fix(계산묶음): 349-0n 노선 초안 미리보기 = [저장] 정본 — 초안 상세에 넓힌 지반 표본 · cross 단계에 서버 [확정] 보정(포장 구간 · 세월교 노면 하강 · 사토장)

- 남은 차이의 주인 = 초안 상세 지반 표본: 설계는 넓힌 표본으로 셈했는데 상세엔 20 m 표본을 실어 관 측점 구조물 면적이 잘린 지반으로 닫힘(검증_sub2 805 측점 성토 27.5 대 63.4 ㎡) — cross 단계 결과에 넓힌 표본을 싣고 초안 상세가 그 표본을 씀(서버도 넓힌 표본을 상세에 남김)
- 초안 상세 제원 누가거리 = 새 측점(서버 부착과 같음)
- 새 짝 logic/B06_Section_Cross_Enforce — 포장 구간 · 물넘이 기울임 · 세월교 하강 = 새 노선 관 · 구조물 자리로 판정(`pavement_ranges` · `tilt_ranges` · `ford_surface_drops` 짝) · 사토장 맨 뒤 기준 측점 하나 · 용량 이분법(`enforce_spoil_fills` 짝) · 파이썬 세 파일 머리에 짝 표시
- 검증_sub2 실측(서버 체인 실제로 돌리고 일부러 실패시켜 되살림): 25+0 부근 꺾임점 끌기 미리보기 -12,816.9 대 정본 -12,817.1 · 세월교 월류 0.22 · 0.29 넣고 -12,788.7 대 -12,789.0 · 끌기 한 번 103 ms
- 시험: test_349_0n_cross_enforce_mirror 5 · test_349_0j 표본 1 더함 · 관련 114 통과 · typecheck 0

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01QfHKQs7J3hQELKMWQMUJEy
This commit is contained in:
2026-10-16 16:36:09 +09:00
co-authored by Claude Opus 5.5
parent f38f6d7d70
commit ffbda88edf
10 changed files with 660 additions and 16 deletions
@@ -88,6 +88,19 @@ const kindOf = (station: PipelineStation): SectionStation["kind"] =>
? "regular"
: "irregular";
/** 제원의 누가거리 = 새 측점(서버 부착은 따라간 관 · 구조물 자리 = 그 측점) — 옛 값이면 구조물 면적이 관 자리를 잘못 잡음(349-0n). */
function atChainage(own: SectionSpecs, chainageM: number): SectionSpecs {
const out: Record<string, unknown> = { ...own };
for (const [name, spec] of Object.entries(own))
if (
spec &&
typeof spec === "object" &&
typeof (spec as { chainage_m?: unknown }).chainage_m === "number"
)
out[name] = { ...spec, chainage_m: chainageM };
return out as SectionSpecs;
}
/** 묶음 출력 → 상세. 저장 상세의 종단 머리(이름 · 계획선 묶음)는 그대로 · 측점 · 지반 · 횡단은 새 노선. */
export function draftSectionDetail(
saved: SectionDetailResponse,
@@ -98,7 +111,7 @@ export function draftSectionDetail(
intervalM: number,
): SectionDetailResponse {
const sections: CrossSection[] = ground.stations.map((station) => {
const own = specs.get(station.key) ?? {};
const own = atChainage(specs.get(station.key) ?? {}, station.chainageM);
const center = station.ground?.centerZ ?? null;
const head: SectionStation = {
station_id: stationIdOf(station.chainageM),
@@ -126,12 +139,15 @@ export function draftSectionDetail(
sample(0, center),
...(station.ground?.left ?? []).map((s) => sample(s.offsetM, s.z)),
];
const design = cross?.byKey[station.key]?.detail as CrossSection["design"] | undefined;
const entry = cross?.byKey[station.key] as
{ detail?: unknown; samples?: unknown[] } | undefined;
const design = entry?.detail as CrossSection["design"] | undefined;
// 설계는 사본 — 구조물 면적 얹기(`applyStructureAreaRows`)가 cross 단계 기억을 안 고침(349-0j)
return {
...head,
...own,
samples,
// 넓힌 표본(서버 [저장]도 넓힌 표본을 상세에 남김 — 구조물 면적이 그 지반으로 닫힘 · 349-0n)
samples: (entry?.samples as CrossSection["samples"] | undefined) ?? samples,
...(design ? { design: { ...design } } : {}),
preview: true,
};
@@ -16,6 +16,9 @@
⚠ **용량이 없으면 아무것도 안 세운다** — 폭을 정할 근거가 없다.
⚠ **지반 샘플이 있는 데까지만 넓힌다.** 상한에서도 용량이 남으면 그 몫은
`unplaced_m3` 로 드러낸다 — 임의로 더 넓히지 않는다.
