모듈 자동기능 작업진행중
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yjnoh
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@ -54,8 +54,7 @@ export function useModuleBasicSetting() {
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})
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setupSurface.setViewLengthText(false)
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canvas.add(setupSurface)
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canvas.add(setupSurface) //모듈설치면 만들기
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if (setupSurface.flowDirection === 'south' || setupSurface.flowDirection === 'north') {
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setFlowModuleLine(bottomTopFlowLine(setupSurface))
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@ -392,11 +391,10 @@ export function useModuleBasicSetting() {
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//자동 모듈 설치(그리드 방식)
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const autoModuleSetup = (placementRef) => {
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const isChidori = placementRef.isChidori.current
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const isChidori = placementRef.isChidori.current === 'true' ? true : false
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const setupLocation = placementRef.setupLocation.current
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const isMaxSetup = placementRef.isMaxSetup.current
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initEvent()
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const moduleSetupSurfaces = moduleSetupSurface //선택 설치면
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const notSelectedTrestlePolygons = canvas
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@ -438,7 +436,7 @@ export function useModuleBasicSetting() {
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fill: '#BFFD9F',
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stroke: 'black',
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strokeWidth: 0.1,
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selectable: true, // 선택 가능하게 설정
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selectable: false, // 선택 가능하게 설정
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lockMovementX: false, // X 축 이동 잠금
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lockMovementY: false, // Y 축 이동 잠금
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lockRotation: false, // 회전 잠금
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@ -537,9 +535,11 @@ export function useModuleBasicSetting() {
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const maxRightEndPoint = surfaceMaxLines.right.x1 //최 우측
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const maxTopEndPoint = surfaceMaxLines.top.y1 //최 상단
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const maxBottomEndPoint = surfaceMaxLines.bottom.y1 //최 하단
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let leftMargin, bottomMargin, square
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let leftMargin, bottomMargin, square, chidoriLength
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//처마면 배치
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if (setupLocation === 'eaves') {
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// 흐름방향이 남쪽일때
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if (moduleSetupSurface.flowDirection === 'south') {
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let startPoint = flowModuleLine.find((obj) => obj.target === 'bottom')
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let totalLeftEndPoint = maxLeftEndPoint - startPoint.x1
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@ -550,16 +550,59 @@ export function useModuleBasicSetting() {
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let startColPoint = Math.abs(width * Math.ceil(diffLeftEndPoint) - startPoint.x1)
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for (let j = 0; j < diffTopEndPoint; j++) {
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bottomMargin = 1
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bottomMargin = j === 0 ? 1 : 0
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for (let i = 0; i <= totalWidth; i++) {
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leftMargin = i === 0 ? 0 : 1 //숫자가 0이면 0, 1이면 1로 바꾸기
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leftMargin = i === 0 ? 1 : 0 //숫자가 0이면 0, 1이면 1로 바꾸기
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chidoriLength = 0
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if (isChidori) {
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chidoriLength = j % 2 === 0 ? 0 : width / 2
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}
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square = [
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[startColPoint + width * i + leftMargin, startPoint.y1 - height * j - bottomMargin],
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[startColPoint + width * i + width - leftMargin, startPoint.y1 - height * j - bottomMargin],
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[startColPoint + width * i + width - leftMargin, startPoint.y1 - height * j - height - bottomMargin],
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[startColPoint + width * i + leftMargin, startPoint.y1 - height * j - height - bottomMargin],
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[startColPoint + width * i + leftMargin, startPoint.y1 - height * j - bottomMargin],
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[startColPoint + width * i - chidoriLength, startPoint.y1 - height * j - bottomMargin],
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[startColPoint + width * i + width - chidoriLength, startPoint.y1 - height * j - bottomMargin],
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[startColPoint + width * i + width - chidoriLength, startPoint.y1 - height * j - height - bottomMargin],
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[startColPoint + width * i - chidoriLength, startPoint.y1 - height * j - height - bottomMargin],
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[startColPoint + width * i - chidoriLength, startPoint.y1 - height * j - bottomMargin],
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]
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let squarePolygon = turf.polygon([square])
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let turfCoordnates = squarePolygon.geometry.coordinates[0].slice(0, -1)
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let points = turfCoordnates.map((coord) => ({ x: coord[0], y: coord[1] }))
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// if (disjointFromTrestle && isDisjoint) {
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let tempModule = new QPolygon(points, { ...moduleOptions, turfPoints: squarePolygon })
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canvas?.add(tempModule)
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moduleSetupArray.push(tempModule)
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}
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}
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}
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if (moduleSetupSurface.flowDirection === 'west') {
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let startPoint = flowModuleLine.find((obj) => obj.target === 'left')
