dev #887

Merged
ysCha merged 2 commits from dev into dev-deploy 2026-06-05 15:54:24 +09:00
2 changed files with 276 additions and 9 deletions
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@ -253,7 +253,145 @@ export function useEavesGableEdit(id) {
logger.log(
`[KERAB-OFFSET-ONLY-RECLICK] type=${attributes.type} 동일, offset ${oldOffset}${newOffset} surgical 적용`,
)
applyTargetOffsetSurgical(target, newOffset)
// [KERAB-OFFSET-ONLY-RECLICK-EAVES 2026-06-05] 처마 상태 출폭 변경 룰:
// - wallbaseLine 안의 내부라인 본체 끝점(apex) 절대 불변
// - hip outer endpoint 만 wL 코너에서 hip 방향(=skeleton 45°) 으로 새 rL 변까지 ray-cast 확장
// - surgical 의 CORNER-SHORTCUT/SHRINK-TRIM 은 룰 위반 → skipInnerLines:true
// (케라바 ONLY-RECLICK 은 KERAB-PATTERN-CORNER-SNAP 필요하므로 그대로 둠.)
const isEaves = attributes?.type === LINE_TYPE.WALLLINE.EAVES
let reclickRoof = null
const hipMarks = []
if (isEaves) {
reclickRoof = canvas
.getObjects()
.find((o) => o.name === POLYGON_TYPE.ROOF && !o.isFixed && o.id === target.attributes?.roofId)
if (reclickRoof && Array.isArray(reclickRoof.innerLines) && Array.isArray(reclickRoof.points)) {
const wA = { x: target.x1, y: target.y1 }
const wB = { x: target.x2, y: target.y2 }
const pts = reclickRoof.points
// outer endpoint 식별: 옛 roof.points 변 위 (perpendicular distance < 2) 인 끝점.
const isOnOldPolyEdge = (P) => {
for (let i = 0; i < pts.length; i++) {
const A = pts[i]
const B = pts[(i + 1) % pts.length]
const ddx = B.x - A.x
const ddy = B.y - A.y
const lenSq = ddx * ddx + ddy * ddy
if (lenSq < 1e-6) continue
const t = ((P.x - A.x) * ddx + (P.y - A.y) * ddy) / lenSq
if (t < -0.02 || t > 1.02) continue
const projX = A.x + t * ddx
const projY = A.y + t * ddy
const d = Math.hypot(P.x - projX, P.y - projY)
if (d < 2.0) return true
}
return false
}
for (const il of reclickRoof.innerLines) {
if (!il || il.lineName !== 'hip') continue
const e1 = { x: il.x1, y: il.y1 }
const e2 = { x: il.x2, y: il.y2 }
const e1OnEdge = isOnOldPolyEdge(e1)
const e2OnEdge = isOnOldPolyEdge(e2)
let which = null
if (e1OnEdge && !e2OnEdge) which = 1
else if (e2OnEdge && !e1OnEdge) which = 2
if (which === null) continue
const outerEnd = which === 1 ? e1 : e2
const innerEnd = which === 1 ? e2 : e1
// transit corner: hip 직선 위에 wA/wB 중 어느 코너가 있는지 (perpendicular distance).
