feat(B07): 횡단면도를 1/100 척도로 고정하고 한 장에 여러 단면을 배치

작성 척도(횡단 1/100)를 도면 좌표에 넣고, A1 한 장에 들어가는 만큼 단면을 담는다.

- 횡단 좌표를 종이 mm로(x10). 수량표도 종이 치수로 재조정(폭 108mm, 행 5mm)
- 단면 폭 = 설계선이 원지반에서 갈라졌다 만나는 구간 + 여유 1.5m.
  지표선도 그 범위로 자른다. 실측 갈라짐 폭 4.0~15.0m (종전 전폭 40m)
- Engine_Cad_Sheet 신설: 칸 크기는 최대 블록 기준, 좌하단부터 아래→위,
  그다음 오른쪽 열로 채우고 넘치면 다음 장. 23측점 -> 4장(3열x2행)
- 목록·확정을 장 단위로. 확정 시 담긴 측점 전부의 B06 단면적을 재계산하고
  수량표는 측점별로 매니페스트에 보관
- 700줄 제한: 수량표를 Engine_Cad_Table로, 라우터 동기 헬퍼를 Router_Support로 분리

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
This commit is contained in:
2026-08-29 18:47:16 +09:00
co-authored by Claude Fable 5
parent e40dc97b09
commit a0a737768e
6 changed files with 1155 additions and 735 deletions
+113 -321
View File
@@ -17,6 +17,8 @@
from typing import Any
from uuid import UUID, uuid5
from config.config_system import DRAWING_SCALE_CROSS
# 레이어 정의 — 지표면선은 상세설계 제어 대상에서 제외하므로 잠금한다(N-1-3).
GROUND_LAYER_ID = "b08-ground"
GROUND_COLOR = "#f5f7fa"
@@ -277,8 +279,14 @@ def _cross_line_entities(
design_line: list[Any] | None,
design: dict[str, Any] | None,
dy: float = 0.0,
paper: Any = None,
window: tuple[float, float] | None = None,
) -> list[dict[str, Any]]:
"""횡단 설계선을 설계(b08-design)/구조물(b08-structure, 측구 구간)로 분리한다."""
"""횡단 설계선을 설계(b07-design)/구조물(b07-structure, 측구 구간)로 분리한다.
paper가 오면 (실좌표 m) -> (종이 mm) 변환을 거쳐 좌표를 만들고, window가 오면
그 가로 범위로 자른다. dy는 paper 안에서 처리하므로 여기서 빼지 않는다.
"""
points: list[tuple[float, float]] = []
for point in design_line if isinstance(design_line, list) else []:
if not isinstance(point, dict):
@@ -286,14 +294,21 @@ def _cross_line_entities(
x = point.get("offset_m")
y = point.get("elevation_m")
if isinstance(x, (int, float)) and isinstance(y, (int, float)):
points.append((float(x), float(y) - dy))
points.append((float(x), float(y) if paper else float(y) - dy))
if len(points) < 2:
return []
if window is not None:
points = _clip_polyline(points, window[0], window[1])
if len(points) < 2:
return []
def place(part: list[tuple[float, float]]) -> list[tuple[float, float]]:
return [paper(p) for p in part] if paper else part
bounds = _ditch_bounds(design)
entities: list[dict[str, Any]] = []
if bounds is None:
design_poly = polyline_entity(drawing_id, points, DESIGN_LAYER_ID, DESIGN_COLOR)
design_poly = polyline_entity(drawing_id, place(points), DESIGN_LAYER_ID, DESIGN_COLOR)
return [design_poly] if design_poly else []
lo, hi = bounds
@@ -302,259 +317,64 @@ def _cross_line_entities(
ditch_part = [p for p in points if lo - tolerance <= p[0] <= hi + tolerance]
after = [p for p in points if p[0] >= hi - tolerance]
for suffix, part in ((":a", before), (":b", after)):
poly = polyline_entity(drawing_id, part, DESIGN_LAYER_ID, DESIGN_COLOR, suffix)
poly = polyline_entity(drawing_id, place(part), DESIGN_LAYER_ID, DESIGN_COLOR, suffix)
if poly:
entities.append(poly)
structure = polyline_entity(drawing_id, ditch_part, STRUCTURE_LAYER_ID, STRUCTURE_COLOR)
structure = polyline_entity(drawing_id, place(ditch_part), STRUCTURE_LAYER_ID, STRUCTURE_COLOR)
if structure:
entities.append(structure)
return entities
# 횡단 수량 산출표 (납품 양식). 본문 6행 × 3그룹.
# 좌: 깍기(토사/암석)·측구(토사/암석)·쌓기·층따기
# 중: 면고르기(성토/절토)·지장목제거(성토/절토)·표토제거(성토/절토)
# 우: 편책·성토파종·절토살포·제근·(공란)·노면다짐
_CROSS_HEADER_KEYS: tuple[tuple[str, str], ...] = (
("지반고", "ground"),
("계획고", "planned"),
("성토고", "fill"),
("절토고", "cut"),
)
# 좌측 그룹: (그룹 라벨 or None, 하위 라벨 or None, 값 키 or None) — 행 순서대로.
_CROSS_LEFT_ROWS: tuple[tuple[str | None, str | None, str | None], ...] = (
("깍기", "토사", "cut_soil"),
(None, "암석", "cut_rock"),
("측구", "토사", "ditch_soil"),
(None, "암석", "ditch_rock"),
("쌓기", None, "embankment"),
("층따기", None, "benching"),
)
_CROSS_MIDDLE_ROWS: tuple[tuple[str | None, str, str], ...] = (
("면고르기", "성토", "grading_fill"),
(None, "절토", "grading_cut"),
("지장목제거", "성토", "tree_removal_fill"),
(None, "절토", "tree_removal_cut"),
("표토제거", "성토", "topsoil_fill"),
(None, "절토", "topsoil_cut"),
)
_CROSS_RIGHT_ROWS: tuple[tuple[str | None, str | None], ...] = (
("편책", "fence"),
("성토파종", "fill_seeding"),
("절토살포", "cut_spraying"),
("제근", "grubbing"),
(None, None),
("노면다짐", "road_compaction"),
)
QUANTITY_VALUE_KEYS: tuple[str, ...] = (
"ground",
"planned",
"fill",
"cut",
"cut_soil",
"cut_rock",
"ditch_soil",
"ditch_rock",
"embankment",
"benching",
"grading_fill",
"grading_cut",
"tree_removal_fill",
"tree_removal_cut",
"topsoil_fill",
"topsoil_cut",
"fence",
"fill_seeding",
"cut_spraying",
"grubbing",
"road_compaction",
)
_CROSS_TABLE_WIDTH = 26.0
_CROSS_TABLE_ROW_HEIGHT = 1.6
_CROSS_TABLE_FONT = 0.55
# 열 경계 비율 (좌: 그룹/하위/값/여백, 중: 그룹/하위/값/여백, 우: 라벨/값/여백)
_CROSS_COLUMN_WEIGHTS: tuple[float, ...] = (1.0, 1.7, 2.1, 1.0, 1.9, 1.4, 2.1, 1.0, 2.6, 2.1, 1.0)
# 도면 좌표 = 종이 mm. 실거리 1 m가 종이에서 차지하는 mm (1/100 -> 10.0).
CROSS_MM = 1000.0 / DRAWING_SCALE_CROSS
# 단면을 그리는 가로 범위: 설계선(절·성토)·구조물이 원지반과 갈라지는 구간 + 여유(m).
CROSS_SECTION_MARGIN_M = 1.5
# 원지반과 "만난다"고 볼 표고 차이(m) — 이보다 작으면 붙어 있는 것으로 본다.
_TOUCH_TOLERANCE_M = 0.02
def _cross_column_edges(width: float) -> list[float]:
total = sum(_CROSS_COLUMN_WEIGHTS)
left = -width / 2.0
edges = [left]
accumulated = 0.0
for weight in _CROSS_COLUMN_WEIGHTS:
accumulated += weight
edges.append(left + width * accumulated / total)
return edges
def _section_window(
ground: list[tuple[float, float]],
design: list[tuple[float, float]],
margin_m: float = CROSS_SECTION_MARGIN_M,
) -> tuple[float, float]:
"""설계선이 원지반에서 갈라졌다가 다시 만나는 가로 범위(+여유)를 구한다.
B06 설계선은 절·성토 구간 바깥에서 원지반을 그대로 따라가므로, 표고가
갈라지는 구간이 곧 "그려야 할 단면"이다 (2026-08-29 사용자 기준).
"""
left = right = None
for x, y in design:
ground_y = _interpolate(ground, x)
if ground_y is None or abs(y - ground_y) <= _TOUCH_TOLERANCE_M:
continue
left = x if left is None else min(left, x)
right = x if right is None else max(right, x)
if left is None or right is None:
xs = [x for x, _y in ground] or [-6.0, 6.0]
left, right = min(xs), max(xs)
return (left - margin_m, right + margin_m)
def _cross_table_entities(
drawing_id: str,
quantity_table: dict[str, float | None],
table_top: float,
title_label: str,
) -> list[dict[str, Any]]:
"""횡단 수량 산출표(납품 양식)를 병합 셀 그리드+텍스트로 만든다."""
width = _CROSS_TABLE_WIDTH
row_h = _CROSS_TABLE_ROW_HEIGHT
font = _CROSS_TABLE_FONT
left = -width / 2.0
right = width / 2.0
edges = _cross_column_edges(width)
entities: list[dict[str, Any]] = []
def value_text(seed_key: str, x: float, y: float) -> dict[str, Any]:
value = quantity_table.get(seed_key)
return _text_entity(
f"{drawing_id}:qtable:{seed_key}",
_format(value) if isinstance(value, (int, float)) else "-",
x,
y,
CROSS_TABLE_LAYER_ID,
font,
TABLE_VALUE_COLOR,
)
def label_text(seed: str, label: str, x: float, y: float) -> dict[str, Any]:
return _text_entity(seed, label, x, y, CROSS_TABLE_LAYER_ID, font, TABLE_LABEL_COLOR)
def h_line(seed: str, x_from: float, x_to: float, y: float) -> None:
entities.append(
_line_entity(seed, (x_from, y), (x_to, y), CROSS_TABLE_LAYER_ID, TABLE_LINE_COLOR)
)
def v_line(seed: str, x: float, y_from: float, y_to: float) -> None:
entities.append(
_line_entity(seed, (x, y_from), (x, y_to), CROSS_TABLE_LAYER_ID, TABLE_LINE_COLOR)
)
# ── 행 y 좌표 (제목행, 헤더행, 본문 6행)
y_title_top = table_top
y_header_top = y_title_top - row_h
y_body_top = y_header_top - row_h
body_rows = len(_CROSS_LEFT_ROWS)
y_bottom = y_body_top - row_h * body_rows
def body_y(row_index: int) -> float:
return y_body_top - row_h * row_index
# ── 외곽/가로선
h_line(f"{drawing_id}:qgrid:top", left, right, y_title_top)
h_line(f"{drawing_id}:qgrid:title", left, right, y_header_top)
h_line(f"{drawing_id}:qgrid:header", left, right, y_body_top)
h_line(f"{drawing_id}:qgrid:bottom", left, right, y_bottom)
v_line(f"{drawing_id}:qgrid:vl", left, y_title_top, y_bottom)
v_line(f"{drawing_id}:qgrid:vr", right, y_title_top, y_bottom)
