463 lines
17 KiB
TypeScript
463 lines
17 KiB
TypeScript
/* =============================================================================
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* B06_wf3_ProfileCross_UI_Cross_View.ts
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* 개별 횡단면 카드 SVG 렌더러와 X:Y 1:1 스케일 지표 계산.
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*
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* 700줄 제한 대응으로 기존 단일 렌더러 파일에서 횡단 카드 렌더링만 분리했다. 공통 상수·유틸은
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* `_UI_Section_Common`, 설계 지정 컨트롤/설계선 오버레이는 `_UI_Cross_Design`을 참조한다.
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* 횡단은 종/횡 공통 Y스케일을 쓰지 않고 카드마다 자체 1:1 ppm으로 스케일한다.
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* ========================================================================== */
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import type { CrossSection, SectionSample } from "./B06_wf3_ProfileCross_Api_Fetch";
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import {
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appendCrossDesignOverlay,
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appendPavementOverlay,
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appendRockBoundaryOverlay,
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buildAreaReadout,
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buildDesignControls,
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buildRockBoundaryControl,
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sectionModeLabel,
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type RockBoundaryControl,
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} from "./B06_wf3_ProfileCross_UI_Cross_Design";
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import {
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CROSS_HEIGHT,
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CROSS_PAD,
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CROSS_WIDTH,
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type DesignChangeHandler,
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emptyView,
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L,
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stationLabel,
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svgElement,
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svgText,
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validElevation,
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} from "./B06_wf3_ProfileCross_UI_Section_Common";
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interface CrossPlotMetrics {
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sourceSamples: SectionSample[];
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minOffset: number;
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maxOffset: number;
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elevationMid: number;
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displaySpan: number;
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displayMax: number;
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pixelsPerMeter: number;
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heightPx: number;
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}
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/**
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* 횡단 카드의 X:Y 1:1 스케일 지표를 계산한다.
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* X pixels-per-meter는 반폭(offset 범위)이 카드 폭을 채우도록 고정하고, 같은 ppm을 Y에도 써서
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* 형상 왜곡을 없앤다(과장=1 → 정확히 1:1). 카드 높이는 데이터가 요구하는 자연 높이에 최소
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* `CROSS_HEIGHT`(250px) 바닥을 적용하며, `forcedHeightPx`가 오면 그 높이로 강제한다(같은 행 높이 통일).
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* 어느 경우든 displaySpan을 실제 plotHeight에 맞춰 되계산하므로 ppm(=1:1)은 그대로 보존되고,
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* 남는 세로 공간은 elevationMid를 중심으로 대칭 여백이 된다.
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*/
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function crossPlotMetrics(
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section: CrossSection,
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verticalExaggeration: number,
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widthPx: number,
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crossHalfWidth?: number,
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designElevation?: number,
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forcedHeightPx?: number,
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): CrossPlotMetrics | null {
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const sourceSamples = section.samples.filter(
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(sample) =>
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crossHalfWidth === undefined || Math.abs(sample.offset_m ?? 0) <= crossHalfWidth + 1e-6,
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);
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const valid = sourceSamples.filter(validElevation);
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if (!valid.length) return null;
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const offsets = sourceSamples.map((sample) => sample.offset_m ?? 0);
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const minOffset = Math.min(...offsets, -1);
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const maxOffset = Math.max(...offsets, 1);
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const hasDesign = designElevation !== undefined && Number.isFinite(designElevation);
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const elevations = valid.map((sample) => sample.elevation_m);
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if (hasDesign) elevations.push(designElevation as number);
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const rawMin = Math.min(...elevations);
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const rawMax = Math.max(...elevations);
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const elevationMid = (rawMin + rawMax) / 2;
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const padding = rawMax > rawMin ? (rawMax - rawMin) * 0.08 : 0.5;
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const exaggeration = Math.max(verticalExaggeration, 0.1);
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const plotWidth = widthPx - CROSS_PAD.left - CROSS_PAD.right;
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const xSpan = Math.max(maxOffset - minOffset, 1e-6);
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const pixelsPerMeter = plotWidth / xSpan;
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const rawSpan = Math.max((rawMax - rawMin + padding * 2) * exaggeration, 1e-6);
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const naturalHeight = rawSpan * pixelsPerMeter + CROSS_PAD.top + CROSS_PAD.bottom;
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// 강제 높이가 있으면 그것을, 없으면 자연 높이에 250px 바닥 적용.
