep going left or right
 						cmLeft = map[monk.y][monk.x-i] ~= 0 and (monk.y == #map or map[monk.y+1][monk.x-i] ~= nil
 								or map[monk.y][monk.x-i] == '-')
 						--But if it's all clear, they look for a ladder
 						if cmLeft and (map[monk.y][monk.x-i] == "H" or (map[monk.y][monk.x-i] == 'h' and goldCount == 0)) then
 							monk.desX = monk.x-i
 							break
 						end
 					end
 					if monk.x+i < 50 and cmRight then
 						cmRight = map[monk.y][monk.x+i] ~= 0 and (monk.y == #map or map[monk.y+1][monk.x+i] ~= nil
 								or map[monk.y][monk.x+i] == '-')
 						if cmRight and (map[monk.y][monk.x+i] == "H" or (map[monk.y][monk.x+i] == 'h' and goldCount == 0)) then
 							monk.desX = monk.x+i
 							break
 						end
 					end
 				end
 			end
 		end
 
 		if not (monk.trapped or monk.dead) then
 			--Has the monk decided on moving left or right? If so we try to move him
 			if monk.desX and not monk.falling then
 				local mdir = monk.desX - monk.x
 				local mdir = mdir / math.abs(mdir)
 				if isLegalMove(monk.x,monk.y,monk.x+mdir,monk.y) then
 					monk.x = monk.x + mdir
 					updateMap(monk.x - mdir, monk.y)
 					drawMonk(monk)
 				else
 					--This allows re-evaluations if they get stuck- not ideal but good enough
 					monk.desX = nil
 				end
 			end
 			monk.falling = (monk.y < #map and map[monk.y][monk.x] ~= '-' and (map[monk.y+1][monk.x] == nil or
 				map[monk.y+1][monk.x] == 2 or map[monk.y+1][monk.x] == '-') and type(map[monk.y][monk.x] ~= "number"))
 			for _,omonk in pairs(monks) do
 				if omonk.x == monk.x and omonk.y == monk.y + 1 then monk.falling = false break end
 			end
 			if monk.x == plX and monk.y == plY + 1 then monk.falling = false end
 			--We have caught and killed the player
 			if monk.x == plX and monk.y == plY and spawnTimer == -1 then
 				spawnTimer = os.startTimer(2)
 			end
 		end
 	end
 end
 
 local function updateBlockTimer(tid)
 	local remAt = nil
 	for i,v in ipairs(blockTimers) do
 		if v.timer == tid then
 			if map[v.y][v.x] == 3 then
 				map[v.y][v.x] = 2
 				v.timer = os.startTimer(blockIntv)
 			elseif map[v.y][v.x] == 2 then
 				map[v.y][v.x] = 1
 				v.timer = os.startTimer(0.1)
 			elseif map[v.y][v.x] == 1 then
 				map[v.y][v.x] = 0
 				--If the player is caught in a block, he dies
 				if v.y == plY and v.x == plX then
 					spawnTimer = os.startTimer(2)
 				end
 				for _,monk in pairs(monks) do
 					if monk.x == v.x and monk.y == v.y then
 						monk.dead = os.startTimer(monkSpawnIntv)
 						--Easiest way to get them out of the way rather than evaluation
 						monk.x = -1
 						monk.y = -1
 						monk.trapped = nil
 					end
 				end
 				remAt = i
 			end
 			updateMap(v.x,v.y)
 			break
 		end
 	end
 	if remAt then table.remove(blockTimers,remAt) end
 end
 
 local function shootBlock(x,y)
 	if y <= #map and map[y][x] == 0 and (map[y-1][x] == nil
 			or map[y-1][x] == 2 or (map[y-1][x] == 'h' and goldCount > 0)) then
 		map[y][x] = 3
 		table.insert(blockTimers, {x = x; y = y; timer = os.startTimer(0.1);} )
 		updateMap(x,y)
 	end
 end
 
 local function handleEvents()
 	local id,p1,p2,p3 = os.pullEvent()
 
