User File #638989149801544186

local initialRNG = 0x12d5367b -- earliest time
local RNG = nil
local timeoffset = 0
local delaysequence = {}
local prevegg = -1
local currentegg = -1
local f = io.open("delaysequence_v2.txt", "w")

local function close_log()
	if f then
		f:flush()
		f:close()
		f = nil
	end
end

event.onexit(close_log, "file_closed")

local function advanceRNG(x)
	local RNGkey = 0x41C64E6D
	local RNGoffset = 0x3039
	y_righthalf = x%100000
	y_lefthalf = (x-y_righthalf)/100000
	local y = (((((y_lefthalf*RNGkey) % 2^32)*100000+((y_righthalf*RNGkey) % 2^32)) % 2^32)+RNGoffset) % 2^32
	return y
end

local function egg_generator(x)
	return (((x >> 16) & 0x7FFF)%4)
end

local function cooldown_generator(x)
	return (60 + 15*(((x >> 16) & 0x7FFF)%2))
end

local function generate_tables()
	prevegg = -1
	currentegg = -1
	delaysequence = {}	-- re-initialize
	for loop=1,9 do
		-- function 1: determine cooldown
			RNG=advanceRNG(RNG)
			table.insert(delaysequence,cooldown_generator(RNG))
		-- function 2: determine where next egg drops & store it
			while prevegg == currentegg do	-- if duplicate: try again
				RNG=advanceRNG(RNG)
				currentegg = egg_generator(RNG)
			end
			prevegg = currentegg
	end
end

for bigloop2=1,1000 do
	RNG = initialRNG
	for bigloop=1,8309 do	-- 8482-175+4 = 8311
		RNG = advanceRNG(RNG)
	end
	local minigamestartRNG = RNG
	generate_tables()
	local totaldelay = 0
	for _, v in ipairs(delaysequence) do totaldelay = totaldelay + v end
	f:write(string.format("%d\t %08x\t %08x\t %d\n",timeoffset,initialRNG,minigamestartRNG,totaldelay))
	initialRNG = initialRNG + 1
	timeoffset = timeoffset + 1
end