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"pages": 9, "complete": true, "scope": "requested_overview_subtree" }, "baseline": { "ok": true, "identity": "user", "data": { "document": { "content": "# 03. 安置区与建筑\n\n## 1.1 中州区深垒工程与拓扑规划\n\n**概述：** \n自彗星撞击引发超级海啸与绝对冰冻期后，东部及沿海板块被数百米厚的洋流冰盖彻底封死。中州存续统筹委员会（ZSCC）依托战前紧急启动的“深垒计划”，利用西部阶梯地形的天然屏障，构建了五大战略级生存拓扑节点。\n\n冰河期安置区（深垒）的设计彻底摒弃了旧时代的建筑美学，全面转向\\*\\*“抗地壳挤压、极致热力学封闭、立体空间折叠”\\*\\*的极端生存建筑学。在全人类的宏大叙事中，这是不可撼动的文明最后堡垒；在真实的历史里，这些深埋地下的千万吨混凝土，是由第一代建设者用血肉之躯、不分昼夜的劳动意志生生浇筑而成的宏大纪念碑。每一个深垒的落成，背后都是无数为了让同胞活下去而永远留在岩层中的无名英雄。\n\n---\n\n### 3.1 总体建筑工程学通用标准\n\n- **岩层与冰川静压抗性（重力抗争）：** \n由于地表数百米冰川的巨大自重，浅层地下城顶部承受着极端的物理静压。所有大型穹顶与主干道均采用“抛物线型重力拱”设计，材质为高密度钛钢钢筋与防冻标号超过 C100 的超高强混凝土。每一根承重柱的深埋，都铭刻着大撤离初期工人们用肩膀扛起千万吨岩层、挽救火种的壮烈牺牲。\n- **绝对热隔离层：** \n所有与地表冰层或极寒岩石接触的外壁，均铺设厚达 2 米的复合保温层：外层为防潮沥青与特氟龙涂层，中层为纳米气凝胶或聚氨酯发泡板，内层为挂载式反射锡箔铝板。这层装甲，死死锁住了人类最后的体温。\n- **空气与气压循环（文明火种的极致倾斜）：** \n深垒内部维持微正压（+0.05个标准大气压），防止地表 -90℃ 的致命冷空气倒灌。所有连通地表的通风塔均配备“迷宫式加热回廊”与重力粉尘过滤网，利用反应堆废热预热冷空气。 \n在实际运行中，为了绝对保证核心区（聚变堆群、超级算力中心、人类基因种子库）的无尘与精密运转，统筹系统必须将最优质的新风配额向深层倾斜。而广大的工业区与外围生活区，呼吸的往往是混杂着铁锈、机油与汗水味的“次级循环空气”。**这并非剥削，而是全体地下居民为了保全人类未来所达成的悲壮共识。** 这种粗糙的空气，被工人们自豪地称为“文明还在跳动的味道”。\n\n---\n\n### 3.2 官方中央安置区空间拓扑（光与热的折叠）\n\n中央安置区代表了当前人类最高的土木工程水平，空间呈现极度的立体化与严密的功能分层。在这里，每一寸空间的分配都经过了智脑的极限演算，以实现生存效益的最大化。\n\n**节点 A：秦岭-长安零号枢纽（垂直深渊构型）**\n\n- **生态定位：** 全球调度中枢、全国交通原点、深渊磁浮总控枢纽。\n- **主轴结构：** 在花岗岩山体内部掏空形成的巨型倒锥形竖井（总落差超 1500 米）。秦岭主脉完美抵御了灾初期的海啸冲击波与后续毁灭性冷气团。\n- **层级分布：**\n\n - **地表层（-90℃）：** 仅保留重型升降平台的厚重开启装甲盖，以及由百米高的防风阻流板构成的重卡集结广场。\n - **上层环带（消杀整备区，+5℃）：** 环绕主升降井修建的工业环廊。布满巨大的机械臂、洗消液储罐和高压等离子除冰阵列。