짝(349-0n): `spoil_sites` · `enforce_spoil_fills` ↔ `B06_Section/logic/B06_Section_Cross_Enforce.ts`
(거울 시험 `test_349_0n_cross_enforce_mirror.py`).
"""
from __future__ import annotations
+2
View File
@@ -7,6 +7,8 @@ tilt_pct=…)`). 경사 = 물넘이 경사각도(%) · 맹암거 암거 경사(%
`underdrain`(높이 · 경사)을 얹어 횡단도가 돌 무늬 형상을 그림(TS 짝
`common_util_structure_underdrain.ts`).
판정 폭 = 포장 범위와 같은 0.02 m(`paved_at`).
짝(349-0n): `tilt_ranges` · `tilt_args` ↔ `B06_Section/logic/B06_Section_Cross_Enforce.ts`
(거울 시험 `test_349_0n_cross_enforce_mirror.py`).
"""
from __future__ import annotations
+5 -1
View File
@@ -1,4 +1,8 @@
"""B06 라우터의 횡단 설계 파일 읽기와 프리뷰 계산."""
"""B06 라우터의 횡단 설계 파일 읽기와 프리뷰 계산.
짝(349-0n): `pavement_ranges` · `ford_surface_drops` · `paved_at` · `ford_drop_at` ↔
`B06_Section/logic/B06_Section_Cross_Enforce.ts` · 거울 시험 `test_349_0n_cross_enforce_mirror.py`.
"""
import json
import logging
@@ -0,0 +1,202 @@
/* =============================================================================
* B06_Section_Cross_Enforce.ts
* 계산 묶음 cross 단계의 [확정] 보정(PLAN 349-0n) — 서버 `_enforce_stored_designs` 차례 그대로
* (미교차 넓힘 → 포장 구간 → 세월교 노면 하강 → 사토장 맨 뒤). 넓힘은 `B06_Section_Cross_Stage`.
*
* facilityRanges · facilityAt 새 노선 관 · 구조물 자리 → 측점마다 포장 · 기울임 · 노면 하강.
* ⚠ ① 짝 — `B06_Section_Router_Design.py` `pavement_ranges` · `ford_surface_drops` · `paved_at` ·
* `ford_drop_at` + `B06_Section_Engine_Tilt.py` `tilt_ranges` · `tilt_args`.
* spoilSites · enforceSpoilFills 사토장 기준 측점 하나 · 용량에서 폭 하나(이분법).
* ⚠ ① 짝 — `B06_Section_Engine_SpoilFill.py` `spoil_sites` · `enforce_spoil_fills`.
* 거울 시험 `resources/tester/test_349_0n_cross_enforce_mirror.py`.
* 세트 · 포장 · 맹암거 제원은 이미 있는 짝(`buildCulvertSets` · `pavementSpecsFrom` · `underdrainSpecsFrom`).
* 순수 — 화면 · fetch · 세션 없음.
* ========================================================================== */
import { buildCulvertSets, type CulvertPipePoint } from "@util/common_util_culvert_sets";
import { catalogRow } from "@util/common_util_structure_catalog";
import {
pavementSpecsFrom,
type PavementStructureInput,
} from "@util/common_util_structure_pavement";
import { underdrainSpecsFrom, type UnderdrainInput } from "@util/common_util_structure_underdrain";
/** 포장 · 기울임 · 노면 하강 판정 폭(m) — 파이썬 `EDGE_TOLERANCE_M` · `_FORD_DROP_TOLERANCE_M`. */
const EDGE_M = 0.02;
export type FacilityStructure = PavementStructureInput &
UnderdrainInput & { structure_id?: string | null };
export interface FacilityRanges {
paved: Array<[number, number]>;
tilt: Array<[number, number, number | null]>;
drops: Array<[number, number]>;
}
const num = (value: unknown): number | null => {
const parsed = typeof value === "string" && value.trim() ? Number(value) : value;
return typeof parsed === "number" && Number.isFinite(parsed) ? parsed : null;
};
/** 관 · 구조물 → 포장 구간 · 기울임 구간 · 세월교 하강(서버와 같은 차례 — 첫 것이 이김). */
export function facilityRanges(
pipes: readonly CulvertPipePoint[],
structures: readonly FacilityStructure[],
): FacilityRanges {
// ponytail: 레지스트리 기본값 없이 세트를 지음 — 물넘이 폭 · 경사를 비운 관만 기본 상수(10 m · 3°)
const sets = buildCulvertSets(pipes, {});
const pavementIds = new Set(
structures.filter((s) => catalogRow(s.type_id)?.shape === "pavement").map((s) => s.type_id),
);
const paved: FacilityRanges["paved"] = pavementSpecsFrom(structures, pavementIds).map((s) => [
s.start_m,
s.end_m,
]);
const tilt: FacilityRanges["tilt"] = [];
const drops: FacilityRanges["drops"] = [];
for (const [at, spec] of sets) {
if (spec.type === "ford_pavement") {
const half = (num(spec.span_m) ?? 0) / 2;
paved.push([at - half, at + half]);
tilt.push([at - half, at + half, num(spec.slope_pct)]);
}
const depth = num(spec.overflow_depth_m) ?? 0;
if (spec.type === "ford" && depth > 0) drops.push([at, depth]);
}