# 본문 행 사이 가로선 — 그룹 병합 셀(좌 colA, 중 colE)은 병합 지속 구간에서 끊는다.
for boundary in range(1, body_rows):
y = body_y(boundary)
left_merged = _CROSS_LEFT_ROWS[boundary][0] is None
middle_merged = _CROSS_MIDDLE_ROWS[boundary][0] is None
seed = f"{drawing_id}:qgrid:b{boundary}"
if left_merged:
h_line(f"{seed}:l", edges[1], edges[4], y)
else:
h_line(f"{seed}:l", edges[0], edges[4], y)
if middle_merged:
h_line(f"{seed}:m", edges[5], edges[8], y)
else:
h_line(f"{seed}:m", edges[4], edges[8], y)
h_line(f"{seed}:r", edges[8], edges[11], y)
# ── 헤더행 (지반고/계획고/성토고/절토고): 4쌍 균등 분할
header_cell = width / 8.0
for pair_index, (label, key) in enumerate(_CROSS_HEADER_KEYS):
x_label = left + header_cell * (pair_index * 2 + 0.5)
x_value = left + header_cell * (pair_index * 2 + 1.5)
y_mid = y_header_top - row_h * 0.5
entities.append(label_text(f"{drawing_id}:qlabel:h:{key}", label, x_label, y_mid))
entities.append(value_text(key, x_value, y_mid))
if pair_index > 0:
v_line(
f"{drawing_id}:qgrid:hv{pair_index}",
left + header_cell * pair_index * 2,
y_header_top,
y_body_top,
)
v_line(
f"{drawing_id}:qgrid:hvl{pair_index}",
left + header_cell * (pair_index * 2 + 1),
y_header_top,
y_body_top,
)
# ── 제목행 (No.측점)
entities.append(
_text_entity(
f"{drawing_id}:qtitle",
title_label,
left + width * 0.03,
y_title_top - row_h * 0.5,
CROSS_TABLE_LAYER_ID,
font * 1.15,
TABLE_LABEL_COLOR,
align="left",
)
)
# ── 본문 세로선: colA|B 경계는 그룹 라벨이 하위 라벨과 분리된 행(깍기~측구 4행)만.
ab_rows = [i for i, row in enumerate(_CROSS_LEFT_ROWS) if row[1] is not None]
if ab_rows:
v_line(
f"{drawing_id}:qgrid:vab",
edges[1],
body_y(min(ab_rows)),
body_y(max(ab_rows) + 1),
)
for edge_index in (2, 3, 4, 5, 6, 7, 8, 9, 10):
v_line(f"{drawing_id}:qgrid:vc{edge_index}", edges[edge_index], y_body_top, y_bottom)
# ── 본문 셀 (좌/중/우 그룹)
def cell_mid(edge_from: int, edge_to: int) -> float:
return (edges[edge_from] + edges[edge_to]) / 2.0
for row_index in range(body_rows):
y_mid = body_y(row_index) - row_h * 0.5
group_l, sub_l, key_l = _CROSS_LEFT_ROWS[row_index]
if group_l is not None and sub_l is not None:
# 그룹 라벨은 2행 병합 중앙 배치
y_group = body_y(row_index) - row_h # 병합 2행의 중앙
entities.append(
label_text(f"{drawing_id}:qlabel:lg:{row_index}", group_l, cell_mid(0, 1), y_group)
)
elif group_l is not None:
entities.append(
label_text(f"{drawing_id}:qlabel:lg:{row_index}", group_l, cell_mid(0, 2), y_mid)
)
if sub_l is not None:
entities.append(
label_text(f"{drawing_id}:qlabel:ls:{row_index}", sub_l, cell_mid(1, 2), y_mid)
)
if key_l is not None:
entities.append(value_text(key_l, cell_mid(2, 3), y_mid))
group_m, sub_m, key_m = _CROSS_MIDDLE_ROWS[row_index]
if group_m is not None:
y_group = body_y(row_index) - row_h
entities.append(
label_text(f"{drawing_id}:qlabel:mg:{row_index}", group_m, cell_mid(4, 5), y_group)
)
entities.append(
label_text(f"{drawing_id}:qlabel:ms:{row_index}", sub_m, cell_mid(5, 6), y_mid)
)
entities.append(value_text(key_m, cell_mid(6, 7), y_mid))
label_r, key_r = _CROSS_RIGHT_ROWS[row_index]
if label_r is not None:
entities.append(
label_text(f"{drawing_id}:qlabel:r:{row_index}", label_r, cell_mid(8, 9), y_mid)
)
if key_r is not None:
entities.append(value_text(key_r, cell_mid(9, 10), y_mid))
return entities
def _clip_polyline(
points: list[tuple[float, float]], x0: float, x1: float
) -> list[tuple[float, float]]:
"""폴리라인을 [x0, x1]로 자른다 — 경계는 선형보간으로 새 점을 만든다."""
if not points:
return []
clipped: list[tuple[float, float]] = []
for index, (x, y) in enumerate(points):
if index > 0:
px, py = points[index - 1]
for edge in (x0, x1):
if (px < edge < x) or (x < edge < px):
span = x - px
ratio = (edge - px) / span if span else 0.0
clipped.append((edge, py + (y - py) * ratio))
if x0 <= x <= x1:
clipped.append((x, y))
return clipped
def build_cross_drawing(
@@ -566,18 +386,16 @@ def build_cross_drawing(
title_label: str,
design_elevation_m: float | None = None,
frame: dict[str, float] | None = None,
origin: tuple[float, float] = (0.0, 0.0),
) -> dict[str, Any]:
"""횡단도 한 장을 지표/설계/구조물(+암 경계) 레이어 + CAD 수량 산출표로 만든다.
로컬 좌표 정규화: 계획고(design_elevation_m)를 y=0으로 두어 모든 측점
도면이 같은 화면 배치를 갖는다.
배치 규약: 이 단면의 선(지표+설계+암 경계) 전체 bbox 중심을 y=0에 두어
측점마다 콘텐츠가 화면 중앙에 온다(종단 경사 드리프트 제거). 테이블은
frame(노선 공통 최대 반높이 half_height)이 오면 전 측점 동일 y에 고정해
Fit-in-all 배율·중심이 측점 간 흔들리지 않게 한다. design_elevation_m는
현재 배치에 쓰지 않지만 향후 표고 주석용으로 시그니처를 유지한다.
좌표는 종이 밀리미터(1/100 — 실거리 1 m = 10 mm)이고, 그리는 가로 범위는
설계선·구조물이 원지반과 갈라지는 구간 + 여유다. 세로는 이 단면 선들의
bbox 중심을 0에 둔다(측점마다 화면 중앙 정렬). design_elevation_m는 현재
배치에 쓰지 않지만 향후 표고 주석용으로 시그니처를 유지한다.
"""
ox, oy = origin
raw_ground = points_from_samples(source.get("samples", []), "offset_m")
raw_design: list[tuple[float, float]] = []
for point in design_line if isinstance(design_line, list) else []:
@@ -589,49 +407,64 @@ def build_cross_drawing(
raw_design.append((float(x), float(y)))
rock_offset = design.get("rock_boundary_offset_m") if isinstance(design, dict) else None
# 콘텐츠 bbox: 지표선 + 설계선 + 암 경계선(지표+오프셋) 표고 범위.
all_ys = [y for _x, y in raw_ground] + [y for _x, y in raw_design]
# 표 모듈은 이 모듈의 직렬화 헬퍼를 쓰므로 순환을 피해 함수 안에서 들여온다.
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Table import (
_cross_table_entities,
cross_table_height,
cross_table_width,
)
# 그릴 가로 범위: 설계선이 원지반과 갈라지는 구간 + 여유.
x0, x1 = _section_window(raw_ground, raw_design)
ground_clipped = _clip_polyline(raw_ground, x0, x1)
# 세로 정렬: 이 범위 안의 선(지표+설계+암 경계) bbox 중심을 0으로.
all_ys = [y for _x, y in ground_clipped] + [y for x, y in raw_design if x0 <= x <= x1]
if isinstance(rock_offset, (int, float)):
all_ys.extend(y + float(rock_offset) for _x, y in raw_ground)
all_ys.extend(y + float(rock_offset) for _x, y in ground_clipped)
dy = (min(all_ys) + max(all_ys)) / 2.0 if all_ys else 0.0
own_half_height = (max(all_ys) - min(all_ys)) / 2.0 if all_ys else 5.0
ground_points = [(x, y - dy) for x, y in raw_ground]
def paper(point: tuple[float, float]) -> tuple[float, float]:
return (point[0] * CROSS_MM + ox, (point[1] - dy) * CROSS_MM + oy)
entities: list[dict[str, Any]] = []
ground = polyline_entity(drawing_id, ground_points, GROUND_LAYER_ID, GROUND_COLOR)
ground = polyline_entity(
drawing_id, [paper(p) for p in ground_clipped], GROUND_LAYER_ID, GROUND_COLOR
)
if ground:
entities.append(ground)
entities.extend(_cross_line_entities(drawing_id, design_line, design, dy))
entities.extend(_cross_line_entities(drawing_id, design_line, design, dy, paper, (x0, x1)))
# 암 경계선: 지반선 복사 + 오프셋(음수=하향). 암 지반 지정 측점에만 존재.
if isinstance(rock_offset, (int, float)) and ground_points:
rock_points = [(x, y + float(rock_offset)) for x, y in ground_points]
if isinstance(rock_offset, (int, float)) and ground_clipped:
rock_points = [paper((x, y + float(rock_offset))) for x, y in ground_clipped]
rock = polyline_entity(drawing_id, rock_points, ROCK_LAYER_ID, ROCK_COLOR, dash=[6, 4])
if rock:
entities.append(rock)
# 테이블 상단: 노선 공통 최대 반높이 아래 고정(전 측점 동일). frame 없으면 자체 폴백.
half_height = (
frame["half_height"] if frame and "half_height" in frame else own_half_height + 1.0
)
table_bottom = -half_height
# 표는 단면 중심 아래에 붙인다 (좌표는 mm). 그리는 창이 좌우 비대칭이면
# 단면 중심이 원점과 어긋나므로 표도 같은 중심을 쓴다.
center_x = ox + (x0 + x1) / 2.0 * CROSS_MM
half_height = own_half_height * CROSS_MM + 5.0
table_bottom = oy - half_height
if quantity_table is not None:
table_top = -half_height - 2.0
entities.extend(_cross_table_entities(drawing_id, quantity_table, table_top, title_label))
table_bottom = table_top - _CROSS_TABLE_ROW_HEIGHT * (len(_CROSS_LEFT_ROWS) + 2)
table_top = oy - half_height - 8.0
entities.extend(
_cross_table_entities(drawing_id, quantity_table, table_top, title_label, center_x)
)
table_bottom = table_top - cross_table_height()
# 외곽 테두리: 전 측점 동일 크기 사각형(노선 공통 half/half_height 기준) —
# Fit-in-all 바운딩박스를 고정해 측점 이동 시 배율·중심이 흔들리지 않는다.
half = frame["half"] if frame else max((abs(x) for x, _y in ground_points), default=12.0)
frame_x = max(half + 2.0, _CROSS_TABLE_WIDTH / 2.0 + 1.0)
frame_top = half_height + 1.0
frame_bottom = table_bottom - 1.0
# 외곽 테두리: 단면 범위와 표를 함께 감싼다.
frame_x = max((x1 - x0) / 2.0 * CROSS_MM + 4.0, cross_table_width() / 2.0 + 4.0)
frame_top = oy + half_height + 4.0
frame_bottom = table_bottom - 4.0
corners = [
(-frame_x, frame_bottom),
(frame_x, frame_bottom),
(frame_x, frame_top),
(-frame_x, frame_top),
(-frame_x, frame_bottom),
(center_x - frame_x, frame_bottom),
(center_x + frame_x, frame_bottom),
(center_x + frame_x, frame_top),
(center_x - frame_x, frame_top),
(center_x - frame_x, frame_bottom),
]
border = polyline_entity(drawing_id, corners, FRAME_LAYER_ID, TABLE_LINE_COLOR)
if border:
@@ -649,44 +482,3 @@ def build_cross_drawing(
_layer(FRAME_LAYER_ID, "Frame", locked=True),
],
}
def extract_quantity_table(
drawing_id: str, drawing: dict[str, Any]
) -> dict[str, float | None] | None:
"""확정 도면 JSON에서 수량 산출표 Text 값을 결정적 id로 역추출한다.