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const heightPx = forcedHeightPx ?? Math.max(naturalHeight, CROSS_HEIGHT);
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const plotHeight = Math.max(heightPx - CROSS_PAD.top - CROSS_PAD.bottom, 1e-6);
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// 실제 plotHeight에 맞춰 표시 표고폭을 되계산 → ppm(1:1) 보존, 여유분은 상하 대칭 여백.
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const displaySpan = plotHeight / pixelsPerMeter;
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const displayMax = elevationMid + displaySpan / 2;
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return {
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sourceSamples,
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minOffset,
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maxOffset,
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elevationMid,
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displaySpan,
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displayMax,
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pixelsPerMeter,
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heightPx,
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};
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}
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/** 같은 행 높이 통일을 위해 카드를 만들지 않고 자연(바닥 적용) 높이만 계산한다. */
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export function crossCardNaturalHeight(
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section: CrossSection,
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verticalExaggeration: number,
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widthPx: number,
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crossHalfWidth?: number,
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designElevation?: number,
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): number {
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return (
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crossPlotMetrics(section, verticalExaggeration, widthPx, crossHalfWidth, designElevation)
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?.heightPx ?? CROSS_HEIGHT
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);
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}
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/**
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* 카드 SVG에 마우스 휠 줌(커서 중심) + 드래그 팬 + 더블클릭 원복을 붙인다(E-5).
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* viewBox만 조작하고 선은 `vector-effect: non-scaling-stroke`(CSS)로 굵기를 유지해
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* 확대해도 선·글자가 선명하다. 최대 8배까지, 축소는 원본까지만 허용한다.
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*/
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function attachZoomPan(svg: SVGSVGElement, widthPx: number, heightPx: number): void {
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const base = { x: 0, y: 0, w: widthPx, h: heightPx };
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const vb = { ...base };
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const applyVB = (): void => svg.setAttribute("viewBox", `${vb.x} ${vb.y} ${vb.w} ${vb.h}`);
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const clampPan = (): void => {
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vb.x = Math.min(Math.max(vb.x, base.x), base.x + base.w - vb.w);
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vb.y = Math.min(Math.max(vb.y, base.y), base.y + base.h - vb.h);
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};
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svg.addEventListener(
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"wheel",
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(event) => {
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event.preventDefault();
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const rect = svg.getBoundingClientRect();
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const mx = vb.x + ((event.clientX - rect.left) / rect.width) * vb.w;
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const my = vb.y + ((event.clientY - rect.top) / rect.height) * vb.h;
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const factor = event.deltaY < 0 ? 0.85 : 1 / 0.85;
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const nw = Math.min(base.w, Math.max(base.w / 8, vb.w * factor));
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const nh = Math.min(base.h, Math.max(base.h / 8, vb.h * factor));
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vb.x = mx - (mx - vb.x) * (nw / vb.w);
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vb.y = my - (my - vb.y) * (nh / vb.h);
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vb.w = nw;
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vb.h = nh;
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clampPan();
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applyVB();
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},
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{ passive: false },
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);
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let panning = false;
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let moved = false;
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let lastX = 0;
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let lastY = 0;
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svg.addEventListener("pointerdown", (event) => {
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panning = true;
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moved = false;
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lastX = event.clientX;
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lastY = event.clientY;
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svg.setPointerCapture(event.pointerId);
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});
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svg.addEventListener("pointermove", (event) => {
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if (!panning) return;
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if (Math.abs(event.clientX - lastX) + Math.abs(event.clientY - lastY) > 2) moved = true;
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const rect = svg.getBoundingClientRect();
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vb.x -= ((event.clientX - lastX) / rect.width) * vb.w;
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vb.y -= ((event.clientY - lastY) / rect.height) * vb.h;
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lastX = event.clientX;
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lastY = event.clientY;
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clampPan();
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applyVB();
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});
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const endPan = (event: PointerEvent): void => {
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panning = false;
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try {
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svg.releasePointerCapture(event.pointerId);
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} catch {
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/* 이미 해제됨 */
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}
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};
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svg.addEventListener("pointerup", endPan);
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svg.addEventListener("pointercancel", endPan);
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// 드래그(팬)로 끝난 클릭은 카드 선택으로 전파하지 않는다.