for (const drain of underdrainSpecsFrom(structures))
tilt.push([drain.chainage_m, drain.chainage_m, drain.slope_pct]);
return { paved, tilt, drops };
}
/** 그 측점의 포장 · 기울임 · 노면 하강 — 횡단 엔진 입력 칸 이름 그대로. */
export function facilityAt(ranges: FacilityRanges, chainageM: number) {
const inside = (start: number, end: number) =>
start - EDGE_M <= chainageM && chainageM <= end + EDGE_M;
const hit = ranges.tilt.find(([start, end]) => inside(start, end));
return {
paved: ranges.paved.some(([start, end]) => inside(start, end)),
tilted: hit !== undefined,
tiltPct: hit?.[2] ?? null,
surfaceDropM: ranges.drops.find(([at]) => Math.abs(chainageM - at) <= EDGE_M)?.[1] ?? 0,
};
}
/* ── 사토장 ───────────────────────────────────────────────────────────── */
const SOLVE_STEPS = 24;
const MAX_PROBE_WIDTH_M = 1000;
const SIDE_AUTO = "자동(성토 쪽)";
/** 단면 유형 → [좌, 우] 성토면인가(파이썬 `structure_face_role` 표). */
const FILL_SIDES: Record<string, [boolean, boolean]> = {
left_cut: [false, true],
right_cut: [true, false],
both_cut: [false, false],
both_fill: [true, true],
};
export interface SpoilSite {
structureId: string | null;
chainageM: number;
capacityM3: number;
sideOption: unknown;
slopeRatioN: unknown;
extraDistanceM: unknown;
}
/** 배치된 사토장만 — 기준 측점 · 용량 > 0(서버 정본 읽기 = 구조물 객체 길 · 시작 측점으로 갈음 안 함). */
export function spoilSites(structures: readonly FacilityStructure[]): SpoilSite[] {
return structures.flatMap((item) => {
if (catalogRow(item.type_id)?.shape !== "spoil") return [];
const options = (item.options ?? {}) as Record<string, unknown>;
const chainage = num(item.chainage_m);
const capacity = num(options.capacity_m3);
if (chainage === null || capacity === null || capacity <= 0) return [];
return [
{
structureId: item.structure_id ?? null,
chainageM: chainage,
capacityM3: capacity,
sideOption: options.side,
slopeRatioN: options.fill_slope_ratio,
extraDistanceM: options.extra_distance_m,
},
];
});
}
/** 쌓는 쪽 — 「좌 · 우」 그대로 · 「자동」 · 빈칸 = 그 측점 성토면(좌 먼저) · 못 가르면 null. */
export function spoilSideOf(
design: Record<string, unknown>,
option: unknown,
): "left" | "right" | null {
const word = String(option ?? "").trim();
if (word === "좌") return "left";
if (word === "우") return "right";
if (word && word !== SIDE_AUTO) return null;
const sides = FILL_SIDES[String(design.section_mode ?? "")];
if (!sides) return null;
return sides[0] ? "left" : sides[1] ? "right" : null;
}
type Design = Record<string, unknown>;
/** 측점 하나 — 설계 + 사토장 폭으로 다시 셈(못 세면 null). */
export interface SpoilStation {
chainageM: number;
design: Design | null;
recompute: (side: "left" | "right", widthM: number, slopeRatioN: unknown) => Design | null;
}
const round4 = (value: number) => Math.round(value * 1e4) / 1e4;
/** 사토장 측점 설계를 다시 셈 — `stations[i].design` 을 갈아 끼움 · 바뀐 측점 수. */
export function enforceSpoilFills(stations: SpoilStation[], sites: readonly SpoilSite[]): number {
const chainages = [...new Set(stations.map((s) => s.chainageM))].sort((a, b) => a - b);
const spanOf = (here: number) => {
const index = chainages.indexOf(here);
const left = index ? chainages[index - 1] : here;
const right = index + 1 < chainages.length ? chainages[index + 1] : here;
return (right - left) / 2;
};
let changed = 0;
for (const site of sites) {
if (!stations.length) continue;
// 기준 측점에 가장 가까운 측점 하나(가운데면 앞 측점)
const station = stations.reduce((best, s) => {
const gap = Math.abs(s.chainageM - site.chainageM);
const bestGap = Math.abs(best.chainageM - site.chainageM);
return gap < bestGap || (gap === bestGap && s.chainageM < best.chainageM) ? s : best;
});
const span = spanOf(station.chainageM);
const side = spoilSideOf(station.design ?? {}, site.sideOption);
const volume = (widthM: number): [number, Design | null] => {