값 셀 id = uuid5(NS, "{drawing_id}:qtable:{key}"). 하나도 없으면 None을
반환해 호출부가 요청 본문 quantity_table 폴백을 쓰게 한다.
"""
id_to_key = {
str(uuid5(_ENTITY_NS, f"{drawing_id}:qtable:{key}")): key for key in QUANTITY_VALUE_KEYS
}
entities = drawing.get("entities")
if not isinstance(entities, list):
return None
table: dict[str, float | None] = {}
found = False
for entity in entities:
if not isinstance(entity, dict):
continue
key = id_to_key.get(str(entity.get("id")))
if key is None:
continue
found = True
shape = entity.get("shapeData")
label = shape.get("label") if isinstance(shape, dict) else None
try:
table[key] = float(str(label).replace(",", ""))
except (TypeError, ValueError):
table[key] = None
if not found:
return None
for key in QUANTITY_VALUE_KEYS:
table.setdefault(key, None)
ground = table.get("ground")
planned = table.get("planned")
if isinstance(ground, (int, float)) and isinstance(planned, (int, float)):
table["cut"] = max(ground - planned, 0.0)
table["fill"] = max(planned - ground, 0.0)
return table
@@ -0,0 +1,179 @@
"""B07 횡단면도 장 배치 — A1 한 장에 들어가는 만큼 단면을 담는다.
채우는 순서는 **좌하단부터 아래에서 위로, 그다음 오른쪽 열**이다
(2026-08-29 사용자 확정). 한 장에 몇 개가 들어가는지는 단면 블록의 크기가
정하며, 블록 크기는 작성 척도(1/100)와 "설계선이 원지반과 갈라지는 구간"
정한다 — 즉 종이가 허용하는 만큼만 담고 남으면 다음 장으로 넘긴다.
"""
import re
from typing import Any
from B07_DesignDetail.B07_DesignDetail_Engine_Cad import (
CROSS_MM,
CROSS_TABLE_LAYER_ID,
DESIGN_LAYER_ID,
DRAWING_FORMAT,
FRAME_LAYER_ID,
GROUND_LAYER_ID,
ROCK_LAYER_ID,
STRUCTURE_LAYER_ID,
_clip_polyline,
_layer,
_section_window,
build_cross_drawing,
points_from_samples,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Table import (
cross_table_height,
cross_table_width,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Template import (
entities_bbox,
frame_entities,
usable_area,
)
# 장 도면 id — 측점 도면(cross_00020m)과 겹치지 않는 형식.
CROSS_SHEET_ID = re.compile(r"cross_s(\d{2,})")
# 블록 사이 여백(mm)과 테두리 여유 — build_cross_drawing의 테두리 값과 맞춘다.
_BLOCK_GAP_MM = 8.0
_BORDER_PAD_MM = 4.0
def _design_points(design_line: list[Any] | None) -> list[tuple[float, float]]:
points: list[tuple[float, float]] = []
for point in design_line if isinstance(design_line, list) else []:
if not isinstance(point, dict):
continue
x = point.get("offset_m")
y = point.get("elevation_m")
if isinstance(x, (int, float)) and isinstance(y, (int, float)):
points.append((float(x), float(y)))
return points
def section_block_size(
source: dict[str, Any], design_line: list[Any] | None, with_table: bool = True
) -> tuple[float, float]:
"""단면 블록 하나의 종이 크기(mm) — 엔티티를 만들지 않고 치수만 잰다.
build_cross_drawing의 테두리 계산과 같은 규칙을 쓴다: 가로는 그리는 범위와
수량표 중 넓은 쪽, 세로는 단면 높이 + 수량표.
"""
ground = points_from_samples(source.get("samples", []), "offset_m")
design = _design_points(design_line)
x0, x1 = _section_window(ground, design)
ground_clipped = _clip_polyline(ground, x0, x1)
ys = [y for _x, y in ground_clipped] + [y for x, y in design if x0 <= x <= x1]
half_height = ((max(ys) - min(ys)) / 2.0 if ys else 5.0) * CROSS_MM + 5.0
width = 2.0 * max(
(x1 - x0) / 2.0 * CROSS_MM + _BORDER_PAD_MM,
cross_table_width() / 2.0 + _BORDER_PAD_MM,
)
# 위: 단면 반높이 + 테두리 여유 / 아래: 반높이 + (표 간격 + 표) + 테두리 여유
top = half_height + _BORDER_PAD_MM
below = half_height + _BORDER_PAD_MM
if with_table:
below += 8.0 + cross_table_height()
return (width, top + below)
def plan_cross_sheets(blocks: list[tuple[int, float, float]]) -> list[dict[str, Any]]:
"""(측점, 폭, 높이) 목록을 A1 장으로 나눈다.
칸 크기는 전체 블록의 최대 폭·높이로 통일한다 — 장마다 칸이 달라지면
도면끼리 비교가 안 되기 때문이다. 한 장에 cols x rows개가 들어간다.
"""
if not blocks:
return []
usable_w, usable_h = usable_area()
cell_w = max(w for _c, w, _h in blocks) + _BLOCK_GAP_MM
cell_h = max(h for _c, _w, h in blocks) + _BLOCK_GAP_MM
cols = max(1, int(usable_w // cell_w))
rows = max(1, int(usable_h // cell_h))
per_sheet = cols * rows
sheets: list[dict[str, Any]] = []
for index in range(0, len(blocks), per_sheet):
group = blocks[index : index + per_sheet]
number = index // per_sheet + 1
sheets.append(
{
"id": f"cross_s{number:02d}",
"number": number,
"chainages": [chainage for chainage, _w, _h in group],
"cols": cols,
"rows": rows,
"cell": (cell_w, cell_h),
}
)
return sheets
def _cell_center(index: int, rows: int, cell: tuple[float, float]) -> tuple[float, float]:
"""좌하단부터 아래→위로 채우고, 열이 차면 오른쪽 열로 넘어간다."""
cell_w, cell_h = cell
usable_w, usable_h = usable_area()
column, row = divmod(index, rows)
x = -usable_w / 2.0 + cell_w * (column + 0.5)
y = -usable_h / 2.0 + cell_h * (row + 0.5)
return (x, y)
def build_cross_sheet(sheet: dict[str, Any], sections: list[dict[str, Any]]) -> dict[str, Any]:
"""한 장을 만든다. sections는 이 장에 담을 측점 입력들(배치 순서대로)."""
entities: list[dict[str, Any]] = []
rows = int(sheet.get("rows", 1))
cell = tuple(sheet.get("cell", (100.0, 100.0))) # type: ignore[arg-type]
for index, section in enumerate(sections):
seed_id = f"{sheet['id']}:{section['chainage']}"
# 1) 원점(0,0)에 한 번 만들어 블록이 원점 대비 어디에 놓이는지 잰다.
probe = build_cross_drawing(
section["source"],
seed_id,
section.get("design_line"),
section.get("design"),
section.get("quantity_table"),
section.get("title", ""),
)
bbox = entities_bbox(probe["entities"])
if bbox is None:
continue
min_x, min_y, max_x, max_y = bbox
center_x, center_y = _cell_center(index, rows, cell)
# 2) 칸 가운데에 오도록 원점을 옮겨 다시 만든다.
origin = (
center_x - (min_x + max_x) / 2.0,
center_y - (min_y + max_y) / 2.0,
)
placed = build_cross_drawing(
section["source"],
seed_id,
section.get("design_line"),
section.get("design"),
section.get("quantity_table"),
section.get("title", ""),
origin=origin,
)
entities.extend(placed["entities"])
bbox = entities_bbox(entities)
if bbox:
entities.extend(frame_entities(sheet["id"], bbox, fit=False))
return {
"format": DRAWING_FORMAT,
"entities": entities,
"layers": [
_layer(GROUND_LAYER_ID, "Existing Ground", locked=True),
_layer(DESIGN_LAYER_ID, "Design Plan"),
_layer(STRUCTURE_LAYER_ID, "Structure"),
_layer(ROCK_LAYER_ID, "Rock Boundary"),
_layer(CROSS_TABLE_LAYER_ID, "Quantity Table"),
_layer(FRAME_LAYER_ID, "Frame", locked=True),
],
}
@@ -0,0 +1,321 @@
"""B07 횡단 수량 산출표 — 납품 양식 표 작도와 편집값 역추출.
표는 도면 좌표(종이 mm) 기준이다. 값 셀 id는 uuid5(NS, "{drawing_id}:qtable:{key}")로
정해져 있어, 사용자가 CAD에서 고친 숫자를 그대로 되읽을 수 있다.
