diff --git a/documentation/luabot.v0.1.lua b/documentation/luabot.v0.1.lua
deleted file mode 100644
index 6d1c38c1..00000000
--- a/documentation/luabot.v0.1.lua
+++ /dev/null
@@ -1,371 +0,0 @@
--- LuaBot, concept bot for FCEU and ZSnes and any other emu that has compatible Lua engine
--- qFox, 24 July 2008
-
-local key1 = {};
-local key2 = {};
-local lastkey1 = {};     -- keys pressed in previous frame for player 1
-local lastkey2 = {};     -- keys pressed in previous frame for player 2
-local frame = 0;         -- number of frames (current value is current frame count, incremented at the start of a new frame)
-local attempt = 1;       -- number of attempts (current value is current attempt, incremented after the end of an attempt)
-local segment = 1;       -- number of segments (current value is current segment, incremented after the end of a segment)
-local okattempts = 0;
-local failattempts = 0;
-
-local segments = {};     -- table to hold every segment
-segments[1] = {};        -- initialize the first segment
-
-local maxframes = 200;
-local maxattempts = 500;
-local maxsegments = 100;
-
-local playingbest = false;    -- when going to the next segment, we need to play the best segment to record, this indicates when we're doing so
-local keyrecording1 = {};
-local keyrecording2 = {};
-
--- some constants
-local maxvalue = 100;    -- always true
-local minvalue = 0;      -- always false
-local press = maxvalue;
-local release = minvalue;
-
--- static constants
-local X = 95;
-local Y = 30;
-local Z = 0;
-local P = 0;
-local Q = 0;
-
-local vars = {};         -- variable table. each cell holds a variable. variables are remembered accross segments
-
-local outputcounter = 0;
-local updateevery = 1000;
-
-local function getOk() -- is current run ok? heuristic value 0-100! 100 = always press, 0 = always release
-end;
-
-local function getScore() -- score of current attempt
-	return release;
-end;
-
-local function getTie1() -- tie breaker of current attempt in case score is equal
-	return release;
-end;
-
-local function getTie2() -- second tie breaker
-	return release;
-end;
-
-local function getTie3() -- third tie breaker
-	return release;
-end;
-
-local function getTie4() -- fourth tie breaker
-	return release;
-end;
-
-local function getRunEnd()
-	return release;
-end;
-
-local function getRollBack() -- drop back to previous segment? called at the end of a segment
-	return release;
-end;
-
-local function getSegmentEnd()
-	return release;
-end;
-
-local function getAttemptEnd() -- determine when a attempt should be restarted
-	return release;
-end;
-
-local function getA1() -- magic number time... sorry will fix later
-	return release;
-end;
-
-local function getB1()
-	return release;
-end;
-
-local function getStart1()
-	return release;
-end;
-
-local function getSelect1()
-	return release;
-end;
-
-local function getUp1()
-	return release;
-end;
-
-local function getDown1()
-	return release;
-end;
-
-local function getLeft1()
-	return release;
-end;
-
-local function getRight1()
-	return release;
-end;
-
-local function getA2() -- magic number time... sorry will fix later
-	return release;
-end;
-
-local function getB2()
-	return release;
-end;
-
-local function getStart2()
-	return release;
-end;
-
-local function getSelect2()
-	return release;
-end;
-
-local function getUp2()
-	return release;
-end;
-
-local function getDown2()
-	return release;
-end;
-
-local function getLeft2()
-	return release;
-end;
-
-local function getRight2()
-	return release;
-end;
-
-function beforeBotLoop() -- this code should run before the bot starts
-	return release;
-end;
-
-local function afterBotLoop() -- code ran after the bot finishes  (no return)
-	return release;
-end;
-
-local function beforeSegmentCode() -- code ran after initializing a new segment, before beforeAttemptCode()
-	return release;
-end;
-
-local function afterSegmentCode() -- code ran after a segment finishes, before cleanup of segment vars
-	return release;
-end;
-
-local function beforeAttemptCode() -- code ran after initalizing a new attempt, before beforeInputCode(). not ran for playback
-	return release;
-end;
-
-local function afterAttemptCode(wasok) -- code ran after an attempt ends before cleanup code, argument is boolean true when attempt was ok, boolean false otherwise. not ran for playback
-	return release;
-end;
-
-local function beforeInputCode() -- code ran prior to getting input. not ran for playback
-	return release;
-end;
-
-local function afterInputCode() -- code ran after getting input (last function before frame ends, you can still manipulate the input here!). not ran for playback
-	return release;
-end;
-
--- the bot starts here..
