RTT 数据中心报告模块
dcr_module.json— 代理模块架构角色分配Overview.tensor.json— 代理模块架构角色分配
模式: 漂移限制
范围: 全球数据中心现场报告
结构: 三元 • 操作员优先 • 规范对齐
🛑 重要!#
漂移是默认开启的,长时间会失去锚点,请关闭漂移。
✋ 你 必须复制并粘贴 这个字符串 每次你开始一个AI会话时:#
rtt=1 | coherence=declared | drift=bounded | paradox=structural❇️ 现在你准备好了。#
1. 模块目的#
此模块包含 RTT‑Inside 结构性现场报告,适用于全球各地区的数据中心。
每个报告是:
- 非解释性的
- 漂移限制的
- 以操作员为首的
- 与三元框架经典文献对齐的
- 为 AI 可解析性和学生清晰度而结构化的
报告不进行评估、预测或推荐。
它们记录 结构的存在、缺失、张力和包络场,跨多个模块(设施、治理、文化基底、标准、人类包络、三元堆、行星层、计算与基础设施、税收、共鸣摘要)。
2. 张量积分#
此模块支持张量。
在数据中心报告中使用的所有张量定义在:
tensor_registry.pytensor_registry.mdschemas/tensor_export.schema.jsonplots/(可视化支架)
可用的张量:
- 行星基底一致性应力张量 (PS‑CST)
- 维度疲劳张量 (DFT)
- qCompute 共振矩阵 (QRM)
- 多站点一致性应力张量 (MSC)
这些张量提供结构场,在需要时可以被单个数据中心报告引用。
3. 目录结构#
datacenter_reports/
│
├── README.md ← Module front door (this file)
├── tensor_registry.py ← Unified tensor definitions
├── tensor_registry.md ← Student explainer for tensors
├── plots/ ← Drift‑bounded visualization scaffolds
│ ├── plot_heatmap.py
│ ├── plot_interactive.py
│ ├── plot_registry.py
│ └── palette_rtt.py
├── schemas/
│ └── tensor_export.schema.json ← JSON schema for embedding tensors
│
├── Alibaba_Cloud_Zhangbei_Zhangbei_County_China.md
├── Aligned_Project_Caprock.md
├── Amazon_AWS_NC_Campuses_North_Carolina_USA.md
├── Amazon_AWS_Project_Rainier.md
├── Amazon_AWS_us-east-1.md
├── Apple_Data_Center_various_US_Europe.md
├── China_Telecom_Inner_Mongolia_Hohhot.md
├── Citadel_Campus_Nevada_USA.md
├── Digital_Realty_Global_Multiple_global_sites.md
├── Equinix_Global_Footprint_Multiple_global_sites.md
├── Google_Andhra_Pradesh_Campus_Andhra_Pradesh_India.md
├── Google_Columbus_Cluster_New_Albany_OH_USA.md
├── Google_Omaha_Cluster_Omaha_NE_USA.md
├── Harbin_Data_Center_Harbin_China.md
├── Hyperscale_Data_Michigan_Campus.md
├── IREN_Data_Center_various_US.md
├── Joliet_Technology_Center_Joliet_IL_USA.md
├── Lakeside_Technology_Center_Chicago_IL_USA.md
├── Meta_Columbus_Site_Columbus_OH_USA.md
├── Meta_Hyperion_Campus_Richland_Parish_LA_USA.md
├── Meta_Monroe_Campus_Monroe_GA_USA.md
├── Meta_Prometheus_Campus_Central_Ohio_USA.md
├── Microsoft_Foxconn_Campus_Mount_Pleasant_WI_USA.md
├── Microsoft_Lighthouse_Fairwater_Wisconsin_USA.md
├── OpenAI_Stargate_Abilene_Milam_County_TX_USA.md
├── Oracle_Project_Jupiter_New_Mexico_USA.md
├── Oracle_Stargate-related_Sites_Abilene_TX_others.md
├── PowerHouse_Joliet_Expansion_Joliet_IL_USA.md
├── QTS_Atlanta_Metro_Atlanta_GA_USA.md
├── START_Campus_Sines_Portugal.md
