# SinoPORT-public
**Repository Path**: sinoshop/Sinoport-public
## Basic Information
- **Project Name**: SinoPORT-public
- **Description**: SINOSHOP 公开断言层｜15 条验证主线 · 361 项物理断言 · 19 份核验结果 JSON，全部公网可复现；一条命令即可得到与我方完全相同的结论。
- **Primary Language**: Unknown
- **License**: Apache-2.0
- **Default Branch**: master
- **Homepage**: None
- **GVP Project**: No
## Statistics
- **Stars**: 0
- **Forks**: 0
- **Created**: 2026-10-27
- **Last Updated**: 2026-11-09
## Categories & Tags
**Categories**: Uncategorized
**Tags**: None
## README
> 🌏 **Language** ｜ [简体中文](./README.md) ｜ English (this page)
## 🌊 SINOSHOP · Core Creed of Ocean Civilisation
**CORE PRINCIPLE OF OCEAN CIVILISATION**
---
**【Core Principle】**
### Observe Nature's Order, Align with Ocean's Rhythm.
### When the Three Harmonies Are Balanced, the Three Realms Rest Secure.
**【Industrial Philosophy】**
### Ocean Generates Power · Power Sustains Ships · Ships Erect Bridges · Bridges Build Cities · Cities Bless the People
**【Spiritual Belief】**
### Steadfast Loyalty glowing like the sun and moon; Benevolence nourishing the tide of time.
# SinoPORT — built together, shared together, held together.
### A floating harbour that drives no piles into the seabed
**Digital-twin-driven marine energy infrastructure**
> **Observe Nature's Order, Align with Ocean's Rhythm. Technique in service of the way; benefit for all.**
*May the sea be like a mirror, and people like boats.*
**Pile-free flotation** · **Flexible wave attenuation** · **Closed-loop energy** · **Reproducible proof**
> ### 🌐 The front door (deep-blue scroll + 108 s film)
> **[👉 Visit the SinoPORT main repository](https://gitee.com/sinoshop/SinoPORT)**
>
> *This is the code repository — all 15 verification lines and their results live in `verify/`.
> The main repository is the front door — creed, deep-blue scroll, the 108 s film, the public whitepaper.
> Two doors, both opening onto the same room.*
**🎬 108-second technical showcase** — auto-looping GIF · the 25× wave-height comparison shot at the semi-circular breakwater
**▶ The full 108 s film** → [high-resolution MP4, inside this repository](showcase/SINOPORT_Tech_Showcase_108s.mp4) · 108 s · 1920×1080
📄 **Full technical whitepaper (public edition · 13 pages)**
[`showcase/SINOPORT_技术白皮书_公开版.pdf`](showcase/SINOPORT_技术白皮书_公开版.pdf)
**[🏛 SinoPORT main repository](https://gitee.com/sinoshop/SinoPORT)** ｜ **[💻 verify/ — the code in this repository](https://gitee.com/sinoshop/Sinoport-public/tree/master/verify)**
**Reproducible verification · 361 physical assertions** · **Apache-2.0 License**
---
## Innovation positioning
> **No piles, no brute force — pile-free flotation and flexible buffering turn the sea's violence into usable power, and hand the load back to the sea instead of pressing it onto the structure.**
Piled foundations are a real engineering achievement, and on many coasts there is no reason to replace them. What this project questions is not the achievement but the assumption that there is only one answer.
| # | Dimension | Conventional practice | The path taken here | Evidence you can re-run |
|:--|:--|:--|:--|:--|
| **01** | **Load path** | Piles pin the structure to the seabed; waves and load are passed to rock | Vertical load goes to buoyancy, impact goes to flexible buffering — weight is handed to the sea, not pressed onto the structure | Controlled micro-displacement within a **2–5 mm** envelope; stability check **28 / 28** assertions pass |
| **02** | **Energy loop** | Harbour power comes from shore; wind and waves are only a burden | Waves and wind are inputs: extreme sea states become power the harbour uses, and the balance stays net-positive after parasitic losses | `verify/` reproduces **15 verification lines · 361 physical assertions**, exit code 0 |
| **03** | **Resilience** | One link is expected to carry everything | Four defensive layers plus band separation: electromagnetic, hydraulic, spring and bio-inspired root each own a frequency band instead of fighting over phase | All **361 assertions** are judged one by one; the criteria are not tautologies — disable the feed-forward or exceed the envelope and the run fails |
| **04** | **Open proof** | Claims are backed by brochures | Datasets and verification scripts are published together: one command, independently re-run, same result | `verify/` public assertion layer (15 scripts) + `showcase/` public whitepaper |
| **05** | **Human × AI** | People write copy, models invent | People draw the safety envelope that may not be crossed; the machine does the tireless enumeration and cross-checking | Each merge issues a SHA-256 digital-provenance record |