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svg.addEventListener("click", (event) => {
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if (moved) event.stopPropagation();
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});
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// 더블클릭 원복.
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svg.addEventListener("dblclick", (event) => {
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event.stopPropagation();
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vb.x = base.x;
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vb.y = base.y;
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vb.w = base.w;
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vb.h = base.h;
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applyVB();
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});
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}
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export function createCrossSectionCard(
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section: CrossSection,
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selected: boolean,
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verticalExaggeration: number,
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onSelect: (stationId: string) => void,
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stationInterval: number,
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crossHalfWidth?: number,
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widthPx = CROSS_WIDTH,
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forcedHeightPx?: number,
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designElevation?: number,
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onDesignChange?: DesignChangeHandler,
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rockBoundary?: RockBoundaryControl,
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): HTMLElement {
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const card = document.createElement("article");
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card.id = `cross-${section.station_id}`;
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card.className = `b06-cross-card${selected ? " b06-cross-card--selected" : ""}`;
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card.tabIndex = 0;
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card.addEventListener("click", () => onSelect(section.station_id));
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card.addEventListener("keydown", (event) => {
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if (event.key === "Enter" || event.key === " ") onSelect(section.station_id);
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});
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// 제목행 1행 구조(E-2/E-3): 측점 위치표기 → 단면유형 pill → 지반유형 → 구조물 → 측점정보.
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const header = document.createElement("header");
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const title = document.createElement("div");
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title.className = "b06-cross-card__title";
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const label = document.createElement("strong");
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label.textContent = stationLabel(section.chainage_m, stationInterval);
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const chainage = document.createElement("span");
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chainage.textContent = `${section.chainage_m.toFixed(1)}m`;
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title.append(label, chainage);
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// 단면유형 pill(자동 판정, 읽기 전용) — 구조물 pill과 동일 표기, 좌측 배치(E-3).
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const modePill = document.createElement("span");
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modePill.className = "b06-cross-card__mode";
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modePill.textContent = sectionModeLabel(section.design?.section_mode);
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modePill.title = L("B06_Design_Mode_Legend");
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const kind = document.createElement("span");
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kind.textContent =
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section.kind === "ep"
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? L("B06_Profile_View_Kind_EP")
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: section.kind === "bp"
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? L("B06_Profile_View_Kind_BP")
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: L("B06_Profile_View_Kind_Station");
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const meta = document.createElement("div");
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meta.className = "b06-cross-card__meta";
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if (section.structure) {
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const structure = document.createElement("span");
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structure.className = "b06-cross-card__structure";
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structure.textContent = section.structure;
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structure.title = `구조물: ${section.structure}`;
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meta.append(structure);
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}
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meta.append(kind);
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// 단면유형 pill은 지반유형 우측·우측 맞춤으로 배치(1번). 좌측 구분선은 지반유형 세그먼트에 준다(3번).
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modePill.classList.add("b06-cross-card__mode--right");
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header.append(title);
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if (onDesignChange) {
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// 제목행: 측점 라벨 → (구분선) 지반유형 → 단면유형 pill(우측) → 구조물·kind (D-6/E-2/1·3번).