if (side === null || widthM <= 0 || !station.design) return [0, null];
const design = station.recompute(side, widthM, site.slopeRatioN);
return [design ? (num(design.spoil_fill_area_m2) ?? 0) * span : 0, design];
};
const limit = num(volume(MAX_PROBE_WIDTH_M)[1]?.spoil_fill_max_width_m) ?? 0;
if (limit <= 0) continue;
let [total, design] = volume(limit);
if (total > site.capacityM3) {
let low = 0;
let high = limit;
for (let step = 0; step < SOLVE_STEPS; step += 1) {
const mid = (low + high) / 2;
if (volume(mid)[0] < site.capacityM3) low = mid;
else high = mid;
}
[total, design] = volume(round4(high));
}
if (!design) continue;
station.design = {
...design,
spoil_fill_capacity_m3: round4(site.capacityM3),
spoil_fill_placed_m3: round4(total),
spoil_fill_unplaced_m3: round4(Math.max(site.capacityM3 - total, 0)),
spoil_fill_structure_id: site.structureId,
spoil_fill_extra_distance_m: site.extraDistanceM,
};
changed += 1;
}
return changed;
}
+77 -12
View File
@@ -9,6 +9,8 @@
* · 국부 연산 = 측점 열쇠마다 입력 지문(지반 표본 · 계획고 · 횡단 입력 · 확폭 · 표준값) — 같으면 앞 결과 그대로.
* · 바뀐 범위(`ctx.range`) 밖이고 앞 출력(`ctx.prev`)에 있고 계획고가 그대로면 셈 없이 재사용 — 노선 초안의
* 첫 계획선은 바뀐 구간 앞 꼭짓점까지 움직이므로 범위만 보면 낡은 설계가 남음(349-0f).
* · [확정] 보정 ② 포장 구간 ③ 세월교 노면 하강 = 새 노선 관 · 구조물 자리(입력 pipes · structures)로 판정 ·
* ④ 사토장 = 맨 뒤(`B06_Section_Cross_Enforce` · 서버 `_enforce_stored_designs` 차례 · 349-0n).
* · 단계는 자기 출력만 돌려줌(입력 · 앞 단계 출력은 읽기만). DOM · fetch · 세션 없음.
* input.cross 모양 = `CrossStageInput`(부르는 쪽이 세션 선택 · 저장분 · 구조물 맥락을 측점 열쇠로 모아 넘김).
* ========================================================================== */
@@ -25,6 +27,14 @@ import { planElevationAt } from "../../B05_Profile/logic/B05_Profile_UI_Profile_
import { groundSamples } from "./B06_Section_Station_Swap";
import { extendUnclosed } from "../../B05_Profile/logic/B05_Profile_Sections_Ground";
import type { DtmGrid } from "@util/common_util_surface_sampler";
import type { CulvertPipePoint } from "@util/common_util_culvert_sets";
import {
enforceSpoilFills,
facilityAt,
facilityRanges,
spoilSites,
type FacilityStructure,
} from "./B06_Section_Cross_Enforce";
export { groundSamples };
@@ -71,6 +81,11 @@ const sameSpot = (kept: CrossStationResult, station: PipelineStation, elevation:
Number((kept.detail as { design_elevation_m?: number } | null)?.design_elevation_m) - elevation,
) <= 1e-4;
/** 측점 결과 + 넓힌 지반 표본(넓혔을 때만) — 상세가 그 표본을 실어야 구조물 면적이 서버처럼 넓힌 지반으로 닫힘(349-0n). */
export interface CrossStageResult extends CrossStationResult {
samples?: unknown[];
}
/** 단계가 받는 것 — 설계 지형 격자(ground 단계와 같은 `groundStageDeps(projectId).grid`). */
export interface CrossStageDeps {
grid?: () => { grid: DtmGrid } | null;
@@ -91,16 +106,27 @@ export function createCrossStage(deps: CrossStageDeps = {}) {
const standardKey = JSON.stringify(input.standard);
const byKey: Record<string, CrossStationResult> = {};
last = { computed: 0, reused: 0 };
const pipes = ctx.inputs.pipes as CulvertPipePoint[] | null;
const structures = ctx.inputs.structures as FacilityStructure[] | null;
// 포장 · 기울임 · 노면 하강 = 새 노선 자리(서버 보정 ② ③) — 입력이 없으면 저장분 측점 열쇠 값 그대로
const ranges =
Array.isArray(pipes) && Array.isArray(structures) ? facilityRanges(pipes, structures) : null;
const optionsOf = (station: PipelineStation): CrossDesignOptions => ({
...optionsFor(station, input.byKey[station.key], input.standard),
...(ranges ? facilityAt(ranges, station.chainageM) : {}),
});
for (const station of ground.stations) {
const kept = ctx.prev?.byKey[station.key];
const elevation = planElevationAt(profile, station.chainageM);
if (kept && !inRange(station, ctx) && sameSpot(kept, station, elevation)) {
const spoiled =
Number((kept?.detail as Record<string, unknown> | null)?.spoil_fill_width_m) > 0;