\n - **中层环带（生态与休整区，+20℃）：** 以悬索结构固定在主竖井岩壁上的环形建筑群。这里设有珍贵的“人造全光谱阳光模拟系统”。这并非高层的特权，而是**全人类的“精神疗愈所”**。常年不见天日的底层工人和地表归来的护航员，会按照严密的排班表来到这里，在“假太阳”下短暂沐浴紫外线，防止骨骼病变与群体性抑郁。一束人造光，支撑着数以十万计的劳动者重返深渊的勇气。\n - **井底核心（聚变堆与磁浮站，+30℃）：** 物理绝对隔绝的深层区域。包含全自动化的燃料提纯车间，以及深渊磁浮列车的真空泵阵列。无数核工业操作员在这里穿着厚重的防护服，忍受着高温与辐射。他们没有高官厚禄，只有过早衰老的身体，他们是真正燃烧自己、照亮整个深垒的现代普罗米修斯。\n\n**节点 B：巴蜀双子深垒（立体网格重工矩阵）**\n\n- **生态定位：** 最大规模人口庇护所、重型载具制造母星、基础裂变能源中心。地下人民的钢铁熔炉。\n- **主轴结构：** 利用四川盆地地壳断裂带及战前防空洞体系扩建的网格化矿洞城市。没有中心广场，只有纵横交错的重载通道。\n- **建筑特征：**\n\n - **高热锻造区（重庆地下）：** 位于深垒最底层，贴近地热活跃层。空间极其开阔，足以容纳 T-400 总装流水线。空气中弥漫着冷却液的白雾，墙壁因长期高温呈现焦黑色。这里没有日夜，只有锻锤的巨响和几代工人们交织的劳动号子，宣告着人类工业的心脏仍在狂跳。\n - **蜂巢居住单元（成都地下）：** 在通道两侧岩壁上如凿抽屉般开凿的密集居住舱。标准单元仅为 3m x 2m x 2m 的金属胶囊。每个胶囊共用后壁的循环通风和供水管道，视觉上如同密集的集装箱堆叠。在极其逼仄的狭窄过道里，挂满了洗得发白的工装。下班的钳工会把省下来的半块合成蛋白递给生病的邻居，巡逻的民兵会为熟睡的焊工掩上舱门。在这“最小生存冗余面积”里，孕育着严寒中最热气腾腾、最坚不可摧的互助公社。\n\n---\n\n### 3.3 地方安置区与特种保供区（默默奉献的供血者）\n\n针对特定地理条件进行的异形建筑改造，注重单一生存功能的极限放大。\n\n**节点 C：云贵岩溶农业区（生态培养穹顶）**\n\n- **生态定位：** 全国基础口粮与生物制品的核心保障基地。\n- **主轴结构：** 基于天然超大型喀斯特溶洞（高度可达 200 米，跨度数百米）改造的封闭生态温室体系。\n- **建筑特征：**\n\n - **梯田式水培塔：** 沿溶洞岩壁盘旋而上的巨型金属支架。每层均铺设浅水槽，流淌着由地热加热的富营养液。\n - **人造光源列阵：** 悬挂于溶洞顶部的超大型全光谱卤素灯阵列。光线极度刺眼，农业工人必须佩戴防强光护目镜作业。\n - **无声战线：** 在溶洞最底层设立巨大的不锈钢发酵罐与密集饲养网箱，利用有机废料进行高密度昆虫与真菌蛋白质转化。这片刺眼的地下农场，是几十万农业工人用辛劳的汗水和不可逆受损的视力，换取全人类种群存续的无声战线。\n\n**节点 D：大同深井碳基矿区（线状生存带）**\n\n- **生态定位：** 次级能源应急供应中心、地方防波堤的供暖底线。\n- **主轴结构：** 旧时代深层煤矿巷道的线性拓宽与加固。空间极度逼仄，呈现横向延伸的管状城市形态。\n- **建筑特征：**\n\n - **轨道生活区：** 由于缺乏平地，大量居住舱、医疗站甚至物资集散点，均直接焊死在废弃的矿车平板上，停靠在主干道两侧。\n - **高粉尘防护门：** 为防止煤尘爆炸与黑肺病蔓延，生活区与采矿区之间每隔 50 米设有一道沉重的液压气密隔离门，墙壁上布满煤灰与水汽混合的黑色油泥。当聚变能源需要全力供给战略防线时，是这里的煤矿工人主动签下生死状，走入高瓦斯矿井，用血肉之躯凿开旧时代的残煤，死死守住了外围地下城数千万同胞不被冻死的最后防线。