View difference between Paste ID: sxGjAb7D and ycj3PqUG

 --objMolTable{"Phosphate_ion","Ammonium_ion"}
 --objElTable{"Hydrogen","Helium","Lithium"}
 pim = peripheral.wrap("left")
 mon = peripheral.wrap("top")
 Player = ""
 
 
 function setupScoreboard()
 	commands.exec("scoreboard objectives add testname dummy testname")
 	commands.exec("scoreboard players add @a")
 	commands.exec("scoreboard objectives setdisplay sidbar testname")
 end
 
 function addAllUsers()
 	--add @a to scoreboard
 end
 
 function addScore(item)
 	--Sets the objective to 1
 	commands.exec("scoreboard players set "..player.." "..item.." 1")
 end
 
 function checkInv()
 	data = {}
 	local slot
 	local name
 	local slots = pim.getAllStacks()
 	for i,j in pairs(slots) do
 		slot = i
 		name = j["display_name"]
 		addScore(name)
 		data[slot]=name
 	end
 	--commands.exec("testfor @a[name="..Player..",score_"..item.."=1,score_"..item.."_min=1]")
 	--based on game mode check for object_name, formula, molarmass,boilingpt meltingpt molarmas,shortname,neutrons,form
 end
 
 function checkUser()
 	local user = pim.getInventoryName()
 	if user =='pim' then
 		Player = ""
 	else
 		Player = user
 	end
 	return Player
 end
 
 function getWin()
 	--get where all = 1 or get a new objective for total
 	--commands.exec(
 	--save to file
 end
 
 function printTop()
  --pull from file to print to screen
 end
 
 function init()
 	--which game to play
 	--1 element
 	--2 molecures
 
 	--if 1 then
 	--which game to play
 		--other nonmetals
 		--alkali metals
 		--alkaline earth metals
 		--noble gasses
 		--metalloids
 		--halogends
 		--transition metals
 		--post-transition metals
 		--lanthanoids
 		--actinoids
 
 	--chose level
 	--begginer(element Names/symboles)
 	--intermediate(atomic Numbers/state)
 	--advanced(neutrons)
 --	end
 	--if 2 then
 	--chose level
 	--beginner(name)
 	--intermediate(formula)
 	--advanced(molarmass/boilingpt/meltingpt)
 	--call setupScoreboard()
 --end
 end
 
-elements{
+elements
-    	["Hydrogen"]={
+{
     ["Hydrogen"]={
         ["shortName"]= "H",
         ["form"]= "gas",
         ["type"]= "nonMetal",
         ["neutrons"]= "0"
     },
     ["Helium"]={
         ["shortName"]= "He",
         ["form"]= "gas",
         ["type"]= "nobleGas",
         ["neutrons"]= "2"
     },
     ["Lithium"]={
         ["shortName"]= "Li",
         ["form"]= "solid",
         ["type"]= "alkaliMetal",
         ["neutrons"]= "4"
     },
     ["Beryllium"]={
         ["shortName"]= "Be",
         ["form"]= "solid",
         ["type"]= "alkalineEarth",
         ["neutrons"]= "5"
-    ["Boron"]={
+
-        ["shortName"]= "B",
+
 
-        ["type"]= "semiMetal",
+
-        ["neutrons"]= "6"
+
 	event = os.pullEvent()
-    ["Carbon"]= {
+
 		Player = checkUser()
-        ["shortName"]= "C",
+
 
 		else
-        ["neutrons"]= "6"
+
 			checkInv()
-    ["Nitrogen"]={
+
-        ["shortName"]= "N",
+
 	sleep(0.5)
 end