feat:提交
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238
tests/dev1/dataHandle/common/core/ParseOddments.ts
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238
tests/dev1/dataHandle/common/core/ParseOddments.ts
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import { ClipType, EndType, JoinType, PolyFillType } from 'js-angusj-clipper/web'
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import type { ClipInput } from 'js-angusj-clipper/web'
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import { Box2 } from '..//Box2'
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import { clipperCpp } from '../ClipperCpp'
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import type { Container } from './Container'
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import { NestCache } from './NestCache'
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import { Path, PathScale, TranslatePath, TranslatePath_Self } from './Path'
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const SquarePath = NestCache.CreatePath(60, 60, 0)
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const CanPutPaths = [
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NestCache.CreatePath(200, 200, 0),
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NestCache.CreatePath(600, 100, 0),
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NestCache.CreatePath(100, 600, 0),
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]
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/**
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* 分析排料结果的余料
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* @param container 排料结果的容器
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* @param binPath 容器的bin
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* @param [knifeRadius] 刀半径(以便我们再次偏移)
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* @param squarePath 使用一个正方形路径来简化余料轮廓
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* @param canPutPaths 使用可以放置的路径列表来测试余料是否可用,如果可用,则保留
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* @returns Path[] 轮廓的位置存储在OrigionMinPoint中
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*/
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export function ParseOddments(container: Container, binPath: Path, knifeRadius: number = 3.5, squarePath: Path = SquarePath, canPutPaths: Path[] = CanPutPaths): Path[]
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{
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// 构建轮廓数据
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let partPaths: ClipInput[] = container.PlacedParts.map((part) =>
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{
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// 直接在这里偏移,而不缓存,应该没有性能问题
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let newPts = clipperCpp.lib.offsetToPaths({
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delta: knifeRadius * 1e4,
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offsetInputs: [{ data: part.State.Contour.BigIntPoints, joinType: JoinType.Miter, endType: EndType.ClosedPolygon }],
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})[0]
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let path = TranslatePath(newPts, { x: part.PlacePosition.x - 5e3, y: part.PlacePosition.y - 5e3 })// 因为移动了0.5,0.5,所以这里也要移动0.5
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return { data: path }
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})
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// console.log('构建轮廓数据', partPaths)
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// 所有的余料(使用布尔差集)
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let oddmentsPolygon = clipperCpp.lib.clipToPolyTree({
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subjectInputs: [{ data: binPath.BigIntPoints, closed: true }],
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clipInputs: partPaths,
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clipType: ClipType.Difference,
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subjectFillType: PolyFillType.NonZero,
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})
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// 现在我们用树状结构,应该不会自交了?(文档写了,返回的结果不可能重叠或者自交)
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// 简化结果,避免自交
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// oddmentsPolygon = clipperCpp.lib.simplifyPolygons(oddmentsPolygon);
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function CreatePolygon(minx: number, miny: number, maxx: number, maxy: number)
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{
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return [
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{ x: minx, y: miny },
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{ x: maxx, y: miny },
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{ x: maxx, y: maxy },
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{ x: minx, y: maxy },
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]
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}
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let clipedPaths: Path[] = []// 已经减去网洞投影的余料轮廓列表
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// 由于手动排版可能造成余料网洞,我们将网洞的盒子投影,然后裁剪余料,避免余料有网洞
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for (let node of oddmentsPolygon.childs)
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{
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let nodePolygon = node.contour
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// 减去网洞
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if (node.childs.length)
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{
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let box = new Box2().setFromPoints(nodePolygon)
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let childBoxPolygon = node.childs.map((cnode) =>
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{
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let cbox = new Box2().setFromPoints(cnode.contour)
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let type = 0// 0左1右2上3下
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let minDist = Number.POSITIVE_INFINITY
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let letftDist = cbox.min.x - box.min.x
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let rightDist = box.max.x - cbox.max.x
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let topDist = box.max.y - cbox.max.y
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let downDist = cbox.min.y - box.min.y
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if (rightDist < letftDist)
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{
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type = 1
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minDist = rightDist
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}
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if (topDist < minDist)
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{
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type = 2
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minDist = topDist
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}
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if (downDist < minDist)
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type = 3
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if (type === 0)
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return CreatePolygon(box.min.x, cbox.min.y, cbox.max.x, cbox.max.y)
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if (type === 1)
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return CreatePolygon(cbox.min.x, cbox.min.y, box.max.x, cbox.max.y)
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if (type === 2)
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return CreatePolygon(cbox.min.x, cbox.min.y, cbox.max.x, box.max.y)
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if (type === 3)
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return CreatePolygon(cbox.min.x, box.min.y, cbox.max.x, cbox.max.y)
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})
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let splits = clipperCpp.lib.clipToPaths({
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subjectInputs: [{ data: nodePolygon, closed: true }],
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clipInputs: childBoxPolygon.map((polygon) => { return { data: polygon } }),
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clipType: ClipType.Difference,
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subjectFillType: PolyFillType.NonZero,
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})
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for (let p of splits)