"""
from typing import Any
from uuid import uuid5
from B07_DesignDetail.B07_DesignDetail_Engine_Cad import (
_ENTITY_NS,
CROSS_TABLE_LAYER_ID,
TABLE_LABEL_COLOR,
TABLE_LINE_COLOR,
TABLE_VALUE_COLOR,
_format,
_line_entity,
_text_entity,
)
# 횡단 수량 산출표 (납품 양식). 본문 6행 × 3그룹.
# 좌: 깍기(토사/암석)·측구(토사/암석)·쌓기·층따기
# 중: 면고르기(성토/절토)·지장목제거(성토/절토)·표토제거(성토/절토)
# 우: 편책·성토파종·절토살포·제근·(공란)·노면다짐
_CROSS_HEADER_KEYS: tuple[tuple[str, str], ...] = (
("지반고", "ground"),
("계획고", "planned"),
("성토고", "fill"),
("절토고", "cut"),
)
# 좌측 그룹: (그룹 라벨 or None, 하위 라벨 or None, 값 키 or None) — 행 순서대로.
_CROSS_LEFT_ROWS: tuple[tuple[str | None, str | None, str | None], ...] = (
("깍기", "토사", "cut_soil"),
(None, "암석", "cut_rock"),
("측구", "토사", "ditch_soil"),
(None, "암석", "ditch_rock"),
("쌓기", None, "embankment"),
("층따기", None, "benching"),
)
_CROSS_MIDDLE_ROWS: tuple[tuple[str | None, str, str], ...] = (
("면고르기", "성토", "grading_fill"),
(None, "절토", "grading_cut"),
("지장목제거", "성토", "tree_removal_fill"),
(None, "절토", "tree_removal_cut"),
("표토제거", "성토", "topsoil_fill"),
(None, "절토", "topsoil_cut"),
)
_CROSS_RIGHT_ROWS: tuple[tuple[str | None, str | None], ...] = (
("편책", "fence"),
("성토파종", "fill_seeding"),
("절토살포", "cut_spraying"),
("제근", "grubbing"),
(None, None),
("노면다짐", "road_compaction"),
)
QUANTITY_VALUE_KEYS: tuple[str, ...] = (
"ground",
"planned",
"fill",
"cut",
"cut_soil",
"cut_rock",
"ditch_soil",
"ditch_rock",
"embankment",
"benching",
"grading_fill",
"grading_cut",
"tree_removal_fill",
"tree_removal_cut",
"topsoil_fill",
"topsoil_cut",
"fence",
"fill_seeding",
"cut_spraying",
"grubbing",
"road_compaction",
)
# 표 치수는 종이 밀리미터다 (도면 좌표 = mm).
_CROSS_TABLE_WIDTH = 108.0
_CROSS_TABLE_ROW_HEIGHT = 5.0
_CROSS_TABLE_FONT = 2.0
# 열 경계 비율 (좌: 그룹/하위/값/여백, 중: 그룹/하위/값/여백, 우: 라벨/값/여백)
_CROSS_COLUMN_WEIGHTS: tuple[float, ...] = (1.0, 1.7, 2.1, 1.0, 1.9, 1.4, 2.1, 1.0, 2.6, 2.1, 1.0)
def _cross_column_edges(width: float, center_x: float = 0.0) -> list[float]:
total = sum(_CROSS_COLUMN_WEIGHTS)
left = center_x - width / 2.0
edges = [left]
accumulated = 0.0
for weight in _CROSS_COLUMN_WEIGHTS:
accumulated += weight
edges.append(left + width * accumulated / total)
return edges
def _cross_table_entities(
drawing_id: str,
quantity_table: dict[str, float | None],
table_top: float,
title_label: str,
center_x: float = 0.0,
) -> list[dict[str, Any]]:
"""횡단 수량 산출표(납품 양식)를 병합 셀 그리드+텍스트로 만든다.
표는 center_x를 가운데로 놓는다 — 한 장에 여러 단면을 배치할 때 각 단면
블록의 중심으로 옮기기 위한 것이다.
"""
width = _CROSS_TABLE_WIDTH
row_h = _CROSS_TABLE_ROW_HEIGHT
font = _CROSS_TABLE_FONT
left = center_x - width / 2.0
right = center_x + width / 2.0
edges = _cross_column_edges(width, center_x)
entities: list[dict[str, Any]] = []
def value_text(seed_key: str, x: float, y: float) -> dict[str, Any]:
value = quantity_table.get(seed_key)
return _text_entity(
f"{drawing_id}:qtable:{seed_key}",
_format(value) if isinstance(value, (int, float)) else "-",
x,
y,
CROSS_TABLE_LAYER_ID,
font,
TABLE_VALUE_COLOR,
)
def label_text(seed: str, label: str, x: float, y: float) -> dict[str, Any]:
return _text_entity(seed, label, x, y, CROSS_TABLE_LAYER_ID, font, TABLE_LABEL_COLOR)
def h_line(seed: str, x_from: float, x_to: float, y: float) -> None:
entities.append(
_line_entity(seed, (x_from, y), (x_to, y), CROSS_TABLE_LAYER_ID, TABLE_LINE_COLOR)
)
def v_line(seed: str, x: float, y_from: float, y_to: float) -> None:
entities.append(
_line_entity(seed, (x, y_from), (x, y_to), CROSS_TABLE_LAYER_ID, TABLE_LINE_COLOR)
)
# ── 행 y 좌표 (제목행, 헤더행, 본문 6행)
y_title_top = table_top
y_header_top = y_title_top - row_h
y_body_top = y_header_top - row_h
body_rows = len(_CROSS_LEFT_ROWS)
y_bottom = y_body_top - row_h * body_rows
def body_y(row_index: int) -> float:
return y_body_top - row_h * row_index
# ── 외곽/가로선
h_line(f"{drawing_id}:qgrid:top", left, right, y_title_top)
h_line(f"{drawing_id}:qgrid:title", left, right, y_header_top)
h_line(f"{drawing_id}:qgrid:header", left, right, y_body_top)
h_line(f"{drawing_id}:qgrid:bottom", left, right, y_bottom)
v_line(f"{drawing_id}:qgrid:vl", left, y_title_top, y_bottom)
v_line(f"{drawing_id}:qgrid:vr", right, y_title_top, y_bottom)
# 본문 행 사이 가로선 — 그룹 병합 셀(좌 colA, 중 colE)은 병합 지속 구간에서 끊는다.
for boundary in range(1, body_rows):
y = body_y(boundary)
left_merged = _CROSS_LEFT_ROWS[boundary][0] is None
middle_merged = _CROSS_MIDDLE_ROWS[boundary][0] is None
seed = f"{drawing_id}:qgrid:b{boundary}"
if left_merged:
h_line(f"{seed}:l", edges[1], edges[4], y)
else:
h_line(f"{seed}:l", edges[0], edges[4], y)
if middle_merged:
h_line(f"{seed}:m", edges[5], edges[8], y)
else:
h_line(f"{seed}:m", edges[4], edges[8], y)
h_line(f"{seed}:r", edges[8], edges[11], y)
# ── 헤더행 (지반고/계획고/성토고/절토고): 4쌍 균등 분할
header_cell = width / 8.0
for pair_index, (label, key) in enumerate(_CROSS_HEADER_KEYS):
x_label = left + header_cell * (pair_index * 2 + 0.5)
x_value = left + header_cell * (pair_index * 2 + 1.5)
y_mid = y_header_top - row_h * 0.5
entities.append(label_text(f"{drawing_id}:qlabel:h:{key}", label, x_label, y_mid))
entities.append(value_text(key, x_value, y_mid))
if pair_index > 0:
v_line(
f"{drawing_id}:qgrid:hv{pair_index}",
left + header_cell * pair_index * 2,
y_header_top,
y_body_top,
)
v_line(
f"{drawing_id}:qgrid:hvl{pair_index}",
left + header_cell * (pair_index * 2 + 1),
y_header_top,
y_body_top,
)
# ── 제목행 (No.측점)
entities.append(
_text_entity(
f"{drawing_id}:qtitle",
title_label,
left + width * 0.03,
y_title_top - row_h * 0.5,
CROSS_TABLE_LAYER_ID,
font * 1.15,
TABLE_LABEL_COLOR,
align="left",
)
)
# ── 본문 세로선: colA|B 경계는 그룹 라벨이 하위 라벨과 분리된 행(깍기~측구 4행)만.
ab_rows = [i for i, row in enumerate(_CROSS_LEFT_ROWS) if row[1] is not None]
if ab_rows:
v_line(
f"{drawing_id}:qgrid:vab",
edges[1],
body_y(min(ab_rows)),
body_y(max(ab_rows) + 1),
)
for edge_index in (2, 3, 4, 5, 6, 7, 8, 9, 10):
v_line(f"{drawing_id}:qgrid:vc{edge_index}", edges[edge_index], y_body_top, y_bottom)
# ── 본문 셀 (좌/중/우 그룹)
def cell_mid(edge_from: int, edge_to: int) -> float:
return (edges[edge_from] + edges[edge_to]) / 2.0
for row_index in range(body_rows):
y_mid = body_y(row_index) - row_h * 0.5
group_l, sub_l, key_l = _CROSS_LEFT_ROWS[row_index]
if group_l is not None and sub_l is not None:
# 그룹 라벨은 2행 병합 중앙 배치
y_group = body_y(row_index) - row_h # 병합 2행의 중앙
entities.append(
label_text(f"{drawing_id}:qlabel:lg:{row_index}", group_l, cell_mid(0, 1), y_group)
)
elif group_l is not None:
entities.append(
label_text(f"{drawing_id}:qlabel:lg:{row_index}", group_l, cell_mid(0, 2), y_mid)
)
if sub_l is not None:
entities.append(
label_text(f"{drawing_id}:qlabel:ls:{row_index}", sub_l, cell_mid(1, 2), y_mid)
)
if key_l is not None:
entities.append(value_text(key_l, cell_mid(2, 3), y_mid))
group_m, sub_m, key_m = _CROSS_MIDDLE_ROWS[row_index]
if group_m is not None:
y_group = body_y(row_index) - row_h
entities.append(
label_text(f"{drawing_id}:qlabel:mg:{row_index}", group_m, cell_mid(4, 5), y_group)
)
entities.append(
label_text(f"{drawing_id}:qlabel:ms:{row_index}", sub_m, cell_mid(5, 6), y_mid)
)
entities.append(value_text(key_m, cell_mid(6, 7), y_mid))
label_r, key_r = _CROSS_RIGHT_ROWS[row_index]
if label_r is not None:
entities.append(
label_text(f"{drawing_id}:qlabel:r:{row_index}", label_r, cell_mid(8, 9), y_mid)
)
if key_r is not None:
entities.append(value_text(key_r, cell_mid(9, 10), y_mid))
return entities
def extract_quantity_table(
drawing_id: str, drawing: dict[str, Any]
) -> dict[str, float | None] | None:
"""확정 도면 JSON에서 수량 산출표 Text 값을 결정적 id로 역추출한다.
값 셀 id = uuid5(NS, "{drawing_id}:qtable:{key}"). 하나도 없으면 None을
반환해 호출부가 요청 본문 quantity_table 폴백을 쓰게 한다.
