spown mj

local function getmjvalnew(key)
local keynew = {}
local sumnval = 0
for _, v in ipairs(key) do
if v<=0 and next(keynew) then
sumnval = sumnval + getmjvalnew(keynew)
keynew = {}
elseif v>0 then
table.insert(keynew, v)
end
end
key = keynew
if not next(key) then return sumnval end
local fval = 0
if key[1] > 2 then
local newarr2 = clone(key)
newarr2[1] = newarr2[1] - 3
local nval = getmjvalnew(newarr2) + 1
if nval > fval then
fval = nval
end
end

if key[2] and key[3] and key[2]>0 and key[3]>0 then
local newarr2 = clone(key)
newarr2[1] = newarr2[1] - 1
newarr2[2] = newarr2[2] - 1
newarr2[3] = newarr2[3] - 1
local nval = getmjvalnew(newarr2) + 1
if nval > fval then
fval = nval
end
end

if #key > 1 then
local newarr2 = clone(key)
table.remove(newarr2, 1)
local nval = getmjvalnew(newarr2)
if nval > fval then
fval = nval
end
end
return sumnval + fval
end

local all = {}
function calcdx(al, n)
if all[n] then return all[n] end
all[n] = getmjvalnew(al)
end

local function calsum(n)
local ret = 0
local al = {}
while(n>0)do
table.insert(al, 1, n%10)
ret = ret + n%10
n = math.floor(n/10)
end
return ret, al
end

function spawnmj(n)
local sum, al = calsum(n)
if sum > 14 or #al > 9 then
return
end

if n > 0 then
calcdx(al, n)
print(n, all[n])
end

if #al == 9 then return end

for _,k in ipairs({1,2,3,4}) do
if sum + k<= 14 then
spawnmj(n*10+k)
end
end
end

spawnmj(0)
dump_t2f(all, "mjdx.lua")