const ddx = outerEnd.x - innerEnd.x
const ddy = outerEnd.y - innerEnd.y
const llen = Math.hypot(ddx, ddy) || 1
const distPerp = (P) => Math.abs((ddx * (innerEnd.y - P.y) - ddy * (innerEnd.x - P.x)) / llen)
const dA = distPerp(wA)
const dB = distPerp(wB)
if (Math.min(dA, dB) > 5.0) continue
const side = dA <= dB ? 'A' : 'B'
hipMarks.push({ il, which, side })
}
logger.log(
'[KERAB-OFFSET-ONLY-RECLICK-EAVES] hip marks ' +
JSON.stringify(hipMarks.map((m) => ({ which: m.which, side: m.side, lineName: m.il.lineName }))),
)
}
}
applyTargetOffsetSurgical(target, newOffset, isEaves ? { skipInnerLines: true } : undefined)
if (isEaves && reclickRoof && hipMarks.length) {
const wA = { x: target.x1, y: target.y1 }
const wB = { x: target.x2, y: target.y2 }
const rps = reclickRoof.points
const M = rps.length
const rayHit = (P, dir, A, B) => {
const sx = B.x - A.x
const sy = B.y - A.y
const denom = dir.x * sy - dir.y * sx
if (Math.abs(denom) < 1e-9) return Infinity
const ax = A.x - P.x
const ay = A.y - P.y
const t = (ax * sy - ay * sx) / denom
const s = (ax * dir.y - ay * dir.x) / denom
if (t > 1e-6 && s >= -1e-6 && s <= 1 + 1e-6) return t
return Infinity
}
for (const mark of hipMarks) {
const { il, which, side } = mark
const wCorner = side === 'A' ? wA : wB
const innerEnd = which === 1 ? { x: il.x2, y: il.y2 } : { x: il.x1, y: il.y1 }
const outerOld = which === 1 ? { x: il.x1, y: il.y1 } : { x: il.x2, y: il.y2 }
const dx = outerOld.x - innerEnd.x
const dy = outerOld.y - innerEnd.y
const dlen = Math.hypot(dx, dy)
if (dlen < 1e-6) continue
const ux = dx / dlen
const uy = dy / dlen
let bestT = Infinity
for (let k = 0; k < M; k++) {
const A = rps[k]
const B = rps[(k + 1) % M]
const t = rayHit(wCorner, { x: ux, y: uy }, A, B)
if (t < bestT) bestT = t
}
if (!isFinite(bestT) || bestT < 0.5) {
logger.log(
'[KERAB-OFFSET-ONLY-RECLICK-EAVES] no-hit ' +
JSON.stringify({ lineName: il.lineName, which, side, wCorner, dir: { ux, uy } }),
)
continue
}
const hit = { x: wCorner.x + ux * bestT, y: wCorner.y + uy * bestT }
const oldLen = Math.hypot(outerOld.x - innerEnd.x, outerOld.y - innerEnd.y)
const newLen = Math.hypot(hit.x - innerEnd.x, hit.y - innerEnd.y)
const ratio = oldLen > 0 ? newLen / oldLen : 1
if (which === 1) il.set({ x1: hit.x, y1: hit.y })
else il.set({ x2: hit.x, y2: hit.y })
if (il.attributes) {
const oldPlane = il.attributes.planeSize ?? 0
const oldActual = il.attributes.actualSize ?? 0
il.attributes.planeSize = Math.round(oldPlane * ratio * 100) / 100
il.attributes.actualSize = Math.round(oldActual * ratio * 100) / 100
il.attributes.extended = true
}
il.__extended = true
if (typeof il.setCoords === 'function') il.setCoords()
if (typeof il.setLength === 'function') il.setLength()
if (typeof il.addLengthText === 'function') il.addLengthText()
logger.log(
'[KERAB-OFFSET-ONLY-RECLICK-EAVES] extended ' +
JSON.stringify({
lineName: il.lineName,
which,
side,
hit,
ratio: Number(ratio.toFixed(3)),
x1: il.x1,
y1: il.y1,
x2: il.x2,
y2: il.y2,
}),
)
}
}
target.set({ attributes })
canvas.renderAll()
return
@ -2219,11 +2357,105 @@ export function useEavesGableEdit(id) {
const c1 = nearestRoofPoint(roof, { x: target.x1, y: target.y1 })
const c2 = nearestRoofPoint(roof, { x: target.x2, y: target.y2 })
if (c1 && c2) {
// [KERAB-OFFSET-SURGICAL 2026-05-27] revert 경로에서는 hip snapshot 좌표가 옛 corner 기준이라
// surgical 을 pattern 호출 **후**로 미룬다. pattern 이 옛 corner 로 hip 복원 후, surgical 의
// inner-line corner snap 이 hip 끝점도 새 corner 로 함께 이동시킨다.
