目录文档-技术白皮书56-报告级方法附录 Template v1.0

第3章 报告结构(人读 + 机读)


I. 章节目标与范围(强制)


II. 人读结构(固定顺序,强制)


III. 机读结构(字段域与最小必填,强制)


IV. 字段与约束清单(可直接拷贝)

字段路径

类型

必填

约束与口径

method.name

string

1–80 字

method.scope.in/out

string

明确输入/输出域

anchors.{S,P,M,I}

list

"卷名 vX.Y:锚点"

math.statements[]

list

行内反引号;含主方程

math.path / math.measure

string

强制

gamma(ell) / d ell

math.symbols[]

list

name/unit/dim 三元组

math.check_dim

bool

true

algo.pseudocode

text

可执行级伪代码

algo.complexity.{time,space}

string

O(·)

data.datasets[]

list

name@version

evaluation.gates_hard[]

list

建议

gate_* 命名

evaluation.stats.{method,ci}

obj

例:bootstrap/95%

uncertainty.discount.k_sigma

number

默认 1.0

impl.api[]/functions[]

list

端点与原型

reproducibility.container

string

image@sha256:…

reproducibility.scripts[]

list

script@commit

artifacts[]

list

yaml/json/pdf

risks.triggers[]

list

触发器表达式

risks.success_gates[]

list

复原硬门禁

references.see[]

list

机读可解析


V. 机读 Schema(YAML;JSON 等价,强制)

method:

name: ""

scope: { in: "", out: "", non_goals: [] }

anchors: { S: [], P: [], M: [], I: [] }

math:

statements:

- "T_arr = ( ∫ ( n_eff / c_ref ) d ell )"

path: "gamma(ell)"

measure: "d ell"

symbols:

- { name: "n_eff", unit: "1", dim: "1" }

- { name: "c_ref", unit: "m·s^-1", dim: "L T^-1" }

check_dim: true

algo:

pseudocode: |

# steps...

complexity: { time: "O()", space: "O()" }

data:

datasets: ["cmb_set_v3@v3", "lens_v1@v1"]

sampling: "stratified"

controls: ["region", "band"]

metrology:

units: ["s","m","kg"]

calibration: ["Mx-*"]

error_sources: ["instrument","numerical"]

evaluation:

metrics:

- { name: "gate_accuracy", direction: "↑" }

- { name: "gate_latency", direction: "↓" }

gates_hard: ["gate_accuracy>=0.99@7d"]

gates_soft: ["unit_cost<=1.0x@30d"]

stats: { method: "bootstrap", ci: "95%" }

uncertainty:

discount: { k_sigma: 1.0, formula: "s' = clamp(s - k*sigma, 0, 1)" }

ablation:

plan: ["remove_component_X","freeze_param_Y"]

highlights: []

impl:

api: ["/api/v1/methods/{name}/evaluate"]

functions: ["evaluate_method(req: EvalReq) -> EvalReport"]

compatibility: { version_range: "[1.0,2.0)", fallback: "adapter_v1" }

reproducibility:

container: "registry/replay:2025.09@sha256:…"

scripts: ["arrive_time_check.py@a1b2c3"]

repro_cmd: "docker run … replay --suite arrive_time_check.py --dataset cmb_set_v3@v3"

risks:

triggers: ["gate_accuracy<0.98@7d","compat_rate<0.99@replay"]

success_gates: ["gate_accuracy>=0.99@24h","compat_rate>=0.995@replay"]

artifacts: ["yaml","json","pdf"]

references:

see:

- "EFT.WP.Core.Equations v1.1:S20-1"

- "EFT.WP.Core.Metrology v1.0:check_dim"

- "EFT.WP.Core.DataSpec v1.0:I30-2"


VI. 人读 × 机读映射(强制)

人读段落

机读字段

校核要点

方法名称与定位

method.name, method.scope.*

一句话定义清晰;输入/输出域齐备

理论要点(S/P)

anchors.{S,P}

锚点到章/条编号

数学表述与符号表

math.statements[], math.symbols[]

行内反引号;单位/量纲齐全

路径与测度

math.path, math.measure

gamma(ell) 与 d ell 显式

计量与校准

metrology.*, math.check_dim

check_dim=true;校准链完整

评测与门禁

evaluation.*

gate_* 命名、窗口与阈值一致

不确定度

uncertainty.*

CI 与折减口径明确

实现绑定

impl.*

API/原型/兼容策略完备

可复现与工件

reproducibility.*, artifacts[]

容器/脚本/命令/哈希齐备

风险与回滚

risks.*

触发器与复原门禁闭环

引用体例

references.see[]

卷名+版本+锚点可解析


VII. 最小样稿(人读摘要 × 机读片段,强制)

  1. 人读摘要:
    • 采用一般口径:T_arr = ( ∫ ( n_eff / c_ref ) d ell );路径 gamma(ell) 为观测线段,测度 d ell 为弧长微元;check_dim=true。
    • 硬门禁:gate_accuracy>=0.99@7d;软门禁:unit_cost<=1.0x@30d。
  2. 机读片段(并入全文 Schema 对应位置):

math:

statements: ["T_arr = ( ∫ ( n_eff / c_ref ) d ell )"]

path: "gamma(ell)"

measure: "d ell"

symbols:

- { name: "n_eff", unit: "1", dim: "1" }

- { name: "c_ref", unit: "m·s^-1", dim: "L T^-1" }

check_dim: true

evaluation:

gates_hard: ["gate_accuracy>=0.99@7d"]

gates_soft: ["unit_cost<=1.0x@30d"]


VIII. 校验规则(正则/一致性,强制)


IX. 引用与交叉引用体例(强制)

;所有 EFT.WP.* 必须显式版本与锚点,并在 references.see[] 提供机读清单。“见《<卷名> vX.Y》Ch.x S/P/M/I…”固定写法:

版权与许可(CC BY 4.0)

版权声明:除另有说明外,《能量丝理论》(含文本、图表、插图、符号与公式)的著作权由作者(“屠广林”先生)享有。
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署名格式(建议):作者:“屠广林”;作品:《能量丝理论》;来源:energyfilament.org;许可证:CC BY 4.0。

首次发布: 2025-11-11|当前版本:v5.1
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