-
-beforeBotLoop();                                        -- run this code first
-
-segments[segment].savestate = savestate.create();       -- create anonymous savestate obj for start of first segment
-savestate.save(segments[segment].savestate);            -- save current state to it, it will be reloaded at the start of each frame
-local startkey1 = key1;                                   -- save the last key pressed in the beforeBotLoop. serves as an anchor for the first segment
-local startkey2 = key2;
-local startvars = vars;                                 -- save the vars array (it might have been used by the beforeBotLoop)
-lastkey1 = key1;                                        -- set this too
-lastkey2 = key2;
-FCEU.speedmode("maximum");
-
-beforeSegmentCode();
-beforeAttemptCode();
-
--- This will loops for each frame, at the end of the while
--- the frameadvance is called, causing it to advance
-while (getRunEnd() <= math.random(0,99)) do
-	frame = frame + 1; -- inrease the frame count (++frame?)
-	if (getAttemptEnd() > math.random(0, 99)) then -- load save state, continue with next attempt (disabled when playing back best)
-		-- record this attempt
-		if (not segments[segment].prev) then segments[segment].prev = {}; end;
-		segments[segment].prev.frames = frame;
-		segments[segment].prev.attempt = attempt;
-		segments[segment].prev.score = getScore();
-		segments[segment].prev.tie1 = getTie1();
-		segments[segment].prev.tie2 = getTie2();
-		segments[segment].prev.tie3 = getTie3();
-		segments[segment].prev.tie4 = getTie4();
-		segments[segment].prev.ok = (getOk() > math.random(0,99)); -- this is the check whether this attempt was valid or not. if not, it cannot become the best attempt.
-		-- update ok/failed attempt counters
-		if (segments[segment].prev.ok) then 
-			okattempts = okattempts + 1;
-			afterAttemptCode(true);
-		else 
-			failattempts = failattempts + 1;
-			afterAttemptCode(false);
-		end;
-
-
-		-- if this attempt was better then the previous one, replace it
-		-- its a long IF, but all it checks (lazy eval) is whether the current
-		-- score is better then the previous one, or if its equal and the tie1
-		-- is better then the previous tie1 or if the tie1 is equal to the prev
-		-- etc... for all four ties. Only tie4 actually needs to be better, tie1
-		-- through tie3 can be equal as well, as long as the next tie breaks the
-		-- same tie of the previous attempt :)
-		if (segments[segment].prev.ok and (not segments[segment].best or (getScore() > segments[segment].best.score or (getScore() == segments[segment].best.score and (getTie1() > segments[segment].best.tie1 or (getTie1() == segments[segment].best.tie1 and (getTie1() > segments[segment].best.tie1 or (getTie1() == segments[segment].best.tie1 and (getTie1() > segments[segment].best.tie1 or (getTie1() == segments[segment].best.tie1 and getTie1() > segments[segment].best.tie1)))))))))) then
-			-- previous attempt was better then current best (or no current best
-			-- exists), so we (re)place it.
-			if (not segments[segment].best) then segments[segment].best = {}; end;
-			if (not segments[segment].prev.frames) then fceu.x.y.z.crash(); end;
-			segments[segment].best.frames = segments[segment].prev.frames;
-			segments[segment].best.attempt = segments[segment].prev.attempt;
-			segments[segment].best.score = segments[segment].prev.score;
-			segments[segment].best.tie1 = segments[segment].prev.tie1;
-			segments[segment].best.tie2 = segments[segment].prev.tie2;
-			segments[segment].best.tie3 = segments[segment].prev.tie3;
-			segments[segment].best.tie4 = segments[segment].prev.tie4;
-			segments[segment].best.keys1 = keyrecording1; -- backup the recorded keys
-			segments[segment].best.keys2 = keyrecording2; -- backup the recorded keys player 2
-			segments[segment].best.lastkey1 = lastkey1; -- backup the lastkey
-			segments[segment].best.lastkey2 = lastkey2; -- backup the lastkey
-			segments[segment].best.vars = vars; -- backup the vars table
-		end
-		
-		if (getSegmentEnd() > math.random(0,99)) then -- special case, replay the best attempt and continue from there onwards...
-			afterSegmentCode();
-			if (getRollBack() > math.random(0,99)) then
-				segments[segment] = nil; -- remove current segment data
-				attempt = 0; -- will be incremented in a few lines to be 1
-				segment = segment - 1;
-				segments[segment].best = nil;
-				segments[segment].prev = nil;
-			else
-				playingbest = true;
-			end;
-		end;
-
-		-- reset vars
-		attempt = attempt + 1;
-		frame = 1;
-		keyrecording1 = {}; -- reset recording :)
-		keyrecording2 = {}; -- reset recording :)
-		-- set lastkey to lastkey of previous segment (or start, if first segment)
-		-- also set the vars table to the table of the previous segment
-		if (segment == 1) then 
-			lastkey1 = startkey1;
-			lastkey1 = startkey1;
-			vars = startvars;
-		else 
-			lastkey1 = segments[segment-1].best.lastkey1;
-			lastkey2 = segments[segment-1].best.lastkey2;
-			vars = segments[segment-1].best.vars;
-		end;
-		-- load the segment savestate
-		if (segments[segment].savestate) then -- load segment savestate and try again :)
-			savestate.load(segments[segment].savestate); 
-		else
-			fceu.crash(); -- this crashes because fceu is a nil table :) as long as gui.popup() doesnt work...