"""
id_to_key = {
str(uuid5(_ENTITY_NS, f"{drawing_id}:qtable:{key}")): key for key in QUANTITY_VALUE_KEYS
}
entities = drawing.get("entities")
if not isinstance(entities, list):
return None
table: dict[str, float | None] = {}
found = False
for entity in entities:
if not isinstance(entity, dict):
continue
key = id_to_key.get(str(entity.get("id")))
if key is None:
continue
found = True
shape = entity.get("shapeData")
label = shape.get("label") if isinstance(shape, dict) else None
try:
table[key] = float(str(label).replace(",", ""))
except (TypeError, ValueError):
table[key] = None
if not found:
return None
for key in QUANTITY_VALUE_KEYS:
table.setdefault(key, None)
ground = table.get("ground")
planned = table.get("planned")
if isinstance(ground, (int, float)) and isinstance(planned, (int, float)):
table["cut"] = max(ground - planned, 0.0)
table["fill"] = max(planned - ground, 0.0)
return table
def cross_table_width() -> float:
"""수량 산출표 가로 폭(mm)."""
return _CROSS_TABLE_WIDTH
def cross_table_height() -> float:
"""수량 산출표 세로 높이(mm) — 머리 2행 + 본문 6행."""
return _CROSS_TABLE_ROW_HEIGHT * (len(_CROSS_LEFT_ROWS) + 2)
+94 -355
View File
@@ -1,7 +1,6 @@
"""B06 확정 종·횡단 산출물을 B07 CAD 도면으로 변환하는 라우터."""
import asyncio
import json
import logging
import re
from pathlib import Path
@@ -12,35 +11,34 @@ from fastapi import APIRouter
from fastapi.responses import JSONResponse
from B03_FileInput.B03_FileInput_Repository import get_project_storage_relative_path
from B05_Profile.B05_Profile_Engine_Sections import prune_stale_cross_files
from B06_Section.B06_Section_Engine_Design import compute_cross_design
from B06_Section.B06_Section_Repository import (
get_confirmed_route_context,
get_cross_section_design,
get_cross_section_designs,
get_longitudinal_section,
merge_cross_section_design_by_round,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Cad import (
DRAWING_FORMAT,
QUANTITY_VALUE_KEYS,
build_cross_drawing,
extract_quantity_table,
infer_station_interval,
station_no_label,
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Sheet import (
CROSS_SHEET_ID,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Long import (
build_longitudinal_drawing,
longitudinal_chunks,
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Table import (
extract_quantity_table,
)
from B07_DesignDetail.B07_DesignDetail_Router_Support import (
_cross_sheet_plan,
_drawing_list,
_invalidate_drawing,
_read_drawing,
_recompute_confirmed_design,
_store_confirmed_drawing,
)
from B07_DesignDetail.B07_DesignDetail_Schema import (
DesignDrawingConfirmRequest,
DesignDrawingConfirmResponse,
DesignDrawingInvalidateResponse,
DesignDrawingItem,
DesignDrawingListResponse,
DesignDrawingResponse,
)
from common_util.common_util_route_profile import design_elevation_from_longitudinal
from common_util.common_util_storage import resolve_stored_project_path
from common_util.common_util_workflow_state import complete_stage, start_stage
from config.config_db import get_db_pool
@@ -50,7 +48,6 @@ router = APIRouter(prefix="/api/projects", tags=["B07 Design Detail"])
_CROSS_ID = re.compile(r"^cross_(\d+)m$")
_LONG_ID = re.compile(r"^longitudinal(?:_(\d+))?$")
_STAGE_DIR = "B07_DesignDetail"
async def _confirmed_source(project_id: UUID) -> tuple[int, Path, Path]:
@@ -73,292 +70,18 @@ async def _confirmed_source(project_id: UUID) -> tuple[int, Path, Path]:
return route_id, root, longitudinal_path
def _read_json(path: Path) -> dict[str, Any]:
payload = json.loads(path.read_text(encoding="utf-8"))
if not isinstance(payload, dict):
raise ValueError("도면 원본 JSON 형식이 올바르지 않습니다.")
return payload
def _cross_files(longitudinal_path: Path, longitudinal: dict[str, Any]) -> list[Path]:
cross_dir = longitudinal_path.parent.parent / "cross_sections"
if not cross_dir.is_dir():
raise FileNotFoundError("B06 횡단면 파일을 찾을 수 없습니다.")
stations = longitudinal.get("stations")
valid_names = prune_stale_cross_files(cross_dir, stations if isinstance(stations, list) else [])
files = sorted(cross_dir.glob("cross_*.json"))
if valid_names:
files = [path for path in files if path.name in valid_names]
return files
def _station_map(longitudinal: dict[str, Any]) -> dict[int, dict[str, Any]]:
stations = longitudinal.get("stations", [])
if not isinstance(stations, list):
return {}
async def _designs_by_chainage(route_id: int) -> dict[int, dict[str, Any]]:
"""노선 전체의 측점별 설계 지정 {측점(m): design}. 장 배치·목록이 함께 쓴다."""
pool = get_db_pool()
async with pool.acquire() as connection:
rows = await get_cross_section_designs(connection, route_id)
return {
round(float(station.get("chainage_m", 0))): station
for station in stations
if isinstance(station, dict)
int(round(float(row["chainage_m"]))): row["design"]
for row in rows
if isinstance(row, dict) and isinstance(row.get("design"), dict)
}
def _design_root(project_root: Path) -> Path:
return project_root / _STAGE_DIR
def _read_manifest(project_root: Path) -> dict[str, Any]:
path = _design_root(project_root) / "manifest.json"
if not path.is_file():
return {"drawings": {}}
payload = _read_json(path)
return payload if isinstance(payload.get("drawings"), dict) else {"drawings": {}}
def _write_manifest(project_root: Path, manifest: dict[str, Any]) -> None:
stage_root = _design_root(project_root)
stage_root.mkdir(parents=True, exist_ok=True)
path = stage_root / "manifest.json"
temporary = path.with_suffix(".tmp")
temporary.write_text(json.dumps(manifest, ensure_ascii=False, indent=2), encoding="utf-8")
temporary.replace(path)
def _drawing_list(project_root: Path, longitudinal_path: Path) -> list[DesignDrawingItem]:
longitudinal = _read_json(longitudinal_path)
station_by_chainage = _station_map(longitudinal)
manifest_drawings = _read_manifest(project_root)["drawings"]
# 종단도: 측점 30개 초과 시 30개 단위 분할 도면을 각각 목록에 노출한다(N-1-1).
drawings = [
DesignDrawingItem(
id=str(chunk["id"]),
kind="longitudinal",
label=str(chunk["label"]),
confirmed=bool(manifest_drawings.get(str(chunk["id"]), {}).get("confirmed")),
)
for chunk in longitudinal_chunks(longitudinal)
]
for path in _cross_files(longitudinal_path, longitudinal):
match = _CROSS_ID.fullmatch(path.stem)
if not match:
continue
chainage = int(match.group(1))
station = station_by_chainage.get(chainage, {})
drawings.append(
DesignDrawingItem(
id=path.stem,
kind="cross",
label=str(station.get("label") or f"STA.{chainage // 1000}+{chainage % 1000:03d}"),
chainage_m=float(station.get("chainage_m", chainage)),
confirmed=bool(manifest_drawings.get(path.stem, {}).get("confirmed")),
)
)
return drawings
def _quantity_table(source: dict[str, Any]) -> dict[str, float | None]:
"""횡단면 원본에서 편집 가능한 수량 산출표 값을 구조화한다 (납품 양식 키).
center_z→지반고, design_elevation_m→계획고, 절토고/성토고는 파생 초기값.
나머지 항목은 source["quantities"]에 같은 키가 있으면 읽고 없으면 None으로
두어 CAD 테이블에서 사용자가 채운다.
"""
def num(value: Any) -> float | None:
return float(value) if isinstance(value, (int, float)) else None
ground = num(source.get("center_z"))
planned = num(source.get("planned_elevation_m", source.get("design_elevation_m")))
cut = max(ground - planned, 0.0) if ground is not None and planned is not None else None
fill = max(planned - ground, 0.0) if ground is not None and planned is not None else None
quantities = source.get("quantities") if isinstance(source.get("quantities"), dict) else {}
table: dict[str, float | None] = {
"ground": ground,
"planned": planned,
"cut": cut,
"fill": fill,
}
for key in QUANTITY_VALUE_KEYS:
table.setdefault(key, num(quantities.get(key)))
return table
def _route_cross_frame(
longitudinal_path: Path, longitudinal: dict[str, Any]
) -> dict[str, float] | None:
"""노선 전체 횡단면의 기준 레이아웃 {half, half_height}를 구한다.
측점별 단면 높이(최대-최소 표고)와 폭의 노선 최대값 — 모든 횡단도가 자기
콘텐츠 중심 기준으로 같은 크기 레이아웃에 배치되도록 하는 기준값(테이블
y 고정용). 실패 시 None(측점 자체 범위 폴백).
"""
half = half_height = 0.0
found = False
try:
for path in _cross_files(longitudinal_path, longitudinal):
source = _read_json(path)
min_e: float | None = None
max_e: float | None = None
for sample in source.get("samples", []):
if not isinstance(sample, dict) or not sample.get("valid", False):
continue
offset = sample.get("offset_m")
elevation = sample.get("elevation_m")
if isinstance(offset, (int, float)):
half = max(half, abs(float(offset)))
if isinstance(elevation, (int, float)):
value = float(elevation)
min_e = value if min_e is None else min(min_e, value)
max_e = value if max_e is None else max(max_e, value)
if min_e is not None and max_e is not None:
half_height = max(half_height, (max_e - min_e) / 2.0)
found = True
except (OSError, ValueError, json.JSONDecodeError, FileNotFoundError):
return None
if not found:
return None
# 여유: 측구 깊이·사면 연장 등 설계선이 지반 포락선을 소폭 벗어나는 분 반영.
return {"half": half or 12.0, "half_height": half_height + 1.5}
def _cross_design_line(
longitudinal_path: Path, source: dict[str, Any], stored_design: dict[str, Any] | None
) -> list[Any] | None:
"""횡단 CAD 계획선용 design_line을 정한다: 저장 설계 우선, 없으면 기본값 계산."""
if isinstance(stored_design, dict) and isinstance(stored_design.get("design_line"), list):
return stored_design["design_line"]
try:
longitudinal = _read_json(longitudinal_path)
design = compute_cross_design(
source.get("samples", []),
design_elevation_from_longitudinal(longitudinal, float(source.get("chainage_m", 0.0))),
ground_type="soil",
section_mode="left_cut",
)
return design["design_line"]
except (ValueError, KeyError, OSError, json.JSONDecodeError):
return None
def _read_drawing(
project_root: Path,
longitudinal_path: Path,
drawing_id: str,
stored_design: dict[str, Any] | None = None,
) -> tuple[str, str, dict[str, Any], bool, dict[str, float | None] | None]:
"""(kind, label, drawing, confirmed, quantity_table)를 반환한다.
quantity_table은 횡단도에서만 채워지며, 확정본은 manifest에 저장된 사용자
편집값을 우선하고 없으면 원본에서 파생한 초기값을 계산한다. 횡단도의 계획선은
stored_design(없으면 기본값)에서 만든다.
"""
manifest_entry = _read_manifest(project_root)["drawings"].get(drawing_id, {})
saved_path = _design_root(project_root) / "drawings" / f"{drawing_id}.json"
if manifest_entry.get("confirmed") and saved_path.is_file():
saved = _read_json(saved_path)
# 포맷 버전이 다르면(테이블·레이어 구성 변경 전 저장본) 캐시를 버리고
# 아래에서 원본 기준으로 재생성한다. 확정 상태도 무효로 응답해 재확정 유도.
if saved.get("format") == DRAWING_FORMAT:
kind = "longitudinal" if _LONG_ID.fullmatch(drawing_id) else "cross"
label = str(manifest_entry.get("label") or drawing_id)
stored_table = manifest_entry.get("quantity_table")
table = stored_table if kind == "cross" and isinstance(stored_table, dict) else None
return kind, label, saved, True, table
if _LONG_ID.fullmatch(drawing_id):
source = _read_json(longitudinal_path)
chunk = next(
(item for item in longitudinal_chunks(source) if item["id"] == drawing_id), None
)
if chunk is None:
raise FileNotFoundError("요청한 종단도 분할 도면을 찾을 수 없습니다.")
return (
"longitudinal",
str(chunk["label"]),
build_longitudinal_drawing(source, drawing_id, chunk),
False,
None,
)
if not _CROSS_ID.fullmatch(drawing_id):
raise ValueError("올바르지 않은 도면 ID입니다.")
path = longitudinal_path.parent.parent / "cross_sections" / f"{drawing_id}.json"
if not path.is_file():
raise FileNotFoundError("요청한 횡단도를 찾을 수 없습니다.")
source = _read_json(path)
label = str(source.get("label") or drawing_id)
design_line = _cross_design_line(longitudinal_path, source, stored_design)
quantity_table = _quantity_table(source)
# 수량표 제목행 No. 표기: 종단 측점 간격 기준 (납품 도면 양식)
longitudinal = _read_json(longitudinal_path)
interval = infer_station_interval(longitudinal.get("stations") or [])
title = station_no_label(float(source.get("chainage_m", 0.0)), interval)
# 계획고(로컬좌표 기준) + 노선 공통 범위 — 측점 이동 시 화면 배치 고정.
design_elevation = design_elevation_from_longitudinal(
longitudinal, float(source.get("chainage_m", 0.0))
)
frame = _route_cross_frame(longitudinal_path, longitudinal)
return (
"cross",
label,
build_cross_drawing(
source,
drawing_id,
design_line,
stored_design,
quantity_table,
title,
design_elevation,
frame,
),
False,
quantity_table,
)
def _store_confirmed_drawing(
project_root: Path,
item: DesignDrawingItem,
drawing: dict[str, Any],
expected_ids: set[str],
quantity_table: dict[str, Any] | None = None,
) -> bool:
if not isinstance(drawing.get("entities"), list) or not isinstance(drawing.get("layers"), list):
raise ValueError("CAD 도면 스키마가 올바르지 않습니다.")