// [KERAB-REVERT-EXTEND-45 2026-06-05] 룰: hip 은 wallbaseLine 의 45° (skeleton 이론 부정 X).
// 본체 inner endpoint = snapshot 그대로 (apex 위치).
// 본체 outer endpoint = wL 코너에서 45° 방향(snapshot 의 inner→outer 방향) 으로 ray cast → 새 rL 변 hit point.
// wL 코너는 라인이 지나가는 transit point 일 뿐 data endpoint 아님.
// skeleton-utils.js drawBaselineToRooflineHelpers (line 770~880) 와 동일 방식.
const surgicalAfter = () => {
if (roof) applyTargetOffsetSurgical(target, attributes?.offset ?? 0)
// [KERAB-REVERT-EXTEND-45 2026-06-05] 룰: 출폭 변경 시 wallbaseLine 안의 내부라인 끝점 불변.
// surgical 의 CORNER-SHORTCUT(roofLine 코너로 스냅)·SHRINK-TRIM(__shrinkOrig 복원) 은 룰 위반 →
// skipInnerLines:true 로 roof.points + matchingRL/prev/nextRL + edge 객체만 갱신.
// 증상: (1) b1 ray-cast 후 b4 출폭조정 → SHRINK-TRIM restore 가 b1 hip 을 snapshot 좌표로 리셋
// (2) CORNER-SHORTCUT 가 hip outer endpoint 를 새 roofLine 코너로 강제 스냅.
// hip 의 outer endpoint 만 아래 ray-cast 로 새 rL 변까지 45° 확장한다.
if (roof) applyTargetOffsetSurgical(target, attributes?.offset ?? 0, { skipInnerLines: true })
const wA = { x: target.x1, y: target.y1 }
const wB = { x: target.x2, y: target.y2 }
const rps = Array.isArray(roof.points) ? roof.points : []
const M = rps.length
if (!M) return
const rayHit = (P, dir, A, B) => {
const sx = B.x - A.x
const sy = B.y - A.y
const denom = dir.x * sy - dir.y * sx
if (Math.abs(denom) < 1e-9) return Infinity
const ax = A.x - P.x
const ay = A.y - P.y
const t = (ax * sy - ay * sx) / denom
const s = (ax * dir.y - ay * dir.x) / denom
if (t > 1e-6 && s >= -1e-6 && s <= 1 + 1e-6) return t
return Infinity
}
for (const il of roof.innerLines || []) {
if (!il || !il.__kerabRevertOuterWhich) continue
const which = il.__kerabRevertOuterWhich
const side = il.__kerabRevertOuterSide
const wCorner = side === 'A' ? wA : wB
const innerEnd = which === 1 ? { x: il.x2, y: il.y2 } : { x: il.x1, y: il.y1 }
const outerOld = which === 1 ? { x: il.x1, y: il.y1 } : { x: il.x2, y: il.y2 }
// hip 방향 = inner → outer (snapshot 좌표 기반 = 45°). 동일 직선이면 wL 코너도 위에 있음.
const dx = outerOld.x - innerEnd.x
const dy = outerOld.y - innerEnd.y
const dlen = Math.hypot(dx, dy)
if (dlen < 1e-6) {
delete il.__kerabRevertOuterWhich
delete il.__kerabRevertOuterSide
continue
}
const ux = dx / dlen
const uy = dy / dlen
// wL 코너에서 45° 방향으로 ray → 새 rL 변 (roof.points 는 surgical 후 새 출폭) 의 첫 hit.