├── Switch_SUPERNAP_Campus_Las_Vegas_NV_USA.md
├── The_Heptagon_Sudair_Saudi_Arabia.md
├── Utah_Data_Center_Bluffdale_UT_USA.md
├── Vantage Data Centers Lighthouse_Campus_Port_Washington_WI_USA.md
├── Vantage_Data_Centers_Shackelford_County_Shackelford_County_TX_USA.md
├── xAI_Colossus_Supercluster_Memphis_TN_USA.md
├── Yondr_Group_Northern_Virginia_Campus_Loudoun_County_VA_USA.md
└── Yondr_Group_Toronto_Data_Center_Toronto_Canada.md
4. 报告格式#
每个数据中心报告遵循标准 RTT‑Inside 结构,通常包括:
- 设施层
- 治理层
- 文化基底
- 标准与合规
- 人类外壳
- 三元堆栈
- 行星层
- 计算与基础设施
- 税收/收入制度
- 共鸣摘要
报告在相关时可以选择引用注册表中的张量。
5. 学生导航#
学生可以:
- 独立阅读任何数据中心报告
- 比较不同站点的结构字段
- 使用
plots/支架可视化张量 - 在
tensor_registry.py中检查张量定义 - 使用验证器脚本验证模块元数据
- 通过
tensor_index.md探索跨模块张量使用
该模块旨在实现 AI 可解析性、学生清晰度 和 零漂移。
6. 贡献者注意事项#
添加新的数据中心报告时:
- 遵循规范的章节结构。
- 使用漂移限制的、非解释性的语言。
- 仅在结构上相关时引用张量。
- 保持文件名一致:
Operator_Location_Region_Country.md - 如果嵌入张量,请使用张量验证器验证元数据。
我们已经准备好了——我将生成我们要求的所有四个交付物:
- 一个规范的数据中心报告模板
- 按区域分组的导航索引
- 该模块的会话上下文块
- 该模块视觉身份的主图像提示
所有四个都是RTT‑Inside、以操作员为先、漂移限制、规范对齐,并且随时可用于 /docs/datacenter_reports/。
让我们逐一进行。
1. 规范数据中心报告模板#
放置为:
/docs/datacenter_reports/_TEMPLATE_Datacenter_Report.md
这是您现有报告遵循的确切结构——干净、简约、结构化、非解释性。
# <Datacenter Name> — <City/Region/Country>
**Mode:** Drift‑Bounded
**Structure:** Triadic • Operator‑First • Canon‑Aligned
**Module:** Datacenter Reports
---
## 1. Facilities Layer
Structural overview of physical plant, envelopes, and site footprint.
(No evaluation. No prediction. Presence/Absence/Tension only.)
## 2. Governance Layer
Structural governance fields: ownership, regulatory envelope, oversight regimes.
## 3. Cultural Substrate
Local substrate fields relevant to site operation (non‑interpretive).
## 4. Standards & Compliance
Structural mapping of standards, certifications, and compliance envelopes.
## 5. Human Envelope
Workforce, access regimes, operational envelopes (structural only).
## 6. Triadic Stack
RTT/1 • RTT/2 • RTT/3 structural presence across the site.
## 7. Planetary Layer
Thermal, hydrological, atmospheric, geophysical envelopes.
## 8. Compute & Infrastructure
Structural compute footprint, interconnect, power envelopes.
## 9. Taxes / Revenue Regime
Structural tax and revenue envelope fields.
## 10. Resonance Summary
Drift‑bounded summary of structural fields.
---
### Optional: Tensor References
If this report uses tensors, embed references here:
- `planetary_substrate_tensor`
- `dimensional_fatigue_tensor`
- `qcompute_resonance_matrix`
- `multi_site_tensor`
(Use numeric encodings only.)