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let totalTopEndPoint = Math.abs(maxTopEndPoint - startPoint.y1) //전체 높이에서 현재 높이를 뺌
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let diffTopEndPoint = Math.abs(totalTopEndPoint / height)
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let totalHeight = Math.ceil(Math.abs(maxBottomEndPoint - maxTopEndPoint) / height)
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let totalWidth = Math.abs(startPoint.x1 - maxRightEndPoint) / width
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let startRowPoint = startPoint.y1 - height * Math.ceil(diffTopEndPoint)
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for (let j = 0; j < totalHeight; j++) {
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bottomMargin = j === 0 ? 1 : 0
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for (let i = 0; i <= totalWidth; i++) {
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leftMargin = 1
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chidoriLength = 0
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if (isChidori) {
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chidoriLength = i % 2 === 0 ? 0 : height / 2
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}
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square = [
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[startPoint.x1 + width * i + leftMargin, startRowPoint + height * j + bottomMargin - chidoriLength],
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[startPoint.x1 + width * i + width + leftMargin, startRowPoint + height * j + bottomMargin - chidoriLength],
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[startPoint.x1 + width * i + width + leftMargin, startRowPoint + height * j + height + bottomMargin - chidoriLength],
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[startPoint.x1 + width * i + leftMargin, startRowPoint + height * j + height + bottomMargin - chidoriLength],
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[startPoint.x1 + width * i + leftMargin, startRowPoint + height * j + bottomMargin - chidoriLength],
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]
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let squarePolygon = turf.polygon([square])
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let turfCoordnates = squarePolygon.geometry.coordinates[0].slice(0, -1)
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let points = turfCoordnates.map((coord) => ({ x: coord[0], y: coord[1] }))
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@ -583,17 +626,61 @@ export function useModuleBasicSetting() {
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let startColPoint = Math.abs(width * Math.ceil(diffLeftEndPoint) - startPoint.x1)
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for (let j = 0; j < diffBottomEndPoint; j++) {
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bottomMargin = 1
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for (let i = 0; i < diffRightEndPoint; i++) {
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leftMargin = i === 0 ? 0 : 1
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chidoriLength = 0
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if (isChidori) {
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chidoriLength = j % 2 === 0 ? 0 : width / 2
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}
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square = [
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[startColPoint + width * i + chidoriLength, startPoint.y1 + height * j],
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[startColPoint + width * i + chidoriLength, startPoint.y1 + height * j + height],
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[startColPoint + width * i + width + chidoriLength, startPoint.y1 + height * j + height],
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[startColPoint + width * i + width + chidoriLength, startPoint.y1 + height * j],
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[startColPoint + width * i + chidoriLength, startPoint.y1 + height * j],
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]
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let squarePolygon = turf.polygon([square])
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let turfCoordnates = squarePolygon.geometry.coordinates[0].slice(0, -1)
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let points = turfCoordnates.map((coord) => ({ x: coord[0], y: coord[1] }))
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// if (disjointFromTrestle && isDisjoint) {
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let tempModule = new QPolygon(points, { ...moduleOptions, turfPoints: squarePolygon })
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canvas?.add(tempModule)
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moduleSetupArray.push(tempModule)
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}
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}
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}
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if (moduleSetupSurface.flowDirection === 'west') {
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let startPoint = flowModuleLine.find((obj) => obj.target === 'right')
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//계산하기 편하게 그냥 y1을 작은수로 만든다
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let correctPoint =
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startPoint.y1 > startPoint.y2
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? { x1: startPoint.x2, x2: startPoint.x1, y1: startPoint.y2, y2: startPoint.y1 }
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: { x1: startPoint.x1, x2: startPoint.x2, y1: startPoint.y1, y2: startPoint.y2 }
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let totalTopEndPoint = Math.abs(maxTopEndPoint - startPoint.y1) //전체 높이에서 현재 높이를 뺌
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let diffTopEndPoint = Math.abs(totalTopEndPoint / height)
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let totalHeight = Math.ceil(Math.abs(maxBottomEndPoint - maxTopEndPoint) / height)
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let totalWidth = Math.abs(startPoint.x1 - maxLeftEndPoint) / width
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let startRowPoint = startPoint.y1 - height * Math.ceil(diffTopEndPoint)
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for (let j = 0; j < totalHeight; j++) {
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bottomMargin = j === 0 ? 1 : 0
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for (let i = 0; i <= totalWidth; i++) {
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leftMargin = 1
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chidoriLength = 0
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if (isChidori) {
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chidoriLength = i % 2 === 0 ? 0 : height / 2
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}
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square = [
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[startColPoint + width * i - leftMargin, startPoint.y1 + height * j + bottomMargin],
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[startColPoint + width * i - leftMargin, startPoint.y1 + height * j + height + bottomMargin],