let bestT = Infinity
for (let k = 0; k < M; k++) {
const A = rps[k]
const B = rps[(k + 1) % M]
const t = rayHit(wCorner, { x: ux, y: uy }, A, B)
if (t < bestT) bestT = t
}
if (!isFinite(bestT) || bestT < 0.5) {
logger.log(
'[KERAB-REVERT-EXTEND-45] no-hit ' +
JSON.stringify({ lineName: il.lineName, which, side, wCorner, dir: { ux, uy } }),
)
delete il.__kerabRevertOuterWhich
delete il.__kerabRevertOuterSide
continue
}
const hit = { x: wCorner.x + ux * bestT, y: wCorner.y + uy * bestT }
const oldLen = Math.hypot(outerOld.x - innerEnd.x, outerOld.y - innerEnd.y)
const newLen = Math.hypot(hit.x - innerEnd.x, hit.y - innerEnd.y)
const ratio = oldLen > 0 ? newLen / oldLen : 1
if (which === 1) il.set({ x1: hit.x, y1: hit.y })
else il.set({ x2: hit.x, y2: hit.y })
if (il.attributes) {
const oldPlane = il.attributes.planeSize ?? 0
const oldActual = il.attributes.actualSize ?? 0
il.attributes.planeSize = Math.round(oldPlane * ratio * 100) / 100
il.attributes.actualSize = Math.round(oldActual * ratio * 100) / 100
il.attributes.extended = true
}
il.__extended = true
if (typeof il.setCoords === 'function') il.setCoords()
if (typeof il.setLength === 'function') il.setLength()
if (typeof il.addLengthText === 'function') il.addLengthText()
logger.log(
'[KERAB-REVERT-EXTEND-45] ' +
JSON.stringify({
lineName: il.lineName,
which,
side,
hit,
ratio: Number(ratio.toFixed(3)),
x1: il.x1,
y1: il.y1,
x2: il.x2,
y2: il.y2,
}),
)
delete il.__kerabRevertOuterWhich
delete il.__kerabRevertOuterSide
}
}
// [2240 KERAB-PARALLEL-HIPS 2026-05-19] forward 가 parallel-hips 였으면 target 에 스냅샷이 붙어있음 → hip 2개 복원
if (Array.isArray(target.__kerabParallelHipsSnapshot)) {
@ -2378,9 +2610,9 @@ export function useEavesGableEdit(id) {
// [2240 KERAB-OFFSET-SURGICAL 2026-05-27] 본체는 `@/util/kerab-offset-surgical` 로 분리.
// 고객 회귀 확인을 위한 토글 — ENABLE_KERAB_OFFSET_SURGICAL false 면 즉시 false 반환.
const applyTargetOffsetSurgical = (target, newOffset) => {
const applyTargetOffsetSurgical = (target, newOffset, options) => {
if (!ENABLE_KERAB_OFFSET_SURGICAL) return false
return applyKerabOffsetSurgical(canvas, target, newOffset)
return applyKerabOffsetSurgical(canvas, target, newOffset, options)
}
@ -2792,6 +3024,33 @@ export function useEavesGableEdit(id) {
logger.log('[KERAB-VALLEY-EXT-TRIM] revert restored ' + target.__valleyExtTrims.length + ' trim(s)')
delete target.__valleyExtTrims
}
// [KERAB-REVERT-MARK 2026-06-05] 룰 (b): hip 본체는 wallLine 끝점을 지나고 outer 끝점은 새 roofLine 코너까지 확장.
// buildHipFromSnapshot 시점에는 roof.points 가 아직 옛 출폭 → corner 좌표를 미리 정할 수 없음.
// 여기서는 outer 끝점이 어느 쪽(which=1/2, side=A/B)인지만 마크하고, 실제 좌표 snap 은 surgicalAfter() 안에서
// roof.points 가 새 출폭으로 갱신된 뒤 nearestRoofPoint 로 다시 잡는다.
// Corner-side 식별: hip 의 두 끝점 중 wallLine 양 끝점(wA/wB)에 더 가까운 쪽이 corner-side.