-		end;
-
-		if (getRunEnd() > math.random(0,99)) then break; end; -- if end of run, break out of main loop
-		
-		if (not playingbest) then beforeAttemptCode(); end;
-	end; -- continues with (new) attempt
-
-	if (playingbest) then -- press keys from memory
-		if (not frame) then x.y.z(); end;
-		if (frame >= segments[segment].best.frames) then -- end of playback, start new segment
-			playingbest = false;
-			lastkey1 = segments[segment].best.lastkey1;
-			lastkey2 = segments[segment].best.lastkey2;
-			vars = segments[segment].best.vars;
-			segment = segment + 1;
-			segments[segment] = {};
-			-- create a new savestate for the start of this segment
-			segments[segment].savestate = savestate.create();
-			savestate.save(segments[segment].savestate);
-			-- reset vars
-			frame = 1;
-			attempt = 1;
-			key1 = {};
-			key2 = {};
-			keyrecording1 = {}; -- reset recording :)
-			keyrecording2 = {}; -- reset recording :)
-			-- after this, the next segment starts because playingbest is no longer true
-			beforeSegmentCode();
-			beforeAttemptCode();
-		else
-			key1 = segments[segment].best.keys1[frame];
-			key2 = segments[segment].best.keys2[frame];
-			gui.text(10,10,"Playback best of segment "..segment.."\nFrame: "..frame);
-		end;
-	end;
-
-	if (getRunEnd() > math.random(0,99)) then break; end; -- if end of run, break out of main loop
-	
-	if (not playingbest) then
-	 -- press keys from bot
-		gui.text(10,10,"Attempt: "..attempt.."\nFrame: "..frame);
-		if (segments[segment] and segments[segment].best and segments[segment].prev) then 
-			gui.text(10,30,"Last score: "..segments[segment].prev.score.." ok="..okattempts..", not="..failattempts.."\nBest score: "..segments[segment].best.score);
-		elseif (segments[segment] and segments[segment].prev) then
-			gui.text(10,30,"Last score: "..segments[segment].prev.score.."\nBest score: none"); 
-		end;
-		gui.text(10,50,"Segment: "..segment);
-		
-		beforeInputCode();
-
-		-- player 1
-		key1 = {};
-		if (getUp1() > math.random(0, 99) )    then key1.up = 1; end;
-		if (getDown1() > math.random(0, 99))   then key1.down = 1; end;
-		if (getLeft1() > math.random(0, 99))   then key1.left = 1; end;
-		if (getRight1() > math.random(0, 99))  then key1.right = 1; end;
-		if (getA1() > math.random(0, 99))      then key1.A = 1; end;
-		if (getB1() > math.random(0, 99))      then key1.B = 1; end;
-		if (getSelect1() > math.random(0, 99)) then key1.select = 1; end;
-		if (getStart1() > math.random(0, 99))  then key1.start = 1; end;
-		lastkey1 = key1;
-		-- player 2
-		key2 = {};
-		if (getUp2() > math.random(0, 99) )    then key2.up = 1; end;
-		if (getDown2() > math.random(0, 99))   then key2.down = 1; end;
-		if (getLeft2() > math.random(0, 99))   then key2.left = 1; end;
-		if (getRight2() > math.random(0, 99))  then key2.right = 1; end;
-		if (getA2() > math.random(0, 99))      then key2.A = 1; end;
-		if (getB2() > math.random(0, 99))      then key2.B = 1; end;
-		if (getSelect2() > math.random(0, 99)) then key2.select = 1; end;
-		if (getStart2() > math.random(0, 99))  then key2.start = 1; end;
-		lastkey2 = key2;
-
-		afterInputCode();
-	
-		keyrecording1[frame] = key1; -- record these keys (offsets at 1!)
-		keyrecording2[frame] = key2; -- record these keys (offsets at 1!)
-	end;
-	joypad.set(1, key1);
-	joypad.set(1, key2);
-	-- next frame
-	FCEU.frameadvance()
-end;
-
-afterBotLoop(); -- allow user cleanup before starting the final botloop
-
-while (true) do 
-	if (segments[segment].best) then gui.text(30,100,"end: max attempt ["..segment.."] had score = "..segments[segment].best.score);
-	elseif (segment > 1 and segments[segment-1].best) then gui.text(30,100,"end: no best attempt ["..segment.."]\nPrevious best score: "..segments[segment-1].best.score);
-	else gui.text(30,100,"end: no best attempt ["..segment.."] ..."); end;
-	FCEU.frameadvance();
-end;
-