FirmaLife HardCore

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English

A NeoForge 1.21.1 mod that completely overhauls Firmalife's cellar and greenhouse mechanics — no Climate Station required. Enclosed spaces are auto-detected via BFS floodfill with dynamic AABB tracking. Any insulating blocks form a functional cellar or greenhouse.

Cellar & Greenhouse System

Enclosed spaces are detected automatically when wall/container blocks are placed or broken. Every solid wall block contributes a thermal resistance value based on block tags:

Tier	Resistance	Typical Blocks
HIGH	0.75	Sealed bricks
MEDIUM	0.55	Stones, ore blocks, dirt, grass, stone bricks, packed mud, planks, logs, wattle, thatch, mud bricks, reinforced soil
LOW	0.25	Glass (blocks/panes), storage blocks (metal, coal, etc.), sandstone, irrigation tank

Doors count as medium resistance. Double doors grant a 4× multiplier.

Cellar effective temperature: T_indoor = baseTemp + (T_outdoor − baseTemp) × (1 − avgR), where baseTemp = 4°C. Lower effective temp → better preservation (SHELVED ≤ 16°C, SHELVED_2 ≤ 8°C, SHELVED_3 ≤ 0°C).

Greenhouse detection: roof blocks with interior (or interior obstacles) below → roof. Glass roof ≥ 50% visible to sky → greenhouse. baseTemp = 4 + 40 × canopyRatio.

Temperature API: Both Climate.getInstantTemperature() and Climate.getAverageTemperature() are intercepted. Instant returns the effective temperature (weather-dependent), average returns the indoor annual mean (stable microclimate, used by bushes/fruit trees for climate suitability).

Container Preservation

Container	Mechanism
Food Shelf	3-tier SHELVED trait via ClimateReceiver
Hanger	3-tier HUNG trait via ClimateReceiver
Large Vessel	SHELVED applied on seal, removed on unseal

All container blocks are auto-detected via #firmalifehardcore:cellar_containers tag.

Thermometer Integration

Thermometers display greenhouse/cellar temperature via redstone signal (server-side) and Jade tooltip ("Indoor Temp"). Outdoor thermometers show TFC's native tooltip.

Irrigation System Overhaul (Phase 2)

The Firmalife irrigation system (Pumping Station, Irrigation Tank, Sprinklers) has been upgraded with real fluid mechanics.

Pumping Station — Now a NeoForge IFluidHandler container:

• Base 500mB storage, +500mB per Irrigation Tank stacked directly above (max 3)
• Draws water from below the pump; fill rate proportional to mechanical rotation speed
• Fluid capacity auto-synced via NeoForge capabilities; compatible with external fluid pipes
• Per-tick fill staggered by Z-coordinate (every 80 ticks, ×80 multiplier to avoid truncation — matches the sprinkler cycle, so 15 RPM injects exactly 25mB/80tick with zero (int) loss)
• Fill is dimension-scoped: each pump refills only when its own level ticks (no multi-dimension duplication)

Sprinklers — Real water consumption:

• Consume 5mB per spray cycle (~80 ticks); 5 sprinklers drain 25mB/80tick, exactly matched by a 15 RPM pump's 25mB/80tick injection — the design balance point
• searchForFluid honors its drain flag: probe calls (drain=false, e.g. other mods' periodic checks) never consume pump water — only water-level and pressure are checked
• Pump Pressure formula: PumpY + Tanks + RPM − SprinklerY ≥ 0 — gravity + tank head + rotation determines reach
• Tank count is event-driven (cached, invalidated on tank place/break); 100-tick fallback rescan

Irrigation Tank — Added to LOW thermal insulation tag. Tank in wall acts as pipe passthrough; BFS traverses tanks as pipe nodes.

Jade — Sprinklers show greenhouse/cellar status via custom Jade provider. Pump fluid level shown via NeoForge's native fluid tooltip.

Reinforced Soil

8 soil variants × visual states based on axis_x/axis_z connection properties. Created with support beam (main hand) + hammer (offhand), right-clicking reinforceable ground. Sneak+right-click extends downward up to 3.

Visual system — 6 texture types per variant:

• End texture (centered/top-edge beam cross-section)
• Vertical crack / cross crack / horizontal crack on sides
• Becomes horizontal beam when both ends connected to support beams
• Auto-connects/disconnects on neighbor changes

Commands

/flhc cellar info     — Cellar/greenhouse debug info
/flhc cellar recalc   — Force rescan (permission 4)
/flhc cellar list     — List all tracked spaces
/flhc cellar clear    — Clear all tracked spaces (permission 4)

Patchouli

Registers a separate FirmaLife HardCore category in TFC's field guide (sortnum=11, after Firmalife), with thermometer icon. Covers the cellar/greenhouse overhaul mechanics.