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clipedPaths.push(new Path(PathScale(p, 1e-4)))
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}
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else
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clipedPaths.push(new Path(node.contour.map((p) => { return { x: p.x * 1e-4, y: p.y * 1e-4 } })))
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}
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let OddmentsPaths: Path[] = []
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for (let polygonPath of clipedPaths)
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{
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// 先获取内部的nfp
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let insideNFPS = polygonPath.GetInsideNFP(squarePath)
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if (!insideNFPS)
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continue
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let beferPolygons: ClipInput[] = []
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for (let nfp of insideNFPS)
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{
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let nfpPath = new Path(PathScale(nfp, 1e-4))
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// 通过内部nfp还原实际轮廓
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let sumPolygons = clipperCpp.lib.minkowskiSumPath(nfpPath.BigIntPoints, squarePath.BigIntPoints, true)
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sumPolygons = clipperCpp.lib.simplifyPolygons(sumPolygons)
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for (let poly of sumPolygons)
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{
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if (clipperCpp.lib.area(poly) < 0)
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continue// 移除内部的,无意义的
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let tempPath = new Path(poly.map((p) => { return { x: p.x * 1e-4, y: p.y * 1e-4 } }))// 这里new一个新的,下面就复用这个
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if (canPutPaths.some(p => tempPath.GetInsideNFP(p)?.length))// 能塞的下指定的轮廓才会被留下
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{
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if (beferPolygons.length)
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{
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// 移动到实际位置
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TranslatePath_Self(poly, (polygonPath.OrigionMinPoint.x + nfpPath.OrigionMinPoint.x) * 1e4, (polygonPath.OrigionMinPoint.y + nfpPath.OrigionMinPoint.y) * 1e4)
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// 在这里裁剪之前的余料轮廓
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let tree = clipperCpp.lib.clipToPolyTree({
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subjectInputs: [{ data: poly, closed: true }],
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clipInputs: beferPolygons,
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clipType: ClipType.Difference,
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subjectFillType: PolyFillType.NonZero,
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})
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for (let node of tree.childs)
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{
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if (node.childs.length)
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continue
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tempPath = new Path(node.contour.map((p) => { return { x: p.x * 1e-4, y: p.y * 1e-4 } }))
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// 继续简化
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tempPath = SimplifyPathOfSqPath(tempPath, squarePath)
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if (!tempPath)
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continue
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OddmentsPaths.push(tempPath)
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// 偏移2把刀
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let offsetedPolygon = clipperCpp.lib.offsetToPaths({
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delta: knifeRadius * 2e4,
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offsetInputs: [{ data: node.contour, joinType: JoinType.Miter, endType: EndType.ClosedPolygon }],
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})[0]
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beferPolygons.push({ data: offsetedPolygon })// 用于裁剪后续的余料
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}
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}
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else
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{
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// 设置轮廓的位置
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tempPath.OrigionMinPoint.x += nfpPath.OrigionMinPoint.x + polygonPath.OrigionMinPoint.x
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tempPath.OrigionMinPoint.y += nfpPath.OrigionMinPoint.y + polygonPath.OrigionMinPoint.y
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OddmentsPaths.push(tempPath)
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// 将余料轮廓加入到裁剪轮廓中,用于裁剪后续的余料
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if (insideNFPS.length)
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{
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// 移动到实际位置
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TranslatePath_Self(poly, (polygonPath.OrigionMinPoint.x + nfpPath.OrigionMinPoint.x) * 1e4, (polygonPath.OrigionMinPoint.y + nfpPath.OrigionMinPoint.y) * 1e4)
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// 偏移2把刀
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let offsetedPolygon = clipperCpp.lib.offsetToPaths({
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delta: knifeRadius * 2e4,
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offsetInputs: [{ data: poly, joinType: JoinType.Miter, endType: EndType.ClosedPolygon }],
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})[0]
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beferPolygons.push({ data: offsetedPolygon })// 用于裁剪后续的余料
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}
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}
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}
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}
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}
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}
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// console.log('ParseOddments end', OddmentsPaths)
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return OddmentsPaths
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}
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// 使用矩形轮廓来简化余料轮廓(通常一进一出)
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function SimplifyPathOfSqPath(polygonPath: Path, sqPath: Path): Path | undefined
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{
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// 先获取内部的nfp
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let insideNFPS = polygonPath.GetInsideNFP(sqPath)
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if (insideNFPS.length > 0)// 目前一般只有1个,不知道会不会有多个
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{
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let nfp = insideNFPS[0]
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let nfpPath = new Path(PathScale(nfp, 1e-4))
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// 通过内部nfp还原实际轮廓
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let sumPolygons = clipperCpp.lib.minkowskiSumPath(nfpPath.BigIntPoints, sqPath.BigIntPoints, true)
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sumPolygons = clipperCpp.lib.simplifyPolygons(sumPolygons)
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for (let poly of sumPolygons)// 通常是一个内部的+一个外部的
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{
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if (clipperCpp.lib.area(poly) < 0)
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continue// 移除内部的,无意义的
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let tempPath = new Path(PathScale(poly, 1e-4))
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tempPath.OrigionMinPoint.x += nfpPath.OrigionMinPoint.x + polygonPath.OrigionMinPoint.x
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tempPath.OrigionMinPoint.y += nfpPath.OrigionMinPoint.y + polygonPath.OrigionMinPoint.y
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return tempPath
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}
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}
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}
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