# CAD 앱 직렬화본에는 format이 없으므로 저장 시 현재 포맷 버전을 스탬프한다.
drawing = {"format": DRAWING_FORMAT, **drawing}
drawings_dir = _design_root(project_root) / "drawings"
drawings_dir.mkdir(parents=True, exist_ok=True)
path = drawings_dir / f"{item.id}.json"
temporary = path.with_suffix(".tmp")
temporary.write_text(json.dumps(drawing, ensure_ascii=False, indent=2), encoding="utf-8")
temporary.replace(path)
manifest = _read_manifest(project_root)
entry: dict[str, Any] = {
"kind": item.kind,
"label": item.label,
"confirmed": True,
"file": f"drawings/{item.id}.json",
}
if item.kind == "cross" and isinstance(quantity_table, dict):
entry["quantity_table"] = quantity_table
manifest["drawings"][item.id] = entry
_write_manifest(project_root, manifest)
confirmed_ids = {
item_id for item_id, entry in manifest["drawings"].items() if entry.get("confirmed")
}
return expected_ids.issubset(confirmed_ids)
def _invalidate_drawing(project_root: Path, drawing_id: str) -> None:
manifest = _read_manifest(project_root)
entry = manifest["drawings"].get(drawing_id)
if entry:
entry["confirmed"] = False
_write_manifest(project_root, manifest)
@router.get("/{project_id}/design-drawings", response_model=DesignDrawingListResponse)
async def get_design_drawing_list(
project_id: UUID,
@@ -366,7 +89,8 @@ async def get_design_drawing_list(
"""B07 좌측 패널용 도면 메타데이터만 캐시한다."""
try:
route_id, project_root, longitudinal_path = await _confirmed_source(project_id)
drawings = await asyncio.to_thread(_drawing_list, project_root, longitudinal_path)
designs = await _designs_by_chainage(route_id)
drawings = await asyncio.to_thread(_drawing_list, project_root, longitudinal_path, designs)
return DesignDrawingListResponse(
project_id=str(project_id), route_id=route_id, drawings=drawings
)
@@ -391,6 +115,7 @@ async def get_design_drawing(
route_id, project_root, longitudinal_path = await _confirmed_source(project_id)
# 횡단도는 B06 지정 설계를 먼저 읽어 CAD 계획선(design_line)과 응답에 함께 쓴다.
design: dict[str, Any] | None = None
source_design: Any = None
cross_match = _CROSS_ID.fullmatch(drawing_id)
if cross_match:
pool = get_db_pool()
@@ -398,8 +123,12 @@ async def get_design_drawing(
design = await get_cross_section_design(
connection, route_id, int(cross_match.group(1))
)
source_design = design
elif CROSS_SHEET_ID.fullmatch(drawing_id):
# 장은 여러 측점을 담으므로 노선 전체 지정을 한 번에 읽어 넘긴다.
source_design = await _designs_by_chainage(route_id)
kind, label, drawing, confirmed, quantity_table = await asyncio.to_thread(
_read_drawing, project_root, longitudinal_path, drawing_id, design
_read_drawing, project_root, longitudinal_path, drawing_id, source_design
)
return DesignDrawingResponse(
project_id=str(project_id),
@@ -428,34 +157,6 @@ async def get_design_drawing(
)
def _recompute_confirmed_design(
longitudinal_path: Path, drawing_id: str, designation: dict[str, Any]
) -> dict[str, Any]:
"""B06 지정값과 현재 계획고로 절·성토 단면적을 재계산해 확정치(status=confirmed)로 만든다.
B07 CAD에는 아직 편집 가능한 설계선이 없으므로, 저장된 지정값(지반유형·단면유형·
측구위치)과 계획고로 동일 엔진을 재실행해 확정 시점 값을 고정한다.
"""
longitudinal = _read_json(longitudinal_path)
cross_path = longitudinal_path.parent.parent / "cross_sections" / f"{drawing_id}.json"
source = _read_json(cross_path)
samples = source.get("samples")
if not isinstance(samples, list):
raise ValueError("횡단 상세 파일 형식이 올바르지 않습니다.")
design_elevation = design_elevation_from_longitudinal(
longitudinal, float(source.get("chainage_m", 0.0))
)
design = compute_cross_design(
samples,
design_elevation,
ground_type=designation["ground_type"],
section_mode=designation["section_mode"],
ditch_side=designation.get("ditch_side"),
)
design["status"] = "confirmed"
return design
@router.put(
"/{project_id}/design-drawings/{drawing_id}/confirm",
response_model=DesignDrawingConfirmResponse,
@@ -469,16 +170,30 @@ async def confirm_design_drawing(
"""
try:
route_id, project_root, longitudinal_path = await _confirmed_source(project_id)
items = await asyncio.to_thread(_drawing_list, project_root, longitudinal_path)
designs = await _designs_by_chainage(route_id)
items = await asyncio.to_thread(_drawing_list, project_root, longitudinal_path, designs)
item = next((candidate for candidate in items if candidate.id == drawing_id), None)
if not item:
raise FileNotFoundError("확정할 도면을 찾을 수 없습니다.")
sheet = None
if CROSS_SHEET_ID.fullmatch(drawing_id):
plan = await asyncio.to_thread(
_cross_sheet_plan, project_root, longitudinal_path, designs
)
sheet = next((entry for entry in plan if entry["id"] == drawing_id), None)
# 수량표는 CAD 테이블(Text 엔티티)에서 역추출을 우선하고, 없으면 요청 본문 폴백.
quantity_table = (
extract_quantity_table(drawing_id, request.drawing) or request.quantity_table
if item.kind == "cross"
else None
)
# 장에는 측점이 여럿이라 측점별로 뽑는다 (엔티티 id 씨앗 = "{장id}:{측점}").
quantity_table = None
quantity_tables: dict[str, Any] = {}
if sheet is not None:
for chainage in sheet["chainages"]:
table = extract_quantity_table(f"{drawing_id}:{chainage}", request.drawing)
if table:
quantity_tables[str(chainage)] = table
elif item.kind == "cross":
quantity_table = (
extract_quantity_table(drawing_id, request.drawing) or request.quantity_table
)
# 단계 완료 기준은 횡단도(cross)만 본다. 종단도(longitudinal)는 확정 여부와 무관.
all_confirmed = await asyncio.to_thread(
_store_confirmed_drawing,
@@ -487,33 +202,47 @@ async def confirm_design_drawing(
request.drawing,
{candidate.id for candidate in items if candidate.kind == "cross"},
quantity_table,
quantity_tables or None,
)
# 횡단도면이면 확정 단면적을 재계산한다 (재계산 실패는 도면 확정을 막지 않음).
confirmed_design: dict[str, Any] | None = None
chainage_int: int | None = None
# 장은 담긴 측점 전부를 함께 확정한다.
recomputed: list[tuple[int, dict[str, Any]]] = []
cross_match = _CROSS_ID.fullmatch(drawing_id)
pool = get_db_pool()
if item.kind == "cross" and cross_match:
chainage_int = int(cross_match.group(1))
async with pool.acquire() as connection:
designation = await get_cross_section_design(connection, route_id, chainage_int)
if designation:
try:
confirmed_design = await asyncio.to_thread(
_recompute_confirmed_design, longitudinal_path, drawing_id, designation
)
except (ValueError, KeyError, FileNotFoundError, OSError):
logger.warning(
"B07 확정 단면적 재계산 실패 (도면 확정은 유지): drawing_id=%s",
drawing_id,
exc_info=True,
targets: list[int] = []
if sheet is not None:
targets = list(sheet["chainages"])
elif item.kind == "cross" and cross_match:
targets = [int(cross_match.group(1))]
for chainage_int in targets:
designation = designs.get(chainage_int)
if not designation:
continue
try:
recomputed.append(
(
chainage_int,
await asyncio.to_thread(
_recompute_confirmed_design,
longitudinal_path,
f"cross_{chainage_int:05d}m",
designation,
),
)
)
except (ValueError, KeyError, FileNotFoundError, OSError):
logger.warning(
"B07 확정 단면적 재계산 실패 (도면 확정은 유지): drawing_id=%s 측점=%s",
drawing_id,
chainage_int,
exc_info=True,
)
async with pool.acquire() as connection:
await connection.begin()
try:
if confirmed_design is not None and chainage_int is not None:
for chainage_int, confirmed_design in recomputed:
await merge_cross_section_design_by_round(
connection,
route_id=route_id,
@@ -534,7 +263,7 @@ async def confirm_design_drawing(
id=drawing_id,
confirmed=True,
all_confirmed=all_confirmed,
design=confirmed_design,
design=recomputed[0][1] if len(recomputed) == 1 else None,
)
except ValueError as exc:
return JSONResponse(status_code=400, content={"status": "error", "message": str(exc)})
@@ -566,16 +295,26 @@ async def invalidate_design_drawing(
await asyncio.to_thread(_invalidate_drawing, project_root, drawing_id)
cross_match = _CROSS_ID.fullmatch(drawing_id)
stale: list[int] = []
if cross_match:
stale = [int(cross_match.group(1))]
elif CROSS_SHEET_ID.fullmatch(drawing_id):
designs = await _designs_by_chainage(route_id)
plan = await asyncio.to_thread(
_cross_sheet_plan, project_root, longitudinal_path, designs
)
sheet = next((entry for entry in plan if entry["id"] == drawing_id), None)
stale = list(sheet["chainages"]) if sheet else []
pool = get_db_pool()
async with pool.acquire() as connection:
await connection.begin()
try:
# 확정 도면을 편집하면 해당 측점 설계도 잠정 상태로 되돌린다.
if cross_match:
# 확정 도면을 편집하면 담긴 측점 설계도 잠정 상태로 되돌린다.
for chainage_int in stale:
await merge_cross_section_design_by_round(
connection,
route_id=route_id,
chainage_int=int(cross_match.group(1)),
chainage_int=chainage_int,
patch={"status": "provisional"},
)
async with connection.cursor() as cursor:
@@ -0,0 +1,440 @@
"""B07 도면 조립 지원 — 파일·매니페스트 읽기, 도면 목록·장 배치, 확정 저장.