 	if id == "key" then
 		if p1 == keys.a and moveTimer == -1 and spawnTimer == -1 then
 			movePlayer(plX-1,plY)
 			moveTimer = os.startTimer(moveIntv)
 		elseif p1 == keys.d and moveTimer == -1 and spawnTimer == -1 then
 			movePlayer(plX+1,plY)
 			moveTimer = os.startTimer(moveIntv)
 		elseif p1 == keys.w and moveTimer == -1 and spawnTimer == -1 then
 			movePlayer(plX,plY-1)
 			moveTimer = os.startTimer(moveIntv)
 		elseif p1 == keys.s and moveTimer == -1 and spawnTimer == -1 then
 			movePlayer(plX,plY+1)
 			moveTimer = os.startTimer(moveIntv)
 		elseif p1 == keys.q and shootTimer == -1 and not pfalling and spawnTimer == -1 then
 			shootBlock(plX-1,plY+1)
 			shootTimer = os.startTimer(moveIntv)
 		elseif p1 == keys.e and shootTimer == -1 and not pfalling and spawnTimer == -1 then
 			shootBlock(plX+1,plY+1)
 			shootTimer = os.startTimer(moveIntv)
 		elseif p1 == keys.enter then
 			started = false
 		elseif p1 == keys.t then
 			started = false
 			running = false
 		end
 	elseif id == "timer" then
 		if p1 == shootTimer then shootTimer = -1
 		elseif p1 == spawnTimer then
 			started = false
 		elseif p1 == moveTimer then
 			if pfalling then
 				movePlayer(plX,plY+1)
 				moveTimer = os.startTimer(moveIntv)
 			else
 				moveTimer = -1
 			end
 		elseif p1 == monkTimer then
 			updateMonks()
 			monkTimer = os.startTimer(moveIntv * 2)
 		elseif updateBlockTimer(p1) then
 		else
 			for _,monk in pairs(monks) do
 				if p1 == monk.trapped then
 					--You can stand on a monk to force them to be killed- so we check for that
 					--along with being buried in tunnels, etc.
 					local stillTrapped = map[monk.y-1][monk.x] == 0 or (plX == monk.x and plY == monk.y-1)
 					for _,omonk in pairs(monks) do
 						if omonk.x == monk.x and omonk.y == monk.y-1 then
 							stillTrapped = true
 							break
 						end
 					end
 					--Perpetually trapped monks will try to excape much more quickly
 					if stillTrapped then
 						--This needs to be tweaked
 						monk.trapped = os.startTimer(0.75)
 					else
 						--When free, they head in your general direction, re-evaluate later
 						monk.y = monk.y - 1
 						--This is necessary to stop 'double jumping'
 						monk.desX = nil
 						monk.trapped = nil
 						monk.behaviour = "none"
 						monk.justEscaped = true
 
 						updateMap(monk.x, monk.y+1)
 						drawMonk(monk)
 					end
 					break
 				elseif p1 == monk.dead then
 					--Same deal- you can camp spawn
 					local stillDead = plX == monk.spawnX and plY == monk.spawnY
 					for _,omonk in pairs(monks) do
 						if omonk.x == monk.spawnX and omonk.y == monk.spawnY then
 							stillDead = true
 							break
 						end
 					end
 					--They'll spawn the second you give them the chance
 					if stillDead then
 						monk.dead = os.startTimer(0.5)
 					else
 						monk.x = monk.spawnX
 						monk.y = monk.spawnY
 						monk.dead = nil
 						monk.justSpawned = true
 						monk.behaviour = "none"
 						drawMonk(monk)
 						break
 					end
 				end
 			end
 		end
 	end
 end
 
 term.clear()
 if not fs.exists(shell.resolve(".").."/levels") then
 	error("Level directory not present!")
 end
 levelList = fs.list(shell.resolve(".").."/levels")
 if #levelList == 0 then
 	error("Level directory is empty!")
 end
 
 loadMap(shell.resolve(".").."/levels/"..levelList[currentLevel])
 while running do
 	drawMap()
 	drawHUD()
 	os.pullEvent("key")
 	monkTimer = os.startTimer(moveIntv * 1.5)
 
 	started = true
 	while started do
 		handleEvents()
 	end
 
 	if nextLevel then
 		if currentLevel == #levelList then
 			running = false
 			break
 		else
 			currentLevel = currentLevel + 1
    resetMap()
 			loadMap(shell.resolve(".").."/levels/"..levelList[currentLevel])
 		end
 		nextLevel = false
 	else
 		playerLives = playerLives-1
 		if playerLives > 0 then resetMap()
 		else running = false end
 	end
 end
 
 if nextLevel then
 	local msg = "All levels defeated, Code Runner!"
 	term.setBackgroundColour(colours.black)
 	term.setTextColour(colours.lime)
 	term.setCursorPos(25 - #msg/2, 2)
 	term.write(msg)
 else
 	local msg = "Game over!"
 	term.setBackgroundColour(colours.black)
 	term.setTextColour(colours.red)
 	term.setCursorPos(25 - #msg/2, 2)
 	term.write(msg)
 end
 sleep(2)
 term.setCursorPos(19,51)
 print("")