// apex-side 는 roof 안쪽 깊이 있어 두 wallLine 끝점에서 모두 멀다.
const markRevertOuter = (line) => {
if (!line) return
const wA = { x: target.x1, y: target.y1 }
const wB = { x: target.x2, y: target.y2 }
const e1 = { x: line.x1, y: line.y1 }
const e2 = { x: line.x2, y: line.y2 }
const dE1A = Math.hypot(e1.x - wA.x, e1.y - wA.y)
const dE1B = Math.hypot(e1.x - wB.x, e1.y - wB.y)
const dE2A = Math.hypot(e2.x - wA.x, e2.y - wA.y)
const dE2B = Math.hypot(e2.x - wB.x, e2.y - wB.y)
const minE1 = Math.min(dE1A, dE1B)
const minE2 = Math.min(dE2A, dE2B)
const which = minE1 <= minE2 ? 1 : 2
const side = which === 1 ? (dE1A <= dE1B ? 'A' : 'B') : dE2A <= dE2B ? 'A' : 'B'
line.__kerabRevertOuterWhich = which
line.__kerabRevertOuterSide = side
logger.log(
'[KERAB-REVERT-MARK] ' +
JSON.stringify({ lineName: line.lineName, which, side, minE1, minE2 }),
)
}
const buildHipFromSnapshot = (snap) => {
const pts = [snap.x1, snap.y1, snap.x2, snap.y2]
const sz = calcLinePlaneSize({ x1: pts[0], y1: pts[1], x2: pts[2], y2: pts[3] })
@ -2806,6 +3065,7 @@ export function useEavesGableEdit(id) {
})
if (snap.lineName) hip.lineName = snap.lineName
if (snap.__extended) hip.__extended = snap.__extended
markRevertOuter(hip)
return hip
}
const buildHipToApex = (cornerPt) => {
@ -2856,6 +3116,7 @@ export function useEavesGableEdit(id) {
})
if (snap.lineName) hip.lineName = snap.lineName
if (snap.__extended) hip.__extended = snap.__extended
markRevertOuter(hip)
canvas.add(hip)
hip.bringToFront()
roof.innerLines.push(hip)

View File

@ -21,9 +21,15 @@ const lineLineIntersection = (p1, p2, p3, p4) => {
* @param canvas fabric canvas
* @param target outerLine fabric 객체 (target.attributes OLD 상태로 호출되어야 )
* @param newOffset 출폭 (canvas 단위)
* @param options { skipInnerLines?: boolean }
* skipInnerLines=true innerLines 루프(CORNER-SHORTCUT / SHRINK-TRIM / KERAB-PATTERN-CORNER-SNAP) 전체 skip.
* [KERAB-REVERT-EXTEND-45 2026-06-05] : 출폭 변경 wallbaseLine 안의 내부라인 끝점은 절대 이동 X.
* roofLine 코너로 스냅(CORNER-SHORTCUT)·__shrinkOrig 복원(SHRINK-TRIM) 위반.
* 호출자(revert) 별도 ray-cast hip outer endpoint rL 변까지 45° 확장한다.
* @returns true=적용됨 / false=조건 미달 또는 변경 없음
*/
export const applyKerabOffsetSurgical = (canvas, target, newOffset) => {
export const applyKerabOffsetSurgical = (canvas, target, newOffset, options = {}) => {
const { skipInnerLines = false } = options
const roof = canvas
.getObjects()
.find((o) => o.name === POLYGON_TYPE.ROOF && !o.isFixed && o.id === target.attributes?.roofId)
@ -111,7 +117,7 @@ export const applyKerabOffsetSurgical = (canvas, target, newOffset) => {
// - 원본 끝점이 새 roofLine 변 안쪽으로 복귀하면 원본 좌표로 복원 (출폭 다시 늘린 케이스).
// 원본 좌표는 il.__shrinkOrig 에 보관 — 첫 절삭 시점에 백업, 양 끝 모두 안쪽으로 복귀 시 삭제.
// 매 surgical 호출마다 원본 기반으로 재계산하므로 출폭 증감 무관 idempotent.
{
if (!skipInnerLines) {
const newAxisMid = { x: (newCorner1.x + newCorner2.x) / 2, y: (newCorner1.y + newCorner2.y) / 2 }
const OUTSIDE_TOL = 0.5
const segOk = (ip) => {