라우터에서 HTTP 처리와 무관한 동기 헬퍼만 떼어 놓은 모듈이다(단일 파일 700 제한).
"""
import json
import logging
import re
from pathlib import Path
from typing import Any
from B05_Profile.B05_Profile_Engine_Sections import prune_stale_cross_files
from B06_Section.B06_Section_Engine_Design import compute_cross_design
from B07_DesignDetail.B07_DesignDetail_Engine_Cad import (
DRAWING_FORMAT,
build_cross_drawing,
infer_station_interval,
station_no_label,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Long import (
build_longitudinal_drawing,
longitudinal_chunks,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Sheet import (
CROSS_SHEET_ID,
build_cross_sheet,
plan_cross_sheets,
section_block_size,
)
from B07_DesignDetail.B07_DesignDetail_Engine_Cad_Table import (
QUANTITY_VALUE_KEYS,
)
from B07_DesignDetail.B07_DesignDetail_Schema import (
DesignDrawingItem,
)
from common_util.common_util_route_profile import design_elevation_from_longitudinal
logger = logging.getLogger(__name__)
_STAGE_DIR = "B07_DesignDetail"
_CROSS_ID = re.compile(r"^cross_(\d+)m$")
_LONG_ID = re.compile(r"^longitudinal(?:_(\d+))?$")
def _read_json(path: Path) -> dict[str, Any]:
payload = json.loads(path.read_text(encoding="utf-8"))
if not isinstance(payload, dict):
raise ValueError("도면 원본 JSON 형식이 올바르지 않습니다.")
return payload
def _cross_files(longitudinal_path: Path, longitudinal: dict[str, Any]) -> list[Path]:
cross_dir = longitudinal_path.parent.parent / "cross_sections"
if not cross_dir.is_dir():
raise FileNotFoundError("B06 횡단면 파일을 찾을 수 없습니다.")
stations = longitudinal.get("stations")
valid_names = prune_stale_cross_files(cross_dir, stations if isinstance(stations, list) else [])
files = sorted(cross_dir.glob("cross_*.json"))
if valid_names:
files = [path for path in files if path.name in valid_names]
return files
def _station_map(longitudinal: dict[str, Any]) -> dict[int, dict[str, Any]]:
stations = longitudinal.get("stations", [])
if not isinstance(stations, list):
return {}
return {
round(float(station.get("chainage_m", 0))): station
for station in stations
if isinstance(station, dict)
}
def _design_root(project_root: Path) -> Path:
return project_root / _STAGE_DIR
def _read_manifest(project_root: Path) -> dict[str, Any]:
path = _design_root(project_root) / "manifest.json"
if not path.is_file():
return {"drawings": {}}
payload = _read_json(path)
return payload if isinstance(payload.get("drawings"), dict) else {"drawings": {}}
def _write_manifest(project_root: Path, manifest: dict[str, Any]) -> None:
stage_root = _design_root(project_root)
stage_root.mkdir(parents=True, exist_ok=True)
path = stage_root / "manifest.json"
temporary = path.with_suffix(".tmp")
temporary.write_text(json.dumps(manifest, ensure_ascii=False, indent=2), encoding="utf-8")
temporary.replace(path)
def _drawing_list(
project_root: Path,
longitudinal_path: Path,
designs: dict[int, dict[str, Any]] | None = None,
) -> list[DesignDrawingItem]:
longitudinal = _read_json(longitudinal_path)
station_by_chainage = _station_map(longitudinal)
manifest_drawings = _read_manifest(project_root)["drawings"]
# 종단도: 측점 30개 초과 시 30개 단위 분할 도면을 각각 목록에 노출한다(N-1-1).
drawings = [
DesignDrawingItem(
id=str(chunk["id"]),
kind="longitudinal",
label=str(chunk["label"]),
confirmed=bool(manifest_drawings.get(str(chunk["id"]), {}).get("confirmed")),
)
for chunk in longitudinal_chunks(longitudinal)
]
for sheet in _cross_sheet_plan(project_root, longitudinal_path, designs):
chainages = sheet["chainages"]
first = station_by_chainage.get(chainages[0], {})
span = f"{chainages[0]}m"
if len(chainages) > 1:
span = f"{chainages[0]}~{chainages[-1]}m"
drawings.append(
DesignDrawingItem(
id=sheet["id"],
kind="cross",
label=f"{sheet['number']}장 ({span})",
chainage_m=float(first.get("chainage_m", chainages[0])),
confirmed=bool(manifest_drawings.get(sheet["id"], {}).get("confirmed")),
)
)
return drawings
def _cross_sheet_plan(
project_root: Path,
longitudinal_path: Path,
designs: dict[int, dict[str, Any]] | None = None,
) -> list[dict[str, Any]]:
"""측점 도면을 A1 장으로 나눈 계획 — 목록과 도면 생성이 같은 결과를 쓴다.
장에 개가 들어가는지는 단면 블록 크기가 정한다(작성 척도 1/100 +
설계선이 원지반과 갈라지는 구간). 설계 지정이 없으면 원지반 기준 폭이 된다.
"""
longitudinal = _read_json(longitudinal_path)
blocks: list[tuple[int, float, float]] = []
for path in sorted(_cross_files(longitudinal_path, longitudinal)):
match = _CROSS_ID.fullmatch(path.stem)
if not match:
continue
chainage = int(match.group(1))
source = _read_json(path)
design = (designs or {}).get(chainage)
design_line = _cross_design_line(longitudinal_path, source, design)
width, height = section_block_size(source, design_line)
blocks.append((chainage, width, height))
return plan_cross_sheets(blocks)
def _quantity_table(source: dict[str, Any]) -> dict[str, float | None]:
"""횡단면 원본에서 편집 가능한 수량 산출표 값을 구조화한다 (납품 양식 키).
center_z지반고, design_elevation_m계획고, 절토고/성토고는 파생 초기값.
나머지 항목은 source["quantities"] 같은 키가 있으면 읽고 없으면 None으로
두어 CAD 테이블에서 사용자가 채운다.
"""
def num(value: Any) -> float | None:
return float(value) if isinstance(value, (int, float)) else None
ground = num(source.get("center_z"))
planned = num(source.get("planned_elevation_m", source.get("design_elevation_m")))
cut = max(ground - planned, 0.0) if ground is not None and planned is not None else None
fill = max(planned - ground, 0.0) if ground is not None and planned is not None else None
quantities = source.get("quantities") if isinstance(source.get("quantities"), dict) else {}
table: dict[str, float | None] = {
"ground": ground,
"planned": planned,
"cut": cut,
"fill": fill,
}
for key in QUANTITY_VALUE_KEYS:
table.setdefault(key, num(quantities.get(key)))
return table
def _route_cross_frame(
longitudinal_path: Path, longitudinal: dict[str, Any]
) -> dict[str, float] | None:
"""노선 전체 횡단면의 기준 레이아웃 {half, half_height}를 구한다.
측점별 단면 높이(최대-최소 표고) 폭의 노선 최대값 모든 횡단도가 자기
콘텐츠 중심 기준으로 같은 크기 레이아웃에 배치되도록 하는 기준값(테이블
y 고정용). 실패 None(측점 자체 범위 폴백).
"""
half = half_height = 0.0
found = False
try:
for path in _cross_files(longitudinal_path, longitudinal):
source = _read_json(path)
min_e: float | None = None
max_e: float | None = None
for sample in source.get("samples", []):
if not isinstance(sample, dict) or not sample.get("valid", False):
continue
offset = sample.get("offset_m")
elevation = sample.get("elevation_m")
if isinstance(offset, (int, float)):
half = max(half, abs(float(offset)))
if isinstance(elevation, (int, float)):
value = float(elevation)
min_e = value if min_e is None else min(min_e, value)
max_e = value if max_e is None else max(max_e, value)
if min_e is not None and max_e is not None:
half_height = max(half_height, (max_e - min_e) / 2.0)
found = True
except (OSError, ValueError, json.JSONDecodeError, FileNotFoundError):
return None
if not found:
return None
# 여유: 측구 깊이·사면 연장 등 설계선이 지반 포락선을 소폭 벗어나는 분 반영.
return {"half": half or 12.0, "half_height": half_height + 1.5}
def _cross_design_line(
longitudinal_path: Path, source: dict[str, Any], stored_design: dict[str, Any] | None
) -> list[Any] | None:
"""횡단 CAD 계획선용 design_line을 정한다: 저장 설계 우선, 없으면 기본값 계산."""
if isinstance(stored_design, dict) and isinstance(stored_design.get("design_line"), list):
return stored_design["design_line"]
try:
longitudinal = _read_json(longitudinal_path)
design = compute_cross_design(
source.get("samples", []),
design_elevation_from_longitudinal(longitudinal, float(source.get("chainage_m", 0.0))),
ground_type="soil",
section_mode="left_cut",
)
return design["design_line"]
except (ValueError, KeyError, OSError, json.JSONDecodeError):
return None
def _cross_section_input(
longitudinal_path: Path,
longitudinal: dict[str, Any],
chainage: int,
design: dict[str, Any] | None,
) -> dict[str, Any] | None:
"""한 측점의 장 배치 입력(원본·계획선·수량표·제목)을 만든다."""
path = longitudinal_path.parent.parent / "cross_sections" / f"cross_{chainage:05d}m.json"
if not path.is_file():
return None
source = _read_json(path)
interval = infer_station_interval(longitudinal.get("stations") or [])
return {
"chainage": chainage,
"source": source,
"design": design,
"design_line": _cross_design_line(longitudinal_path, source, design),
"quantity_table": _quantity_table(source),
"title": station_no_label(float(source.get("chainage_m", chainage)), interval),
}
def _read_cross_sheet(
project_root: Path,
longitudinal_path: Path,
drawing_id: str,
stored_designs: dict[str, Any] | None,
) -> tuple[str, str, dict[str, Any], bool, dict[str, float | None] | None]:
"""횡단 장 하나를 만든다. stored_designs는 {측점: 설계 지정} 묶음이다."""
designs = stored_designs if isinstance(stored_designs, dict) else {}
plan = _cross_sheet_plan(project_root, longitudinal_path, designs)
sheet = next((item for item in plan if item["id"] == drawing_id), None)
if sheet is None:
raise FileNotFoundError("요청한 횡단 장을 찾을 수 없습니다.")
longitudinal = _read_json(longitudinal_path)
sections = [
section
for section in (
_cross_section_input(longitudinal_path, longitudinal, chainage, designs.get(chainage))
for chainage in sheet["chainages"]
)
if section is not None
]
label = f"횡단면도 {sheet['number']}"
return "cross", label, build_cross_sheet(sheet, sections), False, None
def _read_drawing(
project_root: Path,
longitudinal_path: Path,
drawing_id: str,
stored_design: dict[str, Any] | None = None,
) -> tuple[str, str, dict[str, Any], bool, dict[str, float | None] | None]:
"""(kind, label, drawing, confirmed, quantity_table)를 반환한다.
quantity_table은 횡단도에서만 채워지며, 확정본은 manifest에 저장된 사용자
편집값을 우선하고 없으면 원본에서 파생한 초기값을 계산한다. 횡단도의 계획선은
stored_design(없으면 기본값)에서 만든다.
