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--[[
An inventory, with a shape!
Items are stored in a 1-d array, array is 1-indexed
]]
local reg = nrequire("inventory/inventory.lua")
local itm = nrequire("item.lua")
local inv = {}
if CLIENT then inv = nrequire("cl_shaped.lua") end
inv.Name = "Shaped Inventory"
inv.tracker = {}
inv.width = 5
inv.height = 5
local function calcposition(width,height,row,col)
return ((row-1) * width) + col
end
local function canfitin(self,arow,acol,shape)
for rn,row in ipairs(shape) do
for cn,col in ipairs(row) do
local absrow,abscol = arow + rn - 1, acol + cn - 1
print("absrow was",absrow,"abscol was",abscol)
local slot = calcposition(self.width,self.height,absrow,abscol)
if col and ((self.tracker[slot] ~= nil) or (absrow > self.width) or (abscol > self.height)) then
return false
end
end
end
return true
end
function inv:FindPlaceFor(item)
for row = 1, self.height do
for col = 1, self.width do
if canfitin(self,row,col,item.Shape) then
return {row,col}
end
end
end
return nil
end
function inv:CanFitIn(tbl,item)
if canfitin(self,tbl[1],tbl[2],item.Shape) then
return true
else
return "Could not fit :("
end
end
function inv:Put(tbl,item)
print("Calling put")
--Set the item's shape to true
for rn,row in ipairs(item.Shape) do
for cn,col in ipairs(row) do
if col then
local slot = calcposition(self.width,self.height,tbl[1] + rn - 1,tbl[2] + cn - 1)
self.tracker[slot] = 1
end
end
end
--Now set the item in the correct slot
print("Put item at ",tbl[1],tbl[2])
local slot = calcposition(self.width,self.height,tbl[1],tbl[2])
print("Slot is",slot)
self.tracker[slot] = item
end
function inv:Has(ptr)
local compare_func = ptr
if type(ptr) == "string" then
compare_func = function(t)
return t.Name == ptr
end
end
for k,v in pairs(self.tracker) do
if type(v) == "table" and compare_func(v) then
local row = math.ceil(k / self.width)
local col = k % self.width
print("Has is retuning",row,col)
return {row,col}
end
end
return nil
end
function inv:Remove(tbl)
local slot = calcposition(self.width,self.height,tbl[1],tbl[2])
print("Slot is",slot)
local item = self.tracker[slot]
self.tracker[slot] = nil
for rn,row in ipairs(item.Shape) do
for cn,col in ipairs(row) do
if col then
slot = calcposition(self.width,self.height,tbl[1] + rn - 1,tbl[2] + cn - 1)
self.tracker[slot] = nil
end
end
end
end
function inv:Get(tbl)
local slot = calcposition(self.width,self.height,tbl[1],tbl[2])
return self.tracker[slot]
end
function inv:Serialize()
--Turn it into a sparse table
local ret = {}
for k,v in pairs(self.tracker) do
if type(v) == "table" then
local row = math.ceil(k / self.width)
local col = k % self.width
ret[v.Name] = {{row,col},v:Serialize()}
end
end
return util.TableToJSON(ret)
end
function inv:DeSerialize(str)
print("Deserialize str is", str)
local ret = table.Copy(self)
local tbl = util.JSONToTable(str)
print("unjsoned is",tbl,type(tbl))
PrintTable(tbl)
for k,v in pairs(tbl) do
local name = k
local pos = v[1]
local data = v[2]
local item = itm.GetItemFromData(name,data)
print("Got item",item)
PrintTable(item)
print("got pos",pos)
ret:Put(pos,item)
--ret.tracker[pos] = itm.GetItemFromData(name,data)
end
return ret
end
reg.RegisterInventory(inv)
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