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const controls = buildDesignControls(section, onDesignChange);
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controls.groundSegment.classList.add("b06-cross-card__ground");
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header.append(controls.groundSegment, modePill, meta);
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card.append(header);
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card.append(controls.bar);
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} else {
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header.append(modePill, meta);
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card.append(header);
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}
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const metrics = crossPlotMetrics(
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section,
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verticalExaggeration,
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widthPx,
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crossHalfWidth,
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designElevation,
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forcedHeightPx,
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);
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if (!metrics) {
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card.append(emptyView(L("B06_Profile_View_NoCross")));
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} else {
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const {
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sourceSamples,
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minOffset,
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maxOffset,
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elevationMid,
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displaySpan,
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displayMax,
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pixelsPerMeter,
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heightPx,
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} = metrics;
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const hasDesign = designElevation !== undefined && Number.isFinite(designElevation);
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const valid = sourceSamples.filter(validElevation);
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const exaggeration = Math.max(verticalExaggeration, 0.1);
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// 좌표 규약(+offset=좌, -offset=우)을 표준 횡단면도 관례에 맞춘다: 진행방향을 바라보는
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// 시점이라 좌측(+offset)이 화면 왼쪽에 와야 B05 3D 방향 표시와 측구 방향이 일치한다(작업 C-3).
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const x = (offset: number) => CROSS_PAD.left + (maxOffset - offset) * pixelsPerMeter;
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const y = (elevation: number) => CROSS_PAD.top + (displayMax - elevation) * pixelsPerMeter;
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const svg = svgElement("svg", {
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class: "b06-section__chart",
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width: widthPx,
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height: heightPx,
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viewBox: `0 0 ${widthPx} ${heightPx}`,
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role: "img",
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"aria-label": `${section.label} ${L("B06_Profile_View_Cross")}`,
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});
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svg.append(svgElement("rect", { width: widthPx, height: heightPx, class: "b06-chart__bg" }));
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const xTicks = Array.from(
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{ length: 7 },
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(_, index) => minOffset + ((maxOffset - minOffset) * index) / 6,
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);
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for (const tick of xTicks) {
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svg.append(
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svgElement("line", {
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x1: x(tick),
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y1: CROSS_PAD.top,
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x2: x(tick),
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y2: heightPx - CROSS_PAD.bottom,
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class: "b06-chart__grid",
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}),
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svgText(Math.abs(tick) < 1e-6 ? "0" : tick.toFixed(0), {
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x: x(tick),
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y: heightPx - CROSS_PAD.bottom + 16,
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"text-anchor": "middle",
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class: "b06-chart__tick",
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}),
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);
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}
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const rawDisplaySpan = displaySpan / exaggeration;
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for (let index = 0; index < 5; index += 1) {
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const tick = elevationMid - rawDisplaySpan / 2 + (rawDisplaySpan * index) / 4;
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const displayTick = elevationMid + (tick - elevationMid) * exaggeration;
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svg.append(
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svgElement("line", {
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x1: CROSS_PAD.left,
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y1: y(displayTick),
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x2: widthPx - CROSS_PAD.right,
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y2: y(displayTick),
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class: "b06-chart__grid",
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}),
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svgText(tick.toFixed(1), {
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x: CROSS_PAD.left - 7,
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y: y(displayTick) + 3,
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"text-anchor": "end",
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class: "b06-chart__tick",
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}),
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);
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}
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const segments: string[] = [];
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let current: string[] = [];
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for (const sample of sourceSamples) {
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if (!validElevation(sample)) {
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if (current.length > 1) segments.push(current.join(" "));
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current = [];
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continue;
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}
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const elevated = elevationMid + (sample.elevation_m - elevationMid) * exaggeration;
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current.push(`${x(sample.offset_m ?? 0)},${y(elevated)}`);
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}
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if (current.length > 1) segments.push(current.join(" "));
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segments.forEach((points) =>
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svg.append(svgElement("polyline", { points, class: "b06-chart__cross-profile" })),
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);
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if (section.design) {
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const toDisplayY = (elevation: number): number =>
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y(elevationMid + (elevation - elevationMid) * exaggeration);
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// 포장층 → 설계선 → 암 경계선 순으로 겹쳐, 설계선이 포장 박스 위에 오게 한다.
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appendPavementOverlay(svg, section.design, x, toDisplayY);
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appendCrossDesignOverlay(svg, section.design, x, toDisplayY);
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// 암 경계선은 지면선(지반선) 복사 + 오프셋 — 계획선 기준이 아님에 유의.