\n\n---\n\n### 3.4 极地前哨站与地表设施（刺破冰雪的神经末梢）\n\n人类在地表抗击极寒的最前线，建筑设计完全向“抗风雪”与“防辐射”妥协。\n\n**节点 E：西北放射性原矿区（半埋入式掩体）**\n\n- **生态定位：** 钍基与铀基核燃料的先锋开采与粗炼地。受超级山脉阻隔，此地呈现极端干冷荒漠态，常年超强切变风将降雪剥离，使得矿脉直接裸露于 -90℃ 的地表。\n- **主轴结构：** 倾斜装甲地堡。建筑的地上部分呈现流线型的斜坡状，坡面与常年主风向平行，以抵御 14 级极地切变风。\n- **建筑特征：**\n\n - **多层屏蔽结构：** 由于处理高纯度核原料，标准墙体切面为：1 米防冻混凝土 + 20 厘米纯铅板 + 50 厘米含硼聚乙烯中子吸收层。\n - **无窗化设计：** 整个前哨站没有任何对外观察窗，完全依靠外部防冻高分辨率摄像头阵列与内部监控屏幕感知外界。驻守在这里的先锋军，是人类插在冰原上最坚硬的钉子，用忍受极度幽闭的代价，为深垒输送着源源不断的核能血液。\n\n---\n\n### 3.5 官方建筑设施通用细节\n\n- **多段式气闸系统：** 深垒所有连通地表的出入口均采用多段式气闸设计。最大气闸（供战略载具使用）门板厚度达 1.5 米，内部填充相变保温材料，单次启闭需耗时 15 分钟。这道沉重的铁门，隔绝了外面的死亡风雪，也守护了门内数亿人的安宁。\n- **管道暴露学（跳动的动脉）：** 在地下城中，为便于维修和释放溢散热量，所有粗壮的蒸汽管、供暖水管、通风管均不作隐蔽处理，直接裸露悬挂在通道天花板上。管道外包裹着破损的石棉隔热毡，时常滴落冷凝水。这不仅是工程的妥协，更是深垒跳动的血管，流淌着维修工人们世代传承的汗水。\n- **应急红光照明：** 深垒日常使用低色温的暖黄光以节约能源。但当反应堆输出功率下降或遭遇严重地质挤压时，走廊两侧的红色警报灯会强制接管，整个地下城将陷入凝重的暗红色调中。在那一刻，所有的争执与疲惫都会停止，全员进入最高戒备，随时准备投入抢险。\n\n---\n\n### 3.6 地表开拓公社聚落（冰原上的生命奇迹）\n\n在深垒空间极其有限的撤离初期，有一批无畏的幸存者自愿放弃了地下城的抽签资格，留在了地表。他们不具备建造大型承重结构的能力，于是将其聚落形态全面转向“寄生、深埋与废料重组”的极限热力学求生模式。在 ZSCC 的雷达扫描中，这些聚落被标记为“高危热力学异常点”，但在残酷的冰原上，这是开拓者用双手拼凑出的人类生命奇迹，也是地下城感知地表变化的“烽火台”。\n\n**形态 A：浅层盲肠（废弃浅层轨交网络）**\n\n- **生态定位：** 战前一二线城市遗址地下的浅层避难所（深度 10 米至 30 米）。\n- **主轴结构：** 旧时代的浅层地铁站与人防通道。因永久冻土膨胀，浅层结构极易发生冰川挤压与坍塌。\n- **建筑特征：**\n\n - **冰窟生态：** 地下水与倒灌的风雪将地铁隧道冻成了死胡同。四壁结满厚厚的黑冰，站厅层原本的闸机与广告牌被粗暴拆除充当燃料。\n - **车厢胶囊：** 开拓者不再建造房屋，而是直接将停滞在站台上的旧时代报废列车作为“恒温舱”。车厢内外被塞满工业保温棉、破旧衣物，车窗被多层钢板焊死。\n - **生命的浓烟：** 车厢内部常年燃烧着刺鼻的木煤气火炉，排烟管直接通向隧道顶端。这种恶劣的通风环境时常面临一氧化碳中毒的风险，但在这片被冰雪覆盖的绝境中，这刺鼻的烟味，就是同胞们彼此确认还活着的坐标。\n\n**形态 B：雪埋铁穴（沉浸式集装箱公社）**\n\n- **生态定位：** 远离城市废墟的冰原腹地、勘探车队的隐秘中转站。