I'm AveryArk

1-- Suspends local execution until server confirmation is received
2local function register_replicate_context(self: StoryInternal, context_id: string)
3    local pending = self._PendingReplicateContexts[context_id] or {}
4    self._PendingReplicateContexts[context_id] = pending
5
6    local promise = self._Maid:AddPromise(Promise.new(function(resolve, reject, on_cancel)
7        local callback = function(confirmed)
8            self._ContextData[context_id] = confirmed
9            resolve(confirmed)
10        end
11        table.insert(pending, { callback = callback, startTime = os.clock() })
12    end))
13    table.insert(self._ActiveReplicatePromises, promise)
14    return promise
15end
16
17function Story.ReplicateContextAsync(self: StoryInternal, context_id: string, data: any)
18    if RunService:IsServer() then
19        -- Server validates and broadcasts confirmed state to all peers
20        Networking:BroadcastContext(self.Id, context_id, data)
21        return Promise.resolve(data)
22    end
23
24    if self.RunMode == "Subject" then
25        -- Subject sends hit claim to server and waits for confirmation
26        Networking:ReplicateContext(self.Id, context_id, data)
27        return register_replicate_context(self, context_id)
28    end
29
30    if self.RunMode == "Observer" then
31        -- Observers wait passively for server broadcast
32        if self._ContextData[context_id] ~= nil then
33            return Promise.resolve(self._ContextData[context_id])
34        end
35        return register_replicate_context(self, context_id)
36    end
37end

1
2-- Custom hitboxes using SAT theorm
3local function is_block_intersecting_aabb(part_cframe, part_size, box_cframe, box_size)
4    local D = part_cframe.Position - box_cframe.Position
5    local half_part = part_size / 2
6    local half_box = box_size / 2
7
8    local L = get_cframe_axes(part_cframe)
9    local E = { Vector3.xAxis, Vector3.yAxis, Vector3.zAxis }
10
11    local function check_axis(axis)
12        local t = math.abs(D:Dot(axis))
13        local Ra = (half_part.X * math.abs(L[1]:Dot(axis))) +
14                   (half_part.Y * math.abs(L[2]:Dot(axis))) +
15                   (half_part.Z * math.abs(L[3]:Dot(axis)))
16        local Rb = (half_box.X * math.abs(E[1]:Dot(axis))) +
17                   (half_box.Y * math.abs(E[2]:Dot(axis))) +
18                   (half_box.Z * math.abs(E[3]:Dot(axis)))
19        return t <= (Ra + Rb)
20    end
21
22    for i = 1, 3 do if not check_axis(L[i]) then return false end end
23    for i = 1, 3 do if not check_axis(E[i]) then return false end end
24    return true
25end
26-- Recursive subdivision
27local function check_voxelisation(hitbox_cframe, hitbox_size, hitbox_shape, cframe, size, shape, MIN_SIZE, THRESHOLD, voxels, debris, iteration, MAX_ITER)
28    if iteration >= MAX_ITER then return voxels, debris end
29
30    local can_voxelise, new_voxels = voxelise(cframe, size, shape, MIN_SIZE, THRESHOLD)
31    if not can_voxelise then
32        table.insert(debris, {cframe, size})
33        return voxels, debris
34    end
35
36    local intersecting = get_intersect_block(hitbox_cframe, hitbox_size, new_voxels)
37
38    for _, set in new_voxels do
39        if not table.find(intersecting, set) then table.insert(voxels, set) end
40    end
41
42    for _, set in intersecting do
43        check_voxelisation(
44            hitbox_cframe, hitbox_size, hitbox_shape,
45            set.cframe, set.size, set.shape,
46            MIN_SIZE, THRESHOLD, voxels, debris, iteration + 1, MAX_ITER
47        )
48    end
49    return voxels, debris
50end
51
52-- Replication of debris and debris transformation
53-- SerDes
54local position_sd = squash.f32()
55local rotation_sd = squash.f32()
56local DEBRIS_ID_SQUASH = squash.string(8)
57
58local DEBRIS_REPLICATION_RECORD = squash.record {
59    part_id = squash.T(DEBRIS_ID_SQUASH),
60    position = squash.T(squash.Vector3(position_sd)),
61    rotation = squash.T(squash.Vector3(rotation_sd))
62}
63
64-- SERVER: Binary serialization of debris transforms
65local function get_buffer(debris: BasePart)
66    local cursor = squash.cursor()
67    local x, y, z = debris.CFrame:ToEulerAnglesXYZ()
68
69    DEBRIS_REPLICATION_RECORD.ser(cursor, {
70        part_id = debris.Name,
71        position = debris.CFrame.Position,
72        rotation = Vector3.new(x, y, z)
73    })
74    return squash.tobuffer(cursor)
75end
76
77-- CLIENT: Batched spatial interpolation
78step_connection:Connect(function(dt)
79    local parts, cframes = {}, {}
80
81    for part, target_cframe in client_active_debris do
82        if part.CFrame ~= target_cframe then
83            table.insert(parts, part)
84            table.insert(cframes, part.CFrame:Lerp(target_cframe, 0.175))
85        end
86    end
87
88    if #parts > 0 then
89        -- Fires CFrame updates for thousands of parts in a single C++ call
90        workspace:BulkMoveTo(parts, cframes)
91    end
92end)
93  

1-- Dialogue is an easily customisable class
2dialogueIndex = {
3        [1] = "Ah, another adventurer seeking the finest craftsmanship! I've got just the thing for you.",
4        [2] = "Take a look at this beauty. Forged with care and reinforced with enchanted steel, it'll withstand the toughest of battles. A true masterpiece, if I say so myself",
5
6        -- Interaction --
7        [3] = "Goodbye",
8        [4] = "Ok",
9        [6] = "Claim Loot"
10},
11
12dialogue = {
13  [1] = function(session: dialogueClasss)
14      local dialogue = require(ReplicatedStorage.client.dialogue)
15
16      session:reset()
17      session:text(1, true)
18      session:manifest()
19      session:wait()
20      session:button(4)
21      session:onButton(4):Wait()
22
23      session:reset()
24      session:text(2, false)
25      session:wait()
26      session:loot({
27              [dialogue.lootModifier.icon] = "rbxassetid://13812120467",
28              [dialogue.lootModifier.text] = "Iron Sword",
29              [dialogue.lootModifier.lootType] = dialogue.lootType.item,
30              [dialogue.lootModifier.quantity] = 1,
31      })
32      session:button(6, {
33              [dialogue.buttonModifier.backgroundColor] = Color3.fromRGB(86, 255, 67),
34              [dialogue.buttonModifier.shadowColor] = Color3.fromRGB(40, 40, 40)
35      })
36      session:button(3)
37      session:onButton(6):Once(function()
38              session:Destroy()
39      end)
40      session:onButton(3):Once(function()
41              session:Destroy()
42      end)
43  end
44}
45