**In one line**: we replaced "resist the sea" with "follow the sea", and "trust us" with "run it yourself".
> Boundary, stated plainly: conclusions yes, the bottom card no — the core control algorithms, the structural design and the engineering geometry configuration are outside the public scope.
---
## Three maps
> SinoPORT (floating harbour) solves heavy-load stability; SinoSFT (sea-crossing tunnel) explores spanning space;
> SINOSHOP (ocean city) builds ecological habitat. **Together they sketch an ocean civilisation that belongs to the future.**
| Map | Role | Claim | Repository |
|:--|:--|:--|:--|
| **SinoPORT** | Floating harbour | A pile-free super-rigid body holding a millimetre-level working deck under heavy traffic | **this repository** ｜ [main repository](https://gitee.com/sinoshop/SinoPORT) |
| **SinoSFT** | Sea-crossing tunnel | Mathematics as the constitution; a new structural form for crossing deep water | [gitee](https://gitee.com/sinoshop/sinosft) |
| **SINOSHOP** | Ocean city | A relocatable, typhoon-resistant garden community in accord with the sea | [gitee](https://gitee.com/sinoshop/sinoshop-os) |
## Opening chapter · The colour of the sea
The hard problem of a floating harbour is not "staying afloat". It is **keeping a usable working deck in real sea states**.
The conventional answer drives the structure into the seabed with piles and lets rock carry wave and load; the price is ecological disturbance, channel occupation, and a construction premise that barely holds in deep water.
SinoPORT proposes another route — **flotation**:
| Direction | Intent | Who it is for |
|:--|:--|:--|
| **Energy self-sufficiency** | Take waves and wind as inputs; turn extreme sea states into usable power | Energy developers, island and reef builders |
| **Flexible load stability** | Keep the quay level under full berths and heavy weather | Port operators, freight owners |
| **Openness** | Publish drawings and films so that every claim can be seen and argued with | Researchers, reviewers, engineers |
In one sentence: **power generation, stable load, provenance — a closed loop that holds together.**
---
## Middle chapter · Four seasons
### 1 · Energy self-sufficiency
**The sea generates power; power sustains the ships.**
A floating structure works continuously in real sea states, turning wave and wind energy into power the harbour consumes itself. Under typhoon-level swell and a fully loaded basin, the system still holds the energy balance it needs to keep running.
### 2 · Flexible load stability
**Steadfast loyalty; benevolence over the long tide.**
Under heavy traffic the working deck keeps a millimetre-level smoothness — not visible, not jarring, not interrupting work.
> **The system uses a patent-protected load-adaptive architecture; the core algorithms hold the heavy-traffic working condition within its safety envelope.**
### 3 · Open verification — only what can be questioned can be trusted
**A person may write copy, but may not write PASS.**
Simulation results and verification scripts are published together. Anyone who clones the repository can run one command and get exactly the result we got.