if (kept && !spoiled && !inRange(station, ctx) && sameSpot(kept, station, elevation)) {
byKey[station.key] = { ...kept, chainageM: station.chainageM };
last.reused += 1;
continue;
}
const samples = groundSamples(station);
const options = optionsFor(station, input.byKey[station.key], input.standard);
const options = optionsOf(station);
const fingerprint = `${standardKey}|${elevation}|${JSON.stringify(samples)}|${JSON.stringify({ ...options, standard: null })}`;
const hit = memo.get(station.key);
if (hit?.fingerprint === fingerprint) {
@@ -109,34 +135,73 @@ export function createCrossStage(deps: CrossStageDeps = {}) {
continue;
}
let design;
let wide: { samples: unknown[] } | null = null;
try {
design = computeCrossDesign(samples, elevation, options);
const grid = design.slope_unclosed ? deps.grid?.()?.grid : null;
const wide =
grid &&
extendUnclosed(
samples,
[station.x, station.y],
station.left,
(next) => computeCrossDesign(next as typeof samples, elevation, options),
grid,
);
wide = grid
? extendUnclosed(
samples,
[station.x, station.y],
station.left,
(next) => computeCrossDesign(next as typeof samples, elevation, options),
grid,
)
: null;
if (wide) design = computeCrossDesign(wide.samples as typeof samples, elevation, options);
} catch {
continue; // 표본 부족 측점은 건너뜀(Cross_Refresh · 서버 엔진과 같은 태도)
}
const result: CrossStationResult = {
const result: CrossStageResult = {
key: station.key,
chainageM: station.chainageM,
cutAreaM2: design.cut_area_m2,
fillAreaM2: design.fill_area_m2,
detail: design,
...(wide ? { samples: wide.samples } : {}),
};
memo.set(station.key, { fingerprint, result });
byKey[station.key] = result;
last.computed += 1;
}
for (const key of [...memo.keys()]) if (!byKey[key]) memo.delete(key); // 사라진 측점
// ④ 사토장 — 맨 뒤 · 기준 측점 하나만 다시 셈(단계 기억은 사토장 전 설계)
const sites = Array.isArray(structures) ? spoilSites(structures) : [];
if (sites.length) {
const list = ground.stations.map((station) => {
const entry = byKey[station.key] as CrossStageResult | undefined;
const recompute = (side: "left" | "right", widthM: number, ratio: unknown) => {
try {
const samples = (entry?.samples ?? groundSamples(station)) as ReturnType<
typeof groundSamples
>;
return computeCrossDesign(samples, planElevationAt(profile, station.chainageM), {
...optionsOf(station),
spoilFill: { side, widthM, slopeRatioN: ratio as number | null },
}) as unknown as Record<string, unknown>;
} catch {
return null;
}
};
return {
chainageM: station.chainageM,
design: (entry?.detail as Record<string, unknown> | undefined) ?? null,
recompute,
};
});
enforceSpoilFills(list, sites);
list.forEach(({ design }, index) => {
const key = ground.stations[index].key;
const entry = byKey[key];
if (!entry || !design || design === entry.detail) return;
byKey[key] = {
...entry,
cutAreaM2: Number(design.cut_area_m2),
fillAreaM2: Number(design.fill_area_m2),
detail: design,
};
});
}
return { byKey };
}
@@ -234,8 +234,15 @@ async function draftRun(P, grid) {
!section.design ||
section.design !== cross.byKey[pipe.output("ground").stations[i].key]?.detail,
);
// 상세 표본 = cross 단계가 넓힌 표본(349-0n) — 구조물 면적이 넓힌 지반으로 닫힘
const keys = pipe.output("ground").stations.map((s) => s.key);
const shownWide = shown.cross_sections.filter((section, i) => {
const samples = cross.byKey[keys[i]]?.samples;
return samples && JSON.stringify(section.samples) === JSON.stringify(samples);
}).length;
const out = {
outcome: run.outcome,
shownWide,
totalMs: run.totalMs,
line: pipe.output("route").line,
curves: pipe.output("route").curves,
@@ -0,0 +1,66 @@
/* PLAN 349-0n 헬퍼 — 계산 묶음 cross 단계의 [확정] 보정(포장 구간 · 세월교 노면 하강 · 사토장).
* 진짜 TS(`B06_Section_Cross_Stage` · `B06_Section_Cross_Enforce`)를 트랜스파일해 Node 로 돌림.
* 입력 argv[2] JSON(측점 · 계획고 · 관 · 구조물 · 판정 누가거리) · 결과 = 표준출력 JSON.