"""
manifest_entry = _read_manifest(project_root)["drawings"].get(drawing_id, {})
saved_path = _design_root(project_root) / "drawings" / f"{drawing_id}.json"
if manifest_entry.get("confirmed") and saved_path.is_file():
saved = _read_json(saved_path)
# 포맷 버전이 다르면(테이블·레이어 구성 변경 전 저장본) 캐시를 버리고
# 아래에서 원본 기준으로 재생성한다. 확정 상태도 무효로 응답해 재확정 유도.
if saved.get("format") == DRAWING_FORMAT:
kind = "longitudinal" if _LONG_ID.fullmatch(drawing_id) else "cross"
label = str(manifest_entry.get("label") or drawing_id)
stored_table = manifest_entry.get("quantity_table")
table = stored_table if kind == "cross" and isinstance(stored_table, dict) else None
return kind, label, saved, True, table
if _LONG_ID.fullmatch(drawing_id):
source = _read_json(longitudinal_path)
chunk = next(
(item for item in longitudinal_chunks(source) if item["id"] == drawing_id), None
)
if chunk is None:
raise FileNotFoundError("요청한 종단도 분할 도면을 찾을 수 없습니다.")
return (
"longitudinal",
str(chunk["label"]),
build_longitudinal_drawing(source, drawing_id, chunk),
False,
None,
)
if CROSS_SHEET_ID.fullmatch(drawing_id):
return _read_cross_sheet(project_root, longitudinal_path, drawing_id, stored_design)
if not _CROSS_ID.fullmatch(drawing_id):
raise ValueError("올바르지 않은 도면 ID입니다.")
path = longitudinal_path.parent.parent / "cross_sections" / f"{drawing_id}.json"
if not path.is_file():
raise FileNotFoundError("요청한 횡단도를 찾을 수 없습니다.")
source = _read_json(path)
label = str(source.get("label") or drawing_id)
design_line = _cross_design_line(longitudinal_path, source, stored_design)
quantity_table = _quantity_table(source)
# 수량표 제목행 No. 표기: 종단 측점 간격 기준 (납품 도면 양식)
longitudinal = _read_json(longitudinal_path)
interval = infer_station_interval(longitudinal.get("stations") or [])
title = station_no_label(float(source.get("chainage_m", 0.0)), interval)
# 계획고(로컬좌표 기준) + 노선 공통 범위 — 측점 이동 시 화면 배치 고정.
design_elevation = design_elevation_from_longitudinal(
longitudinal, float(source.get("chainage_m", 0.0))
)
frame = _route_cross_frame(longitudinal_path, longitudinal)
return (
"cross",
label,
build_cross_drawing(
source,
drawing_id,
design_line,
stored_design,
quantity_table,
title,
design_elevation,
frame,
),
False,
quantity_table,
)
def _store_confirmed_drawing(
project_root: Path,
item: DesignDrawingItem,
drawing: dict[str, Any],
expected_ids: set[str],
quantity_table: dict[str, Any] | None = None,
quantity_tables: dict[str, Any] | None = None,
) -> bool:
if not isinstance(drawing.get("entities"), list) or not isinstance(drawing.get("layers"), list):
raise ValueError("CAD 도면 스키마가 올바르지 않습니다.")
# CAD 앱 직렬화본에는 format이 없으므로 저장 시 현재 포맷 버전을 스탬프한다.
drawing = {"format": DRAWING_FORMAT, **drawing}
drawings_dir = _design_root(project_root) / "drawings"
drawings_dir.mkdir(parents=True, exist_ok=True)
path = drawings_dir / f"{item.id}.json"
temporary = path.with_suffix(".tmp")
temporary.write_text(json.dumps(drawing, ensure_ascii=False, indent=2), encoding="utf-8")
temporary.replace(path)
manifest = _read_manifest(project_root)
entry: dict[str, Any] = {
"kind": item.kind,
"label": item.label,
"confirmed": True,
"file": f"drawings/{item.id}.json",
}
if item.kind == "cross" and isinstance(quantity_table, dict):
entry["quantity_table"] = quantity_table
if isinstance(quantity_tables, dict) and quantity_tables:
# 장 도면: 측점별 수량표를 그대로 보관한다(뒷단계 수량산출이 측점 단위).
entry["quantity_tables"] = quantity_tables
manifest["drawings"][item.id] = entry
_write_manifest(project_root, manifest)
confirmed_ids = {
item_id for item_id, entry in manifest["drawings"].items() if entry.get("confirmed")
}
return expected_ids.issubset(confirmed_ids)
def _invalidate_drawing(project_root: Path, drawing_id: str) -> None:
manifest = _read_manifest(project_root)
entry = manifest["drawings"].get(drawing_id)
if entry:
entry["confirmed"] = False
_write_manifest(project_root, manifest)
def _recompute_confirmed_design(
longitudinal_path: Path, cross_stem: str, designation: dict[str, Any]
) -> dict[str, Any]:
"""B06 지정값과 현재 계획고로 절·성토 단면적을 재계산해 확정치(status=confirmed)로 만든다.
B07 CAD에는 아직 편집 가능한 설계선이 없으므로, 저장된 지정값(지반유형·단면유형·
측구위치) 계획고로 동일 엔진을 재실행해 확정 시점 값을 고정한다.
"""
longitudinal = _read_json(longitudinal_path)
cross_path = longitudinal_path.parent.parent / "cross_sections" / f"{cross_stem}.json"
source = _read_json(cross_path)
samples = source.get("samples")
if not isinstance(samples, list):
raise ValueError("횡단 상세 파일 형식이 올바르지 않습니다.")
design_elevation = design_elevation_from_longitudinal(
longitudinal, float(source.get("chainage_m", 0.0))
)
design = compute_cross_design(
samples,
design_elevation,
ground_type=designation["ground_type"],
section_mode=designation["section_mode"],
ditch_side=designation.get("ditch_side"),
)
design["status"] = "confirmed"
return design
+8 -59
View File
@@ -74,40 +74,9 @@ const CAD_SAVE_REQUEST_MESSAGE = "aislo:b08:save-request";
const CAD_SAVE_RESPONSE_MESSAGE = "aislo:b08:save-response";
const CAD_NAVIGATE_MESSAGE = "aislo:b08:navigate";
/** 측점 간격을 연속 chainage 차이의 최빈값으로 추정한다 (B06 그래프와 동일 방식). */
function inferStationInterval(chainages: number[]): number {
const counts = new Map<number, number>();
const sorted = [...chainages].sort((a, b) => a - b);
for (let index = 1; index < sorted.length; index += 1) {
const difference = sorted[index] - sorted[index - 1];
if (difference <= 0) continue;
const rounded = Math.round(difference * 10) / 10;
counts.set(rounded, (counts.get(rounded) ?? 0) + 1);
}
return (
[...counts.entries()].sort(
([intervalA, countA], [intervalB, countB]) => countB - countA || intervalB - intervalA,
)[0]?.[0] ?? 1
);
}
/** 측점 번호+나머지 표기 (B06 그래프 영역 횡단도 라벨과 동일 형식, 예: "2+0.0"). */
function stationLabel(chainage: number, interval: number): string {
const safeInterval = interval > 0 ? interval : 1;
let stationNumber = Math.floor((chainage + 1e-6) / safeInterval);
let remainder = chainage - stationNumber * safeInterval;
if (Math.abs(remainder) < 0.05) remainder = 0;
if (remainder >= safeInterval - 0.05) {
stationNumber += 1;
remainder = 0;
}
return `${stationNumber}+${remainder.toFixed(1)}`;
}
/** B06 확정 산출물 기반 도면 목록 패널. */
function buildDrawingSidePanel(
drawings: DesignDrawingItem[],
stationInterval: number,
onSelect: (drawing: DesignDrawingItem) => void,
errorMessage?: string,
): HTMLDivElement {
@@ -152,10 +121,8 @@ function buildDrawingSidePanel(
button.dataset.confirmed = String(drawing.confirmed);
const name = document.createElement("span");
name.className = "b07-drawing-button__name";
name.textContent =
drawing.kind === "cross" && typeof drawing.chainage_m === "number"
? stationLabel(drawing.chainage_m, stationInterval)
: drawing.label;
// 횡단면도는 장 단위(여러 측점)라 서버가 준 "N장 (구간)" 라벨을 그대로 쓴다.
name.textContent = drawing.label;
button.append(name);
button.addEventListener("click", () => onSelect(drawing));
section.append(button);
@@ -294,11 +261,6 @@ export async function renderB07DesignDetail(root: HTMLElement): Promise<void> {
license.textContent = "Drawing engine based on OpenWebCAD · MIT License";
cadHost.append(frame, license);
const crossChainages = drawings
.filter((item) => item.kind === "cross" && typeof item.chainage_m === "number")
.map((item) => item.chainage_m as number);
const stationInterval = inferStationInterval(crossChainages);
let cadReady = false;
let pendingLoad: { drawing: CadDrawing; meta: DesignMeta } | undefined;
let currentDrawing: DesignDrawingItem | undefined;
@@ -318,10 +280,7 @@ export async function renderB07DesignDetail(root: HTMLElement): Promise<void> {
infoPanelHost.replaceChildren();
return;
}
const title =
typeof drawing.chainage_m === "number"
? stationLabel(drawing.chainage_m, stationInterval)
: drawing.label;
const title = drawing.label;
infoPanelHost.replaceChildren(buildDesignInfoPanel(title, response.design ?? null));
};
@@ -349,10 +308,7 @@ export async function renderB07DesignDetail(root: HTMLElement): Promise<void> {
index: number,
): DesignMeta => ({
kind: drawing.kind,
title:
drawing.kind === "cross" && typeof drawing.chainage_m === "number"
? stationLabel(drawing.chainage_m, stationInterval)
: drawing.label,
title: drawing.label,
info: drawing.kind === "cross" ? drawing.label : "",
confirmed: response.confirmed,
quantityTable: response.quantity_table ?? null,
@@ -433,11 +389,9 @@ export async function renderB07DesignDetail(root: HTMLElement): Promise<void> {
if (button) button.dataset.confirmed = "true";
// 확정 시 재계산된 확정 단면적으로 지반/계획 정보 패널을 갱신한다.
if (currentDrawing.kind === "cross") {
const infoTitle =
typeof currentDrawing.chainage_m === "number"
? stationLabel(currentDrawing.chainage_m, stationInterval)
: currentDrawing.label;
infoPanelHost.replaceChildren(buildDesignInfoPanel(infoTitle, result.design ?? null));
infoPanelHost.replaceChildren(
buildDesignInfoPanel(currentDrawing.label, result.design ?? null),
);
}
showToast("현재 도면을 확정하고 저장했습니다.", "success");
if (result.all_confirmed) {
@@ -502,12 +456,7 @@ export async function renderB07DesignDetail(root: HTMLElement): Promise<void> {
}
});
const drawingPanel = buildDrawingSidePanel(
drawings,
stationInterval,
selectDrawing,
drawingError,
);
const drawingPanel = buildDrawingSidePanel(drawings, selectDrawing, drawingError);
drawingListEl = drawingPanel;
const confirmActions = document.createElement("div");
// 하단 고정은 공용 ui-sidebar-actions로 통일 — 사이드 본문이 [스크롤 영역][액션 줄]로