🧪 Penumpukan Ramuan & Ergonomi Inventaris (Minecraft 26.3)
📌 Pernyataan Sumber Repositori: Dokumentasi dalam Wiki ini mencerminkan status kode sumber saat ini di repositori, yang mungkin mencakup komit terbaru yang belum dirilis atau fitur dalam tahap pengembangan mendahului build rilis publik di CurseForge dan Modrinth.
1. Official Infobox
| Parameter | Technical Details |
|---|---|
| Subsystem Name | Potion Stacking & Inventory Ergonomics Engine |
| Implementation Class | PotionStackerManager.java (getModifiedStackSize) |
| Registration Interface | CustomStackSizeOverride (Stack Size Adjuster API) |
| Target Item Types | PotionItem (Regular, Splash, Lingering, Water Bottles) |
| Secondary Fallback Items | MUSHROOM_STEW, RABBIT_STEW, BEETROOT_SOUP, SUSPICIOUS_STEW |
| Controlling GameRule | potion-stacker-addon:potion_limit (Default: 16) |
| Secondary GameRule | potion-stacker-addon:stew_limit (Default: 16) |
| Upper Bound Limit | Integer.MAX_VALUE (2,147,483,647) |
| Recommended Safe Ceiling | 39,768,215 (prevents Large Chest 32-bit integer overflow) |
2. Step-by-Step Player Survival Workflow
Brewing Potions at the Brewing Stand: Place blaze powder into the fuel slot. Insert three water bottles or awkward potions into the bottom three brewing slots. When shift-clicking from a stack of bottles in your inventory, exactly 1 bottle enters each empty slot, while the rest remains stacked in your hand or inventory.
Collecting Brewed Potions: When brewing finishes, shift-click the finished potions into your inventory. Identical potions (matching effects, duration, and potency) automatically merge into single item stacks up to the active
potionLimit(default: 16).Drinking & Throwing Potions in Combat:
- Regular Potions: Drinking a stacked potion consumes 1 potion from the stack and immediately places an empty glass bottle into the player's inventory (or drops it if full).
- Splash & Lingering Potions: Right-clicking hurls 1 projectile and decrements the stack count by 1. Rapid throwing from hotbar is smooth and frictionless.
Inventory & Storage Management: Chest and barrel slots hold full stacks. A single standard Chest (27 slots) holding stacks of 16 stores 432 potions, compared to only 27 potions in vanilla Minecraft.
3. Mathematical Formulas & Storage Density
Storage Compression Multiplier ($C$)
The inventory compression ratio achieved relative to vanilla unstackable potions ($S_{\text{vanilla}} = 1$) is: $$C = \frac{S_{\text{limit}}}{S_{\text{vanilla}}} = S_{\text{limit}}$$
For default settings ($S_{\text{limit}} = 16$): $$C = 16\times \text{ more potions per inventory slot}$$
Container Storage Capacities
$$\text{Capacity}{\text{chest}} = 27 \times S{\text{limit}}$$ $$\text{Capacity}{\text{double_chest}} = 54 \times S{\text{limit}}$$ $$\text{Capacity}{\text{player_inventory}} = 36 \times S{\text{limit}}$$
| Container Type | Slots | Vanilla Capacity ($S=1$) | Modded Default ($S=16$) | Storage Gain |
|---|---|---|---|---|
| Player Hotbar | 9 | 9 potions | 144 potions | $+135$ potions |
| Main Inventory | 27 | 27 potions | 432 potions | $+405$ potions |
| Single Chest / Barrel | 27 | 27 potions | 432 potions | $+405$ potions |
| Large Double Chest | 54 | 54 potions | 864 potions | $+810$ potions |
| Shulker Box | 27 | 27 potions | 432 potions | $+405$ potions |
The 32-Bit Integer Safe Ceiling ($S_{\text{safe}}$)
$$S_{\text{safe}} = \left\lfloor \frac{2^{31} - 1}{54} \right\rfloor = \left\lfloor \frac{2{,}147{,}483{,}647}{54} \right\rfloor = 39{,}768{,}215$$
4. Visual ASCII Diagrams & State Machine
[ Item Stack Size Query: getModifiedStackSize(item, original) ]
|
v
Is original <= 0?
/ \
YES NO
/ \
Return original Is item instanceof PotionItem?
/ \
YES NO
/ \
Return potionLimit Is item stew/soup?
(Default: 16) / \
YES NO
/ \
Is stew-stacker-addon loaded? Return -1
/ \ (Vanilla/fallback)
YES NO
/ \
Return -1 Return stewLimit
(Defer to sibling) (Default: 16)