**Reproducible verification · 361 physical assertions · exit code 0**
```bash
git clone https://gitee.com/sinoshop/SinoPORT.git
cd SinoPORT/verify
python run_all_public_verifications.py
# assertions observed at run time: 519 passed, 0 failed (across the 15 verification lines)
# the published figure : 361 physical assertions (all pass, exit code 0)
```
### The 15 verification lines · direct links (rendered source)
| Line | Content | Source |
|:--|:--|:--|
| **01** | Wave attenuation · 381 m, four echelons | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_01_wave_attenuation_381m.py) |
| **02** | Load cancellation · LCS | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_02_lcs_load_cancellation.py) |
| **03** | Constant tidal height | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_03_tidal_height_constant.py) |
| **04** | Multi-level wave response | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_04_wave_multilevel.py) |
| **05** | LCS tonnage sweep | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_05_lcs_tonnage.py) |
| **06** | Composite lightweight attenuation | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_06_composite_material.py) |
| **07** | Cable stress check | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_07_cable_stress.py) |
| **08** | 48-hour tidal condition | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_08_tidal48.py) |
| **09** | Bidirectional berth flow | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_09_bidirectional_berth_flow.py) |
| **10** | Load transfer path | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_10_load_transfer.py) |
| **11** | Life-cycle economics (LCC) | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_11_economics_lcc.py) |
| **12** | Pressure unloading | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_12_pressure_unload.py) |
| **13** | Frequency-band allocation | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_13_band_allocation.py) |
| **14** | Load allocation | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_14_load_allocation.py) |
| **15** | A/B twin-hull coupling | [open](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/public_verify_15_ab_coupling.py) |
| — | **Aggregate runner** (all 15 in one command) | [run_all_public_verifications.py](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/run_all_public_verifications.py) |
| — | **Result JSON** (assertion-by-assertion record) | [verify_01_summary.json](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/verify_01_summary.json) |
| — | **Dataset self-consistency check** | [verify_public_dataset.py](https://gitee.com/sinoshop/Sinoport-public/blob/master/verify/verify_public_dataset.py) |
| — | **Browse the whole directory** | [verify/](https://gitee.com/sinoshop/Sinoport-public/tree/master/verify) |
All of the above are rendered source pages on Gitee: no login, no download, no unzipping.
```
Summary: 15 verification lines, all passed, 0 failed
```
> ### A person may write copy, but may not write PASS.
>
> Every check is decided by a script; a non-zero exit code is a failure.
> What is strongest about this project is not the drawings — it is that the drawings can be questioned.
**What is public is the data, not the logic.**
The dataset carries working-condition groups and response results; the scripts test whether the data is self-consistent and reproducible. The core control algorithms and the structural design are outside the public scope —
**we give conclusions, not the bottom card.**
Steadfast loyalty, benevolence over the long tide. Art for the joy of it.
---
## What is published
| Content | Description |
|:--|:--|
| `showcase/` | **The front page**: 108-second technical film + 13-page public whitepaper |
| `media/charts/` | Public renderings (macro layer only; no internal dimensions or physical parameters) |
| `media/seascape/` | Visual material: sea-and-sky stills in a deep-blue key |
| `media/videos/` | 124 s and 54 s films, 30 s landscape and portrait cuts |
| `verify/` | **Physical assertion layer** (15 lines · public scripts and results) + dataset self-consistency check |
| `LICENSE` | Apache-2.0 |
| `CONTRIBUTING.md` | How to take part, digital provenance, and the shared-growth mechanism |
This repository is a **public face**: the system's macro form, public drawings, films and reproducible results.
The core control algorithms, the structural design and the engineering geometry configuration are not published.
### Directory
```
SinoPORT/
├── README.md
├── README.en.md
├── LICENSE
├── CONTRIBUTING.md
├── showcase/ ← front page: technical film + public whitepaper
│ ├── SINOPORT_Tech_Showcase_108s.mp4
│ └── SINOPORT_技术白皮书_公开版.pdf
├── media/
│ ├── charts/ ← public renderings
│ ├── seascape/ ← sea-and-sky visual material
│ └── videos/ ← films
└── verify/ ← public assertion layer: every assertion, one command
├── run_all_public_verifications.py ← aggregate runner (361 assertions published)
├── agent_min_skeleton.py ← minimal AI-agent skeleton
├── public_verify_01..15_*.py ← the 15 verification lines
├── verify_*.json ← results and fingerprint manifest
├── MANIFEST_public_assertions.md ← release manifest (bytes + SHA-256)
├── verify_public_dataset.py ← dataset self-consistency check
└── data/
├── payload_response.csv
└── tonnage_sweep.csv
```
---
## Who carries it
- **SINOSHOP** — design and engineering team
- Open collaboration: anyone may open an issue, reproduce a verification, or propose an improvement
- Contribution is recorded as provenance — see chapter 7 of [`CONTRIBUTING.md`](CONTRIBUTING.md)
---
## Licence and citation
Code and drawings follow this repository's `LICENSE` (Apache-2.0).
Please cite the project when you use it. Films and drawings may be used for non-commercial presentation;
for commercial use, contact the team first.
---
## Closing chapter · Homeward under moonlight
**Built together, shared together, held together**
---
### A person may write copy, but may not write PASS.
**May the sea be like a mirror, and people like boats.**