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if (rockBoundary && section.design.geometry_preset === "rock") {
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appendRockBoundaryOverlay(
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svg,
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sourceSamples,
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rockBoundary.offsetFor(section),
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x,
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toDisplayY,
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);
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}
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}
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const centerSample = valid.reduce<(typeof valid)[number] | null>((nearest, sample) => {
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if (!nearest || Math.abs(sample.offset_m ?? 0) < Math.abs(nearest.offset_m ?? 0))
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return sample;
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return nearest;
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}, null);
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const centerX = x(0);
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// 십자선은 계획 노선(계획고) 위치를 가리킨다. 계획선이 없는 구 데이터는 지반고로 폴백한다.
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const centerElevation = hasDesign
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? (designElevation as number)
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: (centerSample?.elevation_m ?? null);
|
|
const centerY =
|
|
centerElevation !== null
|
|
? y(elevationMid + (centerElevation - elevationMid) * exaggeration)
|
|
: heightPx / 2;
|
|
const centerMarkerClass = `b06-chart__center-marker${hasDesign ? " b06-chart__center-marker--design" : ""}`;
|
|
svg.append(
|
|
svgElement("line", {
|
|
x1: CROSS_PAD.left,
|
|
y1: heightPx - CROSS_PAD.bottom,
|
|
x2: widthPx - CROSS_PAD.right,
|
|
y2: heightPx - CROSS_PAD.bottom,
|
|
class: "b06-chart__axis",
|
|
}),
|
|
svgElement("line", {
|
|
x1: CROSS_PAD.left,
|
|
y1: CROSS_PAD.top,
|
|
x2: CROSS_PAD.left,
|
|
y2: heightPx - CROSS_PAD.bottom,
|
|
class: "b06-chart__axis",
|
|
}),
|
|
svgElement("line", {
|
|
x1: centerX,
|
|
y1: centerY - 18,
|
|
x2: centerX,
|
|
y2: centerY + 18,
|
|
class: centerMarkerClass,
|
|
}),
|
|
svgElement("line", {
|
|
x1: centerX - 18,
|
|
y1: centerY,
|
|
x2: centerX + 18,
|
|
y2: centerY,
|
|
class: centerMarkerClass,
|
|
}),
|
|
svgText(L("B06_Profile_View_CrossXAxis"), {
|
|
x: widthPx / 2,
|
|
y: heightPx - 8,
|
|
"text-anchor": "middle",
|
|
class: "b06-chart__axis-label",
|
|
}),
|
|
svgText(L("B06_Profile_View_ElevationAxis"), {
|
|
x: 13,
|
|
y: heightPx / 2,
|
|
"text-anchor": "middle",
|
|
transform: `rotate(-90 13 ${heightPx / 2})`,
|
|
class: "b06-chart__axis-label",
|
|
}),
|
|
);
|
|
// 마우스 휠 줌·드래그 팬·더블클릭 원복(E-5). viewBox 조작 + non-scaling-stroke로 선명도 유지.
|
|
const chartWrap = document.createElement("div");
|
|
chartWrap.className = "b06-cross-card__chart-wrap";
|
|
attachZoomPan(svg, widthPx, heightPx);
|
|
// 절·성토 면적값은 그래프 중상단 오버레이로 표시(E-4).
|
|
chartWrap.append(svg, buildAreaReadout(section.design));
|
|
// 암 경계선 제어는 그래프 X축 제목 행 우측에 배치(E-7). 암 지반에서만.
|
|
if (rockBoundary && section.design?.geometry_preset === "rock") {
|
|
const rockControl = buildRockBoundaryControl(section, rockBoundary);
|
|
rockControl.classList.add("b06-cross-card__rockb");
|
|
chartWrap.append(rockControl);
|
|
}
|
|
card.append(chartWrap);
|
|
}
|
|
|
|
const footer = document.createElement("footer");
|
|
const center = document.createElement("span");
|
|
center.textContent = `${L("B06_Profile_View_CenterElevation")} ${section.center_z?.toFixed(2) ?? "-"}m`;
|
|
const azimuth = document.createElement("span");
|
|
azimuth.textContent = `${L("B06_Profile_View_Azimuth")} ${section.azimuth_deg?.toFixed(1) ?? "-"}°`;
|
|
footer.append(center, azimuth);
|
|
card.append(footer);
|
|
return card;
|
|
}
|