\n- **主轴结构：** 由数十个搜集而来的“旧时代 40 尺冷藏集装箱”首尾相连或错落堆叠而成的铁盒迷宫。\n- **建筑特征：**\n\n - **逆向掩埋逻辑：** 官方视积雪为大敌，而地表群众则主动将集装箱阵列安置在背风的凹坑中，任由暴风雪将其彻底掩埋。数米厚的积雪成为了隔绝 -90℃ 切变风的完美天然绝热层（极地雪屋效应）。这是劳动人民与残酷自然达成的伟大和解。\n - **内部贯通：** 幸存者用等离子切割机在相邻的集装箱舱壁上切出供人爬行的逼仄孔洞，形成完全不暴露在地表的地下蚁巢。从冰原上方俯视，仅能看到雪丘上冒出的几根伪装排气管。\n\n**形态 C：寄生空骸（战略载具的废土重构）**\n\n- **生态定位：** 官方主干线周边的临时营地。\n- **主轴结构：** ZSCC 遗弃在地表、已被抽离核堆芯与高密电容的 T-400 战略载具空置躯壳。\n- **建筑特征：**\n\n - **降维寄生：** T-400 的动力舱（B 节）本身配备了抵御核爆与极寒的顶级复合装甲。地表幸存者如同寄居蟹一般，钻入这具失去动力的钢铁巨兽体内。\n - **火塘重构（极致的工业浪漫）：** 原本安放微型钍基熔盐堆的防辐射空腔，被改造成了巨大的中央火塘。外部是残留着 ZSCC 高科技涂层与战损焦痕的绝对防御壁垒；内部却挂满了拾荒者打猎来的变异生物干肉、脏污的油毡布与熏黑的旧柴油桶。代表着高科技结晶的核心反应堆舱，最终成了地表老百姓熬汤、取暖、救助过路车队的巨大铁锅。这种极致的科技落差，谱写出了一曲最为浪漫的劳动史诗。\n\n---\n\n### 3.7 开拓者聚落物理特征与视觉质感\n\n由于缺乏基础建材与恒温能源，地表势力的生存空间在视觉与体感上呈现出极度的粗粝与厚重：\n\n- **绝对热量封锁（幽闭的代价）：** 为了将每一焦耳的热量死死锁在室内，所有的窗户概念被彻底抹除。生存空间极度逼仄，层高通常不足两米，成年人在聚落内部多需弯腰低头穿行。每一次低头，都是对极寒自然的敬畏。\n- **凝胶与冰岩糊墙法：** 面对钢铁结构的漏风缝隙，地表工匠将融化的雪水、废机油与粉碎的炉渣混合。利用尚未彻底冻结的几十秒窗口期，徒手将这种刺鼻的混合物死死按压、涂抹在缝隙处。数分钟后，其将冻结成硬度堪比花岗岩的黑灰色密封胶，成为地表最常见的粗糙“水泥”。这是人类用长满冻疮的双手，与 -90℃ 严寒硬生生抢夺生存空间的奇迹。\n- **微光与黑泥：** 室内永远处于昏暗状态，除了火炉散发的暗红微光，仅有少数由报废降级电池驱动的卤素灯散发着频闪的黄光。由于木煤气与废油的燃烧，所有墙壁均附着一层厚厚的油腻黑灰；地面则是由人员靴底带入的冰渣与煤灰混合而成的、永远无法干涸的黑色冻泥。在这片黑暗与泥泞中，人类文明的火种正顽强地燃烧着。", "document_id": "DSyrdcS2oocZClxzckycvAWTn2g", "revision_id": 173 } }, "_notice": { "update": { "command": "lark-cli update", "current": "1.0.81", "latest": "1.0.94", "message": "lark-cli 1.0.94 available, current 1.0.81, run: lark-cli update" } } }, "current": { "ok": true, "identity": "user", "data": { "document": { "content": "# [已弃用]03. 