* 짝 = `test_349_0n_cross_enforce_mirror.py`. */
const fs = require("fs");
const path = require("path");
const ts = require(path.join(__dirname, "..", "..", "config", "node_modules", "typescript"));
const CATALOG = require("./helper_322_catalog_module.cjs");
const ROOT = path.join(__dirname, "..", "..");
const job = JSON.parse(fs.readFileSync(process.argv[2], "utf8"));
const cache = new Map();
function loadTs(full) {
if (cache.has(full)) return cache.get(full);
const js = ts.transpileModule(fs.readFileSync(full, "utf8"), {
compilerOptions: { module: ts.ModuleKind.CommonJS, target: ts.ScriptTarget.ES2020 },
}).outputText;
const box = { exports: {} };
cache.set(full, box.exports);
const localRequire = (request) => {
if (CATALOG.isCatalogRequest(request)) return CATALOG;
if (request.endsWith(".json")) return require(path.join(path.dirname(full), request));
const bare = request.replace(/\.js$/, "");
if (bare.startsWith("@util/"))
return loadTs(path.join(ROOT, "common_util", `${bare.slice(6)}.ts`));
if (bare.startsWith(".")) return loadTs(path.join(path.dirname(full), `${bare}.ts`));
return require(request);
};
new Function("exports", "module", "require", js)(box.exports, box, localRequire);
return box.exports;
}
const load = (...parts) => loadTs(path.join(ROOT, ...parts));
const enforce = load("B06_Section", "logic", "B06_Section_Cross_Enforce.ts");
const crossMod = load("B06_Section", "logic", "B06_Section_Cross_Stage.ts");
const ranges = enforce.facilityRanges(job.pipes, job.structures);
const at = job.probe.map((chainage) => ({ chainage, ...enforce.facilityAt(ranges, chainage) }));
const profile = {
stations: job.stations.map((s) => ({ chainage_m: s.chainageM, plan_elevation_m: s.elevation })),
samples: job.stations.map((s) => ({ chainage_m: s.chainageM, elevation_m: s.elevation })),
};
const ground = { stations: job.stations };
function runStage(facilities) {
const cross = crossMod.createCrossStage();
const started = process.hrtime.bigint();
const out = cross.stage({
generation: 1,
range: null,
inputs: {
cross: { standard: job.standard, byKey: job.byKey },
pipes: facilities ? job.pipes : null,
structures: facilities ? job.structures : null,
},
out: { profile, ground },
prev: null,
});
const ms = Number(process.hrtime.bigint() - started) / 1e6;
return {
ms,
byKey: Object.fromEntries(Object.entries(out.byKey).map(([k, v]) => [k, v.detail])),
};
}
process.stdout.write(JSON.stringify({ at, stage: runStage(true), carried: runStage(false) }));
@@ -171,5 +171,13 @@ def test_격자_없으면_넓힘_없음(r):
assert plain["final"] == pytest.approx(wide["final"]) or widened
def test_초안_상세_표본은_넓힌_표본(r):
widened = [
s for s in r["wide"]["stations"] if s["lineEnds"] and max(map(abs, s["lineEnds"])) > 20.01
]
assert r["wide"]["shownWide"] == len(widened) # 349-0n — 서버도 넓힌 표본을 상세에 남김
assert r["plain"]["shownWide"] == 0
def test_초안_상세_설계는_사본(r):
assert r["wide"]["copied"] is True
@@ -0,0 +1,271 @@
"""PLAN 349-0n — 계산 묶음 cross 단계의 [확정] 보정 거울 시험(서버 `_enforce_stored_designs` 짝).
· 포장 구간 · 기울임 · 세월교 노면 하강 판정 = 서버 `paved_at` · `tilt_args` · `ford_drop_at`
(누가거리 촘촘히 · 경계 ±0.02)
· cross 단계 결과 = 서버 차례(포장 구간 → 세월교 노면 하강 → 사토장 맨 뒤) 뒤 설계 — 측점마다
면적 · 포장 · 기울임 · 하강 · 사토장 폭 · 면적 · 담은 양
(용량 이분법 · 상한 · 「자동(성토 쪽)」 · 「좌」 · 못 가르는 「자동」)
· 관 · 구조물 입력이 없으면 저장분 측점 열쇠 값 그대로(보정 안 함)
짝: `helper_349_0n_cross_enforce.cjs` · TS `B06_Section/logic/B06_Section_Cross_Enforce.ts`.