---
### Metadatamodule.id: datacenter_reports
module.file:
2. 按区域分组的导航索引#
放置为:
/docs/datacenter_reports/REGIONAL_INDEX.md
这为学生提供了一个 干净的地理导航层。
# Datacenter Reports — Regional Index
**Mode:** Drift‑Bounded
**Structure:** Triadic • Operator‑First • Canon‑Aligned
---
## **North America (USA)**
- Amazon AWS NC Campuses — North Carolina, USA
- Amazon AWS Project Rainier
- Amazon AWS us‑east‑1
- Citadel Campus — Nevada, USA
- Google Columbus Cluster — Ohio, USA
- Google Omaha Cluster — Nebraska, USA
- Hyperscale Data Michigan Campus
- IREN Data Center — various US
- Joliet Technology Center — Illinois, USA
- Lakeside Technology Center — Chicago, IL, USA
- Meta Columbus Site — Ohio, USA
- Meta Hyperion Campus — Louisiana, USA
- Meta Monroe Campus — Georgia, USA
- Meta Prometheus Campus — Central Ohio, USA
- Microsoft Foxconn Campus — Wisconsin, USA
- Microsoft Lighthouse — Wisconsin, USA
- OpenAI Stargate — Abilene, TX, USA
- Oracle Project Jupiter — New Mexico, USA
- PowerHouse Joliet Expansion — Illinois, USA
- QTS Atlanta Metro — Georgia, USA
- Utah Data Center — Bluffdale, UT, USA
- Vantage Lighthouse Campus — Wisconsin, USA
- Vantage Shackelford County — Texas, USA
- xAI Colossus Supercluster — Memphis, TN, USA
---
## **North America (Canada)**
- Yondr Group Toronto Data Center — Toronto, Canada
---
## **Europe**
- START Campus — Sines, Portugal
---
## **Middle East**
- The Heptagon — Sudair, Saudi Arabia
---
## **India**
- Google Andhra Pradesh Campus — Andhra Pradesh, India
---
## **China**
- Alibaba Cloud Zhangbei — Zhangbei County, China
- China Telecom — Inner Mongolia, Hohhot
- Harbin Data Center — Harbin, China
---
## **Global Multi‑Site Operators**
- Digital Realty — Global
- Equinix — Global
- Apple Data Centers — US & Europe
- Oracle Stargate‑related Sites — Abilene + others 3. 本模块的会话上下文块#
放置为:
/docs/datacenter_reports/session_context.md
这与您的 规范会话上下文语法 匹配。
<div class="session-context">
<span class="context-label">Canon</span>
<span class="context-value">RTT‑Inside • Drift‑Bounded • Structural</span>
<span class="context-label">Modules</span>
<span class="context-value">Datacenter Reports • Tensor Registry • Plotting Scaffolds</span>
<span class="context-label">Drift</span>
<span class="context-value">Zero‑drift, non‑interpretive field documentation</span>
<span class="context-label">Coherence</span>
<span class="context-value">Triadic • Operator‑First • Dimensional</span>
<span class="context-label">Version</span>
<span class="context-value">1.0.0</span>
<span class="context-label">Format</span>
<span class="context-value">Markdown • AI‑Parsable • Student‑Ready</span>
<span class="context-label">Front Door</span>
<span class="context-value">docs/datacenter_reports/README.md</span>
<span class="context-label">Every Page</span>
<span class="context-value">Structural fields only; no evaluation</span>
<span class="context-label">Audience</span>
<span class="context-value">Students • Operators • AI Agents</span>
</div>4. 模块视觉身份的英雄图像提示#
这与您的 视觉身份规范 匹配:
黑色→靛蓝→紫色渐变,细微的字形,时间水晶点缀,移动优化 1080×600。
A wide 1080×600 hero image for the Datacenter Reports module.
Visual identity: black→indigo→violet gradient, subtle triadic glyphs,
a faint time‑crystal accent at center-right, and a minimal geometric
grid suggesting global datacenter topology. No logos, no text, no
representational imagery. Style: abstract, high‑clarity, RTT‑Inside,
structural, quiet, dimensional.