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[startColPoint + width * i + width - leftMargin, startPoint.y1 + height * j + height + bottomMargin],
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[startColPoint + width * i + width - leftMargin, startPoint.y1 + height * j + bottomMargin],
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[startColPoint + width * i - leftMargin, startPoint.y1 + height * j + bottomMargin],
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[startPoint.x1 - width * i - leftMargin, startRowPoint + height * j - bottomMargin + chidoriLength],
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[startPoint.x1 - width * i - width - leftMargin, startRowPoint + height * j - bottomMargin + chidoriLength],
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[startPoint.x1 - width * i - width - leftMargin, startRowPoint + height * j + height - bottomMargin + chidoriLength],
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[startPoint.x1 - width * i - leftMargin, startRowPoint + height * j + height - bottomMargin + chidoriLength],
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[startPoint.x1 - width * i - leftMargin, startRowPoint + height * j - bottomMargin + chidoriLength],
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]
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let squarePolygon = turf.polygon([square])
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let turfCoordnates = squarePolygon.geometry.coordinates[0].slice(0, -1)
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let points = turfCoordnates.map((coord) => ({ x: coord[0], y: coord[1] }))
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@ -613,17 +700,17 @@ export function useModuleBasicSetting() {
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let isDisjoint = checkModuleDisjointObjects(module.turfPoints, containsBatchObjects)
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if (!(disjointFromTrestle && isDisjoint)) {
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canvas?.remove(module)
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// canvas?.remove(module)
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module.set({ fill: 'rgba(255,190,41, 0.4)', stroke: 'black', strokeWidth: 1 })
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return false
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} else {
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return module
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}
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})
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moduleSetupSurface.set({ modules: setupedModules })
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setModuleIsSetup(moduleSetupArray)
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})
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setModuleIsSetup(moduleSetupArray)
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// console.log(calculateForApi(moduleSetupArray))
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}
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@ -826,12 +913,6 @@ export function useModuleBasicSetting() {
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const h = beta * Math.sin((angle1 * Math.PI) / 180) // 높이
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const sign = Math.sign(coords[0].y - coords[1].y) // 진행방향
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const top = coords[1].y + sign * h // 변경되는 높이 좌표 값
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// const line3 = new QLine([coords[1].x, coords[1].y, coords[1].x, top], {
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// stroke: 'blue',
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// strokeWidth: 1,
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// selectable: true,
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// })
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// // canvas?.add(line3)
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const pointX1 = coords[0].x + ((coords[0].y - top) / (coords[0].y - coords[1].y)) * (coords[1].x - coords[0].x)
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const pointY1 = top
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@ -845,8 +926,31 @@ export function useModuleBasicSetting() {
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})
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canvas?.add(finalLine)
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canvas?.renderAll()
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let rtnObj
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if (alpha === 0 || beta === 0 || h === 0 || sign === 0) {
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//꼭지점이 없고 평평할때 ex) 네모
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let standardLine
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if (center.index === 0) {
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standardLine = surface.lines.reduce((acc, line, index) => {
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if (line.y1 < acc.y1 || (line.y1 === acc.y1 && line.x1 < acc.x1)) {
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return { x1: line.x1, y1: line.y1, index: index }
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}
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return acc
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})
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} else {
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standardLine = surface.lines.reduce((acc, line, index) => {
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if (line.y1 > acc.y1) {
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return { x1: line.x1, y1: line.y1, index: index }
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}
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return acc
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})
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}
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rtnObj = { target: idx === 0 ? 'bottom' : 'top', x1: standardLine.x1, y1: pointY1, x2: standardLine.x1 + charlie, y2: pointY2 }
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} else {
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rtnObj = { target: idx === 0 ? 'bottom' : 'top', x1: pointX1, y1: pointY1, x2: pointX2, y2: pointY2 }
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}
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const rtnObj = { target: idx === 0 ? 'bottom' : 'top', x1: pointX1, y1: pointY1, x2: pointX2, y2: pointY2 }
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rtnObjArray.push(rtnObj)
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++idx
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})
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@ -943,6 +1047,7 @@ export function useModuleBasicSetting() {
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rtnObjArray.push(rtnObj)
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++idx
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})
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return rtnObjArray
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}
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const findSetupSurfaceMaxLines = (surface) => {
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