安置区与建筑\n\n## 概述\n\n冰河期安置区（深垒）的设计彻底摒弃旧时代建筑美学，全面转向“抗地壳挤压、极致热力学封闭、立体空间折叠”的极端生存建筑学。\n\n核心演变逻辑：战前规划的“一期庇护所”以家庭单元为蓝本。陨石撞击后，安置区人口远超设计容量，原有家庭房间被强制分割改造为胶囊居住舱。随着冰河一代出生，“家庭”的物理基础彻底瓦解，集体抚养与班组制度取而代之。\n\n深垒采用浅层-中层-深层三级复合体系：\n\n\n\n## 1. 五大深垒总览\n\n五大战略深垒选址遵循三重铁律：远离东部沿海、深嵌花岗岩基岩、就近能源与矿产资源。\n\n\n\n选址说明：\n\n- 秦岭：引水隧洞工程验证了秦岭花岗岩基底的大跨度地下空间可行性。施工期曾遭遇岩爆和突涌水，通过锚喷支护和超前地质预报解决。\n- 巴蜀：原方案“利用四川盆地地壳断裂带”存在重大安全隐患。经精密地质勘探，最终选址在盆地南部相对稳定的花岗岩穹窿区，避开了龙门山等主要活动断裂带。\n- 云贵：建设期对溶洞进行了大规模双液注浆填充和锚喷支护，形成稳定的封闭穹顶。\n- 西北：撞击导致喜马拉雅-青藏高原进一步隆升，形成超级山脉阻隔水汽。西北地区绝对干燥，强风剥离降雪，矿脉直接裸露于地表。\n\n## 2. 通用建筑工程标准\n\n\n\n## 3. 地热利用系统\n\n深垒利用深层地热梯度获取补充热能，降低对聚变堆的依赖。\n\n\n\n## 4. 分区光照制度\n\n深垒实行分区、分时的光照管理，兼顾节能、生理节律与心理健康。\n\n\n\n暗期规则：安全照明统一采用暗红色，对人眼暗适应影响最小。亮暗切换为30分钟渐变，模拟日出日落。床头微光灯每日限时1小时，超时消耗工分。\n\n分时工作的不同时间的居住区有不同的昼夜模拟系统，比如夜班的下班时，居住区逐渐变为夜晚，白班反之，短期工时则按需调整\n\n人造阳光疗愈区的“特定波段的UVB照射”不仅是为了对抗心理问题，更是为了全体居民的维生素D合成。这可能是一次例行的公共卫生项目。\n\n## 5. 中央安置区\n\n### 5.1 秦岭-长安零号枢纽\n\n构型：在花岗岩山体内部掏空形成的巨型倒锥形竖井，总落差1500米。\n\n\n\n精种库：位于井底核心最深处，独立岩洞。液氮罐阵列保存战前全球转移的数十万份农作物种子、畜禽胚胎、微生物菌种。调用需统筹委核心层五人联签。\n\n无光精密工厂：与聚变堆同层。完全无照明的全自动化生产设施，由智脑直接调度。仅每月一次人工巡检。\n\n### 5.2 巴蜀双子深垒\n\n构型：选址于四川盆地南部花岗岩穹窿区，利用既有防空洞体系扩建的网格化矿洞城市。\n\n\n\n两区域通过城际蛛网轨道连接。居民自称“双城人”。\n\n### 5.3 蜂巢居住单元\n\n**演变历史：**\n\n蜂巢的原型是战前规划的一期庇护所家庭宿舍。撞击后人口远超设计容量，统筹委被迫启动“空间压缩计划”：\n\n\n\n即使最早的胶囊舱，也配备一个物理按钮——按下后直接触发智脑警报，并定位到具体舱位。\n\n**胶囊标准单元：**\n\n\n\n**分配逻辑（常态稳定期）：**\n\n基本原则：工作单位决定居住位置。在哪个工段工作，就住哪个工段的宿舍区。同一宿舍段的人，白天在同一区域工作，晚上在相邻的胶囊舱睡觉。\n\n家庭关系不作为分配宿舍的依据，仅作为申请特定胶囊类型的资格依据：\n\n\n\n**家庭胶囊的特殊性：**\n\n家庭胶囊是深垒居住体系中唯一的“制度化石”。它只为旧世界的家庭关系保留——那些在撞击前就已经为人父母、带着孩子进入深垒的人。系统承认他们的亲子关系，给予一个稍大的舱体。\n\n但随着冰河一代出生，这个窗口永久关闭了。冰河一代可以结婚，可以生育，但永远不能“组建家庭”——因为“家庭”需要的那个物理空间，系统不再提供。