"""
from __future__ import annotations
import json
import math
import subprocess
import sys
from pathlib import Path
import pytest
HERE = Path(__file__).resolve().parent
ROOT = HERE.parents[1]
if str(ROOT) not in sys.path:
sys.path.insert(0, str(ROOT))
import B05_Profile.B05_Profile_Structures_Repository as structures_repo # noqa: E402
import B06_Section.B06_Section_Engine_Tilt as tilt_mod # noqa: E402
import B06_Section.B06_Section_Router_Design as design_mod # noqa: E402
from B05_Profile.B05_Profile_Structures_Schema import StructureInstance # noqa: E402
from B06_Section.B06_Section_Engine_Culvert import culvert_sets_from # noqa: E402
from B06_Section.B06_Section_Engine_Design import compute_cross_design # noqa: E402
from B06_Section.B06_Section_Engine_SpoilFill import enforce_spoil_fills # noqa: E402
from common_util.common_util_drainage_pipes import parse_pipe_points # noqa: E402
from config.config_system_design import STANDARD_CROSS_SECTION # noqa: E402
pytestmark = pytest.mark.skipif(
not (ROOT / "config" / "node_modules" / "typescript").is_dir(),
reason="프론트엔드 의존성 미설치",
)
PIPES = [
{"chainage_m": 110.0, "facility": "ford_bridge", "options": {"ford_height_m": 0.3}},
{
"chainage_m": 250.0,
"facility": "ford_pavement",
"options": {"ford_width_m": 30, "ford_slope_deg": 5},
},
{"chainage_m": 310.0, "options": {"pipe_diameter_mm": 800}},
{"chainage_m": 390.0, "facility": "ford_pavement", "options": {}}, # 폭 · 경사 기본값
]
STRUCTURES = [
StructureInstance(
structure_id="pv1", type_id="pavement_concrete", placement="interval", start_m=40, end_m=80
),
StructureInstance(
structure_id="ud1",
type_id="cross_underdrain",
placement="point",
chainage_m=160,
options={"culvert_slope_pct": 2, "culvert_height_m": 0.5},
),
StructureInstance(
structure_id="sp1",
type_id="spoil_bank",
placement="site",
chainage_m=335,
options={"capacity_m3": 300, "side": "자동(성토 쪽)"},
),
StructureInstance(
structure_id="sp2",
type_id="spoil_bank",
placement="site",
chainage_m=370, # 360 · 380 가운데 — 앞 측점
options={"capacity_m3": 1e6, "side": "좌", "fill_slope_ratio": 1.5},
),
StructureInstance(
structure_id="sp3",
type_id="spoil_bank",
placement="site",
chainage_m=20,
options={"capacity_m3": 100, "side": "자동"}, # 못 가름 — 안 세움
),
]
OFFSETS = [round(-20 + 0.5 * i, 1) for i in range(81)]
def _z(offset: float, chainage: float) -> float:
return 100 + 0.25 * offset + 0.8 * math.sin(chainage / 37) + 0.3 * math.cos(offset / 3)
def _elevation(chainage: float) -> float:
return round(100 + 0.6 * math.sin(chainage / 53) + 0.002 * chainage, 4)
def _stations() -> list[dict]:
pipe_at = {p["chainage_m"]: f"pipe:p{i}" for i, p in enumerate(PIPES)}
chainages = sorted({20.0 * i for i in range(21)} | set(pipe_at))
out = []
for c in chainages:
side = [o for o in OFFSETS if o > 0]
out.append(
{
"key": pipe_at.get(c, f"grid:{round(c / 20)}"),
"kind": "pipe" if c in pipe_at else "grid",
"chainageM": c,
"x": c,
"y": 0.0,
"left": [0.0, 1.0],
"azimuthDeg": 90.0,
"planRadiusM": None,
"curveOuterSide": None,
"curveWideningM": 0,
"ground": {
"left": [{"offsetM": o, "z": _z(o, c)} for o in side],
"right": [{"offsetM": o, "z": _z(-o, c)} for o in side],
"centerZ": _z(0, c),
},
"elevation": _elevation(c),
}
)
return out
@pytest.fixture(scope="module")
def r(tmp_path_factory) -> dict:
stations = _stations()
probe = sorted(
{round(0.5 * i, 2) for i in range(841)}
| {
e + d
for e in (40, 80, 110, 160, 235, 265, 385, 395)
for d in (-0.03, -0.02, 0.02, 0.03)
}
)
job = {
"pipes": PIPES,
"structures": [s.model_dump(mode="json") for s in STRUCTURES],
"stations": stations,
"probe": probe,
"standard": STANDARD_CROSS_SECTION,
"byKey": {s["key"]: {"sectionMode": "left_cut"} for s in stations},
}
path = tmp_path_factory.mktemp("enforce") / "job.json"
path.write_text(json.dumps(job), encoding="utf-8")
proc = subprocess.run( # noqa: S603 — 고정 실행 파일
["node", str(HERE / "helper_349_0n_cross_enforce.cjs"), str(path)],
capture_output=True,
text=True,
encoding="utf-8",
timeout=120,
)
assert proc.returncode == 0, proc.stderr
return {"ts": json.loads(proc.stdout), "stations": stations, "probe": probe}
@pytest.fixture(scope="module")
def server(r) -> list[dict]:
"""서버 [확정] 차례 그대로 — 저장분(보정 전) → 포장 구간 → 세월교 하강 → 사토장."""