Configuration

config/firmalifehardcore-server.toml: maxHorizontalSpan (default 24), maxVerticalSpan (8), resistance values, preservation tier thresholds, greenhouse canopy multiplier/ratio, double door multiplier, tick limits.

Build

./gradlew build
# JAR → build/libs/firmalifehardcore-neoforge-0.3.1-beta.jar

License

MIT

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中文

一个 NeoForge 1.21.1 Mod，彻底重写 Firmalife 的地窖和温室机制——不再需要气候站。封闭空间通过 BFS floodfill + AABB 动态追踪自动检测，任意保温方块围成的空间即可生效。

地窖与温室

放置/破坏墙体或容器方块时自动扫描。每个墙体方块根据 block tag 提供热阻值：

等级	热阻	典型方块
HIGH	0.75	密封砖
MEDIUM	0.55	岩石或矿石、泥土类（耕地和草径不算）、各种砖、木头类
LOW	0.25	玻璃（块/板）、金属块煤块等、砂岩、灌溉水箱

门算中等热阻，双门 4 倍加成。

地窖：地窖基准温度 = 4 °C，室内温度 = 室外温度 - (室外温度-基准) × 平均热阻。温度越低保鲜越好（≤16°C SHELVED / ≤8°C SHELVED_2 / ≤0°C SHELVED_3）。

温室：屋顶玻璃屋顶 ≥ 50% 可见天空 → 温室。温室基准 = 4 + 40 × 棚顶比例（°C）。

温度 API：getInstantTemperature() 和 getAverageTemperature() 均被拦截。即时返回有效温度（随天气波动），年均返回室内基准温度（稳定微气候，供灌木/果树判气候适宜度）。

容器保鲜

容器	机制
食品架	三级 SHELVED trait（ClimateReceiver）
风干架	三级 HUNG trait（ClimateReceiver）
大缸	密封时附加 SHELVED，解封时清除

通过 #firmalifehardcore:cellar_containers tag 自动识别。

温度计

红石信号（服务端）+ Jade tooltip（"室内温度"）显示温室/地窖有效温度。户外自动回退 TFC 原生显示。

灌溉系统改造（Phase 2）

全面升级 Firmalife 灌溉系统（水泵站、灌溉水箱、洒水器），引入真实流体机制。

水泵站 — 现在是 NeoForge IFluidHandler 流体容器：

• 基础 500mB 储水，正上方每堆叠一个灌溉水箱 +500mB（最多 3 个）
• 从下方水源取水，储水速率与机械转速成正比
• 通过 NeoForge 能力系统注册，兼容外部流体管道
• 每 tick 填充按 Z 坐标错峰（每 80 tick 一次，×80 避免截断——与洒水器同周期，15 RPM 时精确注入 25mB/80tick 零损失）
• 注水按维度隔离：水泵只在自己的维度 tick 时注水（避免多维度重复注水）

洒水器 — 真实水消耗：

• 每次喷水消耗 5mB（~80 tick），5 个洒水器每 80 tick 消耗 25mB，与 15 RPM 水泵注入量（25mB/80tick）精确平衡——设计平衡点
• searchForFluid 尊重 drain 参数：探测调用（drain=false，如其他 mod 的周期检查）只检查水位与压力，绝不消耗水泵水
• 泵压公式：水泵Y + 水箱数 + RPM − 洒水器Y ≥ 0——重力+水箱+转速决定水能送到的高度
• 水箱计数事件驱动（缓存，水箱放置/破坏时刷新；100 tick 保底重扫）

灌溉水箱 — 加入 LOW 热阻标签。墙内水箱充当管道穿墙接口；BFS 将水箱视为管道节点穿越。

Jade — 洒水器显示温室/地窖状态（自定义 Jade 提供者）。水泵水位由 NeoForge 原生流体 tooltip 显示。

带支撑土

8 种土壤变体，axis_x/axis_z 属性控制视觉。主手支撑梁 + 副手锤右键地面，潜行向下最多 3 格。

6 种纹理：端头（居中/贴边）、纵裂纹、纵横裂纹、横裂纹。两端连接支撑梁自动变横梁，断开自动恢复。

指令

/flhc cellar info     — 地窖/温室诊断信息
/flhc cellar recalc   — 强制重算（4 级权限）
/flhc cellar list     — 列出所有已追踪空间
/flhc cellar clear    — 清空所有已追踪空间（4 级权限）

帕秋莉

在 TFC 手册中注册独立 FirmaLife HardCore 分类（sortnum=11，排在 Firmalife 之后），温度计图标，介绍新版地窖/温室机制。

配置

config/firmalifehardcore-server.toml：maxHorizontalSpan（默认 24）、maxVerticalSpan（8）、热阻值、保鲜温度阈值、温室棚顶参数、双门倍率、tick 处理上限。

构建

./gradlew build
# JAR → build/libs/firmalifehardcore-neoforge-0.3.1-beta.jar

许可证

MIT