anchor.diff:  			_color["prim"] = href_list["icon"]
   	if (href_list["choice"] == "Secondary color")
   		if (href_list["icon"] == "none")
  -			_color["sec"] = ""
  -			colorcontainer["sec"]["anycolor"] = 0
  +			_color["sec"] = "none"
   		else if (is_a_color(href_list["icon"],"sec"))
   			_color["sec"] = href_list["icon"]
  -			colorcontainer["sec"]["anycolor"] = 1
   	if (href_list["choice"] == "Tertiary color")
   		if (href_list["icon"] == "none")
  -			_color["ter"] = ""
  -			colorcontainer["ter"]["anycolor"] = 0
  +			_color["ter"] = "none"
   		else if (is_a_color(href_list["icon"],"ter"))
   			_color["ter"] = href_list["icon"]
  -			colorcontainer["ter"]["anycolor"] = 1
   	if (href_list["choice"] == "Quaternary color")
   		if (href_list["icon"] == "none")
  -			_color["quart"] = ""
  -			colorcontainer["quart"]["anycolor"] = 0
  +			_color["quart"] = "none"
   		else if (is_a_color(href_list["icon"],"quart"))
   			_color["quart"] = href_list["icon"]
  -			colorcontainer["quart"]["anycolor"] = 1
  -
  +	
   	if (href_list["choice"] == "decals")
   		if (is_a_decal(href_list["icon"]))
  -			for (var/list/L in possibledecals)
  -				if (L["icon"] == href_list["icon"])
  -					L["active"] = (L["active"] == 0)
  -					break
  -
  -			decals = list()
  -
  -			for (var/list/L in possibledecals)
  -				if (L["active"])
  -					if (!(L["icon"] in decals))
  -						decals.Add(L["icon"])
  -
  +			decals[href_list["icon"]] = (decals[href_list["icon"]] == 0)
  +			
   	src.add_fingerprint(usr)
   	update_icon()
   
  
positive.code: 	if(check_change()) //Returns 1 if no change needed to icons.
  		return
  
  	src.overlays = 0
  
  	if (_color["sec"])//COLORS!
  		overlays.Add(_color["sec"])
  
  	if (_color["ter"])
  		overlays.Add(_color["ter"])
  
  	if (_color["quart"])
  		overlays.Add(_color["quart"])
  
  	for(var/D in decals)
  		overlays.Add("decal-" + D)
  
  	if(update_flag & 1)
  		overlays += "can-open"
  
negative.code: 
  /obj/machinery/portable_atmospherics/canister/toxins/New()
  	..()
  	
  	_color["prim"] = "orange"
  	decals["plasma"] = 1
  	src.air_contents.toxins = (src.maximum_pressure*filled)*air_contents.volume/(R_IDEAL_GAS_EQUATION*air_contents.temperature)
  	air_contents.update_values()
  
  