但是很多人也会自称家人，不过已经是实质上的集体生活了。班组替代了家庭的情感功能，而非消灭了情感本身。\n\n到2060年，最后一批进入庇护所时出生的幼儿已满20岁，家庭胶囊以完全收回并作为其他作用。深垒中不再存在任何“一家三口住在一起”的物理形态。\n\n人员流动与宿舍调整：\n\n\n\n**视觉与生活细节：**\n\n- 宿舍区走廊的舱门旁贴着居住者信息：姓名、工段、血型、过敏史。\n- 调离者的舱门信息被撕掉，当晚就换上新名字。新来者会在舱壁上看到前任留下的刻痕——名字、日期、一句“我走了”\n- 走廊狭窄，两人侧身才能交错，挂满洗得发白的工装。胶囊舱以卷帘或推拉门封闭，内部只有床垫、一盏微光灯、一个储物格\n- 相邻舱室的声音无法隔绝，居民自发形成“装作听不见”的沉默默契，在新的胶囊仓的隔音变得更好了些，内部配备了应急广播，并且在逐步对老旧胶囊仓进行换装改造。\n- 早期的胶囊宿舍普遍简陋，很多是直接用钢架焊接而成，后期基本上都是工业产出的产品\n\n## 6. 地方安置区与特种保供区\n\n### 6.1 云贵岩溶农业区\n\n构型：基于天然超大型喀斯特溶洞（高度可达200米，跨度数百米）改造的封闭生态温室体系。\n\n\n\n### 6.2 大同深井碳基矿区\n\n构型：旧时代深层煤矿巷道的线性拓宽与加固。空间极度逼仄，呈横向延伸的管状城市形态。\n\n\n\n煤的用途：化工原料（CO₂合成气培蛋白的碳源）/ 冶金还原剂 / 应急供暖。\n\n生产状态：黑肺病发病率极高，平均寿命比深垒其他工种短15-20年。气密门自动关闭时，被隔绝在采矿区一侧的矿工生还概率极低。\n\n## 7. 极地前哨站\n\n### 7.1 西北放射性原矿区\n\n构型：倾斜装甲地堡。地上部分呈流线型斜坡状，抵御14级极地切变风。\n\n\n\n## 8. 应急避险硐室系统\n\n\n\n## 9. 地表开拓公社聚落\n\n地表开拓者不具备建造大型承重结构的能力，聚落形态全面转向“寄生、深埋与废料重组”。\n\n### 9.1 浅层盲肠（废弃轨交网络）\n\n\n\n### 9.2 雪埋铁穴（集装箱公社）\n\n\n\n### 9.3 寄生空骸（战略载具废土重构）\n\n\n\n### 9.4 聚落物理特征\n\n\n\n### 9.5 热井寄生（废热排放口共生聚落）\n\n", "document_id": "DSyrdcS2oocZClxzckycvAWTn2g", "revision_id": 552 } }, "_notice": { "update": { "command": "lark-cli update", "current": "1.0.81", "latest": "1.0.94", "message": "lark-cli 1.0.94 available, current 1.0.81, run: lark-cli update" } } }, "workbook": { "ok": true, "identity": "user", "data": { "create_time": "2026-04-16T09:04:00.000Z", "modified_time": "2026-05-15T12:03:19.000Z", "revision": 199, "sheets": [ { "chart_count": 0, "column_count": 2, "float_image_count": 0, "index": 0, "is_hidden": false, 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