patch = pytest.MonkeyPatch()
sets = culvert_sets_from(parse_pipe_points(PIPES))
for module in (design_mod, tilt_mod):
patch.setattr(module, "load_culvert_sets", lambda _root: sets)
patch.setattr(module, "load_structures", lambda _root: (0, STRUCTURES))
patch.setattr(structures_repo, "load_structures", lambda _root: (0, STRUCTURES))
longitudinal = {
"design_profiles": [
{
"samples": [
{"chainage_m": s["chainageM"], "elevation_m": s["elevation"]}
for s in r["stations"]
]
}
]
}
sections = []
for s in r["stations"]:
samples = [
{"offset_m": o, "elevation_m": _z(o, s["chainageM"]), "valid": True} for o in OFFSETS
]
design = compute_cross_design(
samples,
s["elevation"],
ground_type="ripping_rock",
section_mode="left_cut",
ditch_type="standard",
standard=STANDARD_CROSS_SECTION,
)
sections.append({"chainage_m": s["chainageM"], "samples": samples, "design": design})
root = Path("unused")
try:
design_mod.enforce_pavement_ranges(longitudinal, sections, root, STANDARD_CROSS_SECTION)
design_mod.enforce_ford_surface_drops(longitudinal, sections, root, STANDARD_CROSS_SECTION)
enforce_spoil_fills(longitudinal, sections, root, STANDARD_CROSS_SECTION)
pave = design_mod.pavement_ranges(root)
tilts = tilt_mod.tilt_ranges(root)
drops = design_mod.ford_surface_drops(root)
r["rules"] = [
{
"paved": design_mod.paved_at(c, pave),
**tilt_mod.tilt_args(c, tilts),
"drop": design_mod.ford_drop_at(c, drops),
}
for c in r["probe"]
]
finally:
patch.undo()
return sections
def test_포장_기울임_하강_판정_서버와_같음(r, server):
hits = {"paved": 0, "tilted": 0, "drop": 0}
for ts_at, py in zip(r["ts"]["at"], r["rules"], strict=True):
c = ts_at["chainage"]
assert ts_at["paved"] == py["paved"], c
assert ts_at["tilted"] == py["tilted"], c
want = py["tilt_pct"]
assert ts_at["tiltPct"] == (None if want is None else pytest.approx(want)), c
assert ts_at["surfaceDropM"] == pytest.approx(py["drop"]), c
hits["paved"] += py["paved"]
hits["tilted"] += py["tilted"]
hits["drop"] += py["drop"] > 0
assert all(hits.values()), hits # 셋 다 실제로 걸림
KEYS = (
"cut_area_m2",
"fill_area_m2",
"surface_drop_m",
"spoil_fill_width_m",
"spoil_fill_area_m2",
"spoil_fill_replaced_fill_m2",
"spoil_fill_placed_m3",
"spoil_fill_unplaced_m3",
"spoil_fill_capacity_m3",
)
def test_cross_단계_결과_서버_보정_뒤와_같음(r, server):
got = r["ts"]["stage"]["byKey"]
for station, section in zip(r["stations"], server, strict=True):
a, b = got[station["key"]], section["design"]
for key in KEYS:
assert (a.get(key) or 0) == pytest.approx(b.get(key) or 0, abs=2e-3), (
station["key"],
key,
)
for key in ("paved", "tilted", "spoil_fill_side", "spoil_fill_structure_id"):
assert a.get(key) == b.get(key), (station["key"], key)
def test_사토장_세_경우(r, server):
by = {s["chainage_m"]: s["design"] for s in server}
assert by[340.0]["spoil_fill_placed_m3"] == pytest.approx(300, abs=0.5) # 이분법 — 용량만큼
assert by[340.0]["spoil_fill_side"] == "right" # left_cut 의 성토면
assert by[360.0]["spoil_fill_unplaced_m3"] > 0 # 상한 — 못 담은 몫
assert not by[20.0].get("spoil_fill_width_m") # 「자동」 = 못 가름
assert r["ts"]["stage"]["byKey"]["grid:17"]["spoil_fill_placed_m3"] == pytest.approx(
300, abs=0.5
)
def test_관_구조물_입력이_없으면_보정_안_함(r):
carried, stage = r["ts"]["carried"]["byKey"], r["ts"]["stage"]["byKey"]
assert not carried["grid:3"].get("paved") and stage["grid:3"]["paved"]
assert not carried["pipe:p0"].get("surface_drop_m") and stage["pipe:p0"]["surface_drop_m"]
assert not carried["grid:17"].get("spoil_fill_width_m")
def test_단계_시간(r):
assert r["ts"]["stage"]["ms"] < 300