目录文档-技术白皮书26-EFT.WP.STG.Lensing v1.0

附录C 清单模板与样例(lens manifest)


一句话目标:给出学习/物理/谱域/运行时一体化的透镜清单最小键集、量纲与校核流程,使任一 K(核/透镜)在发布与重放时可追溯、可验证、可回退。


I. 范围与对象


II. 版本与命名


III. 最小键集与量纲约束


IV. 两口径与谱域落盘(与第7、11章一致)

  1. 落盘字段:
    • two_form.{y_spec_uri, y_var_uri}(只存储指针/摘要);
    • two_form.delta_form, two_form.tol_form, two_form.latency.{spec,var};
    • kernel[i].spectral.{sup_gain, passband, stopband, ripple, leakage};
    • compose.stability.rho_bound(谱半径上界)。
  2. 断言:delta_form ≤ tol_form(违约策略见附录B C71-31)。

V. 物理一致与边界(与第10章一致)


VI. 运行时与面板映射(与第11章一致)


VII. 不确定度与校准(与第13章一致)


VIII. 清单样例(精简)

{

"manifest": {

"kind": "EFT.Lensing.Manifest",

"semver": "1.0.0",

"schema_uri": "urn:eft:lensing:schema:1.0.0"

},

"TraceID": "2f9c0b13-4b6e-4f7e-9a1a-6f4a1b2c9e55",

"ts": "2025-09-02T10:21:33Z",

"graph": {

"hash": "sha256:6a1f…",

"|V|": 12874,

"|E|": 56321,

"metric": "combinatorial_laplacian",

"unit(edge_weight)": "-",

"dim(edge_weight)": "1"

},

"visibility": {

"mean": 0.82,

"los_ratio": 0.76,

"mask_uri": "s3://…/vis_mask.zst",

"unit(mean)": "-",

"dim(mean)": "1"

},

"kernel": [

{

"id": "K1",

"type": "anisotropic_spectral",

"order": 8,

"theta": {"alpha": 0.9, "beta": 0.1},

"spectral": {

"sup_gain": 1.04,

"passband": [0.0, 0.35],

"stopband": [0.55, 2.0],

"ripple": 0.03,

"leakage": 0.01

},

"hash": "sha256:1d2e…"

}

],

"compose": {

"expr": "y = K1( gate(vis) * x ) + res_skip(x)",

"rho_bound": 0.98,

"gate_policy": "threshold@0.4"

},

"physical": {

"T_trans": 0.97,

"boundary_residual": 0.004,

"conservation_residual": 0.012,

"RefCond": {

"illum": "std_A",

"noise_level": 0.02,

"sensor_gain": 1.0

},

"unit(T_trans)": "-",

"dim(T_trans)": "1"

},

"two_form": {

"y_spec_uri": "s3://…/y_spec.parq",

"y_var_uri": "s3://…/y_var.parq",

"delta_form": 0.008,

"tol_form": 0.02,

"latency": {"spec": 4.2, "var": 3.6},

"unit(latency)": "ms",

"dim(latency)": "[T]"

},

"contracts": {

"rules": [

{"rule_id": "C71-21", "pass": true, "evidence_uri": "s3://…/spectral.json"},

{"rule_id": "C71-31", "pass": true, "delta": 0.008}

],

"thresholds_uri": "s3://…/thresholds.toml"

},

"uncertainty": {

"model": {"type": "GUM", "k": 2.0, "coverage": 0.95},

"u": {"T_trans": 0.005, "delta_form": 0.002},

"U": {"T_trans": 0.010}

},

"runtime": {

"latency_p99": 7.9,

"cpu_pct": 62.0,

"mem_pct": 48.3,

"cache_hit": 0.88,

"err_rate": 2.0e-4

},

"provenance": {

"code_rev": "git:ab12cd3",

"container": "ghcr.io/eft/lensing:1.0.0",

"hardware": "AVX2/24c/128G",

"rng_seed": 1337

},

"signature": {

"algo": "ed25519",

"public_key_id": "k-2025-07",

"digest": "sha256:9f3a…",

"sig": "base64:MEQCIF…"

}

}


IX. 生成→校核→签名流程(M71-15 对应第15章)


X. 字段校验与拒绝准则


XI. 交叉引用


小结


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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首次发布: 2025-11-11|当前版本:v5.1
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